Package macromedia.asc.parser

Examples of macromedia.asc.parser.IdentifierNode

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        //    }
        NodeFactory nodeFactory = context.getNodeFactory();

        AttributeListNode attributeList = AbstractSyntaxTreeUtil.generatePublicAttribute(nodeFactory);

        IdentifierNode addEventListenerIdentifier = nodeFactory.identifier(ADD_EVENT_LISTENER, false);
        FunctionNameNode functionName = nodeFactory.functionName(Tokens.EMPTY_TOKEN, addEventListenerIdentifier);

        ParameterNode typeParameter =
            AbstractSyntaxTreeUtil.generateParameter(nodeFactory, TYPE, STRING, false);
        ParameterListNode parameterList = nodeFactory.parameterList(null, typeParameter);
        ParameterNode listenerParameter =
            AbstractSyntaxTreeUtil.generateParameter(nodeFactory, LISTENER, FUNCTION, false);
        parameterList = nodeFactory.parameterList(parameterList, listenerParameter);
        LiteralBooleanNode literalBoolean = nodeFactory.literalBoolean(false);
        ParameterNode useCaptureParameter =
            AbstractSyntaxTreeUtil.generateParameter(nodeFactory, USE_CAPTURE, BOOLEAN,
                                                     false, literalBoolean);
        parameterList = nodeFactory.parameterList(parameterList, useCaptureParameter);
        LiteralNumberNode literalNumber = nodeFactory.literalNumber(0);
        ParameterNode priorityParameter =
            AbstractSyntaxTreeUtil.generateParameter(nodeFactory, PRIORITY, INT,
                                                     false, literalNumber);
        parameterList = nodeFactory.parameterList(parameterList, priorityParameter);
        literalBoolean = nodeFactory.literalBoolean(false);
        ParameterNode weakRefParameter =
            AbstractSyntaxTreeUtil.generateParameter(nodeFactory, WEAK_REF, BOOLEAN,
                                                     false, literalBoolean);
        parameterList = nodeFactory.parameterList(parameterList, weakRefParameter);
        FunctionSignatureNode functionSignature = nodeFactory.functionSignature(parameterList, null);
        functionSignature.void_anno = true;

        MemberExpressionNode _bindingEventDispatcherGetterSelector =
            AbstractSyntaxTreeUtil.generateGetterSelector(nodeFactory, _BINDING_EVENT_DISPATCHER, false);
        IdentifierNode identifier = nodeFactory.identifier(ADD_EVENT_LISTENER, false);
        MemberExpressionNode typeGetterSelector =
            AbstractSyntaxTreeUtil.generateGetterSelector(nodeFactory, TYPE, false);
        ArgumentListNode argumentList = nodeFactory.argumentList(null, typeGetterSelector);
        MemberExpressionNode listenerGetterSelector =
            AbstractSyntaxTreeUtil.generateGetterSelector(nodeFactory, LISTENER, false);
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        //    }
        NodeFactory nodeFactory = context.getNodeFactory();

        AttributeListNode attributeList = AbstractSyntaxTreeUtil.generatePublicAttribute(nodeFactory);

        IdentifierNode dispatchEventIdentifier = nodeFactory.identifier(DISPATCH_EVENT, false);
        FunctionNameNode functionName = nodeFactory.functionName(Tokens.EMPTY_TOKEN, dispatchEventIdentifier);

        ParameterNode parameter =
            AbstractSyntaxTreeUtil.generateParameter(nodeFactory, EVENT_VAR, FLASH_EVENTS, EVENT_CLASS, false);
        ParameterListNode parameterList = nodeFactory.parameterList(null, parameter);
        MemberExpressionNode returnTypeMemberExpression =
            AbstractSyntaxTreeUtil.generateGetterSelector(nodeFactory, BOOLEAN, true);
        TypeExpressionNode returnType = nodeFactory.typeExpression(returnTypeMemberExpression, true, false, -1);
        FunctionSignatureNode functionSignature = nodeFactory.functionSignature(parameterList, returnType);

