git-workflows

Trunk-based development uses short-lived branches merged frequently to a main branch, while GitFlow employs distinct feature, release, and hotfix branches for structured releases. Choosing between them depends on your team's deployment cadence and need for parallel development isolation.

Conventional commits enforce a standardized commit message format using types like feat, fix, and chore to structure history. This specification enables automated changelog generation and semantic versioning by parsing the commit prefixes directly from your Git history.

Squash merges condense commits into one for a clean history, standard merges preserve complete branch context, and rebase replays commits linearly. Your pull request merge strategy choice depends on whether you prioritize linear history or preserving granular commit context.

Branch protection rules restrict direct pushes to the main branch, requiring pull request reviews and status checks before integration. Setting up these rules enforces team Git workflows by ensuring code quality validation and peer review before any changes merge.

Git bisect performs a binary search through your commit history to pinpoint the exact change that introduced a regression. Utilizing git bisect efficiently identifies defective commits by systematically checking out intermediate versions until the problematic code change is isolated.

GitFlow should be avoided when your team practices continuous deployment or favors frequent integrations, as its multi-branch structure creates merge overhead. For rapid release cycles, trunk-based development is generally preferred over GitFlow to prevent merge conflicts and integration bottlenecks.