Metadata-Version: 2.1
Name: pyanalysis
Version: 2.4.1
Summary: Python Library for pyanalysis.ptsecurity.tech
Author: Stanislav Rakovsky
Author-email: iam@disasm.me
License: MIT
Classifier: Development Status :: 3 - Alpha
Classifier: License :: OSI Approved :: MIT License
Classifier: Programming Language :: Python :: 3
Description-Content-Type: text/markdown
Requires-Dist: requests
Requires-Dist: aiohttp
Requires-Dist: logzero

# Python Library for pyanalysis.ptsecurity.tech

PT PyAnalysis is an analytic system for AppSec processes to inspect python projects by
Positive Technologies.

## Installation

Install it by running
```bash
pip3 install pyanalysis
```

## Behind the organization's proxy

```python3
pa_checker = PaClient(
    username="username", password="password", proxy="http://your-org-proxy.intranet:81"
)
```

## Example usage

The full examples in `\tests` folder both for `sync` and `async` code. Use them as
a reference.


```python
from pyanalysis.client import PaClient
import os

pa_checker = PaClient(
    username=os.getenv("pa_login"), password=os.getenv("pa_password")
)

verdict = pa_checker.find_package("botcity-documents", "0.3.1")
print(verdict)
```

```python
{'status': 'Suspicious',
 'why': ['checked by pyanalysis'],
 'task_id': None,
 'weights_by_versions': {'0.3.1': 250},
 'verdicts_by_versions': {'0.3.1': ['anti_analysis::Obfuscation::Packing::Generic',
   'crypto::base64',
   'host_interaction::subprocess',
   'load_code::setup_py',
   'network::Url']},
 'files': {'bac168fe9913bde36752ab4600e149fc19bb6903c2a4d9008b840d46e904cf96': {'versions': ['0.3.1'],
   'verdicts': ['load_code::setup_py', 'network::Url'],
   'weight': 30},
...,
  '4712e06e2fa77801f18c28453a710ab64e618885aad98fb488c2b80f59613636': {'versions': ['0.3.1'],
   'verdicts': ['anti_analysis::Obfuscation::Packing::Generic',
    'crypto::base64'],
   'weight': 110},
...
},
 'rules_score': {'load_code::setup_py': 10,
  'network::Url': 20,
  'host_interaction::subprocess': 10,
  'anti_analysis::Obfuscation::Packing::Generic': 100,
  'crypto::base64': 10,
  'crypto::base64 + load_code::setup_py': 100},
 'anomalies': {}}
```

```python
# Fmm, file 4712e06e2fa77801f18c28453a710ab64e618885aad98fb488c2b80f59613636 is packed
print(pa_checker.kb_file_bytes("4712e06e2fa77801f18c28453a710ab64e618885aad98fb488c2b80f59613636").decode())
```

```python
import zlib, base64
exec(zlib.decompress(base64.b64decode('eJytV+tzozYQ/85fQa8fA...jFhc3mH0=')))
```

```python
# Do we have an unpacked version?
for child in pa_checker.kb_file_meta("4712e06e2fa77801f18c28453a710ab64e618885aad98fb488c2b80f59613636").get("data").get("children"):
    print("#", child)
    print(pa_checker.kb_file_bytes(child).decode())
```

```python
# bedeb6be112de621869e30b803618a27c89e212411c7ea0222dc42d482b9206f
G=' '
D=''
from typing import List,Optional,Union
I=enumerate
E=len
F=isinstance
A=int
J=IndexError
O=list
M=min
U=str
B=None
V=bool
N=False
W=float
from botcity.document_processing.parser.entry import Entry as K
from botcity.document_processing.parser.matcher import DataTypeMatcher as P
from botcity.document_processing.geometry import Point as C,Polygon as H
def clear(HTgBY):HTgBY._entries.clear()
def Q(HTgBY):
    A=HTgBY;A._entries.sort(key=lambda e:(e.p1.y,e.p1.x))
    for (B,C) in I(A._entries):C.index=B
...
```
