You may want to compile Kotlin to JavaScript in the following scenarios:Ĭreating Kotlin code that targets client-side JavaScript Provide the same functionality in the standard library whether targeting JavaScript or the JVM (to the largest possible degree).Provide interoperability with existing module systems.Provide output that is readable JavaScript.The Kotlin compiler tries to comply with the following goals: Any file that is not Kotlin will be ignored during compilation. However, this excludes the JDK and any JVM or Java framework or library used. When you choose the JavaScript target, any Kotlin code that is part of the project as well as the standard library that ships with Kotlin is transpiled to JavaScript. The current implementation targets ECMAScript 5.1 but there are plans to eventually It does so by transpiling Kotlin to JavaScript. Kotlin provides the ability to target JavaScript. Outdated, unsupported and does not decompile correctly Java 5 and later.A look at how Kotlin compiles to JavaScript and the use cases for that. Probably, this is the most popular Java decompiler, but primarily of this age only. Free, no source-code available, jad download mirror Author: Pavel Kouznetsov Supports Java up to version 6 (Annotations, generics, enums) Very promising analytical Java decompiler, now becomes an integral part of IntelliJ 14. Java 8 Lambdas and method references (i.e., the :: operator).Local classes (both anonymous and named).Handles language enhancements from Java 5 and beyond, up to Java 8, including: Has its own visual interface and plugins to Eclipse and IntelliJ. It'll even make a decent go of turning class files from other JVM langauges back into java!įree for non-commercial use only, Author: Emmanuel Dupuy Java 14: 'instance of' pattern match and 'Record types'.Java 12: Kotlin style "switch expressions".Regularly updated, CFR is able to decompile all the modern Java features: This free and open-source decompiler is available here: Author: Lee Benfield Here's a list of decompilers presented on this site: class file and pre-process it, so it becomes JDK 1.3 compatible, and then run Jad over it (one of those older, but better decompilers).īut recently, a new wave of decompilers has forayed onto the market: Procyon, CFR, JD, Fernflower, Krakatau, Candle.
The only so-so working solution was to take the. The obsoleteness was typically proved by the fact that they can only decompile JDK 1.3 bytecode. Until recently, you needed to use a Java decompiler and all of them were either unstable, obsolete, unfinished, or in the best case all of the above.
0 kommentar(er)
