Examples of org.waveprotocol.wave.model.document.operation.impl.UncheckedDocOpBuffer

Package org.waveprotocol.wave.model.document.operation.impl

Examples of org.waveprotocol.wave.model.document.operation.impl.UncheckedDocOpBuffer

org.waveprotocol.wave.model.document.operation.impl.UncheckedDocOpBuffer
An implementation of {@link EvaluatingDocOpCursor} that buffers the operationand returns it as a {@link DocOp}. See also {@link DocOpBuilder}, which is similar but implements a standard Java builder pattern instead of EvaluatingDocOpCursor. The operation returned is not guaranteed to be well-formed, as there is no check upon completion by default. Use sparingly. Its use should only be for ill-formedness tests, and possibly for efficiency if profiling reveals it to be necessary. If in doubt, use DocOpBuffer which does a well-formedness check.

    doc.deleteNode(canonical);
  }


  /** Creates an op that restores the doc's current state. */
  private DocOp createRestoreOp() {
    UncheckedDocOpBuffer builder = new UncheckedDocOpBuffer();
    doc.toInitialization().apply(builder);
    return builder.finish();
  }

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    return builder.finish();
  }


  /** Creates an op that deletes the doc's current state. */
  private DocOp createErasureOp() {
    UncheckedDocOpBuffer builder = new UncheckedDocOpBuffer();
    doc.toInitialization().apply(builder);
    return DocOpInverter.invert(builder.finish());
  }

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    doc.emptyElement(doc.getDocumentElement());
  }


  private void restore(Document doc) {
    // No comment.
    UncheckedDocOpBuffer builder = new UncheckedDocOpBuffer();
    doc.toInitialization().apply(builder);
    DocOp state = builder.finish();
    DocOp erasure = DocOpInverter.invert(state);
    DocOp restoration;
    try {
      restoration = Composer.compose(erasure, state);
    } catch (OperationException e) {

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    return domOp;
  }


  private DocOp serializeAnnotations() {
    final AnnotationsNormalizer<DocOp> b =
        new AnnotationsNormalizer<DocOp>(new UncheckedDocOpBuffer());


    AnnotationInterval<Object> last = null;
    for (AnnotationInterval<Object> i : annotations.annotationIntervals(0, size(), knownKeys())) {
      i.diffFromLeft().each(new ProcV<Object>() {
        @Override

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    boolean didSomethingOtherThanDeletionSinceAnnotationBoundary = false;


    private void begin2() {
      beginChange();
      builder = new AnnotationsNormalizer<DocOp>(
          performValidation ? new DocOpBuffer() : new UncheckedDocOpBuffer());
      sizeDiffSoFar = 0;
      deletionValues.clear();
    }

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   * @throws OperationException if applying op1 followed by op2 would be invalid
   */
  public static DocOp composeUnchecked(DocOp op1, DocOp op2)
      throws OperationException {
    try {
      return new Composer(new UncheckedDocOpBuffer()).composeOperations(op1, op2);
    } catch (ComposeException e) {
      throw new OperationException(e.getMessage());
    }
  }

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    int remainder = doc.size() - removeSize - addPosition; // remainder after the insert


    // step 1: initialise the operations for the DOM and annotations:
    DocOpBuffer domOp = new DocOpBuffer();
    final AnnotationsNormalizer<DocOp> annotOp =
      new AnnotationsNormalizer<DocOp>(new UncheckedDocOpBuffer());
    if (addPosition > 0) {
      annotOp.retain(addPosition);
      domOp.retain(addPosition);
    }

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    return domOp;
  }


  private DocOp serializeAnnotations() {
    final AnnotationsNormalizer<DocOp> b =
        new AnnotationsNormalizer<DocOp>(new UncheckedDocOpBuffer());


    AnnotationInterval<Object> last = null;
    for (AnnotationInterval<Object> i : annotations.annotationIntervals(0, size(), knownKeys())) {
      i.diffFromLeft().each(new ProcV<Object>() {
        @Override

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    boolean didSomethingOtherThanDeletionSinceAnnotationBoundary = false;


    private void begin2() {
      beginChange();
      builder = new AnnotationsNormalizer<DocOp>(
          performValidation ? new DocOpBuffer() : new UncheckedDocOpBuffer());
      sizeDiffSoFar = 0;
      deletionValues.clear();
    }

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   * @throws OperationException if applying op1 followed by op2 would be invalid
   */
  public static DocOp composeUnchecked(DocOp op1, DocOp op2)
      throws OperationException {
    try {
      return new Composer(new UncheckedDocOpBuffer()).composeOperations(op1, op2);
    } catch (ComposeException e) {
      throw new OperationException(e.getMessage());
    }
  }

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