The simplest trigger in a complex chain. It moves your working directory to the branch or commit you want to ship. But in real projects, it is more than a branch switch—it is the control point for tested, stable code.
When you run:
git checkout deployment
you are telling Git to replace your current working state with the contents of the deployment branch. This should be the branch that holds production-ready code. No unmerged features. No unfinished experiments. This is your release candidate at rest.
In most workflows, the deployment branch is updated by merging from main or master after code reviews, CI test passes, and security checks. Then you run git checkout deployment locally or in your CI/CD environment. This ensures all commands—build, package, push—run from the exact commit you intend to release.
For automated pipelines, git checkout deployment is often the first step after fetching from the remote repo. Without it, scripts may run on stale branches or dev snapshots. Keep your deployment branch locked down with protected branch settings. Force merges through pull requests. Never commit directly to it.
To maintain safety:
- Pull latest changes before checkout:
git fetch origin
git checkout deployment
git pull origin deployment
- Run your deployments from a clean working tree—no untracked files or partial merges.
- Use Git tags for traceability, so you know exactly which commit was deployed.
When combined with CI/CD tools, git checkout deployment becomes a repeatable, controlled process. Build environments always start from the same, tested branch. This reduces risk and keeps production stable.
Fewer commands. More precision. That is how releases become predictable.
See Git checkout deployment in action with a live production pipeline. Get it running on hoop.dev in minutes and ship without hesitation.