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How to use stop method of test.MonitorThread class

Best Karate code snippet using test.MonitorThread.stop

Source:HandoffMonitorTest.java

...23        Set<Thread> executorThreads = new HashSet<>();24        executorThreads.add(thread);25        HandoffMonitor monitor = new HandoffMonitor(executorThreads);26        thread.startAgainstMonitor(monitor);27        monitor.stopAndWaitForShutdown();28        Assert.assertFalse(thread.isAlive());29    }30    @Test31    public void failEnqueueBeforeFutureGet() {32        // Startup.33        MonitorThread thread = new MonitorThread(null, 0);34        Set<Thread> executorThreads = new HashSet<>();35        executorThreads.add(thread);36        HandoffMonitor monitor = new HandoffMonitor(executorThreads);37        thread.startAgainstMonitor(monitor);38        39        // Enqueue transaction.40        monitor.sendTransactionsAsynchronously(wrapTransactionInTasks(new Transaction[] {newFakeTransaction()}));41        // Second enqueue should fail with RuntimeAssertionError.42        boolean didFail = false;43        try {44            monitor.sendTransactionsAsynchronously(wrapTransactionInTasks(new Transaction[] {newFakeTransaction()}));45        } catch (RuntimeAssertionError e) {46            didFail = true;47        }48        49        monitor.stopAndWaitForShutdown();50        Assert.assertFalse(thread.isAlive());51        Assert.assertTrue(didFail);52    }53    @Test54    public void commonCallSequence() {55        // Startup.56        MonitorThread thread = new MonitorThread(null, 0);57        Set<Thread> executorThreads = new HashSet<>();58        executorThreads.add(thread);59        HandoffMonitor monitor = new HandoffMonitor(executorThreads);60        thread.startAgainstMonitor(monitor);61        62        // Enqueue transaction and process result.63        FutureResult[] results = monitor.sendTransactionsAsynchronously(wrapTransactionInTasks(new Transaction[] {newFakeTransaction()}));64        Assert.assertEquals(1, results.length);65        results[0].getResult();66        67        // Enqueue and process again.68        results = monitor.sendTransactionsAsynchronously(wrapTransactionInTasks(new Transaction[] {newFakeTransaction()}));69        Assert.assertEquals(1, results.length);70        results[0].getResult();71        72        monitor.stopAndWaitForShutdown();73        Assert.assertFalse(thread.isAlive());74    }75    @Test76    public void batchingCallSequence() {77        // Startup.78        MonitorThread thread = new MonitorThread(null, 0);79        Set<Thread> executorThreads = new HashSet<>();80        executorThreads.add(thread);81        HandoffMonitor monitor = new HandoffMonitor(executorThreads);82        thread.startAgainstMonitor(monitor);83        84        // Enqueue 2 transactions and verify the result array length.85        FutureResult[] results = monitor.sendTransactionsAsynchronously(wrapTransactionInTasks(new Transaction[] {newFakeTransaction(), newFakeTransaction()}));86        Assert.assertEquals(2, results.length);87        results[0].getResult();88        results[1].getResult();89        90        // Enqueue another batch to make sure that we reset state correctly.91        results = monitor.sendTransactionsAsynchronously(wrapTransactionInTasks(new Transaction[] {newFakeTransaction(), newFakeTransaction(), newFakeTransaction()}));92        Assert.assertEquals(3, results.length);93        results[0].getResult();94        results[1].getResult();95        results[2].getResult();96        97        monitor.stopAndWaitForShutdown();98        Assert.assertFalse(thread.isAlive());99    }100    @Test101    public void batchingCallMultithreaded() {102        // Startup.103        CyclicBarrier firstTaskBarrier = new CyclicBarrier(4);104        MonitorThread t1 = new MonitorThread(firstTaskBarrier, 1);105        MonitorThread t2 = new MonitorThread(firstTaskBarrier, 2);106        MonitorThread t3 = new MonitorThread(firstTaskBarrier, 