Teamcity kotlin dsl1/27/2024 ![]() SSH keys and API tokens should be specified separately which is not shown in this guide. teamcity/setting.kts Kotlin script file, adding all of our products as TeamCity projects in a data-driven fashion based on our existing Products enum: version = "2021.2" project ) software.chronicle release-automation 1.0.21 If you need any specific dependency settings file used during dependency resolving, such as specifying credentials for internal Maven repositories, upload them to the TeamCity ’s Maven Settings tab under the name mavenSettingsDsl.xml. Configuration as codeįirst, we introduce our own product management code into configuration scripts by adding the dependency to. Once you configure versioned settings for a TeamCity project, it will push a skeleton Maven configuration project to a repository of choice, which we will be working with. Following it will require a base knowledge of git, Maven and TeamCity but would not require knowledge of the Kotlin language, since all of the displayed code is self-explanatory. This guide will show how to configure the same set of CI/CD builds for multiple Maven project repositories of similar layout programmatically, following the DRY (don’t repeat yourself) principle. In this article I will describe how the team at Chronicle Software has tackled these issues in different projects by writing code that does this for us, in the form of Kotlin DSL for TeamCity. Maintaining such setup manually in the face of change while ensuring its consistency will take a lot of effort. Understandably, this requires setting up continuous integration and deployment for a large number of similar projects. For example, you may need the "Deploy It" build configuration only in some of your TeamCity projects – not in all of them.In a previous article I described a way to organise low-latency products as multiple code bases which are bound together with a Maven Bill of Materials (BOM). Moreover, you can use context parameters to compose custom logic. Url = DslContext.getParameter("fetchUrl") Thus, the VCS root specification should point to the respective repository: object PluginRepo : GitVcsRoot( Repo" The source code of the plugin is hosted on GitHub. This file describes the project configuration in the portable Kotlin DSL format. The project is also synchronized with the "DSLDemo" repository, where its settings are stored in the settings.kts file. The "Test It" build configuration contains a VCS trigger that detects changes in the source repository. It comprises three build configurations connected to a build chain. Let’s consider a TeamCity project that builds a plugin for integration with the GitHub issue tracker. You can find a quick text recap of the tutorial below. In this video, we’ll explore an example project and show you how to utilize the power of context parameters in your DSL projects. This is far more convenient than storing similar DSL specifications in multiple branches or creating a complex project hierarchy in TeamCity. It means that you can create one DSL project template and reuse it in as many projects on the TeamCity server as necessary. These parameters can vary from project to project in TeamCity while the common project declaration stays the same. In version 2019.2, TeamCity introduced the ability to use context parameters in Kotlin DSL project configurations.
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