Examples of flex2.compiler.Source

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

                    QName qName = (QName) entry.getKey();
            Long dataSignatureChecksum = (Long)entry.getValue();
            Long swcSignatureChecksum = swcContext.getChecksum(qName);
                    if (swcSignatureChecksum == null && qName != null)
                    {
                        Source source = swcContext.getSource(qName.getNamespace(), qName.getLocalPart());
                        if (source != null)
                        {
                            swcSignatureChecksum = new Long(source.getLastModified());
                        }
                    }
            if (Trace.swcChecksum)
            {
              if (dataSignatureChecksum == null)

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        Iterator<Source> iterator = sources.values().iterator();
        int nextLowestTotalDependentCount = Integer.MAX_VALUE;


        while (iterator.hasNext())
        {
            Source source = iterator.next();
            int totalDependentCount = source.getTotalDependentCount();


            if (totalDependentCount == lowestTotalDependentCount)
            {
                iterator.remove();
            }

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        boolean relink = false;


        for (Map.Entry<String, Source> entry : sources.entrySet())
        {
            String className = entry.getKey();
            Source source = entry.getValue();
            Source cachedSource = applicationCache.getSource(className);


            if ((cachedSource != null) && !cachedSource.isUpdated())
            {
                CompilationUnit compilationUnit = source.getCompilationUnit();
                VirtualFile pathRoot = source.getPathRoot();
                CompilationUnit cachedCompilationUnit = cachedSource.getCompilationUnit();
                VirtualFile cachedSourcePathRoot = cachedSource.getPathRoot();


                if ((((pathRoot == null) && (cachedSourcePathRoot == null)) ||
                     ((pathRoot != null) && pathRoot.equals(cachedSource.getPathRoot()))) &&
                    (compilationUnit != null) && !compilationUnit.hasTypeInfo &&
                    (cachedCompilationUnit != null) && cachedCompilationUnit.hasTypeInfo)
                {
                    Source.copyCompilationUnit(cachedCompilationUnit, compilationUnit, true);
                    source.setFileTime(cachedSource.getFileTime());
                    source.reused();
                    relink = true;
                }
            }
        }

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                                         TreeSet<String> assetNames, TreeSet<String> libraryNames)
  {
    for (int i = 0, length = units == null ? 0 : units.size(); i < length; i++)
    {
      CompilationUnit u = units.get(i);
      Source s = (u == null) ? null : u.getSource();
      
      if (s == null)
      {
        continue;
      }
      
      if (s.isFileSpecOwner() || s.isSourceListOwner() || s.isSourcePathOwner() || s.isResourceBundlePathOwner())
      {
        sourceNames.add(s.getName());
        
        for (Iterator j = s.getFileIncludes(); j.hasNext(); )
        {
          VirtualFile f = (VirtualFile) j.next();
          sourceNames.add(f.getName());
        }


        if (u.hasAssets())
                {
                    for (Iterator j = u.getAssets().iterator(); j.hasNext(); )
                    {
                        Map.Entry e = (Map.Entry) j.next();
                        AssetInfo assetInfo = (AssetInfo) e.getValue();
                        VirtualFile path = assetInfo.getPath();
                        if (path != null)
                        {
                            assetNames.add(path.getName());
                        }
                    }
                }
      }
      else if (s.isSwcScriptOwner())
      {
        String location = ((SwcScript) s.getOwner()).getLibrary().getSwcLocation(); 
        libraryNames.add(location);
      }
    }
  }

