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1. TEAMCITY GITHUB HOW TO
2. TEAMCITY GITHUB INSTALL
3. TEAMCITY GITHUB CODE

Once the connection is established, the plugin should start working, allowing you to easily install the required GitHub webhook (which involves setting some keys and URLs appropriately, but the plugin helps make this easy). You'll find those under your repository's settings, in the Webhooks section. Part of this process also involves creating a Webhook for your GitHub project. It's a good idea to create a TeamCity user and use its security access tokens for this process. Essentially you need to register TeamCity as an OAuth application in GitHub for the appropriate GitHub project/organization. This is not the same as simply choosing to use GitHub as your source control system - it's a separate process that's described here. You also need to set up a GitHub Connection for your project. However, that's not the only step required.

TEAMCITY GITHUB HOW TO

There's a fairly recent blog post that goes into the details, here, for TeamCity 10, which describes how to install a plugin to help with GitHub webhook integration. Fortunately, with web hooks, you can configure GitHub to notify TeamCity whenever a change occurs, virtually eliminating the need for this kind of polling. That doesn't sound too bad, but remember that one of the reasons why Git is crushing SVN, TFS, and other source control systems is that things that take a few seconds on these other platforms are instant with Git. This means that after you push a commit to GitHub, on average you'll need to wait 30 seconds before TeamCity will notice the change and kick off a build. Normally, TeamCity will poll whatever source control provider you've configured to check for changes periodically. For this to work, you'll need to either allow guest access to your server and build, or just check the box under Build options to "enable status widget" on the General Settings page for the build: The icon is also a link to the build status page remove the anchor element if you don't want it to link. It will be a string of the form "ProjectName_BuildName".įor a GitHub project, adding this to the README.md file is pretty customary.

Just add the following bit of HTML wherever you want the status icon to appear: Setting this up is simple, and there's a (slightly outdated) blog post that goes into detail. This (and really all of these enhancements) requires that your build server is addressable from GitHub/the Internet. One of the simplest ways to integrate your GitHub project with your TeamCity server is to display a build status icon or badge. In this post I'll describe four things you can add to really make your TeamCity + GitHub experience shine. But with the addition of a build server like TeamCity, you can also make sure that each one of these pull requests passes all of your build steps and tests before it is merged in, making it extremely unlikely that a change will break the main build (and thus impact other developers).

TEAMCITY GITHUB CODE

It's so easy to create an interactive conversation around a particular set of code changes, and to effortlessly integrate those changes into the main branch once they pass muster. The workflow afforded by using pull requests, especially with the recent addition of reviews, is amazing. However, like peanut butter and chocolate, TeamCity gets even better when combined with GitHub. What's more, the basic version supports up to 20 projects for FREE, which is tough to beat. It's a great continuous integration / build server product, with an extremely responsive web-based user interface that's great to work with.

I've been a fan of JetBrains TeamCity for many years now.