package transformerBuilders; import org.jetbrains.dokka.CoreExtensions import org.jetbrains.dokka.pages.* import org.jetbrains.dokka.plugability.DokkaPlugin import org.jetbrains.dokka.base.testApi.testRunner.BaseAbstractTest import org.jetbrains.dokka.transformers.pages.PageTransformer import org.jetbrains.dokka.transformers.pages.pageMapper import org.jetbrains.dokka.transformers.pages.pageScanner import org.jetbrains.dokka.transformers.pages.pageStructureTransformer import org.junit.jupiter.api.Test import kotlin.test.assertEquals class PageTransformerBuilderTest : BaseAbstractTest() { class ProxyPlugin(transformer: PageTransformer) : DokkaPlugin() { val pageTransformer by extending { CoreExtensions.pageTransformer with transformer } } @Test fun scannerTest() { val configuration = dokkaConfiguration { sourceSets { sourceSet { sourceRoots = listOf("src/main/kotlin/transformerBuilder/Test.kt") } } } val list = mutableListOf() var orig: PageNode? = null testInline( """ |/src/main/kotlin/transformerBuilder/Test.kt |package transformerBuilder | |object Test { | fun test2(str: String): Unit {println(str)} |} """.trimMargin(), configuration, pluginOverrides = listOf(ProxyPlugin(pageScanner { list += name })) ) { pagesGenerationStage = { orig = it } pagesTransformationStage = { root -> list.assertCount(4, "Page list: ") orig?.let { root.assertTransform(it) } } } } @Test fun mapperTest() { val configuration = dokkaConfiguration { sourceSets { sourceSet { sourceRoots = listOf("src/main/kotlin/transformerBuilder/Test.kt") } } } var orig: PageNode? = null testInline( """ |/src/main/kotlin/transformerBuilder/Test.kt |package transformerBuilder | |object Test { | fun test2(str: String): Unit {println(str)} |} """.trimMargin(), configuration, pluginOverrides = listOf(ProxyPlugin(pageMapper { modified(name = name + "2") })) ) { pagesGenerationStage = { orig = it } pagesTransformationStage = { it.let { root -> root.name.assertEqual("root2", "Root name: ") orig?.let { root.assertTransform(it) { node -> node.modified(name = node.name + "2") } } } } } } @Test fun structureTransformerTest() { val configuration = dokkaConfiguration { sourceSets { sourceSet { sourceRoots = listOf("src/main/kotlin/transformerBuilder/Test.kt") } } } testInline( """ |/src/main/kotlin/transformerBuilder/Test.kt |package transformerBuilder | |object Test { | fun test2(str: String): Unit {println(str)} |} """.trimMargin(), configuration, pluginOverrides = listOf(ProxyPlugin(pageStructureTransformer { val ch = children.first() modified( children = listOf( ch, RendererSpecificResourcePage("test", emptyList(), RenderingStrategy.DoNothing) ) ) })) ) { pagesTransformationStage = { root -> root.children.assertCount(2, "Root children: ") root.children.first().name.assertEqual("transformerBuilder") root.children[1].name.assertEqual("test") } } } @Test fun `kotlin constructors tab should exist even though there is primary constructor only`() { val configuration = dokkaConfiguration { sourceSets { sourceSet { sourceRoots = listOf("src/") } } } testInline( """ |/src/main/kotlin/kotlinAsJavaPlugin/Test.kt |package kotlinAsJavaPlugin | |class Test(val xd: Int) """.trimMargin(), configuration ) { pagesGenerationStage = { root -> val content = root.children .flatMap { it.children() } .map { it.content }.single().children .filterIsInstance() .single { it.dci.kind == ContentKind.Main }.children val constructorTabsCount = content.filter { it is ContentHeader }.flatMap { it.children.filter { it is ContentText } }.count { (it as? ContentText)?.text == "Constructors" } assertEquals(1, constructorTabsCount) } } } private fun Collection.assertCount(n: Int, prefix: String = "") = assert(count() == n) { "${prefix}Expected $n, got ${count()}" } private fun T.assertEqual(expected: T, prefix: String = "") = assert(this == expected) { "${prefix}Expected $expected, got $this" } private fun PageNode.assertTransform(expected: PageNode, block: (PageNode) -> PageNode = { it }): Unit = this.let { it.name.assertEqual(block(expected).name) it.children.zip(expected.children).forEach { (g, e) -> g.name.assertEqual(block(e).name) g.assertTransform(e, block) } } }