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* Compose 1.2.1-rc01 * Fix Web build for Kotlin 1.7.20 * Use 1.3.2.1-rc02 in Gradle plugin * Fix Gradle Plugin tests * Fix Gradle Plugin tests * Compose 1.2.1-rc03 * Update CHANGELOG.md * Update CHANGELOG.md * Compose Compiler 1.3.2.1 * Compose 1.2.1 * Update VERSIONING.md * Update gradle.properties * Fix custom JDK tests on Linux * Remove JVM target version override (#2515) Previously, we were setting kotlin.jvmTarget version to 1.8 if it was null or < 1.8. As an unintended consequence we were also overriding a version set by the jvmToolchain property. So while users expected the jvmToolchain property to set both jdk home & jdk target, we were quietly overriding jdk target. At the same time, Kotlin 1.7 sets the minimum target version to 1.8 anyway, so our override does not make sense with Kotlin 1.7+. This commit removes overriding altogether. Fixes #2511 * Update CHANGELOG.md * Update CHANGELOG.md * Update CHANGELOG.md * Update Compose * Update default ProGuard rules with changes from main branch * Test Gradle plugin on relevant PRs (#2509) * Update Gradle used in tooling subprojects * Update Kotlin in Compose Gradle plugin * Decrease verbosity of Gradle plugin tests * Disable mac sign test * Add workflow to test Gradle plugin * Fix custom jdk tests on Linux * Make Compose Gradle plugin build compatible with Configuration cache * Print tests summary * Remove unused code * Refactor tests configuration * Turn off parallel execution * Try adding windows runner * Turn off fail fast * Fix Windows test issues #2368 * Adjust default proguard rules The following rule is needed to fix tests on Windows: ``` -dontwarn org.graalvm.compiler.core.aarch64.AArch64NodeMatchRules_MatchStatementSet* ``` Other rules are just to make builds less noisy. Kotlin's `*.internal` packages often contain bytecode, which triggers ProGuard's notes. However, these notes are not actionable for most users, so we can ignore notes by default. #2393 # Conflicts: # gradle-plugins/gradle/wrapper/gradle-wrapper.properties * Improve DSL for setting a custom Compose Plugin (#2527) * Improve DSL for setting a custom Compose Plugin Fixes https://github.com/JetBrains/compose-jb/issues/2459 Readme: https://github.com/JetBrains/compose-jb/pull/2526 1. Add `dependencies: Dependencies` extension that is accessible in `compose { }` block 2. Add `Dependencies.compiler` property that can return versions of Compose compiler used by the plugin: ``` compose { kotlinCompilerPlugin.set(dependencies.compiler.forKotlin("1.7.20")) //kotlinCompilerPlugin.set(dependencies.compiler.auto) // determined by applied version of Kotlin. It is a default. } ``` 3. Add ability to set arguments for Compose Compiler. Now we can write: ``` compose { kotlinCompilerPlugin.set(dependencies.compiler.forKotlin("1.7.20")) kotlinCompilerPluginArgs.add("suppressKotlinVersionCompatibilityCheck=1.7.21") } ``` 4. Remove checks for different targets We had a separate check for JS, when we released 1.2.0. It doesn't support Kotlin 1.7.20 at that moment. It is hard to refactor this feature in the new code, so I removed it. It is not needed now and it had an ugly code. When we will need it again, we'll write it again. 5. Remove the `compose.tests.androidx.compiler.version` property from gradle.properties and remove `defaultAndroidxCompilerEnvironment` Because they are used only in one test, and it seems there is no reason to use it in another place in the future * Discussions * Update ComposeCompilerCompatability.kt (#2557) * Update CHANGELOG.md * 1.2.2-rc01 * Update Compose * Update CHANGELOG.md * Compose 1.2.2 * Remove shared.podspec * Remove usages of deprecated Intellij APIs Co-authored-by: Alexey Tsvetkov <alexey.tsvetkov@jetbrains.com> Co-authored-by: Alexey Tsvetkov <654232+AlexeyTsvetkov@users.noreply.github.com>
Run in browser:
./gradlew jsRun
How to use HTML based @Composable functions in JS?
Useful links:
- @Composable functions can't be invoked from JS directly (because every @Composable function has implicit parameters added by compiler plugin)
- We can wrap @Composable functions into some usual function (with @JsExport) which can be invoked in JS as is.
- Every call to a "wrapping" function will create a composition (part of DOM controlled by Compose runtime)
- It's important to
disposea composition when it's not needed. - The composition's state can be controlled by creating an arbitrary
Controllerclass, which implements and exposes necessary functions for state updates.
Simplified example (see full example in src/jsMain):
// Composables.kt
@JsExport
abstract class ComposeCounterAppController {
abstract fun setCount(newCount: Int)
abstract fun dispose()
}
@JsExport
fun ComposeCounterApp(rootId: String, onCountChange: (Int) -> Unit = {}): ComposeCounterAppController {
var count: Int by mutableStateOf(0)
val composition = renderComposable(rootElementId = rootId) {
// Counter is a @Composable function
// see full example in src/jsMain
Counter(count) {
count = it
onCountChange(count)
}
}
return object : ComposeCounterAppController() {
override fun setCount(newCount: Int) {
count = newCount
}
override fun dispose() {
composition.dispose()
}
}
}
Then in JS we can use ComposeCounterApp function:
// see src/jsMain/resources/use_compose.js file for a full example
counterController = MyComposables.ComposeCounterApp('counterByCompose', (newCount) => {
console.log(`Counter was updated. New value = ${newCount}`);
});
The module name was overridden to make it convenient for usage in JS:
// webpack.config.d/configModuleName.js
config.output = config.output || {};
config.output.library = "MyComposables";
Running Web browser application
- To run, launch command:
./gradlew :jsBrowserDevelopmentRun - Or choose browser configuration in IDE and run it.

Building and using the output
./gradlew jsBrowserProductionWebpack
This will produce the output in build/distributions.
Then we can use exported functions from web-compose-in-js.js (the filename is defined by the project/module name).
<script src="web-compose-in-js.js"></script>
<script src="use_compose.js"></script>