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

Package org.apache.flex.compiler.definitions

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

org.apache.flex.compiler.definitions.IClassDefinition
A definition representing a class declaration.
An IClassDefinitionIClassNode.
For example, the class declaration
```
 public class B extends A { }
```
creates a class definition whose base name is "B", whose namespace reference is to the public namespace, and whose type reference is null. It has an IReference named "A" to the class that it extends.
A class definition is contained within a file scope or a package scope, and contains a class scope. The members of the class are represented by definitions in the class scope.

    protected final MXMLSpecifierNodeBase createSpecifierNode(MXMLTreeBuilder builder, String specifierName)
    {
        if (TAG_REQUEST.equals(specifierName))
        {
            final FlexProject project = builder.getProject();
            final IClassDefinition classHTTPService = getClassReference(project);
            final IDefinition definitionRequest = project.resolveSpecifier(classHTTPService, TAG_REQUEST);
            if (definitionRequest != null)
            {
                final MXMLHTTPServiceRequestPropertyNode requestPropertyNode = new MXMLHTTPServiceRequestPropertyNode(this);
                requestPropertyNode.setDefinition(definitionRequest);

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    }


    @Override
    public String getName()
    {
        IClassDefinition classDefinition = getContainedClassDefinition();
        // The classDefinition can be null when Component tag is partially written
        // i.e., with no component inside it
        // e.g. <fx:Component></fx:Component>
        return classDefinition != null ? classDefinition.getBaseName() : "";
    }

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                // TODO Add a problem subclass for this.
                ICompilerProblem problem = new MXMLSemanticProblem(childTag);
                builder.addProblem(problem);
            }


            IClassDefinition tagDefinition = (IClassDefinition)tagDef;


            // Check that the class is not final.
            if (tagDefinition.isFinal())
            {
                // TODO Add a problem subclass for this.
                ICompilerProblem problem = new MXMLSemanticProblem(childTag);
                builder.addProblem(problem);
            }

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        reprocessStateDependentNodes(builder);


        // Add the dependency between the class this node defines and its superclass,
        // as expressed by this tag that created this node.
        FlexProject project = builder.getProject();
        IClassDefinition classReference = getClassReference(project);
        String qname = classReference.getQualifiedName();
        builder.addDependency(qname, DependencyType.INHERITANCE);
    }

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            ICompilerProblem problem = new MXMLNotAClassProblem(rootTag, tagDef.getQualifiedName());
            builder.addProblem(problem);
            return;
        }


        IClassDefinition tagDefinition = (IClassDefinition)tagDef;


        // Report a problem if that class is final.
        if (tagDefinition != null && tagDefinition.isFinal())
        {
            ICompilerProblem problem = new MXMLFinalClassProblem(rootTag, tagDef.getQualifiedName());
            builder.addProblem(problem);
            return;
        }


        // Report a problem is that class's constructor has required parameters.
        IFunctionDefinition constructor = tagDefinition.getConstructor();
        if (constructor != null && constructor.hasRequiredParameters())
        {
            ICompilerProblem problem = new MXMLConstructorHasParametersProblem(rootTag, tagDef.getQualifiedName());
            builder.addProblem(problem);
            return;

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    public IDefinition resolveProperty(IClassDefinition classDefinition, String propertyName)
    {
        Iterator<IClassDefinition> classIterator = classDefinition.classIterator(this, true);
        while (classIterator.hasNext())
        {
            IClassDefinition c = classIterator.next();
            
            ASScope classScope = ((ClassDefinition)c).getContainedScope();
            IDefinitionSet definitionSet = classScope.getLocalDefinitionSetByName(propertyName);
            if (definitionSet != null)
            {

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    public IEventDefinition resolveEvent(IClassDefinition classDefinition, String eventName)
    {
        Iterator<IClassDefinition> classIterator = classDefinition.classIterator(this, true);
        while (classIterator.hasNext())
        {
            IClassDefinition c = classIterator.next();
            IEventDefinition eventDefinition = c.getEventDefinition(getWorkspace(), eventName);
            if (eventDefinition != null)
                return eventDefinition;
        }


        return null;

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        Iterator<IClassDefinition> classIterator = classDefinition.classIterator(this, true);


        IWorkspace w = getWorkspace();
        while (classIterator.hasNext())
        {
            IClassDefinition c = classIterator.next();
            IStyleDefinition styleDefinition = c.getStyleDefinition(w, styleName);
            if (styleDefinition != null)
                return styleDefinition;
        }


        return null;

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        IWorkspace w = getWorkspace();


        Iterator<IClassDefinition> classIterator = classDefinition.classIterator(this, true);
        while (classIterator.hasNext())
        {
            IClassDefinition c = classIterator.next();
            IEffectDefinition effectDefinition = c.getEffectDefinition(w, effectName);
            if (effectDefinition != null)
                return effectDefinition;
        }


        return null;

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        ClassNode enclosing_class = (ClassNode) iNode.getAncestorOfType(ClassNode.class);


        if ( enclosing_class != null )
        {
            IClassDefinition super_def = enclosing_class.getDefinition().resolveBaseClass(project);
            if (super_def != null)
            {
                IFunctionDefinition ctor = super_def.getConstructor();


                if (ctor instanceof FunctionDefinition)
                {
                    FunctionDefinition func = (FunctionDefinition)ctor;
                    if (func.getParameters() != null && func.getParameters().length != 0)
                    {
                        ParameterDefinition first_param = func.getParameters()[0];


                        if ( !first_param.hasDefaultValue() && ! first_param.isRest() )
                        {
                            addProblem(new NoDefaultConstructorInBaseClassProblem(iNode, super_def.getBaseName()));
                        }
                    }
                }
            }
        }

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