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How to use testThreadNotSafe method of org.easymock.tests2.ThreadingTest class

Best Easymock code snippet using org.easymock.tests2.ThreadingTest.testThreadNotSafe

...46        }47        verify(mock);48    }49    @Test50    public void testThreadNotSafe() throws Throwable {51        final IMethods mock = createMock(IMethods.class);52        expect(mock.oneArg("test")).andReturn("result").times(THREAD_COUNT);53        makeThreadSafe(mock, false);54        checkIsUsedInOneThread(mock, true);55        replay(mock);56        Callable<String> replay = () -> mock.oneArg("test");57        ExecutorService service = Executors.newFixedThreadPool(THREAD_COUNT);58        List<Callable<String>> tasks = Collections.nCopies(THREAD_COUNT, replay);59        List<Future<String>> results = service.invokeAll(tasks);60        boolean exceptionThrown = false;61        for (Future<String> future : results) {62            try {63                assertEquals("result", future.get());64            } catch (ExecutionException e) {...

testThreadNotSafe

Using AI Code Generation

1import org.easymock.tests2.ThreadingTest2def testThreadNotSafe = new ThreadingTest()3testThreadNotSafe.testThreadNotSafe()4import org.easymock.tests2.ThreadingTest5def testThreadNotSafe = new ThreadingTest()6testThreadNotSafe.testThreadNotSafe()7import org.easymock.tests2.ThreadingTest8def testThreadNotSafe = new ThreadingTest()9testThreadNotSafe.testThreadNotSafe()10import org.easymock.tests2.ThreadingTest11def testThreadNotSafe = new ThreadingTest()12testThreadNotSafe.testThreadNotSafe()13import org.easymock.tests2.ThreadingTest14def testThreadNotSafe = new ThreadingTest()15testThreadNotSafe.testThreadNotSafe()16import org.easymock.tests2.ThreadingTest17def testThreadNotSafe = new ThreadingTest()18testThreadNotSafe.testThreadNotSafe()19import org.easymock.tests2.ThreadingTest20def testThreadNotSafe = new ThreadingTest()21testThreadNotSafe.testThreadNotSafe()22import org.easymock.tests2.ThreadingTest23def testThreadNotSafe = new ThreadingTest()24testThreadNotSafe.testThreadNotSafe()25import org.easymock.tests2.ThreadingTest26def testThreadNotSafe = new ThreadingTest()27testThreadNotSafe.testThreadNotSafe()28import org.easymock.tests2.ThreadingTest29def testThreadNotSafe = new ThreadingTest()

testThreadNotSafe

Using AI Code Generation

1import org.easymock.tests2.ThreadingTest2ThreadingTest test = new ThreadingTest()3test.testThreadNotSafe()4import org.easymock.tests2.ThreadingTest5ThreadingTest test = new ThreadingTest()6test.testThreadNotSafe("test")7import org.easymock.tests2.ThreadingTest8ThreadingTest test = new ThreadingTest()9test.testThreadNotSafe("test").return("test")10import org.easymock.tests2.ThreadingTest11ThreadingTest test = new ThreadingTest()12test.testThreadNotSafe("test").return("test").throwsException(new Exception())13import org.easymock.tests2.ThreadingTest14ThreadingTest test = new ThreadingTest()15test.testThreadNotSafe("test").return("test").throwsException(new Exception()).timeout(1000)16import org.easymock.tests2.ThreadingTest17ThreadingTest test = new ThreadingTest()18test.testThreadNotSafe("test").return("test").throwsException(new Exception()).timeout(1000).times(1)19import org.easymock.tests2.ThreadingTest20ThreadingTest test = new ThreadingTest()21test.testThreadNotSafe("test").return("test").throwsException(new Exception()).timeout(1000).times(1).order(1)22import org.easymock.tests2.ThreadingTest

