Examples of org.apache.flex.compiler.tree.as.IExpressionNode.resolve()

Package org.apache.flex.compiler.tree.as

Class org.apache.flex.compiler.tree.as.IExpressionNode

Examples of org.apache.flex.compiler.tree.as.IExpressionNode.resolve()

org.apache.flex.compiler.tree.as.IExpressionNode.resolve()
If this expression is statically known to refer to a definition return a reference to that definition. In many cases this will return the same definition as resolveType, but when an identifier resolves to an member variable or member function of a class, this method will return the IDefinition for the member variable or member function not the definition for the type of the member variable or the member function. @param project The {@link ICompilerProject} to use to do lookups. @return The {@link IDefinition} this expression refers to.

        
        // Check whether the namespace is being initialized to a deprecated namespace.
        IExpressionNode namespaceInitialValueNode = nsNode.getNamespaceURINode();
        if (namespaceInitialValueNode != null)
        {
            IDefinition namespaceInitialvalueDefinition = namespaceInitialValueNode.resolve(project);
            checkDeprecated(namespaceInitialValueNode, namespaceInitialvalueDefinition);
        }
    }


    /**

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        IExpressionNode expressionNode = (IExpressionNode)getExpressionNode();


        if (expressionNode != null)
        {
            IDefinition d = expressionNode.resolve(project);
            if (d instanceof IFunctionDefinition)
                return (IFunctionDefinition)d;
        }


        return null;

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        IExpressionNode expressionNode = (IExpressionNode)getExpressionNode();


        if (expressionNode != null)
        {
            IDefinition d = expressionNode.resolve(project);
            if (d instanceof ITypeDefinition)
                return (ITypeDefinition)d;
        }


        return null;

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        iinfo.interfaceNames = new Name[raw_interfaces.length];


        for ( int i = 0; i < raw_interfaces.length; i++)
        {
            IExpressionNode extendedInterface = raw_interfaces[i];
            IDefinition extendedDefinition = extendedInterface.resolve(interfaceScope.getProject());
            
            if ( extendedDefinition instanceof IInterfaceDefinition ) 
            {
                Name interfaceName = ((DefinitionBase)extendedDefinition).getMName(interfaceScope.getProject());
                iinfo.interfaceNames[i] = interfaceName;

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        // First, let's get the node the represents the function name.
        // That's the one that will have the binding metadata
        IExpressionNode nameNode = node.getNameNode();
        
        IDefinition nameDef = nameNode.resolve(project);
        
        // we ignore non-bindable functions
        // we also ignore functions that don't resolve - they are dynamic, and hence
        // not watchable
        if (nameDef!=null && nameDef.isBindable())

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                                    // ex: {a.b} - the watcher for b will be a child of a
        final IExpressionNode left = node.getLeftOperandNode();
        final IExpressionNode right = node.getRightOperandNode();
  
        final IDefinition leftDef = left.resolve(project);
        final IDefinition rightDef = right.resolve(project);
        if (leftDef instanceof IClassDefinition)
        {
            // In this case, is foo.prop, where "foo" is a class name.
            // We can skip over the left side ("foo"), because when we
            // analyze the right side we will still know what it is.

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    @Override
    public IDefinition resolveCalledExpression(ICompilerProject project)
    {
        IExpressionNode nameNode = getNameNode();
        return nameNode.resolve(project);
    }
    
    @Override
    public IExpressionNode[] getArgumentNodes()
    {

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