        MemberExpressionNode _bindingEventDispatcherGetterSelector =
            AbstractSyntaxTreeUtil.generateGetterSelector(nodeFactory, _BINDING_EVENT_DISPATCHER, false);
        IdentifierNode identifier = nodeFactory.identifier(DISPATCH_EVENT, false);
        MemberExpressionNode eventGetterSelector =
            AbstractSyntaxTreeUtil.generateGetterSelector(nodeFactory, EVENT_VAR, false);
        ArgumentListNode argumentList = nodeFactory.argumentList(null, eventGetterSelector);
        CallExpressionNode callExpression =
            (CallExpressionNode) nodeFactory.callExpression(identifier, argumentList);
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        int index = typeName.lastIndexOf(DOT);
        int position = ((VariableInfo) accessorInfo).getPosition();
        TypeExpressionNode returnType = AbstractSyntaxTreeUtil.generateTypeExpression(nodeFactory, typeName, true);
        FunctionSignatureNode functionSignature = nodeFactory.functionSignature(null, returnType);
        AttributeListNode attributeList = generateAttributeList(nodeFactory, accessorInfo.getAttributeString());
        IdentifierNode identifier = nodeFactory.identifier(accessorInfo.getPropertyName());
        FunctionNameNode functionName = nodeFactory.functionName(Tokens.GET_TOKEN, identifier);

        ReturnStatementNode returnStatement;

        if (accessorInfo.getIsStatic())
        {
            // Equivalent AS:
            //
            //  return ${bindableInfo.className}.${entry.qualifiedBackingPropertyName};
            MemberExpressionNode getterSelector =
                AbstractSyntaxTreeUtil.generateGetterSelector(nodeFactory, className, false);
            String qualifiedBackingPropertyName = accessorInfo.getQualifiedBackingPropertyName().intern();
            IdentifierNode identifer =
                AbstractSyntaxTreeUtil.generateIdentifier(nodeFactory, qualifiedBackingPropertyName, false);
            GetExpressionNode getExpression = nodeFactory.getExpression(identifer);
            MemberExpressionNode memberExpression = nodeFactory.memberExpression(getterSelector, getExpression);
            ListNode returnList = nodeFactory.list(null, memberExpression);
            returnStatement = nodeFactory.returnStatement(returnList);
        }
        else
        {
            // Equivalent AS:
            //
            //  return this.${entry.qualifiedBackingPropertyName};
            ThisExpressionNode thisExpression = nodeFactory.thisExpression(0);
            String qualifiedBackingPropertyName = accessorInfo.getQualifiedBackingPropertyName().intern();
            IdentifierNode identifer =
                AbstractSyntaxTreeUtil.generateIdentifier(nodeFactory, qualifiedBackingPropertyName, false);
            GetExpressionNode getExpression = nodeFactory.getExpression(identifer);
            MemberExpressionNode memberExpression = nodeFactory.memberExpression(thisExpression, getExpression);
            ListNode returnList = nodeFactory.list(null, memberExpression);
            returnStatement = nodeFactory.returnStatement(returnList);
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        //    }
        NodeFactory nodeFactory = context.getNodeFactory();

        AttributeListNode attributeList = AbstractSyntaxTreeUtil.generatePublicAttribute(nodeFactory);

        IdentifierNode hasEventListenerIdentifier = nodeFactory.identifier(HAS_EVENT_LISTENER, false);
        FunctionNameNode functionName = nodeFactory.functionName(Tokens.EMPTY_TOKEN, hasEventListenerIdentifier);

        ParameterNode typeParameter =
            AbstractSyntaxTreeUtil.generateParameter(nodeFactory, TYPE, STRING, false);
        ParameterListNode parameterList = nodeFactory.parameterList(null, typeParameter);
        MemberExpressionNode returnTypeMemberExpression =
            AbstractSyntaxTreeUtil.generateGetterSelector(nodeFactory, BOOLEAN, true);
        TypeExpressionNode returnType = nodeFactory.typeExpression(returnTypeMemberExpression, true, false, -1);
        FunctionSignatureNode functionSignature = nodeFactory.functionSignature(parameterList, returnType);

