Examples of flex2.compiler.Source$Resolver

flex2.compiler.Source
This class represents the information associated with a single file while it's being compiled. This information includes the pathRoot, the relativePath, the shortName, which is often the class name, the owner, which specifies where the Source came from, and whether the Source is internal, root, and debuggable. @author Clement Wong

        {
            classInfo = classInfoMap.get( qName.toString() );


            if (classInfo == null)
            {
                Source source = symbolTable.findSourceByQName(qName);


                assert source != null : "no source for qname '" + qName + "', even though multiname was resolved";


                CompilationUnit compilationUnit = source.getCompilationUnit();


                AbcClass abcClass = compilationUnit.classTable.get( qName.toString() );


                if (abcClass != null)
                {

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    {
        QName qName = findQName(multiName);


        if (qName != null)
        {
            Source source = symbolTable.findSourceByQName(qName);


            InterfaceInfo baseInterfaceInfo = interfaceInfoMap.get( qName.toString() );


            if (baseInterfaceInfo == null)
            {
                CompilationUnit compilationUnit = source.getCompilationUnit();


                AbcClass abcClass = null;


                if (compilationUnit != null)
                {

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     *
     */
    private Source createSource(String fileName, String shortName, long lastModified,
                  PathResolver resolver, SourceCodeBuffer sourceCodeBuffer)
    {
        Source result = null;


        if (sourceCodeBuffer.getBuffer() != null)
        {
            String sourceCode = sourceCodeBuffer.toString();


            if (generatedOutputDirectory != null)
            {
                try
                {
                    FileUtil.writeFile(generatedOutputDirectory + File.separatorChar + fileName, sourceCode);
                }
                catch (IOException e)
                {
                    ThreadLocalToolkit.log(new VelocityException.UnableToWriteGeneratedFile(fileName, e.getMessage()));
                }
            }


      VirtualFile generatedFile = new TextFile(sourceCode, fileName, null, MimeMappings.AS, lastModified);


            result = new Source(generatedFile,
                                "",
                                shortName,
                                null,
                                false,
                                false,
                                false);
            result.setPathResolver(resolver);
        }


        return result;
    }

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        String className = dataBindingInfo.getWatcherSetupUtilClassName();
        String shortName = className.substring(className.lastIndexOf(DOT) + 1);
        String fileName = className.replace('.', File.separatorChar) + DOT_AS;
        VirtualFile emptyFile = new TextFile(EMPTY_STRING, fileName, null, MimeMappings.AS,
                                             compilationUnit.getSource().getLastModified());
        Source result = new Source(emptyFile, EMPTY_STRING, shortName, null, false, false, false);


        Context cx = AbstractSyntaxTreeUtil.generateContext(symbolTable.perCompileData, result,
                                                            symbolTable.emitter, defines);
        NodeFactory nodeFactory = cx.getNodeFactory();


        HashSet<String> configNamespaces = new HashSet<String>();
        StatementListNode configVars = AbstractSyntaxTreeUtil.parseConfigVars(cx, configNamespaces);
        ProgramNode program = AbstractSyntaxTreeUtil.generateProgram(cx, configVars, EMPTY_STRING);
        StatementListNode programStatementList = program.statements;


        String[] watcherImports = compilationUnit.getStandardDefs().getImports();
        for (int i = 0; i < watcherImports.length; i++)
        {
            ImportDirectiveNode importDirective = AbstractSyntaxTreeUtil.generateImport(cx, watcherImports[i]);
            programStatementList = nodeFactory.statementList(programStatementList, importDirective);
        }


        MetaDataNode metaDataNode = AbstractSyntaxTreeUtil.generateMetaData(nodeFactory, EXCLUDE_CLASS);
        programStatementList = nodeFactory.statementList(programStatementList, metaDataNode);


        ClassDefinitionNode classDefinition = generateClassDefinition(cx, configNamespaces, shortName,
                                                                      dataBindingInfo, compilationUnit.getStandardDefs());
        programStatementList = nodeFactory.statementList(programStatementList, classDefinition);
        program.statements = programStatementList;


        PackageDefinitionNode packageDefinition = nodeFactory.finishPackage(cx, null);
        nodeFactory.statementList(programStatementList, packageDefinition);


    CompilerContext context = new CompilerContext();
    context.setAscContext(cx);
    result.newCompilationUnit(program, context).setSyntaxTree(program);


        // Useful when comparing abstract syntax trees
        //flash.swf.tools.SyntaxTreeDumper.dump(program, "/tmp/" + className + "New.xml");


        As3Compiler.cleanNodeFactory(nodeFactory);

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  public static Source getResourceBundleSource(String packageName, String className, ResourceBundlePath bundlePath,
                                               SourcePath sourcePath, CompilerSwcContext swcContext)
      throws CompilerException
  {
    // look for className.properties
    Source s = bundlePath.findSource(packageName, className);


    if (s == null)
    {
      // continue our search for a .properties file by looking in the SWCs for className_properties
      s = swcContext.getSource(packageName, className + CLASS_SUFFIX);

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                                                          String className, Map<String, Object> args, int line, int col,
                                                          boolean generateCode)
    {
    PathResolver context = new PathResolver();
    Transcoder.TranscodingResults results = null;
        Source source = unit.getSource();


        if (!args.containsKey(Transcoder.RESOLVED_SOURCE))
        {
            String embedSource = (String) args.get(Transcoder.SOURCE);


