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How to use tick method of org.jmock.lib.concurrent.internal.DeltaQueue class

Best Jmock-library code snippet using org.jmock.lib.concurrent.internal.DeltaQueue.tick

Source:NanosecondPrecisionDeterministicScheduler.java

...66 * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.67 *68 * A {@link ScheduledExecutorService} that executes commands on the thread that calls69 * {@link #runNextPendingCommand() runNextPendingCommand}, {@link #runUntilIdle() runUntilIdle} or70 * {@link #tick(long, TimeUnit) tick}.  Objects of this class can also be used71 * as {@link Executor}s or {@link ExecutorService}s if you just want to control background execution72 * and don't need to schedule commands, but it may be simpler to use a {@link DeterministicExecutor}.73 *74 * @author nat75 */76public final class NanosecondPrecisionDeterministicScheduler implements ScheduledExecutorService {77    private final DeltaQueue<ScheduledTask<?>> deltaQueue = new DeltaQueue<>();78    /**79     * Runs time forwards by a given duration, executing any commands scheduled for80     * execution during that time period, and any background tasks spawned by the81     * scheduled tasks.  Therefore, when a call to tick returns, the executor82     * will be idle.83     */84    public void tick(long duration, TimeUnit timeUnit) {85        long remaining = toTicks(duration, timeUnit);86        do {87            remaining = deltaQueue.tick(remaining);88            runUntilIdle();89        } while (deltaQueue.isNotEmpty() && remaining > 0);90    }91    /**92     * Runs all commands scheduled to be executed immediately but does93     * not tick time forward.94     */95    public void runUntilIdle() {96        while (!isIdle()) {97            runNextPendingCommand();98        }99    }100    /**101     * Runs the next command scheduled to be executed immediately.102     */103    public void runNextPendingCommand() {104        ScheduledTask<?> scheduledTask = deltaQueue.pop();105        scheduledTask.run();106        if (!scheduledTask.isCancelled() && scheduledTask.repeats()) {107            deltaQueue.add(scheduledTask.repeatDelay, scheduledTask);...

Source:DeterministicScheduler.java

...14import org.jmock.lib.concurrent.internal.DeltaQueue;15/**16 * A {@link ScheduledExecutorService} that executes commands on the thread that calls17 * {@link #runNextPendingCommand() runNextPendingCommand}, {@link #runUntilIdle() runUntilIdle} or 18 * {@link #tick(long, TimeUnit) tick}.  Objects of this class can also be used19 * as {@link Executor}s or {@link ExecutorService}s if you just want to control background execution 20 * and don't need to schedule commands, but it may be simpler to use a {@link DeterministicExecutor}.21 * 22 * @author nat23 */24public class DeterministicScheduler implements ScheduledExecutorService {25    private final DeltaQueue<ScheduledTask<?>> deltaQueue = new DeltaQueue<ScheduledTask<?>>();26    27    /**28     * Runs time forwards by a given duration, executing any commands scheduled for29     * execution during that time period, and any background tasks spawned by the 30     * scheduled tasks.  Therefore, when a call to tick returns, the executor 31     * will be idle.32     * 33     * @param duration34     * @param timeUnit35     */36    public void tick(long duration, TimeUnit timeUnit) {37        long remaining = toTicks(duration, timeUnit);38        39        do {40            remaining = deltaQueue.tick(remaining);41            runUntilIdle();42            43        } while (deltaQueue.isNotEmpty() && remaining > 0);44    }45    46    /**47     * Runs all commands scheduled to be executed immediately but does 48     * not tick time forward.49     */50    public void runUntilIdle() {51        while (!isIdle()) {52            runNextPendingCommand();53        }54    }55    56    /**57     * Runs the next command scheduled to be executed immediately.58     */59    public void runNextPendingCommand() {60        ScheduledTask<?> scheduledTask = deltaQueue.pop();61        62        scheduledTask.run();...

