Such teams may most likely benefit from Actions in either of two ways:ġ. Actions can also increase developer velocity by improving the time to isolate code issues through testing, reporting, and notification as well as eliminating manual Continuous Integration and Continuous Deployment (CI/CD) activities such as performing security analysis, initiating tests, etc.įor those already using other DevOps tools such as Jenkins or Codeship – Actions may appear to have several overlaps with processes already in place. By implementing repeatable and portable processes for activities, businesses can significantly raise confidence in the code being deployed. GitHub Actions offer a very effective vehicle for standardizing and automating all manner of work related to code – from compiling C++ code to performing dependency checks to executing testing and more. Why Use GitHub Actions with your C++ project? By design, runners are installed in a container hosted in the GitHub virtual environment or optionally self-hosted by administrators. github/workflowsĪctions execute on runners, which listen for available jobs and execute one job at a time to completion.
Workflow steps are defined in YAML code and stored in the directory. Events can be a push (such as writing new C++ code), opening or changing a pull request (to merge updated C++ code), creating a new branch, opening or changing an issue, cron schedule, and much more. GitHub Actions are a way for developers and administrators to implement workflows based on code changes and events in a repository.
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