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/*
* Copyright 2010-2018 JetBrains s.r.o. and Kotlin Programming Language contributors.
* Use of this source code is governed by the Apache 2.0 license that can be found in the license/LICENSE.txt file.
*/
@file:Suppress("PackageDirectoryMismatch") // Old package for compatibility
package org.jetbrains.kotlin.gradle.plugin.mpp
import com.android.build.gradle.api.BaseVariant
import org.gradle.api.InvalidUserDataException
import org.gradle.api.NamedDomainObjectContainer
import org.gradle.api.Project
import org.gradle.api.attributes.Usage.JAVA_RUNTIME_JARS
import org.jetbrains.kotlin.gradle.plugin.*
import org.jetbrains.kotlin.gradle.utils.dashSeparatedName
import org.jetbrains.kotlin.gradle.utils.isGradleVersionAtLeast
import org.jetbrains.kotlin.gradle.utils.lowerCamelCaseName
open class KotlinAndroidTarget(
override val targetName: String,
project: Project
) : AbstractKotlinTarget(project) {
override var disambiguationClassifier: String? = null
internal set
override val platformType: KotlinPlatformType
get() = KotlinPlatformType.androidJvm
internal val compilationFactory = KotlinJvmAndroidCompilationFactory(project, this)
override val compilations: NamedDomainObjectContainer =
project.container(compilationFactory.itemClass, compilationFactory)
/** Names of the Android library variants that should be published from the target's project within the default publications which are
* set up if the `maven-publish` Gradle plugin is applied.
*
* Item examples:
* * 'release' (in case no product flavors were defined)
* * 'fooRelease' (for the release build type of a flavor 'foo')
* * 'fooBarRelease' (for the release build type multi-dimensional flavors 'foo' and 'bar').
*
* If set to null, which can also be done with [publishAllLibraryVariants],
* all library variants will be published, but not test or application variants. */
var publishLibraryVariants: List? = listOf()
// Workaround for Groovy GString items in a list:
set(value) { field = value?.map(Any::toString) }
/** Add Android library variant names to [publishLibraryVariants]. */
fun publishLibraryVariants(vararg names: String) {
publishLibraryVariants = publishLibraryVariants.orEmpty() + names
}
/** Set up all of the Android library variants to be published from this target's project within the default publications, which are
* set up if the `maven-publish` Gradle plugin is applied. This overrides the variants chosen with [publishLibraryVariants] */
fun publishAllLibraryVariants() {
publishLibraryVariants = null
}
/** If true, a publication will be created per merged product flavor, with the build types used as classifiers for the artifacts
* published within each publication. If set to false, each Android variant will have a separate publication. */
var publishLibraryVariantsGroupedByFlavor = false
private fun checkPublishLibraryVariantsExist() {
fun AbstractAndroidProjectHandler.getLibraryVariantNames() =
mutableSetOf().apply {
forEachVariant(project) {
if (getLibraryOutputTask(it) != null)
add(getVariantName(it))
}
}
val variantNames =
KotlinAndroidPlugin.androidTargetHandler(project.getKotlinPluginVersion()!!, this)
.getLibraryVariantNames()
val missingVariants =
publishLibraryVariants?.minus(variantNames).orEmpty()
if (missingVariants.isNotEmpty())
throw InvalidUserDataException(
"Kotlin target '$targetName' tried to set up publishing for Android build variants that are not library variants " +
"or do not exist:\n" + missingVariants.joinToString("\n") { "* $it" } +
"\nCheck the 'publishLibraryVariants' property, it should point to existing Android library variants. Publishing " +
"of application and test variants is not supported."
