lacework/lacebook repository overview

⁠Lacework Jupyter Helper

laceworkjupyter is a community developed Python library for interacting with the Lacework APIs in a Jupyter notebook environment.

The purpose of this library is to simplify using the Lacework SDK in a Jupyter notebook environment. This allows users to more easily work with the output of all API calls to the SDK in a notebook environment.

To get a data frame with the events within a time range one can simply write this code:

import laceworkjupyter

with laceworkjupyter.LaceworkHelper() as lw:
    client = lw.get_client()
    df = client.events.get_for_date_range('2021-08-25T00:00:00', '2021-08-27T23:59:23')

And to get events from the last 5 days:

import laceworkjupyter

with laceworkjupyter.LaceworkHelper() as lw:
    client = lw.get_client()
    start_time, end_time = lw.parse_date_offset('LAST 5 DAYS')

    df = client.events.get_for_date_range(start_time=start_time, end_time=end_time)

⁠Requirements

• Python 3.6 or higher
• Lacework API Credentials
  • Account Name
  • API Key
  • API Secret
• Lacework Python SDK
• Pandas version 1.0.1 or higher

⁠Lacebook - Docker Container

The easiest way to start using the Lacework Jupyter helper is to make use of the docker notebook container called lacebook. To run the container fetch the docker-compose file:

$ curl -O https://raw.githubusercontent.com/lacework/python-sdk/main/jupyter/docker/docker-compose.yml

Or you can create your own docker config file, create the file docker-compose.yml with the content of:

version: '3'
services:
  lacebook:
    container_name: lacebook
    image: docker.io/lacework/lacebook:latest
    ports:
      - 127.0.0.1:8899:8899
    restart: on-failure
    volumes:
      - $HOME/.lacework.toml:/home/lacework/.lacework.toml
      - /tmp:/usr/local/src/lacedata/

The next step is to pull the image and run the container:

$ docker-compose pull
$ docker-compose up -d

This will start up a lacebook container which starts a Jupyter container listening on port 8899. To access the lacebook container visit http://localhost:8899⁠. When prompted for a password use lacework.

⁠Customize Container

The compose file will map up a drive on your host machine that is used as a persistent drive. That way the notebooks you create in the container will not be deleted once you upgrade the container. This also gives you option to share files with the container (CSV files for instance). By default this points to /tmp/, which is not a persistent folder on a Linux system.

Therefore if you want a true persistent storage you will need to change the line in the docker-compose file into another folder of your choice. Edit the file `docker-compose.yml' and change the line:

      - /tmp/:/usr/local/src/lacedata/

To a directory that persists through reboots. This can be any folder on your host system, the only limitations are that the folder needs to be readable and writeable by a user with UID/GID 1000:1000 for the container user to be able to make use of it.

⁠Upgrade Container

The container gets rebuilt with each commit to the codebase. To upgrade the container run the following commands:

docker-compose down
docker-compose pull
docker-compose up -d

(This assumes you are running the command in the same folder as the docker-compose.yml file)

⁠Use Lacebook with Colab

The lacebook container can also be used with Colab notebooks. Select Connect to a local runtime and enter the backend URL: http://localhost:8899/?token=lacework

⁠How-To

The docker container will by default initialize few things, among them is to expose a variable called lw, which is an instance of the LaceworkHelper object.

One way to explore what features the lw object has is to run inside a container:

lw.*?

Or by typing lw. and then hit the <TAB> key for an autocomplete.

Most of the documentation will be written with notebook demonstrations. Here is a list of available notebooks to start exploring lacebook:

• The first notebook sample⁠