Examples of org.eclipse.jface.text.reconciler.IReconcilingStrategy

Package org.eclipse.jface.text.reconciler

Examples of org.eclipse.jface.text.reconciler.IReconcilingStrategy

org.eclipse.jface.text.reconciler.IReconcilingStrategy
A reconciling strategy is used by an reconciler to reconcile a model based on text of a particular content type. It provides methods for incremental as well as non-incremental reconciling.
If a reconcile strategy consists of several steps between which model transformation is desired the each step should implement {@link org.eclipse.jface.text.reconciler.IReconcileStep}.

In order to provide backward compatibility for clients of IReconcilingStrategy, extension interfaces are used to provide a means of evolution. The following extension interfaces exist:
- {@link org.eclipse.jface.text.reconciler.IReconcilingStrategyExtension} since version 2.0 introducingthe following functions:
  - usage of a progress monitor
  - initial reconciling step: if a reconciler runs as periodic activity in the background, this methods offers the reconciler a chance for initializing its strategies and achieving a reconciled state before the periodic activity starts.
This interface must be implemented by clients. Implementers should be registered with a reconciler in order get involved in the reconciling process.


    SpellingService spellingService= EditorsUI.getSpellingService();
    if (spellingService.getActiveSpellingEngineDescriptor(fPreferenceStore) == null)
      return null;
    
    IReconcilingStrategy strategy= new SpellingReconcileStrategy(sourceViewer, spellingService); 
    MonoReconciler reconciler= new MonoReconciler(strategy, false);
    reconciler.setIsIncrementalReconciler(false);
    reconciler.setProgressMonitor(new NullProgressMonitor());
    reconciler.setDelay(500);
    return reconciler;

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     * implements INonIncrementalReconcilingStrategy, only call it once
     * regardless of the number and types of partitions.
     */
    ITypedRegion[] partitions = computePartitioning(dirtyRegion);
    for (int i = 0; i < partitions.length && !fIsCanceled; i++) {
      IReconcilingStrategy strategy = getReconcilingStrategy(partitions[i].getType());
      if (strategy != null) {
        strategy.reconcile(partitions[i]);
      }
    }
  }

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       * Process the strategies for the last known-good partitions to
       * ensure all problem annotations are cleared if needed.
       */
      if (fLastPartitions != null && document.getLength() == 0) {
        for (int i = 0; i < fLastPartitions.length; i++) {
          IReconcilingStrategy strategy = getReconcilingStrategy(fLastPartitions[i].getType());
          if (strategy != null) {
            strategy.reconcile(fLastPartitions[i]);
          }
        }
      }
      else {
        DirtyRegion entireDocument = createDirtyRegion(0, document.getLength(), DirtyRegion.INSERT);

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    ValidatorStrategy validatorStrategy = getValidatorStrategy();
    if (validatorStrategy != null) {
      validatorStrategy.endProcessing();
    }
    /* single spell-check for everything to ensure that SpellingProblem offsets are correct */
    IReconcilingStrategy spellingStrategy = getSpellcheckStrategy();
    IDocument document = getDocument();
    if (spellingStrategy != null && document != null) {
       spellingStrategy.reconcile(new Region(0, document.getLength()));
    }
    
    IReconcilingStrategy semanticHighlightingStrategy = getSemanticHighlightingStrategy();
    if (semanticHighlightingStrategy != null && document != null) {
      semanticHighlightingStrategy.reconcile(new Region(0, document.getLength()));
    }


    if ((getTextViewer() instanceof ISourceViewer)) {
      ISourceViewer sourceViewer = (ISourceViewer) getTextViewer();
      IAnnotationModel annotationModel = sourceViewer.getAnnotationModel();

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  public void setDocument(IDocument doc) {
    super.setDocument(doc);
    
    IReconcilingStrategy validatorStrategy = getValidatorStrategy();
    if (validatorStrategy != null) {
      validatorStrategy.setDocument(doc);
    }
    if (fSemanticHighlightingStrategy != null) {
      fSemanticHighlightingStrategy.setDocument(doc);
    }

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        ValidatorStrategy validatorStrategy = getValidatorStrategy();
        if (validatorStrategy != null) {
          validatorStrategy.reconcile(fLastPartitions[i], createDirtyRegion(fLastPartitions[i], DirtyRegion.REMOVE));
        }
      }
      IReconcilingStrategy spellingStrategy = getSpellcheckStrategy();
      if (spellingStrategy != null) {
        spellingStrategy.reconcile(new Region(0, document.getLength()));
      }
      
      //if there is a folding strategy then reconcile it
      if(getFoldingStrategy() != null) {
        getFoldingStrategy().reconcile(new Region(0, document.getLength()));

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   * @see org.eclipse.wst.sse.ui.internal.reconcile.DirtyRegionProcessor#uninstall()
   */
  public void uninstall() {
    if (isInstalled()) {


      IReconcilingStrategy validatorStrategy = getValidatorStrategy();


      if (validatorStrategy != null) {
        if (validatorStrategy instanceof IReleasable)
          ((IReleasable) validatorStrategy).release();
      }

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     * implements INonIncrementalReconcilingStrategy, only call it once
     * regardless of the number and types of partitions.
     */
    ITypedRegion[] partitions = computePartitioning(dirtyRegion);
    for (int i = 0; i < partitions.length; i++) {
      IReconcilingStrategy strategy = getReconcilingStrategy(partitions[i].getType());
      if (strategy != null) {
        strategy.reconcile(partitions[i]);
      }
    }
  }

View Full Code Here

       * Process the strategies for the last known-good partitions to
       * ensure all problem annotations are cleared if needed.
       */
      if (fLastPartitions != null && document.getLength() == 0) {
        for (int i = 0; i < fLastPartitions.length; i++) {
          IReconcilingStrategy strategy = getReconcilingStrategy(fLastPartitions[i].getType());
          if (strategy != null) {
            strategy.reconcile(fLastPartitions[i]);
          }
        }
      }
      else {
        DirtyRegion entireDocument = createDirtyRegion(0, document.getLength(), DirtyRegion.INSERT);

View Full Code Here

    ValidatorStrategy validatorStrategy = getValidatorStrategy();
    if (validatorStrategy != null) {
      validatorStrategy.endProcessing();
    }
    /* single spell-check for everything to ensure that SpellingProblem offsets are correct */
    IReconcilingStrategy spellingStrategy = getSpellcheckStrategy();
    IDocument document = getDocument();
    if (spellingStrategy != null && document != null) {
       spellingStrategy.reconcile(new Region(0, document.getLength()));
    }
    
    IReconcilingStrategy semanticHighlightingStrategy = getSemanticHighlightingStrategy();
    if (semanticHighlightingStrategy != null && document != null) {
      semanticHighlightingStrategy.reconcile(new Region(0, document.getLength()));
    }


    if ((getTextViewer() instanceof ISourceViewer)) {
      ISourceViewer sourceViewer = (ISourceViewer) getTextViewer();
      IAnnotationModel annotationModel = sourceViewer.getAnnotationModel();

View Full Code Here

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