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VMware has ended active development of this project, this repository will no longer be updated.

ML Conversational Analytic Tool

The ML Conversational Analytic Tool is a proof of concept (POC) machine learning framework to automatically assess pull request comments and reviews for constructive and inclusive communication.

This repo contains experimental code for discussion and collaboration and is not ready for production use.

Motivation

Constructive and inclusive communication ensures a productive and healthy working environment in open source communities. In open source, communication happens in many forms, including pull requests that are text-based conversations crucial to open source collaboration. The ML Conversational Analytic Tool identifies constructive and inclusive pull requests to foster a healthier open source community.

Overview

  1. Motivation
  2. Overview
  3. Build and Run
    1. Environment Setup
    2. Build Dataset
    3. Train models
  4. Documentation
  5. Blog Posts
  6. Contributing
  7. License

Build and Run

Environment Setup

Prerequisites

  • Python 3.6+

Installation

A virtualenv or similar tools to create isolated Python environment is recommended for this project.

  1. Install virtualenv

    pip install virtualenv

  2. Set up ML Conversational Analytic Tool in a virtualenv

    python -m venv virtualenv-ml-conversational

  3. Activate the virtualenv

    source ./virtualenv-ml-conversational/bin/activate

  4. Update pip

    pip install --upgrade pip

  5. Install required python libraries by running the command below

    pip install -r requirements.txt

Testing

  • Run all unit tests 
    python -m unittest discover -s tests
  • Run an individual unit test 
    python -m unittest tests/<file_name>
  • By using tox 
    python -m pip install --upgrade tox
tox

The libraries used within the project are available in the requirements.txt.

Build Dataset

Extract Raw Data from GitHub

githubDataExtraction.py extracts raw data from GitHub based on parameters passed in by the user. To successfully run the script, a GitHub access token is required and must be set as an environment variable.

Note: There is a rate limit associated with GitHub API. Please read more about GitHub API Rate Limits for details before extracting data from a GitHub repo.

export GH_TOKEN=<YOUR_TOKEN>

Run the script by passing in organization

python ./mcat/githubDataExtraction.py <organization>
  • organization is the name of the repository owner
  • (optional) --repo is the name of the repository; extracts all repositories in organization if not included.
  • (optional) --reactions is an optional flag to extract comment and review reactions.

Annotate

github_data.py prepares your data for annotation use. Run the script by passing in path to rawdatafile.

python ./mcat/github_data.py <rawdatafile> --name <output_filename>
  • rawdatafile is location of raw data csv
  • name (optional) is the output filename.

The quality of the data and the model very much depends on annotation best practices. To annotate the raw data extracted we recommend using Data Annotator For Machine Learning.

Feature Vector Creation

featureVector.py creates feature vector based on the rawdatafile and optionally words file. Default features include sentiment and code blocks. Words file contains words important in measuring inclusiveness and constructiveness. This functionality could be used instead of manual annotation.

python ./mcat/featureVector.py <rawdatafile> --words <words_filename> --name <output_filename>
  • words (optional) path to the words file
  • name (optional) name of the output file.

Train models

After both raw and annotated datasets are available, models can be trained to predict Constructiveness and Inclusiveness.

There are two models available for training

  • BaseCNN
  • BaseLSTM

To train, run the script with required parameters path to annotated_filename, dataset_filename, model, and outcome.

python ./mcat/run.py <annotated_filename> <dataset_filename> <model> <outcome>
  • annotated_filename is the location of the annotated dataset file
  • dataset_filename is the location of the raw data
  • model is the type of model and can be 'LSTM' or 'CNN'
  • outcome can be 'Constructive', 'Inclusive' or 'Both'
  • (optional) -save NAME Save the trained model, an output NAME must be specified. The model is saved in models/name-outcome directory.
  • (optional) -save_version VERSION If -save NAME is specified, save the model using given NAME nad VERSION The parameter is ignored if -save NAME is missing. By default, version 001 is used.
  • (optional) -roleRelevant indicates that the encoding generated should be a stacked matrix representing user roles in conversation. If it is not set then a single matrix representing each comment/review without the role is generated.
  • (optional) -pad indicates that the number of comment/review should be padded to be a constant value. This argument is required to be set for CNN and not set for LSTM.

Both BaseCNN and BaseLSTM also have prediction explanation mechanisms that can be accessed through the .explain(obs) method in both classes.

If you have ideas on how to improve the framework to assess text conversation for constructive and inclusive communication, we welcome your contributions!

Documentation

Auto-generated API documentation can be found in docs/mcat directory.

Run the following command to update the API documentation

PYTHONPATH=./mcat pdoc --html --output-dir docs mcat

Blog Posts

Contributing

The ml-conversational-analytic-tool project team welcomes contributions from the community. If you wish to contribute code and you have not signed our contributor license agreement, our bot will update the issue when you open a Pull Request. For any questions about the CLA process, please refer to our FAQ. For more detailed information, refer to CONTRIBUTING.md.

Please remember to read our Code of Conduct and keep in mind during your collaboration.

License

Apache License v2.0: see LICENSE for details.