Best Mockito-kotlin code snippet using test.CoroutinesTest.nonsuspending
CoroutinesTest.kt
Source: CoroutinesTest.kt
...42 @Test43 fun stubbingNonSuspending() {44 /* Given */45 val m = mock<SomeInterface> {46 onBlocking { nonsuspending() } doReturn 4247 }48 /* When */49 val result = m.nonsuspending()50 /* Then */51 expect(result).toBe(42)52 }53 @Test54 fun stubbingNonSuspending_runBlocking() = runBlocking {55 /* Given */56 val m = mock<SomeInterface> {57 onBlocking { nonsuspending() } doReturn 4258 }59 /* When */60 val result = m.nonsuspending()61 /* Then */62 expect(result).toBe(42)63 }64 @Test65 fun delayingResult() {66 /* Given */67 val m = SomeClass()68 /* When */69 val result = runBlocking { m.delaying() }70 /* Then */71 expect(result).toBe(42)72 }73 @Test74 fun delayingResult_runBlocking() = runBlocking {75 /* Given */76 val m = SomeClass()77 /* When */78 val result = m.delaying()79 /* Then */80 expect(result).toBe(42)81 }82 @Test83 fun verifySuspendFunctionCalled() {84 /* Given */85 val m = mock<SomeInterface>()86 /* When */87 runBlocking { m.suspending() }88 /* Then */89 runBlocking { verify(m).suspending() }90 }91 @Test92 fun verifySuspendFunctionCalled_runBlocking() = runBlocking<Unit> {93 val m = mock<SomeInterface>()94 m.suspending()95 verify(m).suspending()96 }97 @Test98 fun verifySuspendFunctionCalled_verifyBlocking() {99 val m = mock<SomeInterface>()100 runBlocking { m.suspending() }101 verifyBlocking(m) { suspending() }102 }103 @Test104 fun verifyAtLeastOnceSuspendFunctionCalled_verifyBlocking() {105 val m = mock<SomeInterface>()106 runBlocking { m.suspending() }107 runBlocking { m.suspending() }108 verifyBlocking(m, atLeastOnce()) { suspending() }109 }110 @Test111 fun verifySuspendMethod() = runBlocking {112 val testSubject: SomeInterface = mock()113 testSubject.suspending()114 inOrder(testSubject) {115 verify(testSubject).suspending()116 }117 }118}119interface SomeInterface {120 suspend fun suspending(): Int121 fun nonsuspending(): Int122}123class SomeClass {124 suspend fun result(r: Int) = withContext(Dispatchers.Default) { r }125 suspend fun delaying() = withContext(Dispatchers.Default) {126 delay(100)127 42128 }129}...
nonsuspending
Using AI Code Generation
1fun testTimeout() = runBlocking {2 withTimeout(2000L) {3 repeat(1000) { i ->4 println("I'm sleeping $i ...")5 delay(500L)6 }7 }8}9fun testTimeout() = runBlocking {10 withTimeout(2000L) {11 repeat(1000) { i ->12 println("I'm sleeping $i ...")13 delay(500L)14 }15 }16}17fun testTimeout() = runBlocking {18 withTimeout(2000L) {19 repeat(1000) { i ->20 println("I'm sleeping $i ...")21 delay(500L)22 }23 }24}25suspend fun main() {26 val job = GlobalScope.launch {27 delay(1000L)28 println("World!")29 }30 println("Hello,")31 job.join()32}33suspend fun main() {34 val job = GlobalScope.launch {35 delay(1000L)36 println("World!")37 }38 println("Hello,")39 job.join()40}41suspend fun main() {42 val job = GlobalScope.launch {43 delay(1000L)44 println("World!")45 }46 println("Hello,")47 job.join()48}49suspend fun main() {50 val job = GlobalScope.launch {51 delay(1000L)52 println("World!")53 }54 println("Hello,")55 job.join()56}57suspend fun main() {58 val job = GlobalScope.launch {59 delay(1000L)60 println("World!")61 }62 println("Hello,")63 job.join()64}65suspend fun main() {66 val job = GlobalScope.launch {67 delay(1000L)68 println("World!")69 }70 println("Hello,")71 job.join()72}73suspend fun main() {74 val job = GlobalScope.launch {75 delay(1000L)76 println("World!")77 }78 println("Hello,")79 job.join()80}81suspend fun main() {82 val job = GlobalScope.launch {83 delay(1000L)84 println("World
nonsuspending
Using AI Code Generation
1fun testCoroutineScope() = runBlockingTest {2 val result = testCoroutineScope.async {3 delay(1000)4 }.await()5 assertEquals(1, result)6}
nonsuspending
Using AI Code Generation
1class MyTest {2 val instantTaskExecutorRule = InstantTaskExecutorRule()3 val coroutineTestRule = MainCoroutineRule()4 fun `test launch coroutines`() {5 runBlockingTest {6 val viewModel = MyViewModel()7 viewModel.testLaunch()8 assertThat(viewModel.text.value).isEqualTo("Hello World")9 }10 }11 fun `test async coroutines`() {12 runBlockingTest {13 val viewModel = MyViewModel()14 viewModel.testAsync()15 assertThat(viewModel.text.value).isEqualTo("Hello World")16 }17 }18 fun `test async coroutines with delay`() {19 runBlockingTest {20 val viewModel = MyViewModel()21 viewModel.testAsyncWithDelay()22 assertThat(viewModel.text.value).isEqualTo("Hello World")23 }24 }25 fun `test async coroutines with delay and advanceTimeBy`() {26 runBlockingTest {27 val viewModel = MyViewModel()28 viewModel.testAsyncWithDelay()29 coroutineTestRule.testDispatcher.advanceTimeBy(1000)30 assertThat(viewModel.text.value).isEqualTo("Hello World")31 }32 }33 fun `test async coroutines with delay and advanceTimeBy with delay`() {34 runBlockingTest {35 val viewModel = MyViewModel()36 viewModel.testAsyncWithDelay()37 delay(1000)38 coroutineTestRule.testDispatcher.advanceTimeBy(1000)39 assertThat(viewModel.text.value).isEqualTo("Hello World")
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