3);107        MonitorThread t4 = new MonitorThread(firstTaskBarrier, 4);108        Set<Thread> executorThreads = new HashSet<>();109        executorThreads.add(t1);110        executorThreads.add(t2);111        executorThreads.add(t3);112        executorThreads.add(t4);113        HandoffMonitor monitor = new HandoffMonitor(executorThreads);114        t1.startAgainstMonitor(monitor);115        t2.startAgainstMonitor(monitor);116        t3.startAgainstMonitor(monitor);117        t4.startAgainstMonitor(monitor);118        // Enqueue 2 transactions and verify the result array length.119        FutureResult[] results = monitor.sendTransactionsAsynchronously(wrapTransactionInTasks(new Transaction[] {newFakeTransaction(), newFakeTransaction(), newFakeTransaction(), newFakeTransaction(), newFakeTransaction(), newFakeTransaction(), newFakeTransaction(), newFakeTransaction()}));120        Assert.assertEquals(8, results.length);121        for (int i = 0; i < 8; i++){122            results[i].getResult();123        }124        // Enqueue another batch to make sure that we reset state correctly.125        results = monitor.sendTransactionsAsynchronously(wrapTransactionInTasks(new Transaction[] {newFakeTransaction(), newFakeTransaction(), newFakeTransaction(), newFakeTransaction(), newFakeTransaction(), newFakeTransaction(), newFakeTransaction(), newFakeTransaction(), newFakeTransaction(), newFakeTransaction()}));126        Assert.assertEquals(10, results.length);127        for (int i = 0; i < 10; i++){128            results[i].getResult();129        }130        monitor.stopAndWaitForShutdown();131        Assert.assertFalse(t1.isAlive());132        Assert.assertFalse(t2.isAlive());133        Assert.assertFalse(t3.isAlive());134        Assert.assertFalse(t4.isAlive());135    }136    @Test137    public void verifyCallMultithreaded() {138        final int threadCount = 16;139        // Note that want to force the tasks to spread across the threads so we will give them a barrier to synchronize after their first tasks.140        CyclicBarrier firstTaskBarrier = new CyclicBarrier(threadCount);141        142        // Startup.143        Set<Thread> executorThreads = new HashSet<>();144        for (int i = 0; i < threadCount; i++){145            // Each thread receives a unique int ID.146            executorThreads.add(new MonitorThread(firstTaskBarrier, i));147        }148        HandoffMonitor monitor = new HandoffMonitor(executorThreads);149        for (Thread t: executorThreads){150            ((MonitorThread) t).startAgainstMonitor(monitor);151        }152        Transaction[] transactions = new Transaction[128];153        for (int i = 0; i < transactions.length; i++){154            transactions[i] = newFakeTransaction();155        }156        FutureResult[] results = monitor.sendTransactionsAsynchronously(wrapTransactionInTasks(transactions));157        Assert.assertEquals(128, results.length);158        Set<Integer> verifySet = new HashSet<>();159        for (int i = 0; i < 128; i++){160            // Each thread converts its unique ID to a byte array stored in the result data, we grab that.161            TransactionResult transactionResult = results[i].getResult();162            verifySet.add(bytesToThreadID(transactionResult.copyOfTransactionOutput().orElseThrow()));163        }164        Assert.assertEquals(threadCount, verifySet.size());165        monitor.stopAndWaitForShutdown();166        for (Thread t: executorThreads){167            Assert.assertFalse(t.isAlive());168        }169    }170    private class MonitorThread extends Thread {171        private final CyclicBarrier firstTaskBarrier;172        private final int threadID;173        private HandoffMonitor monitor;174        public MonitorThread(CyclicBarrier firstTaskBarrier, int threadID){175            this.firstTaskBarrier = firstTaskBarrier;176            this.threadID = threadID;177        }178        public void startAgainstMonitor(HandoffMonitor monitor) {179            this.monitor = monitor;...