)
}
override val kotlinComponents by lazy {
checkPublishLibraryVariantsExist()
KotlinAndroidPlugin.androidTargetHandler(project.getKotlinPluginVersion()!!, this).doCreateComponents()
}
private fun AbstractAndroidProjectHandler.doCreateComponents(): Set {
val publishableVariants = mutableListOf()
.apply { forEachVariant(project) { add(it) } }
.toList() // Defensive copy against unlikely modification by the lambda that captures the list above in forEachVariant { }
.filter { getLibraryOutputTask(it) != null && publishLibraryVariants?.contains(getVariantName(it)) ?: true }
val publishableVariantGroups = publishableVariants.groupBy { variant ->
val flavorNames = getFlavorNames(variant)
if (publishLibraryVariantsGroupedByFlavor) {
// For each flavor, we group its variants (which differ only in the build type) in a single component in order to publish
// all of the build types of the flavor as a single module with the build type as the classifier of the artifacts
flavorNames
} else {
flavorNames + getBuildTypeName(variant)
}
}
return publishableVariantGroups.map { (flavorGroupNameParts, androidVariants) ->
val nestedVariants = androidVariants.mapTo(mutableSetOf()) { androidVariant ->
val androidVariantName = getVariantName(androidVariant)
val compilation = compilations.getByName(androidVariantName)
val flavorNames = getFlavorNames(androidVariant)
val buildTypeName = getBuildTypeName(androidVariant)
val artifactClassifier = buildTypeName.takeIf { it != "release" && publishLibraryVariantsGroupedByFlavor }
val usageContexts = createAndroidUsageContexts(androidVariant, compilation, artifactClassifier)
createKotlinVariant(
lowerCamelCaseName(compilation.target.name, *flavorGroupNameParts.toTypedArray()),
compilation,
usageContexts
).apply {
sourcesArtifacts = setOf(
sourcesJarArtifact(
compilation, compilation.disambiguateName(""),
dashSeparatedName(
compilation.target.name.toLowerCase(),
*flavorNames.map { it.toLowerCase() }.toTypedArray(),
buildTypeName.takeIf { it != "release" }?.toLowerCase()
),
classifierPrefix = artifactClassifier
)
)
if (!publishLibraryVariantsGroupedByFlavor) {
defaultArtifactIdSuffix =
dashSeparatedName(
(getFlavorNames(androidVariant) + getBuildTypeName(androidVariant).takeIf { it != "release" })
.map { it?.toLowerCase() }
).takeIf { it.isNotEmpty() }
}
}
}
if (publishLibraryVariantsGroupedByFlavor) {
JointAndroidKotlinTargetComponent(
this@KotlinAndroidTarget,
nestedVariants,
flavorGroupNameParts,
nestedVariants.flatMap { it.sourcesArtifacts }.toSet()
)
} else {
nestedVariants.single()
} as KotlinTargetComponent
}.toSet()
}
private fun AbstractAndroidProjectHandler.createAndroidUsageContexts(
variant: BaseVariant,
compilation: KotlinCompilation<*>,
artifactClassifier: String?
): Set {
val variantName = getVariantName(variant)
val outputTaskOrProvider = getLibraryOutputTask(variant) ?: return emptySet()
val artifact = run {
val archivesConfigurationName = lowerCamelCaseName(targetName, variantName, "archives")
project.configurations.maybeCreate(archivesConfigurationName).apply {
isCanBeConsumed = false
isCanBeResolved = false
}
project.artifacts.add(archivesConfigurationName, outputTaskOrProvider) { artifact ->
artifact.classifier = artifactClassifier
}
}
val apiElementsConfigurationName = lowerCamelCaseName(variantName, "apiElements")
val runtimeElementsConfigurationName = lowerCamelCaseName(variantName, "runtimeElements")
// Here, the Java Usage values are used intentionally as Gradle needs this for
// ordering of the usage contexts (prioritizing the dependencies) when merging them into the POM;
// These Java usages should not be replaced with the custom Kotlin usages.
return listOf(
apiElementsConfigurationName to javaApiUsageForMavenScoping(),
runtimeElementsConfigurationName to JAVA_RUNTIME_JARS
).mapTo(mutableSetOf()) { (dependencyConfigurationName, usageName) ->
DefaultKotlinUsageContext(
compilation,
project.usageByName(usageName),
dependencyConfigurationName,
overrideConfigurationArtifacts = setOf(artifact)
)
}
}
}
