It fails with:
```
Configuration `:jvmRuntimeClasspath` contains AndroidX dependencies, but the `android.useAndroidX` property is not enabled, which may cause runtime issues.
:jvmRuntimeClasspath -> org.jetbrains.compose.desktop:desktop-jvm-linux-x64:0.0.0-dev1418 -> org.jetbrains.compose.desktop:desktop:0.0.0-dev1418 -> org.jetbrains.compose.desktop:desktop-jvm:0.0.0-dev1418 -> org.jetbrains.compose.material:material:0.0.0-dev1418 -> org.jetbrains.compose.material:material-desktop:0.0.0-dev1418 -> org.jetbrains.compose.annotation-internal:annotation:0.0.0-dev1418 -> androidx.annotation:annotation:1.7.1
:jvmRuntimeClasspath -> org.jetbrains.compose.desktop:desktop-jvm-linux-x64:0.0.0-dev1418 -> org.jetbrains.compose.desktop:desktop:0.0.0-dev1418 -> org.jetbrains.compose.desktop:desktop-jvm:0.0.0-dev1418 -> org.jetbrains.compose.material:material:0.0.0-dev1418 -> org.jetbrains.compose.material:material-desktop:0.0.0-dev1418 -> org.jetbrains.compose.annotation-internal:annotation:0.0.0-dev1418 -> androidx.annotation:annotation:1.7.1 -> androidx.annotation:annotation-jvm:1.7.1
:jvmRuntimeClasspath -> org.jetbrains.compose.desktop:desktop-jvm-linux-x64:0.0.0-dev1418 -> org.jetbrains.compose.desktop:desktop:0.0.0-dev1418 -> org.jetbrains.compose.desktop:desktop-jvm:0.0.0-dev1418 -> org.jetbrains.compose.foundation:foundation:0.0.0-dev1418 -> org.jetbrains.compose.foundation:foundation-desktop:0.0.0-dev1418 -> org.jetbrains.compose.collection-internal:collection:0.0.0-dev1418 -> androidx.collection:collection:1.4.0
:jvmRuntimeClasspath -> org.jetbrains.compose.desktop:desktop-jvm-linux-x64:0.0.0-dev1418 -> org.jetbrains.compose.desktop:desktop:0.0.0-dev1418 -> org.jetbrains.compose.desktop:desktop-jvm:0.0.0-dev1418 -> org.jetbrains.compose.foundation:foundation:0.0.0-dev1418 -> org.jetbrains.compose.foundation:foundation-desktop:0.0.0-dev1418 -> org.jetbrains.compose.collection-internal:collection:0.0.0-dev1418 -> androidx.collection:collection:1.4.0 -> androidx.collection:collection-jvm:1.4.0
```
(https://teamcity.jetbrains.com/buildConfiguration/JetBrainsPublicProjects_Compose_Publish_2_All_2/4484004?hideTestsFromDependencies=false&hideProblemsFromDependencies=false&expandBuildTestsSection=true&expandBuildChangesSection=true&expandBuildDeploymentsSection=false&expandBuildProblemsSection=true)
after we added annotation/collection to desktop target dependencies.
It seems that Android plugin checks all JVM classpathes, including pure
JVM (desktop) ones. And fails, if the project doesn't have this
property.
Adding this property, as the Android fails without it as well.
Sometimes we need to report warnings during the configuration phase.
For example, when Androidx Compose Compiler is used with
non-JVM targets (e.g. iOS/js), we want to warn users
that using non-JB compiler with non-JVM targets is not supported.
The default way of reporting warnings in Gradle is using a logger.
For example we could write something like:
```
abstract class ComposePlugin : Plugin<Project> {
override fun apply(project: Project) {
if (project.hasNonJvmTargets() && project.usesNonJBComposeCompiler()) {
project.logger.warn("...")
}
}
}
```
This approach has a few issues:
1. When the Configuration Cache is enabled, project's configuration might
get skipped altogether, and the warning won't be printed.
2. If a project contains multiple Gradle modules (subprojects),
the warning might be printed multiple times. That might be OK
for some warnings. But repeating exactly the same warning
10s or 100s is unnecessary.
The only way to share the state between Gradle modules,
while preserving compatibility with the Configuration Cache,
is to define Gradle Build Service.
In 1.5.0 we used Gradle Build Service mechanism for both warnings.
However, I did not know that:
* only the service's parameters are persisted in the Configuration Cache.
The service itself is not persisted.
* if a service instance is materialized during the configuration
phase, then all changes made to its parameters will not be
visible to that particular instance (but they will be visible to the
next instance).
So the only way to report diagnostics with configuration cache without
repetition is to define a service that is not materialized
during the configuration phase (i.e. serviceProvider.get() is not called),
add to add warnings to a set property of the service.
This change implements that.
Resolves#3595
* 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 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
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
ProGuard support has introduced `Release` build type in addition to the default one.
Prior to that there was the `package` task, which did not do anything by itself.
The `package` task existed purely for convenience: instead of running
the `packageMsi` on Windows and the `packageDmg` on macOS, a user could
run the `package` task to package an application into a format suitable for a host OS.
A similar task for the release build type should be called `packageRelease`.
However, this name conflicts with a task created by the `com.android.application`
plugin.
This change deprecates the `package` task and removes the `packageRelease` task.
`packageDistributionForCurrentOS` and `packageReleaseDistributionForCurrentOS` should be used instead.
Resolves#2345
By default, the Compose Multiplatform Gradle plugin
uses `org.jetbrains.compose.compiler:compiler:<COMPOSE_VERSION>`
as a compiler plugin .
However, a new version of Kotlin might be incompatible with
the default version of compiler plugin. Previously, that forced
users to update to a new version of Compose Gradle plugin & Compose libraries
in order to use a new version of Kotlin. Accordingly, Compose framework developers
had to release a new version of all libraries, when a new version of Kotlin is released.
Some time ago the Compose team at Google made it possible to update a compiler plugin
without updating the Gradle plugin and/or all Compose libraries
https://developer.android.com/jetpack/androidx/releases/compose-kotlin
This change allows to specify a custom compiler artifact by using the following DSL:
```
compose {
kotlinCompilerPlugin.set("<VERSION<")
// or
kotlinCompilerPlugin.set("<GROUP_ID>:<ARTIFACT_ID>:<VERSION>")
}
```
When users run/package application we will configure Compose to work as standalone application.
It means we will override some global Swing properties in Compose initialization function:
- sets system property `apple.laf.useScreenMenuBar` to true
- sets system property `sun.java2d.uiScale`/`sun.java2d.uiScale.enabled` automatically on Linux
- sets UIManager.setLookAndFeel(UIManager.getSystemLookAndFeelClassName())
When users don't use those tasks (when they use Compose in an existing Swing application, or in an IDEA plugin),
this property will not be set, and so we will not override Swing globals.
The build `0.4.0-build182` upgrades
`kotlinx-collections-immutable` library
(which is used by the compose runtime) to 0.3.4,
which was published to maven central,
so most usages of sunsetting jcenter repo
can be removed now.
Resolves#557
`withJava()` is removed from MPP test, because our tests don't contain Java,
but the latest stable version of Kotlin fails with exceptions,
when Gradle 7.0 is used. The issue is fixed in Kotlin's master:
297aa17b6e
Igor Demin
Konstantin
Alexey Tsvetkov
Oleksandr Karpovich
Alexey Tsvetkov
Nikolay Igotti