Source:Interrupt.java

...41        TwoPhaseTermination twoPhaseTermination = new TwoPhaseTermination();42        twoPhaseTermination.start();43        Sleeper.sleep(3.5);44        log.info("end monitoring");45        twoPhaseTermination.stop();46    }47    class TwoPhaseTermination {48        private Thread monitorThread;49        public void start() {50            monitorThread = new Thread(() -> {51                while (true) {52                    Thread currentThread = Thread.currentThread();53                    if (currentThread.isInterrupted()) {54                        log.info("monitor thread is interrupted, do something to end");55                        break;56                    }57                    try {58                        Thread.sleep(1000);59                        log.info("nothing, just save result");60                    } catch (InterruptedException e) { // current thread is interrupted while sleeping61                        // å¨ç¡ç æ¶åºç°å¼å¸¸åï¼ä¼æ¸æ¥æææ è®°ï¼éè¦éç½®æææ è®°62                        log.info("{}", e);63                        currentThread.interrupt();64                    }65                }66            }, "MonitorThread");67            monitorThread.start();68        }69        public void stop() {70            monitorThread.interrupt();71        }72    }73    class TwoPhaseTermination2 {74        // çæ§çº¿ç¨75        private Thread monitorThread;76        // åæ¢æ è®°, åæ¢æ è®°ç¨ volatile æ¯ä¸ºäºä¿è¯è¯¥åéå¨å¤ä¸ªçº¿ç¨ä¹é´çå¯è§æ§77        private volatile boolean stop = false;78        // å¤ææ¯å¦æ§è¡è¿startæ¹æ³79        private volatile boolean starting = false;80        public void start() {81            System.out.println();82            synchronized (this) { // é²æ¢å¤ä¸ªçº¿ç¨åæ¶è¯»å°start = falseï¼è¿æ¯ä¼éå¤åå»ºmonitorçº¿ç¨ï¼å éè¿è¡ä¿æ¤83                if (this.starting) { // balking æ¨¡å¼ï¼é²æ¢å¤æ¬¡è°ç¨startæ¹æ³å¤æ¬¡åå»ºmonitorçº¿ç¨84                    return;85                }86                starting = true;87            }88            this.monitorThread = new Thread(() -> {89                while(true) {90                    if (this.stop) {91                        log.info("end:do somethings");92                        break;93                    }94                    try {95                        Thread.sleep(1000);96                        log.info("monitor...");97                    } catch (InterruptedException e) {98                        log.info("---interrupt while sleeping---");99                        // e.printStackTrace();100                    }101                }102            }, "monitorThread");103            this.monitorThread.start();104        }105        public void stop() {106            log.info("stop two phase termination");107            this.stop = true;108            this.monitorThread.interrupt();109        }110    }111}...

Source:Test13.java

...6        TwoPhaseTermination tpt = new TwoPhaseTermination();7        tpt.start();8        Thread.sleep(3500);9        log.debug("åæ¢çæ§");10        tpt.stop();11    }12}13@Slf4j(topic = "c.TwoPhaseTermination")14class TwoPhaseTermination {15    // çæ§çº¿ç¨16    private Thread monitorThread;17    // å¯å¨çæ§çº¿ç¨18    public void start() {19        monitorThread = new Thread(() -> {20            while (true) {21                Thread current = Thread.currentThread();22                // æ¯å¦è¢«ææ23                if (current.isInterrupted()) {24                    log.debug("æçåäº");25                    break;26                }27                try {28                    Thread.sleep(1000);29                    log.debug("æ§è¡çæ§è®°å½");30                } catch (InterruptedException e) {31                    // å ä¸º sleep åºç°å¼å¸¸åï¼ä¼æ¸é¤æææ è®°32                    // éè¦éç½®æææ è®°33                    current.interrupt();34                }35            }36        }, "monitor");37        monitorThread.start();38    }39    // åæ¢çæ§çº¿ç¨40    public void stop() {41        monitorThread.interrupt();42    }43}44@Slf4j(topic = "c.TwoPhaseTermination")45class TwoPhaseTermination2 {46    // çæ§çº¿ç¨47    private Thread monitorThread;48    // åæ¢æ è®°49    private volatile boolean stop = false;50    // å¤ææ¯å¦æ§è¡è¿ start æ¹æ³51    private boolean starting = false;52    // å¯å¨çæ§çº¿ç¨53    public void start() {54        synchronized (this) {55            if (starting) { // false56                return;57            }58            starting = true;59        }60        monitorThread = new Thread(() -> {61            while (true) {62                Thread current = Thread.currentThread();63                // æ¯å¦è¢«ææ64                if (stop) {65                    log.debug("æçåäº");66                    break;67                }68                try {69                    Thread.sleep(1000);70                    log.debug("æ§è¡çæ§è®°å½");71                } catch (InterruptedException e) {72                }73            }74        }, "monitor");75        monitorThread.start();76    }77    // åæ¢çæ§çº¿ç¨78    public void stop() {79        stop = true;80        monitorThread.interrupt();81    }82}...