Source:DeltaQueueTests.java

...26    27    public void testTicksDownTimeUntilScheduledElement() {28        deltaQueue.add(10L, elementA);29        30        assertEquals(0L, deltaQueue.tick(1L));31        32        assertSame("next", elementA, deltaQueue.next());33        assertEquals("delay", 9L, deltaQueue.delay());34        35        assertEquals(0L, deltaQueue.tick(4L));36        assertSame("next", elementA, deltaQueue.next());37        assertEquals("delay", 5L, deltaQueue.delay());38        39        assertEquals(0L, deltaQueue.tick(4L));40        assertSame("next", elementA, deltaQueue.next());41        assertEquals("delay", 1L, deltaQueue.delay());42        assertEquals(0L, deltaQueue.tick(1L));43        assertSame("next", elementA, deltaQueue.next());44        assertEquals("delay", 0L, deltaQueue.delay());45    }46    47    public void testReturnsTimeAfterElementIfTickGreaterThanDelay() {48        deltaQueue.add(10L, elementA);49        50        assertEquals(5L, deltaQueue.tick(15L));51        assertSame("next", elementA, deltaQueue.next());52        assertEquals("delay", 0L, deltaQueue.delay());53    }54    55    public void testCanPopElementWhenDelayIsZero() {56        deltaQueue.add(10L, elementA);57        58        deltaQueue.tick(10L);59        assertSame("popped", elementA, deltaQueue.pop());60        assertTrue("is empty", deltaQueue.isEmpty());61    }62    63    public void testCanScheduleMultipleElementsInAnyOrder() {64        deltaQueue.add(10L, elementB);65        deltaQueue.add(5L, elementA);66        deltaQueue.add(12L, elementC);67        68        assertSame("next", elementA, deltaQueue.next());69        assertEquals("delay", 5L, deltaQueue.delay());70        71        deltaQueue.tick(5L);72        assertSame("popped A", elementA, deltaQueue.pop());73        74        assertSame("next", elementB, deltaQueue.next());75        assertEquals("delay", 5L, deltaQueue.delay());76        77        deltaQueue.tick(5L);78        assertSame("popped B", elementB, deltaQueue.pop());79        80        assertSame("next", elementC, deltaQueue.next());81        assertEquals("delay", 2L, deltaQueue.delay());82        83        deltaQueue.tick(2L);84        assertSame("popped C", elementC, deltaQueue.pop());85        86        assertTrue("is empty", deltaQueue.isEmpty());87    }88    89    public void testReportsScheduleAsString() {90        deltaQueue.add(10L, elementB);91        deltaQueue.add(5L, elementA);92        deltaQueue.add(12L, elementC);93        94        assertEquals("DeltaQueue[+5: a, +5: b, +2: c]", deltaQueue.toString());95    }96    97    public void testTickingDownAnEmptyDeltaQueueDoesNothingButConsumesAllOfTheTickedTime() {98        assertEquals(0L, deltaQueue.tick(1L));99        assertEquals(0L, deltaQueue.tick(2L));100        assertEquals(0L, deltaQueue.tick(19L));101    }102    103    public void testElementsScheduledWithSameDelayAreExecutedInTheOrderThatTheyWereScheduled() {104        deltaQueue.add(1L, elementA);105        deltaQueue.add(1L, elementB);106        deltaQueue.add(1L, elementC);107        108        deltaQueue.tick(1L);109        110        assertSame(elementA, deltaQueue.pop());111        assertSame(elementB, deltaQueue.pop());112        assertSame(elementC, deltaQueue.pop());113    }114    115    public void testCanRemoveScheduledElements() {116        deltaQueue.add(1L, elementA);117        deltaQueue.add(2L, elementB);118        deltaQueue.add(3L, elementC);119        120        assertTrue(deltaQueue.remove(elementB));121        122        deltaQueue.tick(1L);123        assertSame(elementA, deltaQueue.pop());124        125        deltaQueue.tick(2L);126        assertSame(elementC, deltaQueue.pop());127    }128    129    public void testCanRemoveHead() {130        deltaQueue.add(1L, elementA);131        deltaQueue.add(2L, elementB);132        deltaQueue.add(3L, elementC);133        134        deltaQueue.remove(elementA);135        136        deltaQueue.tick(2L);137        assertSame(elementB, deltaQueue.pop());138        139        deltaQueue.tick(1L);140        assertSame(elementC, deltaQueue.pop());141    }142    143    public void testCanRemoveTail() {144        deltaQueue.add(1L, elementA);145        deltaQueue.add(2L, elementB);146        deltaQueue.add(3L, elementC);147       148        deltaQueue.remove(elementC);149        150        deltaQueue.tick(1L);151        assertSame(elementA, deltaQueue.pop());152        153        deltaQueue.tick(1L);154        assertSame(elementB, deltaQueue.pop());155        156        assertTrue("is empty", deltaQueue.isEmpty());157    }158    159    public void testReturnsFalseIfElementAlreadyRemoved() {160        deltaQueue.add(1L, elementA);161        deltaQueue.add(2L, elementB);162        163        assertFalse(deltaQueue.remove(elementC));164    }165}...