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      List<CompilationUnit> units = movie.getExportedUnitsByFrame(f);
            List<String> aList = new ArrayList<String>(), dList = new ArrayList<String>();
      for (int j = 0, size = units == null ? 0 : units.size(); j < size; j++)
      {
        CompilationUnit u = units.get(j);
        Source s = u.getSource();
        
                if (u.hasAssets())
                {
                    for (Iterator k = u.getAssets().iterator(); k.hasNext(); )
                    {
                        Map.Entry e = (Map.Entry) k.next();
                        AssetInfo assetInfo = (AssetInfo) e.getValue();
                        VirtualFile path = assetInfo.getPath();
                        if (path != null)
                        {
                            String assetName = path.getName();
                            if (!aList.contains(assetName))
                            {
                                aList.add(assetName);
                            }
                        }
          }
        }


        if (s.isFileSpecOwner() || s.isResourceBundlePathOwner() || s.isSourceListOwner() ||
          s.isSourcePathOwner() || s.isSwcScriptOwner())
        {
          for (Iterator k = u.topLevelDefinitions.iterator(); k.hasNext(); )
          {
            String definitionName = k.next().toString();
            dList.add(definitionName);

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        if (benchmarkHelper != null)
        {
            benchmarkHelper.startPhase(CompilerBenchmarkHelper.PREPROCESS, source.getNameForReporting());
        }
        
        Source result = null;
        
    if (source.getCompilationUnit() == null)
      result = intfc.preprocess(source);
    else
      result = implc.preprocess(source);

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         * any of it child tags (if the FXG DOM says that they're needed). 
         */
        @Override
        public void parse2(CompilationUnit unit, SymbolTable symbolTable)
        {
            Source generatedSource = null;
            Source originalSource = unit.getSource();


            // Determine whether we need to introduce text class dependencies
            FXGNode rootNode = (FXGNode)unit.getContext().getAttribute(FXG_DOM_ROOT);
            boolean hasTextGraphic = false;
            String baseClassName = null;

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                FileUtil.writeFile(generatedName, generatedCode);
            }


            // Create a new Source for the generated file but based on our
            // original Source to preserve information like last modified. 
            Source generatedSource = new Source(generatedFile, originalSource);


            return generatedSource;
        }

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            // Now we can generate the concrete implementation for the FXG DOM
            // saved in the CompilationUnit's context from the parse1() phase
            // of SkeletonCompiler.
            try
            {
                Source generatedSource = generateSource(unit, symbolTable);
                if (generatedSource != null)
                    generatedSource.addFileIncludes(source);


                // Then we delegate to ASC to process our generated source.
                CompilationUnit implementationUnit = delegateSubCompiler.parse1(generatedSource, symbolTable);
                if (implementationUnit != null)
                {

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         * CompilationUnit. Additional symbols will be generated for child
         * sprites corresponding to &lt;TextGraphic&gt; nodes.
         */
        private Source generateSource(CompilationUnit unit, SymbolTable symbolTable) throws IOException
        {
            Source originalSource = unit.getSource();


            // package/class is derived from source name and location
            String className = originalSource.getShortName();
            String packageName = originalSource.getRelativePath().replace('/','.');


            // TypeTable will be used to determine if an text related FXG
            // attribute apply to a property or style of the associated
            // ActionScript API.
            TypeTable typeTable = new TypeTable(symbolTable, nameMappings, unit.getStandardDefs(),
                                                themeNames);


            // Transcode the FXG DOM to SWF graphics primitives
            FXGSymbolClass asset = transcodeFXG(unit, packageName, className, typeTable);


            // Generate the main source and associate the top level DefineSprite
            Source generatedSource = generateMainSource(unit, packageName, className, asset);


            // Handle any additional generated child sprite classes
            List<FXGSymbolClass> additionalAssets = asset.getAdditionalSymbolClasses();
            if (additionalAssets != null && additionalAssets.size() > 0)
            {
                Map<QName, Source> additionalSources = new HashMap<QName, Source>(additionalAssets.size());
                for (FXGSymbolClass additionalAsset : additionalAssets)
                {
                    if (additionalAsset.getSymbol() != null)
                    {
                        Source additionalSource = generateAdditionalSource(unit, additionalAsset);
                        if (additionalSource != null)
                        {
                            QName additionalQName = new QName(additionalAsset.getPackageName(), additionalAsset.getClassName()); 
                            additionalSources.put(additionalQName, additionalSource);
                        }

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