Examples of org.apache.flex.compiler.definitions.references.IReference.resolve()

Package org.apache.flex.compiler.definitions.references

Class org.apache.flex.compiler.definitions.references.IReference

Examples of org.apache.flex.compiler.definitions.references.IReference.resolve()

org.apache.flex.compiler.definitions.references.IReference.resolve()
Resolves the reference to its {@link IDefinition} in the given projectand scope. @param project The project in which to resolve the reference. @param scope The scope where the resolution is occurring. @param dependencyType The type of dependency to introduce if the referenceresolves outside of the compilation unit. @param canEscapeWith Whether the resolution should look past awith scope. @return The {@link IDefinition} the reference resolves to.

        {
            IASNode problemNode = getBaseClassProblemNode(classNode, classDefinition);
            String baseClassReferenceName = baseClassReference.getName();


            //  The base class reference might be ambiguous.
            IDefinition foundDefinition = baseClassReference.resolve(project, (ASScope)classDefinition.getContainingScope(), DependencyType.INHERITANCE, true);
            if ( AmbiguousDefinition.isAmbiguous(foundDefinition))
                problems.add(new AmbiguousReferenceProblem(problemNode, baseClassReferenceName));
            else
                problems.add(new UnknownSuperclassProblem(problemNode, baseClassReferenceName));

View Full Code Here

                if (!(typeDefinition instanceof InterfaceDefinition))
                {
                    IDefinition idef = null;
                    if (typeDefinition == null)
                    {
                        idef = implementedInterface.resolve(project, (ASScope)this.getContainingASScope(), DependencyType.INHERITANCE, true);
                    }
                    if (problems != null)
                    {
                        if (idef instanceof AmbiguousDefinition)
                            problems.add(new AmbiguousReferenceProblem(getNode(), implementedInterface.getDisplayString()));

View Full Code Here

        // Add an expression dependency on the event type.
        // It doesn't need to be a signature dependency
        // because autogenerated event handlers are inaccessible;
        // they're either in a special private MXML namespace
        // or they're public but have an 'illegal' name.
        typeRef.resolve(builder.getProject(), scope, DependencyType.EXPRESSION, true);


        // Make the statements inside the event handler the children of this node.
        for (ScopedBlockNode script : scripts)
        {
            int n = script.getChildCount();

View Full Code Here

        IExpressionNode expressionNodeForGetter = expressionNodesForGetter.get(0);
        if (expressionNodeForGetter instanceof IIdentifierNode)
        {
            String name = ((IIdentifierNode)expressionNodeForGetter).getName();
            IReference ref = ReferenceFactory.lexicalReference(project.getWorkspace(), name);
            IDefinition def = ref.resolve(project, scope, DependencyType.EXPRESSION, false);
            if (def instanceof IVariableDefinition)
            {
                // here we have decided that the binding expression is a variable
                IVariableDefinition var = (IVariableDefinition)def;
                if (!var.isStatic())

View Full Code Here

        
        String importName = getImportName();
        IReference importReference = ReferenceFactory.packageQualifiedReference(
            project.getWorkspace(), importName);
        ASScope scope = (ASScope)getScopeNode().getScope();
        return importReference.resolve(project, scope, null, true);
    }


    //
    // Other methods
    //

View Full Code Here

TOP

All source code are property of their respective owners. Java is a trademark of Sun Microsystems, Inc and owned by ORACLE Inc. Contact coftware#gmail.com.