tick

Using AI Code Generation

1package org.jmock.test.acceptance;2import java.util.concurrent.TimeUnit;3import org.jmock.integration.junit4.JUnitRuleMockery;4import org.jmock.lib.concurrent.DeterministicScheduler;5import org.jmock.lib.concurrent.internal.DeltaQueue;6import org.junit.Rule;7import org.junit.Test;8import static org.hamcrest.Matchers.is;9import static org.junit.Assert.assertThat;10public class JUnitRuleMockeryWithDeterministicSchedulerTest {11    public final JUnitRuleMockery context = new JUnitRuleMockery();12    private final DeterministicScheduler scheduler = new DeterministicScheduler();13    private final DeltaQueue deltaQueue = new DeltaQueue(scheduler);14    public void canUseTickMethodOfDeltaQueue() {15        assertThat(deltaQueue.tick(1, TimeUnit.SECONDS), is(true));16        assertThat(scheduler.currentTime(), is(1000L));17    }18}19package org.jmock.test.acceptance;20import java.util.concurrent.TimeUnit;21import org.jmock.integration.junit4.JUnitRuleMockery;22import org.jmock.lib.concurrent.DeterministicScheduler;23import org.jmock.lib.concurrent.internal.DeltaQueue;24import org.junit.Rule;25import org.junit.Test;26import static org.hamcrest.Matchers.is;27import static org.junit.Assert.assertThat;28public class JUnitRuleMockeryWithDeterministicSchedulerTest {29    public final JUnitRuleMockery context = new JUnitRuleMockery();30    private final DeterministicScheduler scheduler = new DeterministicScheduler();31    private final DeltaQueue deltaQueue = new DeltaQueue(scheduler);32    public void canUseTickMethodOfDeltaQueue() {33        assertThat(deltaQueue.tick(1, TimeUnit.SECONDS), is(true));34        assertThat(scheduler.currentTime(), is(1000L));35    }36}

tick

Using AI Code Generation

1public class 1 {2    public void test() {3        DeltaQueue queue = new DeltaQueue();4        queue.tick(1000);5    }6}7public class 2 {8    public void test() {9        DeltaQueue queue = new DeltaQueue();10        queue.tick(1000);11    }12}13public class 3 {14    public void test() {15        DeltaQueue queue = new DeltaQueue();16        queue.tick(1000);17    }18}19public class 4 {20    public void test() {21        DeltaQueue queue = new DeltaQueue();22        queue.tick(1000);23    }24}25public class 5 {26    public void test() {27        DeltaQueue queue = new DeltaQueue();28        queue.tick(1000);29    }30}31public class 6 {32    public void test() {33        DeltaQueue queue = new DeltaQueue();34        queue.tick(1000);35    }36}37public class 7 {38    public void test() {39        DeltaQueue queue = new DeltaQueue();40        queue.tick(1000);41    }42}43public class 8 {44    public void test() {45        DeltaQueue queue = new DeltaQueue();46        queue.tick(1000);47    }48}49public class 9 {50    public void test() {51        DeltaQueue queue = new DeltaQueue();52        queue.tick(1000);53    }54}

