#Fork vs github desktop vs tower how to#
#Fork vs github desktop vs tower code#

But you can also build your own CI workflow from scratch if you want to. There are plenty of guided options with pre-built CI workflows you can leverage, per your technology requirements. You’ll see it the first time you open GitHub Actions in a repository. GitHub Actions takes a “choose-your-own adventure” type of approach to CI/CD.

#Fork vs github desktop vs tower code#

A CD pipeline goes one step further and deploys the built code into production. It should also compile your code, run tests, and check that it’s functional. A CI pipeline runs when code changes and should make sure all of your changes work with the rest of the code when it’s integrated. Be clear about what a CI/CD pipeline is and should do.

#Fork vs github desktop vs tower how to#

How to build a CI/CD pipeline with GitHub Actionsīefore we dive in, here are a few quick notes: That means you can use it with whatever technology you choose. Support for any platform, any language, and any cloud: GitHub Actions is platform agnostic, language agnostic, and cloud agnostic. Did I mention every action is reusable just by referencing its name? Yes, that too. With GitHub Actions, you can trigger CI/CD workflows and pipelines of webhooks from these apps (even something simple, like a chat app message, if you’ve integrated your chat app into your GitHub repository, of course).Ĭommunity-powered, reusable workflows: You can share your workflows publicly with the wider GitHub community or access pre-built CI/CD workflows in the GitHub Marketplace (there are more than 11,000 available actions!). Let’s say you’re going to use any one of the many tools that are out there to run part of your development pipeline. This includes things like pull requests, issues, and comments, but it also includes webhooks from any app you have integrated into your GitHub repository. Respond to any webhook on GitHub: Since GitHub Actions is fully integrated with GitHub, you can set any webhook as an event trigger for an automation or CI/CD pipeline. You just drop one file in your repo, and it works. You don’t have to set up webhooks, you don’t have to buy hardware, reserve some instances out there, keep them up to date, do security patches, or spool down idle machines. There’s no need to manually configure and set up CI/CD.

CI/CD pipeline set-up is simple: GitHub Actions is made by and for developers, so you don’t need dedicated resources to set up and maintain your pipeline.

Let me unpack the four big benefits that I’ve come across: I’m going to walk you through exactly how to build your own CI/CD pipeline, right from your repository on GitHub.įind out how GitHub compares to other DevOps and CI/CD platforms > Key advantages of using GitHub Actions for CI/CD pipelinesīut first, let’s talk through some of the benefits to using GitHub Actions-because let’s be honest, there are a lot of other tools out there.

If you’re using Git, GitHub, and GitHub Actions to build a CI/CD pipeline, you should have confidence in your code.

But I’m here to tell you we need to disrupt the peer review. As developers, we’re trained to use peer reviews to make sure our code works. But with the introduction of native CI/CD to GitHub in 2019 via GitHub Actions, it’s easier than ever to bring CI/CD directly into your workflow right from your repository. Continuous Integration / Continuous Delivery (CI/CD) has long been-and continues to be-the domain of DevOps experts.