Teamcity artifacts1/9/2023 ![]() There are an additional set of tests that get run each night against master. If there are no failures and the updated branch is master, it will kick off a set of binary builds and push them to Docker Hub and our binary release storage area in AWS S3. This job triggers all of the tests run by GitHub CI and posts any failures as GitHub issues. When code is merged to master, TeamCity's Release Build job gets triggered for that branch. TC configuration was changed recently and one of the CI targets was overlooked in the change. Perhaps the first time was a flake and you can move on with your day after that.Įxample odd, transient situations we've encountered in the past:īuild appears to fail but really TC was unable to find an agent to run some targets.īuild appears to fail but really an agent was preempted and TC was unable to re-start a target. Then after you have captured a link to the failed build, for good measure try to run your build again once. If there is a situation with TC you can't explain and for which we do not have best practices or troubleshooting guides yet, file a new issue, explain the situation, and assign it to the Dev Infrastructure team.īe sure to include a link to the failed TC Build if there is one. Select the branch number of your pull request under the Changes tab and click run - TeamCity will then run your tests and report status to GitHub. button next to the Run button to enter the Run Custom Build dialog. To do this, navigate to the GitHub CI page. As a workaround, you can manually trigger the GitHub CI job which will report status to GitHub. In some rare circumstances, TeamCity will fail to notice a new pull request on GitHub. Triggering Github CI after an un-triggered Pull Request In this case, head to the artifacts tab of the failing build - see the next section on how to get there.įor example, let's start with this unhelpful failed build: ![]() For example, compile errors, data races, panics (off the test's main goroutines) and other events can mean that you will look at a red build without an explicit test failure. Unfortunately, when something fails, not always will it be associated to a failing test that you can click in the UI. TeamCity represents GitHub pull requests by branches named by the number of the pull request: Unearthing hidden test failures The tests are as follows:Įach of these is run by a separate build agent in parallel. This job succeeds when all of its dependencies succeed. It runs a set of tests triggered by the GitHub CI job and reports the results back to the pull request as a GitHub status check. TeamCity is triggered for each new or updated pull request to this repository. Our instance is available at - you may sign in with your GitHub OAuth credentials. We use JetBrains TeamCity for various continuous integration and testing tasks. 2.4 Triggering Github CI after an un-triggered Pull Request.
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