git-workflow

Git Workflow

Effective version control is not just about tracking changes - it is about enabling teams to collaborate predictably, release confidently, and maintain a history that tells a coherent story. The right workflow depends on team size, release cadence, and how much process the project can absorb without slowing down.

Choosing a Branching Strategy

No single branching model fits every team. The right choice depends on how often you release, how large your team is, and how much ceremony you can tolerate.

Strategy Comparison

Strategy	Release Cadence	Team Size	Complexity	Best For
Trunk-Based	Continuous (multiple per day)	Any (works best with strong CI)	Low	SaaS, cloud-native, teams with mature CI/CD
GitHub Flow	On-demand (per merged PR)	Small to medium	Low	Web apps, startups, teams wanting simplicity
Git Flow	Scheduled / versioned releases	Medium to large	High	Packaged software, mobile apps, multiple supported versions
GitLab Flow	Environment-promoted	Medium to large	Medium	Teams needing environment-specific branches (staging, production)

Decision Guide

Do you deploy continuously? - Use trunk-based development. Short-lived branches (hours, not days), feature flags for incomplete work, and strong CI are prerequisites.
Do you deploy on merge but want review gates? - Use GitHub Flow. One long-lived branch (main), feature branches, pull requests as the merge gate.
Do you ship versioned releases on a schedule? - Use Git Flow. Separate develop and main branches, release branches for stabilization, hotfix branches for emergency patches.
Do you promote through environments? - Use GitLab Flow. Environment branches (staging, production) sit downstream of main, and merges flow in one direction.

See Branching Strategies Reference for detailed mechanics, feature flag integration, and migration paths between strategies.

Commit Message Conventions

Good commit messages serve three audiences: reviewers reading the PR, developers reading git log next month, and automation tools generating changelogs and version bumps.

The Conventional Commits Format

<type>(<scope>): <description>

[optional body]

[optional footer(s)]

Common Commit Types

Type	Purpose	Version Impact
`feat`	New feature visible to users	Minor bump
`fix`	Bug fix	Patch bump
`refactor`	Code restructuring with no behavior change	None
`perf`	Performance improvement	Patch bump
`test`	Adding or updating tests	None
`docs`	Documentation only	None
`chore`	Tooling, dependencies, build config	None
`ci`	CI/CD pipeline changes	None
`build`	Build system or dependency changes	None

Breaking Changes

Append ! after the type or add a BREAKING CHANGE: footer to signal incompatible changes. Either notation triggers a major version bump when used with automated release tooling.

feat(api)!: remove deprecated /v1/users endpoint

BREAKING CHANGE: The /v1/users endpoint has been removed. Use /v2/users instead.

Semantic Versioning Alignment

Commit Contains	Version Bump	Example
`fix:`	Patch (1.0.0 -> 1.0.1)	Bug corrections
`feat:`	Minor (1.0.0 -> 1.1.0)	New capabilities
`BREAKING CHANGE` or `!`	Major (1.0.0 -> 2.0.0)	Incompatible changes

See Commit Conventions Reference for scope naming patterns, multi-line body guidelines, changelog automation setup, and git hook validation.

Pull Request Workflow

Pull requests are the primary collaboration point in most git workflows. Their quality directly affects review speed, defect discovery, and team velocity.

PR Size Guidelines

PR Size (lines changed)	Review Quality	Recommended
< 50	Excellent - reviewer catches most issues	Ideal for stacked PRs
50-200	Good - manageable cognitive load	Sweet spot for most changes
200-400	Acceptable - requires focused review time	Upper bound for single reviews
400+	Poor - reviewer fatigue, defects slip through	Split into smaller PRs

Core PR Practices

One concern per PR - A PR should do one thing: add a feature, fix a bug, refactor a module. Mixing concerns makes review harder and reverts riskier.
Write a clear description - State what changed, why it changed, and how to verify it. Link to the relevant ticket or issue.
Keep the diff reviewable - Move large mechanical changes (renames, formatting) into separate PRs from logic changes.
Respond to feedback promptly - Stale PRs accumulate merge conflicts and block dependent work.