tick

Using AI Code Generation

1import org.jmock.MockObjectTestCase;2import org.jmock.lib.concurrent.internal.DeltaQueue;3import org.jmock.lib.concurrent.internal.DeltaQueue.Clock;4public class TestDeltaQueue extends MockObjectTestCase {5    public void testTick() {6        Clock clock = mock(Clock.class);7        DeltaQueue queue = new DeltaQueue(clock);8        long delta = 100;9        clock.tick(delta);10        queue.tick(delta);11    }12}13import org.jmock.MockObjectTestCase;14import org.jmock.lib.concurrent.internal.DeltaQueue;15import org.jmock.lib.concurrent.internal.DeltaQueue.Clock;16public class TestDeltaQueue extends MockObjectTestCase {17    public void testTick() {18        Clock clock = mock(Clock.class);19        DeltaQueue queue = new DeltaQueue(clock);20        long delta = 100;21        clock.tick(delta);22        queue.tick(delta);23    }24}25import org.jmock.MockObjectTestCase;26import org.jmock.lib.concurrent.internal.DeltaQueue;27import org.jmock.lib.concurrent.internal.DeltaQueue.Clock;28public class TestDeltaQueue extends MockObjectTestCase {29    public void testTick() {30        Clock clock = mock(Clock.class);31        DeltaQueue queue = new DeltaQueue(clock);32        long delta = 100;33        clock.tick(delta);34        queue.tick(delta);35    }36}37import org.jmock.MockObjectTestCase;38import org.jmock.lib.concurrent.internal.DeltaQueue;39import org.jmock.lib.concurrent.internal.DeltaQueue.Clock;40public class TestDeltaQueue extends MockObjectTestCase {41    public void testTick() {42        Clock clock = mock(Clock.class);43        DeltaQueue queue = new DeltaQueue(clock);44        long delta = 100;45        clock.tick(delta);46        queue.tick(delta);47    }48}49import org.jmock.MockObjectTestCase;50import org.jmock.lib.concurrent.internal.DeltaQueue;51import org.jmock.lib.concurrent.internal.DeltaQueue.Clock;52public class TestDeltaQueue extends MockObjectTestCase {53    public void testTick() {

tick

Using AI Code Generation

1import org.jmock.Mockery;2import org.jmock.integration.junit4.JUnit4Mockery;3import org.jmock.lib.concurrent.internal.DeltaQueue;4import org.junit.Test;5public class Test1 {6    private final Mockery context = new JUnit4Mockery();7    private final DeltaQueue deltaQueue = new DeltaQueue();8    public void test() {9        deltaQueue.tick(1000);10    }11}12import org.jmock.Mockery;13import org.jmock.integration.junit4.JUnit4Mockery;14import org.jmock.lib.concurrent.internal.DeltaQueue;15import org.junit.Test;16public class Test1 {17    private final Mockery context = new JUnit4Mockery();18    private final DeltaQueue deltaQueue = new DeltaQueue();19    public void test() {20        deltaQueue.tick(1000);21    }22}23import org.jmock.Mockery;24import org.jmock.integration.junit4.JUnit4Mockery;25import org.jmock.lib.concurrent.internal.DeltaQueue;26import org.junit.Test;27public class Test1 {28    private final Mockery context = new JUnit4Mockery();29    private final DeltaQueue deltaQueue = new DeltaQueue();30    public void test() {31        deltaQueue.tick(1000);32    }33}34import org.jmock.Mockery;35import org.jmock.integration.junit4.JUnit4Mockery;36import org.jmock.lib.concurrent.internal.DeltaQueue;37import org.junit.Test;38public class Test1 {39    private final Mockery context = new JUnit4Mockery();40    private final DeltaQueue deltaQueue = new DeltaQueue();41    public void test() {42        deltaQueue.tick(1000);43    }44}45import org.jmock.Mockery

tick

Using AI Code Generation

1import org.jmock.lib.concurrent.internal.DeltaQueue;2public class 1 {3    public static void main(String[] args) {4        DeltaQueue queue = new DeltaQueue(100);5        queue.start();6        queue.tick(1000);7    }8}