stop

Using AI Code Generation

1package test;2{3	public void run()4	{5		for(int i=0;i<10;i++)6		{7			System.out.println(i);8			{9				Thread.sleep(1000);10			}11			catch(InterruptedException e)12			{13				System.out.println("Thread is interrupted when it is sleeping");14			}15		}16	}17}18{19	public static void main(String[] args)20	{21		MonitorThread t1=new MonitorThread();22		t1.start();23		{24			Thread.sleep(10000);25		}26		catch(InterruptedException e)27		{28			System.out.println("Main thread interrupted");29		}30		t1.stop();31	}32}33package test;34{35	public void run()36	{37		for(int i=0;i<10;i++)38		{39			System.out.println(i);40			{41				Thread.sleep(1000);42			}43			catch(InterruptedException e)44			{45				System.out.println("Thread is interrupted when it is sleeping");46			}47		}48	}49}50{51	public static void main(String[] args)52	{53		MonitorThread t1=new MonitorThread();54		t1.start();55		{56			Thread.sleep(10000);57		}58		catch(InterruptedException e)59		{60			System.out.println("Main thread interrupted");61		}62		t1.suspend();63		System.out.println("Thread is suspended");64		{65			Thread.sleep(10000);66		}67		catch(InterruptedException e)68		{69			System.out.println("Main thread interrupted");70		}71		t1.resume();72		System.out.println("Thread is resumed");73	}74}75package test;76{77	public void run()78	{79		for(int i=0;i<10;i++)80		{81			System.out.println(i);82			{83				Thread.sleep(1000);84			}85			catch(InterruptedException e)86			{87				System.out.println("Thread is interrupted when it is sleeping");88			}89		}

stop

Using AI Code Generation

1import test.*;2public class 4 {3    public static void main(String args[]) {4        MonitorThread t = new MonitorThread();5        t.start();6        try {7            Thread.sleep(5000);8        } catch (InterruptedException e) {9            System.out.println("Main thread Interrupted");10        }11        t.stop();12    }13}14package test;15public class MonitorThread extends Thread {16    public void run() {17        while (true) {18            try {19                Thread.sleep(1000);20            } catch (InterruptedException e) {21                System.out.println("MonitorThread interrupted");22            }23            System.out.println("MonitorThread running");24        }25    }26}

stop

Using AI Code Generation

1import test.MonitorThread;2{3  public static void main(String args[])4  {5    MonitorThread mt = new MonitorThread();6    mt.start();7    {8      Thread.sleep(10000);9    }10    catch(Exception e)11    {12      e.printStackTrace();13    }14    mt.stop();15    System.out.println("Main thread is exiting");16  }17}

stop

Using AI Code Generation

1import test.MonitorThread;2{3public static void main(String args[])4{5MonitorThread mt = new MonitorThread();6mt.start();7{8Thread.sleep(5000);9}10catch(Exception e)11{12}13mt.stop();14}15}

stop

Using AI Code Generation

1import test.MonitorThread;2{3public static void main(String args[])4{5MonitorThread t1 = new MonitorThread();6t1.start();7{8Thread.sleep(10000);9}10catch(InterruptedException e)11{12System.out.println("Main thread interrupted");13}14t1.stop();15}16}

