repositories įinally, you must sync your project on Android Studio to get all new dependencies. Then, still on the top-level adle file you need to add the repository maven as a dependency of the project. classpath ":ktlint-gradle:9.2.1"ĭon’t forget to check it out the latest version of plugin on the official website. To achieve this goal let’s go use the plugin jlleitschuh/ktlint-gradle once it creates automatically all basic tasks to run Ktlint into Gradle.įirst of all, you need to configure the classpath in top-level adle file to use the plugin jlleitschuh/ktlint-gradle. The first one is going to lead you to configure the ktlint plugin into Android Studio, the second one to format your code and the third to run and found out issues reported by it. This post is going to be separated into three sections. įinally, If you need more information about the benefit of using Ktlint you should go to the official link and checks it out all greats features provided by it. I got the above content from the official Ktlint website into features section.
A single executable jar with all dependencies included.plain, json and checkstyle reporters are available out-of-the-box. So that you wouldn’t have to fix all style violations by hand. While this might sound extreme, keep in mind that ktlint tries to capture (reflect) official code style from and Android Kotlin Style Guide.
Which means no decisions to make, nothing to argue about, and no special files to manage. This post has the premise that you are using Gradle and Kotlin as your primary programming language.Īccording to the official Ktlint’s website, it is an anti-bikeshedding Kotlin linter with a built-in formatted that contains the following features to help you to format and organize your code style. Hello Folks!! The goal of this post is help you to configure and run locally the static code analysis called Ktlint on Android Studio.
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