Merge Strategies

Strategy	History Shape	Best For
Merge commit	Preserves branch topology, creates merge node	Open-source projects, audit trails
Squash and merge	Collapses branch into single commit on main	Feature branches with messy intermediate commits
Rebase and merge	Linear history, no merge commits	Teams wanting clean, linear logs

See PR Patterns Reference for description templates, CODEOWNERS configuration, branch protection rules, stacked PR workflows, and review assignment strategies.

Release Management

Release management bridges development and deployment. The approach depends on whether releases are continuous, scheduled, or versioned.

Release Models

Model	How It Works	When to Use
Continuous release	Every merged PR deploys automatically	SaaS with strong CI/CD and monitoring
Scheduled release	Changes accumulate, release on a cadence (weekly, biweekly)	Teams needing coordination windows
Versioned release	Explicit version tags, release branches for stabilization	Libraries, APIs, packaged software

Git Tags for Releases

Tags mark specific commits as release points. Use annotated tags for releases because they store author, date, and message metadata.

# Create an annotated release tag
git tag -a v1.2.0 -m "Release 1.2.0: Add user dashboard and fix auth timeout"

# Push tags to remote
git push origin v1.2.0

# List existing tags matching a pattern
git tag -l "v1.*"

Automated Release Pipeline

When conventional commits are combined with release automation tooling, the pipeline can:

Analyze commits since the last tag to determine the next version
Generate or update the changelog from commit messages
Create the git tag
Build and publish artifacts
Create a release entry on the hosting platform (GitHub/GitLab)

This eliminates manual version decisions and ensures the changelog stays synchronized with actual changes.

Hotfix Workflow

When a critical bug is found in production:

Branch from the release tag (not from the development branch)
Apply the minimal fix
Tag the new patch release
Merge the fix forward into the main development line to prevent regression

# Branch from the release tag
git checkout -b hotfix/fix-auth-crash v1.2.0

# After fixing and committing
git tag -a v1.2.1 -m "Hotfix: prevent auth crash on expired tokens"
git push origin v1.2.1

# Merge fix back to main
git checkout main
git merge hotfix/fix-auth-crash

Quick Reference: Common Workflow Problems

Problem	Likely Cause	Resolution
Frequent merge conflicts	Long-lived branches, infrequent integration	Merge main into feature branches daily, or switch to trunk-based
Broken main branch	No CI on PRs, insufficient test coverage	Require passing CI before merge, add branch protection
Unclear release contents	No commit conventions, manual changelogs	Adopt conventional commits, automate changelog generation
Slow PR reviews	PRs too large, no clear ownership	Set size guidelines, configure CODEOWNERS, use stacked PRs
Accidental commits to main	No branch protection	Enable branch protection rules, require PR reviews

Reference Files

Reference	Contents
Branching Strategies	Trunk-based, GitHub Flow, Git Flow, GitLab Flow - mechanics, feature flags, comparison matrix
Commit Conventions	Conventional commits format, scope patterns, semantic versioning, changelog automation, git hooks
PR Patterns	Size guidelines, description templates, CODEOWNERS, merge strategies, branch protection, stacked PRs

Integration with Other Skills

Situation	Recommended Skill
Setting up CI/CD pipelines for branch protection	Install `knowledge-virtuoso` from `krzysztofsurdy/code-virtuoso` for testing strategies
API versioning aligned with git release tags	Install `knowledge-virtuoso` from `krzysztofsurdy/code-virtuoso` for API design principles
Coordinating releases across microservices	Install `knowledge-virtuoso` from `krzysztofsurdy/code-virtuoso` for microservices patterns
Sprint-aligned release planning	Install `knowledge-virtuoso` from `krzysztofsurdy/code-virtuoso` for scrum workflows

Git Workflow

Effective version control is not just about tracking changes - it is about enabling teams to collaborate predictably, release confidently, and maintain a history that tells a coherent story. The right workflow depends on team size, release cadence, and how much process the project can absorb without slowing down.

Choosing a Branching Strategy

No single branching model fits every team. The right choice depends on how often you release, how large your team is, and how much ceremony you can tolerate.