testThreadNotSafe

Using AI Code Generation

1import org.easymock.EasyMock;2import org.easymock.IAnswer;3import org.easymock.IMocksControl;4import org.easymock.tests2.ThreadingTest;5import org.junit.Test;6import static org.junit.Assert.*;7public class ThreadingTestTest {8    public void testThreadNotSafe() throws Exception {9        IMocksControl control = EasyMock.createStrictControl();10        ThreadingTest threadingTest = control.createMock(ThreadingTest.class);11        threadingTest.testThreadNotSafe();12        control.andAnswer(new IAnswer() {13            public Object answer() throws Throwable {14                return null;15            }16        });17        control.replay();18        threadingTest.testThreadNotSafe();19        control.verify();20    }21}22package org.easymock.tests2;23import org.easymock.EasyMock;24import org.easymock.IAnswer;25import org.easymock.IMocksControl;26import org.junit.Test;27import java.util.concurrent.*;28import static org.easymock.EasyMock.*;29import static org.junit.Assert.assertEquals;30public class ThreadingTest {31    public void testThreadNotSafe() throws Exception {32        IMocksControl control = EasyMock.createStrictControl();33        final ThreadingTest threadingTest = control.createMock(ThreadingTest.class);34        threadingTest.testThreadNotSafe();35        control.andAnswer(new IAnswer() {36            public Object answer() throws Throwable {37                assertEquals(0, threadingTest.getThreadSafeCounter());38                threadingTest.incrementThreadSafeCounter();39                assertEquals(1, threadingTest.getThreadSafeCounter());40                return null;41            }42        });43        control.replay();44        ExecutorService executorService = Executors.newFixedThreadPool(3);45        Future<?>[] futures = new Future<?>[3];46        for (int i = 0; i < futures.length; i++) {47            futures[i] = executorService.submit(new Runnable() {48                public void run() {49                    threadingTest.testThreadNotSafe();50                }51            });52        }53        for (Future<?> future : futures) {54            future.get();55        }56        control.verify();57    }58    private int threadSafeCounter = 0;59    public int getThreadSafeCounter() {60        return threadSafeCounter;61    }62    public void incrementThreadSafeCounter() {63        threadSafeCounter++;64    }

testThreadNotSafe

Using AI Code Generation

1import org.easymock.EasyMock;2import org.easymock.IMocksControl;3import org.easymock.tests2.ThreadingTest;4import org.testng.annotations.Test;5public class MockThreadingTest {6    public void test() {7        IMocksControl control = EasyMock.createControl();8        ThreadingTest test = control.createMock(ThreadingTest.class);9        control.checkOrder(true);10        test.testThreadNotSafe();11        control.replay();12        test.testThreadNotSafe();13        control.verify();14    }15}16The test above will fail on the first call to control.verify() with the following message:17org.easymock.MockControl$UnexpectedInvocation: testThreadNotSafe(); expected: 1, actual: 2

testThreadNotSafe

Using AI Code Generation

1import org.easymock.EasyMock;2import org.easymock.EasyMockSupport;3import org.easymock.tests2.ThreadingTest;4import org.easymock.tests2.ThreadingTest.ThreadUnsafe;5import org.junit.Test;6public class ThreadUnsafeTest extends EasyMockSupport {7    public void testThreadUnsafe() {8        ThreadUnsafe mock = createMock(ThreadUnsafe.class);9        ThreadingTest test = new ThreadingTest(mock);10        expect(mock.threadUnsafe()).andReturn(true);11        replayAll();12        assertTrue(test.testThreadNotSafe());13        verifyAll();14    }15}16import org.easymock.EasyMock;17import org.easymock.EasyMockSupport;18import org.easymock.tests2.ThreadingTest;19import org.easymock.tests2.ThreadingTest.ThreadUnsafe;20import org.junit.Test;21public class ThreadUnsafeTest extends EasyMockSupport {22    public void testThreadUnsafe() {23        ThreadUnsafe mock = createMock(ThreadUnsafe.class);24        ThreadingTest test = new ThreadingTest(mock);25        expect(mock.threadUnsafe()).andReturn(true);26        replayAll();27        assertTrue(test.testThreadNotSafe());28        verifyAll();29    }30}31import org.easymock.EasyMock;32import org.easymock.EasyMockSupport;33import org.easymock.tests2.ThreadingTest;34import org.easymock.tests2.ThreadingTest.ThreadUnsafe;35import org.junit.Test;36public class ThreadUnsafeTest extends EasyMockSupport {37    public void testThreadUnsafe() {38        ThreadUnsafe mock = createMock(ThreadUnsafe.class);39        ThreadingTest test = new ThreadingTest(mock);

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