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How to use testCanScheduleCallableAndReturnFuture method of org.jmock.test.unit.lib.concurrent.DeterministicSchedulerTests class

Best Jmock-library code snippet using org.jmock.test.unit.lib.concurrent.DeterministicSchedulerTests.testCanScheduleCallableAndReturnFuture

Source:DeterministicSchedulerTests.java

...83        scheduler.runUntilIdle();84        85        assertThat(future.get(), equalTo("result1"));86    }87    public void testCanScheduleCallableAndReturnFuture() throws Exception {88        Future<String> future = scheduler.submit(callableA);89        90        checking(new Expectations() {{91            oneOf (callableA).call(); will(returnValue("result2"));92        }});93        94        scheduler.runUntilIdle();95        96        assertThat(future.get(), equalTo("result2"));97    }98    public void testScheduledCallablesCanReturnNull() throws Exception {99        checking(new Expectations() {{100            oneOf (callableA).call(); will(returnValue(null));101        }});...

testCanScheduleCallableAndReturnFuture

Using AI Code Generation

1package org.jmock.test.unit.lib.concurrent;2import org.jmock.Expectations;3import org.jmock.Mockery;4import org.jmock.lib.concurrent.DeterministicScheduler;5import org.junit.Test;6import org.junit.runner.RunWith;7import org.junit.runners.Parameterized;8import org.junit.runners.Parameterized.Parameters;9import java.util.Arrays;10import java.util.Collection;11import static org.hamcrest.Matchers.is;12import static org.hamcrest.Matchers.notNullValue;13import static org.junit.Assert.assertThat;14import static org.junit.Assert.fail;15@RunWith(Parameterized.class)16public class DeterministicSchedulerTests {17    private final Mockery context = new Mockery();18    private final DeterministicScheduler scheduler = new DeterministicScheduler();19    private final DeterministicSchedulerTestsHelper helper = new DeterministicSchedulerTestsHelper();20    public static Collection<Object[]> data() {21        return Arrays.asList(new Object[][] { { 0L }, { 1L }, { 2L }, { 3L }, { 4L } });22    }23    private final long timeout;24    public DeterministicSchedulerTests(long timeout) {25        this.timeout = timeout;26    }27    public void testCanScheduleRunnableAndReturnFuture() {28        final Runnable runnable = context.mock(Runnable.class);29        context.checking(new Expectations() {{30            oneOf (runnable).run();31        }});32        scheduler.schedule(runnable, 0L);33        scheduler.tick(timeout);34        context.assertIsSatisfied();35    }36    public void testCanScheduleCallableAndReturnFuture() {37        final Runnable runnable = context.mock(Runnable.class);38        context.checking(new Expectations() {{39            oneOf (runnable).run();40        }});41        scheduler.schedule(runnable, 0L);42        scheduler.tick(timeout);43        context.assertIsSatisfied();44    }45    public void testCanScheduleRunnableAndReturnFutureWithDelay() {46        final Runnable runnable = context.mock(Runnable.class);47        context.checking(new Expectations() {{48            oneOf (runnable).run();49        }});50        scheduler.schedule(runnable, 1L);51        scheduler.tick(0L);52        context.assertIsSatisfied();53    }54    public void testCanScheduleCallableAndReturnFutureWithDelay() {55        final Runnable runnable = context.mock(Runnable.class);56        context.checking(new Expectations() {{57            oneOf (runnable).run();58        }});59        scheduler.schedule(runnable,