Strategy Comparison

Strategy	Release Cadence	Team Size	Complexity	Best For
Trunk-Based	Continuous (multiple per day)	Any (works best with strong CI)	Low	SaaS, cloud-native, teams with mature CI/CD
GitHub Flow	On-demand (per merged PR)	Small to medium	Low	Web apps, startups, teams wanting simplicity
Git Flow	Scheduled / versioned releases	Medium to large	High	Packaged software, mobile apps, multiple supported versions
GitLab Flow	Environment-promoted	Medium to large	Medium	Teams needing environment-specific branches (staging, production)

Decision Guide

Do you deploy continuously? - Use trunk-based development. Short-lived branches (hours, not days), feature flags for incomplete work, and strong CI are prerequisites.
Do you deploy on merge but want review gates? - Use GitHub Flow. One long-lived branch (main), feature branches, pull requests as the merge gate.
Do you ship versioned releases on a schedule? - Use Git Flow. Separate develop and main branches, release branches for stabilization, hotfix branches for emergency patches.
Do you promote through environments? - Use GitLab Flow. Environment branches (staging, production) sit downstream of main, and merges flow in one direction.

See Branching Strategies Reference for detailed mechanics, feature flag integration, and migration paths between strategies.

Commit Message Conventions

Good commit messages serve three audiences: reviewers reading the PR, developers reading git log next month, and automation tools generating changelogs and version bumps.

The Conventional Commits Format

<type>(<scope>): <description>

[optional body]

[optional footer(s)]

Common Commit Types

Type	Purpose	Version Impact
`feat`	New feature visible to users	Minor bump
`fix`	Bug fix	Patch bump
`refactor`	Code restructuring with no behavior change	None
`perf`	Performance improvement	Patch bump
`test`	Adding or updating tests	None
`docs`	Documentation only	None
`chore`	Tooling, dependencies, build config	None
`ci`	CI/CD pipeline changes	None
`build`	Build system or dependency changes	None

Breaking Changes

Append ! after the type or add a BREAKING CHANGE: footer to signal incompatible changes. Either notation triggers a major version bump when used with automated release tooling.

feat(api)!: remove deprecated /v1/users endpoint

BREAKING CHANGE: The /v1/users endpoint has been removed. Use /v2/users instead.

Semantic Versioning Alignment

Commit Contains	Version Bump	Example
`fix:`	Patch (1.0.0 -> 1.0.1)	Bug corrections
`feat:`	Minor (1.0.0 -> 1.1.0)	New capabilities
`BREAKING CHANGE` or `!`	Major (1.0.0 -> 2.0.0)	Incompatible changes

See Commit Conventions Reference for scope naming patterns, multi-line body guidelines, changelog automation setup, and git hook validation.

Pull Request Workflow

Pull requests are the primary collaboration point in most git workflows. Their quality directly affects review speed, defect discovery, and team velocity.

PR Size Guidelines

PR Size (lines changed)	Review Quality	Recommended
< 50	Excellent - reviewer catches most issues	Ideal for stacked PRs
50-200	Good - manageable cognitive load	Sweet spot for most changes
200-400	Acceptable - requires focused review time	Upper bound for single reviews
400+	Poor - reviewer fatigue, defects slip through	Split into smaller PRs

Core PR Practices

One concern per PR - A PR should do one thing: add a feature, fix a bug, refactor a module. Mixing concerns makes review harder and reverts riskier.
Write a clear description - State what changed, why it changed, and how to verify it. Link to the relevant ticket or issue.
Keep the diff reviewable - Move large mechanical changes (renames, formatting) into separate PRs from logic changes.
Respond to feedback promptly - Stale PRs accumulate merge conflicts and block dependent work.

Merge Strategies

Strategy	History Shape	Best For
Merge commit	Preserves branch topology, creates merge node	Open-source projects, audit trails
Squash and merge	Collapses branch into single commit on main	Feature branches with messy intermediate commits
Rebase and merge	Linear history, no merge commits	Teams wanting clean, linear logs

See PR Patterns Reference for description templates, CODEOWNERS configuration, branch protection rules, stacked PR workflows, and review assignment strategies.

Release Management

Release management bridges development and deployment. The approach depends on whether releases are continuous, scheduled, or versioned.

Release Models

Model	How It Works	When to Use
Continuous release	Every merged PR deploys automatically	SaaS with strong CI/CD and monitoring
Scheduled release	Changes accumulate, release on a cadence (weekly, biweekly)	Teams needing coordination windows
Versioned release	Explicit version tags, release branches for stabilization	Libraries, APIs, packaged software

Git Tags for Releases

Tags mark specific commits as release points. Use annotated tags for releases because they store author, date, and message metadata.

