Best Kotest code snippet using io.kotest.datatest.WithDataTestName.dataTestName
DatabaseConfigurationTest.kt
Source: DatabaseConfigurationTest.kt
...44 val postgresHost: String?,45 val postgresUser: String?,46 val postgresPassword: String?,47 ) : WithDataTestName {48 override fun dataTestName(): String = "(name, host, user, password)=($postgresName, $postgresHost, $postgresUser, $postgresPassword)"49 }50 private fun createApplicationConfig(path: String, parameter: DatabaseConfigurationParameter): ApplicationConfig {51 val keyValues = listOfNotNull(52 parameter.postgresName?.let { "name" to it },53 parameter.postgresHost?.let { "host" to it },54 parameter.postgresUser?.let { "user" to it },55 parameter.postgresPassword?.let { "password" to it },56 ).map { (k, v) ->57 "$path.$k" to v58 }59 return MapApplicationConfig(*(keyValues.toTypedArray()))60 }61}...
SimpleDataDrivenTest.kt
Source: SimpleDataDrivenTest.kt
...6fun isPythagTriple(a: Int, b: Int, c: Int): Boolean = a * a + b * b == c * c7data class PythagTriple(val a: Int, val b: Int, val c: Int)8data class PythagTripleWithTestName(val a: Int, val b: Int, val c: Int)9 : WithDataTestName {10 override fun dataTestName() = "wibble $a, $b, $c wobble"11}12class SimpleDataDrivenTest : FunSpec({13 context("Pythag triples tests: true") {14 // depends on kotest-framework-datatest15 withData(16 PythagTriple(3, 4, 5),17 PythagTriple(6, 8, 10),18 PythagTriple(8, 15, 17),19 PythagTriple(7, 24, 25)20 ) { (a, b, c) ->21 isPythagTriple(a, b, c) shouldBe true22 }23 }24 context("Pythag triples tests: false") {...
LunchPostClassifierTest.kt
Source: LunchPostClassifierTest.kt
...5import io.kotest.datatest.withData6import io.kotest.matchers.shouldBe7class LunchPostClassifierTest : FreeSpec({8 data class TestCase(val content: String, val classification: Classification) : WithDataTestName {9 override fun dataTestName() = "classifies '$content' as $classification"10 }11 suspend fun ContainerScope.verifyClassifications(postConfig: PostConfig, vararg testCases: TestCase) =12 withData(testCases.toList()) { (content, classification) ->13 // given14 val post = somePost(content = content)15 val classifier = LunchPostClassifier(postConfig)16 // when17 val result = classifier.classify(post)18 // then19 result shouldBe classification20 }21 "classifies post without lunch keyword as 'missing keywords'" - {22 verifyClassifications(23 somePostConfig(...
StringDistanceTest.kt
Source: StringDistanceTest.kt
...4import io.kotest.datatest.withData5import io.kotest.matchers.shouldBe6class StringDistanceTest : FreeSpec({7 data class TestCase(val a: String, val b: String, val distance: Int) : WithDataTestName {8 override fun dataTestName() = "distance between '$a' and '$b' is $distance"9 }10 "Levenshtein distance between two strings" - {11 withData(12 TestCase("", "", 0),13 TestCase("abc", "abc", 0),14 TestCase("abc", "ab", 1),15 TestCase("abc", "abd", 1),16 TestCase("bc", "abc", 1),17 TestCase("ac", "abc", 1),18 TestCase("abc", "b", 2),19 TestCase("abc", "d", 3),20 TestCase("abc", "cd", 3),21 TestCase("abc", "ad", 2),22 ) { (a, b, distance) ->...
WordExtractionTest.kt
Source: WordExtractionTest.kt
...7import java.util.*8import java.util.Locale.ENGLISH as EnglishLocale9class WordExtractionTest : FreeSpec({10 data class TestCase(val text: String, val words: List<String>) : WithDataTestName {11 override fun dataTestName() = "words extracted from '$text' are $words"12 }13 suspend fun ContainerScope.verifyExtractions(locale: Locale, vararg testCases: TestCase) =14 withData(testCases.toList()) { (text, words) ->15 // expect16 text.extractWords(locale) shouldBe words17 }18 "extracts words" - {19 verifyExtractions(20 EnglishLocale,21 TestCase("This is some text", listOf("This", "is", "some", "text")),22 TestCase(" ", emptyList()),23 TestCase("\n", emptyList()),24 TestCase(" Abc ", listOf("Abc")),25 )...
