Best Kotest code snippet using io.kotest.extensions.time.MutableClock.equals
MutableClock.kt
Source: MutableClock.kt
...11 override fun withZone(zone: ZoneId): Clock = apply { this.zone = zone }12 override fun getZone(): ZoneId = zone13 override fun instant(): Instant = instant14 override fun millis(): Long = instant.toEpochMilli()15 override fun equals(other: Any?): Boolean {16 if (other == null || other !is MutableClock) return false17 return instant == other.instant && zone == other.zone18 }19 override fun hashCode(): Int = instant.hashCode().xor(zone.hashCode())20 override fun toString(): String = "MutableClock[$instant,$zone]"21}...
equals
Using AI Code Generation
1import java.time.Clock2import java.time.Instant3import java.time.ZoneId4fun io.kotest.extensions.time.MutableClock.equals(other: Clock?): Boolean {5 if (this === other) return true6 if (other == null || javaClass != other.javaClass) return false7 if (instant != other.instant) return false8 if (zone != other.zone) return false9}
equals
Using AI Code Generation
1+ clock.equals(otherClock) shouldBe true2+ clock.hashCode() shouldBe 423+ clock.toString() shouldBe "MutableClock()"4+ }5+}6+class MyTestListener : TestListener {7+ override fun beforeTest(testCase: TestCase) {8+ println("Before test: ${testCase.displayName}")9+ }10+ override fun afterTest(testCase: TestCase, result: TestResult) {11+ println("After test: ${testCase.displayName} - ${result.status}")12+ }13+ override fun beforeSpec(spec: Spec) {14+ println("Before spec: ${spec::class.simpleName}")15+ }16+ override fun afterSpec(spec: Spec) {17+ println("After spec: ${spec::class.simpleName}")18+ }19+}20+class MyTestListenerTest : FunSpec({
equals
Using AI Code Generation
1+ val clock = MutableClock()2+ val time = clock.millis()3+ clock.millis(time)4+ clock.equals(clock)5+ val clock = MutableClock()6+ val time = clock.millis()7+ clock.millis(time)8+ clock.hashCode()9+ val clock = MutableClock()10+ val time = clock.millis()11+ clock.millis(time)12+ clock.toString()13+}14+val clock = StaticClock()15+val time = clock.millis()16+clock.millis(time)17+clock.equals(clock)18+val clock = StaticClock()19+val time = clock.millis()20+clock.millis(time)21+clock.hashCode()22+val clock = StaticClock()23+val time = clock.millis()24+clock.millis(time)25+clock.toString()26+val clock = SystemClock()27+val time = clock.millis()28+clock.millis(time)29+clock.equals(clock)30+val clock = SystemClock()31+val time = clock.millis()32+clock.millis(time)33+clock.hashCode()34+val clock = SystemClock()35+val time = clock.millis()36+clock.millis(time)37+clock.toString()38+val clock = TestClock()39+val time = clock.millis()40+clock.millis(time)41+clock.equals(clock)42+val clock = TestClock()43+val time = clock.millis()44+clock.millis(time)45+clock.hashCode()
equals
Using AI Code Generation
1 val clock = MutableClock()2 val time = clock.millis()3 clock.plus(5, ChronoUnit.SECONDS)4 clock.millis() shouldBe time + 5 * 10005 }6})
equals
Using AI Code Generation
1 val clock = MutableClock()2 val time = clock.instant()3 clock.add(10, ChronoUnit.SECONDS)4 time shouldBe clock.instant()5 }6 fun `should be able to use the MutableClock to test timeouts`() {7 val clock = MutableClock()8 val timeout = Timeout(100, ChronoUnit.MILLIS, clock)9 timeout.start()10 clock.add(50, ChronoUnit.MILLIS)11 timeout.hasNotTimedOut() shouldBe true12 clock.add(50, ChronoUnit.MILLIS)13 timeout.hasNotTimedOut() shouldBe false14 }15}
equals
Using AI Code Generation
1val clock = MutableClock()2clock.equals(clock) shouldBe true3test("some test") {4}5test("some test") {6}7test("some test") {8}9test("some test") {10}11test("some test") {12}
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