# Create an annotated release tag
git tag -a v1.2.0 -m "Release 1.2.0: Add user dashboard and fix auth timeout"

# Push tags to remote
git push origin v1.2.0

# List existing tags matching a pattern
git tag -l "v1.*"

Automated Release Pipeline

When conventional commits are combined with release automation tooling, the pipeline can:

Analyze commits since the last tag to determine the next version
Generate or update the changelog from commit messages
Create the git tag
Build and publish artifacts
Create a release entry on the hosting platform (GitHub/GitLab)

This eliminates manual version decisions and ensures the changelog stays synchronized with actual changes.

Hotfix Workflow

When a critical bug is found in production:

Branch from the release tag (not from the development branch)
Apply the minimal fix
Tag the new patch release
Merge the fix forward into the main development line to prevent regression

# Branch from the release tag
git checkout -b hotfix/fix-auth-crash v1.2.0

# After fixing and committing
git tag -a v1.2.1 -m "Hotfix: prevent auth crash on expired tokens"
git push origin v1.2.1

# Merge fix back to main
git checkout main
git merge hotfix/fix-auth-crash

Quick Reference: Common Workflow Problems

Problem	Likely Cause	Resolution
Frequent merge conflicts	Long-lived branches, infrequent integration	Merge main into feature branches daily, or switch to trunk-based
Broken main branch	No CI on PRs, insufficient test coverage	Require passing CI before merge, add branch protection
Unclear release contents	No commit conventions, manual changelogs	Adopt conventional commits, automate changelog generation
Slow PR reviews	PRs too large, no clear ownership	Set size guidelines, configure CODEOWNERS, use stacked PRs
Accidental commits to main	No branch protection	Enable branch protection rules, require PR reviews

Reference Files

Reference	Contents
Branching Strategies	Trunk-based, GitHub Flow, Git Flow, GitLab Flow - mechanics, feature flags, comparison matrix
Commit Conventions	Conventional commits format, scope patterns, semantic versioning, changelog automation, git hooks
PR Patterns	Size guidelines, description templates, CODEOWNERS, merge strategies, branch protection, stacked PRs

Integration with Other Skills

Situation	Recommended Skill
Setting up CI/CD pipelines for branch protection	Install `knowledge-virtuoso` from `krzysztofsurdy/code-virtuoso` for testing strategies
API versioning aligned with git release tags	Install `knowledge-virtuoso` from `krzysztofsurdy/code-virtuoso` for API design principles
Coordinating releases across microservices	Install `knowledge-virtuoso` from `krzysztofsurdy/code-virtuoso` for microservices patterns
Sprint-aligned release planning	Install `knowledge-virtuoso` from `krzysztofsurdy/code-virtuoso` for scrum workflows

git-workflow

Popularity

Invocation

Tool Access

Context Preview

Supporting Files

SKILL.md

Similar Skills

Help us improve

Help us improve

Find plugins for your project

git-workflow

Popularity

Invocation

Tool Access

Context Preview

Supporting Files

SKILL.md

Git Workflow

Choosing a Branching Strategy

Strategy Comparison

Decision Guide

Commit Message Conventions

The Conventional Commits Format

Common Commit Types

Breaking Changes

Semantic Versioning Alignment

Pull Request Workflow

PR Size Guidelines

Core PR Practices

Merge Strategies

Release Management

Release Models

Git Tags for Releases

Automated Release Pipeline

Hotfix Workflow

Quick Reference: Common Workflow Problems

Reference Files

Integration with Other Skills

Similar Skills

Help us improve

Git Workflow

Choosing a Branching Strategy

Strategy Comparison

Decision Guide

Commit Message Conventions

The Conventional Commits Format

Common Commit Types

Breaking Changes

Semantic Versioning Alignment

Pull Request Workflow

PR Size Guidelines

Core PR Practices

Merge Strategies

Release Management

Release Models

Git Tags for Releases

Automated Release Pipeline

Hotfix Workflow

Quick Reference: Common Workflow Problems

Reference Files

Integration with Other Skills