RepostTest.kt
Source: RepostTest.kt
...13 Repost.Pending.toString() shouldBe "Pending"14 }15 "repost has correct status" - {16 data class RepostStatusTestCase(val repost: Repost, val status: RepostStatus) : WithDataTestName {17 override fun dataTestName() = "${repost::class.simpleName} repost has $status status"18 }19 withData(20 RepostStatusTestCase(Repost.Skip, RepostStatus.SKIP),21 RepostStatusTestCase(Repost.Pending, RepostStatus.PENDING),22 RepostStatusTestCase(Repost.Failed(1, now()), RepostStatus.FAILED),23 RepostStatusTestCase(Repost.Success(now()), RepostStatus.SUCCESS),24 ) { (repost, status) ->25 // expect26 repost.status shouldBe status27 }28 }29})...
KeywordMatcherTest.kt
Source: KeywordMatcherTest.kt
...5import io.kotest.matchers.shouldBe6import java.util.*7class KeywordMatcherTest : FreeSpec({8 data class TestCase(val text: String, val keyword: Keyword, val match: Boolean) : WithDataTestName {9 override fun dataTestName() = "'$text' matches '${keyword.text}' with edit distance ${keyword.editDistance}: $match"10 }11 "text matches keyword" - {12 withData(13 TestCase("some text", Keyword("some", 0), true),14 TestCase("some text", Keyword("smoe", 1), true),15 TestCase("some text", Keyword("pxet", 2), true),16 TestCase("some text", Keyword("so", 2), true),17 TestCase("some text", Keyword("pxet", 1), false),18 TestCase("some text", Keyword("smoa", 1), false),19 ) { (text, keyword, match) ->20 // given21 val matcher = KeywordMatcher.onWordsOf(text, Locale.ENGLISH)22 // expect23 matcher.matches(keyword) shouldBe match...
VersionConverterTest.kt
Source: VersionConverterTest.kt
...5import io.kotest.datatest.withData6import io.kotest.matchers.shouldBe7class VersionConverterTest : FreeSpec({8 data class TestCase(val versionNumber: Int?, val version: Version?) : WithDataTestName {9 override fun dataTestName() = "converts $versionNumber to $version and back"10 }11 "converts version number to version and back" - {12 withData(13 TestCase(null, null),14 TestCase(1, Version(1)),15 TestCase(8, Version(8)),16 TestCase(0, Version(0)),17 TestCase(-27, Version(-27)),18 ) { (versionNumber, version) ->19 // given20 val converter = VersionConverter()21 // expect22 converter.from(versionNumber) shouldBe version23 // and...