stop

Using AI Code Generation

1package test;2{3public static void main(String[] args)4{5MonitorThread t1 = new MonitorThread();6t1.start();7{8Thread.sleep(2000);9}10catch(Exception e)11{12System.out.println(e);13}14t1.stop();15}16}17package test;18{19public static void main(String[] args)20{21MonitorThread t1 = new MonitorThread();22t1.start();23{24Thread.sleep(2000);25}26catch(Exception e)27{28System.out.println(e);29}30t1.suspend();31}32}33package test;34{35public static void main(String[] args)36{37MonitorThread t1 = new MonitorThread();38t1.start();39{40Thread.sleep(2000);41}42catch(Exception e)43{44System.out.println(e);45}46t1.suspend();47{48Thread.sleep(2000);49}50catch(Exception e)51{52System.out.println(e);53}54t1.resume();55}56}57package test;58{59public static void main(String[] args)60{61MonitorThread t1 = new MonitorThread();62t1.start();63{64Thread.sleep(2000);65}66catch(Exception e)67{68System.out.println(e);69}70t1.interrupt();71}72}73package test;74{75public static void main(String[] args)76{77MonitorThread t1 = new MonitorThread();78t1.start();79{80Thread.sleep(2000);81}82catch(Exception e)83{84System.out.println(e);85}86t1.yield();87}88}89package test;90{91public static void main(String[] args)92{93MonitorThread t1 = new MonitorThread();94t1.start();95{96Thread.sleep(2000);97}98catch(Exception e)99{100System.out.println(e);101}102{103t1.join();104}105catch(Exception e)106{107System.out.println(e);108}109}110}

stop

Using AI Code Generation

1import test.MonitorThread;2class MonitorThreadDemo{3public static void main(String args[]){4MonitorThread mt = new MonitorThread();5Thread t = new Thread(mt);6t.start();7try{8Thread.sleep(1000);9}catch(InterruptedException ie){}10t.stop();11}12}13import test.MonitorThread;14class MonitorThreadDemo{15public static void main(String args[]){16MonitorThread mt = new MonitorThread();17Thread t = new Thread(mt);18t.start();19try{20Thread.sleep(1000);21}catch(InterruptedException ie){}22t.stop();23}24}25package test;26public class MonitorThread implements Runnable{27public void run(){28try{29while(true){30System.out.println("Thread is running");31Thread.sleep(1000);32}33}catch(InterruptedException ie){}34}35}36package test;37public class MonitorThread implements Runnable{38public void run(){39try{40while(true){41System.out.println("Thread is running");42Thread.sleep(1000);43}44}catch(InterruptedException ie){}45}46}47import test.MonitorThread;48class MonitorThreadDemo{49public static void main(String args[]){50MonitorThread mt = new MonitorThread();51Thread t = new Thread(mt);52t.start();53try{54Thread.sleep(1000);55}catch(InterruptedException ie){}56t.suspend();57try{58Thread.sleep(1000);59}catch(InterruptedException ie){}60t.resume();61}62}63import test.MonitorThread;64class MonitorThreadDemo{65public static void main(String args[]){66MonitorThread mt = new MonitorThread();67Thread t = new Thread(mt);68t.start();69try{70Thread.sleep(1000);71}catch(InterruptedException ie){}72t.suspend();73try{74Thread.sleep(1000);75}catch(InterruptedException ie){}76t.resume();77}78}79package test;80public class MonitorThread implements Runnable{81public void run(){82try{83while(true){84System.out.println("Thread is running");85Thread.sleep(1000);86}87}catch(InterruptedException ie){}88}89}90package test;91public class MonitorThread implements Runnable{92public void run(){93try{94while(true){95System.out.println("Thread is running");96Thread.sleep(1000);97}98}catch(InterruptedException ie){}99}100}

stop

Using AI Code Generation

1import test.MonitorThread;2public class 4 {3public static void main(String args[]) {4MonitorThread t = new MonitorThread();5t.start();6try {7Thread.sleep(1000);8} catch (InterruptedException e) {9System.out.println("Main thread interrupted.");10}11t.stop();12System.out.println("Main thread exiting.");13}14}

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