Examples of org.apache.tapestry5.ioc.MethodAdvice

org.apache.tapestry5.ioc.MethodAdvice
For Tapestry IoC, Aspects provide a limited amount of advise, i.e., advising method invocations. That's the only join point available (method invocations of service interface methods); full AOP systems such as AspectJ can do much, much more, such as advising field access and even object construction. @see org.apache.tapestry5.ioc.services.AspectDecorator @deprecated Deprecated in 5.3, to be removed in 5.4. Use {@link org.apache.tapestry5.plastic.MethodAdvice}.

        TypeCoercer coercer = mockTypeCoercer();
        FieldComponent field = newFieldComponent();
        MessageFormatter formatter = mockMessageFormatter();
        Object inputValue = new Object();
        ComponentResources resources = mockComponentResources();
        Messages containerMessages = mockMessages();
        FormSupport fs = mockFormSupport();


        Map<String, Validator> map = singletonMap("required", validator);


        train_getConstraintType(validator, null);

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        TypeCoercer coercer = mockTypeCoercer();
        FieldComponent field = newFieldComponent();
        MessageFormatter formatter = mockMessageFormatter();
        Object inputValue = new Object();
        ComponentResources resources = mockComponentResources();
        Messages containerMessages = mockMessages();
        FormSupport fs = mockFormSupport();


        Map<String, Validator> map = singletonMap("required", validator);


        train_getConstraintType(validator, null);

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    {
        ValidationMessagesSource messagesSource = mockValidationMessagesSource();
        Validator validator = mockValidator();
        TypeCoercer coercer = mockTypeCoercer();
        FieldComponent field = newFieldComponent();
        Messages messages = mockMessages();
        MessageFormatter formatter = mockMessageFormatter();
        Object inputValue = new Object();
        ComponentResources resources = mockComponentResources();
        Messages containerMessages = mockMessages();
        FormSupport fs = mockFormSupport();


        Map<String, Validator> map = singletonMap("minlength", validator);


        train_getConstraintType(validator, Integer.class);

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    {
        ValidationMessagesSource messagesSource = mockValidationMessagesSource();
        Validator validator = mockValidator();
        TypeCoercer coercer = mockTypeCoercer();
        FieldComponent field = newFieldComponent();
        Messages messages = mockMessages();
        MessageFormatter formatter = mockMessageFormatter();
        Object inputValue = new Object();
        ComponentResources resources = mockComponentResources();
        Messages containerMessages = mockMessages();
        FormSupport fs = mockFormSupport();


        Map<String, Validator> map = singletonMap("minlength", validator);


        train_getConstraintType(validator, Integer.class);

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        ValidationMessagesSource messagesSource = mockValidationMessagesSource();
        Validator validator = mockValidator();
        TypeCoercer coercer = mockTypeCoercer();
        FieldComponent field = newFieldComponent();
        ComponentResources resources = mockComponentResources();
        Messages containerMessages = mockMessages();
        FormSupport fs = mockFormSupport();


        Map<String, Validator> map = singletonMap("minlength", validator);


        train_getConstraintType(validator, Integer.class);

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    {
        ValidationMessagesSource messagesSource = mockValidationMessagesSource();
        Validator validator = mockValidator();
        TypeCoercer coercer = mockTypeCoercer();
        FieldComponent field = newFieldComponent();
        Messages messages = mockMessages();
        MessageFormatter formatter = mockMessageFormatter();
        Object inputValue = new Object();
        ComponentResources resources = mockComponentResources();
        Messages containerMessages = mockMessages();
        FormSupport fs = mockFormSupport();


        Map<String, Validator> map = singletonMap("required", validator);


        train_getFormValidationId(fs, "myform");

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        ValidationMessagesSource messagesSource = mockValidationMessagesSource();
        Validator required = mockValidator();
        Validator minLength = mockValidator();
        TypeCoercer coercer = mockTypeCoercer();
        FieldComponent field = newFieldComponent();
        Messages messages = mockMessages();
        MessageFormatter requiredFormatter = mockMessageFormatter();
        MessageFormatter minLengthFormatter = mockMessageFormatter();
        Object inputValue = "input value";
        ComponentResources resources = mockComponentResources();
        Messages containerMessages = mockMessages();
        Integer fifteen = 15;
        FormSupport fs = mockFormSupport();


        Map<String, Validator> map = newMap();

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    {
        ValidationMessagesSource messagesSource = mockValidationMessagesSource();
        Validator validator = mockValidator();
        TypeCoercer coercer = mockTypeCoercer();
        FieldComponent field = newFieldComponent();
        Messages messages = mockMessages();
        MessageFormatter formatter = mockMessageFormatter();
        Object inputValue = new Object();
        ComponentResources resources = mockComponentResources();
        Messages containerMessages = mockMessages();
        Integer five = 5;
        FormSupport fs = mockFormSupport();


        Map<String, Validator> map = singletonMap("minLength", validator);

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        final Class thunkType = method.getReturnType();


        final String description = String.format("<%s Thunk for %s>", thunkType.getName(),
                InternalUtils.asString(method));


        MethodAdvice advice = new MethodAdvice()
        {
            /**
             * When the method is invoked, we don't immediately proceed. Instead, we return a thunk instance
             * that defers its behavior to the lazily invoked invocation.
             */

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        final String description = String.format("<%s Thunk for %s>",
                                                 method.getReturnType().getName(),
                                                 InternalUtils.asString(method));


        MethodAdvice advice = new MethodAdvice()
        {
            /**
             * When the method is invoked, we don't immediately proceed. Intead, we return a thunk instance
             * that defers its behavior to the lazyily invoked invocation.
             */

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