Project organization is key when managing a capstone project on GitHub. It’s important to structure the repository effectively to keep the project well organized and easy for others to understand and navigate. Here are some recommendations:
Create separate folders for different aspects of the project such as code, documentation, reports, data, etc. This helps separate concerns and keeps related items grouped together.
Within the code folder, consider further dividing code into logical modules if applicable. For larger projects, separating code into classes, components, libraries, etc. and placing each logical chunk in its own folder is ideal.
Add descriptive README files in the root folder and within each subfolder to explain what’s contained there. The README should give a high-level overview of the project and the purpose of that particular code module or file.
Use semantic commit messages whenever committing code changes or documentation updates. Following best practices like incorporating the component name and change type helps future readers understand what changed at a glance from the commit history.
Consider adopting a workflow like Gitflow or Github Flow to manage features, releases and hotfixes in a clear, collaborative manner ideal for capstone projects involving multiple contributors.
Use GitHub issues to track tasks, enhancements, and bugs. Link related issues to commits so visitors can understand the motivation and impact of changes. Milestones help track progress.
Maintain a AUTHORS/CONTRIBUTORS file acknowledging all who contributed to the capstone project. This is important for transparency and giving proper credit.
Configure continuous integration (CI) with services like Travis CI or Jenkins to run automated tests and checks on all code commits/pull requests. This ensures high code quality.
Use README-driven development principles where documentation and usage examples come before or alongside code as it’s being written. This leads to cleaner, more understandable code and projects.
Consider generating API documentation automatically from code comments using tools like Sphinx or MkDocs. Host the docs on GitHub Pages for easy access.
Add a high-level PROJECT_PLAN.md, PROJECT_PROPOSAL.md or similar file documenting the original goals, objectives, requirements, architecture overview etc. This serves as a reference point for new readers.
Maintain thorough commit histories so the evolution and progress of the project over time is clear from Git. Avoid squashing or altering past commits unless to fix erroneous ones.
Release project versions via Git tags. Maintain a CHANGELOG.md to note what’s new in each release and fix/enhancement details.
Include screenshots, videos or live demos in your documentation whenever helpful to illustrate concepts or the system user experience.
Protect master branch from direct commits – use feature branches, PRs and code reviews for all changes. This ensures high code quality is maintained.
Consider using project management tools like GitHub projects, Trello etc. to organize roadmaps, track overall progress and delegate tasks across contributors.
Adopt code formatting, linting and quality standards like with linters, formatters and CI to ensure a consistent look and readability of all project code.
Choose an open source license that allows others to use and learn from the project while still protecting author rights and responsibilities. Popular choices for student projects include MIT, Apache 2.0, and GPL.
Proper documentation and project structure are crucial when using GitHub for a capstone project that may span months and involve collaborators or future maintainers. Careful planning and adherence to best practices can help the code, results and intentions behind the project remain clear and understandable for years to come. Regularly reviewing files like README and docs is also important to ensure they remain accurate as the code evolves. Well documented, organized capstone projects hosted on GitHub can serve as powerful demonstration artifacts for future work, education or open source contributions.
Andrew Stroud