You can also change the build status of a failing build to success. Unlike progress messages, this change persists even after a build has finished. TeamCity allows changing the build status text from the build script. If omitted, the identity is calculated based on the description text. It should be a valid Java id up to 60 characters. Different problems must have different identity, same problems - same identity, which should not change throughout builds if the same problem occurs, e.g. identity - (optional) a unique problem id.The text is limited to 4000 symbols, and will be truncated if the limit is exceeded. By default, the description appears in the build status text and in the list of build's problems. description - (mandatory) a human-readable plain text describing the build problem.To do this, you need to output the following line: You can publish the build artifacts while the build is still running, immediately after the artifacts are built. Publishing Artifacts while the Build is Still in Progress To learn more, refer to Manually Configuring Reporting Coverage page. NET coverage processing by means of service messages. the rest of the test name is treated as a package/namespace name.the part of the test name before the last dot is treated as a class name.the part of the test name after the last dot is treated as a test name.if the reported test name starts with the suite name, it is truncated.TeamCity takes the suite name from the corresponding suite message.Usually the attribute values are provides as they are reported by your test framework and TeamCity is able to interpret which part of the reported names is the test name, class, package as follows: The Tests tab of the Build Results page allows grouping by suites, packages/namespaces, classes, and tests. A single service message cannot contain a newline character inside it, it cannot span across multiple lines. In order to be processed by TeamCity, they should be printed into a standard output stream of the build (otherwise, if the output is not in the service message syntax, it should appear in the build log). Service messages are used to pass commands/build information to a TeamCity server from the build script. Providing data using the teamcity-info.xml file.Libraries reporting results via TeamCity Service Messages.Publishing Artifacts while the Build is Still in Progress.Restart the TeamCity build agent so it picks up the Node.js path. Also the 32 bit version will be installed to Program Files (x86) by default. Note that depending on your UAC settings you may need to run that command in an elevated command prompt as Program Files can be locked down. By default this folder is added to the PATH by the Node.js installer. I simply put it in the node install directory along side NPM. You will need to set the prefix to be a path TeamCity can access. Install grunt-cli: npm install grunt-cli -g -prefix="C:\Program Files\nodejs".Follow the steps below on your build server: I’m going to assume you’re using TeamCity for your builds. The last step is to setup your build server to run Grunt. The options you specify are passed directly to nuget so all nuget CLI parameters are supported. One thing to note is that even though you are passing in the version, the version element must exist in the nuspec file and have a value, otherwise nuget pack will fail. As demonstrated above you can dynamically set the version number and pass in your nuget API key. The grunt-nuget package ships with nuget so there is no need to install it on your build server.
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