diff options
Diffstat (limited to 'plugins/base/src/main/kotlin/transformers/documentables/DefaultDocumentableMerger.kt')
| -rw-r--r-- | plugins/base/src/main/kotlin/transformers/documentables/DefaultDocumentableMerger.kt | 58 |
1 files changed, 34 insertions, 24 deletions
diff --git a/plugins/base/src/main/kotlin/transformers/documentables/DefaultDocumentableMerger.kt b/plugins/base/src/main/kotlin/transformers/documentables/DefaultDocumentableMerger.kt index d556c9cb..371ab12d 100644 --- a/plugins/base/src/main/kotlin/transformers/documentables/DefaultDocumentableMerger.kt +++ b/plugins/base/src/main/kotlin/transformers/documentables/DefaultDocumentableMerger.kt @@ -10,7 +10,7 @@ import org.jetbrains.dokka.transformers.documentation.DocumentableMerger import org.jetbrains.kotlin.utils.addToStdlib.firstNotNullResult import org.jetbrains.kotlin.utils.addToStdlib.safeAs -internal class DefaultDocumentableMerger(context: DokkaContext) : DocumentableMerger { +internal class DefaultDocumentableMerger(val context: DokkaContext) : DocumentableMerger { private val dependencyInfo = context.getDependencyInfo() @@ -79,33 +79,43 @@ internal class DefaultDocumentableMerger(context: DokkaContext) : DocumentableMe reducer: (T, T) -> T ): List<T> where T : Documentable, T : WithExpectActual { - fun analyzeExpectActual(sameDriElements: List<T>) = sameDriElements - .partition { it.expectPresentInSet != null } - .let { (expects, actuals) -> - expects.map { expect -> - listOf(expect) + actuals.filter { actual -> - dependencyInfo[actual.sourceSets.single()] - ?.contains(expect.expectPresentInSet!!) - ?: throw IllegalStateException("Cannot resolve expect/actual relation for ${actual.name}") - } - }.map { it.reduce(reducer) } - } - fun T.isExpectActual(): Boolean = this.safeAs<WithExtraProperties<T>>().let { it != null && it.extra[IsExpectActual] != null } - fun mergeClashingElements(elements: List<T>) = if(elements.size <= 1) elements else elements.map { - when(it) { - is DClass -> it.copy(name = "${it.name}(${it.sourceSets.single().analysisPlatform.key})") - is DObject -> it.copy(name = "${it.name}(${it.sourceSets.single().analysisPlatform.key})") - is DAnnotation -> it.copy(name = "${it.name}(${it.sourceSets.single().analysisPlatform.key})") - is DInterface -> it.copy(name = "${it.name}(${it.sourceSets.single().analysisPlatform.key})") - is DEnum -> it.copy(name = "${it.name}(${it.sourceSets.single().analysisPlatform.key})") - is DFunction -> it.copy(name = "${it.name}(${it.sourceSets.single().analysisPlatform.key})") - is DProperty -> it.copy(name = "${it.name}(${it.sourceSets.single().analysisPlatform.key})") - else -> elements + fun Set<DokkaConfiguration.DokkaSourceSet>.parentSourceSet(): String = singleOrNull { + it.dependentSourceSets.all { it !in this.map { it.sourceSetID } } + }?.displayName + ?: "unresolved".also { context.logger.error("Ill-defined dependency between sourceSets") } + + fun mergeClashingElements(elements: List<T>): List<T> = elements.groupBy { it.name }.values.flatMap { + if(it.size > 1) it.map { + when(it) { + is DClass -> it.copy(name = "${it.name}(${it.sourceSets.parentSourceSet()})") + is DObject -> it.copy(name = "${it.name}(${it.sourceSets.parentSourceSet()})") + is DAnnotation -> it.copy(name = "${it.name}(${it.sourceSets.parentSourceSet()})") + is DInterface -> it.copy(name = "${it.name}(${it.sourceSets.parentSourceSet()})") + is DEnum -> it.copy(name = "${it.name}(${it.sourceSets.parentSourceSet()})") + is DFunction -> it.copy(name = "${it.name}(${it.sourceSets.parentSourceSet()})") + is DProperty -> it.copy(name = "${it.name}(${it.sourceSets.parentSourceSet()})") + else -> it + } + } as List<T> else it + } + + fun analyzeExpectActual(sameDriElements: List<T>): List<T> { + val (expects, actuals) = sameDriElements.partition { it.expectPresentInSet != null } + val groupedByOwnExpect = expects.map { expect -> + listOf(expect) + actuals.filter { actual -> + dependencyInfo[actual.sourceSets.single()] + ?.contains(expect.expectPresentInSet!!) + ?: throw IllegalStateException("Cannot resolve expect/actual relation for ${actual.name}") + } } - } as List<T> + val reducedToOneDocumentable = groupedByOwnExpect.map { it.reduce(reducer) } + val uniqueNamedDocumentables = reducedToOneDocumentable.let(::mergeClashingElements) + return uniqueNamedDocumentables + } + return elements.partition { it.isExpectActual() |