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Git Flow vs Trunk-Based Development

Flow vs Trunk-Based Development is an important part of working effectively with Git. This lesson explains what flow vs trunk-based development means, how it works, and how to apply it with practical examples you can reuse.

Flow vs Trunk-Based Development Overview

Flow vs Trunk-Based Development is something you will reach for often in Git. It keeps your workflow predictable and makes your intent obvious to reviewers and teammates.

When you learn flow vs trunk-based development properly, you avoid the guesswork that leads to mistakes and rework. The example below shows the shape you will use in most real Git projects.

# a simple feature-branch workflow
git switch -c feature/cart      # branch per feature
git commit -m "feat: add cart"  # conventional commit
git push -u origin feature/cart # open a pull request
# review, then squash-merge to main

A branching workflow plus commit conventions keeps team history clean and predictable.

Flow vs Trunk-Based Development Example

git add <files>
git commit -m "message"
git push origin <branch>
  • Start from a minimal Flow vs Trunk-Based Development example and grow it only as needed.
  • Keep things explicit so Flow vs Trunk-Based Development behaves the same for everyone on the team.
  • Name things clearly so teammates understand your Flow vs Trunk-Based Development at a glance.
  • Verify Flow vs Trunk-Based Development works as expected before relying on it in important work.

Git Cheatsheet

Handy Git command reference related to flow vs trunk-based development.

Task Command Purpose
Status git status See what changed
Stage git add <file> Prepare changes to commit
Commit git commit -m "msg" Record a snapshot
Branch git switch -c name Create and switch branch
Merge git merge branch Combine histories
Push git push origin main Share commits
Pull git pull origin main Get others' commits
Undo git restore <file> Discard local changes

How Flow vs Trunk-Based Development Works in Git

Flow vs Trunk-Based Development builds on Git's model of snapshots and references. Every commit points to a full snapshot of your project, and branches are simply lightweight pointers to commits.

A branching workflow plus commit conventions keeps team history clean and predictable.

  • The working directory, staging area, and repository are Git's three main areas.
  • Commits are immutable snapshots linked to their parents.
  • Branches and tags are just pointers to commits.
  • Remotes are copies of the repository you sync with.

Practical Guidance for Flow vs Trunk-Based Development

On real teams, flow vs trunk-based development works best with small, focused commits and clear messages. Commit often, write descriptive messages, and pull before you push to avoid surprises.

Habit Why it helps
Small commits Easier to review and revert
Clear messages History explains the why
Branch per feature Isolates work in progress
Pull before push Avoids avoidable conflicts

Common Mistakes

  • Copying flow vs trunk-based development commands or snippets without understanding what each part does.
  • Skipping edge cases and error handling when using flow vs trunk-based development.
  • Not verifying the result of flow vs trunk-based development before moving on.
  • Over-complicating flow vs trunk-based development before you actually need the extra flexibility.

Key Takeaways

  • Flow vs Trunk-Based Development is a core part of working effectively with Git.
  • Start small and keep flow vs trunk-based development focused on a single goal.
  • Apply consistent patterns so flow vs trunk-based development scales across your project.
  • Practise and document flow vs trunk-based development to keep your workflow maintainable.

Pro Tip

Practise flow vs trunk-based development on a throwaway project first. It is far cheaper to learn Git mistakes there than on important work.

You now understand flow vs trunk-based development in Git and how to apply it in real projects. Next, continue with Commit Conventions to keep building your skills.