Examples of org.apache.flex.compiler.scopes.IASScope

org.apache.flex.compiler.scopes.IASScope
{@link IASScope} represents a scope found within ActionScript.Together with {@link IDefinition}, it is the basis of the compiler's symbol table.
Scopes keep track of the definitions defined within a section of source code (and also any import and use namespace directives).
It is common for a definition contained within a scope to contain another scope, so scopes and definitions form a hierarchical structure.
Scopes exist at the level of projects, files, packages, classes, interfaces, functions, catch blocks, and with blocks.
A file scope (which may contain package, class, interface, function, catch, and with scopes) is the local symbol table for resolving references in a compilation unit to definitions within that same compilation unit.
A project scope, populated with any externally visible definitions from each file scope, is the global symbol table for resolving reference in a compilation unit to definitions in other compilation units.
Each {@link IASScope} supports the following behavior:
- Getting the containing scope.
- Getting the scoped definition that produced the scope.
- Getting the scoped node that produced the scope.
- Getting the definitions in the scope that have a specified base name.
- Getting all the base names of the definitions in the scope.
- Getting all the sets of definitions in the scope that have a common base name.
- Getting all the definitions in the scope.

                    {
                        compilationUnit = ((DefinitionPromise)definition).getCompilationUnit();
                    }
                    else
                    {
                        IASScope containingScope = definition.getContainingScope();
                        compilationUnit = getCompilationUnitForScope(containingScope);
                    }
                    assert (compilationUnit != null); // should always be able to find our compilation unit
                    compilationUnits.add(compilationUnit);
                }

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    {
        final String baseName = getBaseName();
        final boolean isInterface = type instanceof IInterfaceDefinition;


        // Look at the type's local definitions that have the same name as this function.
        final IASScope typeScope = type.getContainedScope();
        final IDefinitionSet definitionSet = typeScope.getLocalDefinitionSetByName(baseName);
        final int n = definitionSet != null ? definitionSet.getSize() : 0;
        for (int i = 0; i < n; i++)
        {
            IDefinition member = definitionSet.getDefinition(i);

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    }


    @Override
    public IDefinition getParent()
    {
        IASScope scope = getContainingScope();


        // Walk up the scope chain until we find a scope that has
        // a containing definition.  The following types of scope do
        // not have an immediate containing definition:
        // CatchScope's
        // WithScope's
        // FunctionScope's for MXML event handler's.
        while ((scope != null) && (scope.getDefinition() == null))
            scope = scope.getContainingScope();


        return scope != null ? scope.getDefinition() : null;
    }

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        return name;
    }


    protected final ASScope getContainingASScope()
    {
        IASScope s = getContainingScope();
        ASScope scope = s instanceof ASScope ? (ASScope)s : null;
        return scope;
    }

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     */
    private boolean checkVectorMatch(DefinitionBase node)
    {
        
        
        IASScope thisScope = getContainingScope();
        IASScope nodeScope = node.getContainingScope();
        if (thisScope != null && nodeScope != null)
            
        {
            IScopedDefinition thisDef = thisScope.getDefinition();
            IScopedDefinition nodeDef = nodeScope.getDefinition();
            
            if (thisDef instanceof AppliedVectorDefinition && nodeDef instanceof AppliedVectorDefinition)
            {
                String thisElementQName = ((AppliedVectorDefinition)thisDef).getQualifiedName();
                String nodeElementQName = ((AppliedVectorDefinition)nodeDef).getQualifiedName();

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    {
        startProfile(Operation.GET_FILESCOPE);


        // Get the AST dig out the symbol table.
        final FileNode ast = (FileNode)getSyntaxTreeRequest().get().getAST();
        final IASScope scope = ast.getScope();
        assert scope instanceof ASFileScope : "Expect ASFileScope as the top-level scope, but found " + scope.getClass();
        
        IFileSpecification rootSource = getRootFileSpecification();
        
        final ASFileScopeRequestResult result =
            new ASFileScopeRequestResult(getDefinitionPromises(), getDefinitionPriority(),

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        };
    }


    private static boolean anyNonParametersInScope(ScopedBlockNode contents)
    {
        IASScope sc = contents.getScope();
        Collection<IDefinition> ldfs = sc.getAllLocalDefinitions();
        for (IDefinition def : ldfs)
        {
            if (!(def instanceof IParameterDefinition))
                return true;
        }

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                // Now we need to remove all the definitions in this function scope, except
                // we keep the parameters. This is because the initial "skeleton parse" goes as
                // far as the parameters.
                // So when we throw away the body, we still need to keep the parameter definitions
                IASScope functionScope = contents.getScope();
                Collection<IDefinition> localDefs = functionScope.getAllLocalDefinitions();
                for (IDefinition def : localDefs)
                {
                    if (! (def instanceof IParameterDefinition))
                    {
                        ASScope asScope = (ASScope)functionScope;

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        VectorInformation vecInfo = VectorInformation.getInformation();
        ASScope scope = getContainedScope();


        // Copy the methods from the base class, so they report themselves as belonging
        // to the instantiated Vector class instead of Vector$object, etc.
        IASScope baseClassScope = baseClass.getContainedScope();
        for (IDefinition defaultDef : baseClassScope.getAllLocalDefinitions())
        {
            String name = defaultDef.getBaseName();
            VectorInformation.FunctionInfo info = vecInfo.getFunctionInfo(name);
            if (defaultDef instanceof FunctionDefinition)
            {

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     */
    public void init(IDefinition definition, ICompilerProject project)
    {
       
        
        IASScope scope = definition.getContainingScope();
        IScopedDefinition sd = scope.getDefinition();
        if (sd instanceof DefinitionBase)
        {
            DefinitionBase db = (DefinitionBase)sd;
            containingClass = db.getMName(project);
        }

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