Examples of org.apache.flex.compiler.definitions.INamespaceDefinition

Package org.apache.flex.compiler.definitions

Examples of org.apache.flex.compiler.definitions.INamespaceDefinition

org.apache.flex.compiler.definitions.INamespaceDefinition
ver"; creates a namespace definition whose base name is "ns", whose namespace reference is to the public namespace, and whose type reference is null.
A user-defined namespace definition is contained within a file scope, a package scope, a class scope, an interface scope, or a function scope; it does not contain a scope.
There are also builtin namespace definitions for public, protected, private, and internal namespaces.
NamespaceDefinition.getPublicNamespaceDefinition() is the singleton IPublicNamespaceDefinition representing the public namespace. All files share the same public namespace.
NamespaceDefinition.createPrivateNamespaceDefinition() returns an IPrivateNamespaceDefinition representing the private namespace for a particular file. Different files have different private namespaces.
NamespaceDefinition.createProtectedNamespaceDefinition() returns an IProtectedNamespaceDefinition representing the protected namespace for a particular file. Different fiels have different protected namespaces.
NamespaceDefinition.createInternalNamespaceDefinition returns an IInternalNamespaceDefinition representing the internal naemspace for a particular package. Different packages have different internal namespaces.

                        // Can MXML set protected properties?
                        // Can MXML set mx_internal properties if you've done
                        // 'use namesapce mx_internal' in a <Script>?
                        winner = definition;
                        final INamespaceReference namespaceReference = definition.getNamespaceReference();
                        final INamespaceDefinition thisNamespaceDef = namespaceReference.resolveNamespaceReference(this);
                        final boolean isBindable = ((NamespaceDefinition)thisNamespaceDef).getAETNamespace().getName().equals(
                                BindableHelper.bindableNamespaceDefinition.getAETNamespace().getName());
                        // if we find a setter always take it, otherwise 
                        // keep looking for a setter
                        if (winner instanceof ISetterDefinition && !isBindable)

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            final String baseName = userDefinedNamespaceReference.getBaseName();
            final INamespaceReference qualifier = userDefinedNamespaceReference.getQualifierNamespace();
            if (qualifier != null)
            {
                INamespaceDefinition resolvedQualifier = resolveDirectiveReference(qualifier);
                if (resolvedQualifier == null)
                    return null;
                return resolveQualifiedDirectiveReference(resolvedQualifier, baseName);
            }
            else

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        IASNode nsNode = iNode instanceof BaseDefinitionNode ?
                ((BaseDefinitionNode)iNode).getNamespaceNode() :
                iNode;


        INamespaceDefinition nsDef = nsRef.resolveNamespaceReference(project);
        
        if (nsRef.resolveNamespaceReference(project) == null)
            addProblem(new UnresolvedNamespaceProblem(nsNode));
        
        checkDeprecated(nsNode, nsDef);

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    }


    private String getNamespaceStringFromDef (IDefinition funcDef)
    {
        String namespaceName = null;
        INamespaceDefinition n = funcDef.resolveNamespace(project);
        if (n != null)
        {
            namespaceName = n.getBaseName();
        }
        return namespaceName;
    }

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        // Only the base name (e.g., "Vector$object") is passed in.
        // But the developer may have also defined something with the same
        // base name, so we need to make sure that the definition we find
        // also has the correct package, namely "__AS3__.vec".
        
        INamespaceDefinition vectorImplPackage = ((CompilerProject)project).getWorkspace().getPackageNamespaceDefinitionCache().get(IASLanguageConstants.Vector_impl_package, true);
        
        IResolvedQualifiersReference vectorReference = ReferenceFactory.resolvedQualifierQualifiedReference(project.getWorkspace(), vectorImplPackage, baseName);
        IDefinition vectorIDefinition = vectorReference.resolve(project);
        assert vectorIDefinition instanceof IClassDefinition :
            "Unable to find: " + vectorReference.getDisplayString();

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        assert !(def instanceof ParameterDefinition);


        INamespaceReference qualifier = def.getNamespaceReference();
        if (!qualifier.isPublicOrInternalNamespace())
            return def;
        INamespaceDefinition qualifierDef = (INamespaceDefinition)qualifier;
        IResolvedQualifiersReference refToDefinition =
                ReferenceFactory.resolvedQualifierQualifiedReference(project.getWorkspace(), qualifierDef, def.getBaseName());
        return refToDefinition.resolve(project);
    }

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     *                  the function definition (so if there are no conflicts, the list should have 1 item).
     */
    public static List<IDefinition> findPotentialFunctionConflicts (ICompilerProject project, IFunctionDefinition funcDef)
    {
        ASScope scope = (ASScope)funcDef.getContainingScope();
        INamespaceDefinition qualifier = funcDef.getNamespaceReference().resolveNamespaceReference(project);
        Set<INamespaceDefinition> namespaceSet = Collections.singleton(qualifier);
        return scope.getPropertiesByNameForMemberAccess((CompilerProject) project, funcDef.getBaseName(), namespaceSet);
    }

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     *    in a class and its namespace is the same as the enclosing class' superclass'
     *    protected namespace; otherwise, return the definition's namespace.
     */
    public static INamespaceDefinition getNamespaceInClassContext(IDefinition def, ICompilerProject project)
    {
        INamespaceDefinition namespace = def.resolveNamespace(project);


        IDefinition parent = def.getParent();


        if ( namespace != null && parent instanceof ClassDefinition )
        {
            // Iterate over the superclasses of this method's class.
            ClassDefinition cls  = (ClassDefinition)parent;
            ClassDefinition base = (ClassDefinition)cls.resolveBaseClass(project);


            if (base != null)
            {
                // Adjust the namespace if this is the protected namespace
                INamespaceDefinition protectedNS = cls.getProtectedNamespaceReference().resolveNamespaceReference(project);
                if (namespace.equals(protectedNS))
                    namespace = base.getProtectedNamespaceReference().resolveNamespaceReference(project);
            }
        }

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    {
        IDefinition result = null; 


        if ( scope != null && member_def != null && member_def.getNamespaceReference() != null )
        {
            INamespaceDefinition namespace =
                member_def.getNamespaceReference().resolveNamespaceReference(project);
            if (namespace != null)
            {
                String baseName = member_def.getBaseName();

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    {
        IDefinition result = null;


        if ( scope != null && member_def != null && member_def.getNamespaceReference() != null )
        {
            INamespaceDefinition namespace =
                    member_def.getNamespaceReference().resolveNamespaceReference(project);


            if (namespace != null)
            {
                result = getPropertyQualified( scope, namespace, member_def.getBaseName(), project);

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org.apache.flex.compiler.internal.definitions.NamespaceDefinition$MemberNamespaceReference

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