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How to use returnDouble method of org.easymock.tests.UsageFloatingPointReturnValueTest class

Best Easymock code snippet using org.easymock.tests.UsageFloatingPointReturnValueTest.returnDouble

Source:UsageFloatingPointReturnValueTest.java

...36        control.verify();37    }3839    @Test40    public void returnDouble() {41        mock.doubleReturningMethod(0);42        control.setReturnValue(25.0);43        control.setDefaultReturnValue(34.0);4445        control.replay();4647        assertEquals(25.0, mock.doubleReturningMethod(0), 0.0);48        assertEquals(34.0, mock.doubleReturningMethod(-4), 0.0);49        assertEquals(34.0, mock.doubleReturningMethod(12), 0.0);5051        control.verify();52    }53}

returnDouble

Using AI Code Generation

1import org.easymock.EasyMock2import org.easymock.EasyMockRunner3import org.junit.Test4import org.junit.runner.RunWith5@RunWith(EasyMockRunner.class)6class UsageFloatingPointReturnValueTest {7    void testFloatingPointReturnValue() {8        val mock = EasyMock.createMock(UsageFloatingPointReturnValueTest)9        EasyMock.expect(mock.returnDouble()).andReturn(1.0)10        EasyMock.replay(mock)11        assert mock.returnDouble() == 1.012        EasyMock.verify(mock)13    }14}15import org.easymock.EasyMock16import org.easymock.EasyMockRunner17import org.junit.Test18import org.junit.runner.RunWith19@RunWith(EasyMockRunner.class)20class UsageFloatingPointReturnValueTest {21    void testFloatingPointReturnValue() {22        val mock = EasyMock.createMock(UsageFloatingPointReturnValueTest)23        EasyMock.expect(mock.returnDouble()).andReturn(1.0)24        EasyMock.replay(mock)25        assert mock.returnDouble() == 1.026        EasyMock.verify(mock)27    }28}29public class UsageFloatingPointReturnValueTest {30    public void testFloatingPointReturnValue() {31        UsageFloatingPointReturnValueTest mock = EasyMock.createMock(UsageFloatingPointReturnValueTest.class);32        EasyMock.expect(mock.returnDouble()).andReturn(1.0);33        EasyMock.replay(mock);34        Assert.assertEquals(1.0, mock.returnDouble(), 0.0);35        EasyMock.verify(mock);36    }37}38public class UsageFloatingPointReturnValueTest {39    public void testFloatingPointReturnValue() {40        UsageFloatingPointReturnValueTest mock = EasyMock.createMock(UsageFloatingPointReturnValueTest.class);41        EasyMock.expect(mock.returnDouble()).andReturn(1.0);42        EasyMock.replay(mock);43        Assert.assertEquals(1.0, mock.returnDouble(), 0.0);44        EasyMock.verify(mock);45    }46}47public class UsageFloatingPointReturnValueTest {48    public void testFloatingPointReturnValue() {49        UsageFloatingPointReturnValueTest mock = EasyMock.createMock(UsageFloatingPointReturnValueTest.class);50        EasyMock.expect(mock.returnDouble()).andReturn(1.0);51        EasyMock.replay(mock);52        Assert.assertEquals(1.0, mock

returnDouble

Using AI Code Generation

1    public void testUsageFloatingPointReturnValue() {2        IMethods mock = createMock(IMethods.class);3        expect(mock.returnDouble()).andReturn(2.0);4        replay(mock);5        assertEquals(2.0, mock.returnDouble(), 0.0);6        verify(mock);7    }8    public interface IMethods {9        double returnDouble();10    }11}12The following is the output of the testUsageFloatingPointReturnValue() test method:13testUsageFloatingPointReturnValue(org.easymock.tests.UsageFloatingPointReturnValueTest)

