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package org.jetbrains.dokka.tests
import org.junit.Test
import kotlin.test.*
import org.jetbrains.dokka.*
public class FunctionTest {
Test fun function() {
verifyModel("test/data/functions/function.kt") { model ->
with(model.members.single().members.single()) {
assertEquals("fn", name)
assertEquals(DocumentationNode.Kind.Function, kind)
assertEquals("Function fn", content.summary.toTestString())
assertEquals("Unit", detail(DocumentationNode.Kind.Type).name)
assertTrue(members.none())
assertTrue(links.none())
}
}
}
Test fun functionWithReceiver() {
verifyModel("test/data/functions/functionWithReceiver.kt") { model ->
with(model.members.single().members.single()) {
assertEquals("String", name)
assertEquals(DocumentationNode.Kind.ExternalClass, kind)
assertEquals(2, members.count())
with(members[0]) {
assertEquals("fn", name)
assertEquals(DocumentationNode.Kind.Function, kind)
assertEquals("Function with receiver", content.summary.toTestString())
assertEquals(4, details.count())
assertEquals("internal", details.elementAt(0).name)
assertEquals("final", details.elementAt(1).name)
with(details.elementAt(2)) {
assertEquals("<this>", name)
assertEquals(DocumentationNode.Kind.Receiver, kind)
assertEquals(Content.Empty, content)
assertEquals("String", details.single().name)
assertTrue(members.none())
assertTrue(links.none())
}
assertEquals("Unit", details.elementAt(3).name)
assertTrue(members.none())
assertTrue(links.none())
}
with(members[1]) {
assertEquals("fn", name)
assertEquals(DocumentationNode.Kind.Function, kind)
}
}
}
}
Test fun genericFunction() {
verifyModel("test/data/functions/genericFunction.kt") { model ->
with(model.members.single().members.single()) {
assertEquals("generic", name)
assertEquals(DocumentationNode.Kind.Function, kind)
assertEquals("generic function", content.summary.toTestString())
assertEquals(4, details.count())
assertEquals("private", details.elementAt(0).name)
assertEquals("final", details.elementAt(1).name)
with(details.elementAt(2)) {
assertEquals("T", name)
assertEquals(DocumentationNode.Kind.TypeParameter, kind)
assertEquals(Content.Empty, content)
assertTrue(details.none())
assertTrue(members.none())
assertTrue(links.none())
}
assertEquals("Unit", details.elementAt(3).name)
assertTrue(members.none())
assertTrue(links.none())
}
}
}
Test fun genericFunctionWithConstraints() {
verifyModel("test/data/functions/genericFunctionWithConstraints.kt") { model ->
with(model.members.single().members.single()) {
assertEquals("generic", name)
assertEquals(DocumentationNode.Kind.Function, kind)
assertEquals("generic function", content.summary.toTestString())
assertEquals(5, details.count())
assertEquals("public", details.elementAt(0).name)
assertEquals("final", details.elementAt(1).name)
with(details.elementAt(2)) {
assertEquals("T", name)
assertEquals(DocumentationNode.Kind.TypeParameter, kind)
assertEquals(Content.Empty, content)
with(details.single()) {
assertEquals("R", name)
assertEquals(DocumentationNode.Kind.UpperBound, kind)
assertEquals(Content.Empty, content)
assertTrue(details.none())
assertTrue(members.none())
assertTrue(links.none())
}
assertTrue(members.none())
assertTrue(links.none())
}
with(details.elementAt(3)) {
assertEquals("R", name)
assertEquals(DocumentationNode.Kind.TypeParameter, kind)
assertEquals(Content.Empty, content)
assertTrue(members.none())
assertTrue(links.none())
}
assertEquals("Unit", details.elementAt(4).name)
assertTrue(members.none())
assertTrue(links.none())
}
}
}
Test fun functionWithParams() {
verifyModel("test/data/functions/functionWithParams.kt") { model ->
with(model.members.single().members.single()) {
assertEquals("function", name)
assertEquals(DocumentationNode.Kind.Function, kind)
assertEquals("Multiline", content.summary.toTestString())
assertEquals("""Function
Documentation""", content.description.toTestString())
assertEquals(4, details.count())
assertEquals("internal", details.elementAt(0).name)
assertEquals("final", details.elementAt(1).name)
with(details.elementAt(2)) {
assertEquals("x", name)
assertEquals(DocumentationNode.Kind.Parameter, kind)
assertEquals("parameter", content.summary.toTestString())
assertEquals("Int", details.single().name)
assertTrue(members.none())
assertTrue(links.none())
}
assertEquals("Unit", details.elementAt(3).name)
assertTrue(members.none())
assertTrue(links.none())
}
}
}
Test fun annotatedFunction() {
verifyModel("test/data/functions/annotatedFunction.kt") { model ->
with(model.members.single().members.single()) {
assertEquals(1, annotations.count())
with(annotations[0]) {
assertEquals("inline", name)
assertEquals(Content.Empty, content)
assertEquals(DocumentationNode.Kind.Annotation, kind)
}
}
}
}
Test fun functionWithAnnotatedParam() {
verifyModel("test/data/functions/functionWithAnnotatedParam.kt") { model ->
with(model.members.single().members.single()) {
with(details.elementAt(2)) {
assertEquals(1, annotations.count())
with(annotations[0]) {
assertEquals("noinline", name)
assertEquals(Content.Empty, content)
assertEquals(DocumentationNode.Kind.Annotation, kind)
}
}
}
}
}
Test fun annotatedFunctionWithAnnotationParameters() {
verifyModel("test/data/functions/annotatedFunctionWithAnnotationParameters.kt") { model ->
with(model.members.single().members.single()) {
assertEquals(1, annotations.count())
with(annotations[0]) {
assertEquals("inlineOptions", name)
assertEquals(Content.Empty, content)
assertEquals(DocumentationNode.Kind.Annotation, kind)
assertEquals(1, details.count())
with(details[0]) {
assertEquals(DocumentationNode.Kind.Parameter, kind)
assertEquals(1, details.count())
with(details[0]) {
assertEquals(DocumentationNode.Kind.Value, kind)
assertEquals("[InlineOption.LOCAL_CONTINUE_AND_BREAK]", name)
}
}
}
}
}
}
Test fun functionWithDefaultParameter() {
verifyModel("test/data/functions/functionWithDefaultParameter.kt") { model ->
with(model.members.single().members.single()) {
with(details.elementAt(2)) {
val value = details(DocumentationNode.Kind.Value)
assertEquals(1, value.count())
with(value[0]) {
assertEquals("\"\"", name)
}
}
}
}
}
}
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