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package renderers.html
import org.jetbrains.dokka.Platform
import org.jetbrains.dokka.base.renderers.html.HtmlRenderer
import org.jetbrains.dokka.pages.TextStyle
import org.junit.jupiter.api.Test
import renderers.testPage
import testApi.testRunner.defaultSourceSet
import utils.Div
import utils.match
import java.io.File
class SourceSetDependentHintTest : HtmlRenderingOnlyTestBase() {
private val pl1 = defaultSourceSet.copy(
"pl1",
defaultSourceSet.sourceSetID.copy(sourceSetName = "pl1"),
analysisPlatform = Platform.js,
sourceRoots = setOf(File("pl1"))
)
private val pl2 = defaultSourceSet.copy(
"pl2",
defaultSourceSet.sourceSetID.copy(sourceSetName = "pl2"),
analysisPlatform = Platform.jvm,
sourceRoots = setOf(File("pl1"))
)
private val pl3 = defaultSourceSet.copy(
"pl3",
defaultSourceSet.sourceSetID.copy(sourceSetName = "pl3"),
analysisPlatform = Platform.native,
sourceRoots = setOf(File("pl1"))
)
@Test
fun platformIndependentCase() {
val page = testPage {
sourceSetDependentHint(sourceSets = setOf(pl1, pl2, pl3), styles = setOf(TextStyle.Block)) {
text("a")
text("b")
text("c")
}
}
HtmlRenderer(context).render(page)
renderedContent.match(Div(Div(Div("abc"))))
}
@Test
fun completelyDivergentCase() {
val page = testPage {
sourceSetDependentHint(sourceSets = setOf(pl1, pl2, pl3), styles = setOf(TextStyle.Block)) {
text("a", sourceSets = setOf(pl1))
text("b", sourceSets = setOf(pl2))
text("c", sourceSets = setOf(pl3))
}
}
HtmlRenderer(context).render(page)
renderedContent.match(Div(Div(Div("a")), Div(Div("b")), Div(Div("c"))))
}
@Test
fun overlappingCase() {
val page = testPage {
sourceSetDependentHint(sourceSets = setOf(pl1, pl2), styles = setOf(TextStyle.Block)) {
text("a", sourceSets = setOf(pl1))
text("b", sourceSets = setOf(pl1, pl2))
text("c", sourceSets = setOf(pl2))
}
}
HtmlRenderer(context).render(page)
renderedContent.match(Div(Div(Div("ab")), Div(Div("bc"))))
}
@Test
fun caseThatCanBeSimplified() {
val page = testPage {
sourceSetDependentHint(sourceSets = setOf(pl1, pl2), styles = setOf(TextStyle.Block)) {
text("a", sourceSets = setOf(pl1, pl2))
text("b", sourceSets = setOf(pl1))
text("b", sourceSets = setOf(pl2))
}
}
HtmlRenderer(context).render(page)
renderedContent.match(Div(Div(Div("ab"))))
}
@Test
fun caseWithGroupBreakingSimplification() {
val page = testPage {
sourceSetDependentHint(sourceSets = setOf(pl1, pl2), styles = setOf(TextStyle.Block)) {
group(styles = setOf(TextStyle.Block)) {
text("a", sourceSets = setOf(pl1, pl2))
text("b", sourceSets = setOf(pl1))
}
text("b", sourceSets = setOf(pl2))
}
}
HtmlRenderer(context).render(page)
renderedContent.match(Div(Div(Div(Div("ab"))), Div(Div(Div("a"), "b"))))
}
@Test
fun caseWithGroupNotBreakingSimplification() {
val page = testPage {
sourceSetDependentHint(sourceSets = setOf(pl1, pl2)) {
group {
text("a", sourceSets = setOf(pl1, pl2))
text("b", sourceSets = setOf(pl1))
}
text("b", sourceSets = setOf(pl2))
}
}
HtmlRenderer(context).render(page)
renderedContent.match(Div(Div("ab")))
}
@Test
fun partiallyUnifiedCase() {
val page = testPage {
sourceSetDependentHint(sourceSets = setOf(pl1, pl2, pl3), styles = setOf(TextStyle.Block)) {
text("a", sourceSets = setOf(pl1))
text("a", sourceSets = setOf(pl2))
text("b", sourceSets = setOf(pl3))
}
}
HtmlRenderer(context).render(page)
renderedContent.match(Div(Div(Div("a")), Div(Div("b"))))
}
}
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