![]() ![]() ![]() The behavior of the generated hashCode() function is consistent with that of the equals() function, so that all You can specify it in your adle(.kts) file: kotlin as Constructor).newInstance() To enable and test the Kotlin K2 compiler, use the new language version with the following compiler option: -language-version 2.0 The New Kotlin K2 Compiler: Expert Review.What Everyone Must Know About The NEW Kotlin K2 Compiler.Learn more about the new compiler and its benefits in the following videos: Provides Alpha support for the JS IR compiler.Has a preview version of the serialization plugin.Starting with this 1.8.20 release, the Kotlin K2 compiler: This release introduces further improvements on the road to K2 Beta. ![]() The Kotlin 1.7.0 announcement, it's still in Alpha. The Kotlin team continues to stabilize the K2 compiler. To download Kotlin artifacts and dependencies properly, configure Gradle settings The Kotlin plugins that support 1.8.20 are available for: IDE You can also find a short overview of the changes in this video: The important thing to understand is that at the end of the day, Kotlin Configuration Script isn’t just merely a DSL but a fully fledged programming language.The Kotlin 1.8.20 release is out and here are some of its biggest highlights: In this case, we created multiple build configurations, but we could have just as easily created multiple steps, certain VCS triggers, or whatever else that might come in useful. The above is just a sample of what can be done when creating dynamic build scripts. The result of this is that we will see 6 build configurations created: Since the id shouldn’t contain any other characters the DSL library provides a toExtId() function that can be used to sanitize the value that we want to assign. class Build(val os: String, val jdk: String) : BuildType(".toExtId()) Instead of an object, we will declare a class with a constructor that will accept the parameters for the OS type and JDK version. We need to adjust our build configuration a little to use the parameters. Val jdkVersions = listOf("JDK_18", "JDK_11") Instead of creating each build configuration manually, what we can do is write some code to generate all the different build configurations for us.Ī very simple approach we could take here is to have two lists with the versions of OS types and JDK versions, and then iterate over them to generate the build configurations: val operatingSystems = listOf("Mac OS X", "Windows", "Linux") If we try to create each individual configuration for all the combinations of OS types and JDK versions we will end up with a lot of code to maintain. Here’s an example configuration for building a Maven project: version = "2018.2"Įquals(".name", "Mac OS X") This potentially generates a lot of different build configurations that we’d need to create and maintain. The scenario is the following: we have a Maven project that we need to test on different operating systems and different JDK versions. In this part, we’re going to take advantage of the fact that we are dealing with a full programming language and not just a limited DSL, to create a dynamic build configuration. We have seen in the previous post how we can leverage some of Kotlin’s language features to reuse code. Creating build configurations dynamically.This is part three of the six-part series on working with Kotlin to create build configurations for TeamCity. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |