4.9.5 1.10.4.9.6 1.10.4.9.7 符号化 iOS 崩溃报告 参考与提示 目标平台支持 改进编译时间 许可证文件 Kotlin/Native FAQ WebAssembly（Wasm） 在 IntelliJ IDEA 中入门 Kotlin/Wasm 添加 Kotlin 库依赖 与 JavaScript 的互操作 JavaScript 搭建 Kotlin/JS Use it only for evaluation purposes. We would appreciate your feedback on it in YouTrack. WebAssembly (Wasm) is a binary instruction format for a stack-based virtual machine. This format is platform-independent devices supporting WebAssembly and meeting Kotlin's requirements. Learn more about Kotlin/Wasm in this YouTube video. 浏览器支持 Almost all major browsers already support WebAssembly 1.0. To run applications

mobile applications, see Get started with Kotlin Multiplatform for Android and iOS. Kotlin Wasm WebAssembly (Wasm) is a binary instruction format for a stack-based virtual machine. This format is platform-independent Kotlin/Wasm, you can create applications that run on different environments and devices supporting WebAssembly and meeting Kotlin's requirements. Browser support To run applications built with Kotlin/Wasm With Compose Multiplatform for Web, you can run your code in the browser with all the benefits of WebAssembly. How to get started Get started with Kotlin/Wasm in IntelliJ IDEA Check out the GitHub repository

并发可变性 并发与协程 调试 Kotlin/Native 符号化 iOS 崩溃报告 参考与提示 目标平台支持 改进编译时间 许可证文件 Kotlin/Native FAQ WebAssembly（Wasm） 在 IntelliJ IDEA 中入门 Kotlin/Wasm 添加 Kotlin 库依赖 与 JavaScript 的互操作 7 1.10.4 1.10.4.1 time. Use it only for evaluation purposes. We would appreciate your feedback on it in YouTrack. WebAssembly (Wasm) is a binary instruction format for a stack-based virtual machine. This format is platform-independent devices supporting WebAssembly and meeting Kotlin's requirements. Learn more about Kotlin/Wasm in this YouTube video. 浏览器支持 Almost all major browsers already support WebAssembly 1.0. To run applications

arm64) Windows (mingw x86_64, x86) Linux (x86_64, arm32, MIPS, MIPS little endian, Raspberry Pi) WebAssembly (wasm32) Kotlin/Native supports two-way interoperability with the Native world. On the one hand linuxX64 for Linux; macosX64 for MacOS; mingwX64 and mingwX86 for Windows; wasm32 for WebAssembly. Note that some of the Kotlin/Native targets require an appropriate host machine to build on. of modules that can be built on more than one of the platforms (like JVM, JS, Kotlin metadata, WebAssembly), the publishing tasks for these modules may be con�gured to run conditionally. This simpli�ed

Android (arm32, arm64) Windows (mingw x86_64) Linux (x86_64, arm32, MIPS, MIPS little endian) WebAssembly (wasm32) Kotlin/Native supports two-way interoperability with the Native world. On the one hand use the library just import platform.posix.* The only target for which it is not available is WebAssembly. Note that the content of platform.posix is NOT identical on different platforms, in the same