The kwdeploy executable can be found on your build agents in the following location: \tools\klocwork\\bin\kwdeploy. You can synchronize custom checkers from your server to your TeamCity build agents by using kwdeploy. Below is an image which shows the fully configured build step: By default, the CI build will fail if any issues are detected. You can configure the build to fail if the static analysis is incomplete or create a regular expression to capture any number of failure scenarios. See the full list of 40 resolved issues in our release notes. Next you can set up any relevant build failure conditions. 2020.1.4, we focused on fixing bugs and improving TeamCity performance and usability.tests/sample-fixture.js -r spec,xunit:report.xml. In the examples below, the spec reporter outputs data to stdout, while the xunit reporter writes data to disk. If the project name differs, specify this here as well. You can use multiple reporters, provided only one of them writes to stdout. The project needs to exist on both the TeamCity server and on the Klocwork Server. Next, click Authorize and log in as any user who is able to view the project.It contacts the Klocwork Server to obtain the project configuration for analysis. The Klocwork Server needs to be specified for the build configuration. The server doesn't have to be on the local machine. Fill in the Klocwork Server information.Click the Add Build Step button and choose Klocwork Static Analysis as the runner type.In TeamCity, access your projects list and select the project you want to configure.The analysis step itself has an option to ignore build steps if you do not want those steps included. The Klocwork Static Analysis build step automatically wraps your existing build steps with the necessary commands to run analysis. You must configure each build agent that will be used to perform Klocwork analysis. The build agent typically checks out the source code, initializes the build environment, and runs the software build. You can use multiple build agents to perform many builds in parallel. TeamCity uses build agents to perform build operations. The easiest way I found to deal with json in a bash script was using this gist.Enable Klocwork Static Analysis on your project We’re going to want to grab all of the “message” strings out of the records in this array and use those to build our release notes. Check the github api docs for more info on that. Note that you’ll have to setup an access token or use some other authentication method to get this to work properly. ![]() Here we’re grabbing a json array of the commit records in our pull request from github (more info here) and saving it into the “json” variable. json=`curl -s -X GET $pullrequest/commits?access_token=111111111111111111111111111111` Just implemented the TeamCity meta-runner which generates release notes with commits and tasks from the current TeamCity build, so you dont need to use JQL. Our default build for this configuration is “devlop” so we make sure to account for that as well. The beginning of the script just grabs the pull request number. I set it up as a custom script in the run type. I named mine “Build release notes” and made it a command line runner. I wanted an easier way, so I worked out how to grab the comments from the commits in a pull request.įirst, take your working TeamCity build and add a new step. I had simply been updating the version number by appending the pull request id, but this meant that in order for QA to figure out what was intended to be in the build they had to bring up github and review the pull request comments and the commits within that request. Automatically adding release notes to TeamCity builds from Github pull requestsĪs part of our effort to move to continuous internal delivery, we’re creating a build for every pull request and pushing it to Fabric beta.
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