returnDouble

Using AI Code Generation

1public class UsageFloatingPointReturnValueTest {2    public static final double DELTA = 0.00001;3    private Collaborator collaborator;4    private ClassTested classUnderTest = new ClassTested();5    public void test() {6        EasyMock.expect(collaborator.action(1.0)).andReturn(7                returnDouble(1.0)).anyTimes();8        EasyMock.replay(collaborator);9        Assert.assertEquals(1.0, classUnderTest.methodUnderTest(1.0), DELTA);10        EasyMock.verify(collaborator);11    }12    private double returnDouble(double value) {13        return value;14    }15}

returnDouble

Using AI Code Generation

1[UsageFloatingPointReturnValueTest.java][]: public void testReturnDouble() {2[UsageFloatingPointReturnValueTest.java][]:     IMethods mock = createMock(IMethods.class);3[UsageFloatingPointReturnValueTest.java][]:     expect(mock.oneArg(1)).andReturn(returnDouble());4[UsageFloatingPointReturnValueTest.java][]:     replay(mock);5[UsageFloatingPointReturnValueTest.java][]:     assertEquals(2.0f, mock.oneArg(1), 0.0f);6[UsageFloatingPointReturnValueTest.java][]:     verify(mock);7[UsageFloatingPointReturnValueTest.java][]: }8[UsageFloatingPointReturnValueTest.java][]: private double returnDouble() {9[UsageFloatingPointReturnValueTest.java][]:     return 2.0f;10[UsageFloatingPointReturnValueTest.java][]: }11[UsageFloatingPointReturnValueTest.java][]: public void testReturnFloat() {12[UsageFloatingPointReturnValueTest.java][]:     IMethods mock = createMock(IMethods.class);13[UsageFloatingPointReturnValueTest.java][]:     expect(mock.oneArg(1)).andReturn(returnFloat());14[UsageFloatingPointReturnValueTest.java][]:     replay(mock);15[UsageFloatingPointReturnValueTest.java][]:     assertEquals(2.0f, mock.oneArg(1), 0.0f);16[UsageFloatingPointReturnValueTest.java][]:     verify(mock);17[UsageFloatingPointReturnValueTest.java][]: }18[UsageFloatingPointReturnValueTest.java][]: private float returnFloat() {19[UsageFloatingPointReturnValueTest.java][]:     return 2.0f;20[UsageFloatingPointReturnValueTest.java][]: }

returnDouble

Using AI Code Generation

1void testReturnDouble() {2    IMethods mock = EasyMock.createMock(IMethods.class);3    EasyMock.expect(mock.returnDouble()).andReturn(1.1);4    EasyMock.replay(mock);5    EasyMock.verify(mock);6}7void testReturnFloat() {8    IMethods mock = EasyMock.createMock(IMethods.class);9    EasyMock.expect(mock.returnFloat()).andReturn(1.1f);10    EasyMock.replay(mock);11    EasyMock.verify(mock);12}13void testReturnPrimitiveDouble() {14    IMethods mock = EasyMock.createMock(IMethods.class);15    EasyMock.expect(mock.returnPrimitiveDouble()).andReturn(1.1);16    EasyMock.replay(mock);17    EasyMock.verify(mock);18}19void testReturnPrimitiveFloat() {20    IMethods mock = EasyMock.createMock(IMethods.class);21    EasyMock.expect(mock.returnPrimitiveFloat()).andReturn(1.1f);22    EasyMock.replay(mock);23    EasyMock.verify(mock);24}25void testReturnPrimitiveDoubleWithDelta() {26    IMethods mock = EasyMock.createMock(IMethods.class);27    EasyMock.expect(mock.returnPrimitiveDouble()).andReturn(1.1, 0.1);28    EasyMock.replay(mock);29    EasyMock.verify(mock);30}

returnDouble

Using AI Code Generation

1import org.easymock.tests.UsageFloatingPointReturnValueTest;2import org.junit.Test;3import static org.easymock.EasyMock.*;4public class UsageFloatingPointReturnValueTestTest {5    public void testReturnDouble() {6        UsageFloatingPointReturnValueTest mock = createMock(UsageFloatingPointReturnValueTest.class);7        expect(mock.returnDouble()).andReturn(0.0);8        replay(mock);9        mock.returnDouble();10        verify(mock);11    }12}

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