Best Mockito-kotlin code snippet using test.CoroutinesTest.delayingResult_runBlocking
CoroutinesTest.kt
Source: CoroutinesTest.kt
...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 */...
delayingResult_runBlocking
Using AI Code Generation
1 fun testBlocking() {2 val result = test.delayingResult_runBlocking()3 assertEquals("Hello", result)4 }5 fun testNonBlocking() {6 runBlocking {7 val result = test.delayingResult()8 assertEquals("Hello", result)9 }10 }11}12fun testNonBlocking() {13 runBlocking {14 val result = test.delayingResult()15 assertEquals("Hello", result)16 }17}18fun testNonBlocking() {19 runBlocking {20 val result = test.delayingResult()21 assertEquals("Hello", result)22 }23}24fun testBlocking() {25 val result = test.delayingResult_runBlocking()26 assertEquals("Hello", result)27}28fun testNonBlocking() {29 runBlocking {30 val result = test.delayingResult()31 assertEquals("Hello", result)32 }33}34fun testBlocking() {35 val result = test.delayingResult_runBlocking()36 assertEquals("Hello", result)37}38fun testNonBlocking() {39 runBlocking {40 val result = test.delayingResult()41 assertEquals("Hello", result)42 }43}44fun testBlocking() {45 val result = test.delayingResult_runBlocking()46 assertEquals("Hello", result)47}48fun testNonBlocking() {49 runBlocking {50 val result = test.delayingResult()51 assertEquals("Hello", result)52 }53}54fun testBlocking() {55 val result = test.delayingResult_runBlocking()56 assertEquals("Hello", result)57}58fun testNonBlocking() {
delayingResult_runBlocking
Using AI Code Generation
1 testCoroutineRule.runBlockingTest {2 val result = delayingResult_runBlocking()3 assertEquals("Result", result)4 }5 testCoroutineRule.runBlockingTest {6 val result = delayingResult()7 assertEquals("Result", result)8 }9}10suspend fun delayingResult_runBlocking(): String {11 delay(1000)12}13suspend fun delayingResult(): String {14 return withContext(Dispatchers.Default) {15 delay(1000)16 }17}18class LiveDataTest {19 private val testCoroutineRule = TestCoroutineRule()20 val rule = InstantTaskExecutorRule()21 fun testLiveData() = testCoroutineRule.runBlockingTest {22 val liveData = MutableLiveData<String>()23 val observer = mock<Observer<String>>()24 liveData.observeForever(observer)25 verify(observer).onChanged("Test")26 }27}28class LiveDataTest {29 private val testCoroutineRule = TestCoroutineRule()30 val livedataTestRule = LiveDataTestRule()31 fun testLiveData() = testCoroutineRule.runBlockingTest {32 val liveData = MutableLiveData<String>()33 val observer = mock<Observer<String>>()34 liveData.observeForever(observer)35 verify(observer).onChanged("Test")36 }37}38class LiveDataTest {39 private val testCoroutineRule = TestCoroutineRule()40 val livedataTestRule = LiveDataTestRule()41 fun testLiveData() = testCoroutineRule.runBlockingTest {42 val liveData = MutableLiveData<String>()43 val observer = liveData.testObserver()44 observer.assertValue("Test")45 }46}47class LiveDataTest {48 private val testCoroutineRule = TestCoroutineRule()49 val livedataTestRule = LiveDataTestRule()50 fun testLiveData() = testCoroutineRule.runBlockingTest {
delayingResult_runBlocking
Using AI Code Generation
1 fun testDelayingResult() {2 runBlocking {3 val result = delayingResult_runBlocking()4 assertEquals("Hello", result)5 }6 }7}
delayingResult_runBlocking
Using AI Code Generation
1fun `when delay then result is returned`() {2delayingResult_runBlocking(100) {3assertEquals("result", it)4}5}6fun `when delay then result is returned`() {7delayingResult(100) {8assertEquals("result", it)9}10}11fun `when delay then result is returned`() {12delayingResult(100) {13assertEquals("result", it)14}15}16fun `when delay then result is returned`() {17delayingResult(100) {18assertEquals("result", it)19}20}21fun `when delay then result is returned`() {22delayingResult(100) {23assertEquals("result", it)24}25}26fun `when delay then result is returned`() {27delayingResult(100) {28assertEquals("result", it)29}30}31fun `when delay then result is returned`() {32delayingResult(100) {33assertEquals("result", it)34}35}36fun `when delay then result is returned`() {37delayingResult(100) {38assertEquals("result", it)39}40}41fun `when delay then result is returned`() {42delayingResult(100) {43assertEquals("result", it)44}45}46fun `when delay then result is returned`() {47delayingResult(100) {48assertEquals("result", it)49}50}51fun `when delay then result is returned`() {52delayingResult(100) {53assertEquals("result", it)54}55}56fun `when delay then result is returned`() {57delayingResult(100) {58assertEquals("result", it)59}60}
delayingResult_runBlocking
Using AI Code Generation
1 fun test() = runBlocking{2 val result = delayingResult_runBlocking()3 assertEquals("OK", result)4 }5}6import kotlinx.coroutines.*7import kotlinx.coroutines.test.*8import org.junit.*9import org.junit.Assert.*10import org.junit.runner.*11import org.junit.runners.*12@RunWith(JUnit4::class)13class TestCoroutinesTest {14 fun test() = runBlockingTest{15 val result = delayingResult_runBlockingTest()16 assertEquals("OK", result)17 }18}
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