            // paths starting with slash are either relative to a source path root or
            // fully qualified.
            if (embedSource != null && embedSource.charAt(0) == '/')
            {
                VirtualFile pathRoot = source.getPathRoot();
                if (pathRoot != null)
                {
                    context.addSinglePathResolver(pathRoot);
                }
                Object owner = source.getOwner();
                if (owner instanceof SinglePathResolver)
                {
                    context.addSinglePathResolver((SinglePathResolver) owner);
                }
            }
            else
            {
                if ( args.containsKey(Transcoder.FILE) )
                {
                  String path = (String) args.get(Transcoder.FILE);
                  String pathSep = (String) args.get(Transcoder.PATHSEP);
                  if ("true".equals(pathSep))
                  {
                    path = path.replace('/', '\\');
                  }
                  
                    VirtualFile contextFile = LocalFilePathResolver.getSingleton().resolve(path);


                    // If the contextFile is the same as the Source's file, then don't add
                    // it as a path resolver, because we'll rely on the Source's
                    // delegate/backing file.  If we don't do this, then some relative
                    // paths might incorrectly be resolved relative to the generated .as
                    // file, instead of the original mxml file.
                    if ((contextFile != null) && !contextFile.getName().equals(source.getName()))
                    {
                        context.addSinglePathResolver(contextFile);
                    }
                }


                VirtualFile backingFile = source.getBackingFile();


                if (backingFile != null)
                {
                    context.addSinglePathResolver(backingFile);
                }

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            // Create a new Source for the node.
            VirtualFile virtualFile = new TextFile("", unit.getSource().getName() + "$" + className,
                                                   unit.getSource().getName(), unit.getSource().getParent(),
                                                   MimeMappings.MXML, unit.getSource().getLastModified());
            Source source = new Source(virtualFile, unit.getSource(), className, false, false);


            // Set the Source's syntax tree to the DocumentNode
            // equivalent of the grandchild, so that the text
            // representation won't have to be recreated and reparsed.
            DocumentNode inlineDocumentNode =
                DocumentNode.inlineDocumentNode(componentRoot.getNamespace(), componentRoot.getLocalPart(),
                        NameFormatter.toDot(docInfo.getPackageName(), docInfo.getClassName()));


            inlineDocumentNode.beginLine = componentRoot.beginLine;
            inlineDocumentNode.beginColumn = componentRoot.beginColumn;
            inlineDocumentNode.endLine = componentRoot.endLine;
            inlineDocumentNode.endColumn = componentRoot.endColumn;
            inlineDocumentNode.image = componentRoot.image;
            
            // Inline components are line inner classes, so there need to be suppressed in the asdoc.
            if(generateAst)
            {
                inlineDocumentNode.comment = "<description><![CDATA[]]></description><private><![CDATA[]]></private>";    
            }
            else 
            {
                inlineDocumentNode.comment = "@private";
            }
            
            componentRoot.copy(inlineDocumentNode);
            inlineDocumentNode.setLocalClassMappings(docInfo.getLocalClassMappings());
            inlineDocumentNode.setLanguageNamespace(docInfo.getLanguageNamespace());
            inlineDocumentNode.setVersion(docInfo.getVersion());


            addExcludeClassNode(inlineDocumentNode, componentRoot);
            
            source.addSourceFragment(AttrInlineComponentSyntaxTree, inlineDocumentNode, null);


            unit.addGeneratedSource(classQName, source);
        }

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            // Create a new Source for the node.
            VirtualFile virtualFile = new TextFile("", unit.getSource().getName() + "$" + className,
                                                   unit.getSource().getName(), unit.getSource().getParent(),
                                                  MimeMappings.MXML, unit.getSource().getLastModified());
            Source source = new Source(virtualFile, unit.getSource(), className, false, false);


            // Set the Source's syntax tree to the DocumentNode
            // equivalent of the grandchild, so that the text
            // representation won't have to be recreated and reparsed.
            DocumentNode definitionDocumentNode = new DocumentNode(definitionRoot.getNamespace(), definitionRoot.getLocalPart());
            definitionDocumentNode.beginLine = definitionRoot.beginLine;
            definitionDocumentNode.beginColumn = definitionRoot.beginColumn;
            definitionDocumentNode.endLine = definitionRoot.endLine;
            definitionDocumentNode.endColumn = definitionRoot.endColumn;
            definitionDocumentNode.image = definitionRoot.image;
            // anything defined using the Library Definition is only accesible within the class. So it should always have a private comment.
            if(generateAst)
            {
                definitionDocumentNode.comment = "<description><![CDATA[]]></description><private><![CDATA[]]></private>";    
            }
            else 
            {
                definitionDocumentNode.comment = "@private";
            }
            
            definitionRoot.copy(definitionDocumentNode);
            definitionDocumentNode.setLocalClassMappings(docInfo.getLocalClassMappings());
            definitionDocumentNode.setLanguageNamespace(docInfo.getLanguageNamespace());
            definitionDocumentNode.setVersion(docInfo.getVersion());


            source.addSourceFragment(AttrInlineComponentSyntaxTree, definitionDocumentNode, null);


            unit.addGeneratedSource(classQName, source);
        }

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            compilationUnit.mixins.add(className);


            // Determine whether we need to regenerate the style source based
            // on whether any new style definitions were included
            String genFileName = generateStyleSourceName(packageName, className);
            Source styleSource = resources.findSource(genFileName);
            if (styleSource != null)
            {
                if (styleSource.getCompilationUnit() == null) 
                {
                    // if no compilationUnit, then we need to generate source so we can recompile.
                    styleSource = null;
                }
                else

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  }


    private Source generateFontFaceRules(ResourceContainer resources)
    {
      String genFileName = generateFontFaceRuleSourceName();
      Source styleSource = resources.findSource(genFileName);
      if (styleSource != null)
      {
            if (styleSource.getCompilationUnit() == null) 
            {
                // if no compilationUnit, then we need to generate source so we can recompile.
                styleSource = null;
            }
            else

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