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Python bindings for Carbon Black REST API

Latest Version: 2.0.0

Notice:

These are the Python bindings for the Carbon Black EDR and App Control REST APIs. To learn more about the REST APIs, visit the Carbon Black Developer Network Website at https://developer.carbonblack.com.

Please visit https://cbapi.readthedocs.io for detailed documentation on this API.

Support

  1. View all API and integration offerings on the Developer Network along with reference documentation, video tutorials, and how-to guides.
  2. Use the Developer Community Forum to discuss issues and get answers from other API developers in the Carbon Black Community.
  3. Report bugs and change requests to Carbon Black Support.

Requirements

The cbapi package is designed to work on Python 2.6.6 and above (including 3.x). If you're just starting out, we recommend using the latest version of Python 3.6.x or above.

All requirements are installed as part of pip install. The legacy cbapi (cbapi.CbApi) and legacy bit9api (cbapi.bit9Api) are still compatible with Python 2.x only.

Backwards Compatibility

Backwards compatibility with old scripts is maintained through the cbapi.legacy module. Old scripts that import cbapi.CbApi directly will continue to work.

New scripts should use the cbapi.CbResponseAPI (for EDR (CB Response)) and cbapi.CbProtectionAPI (for App Control (CB Protection)) API entry points.

Getting Started

There are two ways to get started:

  1. If you want to install the latest stable version of cbapi, simply install via pip:

     pip install cbapi

  2. If you want to change cbapi itself, then you will want to install cbapi in "develop" mode. Clone this repository, cd into cbapi-python then run setup.py with the develop flag:

     python setup.py develop

Sample Code

There are several examples in the examples directory for both EDR and App Control. For a quick start, see the following code snippets:

Carbon Black EDR

from cbapi.response.models import Process, Binary, Sensor, Feed, Watchlist, Investigation
from cbapi.response.rest_api import CbEnterpriseResponseAPI

import logging
logging.basicConfig(level=logging.DEBUG)

c=CbEnterpriseResponseAPI()

# read the first four bytes of the notepad.exe associated with the first process instance of notepad running
c.select(Process).where('process_name:notepad.exe').first().binary.file.read(4)

# if you want a specific ID, you can put it straight into the .select() call:
binary = c.select(Binary, "24DA05ADE2A978E199875DA0D859E7EB")

# isolate all sensors who ran executable_name.exe
sensors = set()
for proc in c.select(Process).where('process_name:executable_name.exe'):
    sensors.add(proc.sensor)

for s in sensors:
    s.network_isolation_enabled = True
    s.save()

Carbon Black App Control

from cbapi.protection.models import *
from cbapi.protection.rest_api import CbEnterpriseProtectionAPI

p=CbEnterpriseProtectionAPI()

# Select the first file instance
fi = p.select(FileInstance).first()

# print that computer's hostname
fi.computer.name

# change the policy ID
fi.computer.policyId = 3
fi.computer.save()

API Token

In order to perform any queries via the API, you will need to get the API token for your CB user. See the documentation on the Developer Network website on how to acquire the API token for CB Response or CB Protection.

Once you acquire your API token, place it in one of the default credentials file locations:

For distinction between credentials of different Carbon Black products, use the following naming convention for your credentials files:

For example, if you use a Carbon Black Cloud product, you should have created a credentials file in one of these locations:

Credentials found in a later path will overwrite earlier ones.

The credentials are stored in INI format. The name of each credential profile is enclosed in square brackets, followed by key-value pairs providing the necessary credential information::

[default]
url=https://localhost
token=abcdef0123456789abcdef
ssl_verify=False

[prod]
url=https://cbserver.prod.corp.com
token=aaaaaa
ssl_verify=True

[otheruser]
url=https://localhost
token=bbbbbb
ssl_verify=False

The possible options for each credential profile are:

Future versions of cbapi may provide the ability to "pin" the TLS certificate so as to provide certificate verification on self-signed or internal CA signed certificates.