        MemberExpressionNode _bindingEventDispatcherGetterSelector =
            AbstractSyntaxTreeUtil.generateGetterSelector(nodeFactory, _BINDING_EVENT_DISPATCHER, false);
        IdentifierNode identifier = nodeFactory.identifier(HAS_EVENT_LISTENER, false);
        MemberExpressionNode typeGetterSelector =
            AbstractSyntaxTreeUtil.generateGetterSelector(nodeFactory, TYPE, false);
        ArgumentListNode argumentList = nodeFactory.argumentList(null, typeGetterSelector);
        CallExpressionNode callExpression =
            (CallExpressionNode) nodeFactory.callExpression(identifier, argumentList);
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    {
        // Equivalent AS:
        //
        //   var oldValue:Object = this.$setterAccessPropertyName;
        ThisExpressionNode thisExpression = nodeFactory.thisExpression(0);
        IdentifierNode identifer =
            AbstractSyntaxTreeUtil.generateIdentifier(nodeFactory, setterAccessPropertyName, false);
        GetExpressionNode getExpression = nodeFactory.getExpression(identifer);
        MemberExpressionNode memberExpression = nodeFactory.memberExpression(thisExpression, getExpression);
        return AbstractSyntaxTreeUtil.generateVariable(nodeFactory, OLD_VALUE, OBJECT, false, memberExpression);
    }
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        //    }
        NodeFactory nodeFactory = context.getNodeFactory();

        AttributeListNode attributeList = AbstractSyntaxTreeUtil.generatePublicAttribute(nodeFactory);

        IdentifierNode removeEventListenerIdentifier = nodeFactory.identifier(REMOVE_EVENT_LISTENER, false);
        FunctionNameNode functionName = nodeFactory.functionName(Tokens.EMPTY_TOKEN, removeEventListenerIdentifier);

        ParameterNode typeParameter =
            AbstractSyntaxTreeUtil.generateParameter(nodeFactory, TYPE, STRING, false);
        ParameterListNode parameterList = nodeFactory.parameterList(null, typeParameter);
        ParameterNode listenerParameter =
            AbstractSyntaxTreeUtil.generateParameter(nodeFactory, LISTENER, FUNCTION, false);
        parameterList = nodeFactory.parameterList(parameterList, listenerParameter);
        LiteralBooleanNode literalBoolean = nodeFactory.literalBoolean(false);
        ParameterNode useCaptureParameter =
            AbstractSyntaxTreeUtil.generateParameter(nodeFactory, USE_CAPTURE, BOOLEAN,
                                                     false, literalBoolean);
        parameterList = nodeFactory.parameterList(parameterList, useCaptureParameter);
        FunctionSignatureNode functionSignature = nodeFactory.functionSignature(parameterList, null);
        functionSignature.void_anno = true;

