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Ariful Alam
Ariful Alam

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Gitflow: Streamlined Branching and Release Management for Teams

#git #webdev #programming

Modern software teams rarely push code directly to the main branch. As projects grow, a clear branching strategy becomes essential to manage features, fixes, and releases while keeping production stable. Branching strategies minimize conflicts, streamline collaboration, and provide a structured workflow for teams of any size.

Gitflow, proposed by Vincent Driessen (A successful Git branching model), is one of the most widely adopted models. It defines a hierarchy of branches and merge policies that ensure smooth development, stable production releases, and a way to address urgent issues without disrupting ongoing work.

Core Branches in Gitflow

Gitflow defines five main branch types, each serving a distinct purpose:

  1. main (or master)
    • Represents production-ready code.
    • Each commit here corresponds to a stable release.
    • All merges into main should go through pull requests.
  2. develop
    • Integration branch for ongoing development.
    • All completed features are merged here via PRs.
  3. feature/*
    • For new features or tasks.
    • Branch from develop and merge back via PRs.
    • Example: feature/user-authentication.
  4. release/*
    • Prepares a new version release.
    • Only bug fixes, documentation updates, or minor tweaks are allowed.
    • Merge into both main (production) and develop via PRs.
    • Example: release/1.2.0.
  5. hotfix/*
    • For urgent production fixes.
    • Branch from main and merge back into both main and develop using PRs.
    • Example: hotfix/payment-bug.

Gitflow in Action

1. Creating a Feature Branch

Imagine implementing user authentication:

# Start from develop
git checkout develop

# Create feature branch
git checkout -b feature/user-authentication
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Work on your feature and commit frequently. Once ready, push to the remote and open a pull request into develop. After code review:

# Merge PR

# Delete feature branch after merge
git branch -d feature/user-authentication
git push origin --delete feature/user-authentication
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✅ Feature integrated into develop safely.

2. Preparing a Release

When development is stable and ready for v1.2.0:

# Branch from develop
git checkout develop
git checkout -b release/1.2.0
git push -u origin release/1.2.0
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  • Perform final bug fixes, update version numbers, and tweak docs.
  • Open a PR to merge release/1.2.0 into main.
  • Tag the release after merge: 
git checkout main
git tag -a v1.2.0 -m "Release 1.2.0"
git push origin v1.2.0
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  • Merge release back into develop via PR to sync changes.
  • Delete the release branch after merging.

3. Handling Hotfixes

Suppose a critical production bug is discovered:

# Branch from main
git checkout main
git checkout -b hotfix/payment-bug
git push -u origin hotfix/payment-bug
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  • Fix the issue and commit.
  • Open a PR to merge hotfix/payment-bug into main.
  • Tag the hotfix release: 
git checkout main
git tag -a v1.2.1 -m "Hotfix: Payment bug fixed"
git push origin v1.2.1
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  • Open a PR to merge hotfix into develop.
  • Delete the hotfix branch after merging.

Visualizing Gitflow

Visualizing Gitflow

  • Feature branches → merge into develop via PRs.
  • Release branches → merge into main via PRs, then back to develop.
  • Hotfix branches → merge into both main and develop via PRs.

Best Practices

  • Use descriptive names:
    • feature/<task-name>
    • release/<version>
    • hotfix/<issue>
  • Always use pull requests for merges.
  • Delete branches after merging.
  • Tag releases for traceability.
  • Automate release process using CI/CD pipelines.

Conclusion

Gitflow provides a structured, safe, and collaborative workflow for modern development teams. By isolating features, releases, and hotfixes, it ensures code stability while allowing parallel development. For teams that need speed over structure, a simpler workflow may suffice, but for enterprise-grade software, Gitflow remains a proven approach.

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