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How to use hashCode method of org.easymock.internal.matchers.Equals class

Best Easymock code snippet using org.easymock.internal.matchers.Equals.hashCode

Source:ExpectedInvocation.java

...80                        .equals(other.matchers)));81    }8283    @Override84    public int hashCode() {85        throw new UnsupportedOperationException("hashCode() is not implemented");86    }8788    public boolean matches(Invocation actual) {89        return matchers != null ? this.invocation.getMock().equals(90                actual.getMock())91                && this.invocation.getMethod().equals(actual.getMethod())92                && matches(actual.getArguments()) : this.invocation.matches(93                actual, matcher);94    }9596    private boolean matches(Object[] arguments) {97        if (arguments.length != matchers.size()) {98            return false;99        }
...

hashCode

Using AI Code Generation

1public class Equals extends AbstractMatcher {2    private final Object expected;3    public Equals(Object expected) {4        this.expected = expected;5    }6    public boolean matches(Object actual) {7        return expected == actual || expected != null && expected.equals(actual);8    }9    public void appendTo(StringBuffer buffer) {10        buffer.append(expected);11    }12}13public class Equals extends AbstractMatcher {14    private final Object expected;15    public Equals(Object expected) {16        this.expected = expected;17    }18    public boolean matches(Object actual) {19        return expected == actual || expected != null && expected.equals(actual);20    }21    public void appendTo(StringBuffer buffer) {22        buffer.append(expected);23    }24}25public class Equals extends AbstractMatcher {26    private final Object expected;27    public Equals(Object expected) {28        this.expected = expected;29    }30    public boolean matches(Object actual) {31        return expected == actual || expected != null && expected.equals(actual);32    }33    public void appendTo(StringBuffer buffer) {34        buffer.append(expected);35    }36}37public class Equals extends AbstractMatcher {38    private final Object expected;39    public Equals(Object expected) {40        this.expected = expected;41    }42    public boolean matches(Object actual) {43        return expected == actual || expected != null && expected.equals(actual);44    }45    public void appendTo(StringBuffer buffer) {46        buffer.append(expected);47    }48}49public class Equals extends AbstractMatcher {50    private final Object expected;51    public Equals(Object expected) {52        this.expected = expected;53    }54    public boolean matches(Object actual) {55        return expected == actual || expected != null && expected.equals(actual);56    }57    public void appendTo(StringBuffer buffer) {58        buffer.append(expected);59    }60}61public class Equals extends AbstractMatcher {62    private final Object expected;63    public Equals(Object expected) {64        this.expected = expected;65    }66    public boolean matches(Object actual

hashCode

Using AI Code Generation

1public class Equals extends AbstractMatcher {2    private final Object expected;3    public Equals(Object expected) {4        this.expected = expected;5    }6    public boolean matches(Object actual) {7        return expected == actual || expected != null && expected.equals(actual);8    }9    public void appendTo(StringBuffer buffer) {10        buffer.append(expected);11    }12    public int hashCode() {13        return expected == null ? 0 : expected.hashCode();14    }15}16public class Equals extends AbstractMatcher {17    private final Object expected;18    public Equals(Object expected) {19        this.expected = expected;20    }21    public boolean matches(Object actual) {22        return expected == actual || expected != null && expected.equals(actual);23    }24    public void appendTo(StringBuffer buffer) {25        buffer.append(expected);26    }27    public int hashCode() {28        return expected == null ? 0 : expected.hashCode();29    }30}31public class Equals extends AbstractMatcher {32    private final Object expected;33    public Equals(Object expected) {34        this.expected = expected;35    }36    public boolean matches(Object actual) {37        return expected == actual || expected != null && expected.equals(actual);38    }39    public void appendTo(StringBuffer buffer) {40        buffer.append(expected);41    }42    public int hashCode() {43        return expected == null ? 0 : expected.hashCode();44    }45}46public class Equals extends AbstractMatcher {47    private final Object expected;48    public Equals(Object expected) {49        this.expected = expected;50    }51    public boolean matches(Object actual) {52        return expected == actual || expected != null && expected.equals(actual);53    }54    public void appendTo(StringBuffer buffer) {55        buffer.append(expected);56    }57    public int hashCode() {58        return expected == null ? 0 : expected.hashCode();59    }60}61public class Equals extends AbstractMatcher {62    private final Object expected;63    public Equals(Object expected) {64        this.expected = expected;65    }66    public boolean matches(Object actual) {67        return expected == actual || expected != null && expected.equals(actual);68    }69    public void appendTo(StringBuffer buffer) {70        buffer.append(expected

hashCode

Using AI Code Generation

1public class Test {2    public static void main(String[] args) {3        Equals eq = new Equals(12);4        System.out.println(eq.hashCode());5    }6}7public class Test {8    public static void main(String[] args) {9        String str = "Hello";10        System.out.println(str.hashCode());11    }12}13public class Test {14    public static void main(String[] args) {15        Object obj = new Object();16        System.out.println(obj.hashCode());17    }18}19public class Test {20    public static void main(String[] args) {21        Integer i = new Integer(10);22        System.out.println(i.hashCode());23    }24}25public class Test {26    public static void main(String[] args) {27        Long l = new Long(10);28        System.out.println(l.hashCode());29    }30}31public class Test {32    public static void main(String[] args) {33        Double d = new Double(10);34        System.out.println(d.hashCode());35    }36}37public class Test {38    public static void main(String[] args) {39        Float f = new Float(10);40        System.out.println(f.hashCode());41    }42}43public class Test {44    public static void main(String[] args) {45        Boolean b = new Boolean(true);46        System.out.println(b.hashCode());47    }48}49public class Test {50    public static void main(String[] args) {51        Character c = new Character('a');52        System.out.println(c.hashCode());53    }54}55public class Test {56    public static void main(String[] args) {

hashCode

Using AI Code Generation

1    public Object answer() throws Throwable {2        Object answer = map.get(getHashCode());3        if (answer == null) {4            answer = delegate.answer();5            map.put(getHashCode(), answer);6        }7        return answer;8    }9    private int getHashCode() {10        return new Equals(delegate.answer()).hashCode();11    }12}13I have been using Easymock for quite some time now. I have found it to be a very useful framework for creating mock objects. I have been using the latest version of Easymock (3.1) and I have been very happy with it. However, I have recently run into a problem with Easymock that I was not able to solve. I am using Easymock to mock a JDBC ResultSet object. I am using the ResultSet object to mock the result of a database query. I was able to mock the ResultSet object and use it to test the code that uses the ResultSet object. However, I was not able to use the same mock ResultSet object to test the code that uses the same ResultSet object again. I was able to use the same ResultSet object to test the code that uses the same ResultSet object again when I used the real JDBC driver. I was not able to use the same mock ResultSet object to test the code that uses the same ResultSet object again because the mock ResultSet object is not reusable. I have created a test case that demonstrates the problem. The test case uses the real JDBC driver to test the code that uses the same ResultSet object again. The test case uses the mock ResultSet object to test the code that uses the same ResultSet object again. The test case fails because the mock ResultSet object is not reusable. I have also created a test case that demonstrates that the mock ResultSet object is not reusable. The test case fails because the mock ResultSet object is not reusable. I have also created a test case that demonstrates that the mock ResultSet

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