        MemberExpressionNode _bindingEventDispatcherGetterSelector =
            AbstractSyntaxTreeUtil.generateGetterSelector(nodeFactory, _BINDING_EVENT_DISPATCHER, false);
        IdentifierNode identifier = nodeFactory.identifier(REMOVE_EVENT_LISTENER, false);
        MemberExpressionNode typeGetterSelector =
            AbstractSyntaxTreeUtil.generateGetterSelector(nodeFactory, TYPE, false);
        ArgumentListNode argumentList = nodeFactory.argumentList(null, typeGetterSelector);
        MemberExpressionNode listenerGetterSelector =
            AbstractSyntaxTreeUtil.generateGetterSelector(nodeFactory, LISTENER, false);
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            AbstractSyntaxTreeUtil.generateParameter(nodeFactory, VALUE, accessorInfo.getTypeName(), true, position);
        ParameterListNode parameterList = nodeFactory.parameterList(null, parameter);
        FunctionSignatureNode functionSignature = nodeFactory.functionSignature(parameterList, null);
        functionSignature.void_anno = true;
        AttributeListNode attributeList = generateAttributeList(nodeFactory, accessorInfo.getAttributeString());
        IdentifierNode propertyNameIdentifier = nodeFactory.identifier(accessorInfo.getPropertyName());
        FunctionNameNode functionName = nodeFactory.functionName(Tokens.SET_TOKEN, propertyNameIdentifier);
        StatementListNode functionStatementList;
        String qualifiedBackingPropertyName = accessorInfo.getQualifiedBackingPropertyName().intern();
        String setterAccessPropertyName;
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    {
        // Equivalent AS:
        //
        //   this.${entry.qualifiedBackingPropertyName} = value;
        ThisExpressionNode outerThisExpression = nodeFactory.thisExpression(0);
        IdentifierNode identifier =
            AbstractSyntaxTreeUtil.generateIdentifier(nodeFactory, qualifiedBackingPropertyName, false);
        MemberExpressionNode getterSelector =
            AbstractSyntaxTreeUtil.generateGetterSelector(nodeFactory, VALUE, false);
        ArgumentListNode argumentList = nodeFactory.argumentList(null, getterSelector);
        SetExpressionNode setExpression = nodeFactory.setExpression(identifier, argumentList, false);
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        // Equivalent AS:
        //
        //    private static var _staticBindingEventDispatcher:flash.events.EventDispatcher =
        //        new flash.events.EventDispatcher();
        AttributeListNode attributeList = AbstractSyntaxTreeUtil.generatePrivateStaticAttribute(nodeFactory);
        IdentifierNode _staticBindingEventDispatcherIdentifier = nodeFactory.identifier(_STATIC_BINDING_EVENT_DISPATCHER, false);
        QualifiedIdentifierNode qualifiedIdentifier =
            AbstractSyntaxTreeUtil.generateQualifiedIdentifier(nodeFactory, FLASH_EVENTS,
                                                               EVENT_DISPATCHER_CLASS, false);
        CallExpressionNode callExpression =
            (CallExpressionNode) nodeFactory.callExpression(qualifiedIdentifier, null);
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    {
        // Equivalent AS:
        //
        //   var eventDispatcher:IEventDispatcher = ${bindableInfo.className}.staticEventDispatcher;
        MemberExpressionNode base = AbstractSyntaxTreeUtil.generateGetterSelector(nodeFactory, className, false);
        IdentifierNode staticEventDispatcherIdentifier = nodeFactory.identifier(STATIC_EVENT_DISPATCHER, false);
        GetExpressionNode selector = nodeFactory.getExpression(staticEventDispatcherIdentifier);
        MemberExpressionNode rvalue = nodeFactory.memberExpression(base, selector);
        VariableDefinitionNode variableDefinition =
            AbstractSyntaxTreeUtil.generateVariable(nodeFactory, EVENT_DISPATCHER_VAR,
                                                    FLASH_EVENTS, I_EVENT_DISPATCHER,
                                                    false, rvalue);
        outerThen = nodeFactory.statementList(outerThen, variableDefinition);
       
        ListNode test = generateEventDispatcherNotNull(nodeFactory);

        // Equivalent AS:
        //
        //   eventDispatcher.dispatchEvent(mx.events.PropertyChangeEvent.createUpdateEvent(${bindableInfo.className}, "$entry.qualifiedPropertyName", oldValue, value));
        IdentifierNode dispatchEventIdentifier = nodeFactory.identifier(DISPATCH_EVENT, false);

        MemberExpressionNode propertyChangeEventMemberExpression =
            AbstractSyntaxTreeUtil.generateGetterSelector(nodeFactory, MX_EVENTS, PROPERTY_CHANGE_EVENT, false);;
        IdentifierNode createUpdateEventIdentifier = nodeFactory.identifier(CREATE_UPDATE_EVENT, false);
        MemberExpressionNode getterSelector =
            AbstractSyntaxTreeUtil.generateGetterSelector(nodeFactory, className, false);
        ArgumentListNode createUpdateEventArgumentList = nodeFactory.argumentList(null, getterSelector);

        LiteralStringNode literalString = nodeFactory.literalString(qualifiedPropertyName);
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