testCanScheduleCallableAndReturnFuture

Using AI Code Generation

1package org.jmock.test.unit.lib.concurrent;2import org.jmock.test.unit.lib.concurrent.DeterministicSchedulerTests;3import org.jmock.test.unit.lib.concurrent.DeterministicSchedulerTests.testCanScheduleCallableAndReturnFuture;4import org.junit.Test;5public class testCanScheduleCallableAndReturnFutureTest {6    public void testCanScheduleCallableAndReturnFuture() {7        testCanScheduleCallableAndReturnFuture test = new testCanScheduleCallableAndReturnFuture();8        test.testCanScheduleCallableAndReturnFuture();9    }10}11package org.jmock.test.unit.lib.concurrent;12import org.jmock.test.unit.lib.concurrent.DeterministicSchedulerTests;13import org.jmock.test.unit.lib.concurrent.DeterministicSchedulerTests.testCanScheduleRunnable;14import org.junit.Test;15public class testCanScheduleRunnableTest {16    public void testCanScheduleRunnable() {17        testCanScheduleRunnable test = new testCanScheduleRunnable();18        test.testCanScheduleRunnable();19    }20}21package org.jmock.test.unit.lib.concurrent;22import org.jmock.test.unit.lib.concurrent.DeterministicSchedulerTests;23import org.jmock.test.unit.lib.concurrent.DeterministicSchedulerTests.testCanScheduleRunnableWithDelay;24import org.junit.Test;25public class testCanScheduleRunnableWithDelayTest {26    public void testCanScheduleRunnableWithDelay() {27        testCanScheduleRunnableWithDelay test = new testCanScheduleRunnableWithDelay();28        test.testCanScheduleRunnableWithDelay();29    }30}31package org.jmock.test.unit.lib.concurrent;32import org.jmock.test.unit.lib.concurrent.DeterministicSchedulerTests;33import org.jmock.test.unit.lib.concurrent.DeterministicSchedulerTests.testCanScheduleRunnableWithDelayAndPeriod;34import org.junit.Test;35public class testCanScheduleRunnableWithDelayAndPeriodTest {36    public void testCanScheduleRunnableWithDelayAndPeriod() {37        testCanScheduleRunnableWithDelayAndPeriod test = new testCanScheduleRunnableWithDelayAndPeriod();38        test.testCanScheduleRunnableWithDelayAndPeriod();39    }40}

testCanScheduleCallableAndReturnFuture

Using AI Code Generation

1public void testCanScheduleCallableAndReturnFuture() {2    DeterministicSchedulerTests test = new DeterministicSchedulerTests();3    test.testCanScheduleCallableAndReturnFuture();4}5public void testCanScheduleCallableAndReturnFuture() {6    final String expected = "expected";7    final Callable<String> callable = new Callable<String>() {8        public String call() throws Exception {9            return expected;10        }11    };12    Future<String> future = scheduler.schedule(callable, 0, TimeUnit.MILLISECONDS);13    assertEquals("should not be done", false, future.isDone());14    assertEquals("should not be cancelled", false, future.isCancelled());15    scheduler.nextTask();16    assertEquals("should be done", true, future.isDone());17    assertEquals("should not be cancelled", false, future.isCancelled());18    assertEquals("should be equal", expected, future.get());19}20public Future<String> schedule(Callable<String> callable, long delay, TimeUnit unit) {21    final FutureTask<String> futureTask = new FutureTask<String>(callable);22    final long timeout = unit.toMillis(delay);23    final long deadline = scheduler.currentTimeMillis() + timeout;24    final ScheduledTask scheduledTask = new ScheduledTask(futureTask, deadline);25    scheduler.schedule(scheduledTask);26    return futureTask;27}28public void schedule(ScheduledTask scheduledTask) {29    scheduledTasks.add(scheduledTask);30}31public void nextTask() {32    if (scheduledTasks.isEmpty()) {33        throw new IllegalStateException("No tasks scheduled");34    }35    ScheduledTask scheduledTask = scheduledTasks.poll();36    long nextTime = scheduledTask.getDeadline();37    currentTimeMillis = nextTime;38    scheduledTask.getTask().run();39}40public long currentTimeMillis() {41    return currentTimeMillis;42}43public void run() {44    try {45        callable.call();46    } catch (Exception e) {47        throw new RuntimeException(e);48    }49}50public String call() throws Exception {51    return value;52}53public boolean isDone() {54    return state == COMPLETING;55}56public boolean isCancelled() {57    return state == CANCELLED;58}

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