dataTestName
Using AI Code Generation
1 fun `test with data test name`(name: String) {2 println("name: $name")3 }4 fun `test with data test name`(name: String, age: Int) {5 println("name: $name, age: $age")6 }7 fun `test with data test name`(name: String, age: Int, isMale: Boolean) {8 println("name: $name, age: $age, isMale: $isMale")9 }10 fun `test with data test name`(name: String, age: Int, isMale: Boolean, isMarried: Boolean) {11 println("name: $name, age: $age, isMale: $isMale, isMarried: $isMarried")12 }13 fun `test with data test name`(name: String, age: Int, isMale: Boolean, isMarried: Boolean, isEmployed: Boolean) {14 println("name: $name, age: $age, isMale: $isMale, isMarried: $isMarried, isEmployed: $isEmployed")15 }16 fun `test with data test name`(name: String, age: Int, isMale: Boolean, isMarried: Boolean, isEmployed: Boolean, isStudent: Boolean) {17 println("name: $name, age: $age, isMale: $isMale, isMarried: $isMarried, isEmployed: $isEmployed, isStudent: $isStudent")18 }
dataTestName
Using AI Code Generation
1dataTestName { name ->2println( "Test case name: $name" )3}4dataTestName { name ->5println( "Test case name: $name" )6}7dataTestName { name ->8println( "Test case name: $name" )9}10dataTestName { name ->11println( "Test case name: $name" )12}13dataTestName { name ->14println( "Test case name: $name" )15}16dataTestName { name ->17println( "Test case name: $name" )18}19dataTestName { name ->20println( "Test case name: $name" )21}22dataTestName { name ->23println( "Test case name: $name" )24}25dataTestName { name ->26println( "Test case name: $name" )27}28dataTestName { name ->29println( "Test case name: $name" )30}31dataTestName { name ->32println( "Test case name: $name" )33}34dataTestName { name ->35println( "Test case name: $name" )36}37dataTestName { name ->38println( "Test case name: $name" )
dataTestName
Using AI Code Generation
1 fun `dataTestName`(data: Data) {2 }3 fun `dataTestName`(data: Data, data2: Data2) {4 }5 fun `dataTestName`(data: Data, data2: Data2, data3: Data3) {6 }7 fun `dataTestName`(data: Data, data2: Data2, data3: Data3, data4: Data4) {8 }9 fun `dataTestName`(data: Data, data2: Data2, data3: Data3, data4: Data4, data5: Data5) {10 }11 fun `dataTestName`(data: Data, data2: Data2, data3: Data3, data4: Data4, data5: Data5, data6: Data6) {12 }13 fun `dataTestName`(data: Data, data2: Data2, data3: Data3, data4: Data4, data5: Data5, data6: Data6, data7: Data7) {14 }15 fun `dataTestName`(data: Data, data2: Data2, data3: Data3, data4: Data4, data5: Data5, data6: Data6, data7: Data7
dataTestName
Using AI Code Generation
1dataTestName { name ->2println("Running test $name")3}4}5}6}7dataTestName { name ->8println("Running test $name")9}10}11}12dataTestName { name ->13println("Running test $name")14}15}16}17dataTestName { name ->18println("Running test $name")19}20}21}22dataTestName { name ->23println("Running test $name")24}25}26}27dataTestName { name ->28println("Running test $name")29}30}31}32dataTestName { name ->33println("Running test $name")34}35}36}37dataTestName { name ->38println("Running test $name")39}40}41}42dataTestName { name ->43println("Running test $name")44}45}46}47dataTestName { name ->48println("Running test $name")49}50}51}52dataTestName { name ->53println("Running test $name")54}55}56}57dataTestName { name ->58println("Running test $name")59}60}61}62dataTestName { name ->63println("Running test $name")64}65}66}
dataTestName
Using AI Code Generation
1import io.kotest.datatest.withDataTestName2data class Person(val name: String, val age: Int)3class PersonTest {4fun `data test with data test name`() = withDataTestName { name: String, age: Int ->5Person(name, age)6}.data(7).test { person ->8println(person)9}10}11}
dataTestName
Using AI Code Generation
1@MethodSource("dataTestName")2fun `test name`(name: String) {3}4fun dataTestName(): List<String> {5 return listOf("test1", "test2", "test3")6}7@MethodSource("dataTestNameWithDelimiter")8fun `test name with delimiter`(name: String) {9}10fun dataTestNameWithDelimiter(): List<String> {11 return listOf("test1", "test2", "test3")12}.withDataTestName(delimiter = " | ")13@MethodSource("dataTestNameWithPrefixAndSuffix")14fun `test name with prefix and suffix`(name: String) {15}16fun dataTestNameWithPrefixAndSuffix(): List<String> {17 return listOf("test1", "test2", "test3")18}.withDataTestName(prefix = "test name is ", suffix = ".")19@MethodSource("dataTestNameWithPrefixSuffixAndDelimiter")20fun `test name with prefix, suffix and delimiter`(name: String) {21}22fun dataTestNameWithPrefixSuffixAndDelimiter(): List<String> {23 return listOf("test1", "test2", "test3")24}.withDataTestName(prefix = "test name is ", suffix = ".", delimiter = " | ")
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