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What is branching and merging strategy?
Generally, that means: ALL development takes place in branches (and NEVER on the Main Line) The Main Line is the general starting point for new branches. Only fully tested changes are merged to the Main Line. After a merge to the Main Line, a merge-back to all active branches is needed.
What comes first CI or CD?
CD, therefore, takes CI one step further. After each feature is merged to the mainline branch, the application is not only tested for correctness, but it is also packaged and deployed into a testing environment (that ideally matches production).
Is a merge but no M option was given Git?
-m means the parent number. From the git doc: Usually you cannot cherry-pick a merge because you do not know which side of the merge should be considered the mainline. This option specifies the parent number (starting from 1) of the mainline and allows cherry-pick to replay the change relative to the specified parent.
Why do you need a CI / CD branching strategy?
Most organizations today have implemented some form of Continuous Integration /Continuous Deployment to automate stages of development. Having a CI/CD branching strategy can help your teams integrate code easier and find bugs before they are released into production. Your code branching strategy determines how and when developers branch and merge.
How does a CI / CD branch work in Perforce?
CI/CD branches decide how code is built, tested, evaluated, and eventually released. A basic workflow starts with code being checked out. When the work in the branch is committed, CI/CD processes are triggered. This can be done with a merge or pull request.
Which is the most stable branch in CI / CD?
Preproduction code is the most stable in the CI/CD pipeline. This branch should be as close as possible to the master branch. This might be where your nightly CI build takes place. It’s also a great place for a full codebase static analysis to be run, which can take time.
How does branching affect the development workflow?
Branching determines how developers work. CI/CD branches decide how code is built, tested, evaluated, and eventually released. A basic workflow starts with code being checked out. When the work in the branch is committed, CI/CD processes are triggered. This can be done with a merge or pull request. Then the CI/CD pipeline kicks into high gear.