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package org.jetbrains.dokka
import org.jetbrains.dokka.analysis.AnalysisEnvironment
import org.jetbrains.dokka.analysis.DokkaResolutionFacade
import org.jetbrains.dokka.model.DModule
import org.jetbrains.dokka.model.SourceSetCache
import org.jetbrains.dokka.model.SourceSetData
import org.jetbrains.dokka.model.sourceSet
import org.jetbrains.dokka.pages.RootPageNode
import org.jetbrains.dokka.plugability.DokkaContext
import org.jetbrains.dokka.plugability.DokkaPlugin
import org.jetbrains.dokka.utilities.DokkaLogger
import org.jetbrains.kotlin.cli.common.messages.CompilerMessageLocation
import org.jetbrains.kotlin.cli.common.messages.CompilerMessageSeverity
import org.jetbrains.kotlin.cli.common.messages.MessageCollector
import org.jetbrains.kotlin.cli.common.messages.MessageRenderer
import org.jetbrains.kotlin.cli.jvm.compiler.KotlinCoreEnvironment
import org.jetbrains.kotlin.utils.PathUtil
import java.io.File
/**
* DokkaGenerator is the main entry point for generating documentation
* [generate] method has been split into submethods for test reasons
*/
class DokkaGenerator(
private val configuration: DokkaConfiguration,
private val logger: DokkaLogger
) {
fun generate() = timed {
report("Setting up analysis environments")
val sourceSetsCache = SourceSetCache()
val sourceSets: Map<SourceSetData, EnvironmentAndFacade> = setUpAnalysis(configuration, sourceSetsCache)
report("Initializing plugins")
val context = initializePlugins(configuration, logger, sourceSets, sourceSetsCache)
report("Creating documentation models")
val modulesFromPlatforms = createDocumentationModels(sourceSets, context)
report("Transforming documentation model before merging")
val transformedDocumentationBeforeMerge = transformDocumentationModelBeforeMerge(modulesFromPlatforms, context)
report("Merging documentation models")
val documentationModel = mergeDocumentationModels(transformedDocumentationBeforeMerge, context)
report("Transforming documentation model after merging")
val transformedDocumentation = transformDocumentationModelAfterMerge(documentationModel, context)
report("Creating pages")
val pages = createPages(transformedDocumentation, context)
report("Transforming pages")
val transformedPages = transformPages(pages, context)
report("Rendering")
render(transformedPages, context)
context.unusedPoints.takeIf { it.isNotEmpty() }
?.also { logger.warn("Unused extension points found: ${it.joinToString(", ")}") }
logger.report()
}.dump("\n\n === TIME MEASUREMENT ===\n")
fun setUpAnalysis(
configuration: DokkaConfiguration,
sourceSetsCache: SourceSetCache
): Map<SourceSetData, EnvironmentAndFacade> =
configuration.passesConfigurations.map {
sourceSetsCache.getSourceSet(it) to createEnvironmentAndFacade(it)
}.toMap()
fun initializePlugins(
configuration: DokkaConfiguration,
logger: DokkaLogger,
sourceSets: Map<SourceSetData, EnvironmentAndFacade>,
sourceSetsCache: SourceSetCache,
pluginOverrides: List<DokkaPlugin> = emptyList()
) = DokkaContext.create(configuration, logger, sourceSets, sourceSetsCache, pluginOverrides)
fun createDocumentationModels(
platforms: Map<SourceSetData, EnvironmentAndFacade>,
context: DokkaContext
) = platforms.flatMap { (pdata, _) -> translateSources(pdata, context) }
fun transformDocumentationModelBeforeMerge(
modulesFromPlatforms: List<DModule>,
context: DokkaContext
) = context[CoreExtensions.preMergeDocumentableTransformer].fold(modulesFromPlatforms) { acc, t -> t(acc) }
fun mergeDocumentationModels(
modulesFromPlatforms: List<DModule>,
context: DokkaContext
) = context.single(CoreExtensions.documentableMerger).invoke(modulesFromPlatforms, context)
fun transformDocumentationModelAfterMerge(
documentationModel: DModule,
context: DokkaContext
) = context[CoreExtensions.documentableTransformer].fold(documentationModel) { acc, t -> t(acc, context) }
fun createPages(
transformedDocumentation: DModule,
context: DokkaContext
) = context.single(CoreExtensions.documentableToPageTranslator).invoke(transformedDocumentation)
fun transformPages(
pages: RootPageNode,
context: DokkaContext
) = context[CoreExtensions.pageTransformer].fold(pages) { acc, t -> t(acc) }
fun render(
transformedPages: RootPageNode,
context: DokkaContext
) {
val renderer = context.single(CoreExtensions.renderer)
renderer.render(transformedPages)
}
private fun createEnvironmentAndFacade(pass: DokkaConfiguration.PassConfiguration): EnvironmentAndFacade =
AnalysisEnvironment(DokkaMessageCollector(logger), pass.analysisPlatform).run {
if (analysisPlatform == Platform.jvm) {
addClasspath(PathUtil.getJdkClassesRootsFromCurrentJre())
}
pass.classpath.forEach { addClasspath(File(it)) }
addSources((pass.sourceRoots + pass.dependentSourceRoots).map { it.path })
loadLanguageVersionSettings(pass.languageVersion, pass.apiVersion)
val environment = createCoreEnvironment()
val (facade, _) = createResolutionFacade(environment)
EnvironmentAndFacade(environment, facade)
}
private fun translateSources(platformData: SourceSetData, context: DokkaContext) =
context[CoreExtensions.sourceToDocumentableTranslator].map {
it.invoke(platformData, context)
}
class DokkaMessageCollector(private val logger: DokkaLogger) : MessageCollector {
override fun clear() {
seenErrors = false
}
private var seenErrors = false
override fun report(severity: CompilerMessageSeverity, message: String, location: CompilerMessageLocation?) {
if (severity == CompilerMessageSeverity.ERROR) {
seenErrors = true
}
logger.info(MessageRenderer.PLAIN_FULL_PATHS.render(severity, message, location))
}
override fun hasErrors() = seenErrors
}
}
// It is not data class due to ill-defined equals
class EnvironmentAndFacade(val environment: KotlinCoreEnvironment, val facade: DokkaResolutionFacade) {
operator fun component1() = environment
operator fun component2() = facade
}
private class Timer(startTime: Long, private val logger: DokkaLogger?) {
private val steps = mutableListOf("" to startTime)
fun report(name: String) {
logger?.progress(name)
steps += (name to System.currentTimeMillis())
}
fun dump(prefix: String = "") {
println(prefix)
val namePad = steps.map { it.first.length }.max() ?: 0
val timePad = steps.windowed(2).map { (p1, p2) -> p2.second - p1.second }.max()?.toString()?.length ?: 0
steps.windowed(2).forEach { (p1, p2) ->
if (p1.first.isNotBlank()) {
println("${p1.first.padStart(namePad)}: ${(p2.second - p1.second).toString().padStart(timePad)}")
}
}
}
}
private fun timed(logger: DokkaLogger? = null, block: Timer.() -> Unit): Timer =
Timer(System.currentTimeMillis(), logger).apply(block).apply { report("") }
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