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How to use Thread.shouldBeBlocked method of io.kotest.matchers.concurrent.threads class

Best Kotest code snippet using io.kotest.matchers.concurrent.threads.Thread.shouldBeBlocked

Thread.shouldBeBlocked

Using AI Code Generation

1val thread = Thread { Thread.sleep(1000) }2thread.start()3thread.shouldBeBlocked()4val thread = Thread { Thread.sleep(1000) }5thread.start()6thread.shouldBeBlocked()7val thread = Thread { Thread.sleep(1000) }8thread.start()9thread.shouldBeBlocked()10val thread = Thread { Thread.sleep(1000) }11thread.start()12thread.shouldBeBlocked()13val thread = Thread { Thread.sleep(1000) }14thread.start()15thread.shouldBeBlocked()16val thread = Thread { Thread.sleep(1000) }17thread.start()18thread.shouldBeBlocked()19val thread = Thread { Thread.sleep(1000) }20thread.start()21thread.shouldBeBlocked()22val thread = Thread { Thread.sleep(1000) }23thread.start()24thread.shouldBeBlocked()25val thread = Thread { Thread.sleep(1000) }26thread.start()27thread.shouldBeBlocked()28val thread = Thread { Thread.sleep(1000) }29thread.start()30thread.shouldBeBlocked()

Thread.shouldBeBlocked

Using AI Code Generation

1import io.kotest.matchers.concurrent.threads.shouldBeBlocked2fun testBlockingThread() {3val thread = thread {4Thread.sleep(2000)5}6thread.shouldBeBlocked()7}8import io.kotest.matchers.concurrent.threads.shouldBeBlocked9fun testBlockingThread() {10val thread = thread {11Thread.sleep(2000)12}13thread.shouldBeBlocked()14}15import io.kotest.matchers.concurrent.threads.shouldBeBlocked16fun testBlockingThread() {17val thread = thread {18Thread.sleep(2000)19}20thread.shouldBeBlocked()21}22import io.kotest.matchers.concurrent.threads.shouldBeBlocked23fun testBlockingThread() {24val thread = thread {25Thread.sleep(2000)26}27thread.shouldBeBlocked()28}29import io.kotest.matchers.concurrent.threads.shouldBeBlocked30fun testBlockingThread() {31val thread = thread {32Thread.sleep(2000)33}34thread.shouldBeBlocked()35}36import io.kotest.matchers.concurrent.threads.shouldBeBlocked37fun testBlockingThread() {38val thread = thread {39Thread.sleep(2000)40}41thread.shouldBeBlocked()42}43import io.kotest.matchers.concurrent.threads.shouldBeBlocked44fun testBlockingThread() {45val thread = thread {46Thread.sleep(2000)47}48thread.shouldBeBlocked()49}50import io.kotest.matchers.concurrent.threads.shouldBeBlocked51fun testBlockingThread() {52val thread = thread {53Thread.sleep(2000)54}55thread.shouldBeBlocked()56}57import io.kotest.matchers.concurrent.threads

Thread.shouldBeBlocked

Using AI Code Generation

1fun `test shouldBeBlocked method`() {2    val thread = Thread {3        Thread.sleep(1000)4    }5    thread.start()6    thread.shouldBeBlocked()7}8fun `test shouldBeBlocked method with message`() {9    val thread = Thread {10        Thread.sleep(1000)11    }12    thread.start()13    thread.shouldBeBlocked("Thread should be blocked")14}15fun `test shouldBeBlocked method with message and block`() {16    val thread = Thread {17        Thread.sleep(1000)18    }19    thread.start()20    thread.shouldBeBlocked("Thread should be blocked") {21    }22}23fun `test shouldBeBlocked method with block`() {24    val thread = Thread {25        Thread.sleep(1000)26    }27    thread.start()28    thread.shouldBeBlocked {29    }30}31fun `test shouldBeBlocked method with timeout`() {32    val thread = Thread {33        Thread.sleep(1000)34    }35    thread.start()36    thread.shouldBeBlocked(timeout = 2000)37}38fun `test shouldBeBlocked method with timeout and message`() {39    val thread = Thread {40        Thread.sleep(1000)41    }42    thread.start()43    thread.shouldBeBlocked(timeout = 2000, message = "Thread should be blocked")44}

Thread.shouldBeBlocked

Using AI Code Generation

1fun `should block thread`() {2    val thread = thread {3        Thread.sleep(1000)4    }5    thread.shouldBeBlocked()6}7fun `should not block thread`() {8    val thread = thread {9        Thread.sleep(1000)10    }11    thread.shouldNotBeBlocked()12}13fun `should block thread for at least`() {14    val thread = thread {15        Thread.sleep(1000)16    }17    thread.shouldBeBlockedForAtLeast(500.milliseconds)18}19fun `should block thread for at most`() {20    val thread = thread {21        Thread.sleep(1000)22    }23    thread.shouldBeBlockedForAtMost(2000.milliseconds)24}25fun `should block thread for between`() {26    val thread = thread {27        Thread.sleep(1000)28    }29    thread.shouldBeBlockedForBetween(500.milliseconds, 2000.milliseconds)30}31fun `should block thread for between`() {32    val thread = thread {33        Thread.sleep(1000)34    }35    thread.shouldBeBlockedForBetween(500.milliseconds, 2000.milliseconds)36}37fun `should block thread for at least`() {38    val thread = thread {

Thread.shouldBeBlocked

Using AI Code Generation

1class ThreadTest {  2fun `thread is blocked`() {  3val thread = thread {  4Thread.sleep(1000)  5}  6thread.shouldBeBlocked()  7}  8}9class ThreadTest {  10fun `thread is blocked`() {  11val thread = thread {  12Thread.sleep(1000)  13}  14thread.shouldBeBlocked()  15}  16}17class ThreadTest {  18fun `thread is blocked`() {  19val thread = thread {  20Thread.sleep(1000)  21}  22thread.shouldBeBlocked()  23}  24}25class ThreadTest {  26fun `thread is blocked`() {  27val thread = thread {  28Thread.sleep(1000)  29}  30thread.shouldBeBlocked()  31}  32}

Thread.shouldBeBlocked

Using AI Code Generation

1fun main() {2    val thread = thread {3        Thread.sleep(1000)4    }5    Thread.sleep(100)6    shouldBeBlocked(thread)7}8fun main() {9    val thread = thread {10        Thread.sleep(1000)11    }12    Thread.sleep(1000)13    shouldNotBeBlocked(thread)14}15fun main() {16    val thread = thread {17        Thread.sleep(1000)18    }19    Thread.sleep(100)20    shouldBeAlive(thread)21}22fun main() {23    val thread = thread {24        Thread.sleep(1000)25    }26    Thread.sleep(1000)27    shouldNotBeAlive(thread)28}29fun main() {30    val thread = thread {31        Thread.sleep(1000)32    }33    Thread.sleep(100)34    thread.interrupt()35    shouldBeInterrupted(thread)36}37fun main() {38    val thread = thread {39        Thread.sleep(1000)40    }41    Thread.sleep(100)42    shouldNotBeInterrupted(thread)43}44fun main() {45    val thread = thread {46        Thread.sleep(1000)47    }48    Thread.sleep(100)49    shouldBeDaemon(thread)50}

Thread.shouldBeBlocked

Using AI Code Generation

1import io.kotest.matchers.concurrent.threads.shouldBeBlocked2fun main() {3val thread = thread(start = true) {4shouldBeBlocked()5}6thread.join()7}

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