How to Start an Open Source Project
Learn how to start an open source project with a clear scope, license, repository, README, contribution path, releases, and maintainer plan.
Practical guides for starting, structuring, documenting, and maintaining open source software projects.
Learn how to start an open source project with a clear scope, license, repository, README, contribution path, releases, and maintainer plan.
Compare Git hosting choices by workflow, visibility, issue tracking, CI, governance, self-hosting, export options, and contributor access.
Structure an open source repository so visitors can find the license, README, source code, tests, documentation, releases, and contribution path.
Write a README that explains what a project does, who it helps, how to install it, how to use it, and how people can get support or contribute.
Write a CONTRIBUTING guide that explains accepted changes, issue reports, pull requests, review expectations, tests, style, and project conduct.
Build an open source project roadmap that shows direction, priorities, uncertainty, maintainer capacity, and links to issues and releases.
Learn how open source issue tracking separates bugs, features, questions, support, security reports, labels, triage, and roadmap work.
Write a useful bug report with version details, environment, reproduction steps, expected result, actual result, logs, screenshots, and impact.
Write and evaluate feature requests by explaining the user problem, use case, scope, alternatives, tradeoffs, maintenance cost, and roadmap fit.
Learn how pull requests move changes from a branch or fork through discussion, automated checks, review, requested changes, approval, and merge.
Run open source code review with clear author preparation, reviewer checks, automation, respectful feedback, maintainer limits, and merge decisions.
Choose a Git branching strategy by comparing trunk-based development, GitHub Flow, GitFlow, release branches, forks, CI, and maintainer capacity.
Understand Semantic Versioning, MAJOR.MINOR.PATCH numbers, prerelease labels, build metadata, public APIs, breaking changes, and limits.
Write release notes that explain what changed, who is affected, upgrade risk, migration steps, known issues, and links to deeper details.
Maintain a changelog with version sections, dates, unreleased entries, change categories, issue links, human editing, and release history.
Automate open source releases with clear version inputs, tags, builds, artifacts, checksums, signatures, notes, approvals, and rollback plans.
Understand CI for open source projects, including builds, tests, linting, matrix jobs, required checks, secrets, flaky tests, and contributor flow.
Build an open source testing strategy around risk, reproducibility, test layers, supported platforms, flaky tests, contributor setup, and releases.
Learn how source code becomes installable packages, archives, binaries, installers, metadata, checksums, signatures, and distribution artifacts.
Manage open source dependencies with clear need, version constraints, lockfiles, updates, advisories, license checks, compatibility, and removal rules.
Treat open source documentation as development work, with audience maps, docs-as-code review, API docs, tutorials, decisions, versioning, and stale-doc checks.
Localize an open source project with prepared strings, translation context, review rules, fallback behavior, release timing, and documentation updates.
Build accessibility into open source development with keyboard checks, semantic UI, contrast, assistive technology limits, issues, tests, and docs.
Deprecate software features with clear criteria, notices, migration paths, warnings, compatibility windows, release notes, and removal checks.
Archive an open source project with user notice, read-only settings, preserved releases, security boundaries, successor links, and clear docs.