tick

Using AI Code Generation

1import org.jmock.Mock;2import org.jmock.MockObjectTestCase;3import org.jmock.core.Invocation;4import org.jmock.core.Stub;5import org.jmock.core.stub.DefaultResultStub;6import org.jmock.core.stub.StubSequence;7import org.jmock.lib.concurrent.internal.DeltaQueue;8public class 1 extends MockObjectTestCase {9  public void test1() throws Exception {10    final Mock mock = mock(1.class);11    final StubSequence stubSequence = new StubSequence();12    stubSequence.addStub(new DefaultResultStub(new Object()));13    stubSequence.addStub(new Stub() {14      public Object invoke(Invocation invocation) throws Throwable {15        DeltaQueue.tick(1000);

tick

Using AI Code Generation

1import org.jmock.lib.concurrent.internal.DeltaQueue;2import org.jmock.lib.concurrent.internal.TimeQueue;3import org.jmock.lib.concurrent.internal.TimeQueue.Clock;4import org.jmock.lib.concurrent.internal.TimeQueue.Clock.Time;5import org.jmock.lib.concurrent.internal.TimeQueue.TimePoint;6public class Test1 {7    public static void main(String[] args) {8        DeltaQueue queue = new DeltaQueue();9        TimeQueue timeQueue = new TimeQueue(queue);10        Clock clock = timeQueue.getClock();11        TimePoint timePoint = clock.getTimePoint();12        System.out.println("TimePoint: " + timePoint);13        clock.tick(1000);14        System.out.println("TimePoint: " + timePoint);15        Time time = timePoint.getTime();16        System.out.println("Time: " + time);17        clock.tick(1000);18        System.out.println("Time: " + time);19    }20}21import org.jmock.lib.concurrent.internal.DeltaQueue;22import org.jmock.lib.concurrent.internal.TimeQueue;23import org.jmock.lib.concurrent.internal.TimeQueue.Clock;24import org.jmock.lib.concurrent.internal.TimeQueue.Clock.Time;25import org.jmock.lib.concurrent.internal.TimeQueue.TimePoint;26public class Test2 {27    public static void main(String[] args) {28        DeltaQueue queue = new DeltaQueue();29        TimeQueue timeQueue = new TimeQueue(queue);30        Clock clock = timeQueue.getClock();31        TimePoint timePoint = clock.getTimePoint();32        System.out.println("TimePoint: " + timePoint);33        clock.tick(1000);34        System.out.println("TimePoint: " + timePoint);35        Time time = timePoint.getTime();36        System.out.println("Time: " + time);37        clock.tick(1000);38        System.out.println("Time: " + time);39    }40}

tick

Using AI Code Generation

1import java.util.concurrent.TimeUnit;2import org.jmock.Mockery;3import org.jmock.lib.concurrent.internal.DeltaQueue;4public class 1 {5    public static void main(String[] args) {6        final Mockery context = new Mockery();7        DeltaQueue deltaQueue = new DeltaQueue();8        Thread t1 = new Thread(new Runnable() {9            public void run() {10                System.out.println("in t1");11                try {12                    TimeUnit.SECONDS.sleep(10);13                } catch (InterruptedException e) {14                    e.printStackTrace();15                }16                System.out.println("out t1");17            }18        }, "t1");19        Thread t2 = new Thread(new Runnable() {20            public void run() {21                System.out.println("in t2");22                try {23                    TimeUnit.SECONDS.sleep(5);24                } catch (InterruptedException e) {25                    e.printStackTrace();26                }27                System.out.println("out t2");28            }29        }, "t2");30        Thread t3 = new Thread(new Runnable() {31            public void run() {32                System.out.println("in t3");33                try {34                    TimeUnit.SECONDS.sleep(5);35                } catch (InterruptedException e) {36                    e.printStackTrace();37                }38                System.out.println("out t3");39            }40        }, "t3");41        t1.start();42        deltaQueue.tick(1);43        t2.start();44        deltaQueue.tick(1);45        t3.start();46        deltaQueue.tick(1);47    }48}

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