Examples of java.beans.Statement.execute()

java.beans.Statement.execute()
The execute method finds a method whose name is the same as the methodName property, and invokes the method on the target. When the target's class defines many methods with the given name the implementation should choose the most specific method using the algorithm specified in the Java Language Specification (15.11). The dynamic class of the target and arguments are used in place of the compile-time type information and, like the java.lang.reflect.Method class itself, conversion between primitive values and their associated wrapper classes is handled internally.
The following method types are handled as special cases:
- Static methods may be called by using a class object as the target.
- The reserved method name "new" may be used to call a class's constructor as if all classes defined static "new" methods. Constructor invocations are typically considered Expressions rather than Statements as they return a value.
- The method names "get" and "set" defined in the java.util.List interface may also be applied to array instances, mapping to the static methods of the same name in the Array class.

        t.execute();
        MockObject.assertCalled("methodB1", arguments);


        arguments = new Object[] { Boolean.FALSE };
        t = new Statement(mo, "methodB", arguments);
        t.execute();
        MockObject.assertCalled("methodB2", arguments);
    }


    /*
     * Test the method execute() with a protected method but within java.beans

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    public void testExecute_ProtectedMethodWithPackage() throws Exception {
        DefaultPersistenceDelegate dpd = new DefaultPersistenceDelegate();
        Object[] arguments = new Object[] { "test", "test" };
        Statement t = new Statement(dpd, "mutatesTo", arguments);
        try {
            t.execute();
            fail("Should throw NoSuchMethodException!");
        } catch (NoSuchMethodException e) {
            // expected
        }
    }

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        MockObject mo = new MockObject(false);
        // mo.methodB('c');
        Object[] arguments = new Object[] { new Character((char) 1) };
        Statement t = new Statement(mo, "methodB", arguments);
        try {
            t.execute();
            fail("Should throw NoSuchMethodException!");
        } catch (NoSuchMethodException e) {
            // expected
        }
    }

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    public void testExecute_IntMethodNullParameter() throws Exception {
        MockObject mo = new MockObject(false);
        Object[] arguments = new Object[] { null };
        Statement t = new Statement(mo, "intMethod", arguments);
        try {
            t.execute();
            fail("Should throw IllegalArgumentException!");
        } catch (IllegalArgumentException ex) {
            // expected
        }
    }

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    public void testExecute_IntArrayMethod() throws Exception {
        MockObject mo = new MockObject(false);
        Object[] arguments = new Object[] { new Integer[] { new Integer(1) } };
        Statement t = new Statement(mo, "intArrayMethod", arguments);
        try {
            t.execute();
            fail("Should throw NoSuchMethodException!");
        } catch (NoSuchMethodException ex) {
            // expected
        }
    }

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    public void testExecute_IntegerArrayMethod() throws Exception {
        MockObject mo = new MockObject(false);
        Object[] arguments = new Object[] { new int[] { 1 } };
        Statement t = new Statement(mo, "integerArrayMethod", arguments);
        try {
            t.execute();
            fail("Should throw NoSuchMethodException!");
        } catch (NoSuchMethodException ex) {
            // expected
        }
    }

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     */
    public void testExecute_AmbiguousOverloadedMethods() throws Exception {
        MockObject mo = new MockObject();
        Object[] arguments = new Object[] { new MockObject(), new MockObject() };
        Statement t = new Statement(mo, "overloadedMethod", arguments);
        t.execute();
        MockObject.assertCalled("overloadedmethod", arguments);
        
        arguments = new Object[] { new MockParent(), new MockParent() };
        t = new Statement(mo, "overloadedMethod", arguments);
        t.execute();

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        t.execute();
        MockObject.assertCalled("overloadedmethod", arguments);
        
        arguments = new Object[] { new MockParent(), new MockParent() };
        t = new Statement(mo, "overloadedMethod", arguments);
        t.execute();
        MockObject.assertCalled("overloadedmethod2", arguments);
        
        arguments = new Object[] { new MockObject(), new MockObject() };
        t = new Statement(mo, "overloadedMethodB", arguments);
        try{

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        MockObject.assertCalled("overloadedmethod2", arguments);
        
        arguments = new Object[] { new MockObject(), new MockObject() };
        t = new Statement(mo, "overloadedMethodB", arguments);
        try{
            t.execute();
            fail("should throw Exception");
        }catch(Exception e){
        }
        
        arguments = new Object[] { new MockObject(), new MockParent() };

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        }catch(Exception e){
        }
        
        arguments = new Object[] { new MockObject(), new MockParent() };
        t = new Statement(mo, "overloadedMethodB", arguments);
        t.execute();
        MockObject.assertCalled("overloadedmethodB", arguments);
    }


    /*
     * Super class of MockObject.

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