Examples of com.sun.org.apache.xml.internal.utils.IntStack

Package com.sun.org.apache.xml.internal.utils

Examples of com.sun.org.apache.xml.internal.utils.IntStack

com.sun.org.apache.xml.internal.utils.IntStack
Implement a stack of simple integers. %OPT% This is currently based on IntVector, which permits fast acess but pays a heavy recopying penalty if/when its size is increased. If we expect deep stacks, we should consider a version based on ChunkedIntVector. @xsl.usage internal

    {
      m_data = new SuballocatedIntVector(blocksize, DEFAULT_NUMBLOCKS_SMALL);
      m_dataOrQName = new SuballocatedIntVector(blocksize, DEFAULT_NUMBLOCKS_SMALL);
      m_valuesOrPrefixes = new DTMStringPool(16);
      m_chars = new FastStringBuffer(7, 10);
      m_contextIndexes = new IntStack(4);
      m_parents = new IntStack(4);
    }
    else
    {
      m_data = new SuballocatedIntVector(blocksize, DEFAULT_NUMBLOCKS);
      m_dataOrQName = new SuballocatedIntVector(blocksize, DEFAULT_NUMBLOCKS);
      m_valuesOrPrefixes = new DTMStringPool();
      m_chars = new FastStringBuffer(10, 13);
      m_contextIndexes = new IntStack();
      m_parents = new IntStack();
    }
         
    // %REVIEW%  Initial size pushed way down to reduce weight of RTFs
    // (I'm not entirely sure 0 would work, so I'm playing it safe for now.)
    //m_data = new SuballocatedIntVector(doIndexing ? (1024*2) : 512, 1024);

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  public void startDocument() throws SAXException
  {
    // Re-initialize the tree append process
    m_endDocumentOccured = false;
    m_prefixMappings = new java.util.Vector();
    m_contextIndexes = new IntStack();
    m_parents = new IntStack();
   
    m_currentDocumentNode=m_size;
    super.startDocument();
  }

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    {
      m_data = new SuballocatedIntVector(blocksize, DEFAULT_NUMBLOCKS_SMALL);
      m_dataOrQName = new SuballocatedIntVector(blocksize, DEFAULT_NUMBLOCKS_SMALL);
      m_valuesOrPrefixes = new DTMStringPool(16);
      m_chars = new FastStringBuffer(7, 10);
      m_contextIndexes = new IntStack(4);
      m_parents = new IntStack(4);
    }
    else
    {
      m_data = new SuballocatedIntVector(blocksize, DEFAULT_NUMBLOCKS);
      m_dataOrQName = new SuballocatedIntVector(blocksize, DEFAULT_NUMBLOCKS);
      m_valuesOrPrefixes = new DTMStringPool();
      m_chars = new FastStringBuffer(10, 13);
      m_contextIndexes = new IntStack();
      m_parents = new IntStack();
    }


    // %REVIEW%  Initial size pushed way down to reduce weight of RTFs
    // (I'm not entirely sure 0 would work, so I'm playing it safe for now.)
    //m_data = new SuballocatedIntVector(doIndexing ? (1024*2) : 512, 1024);

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  public void startDocument() throws SAXException
  {
    // Re-initialize the tree append process
    m_endDocumentOccured = false;
    m_prefixMappings = new java.util.Vector();
    m_contextIndexes = new IntStack();
    m_parents = new IntStack();


    m_currentDocumentNode=m_size;
    super.startDocument();
  }

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    {
      m_data = new SuballocatedIntVector(blocksize, DEFAULT_NUMBLOCKS_SMALL);
      m_dataOrQName = new SuballocatedIntVector(blocksize, DEFAULT_NUMBLOCKS_SMALL);
      m_valuesOrPrefixes = new DTMStringPool(16);
      m_chars = new FastStringBuffer(7, 10);
      m_contextIndexes = new IntStack(4);
      m_parents = new IntStack(4);
    }
    else
    {
      m_data = new SuballocatedIntVector(blocksize, DEFAULT_NUMBLOCKS);
      m_dataOrQName = new SuballocatedIntVector(blocksize, DEFAULT_NUMBLOCKS);
      m_valuesOrPrefixes = new DTMStringPool();
      m_chars = new FastStringBuffer(10, 13);
      m_contextIndexes = new IntStack();
      m_parents = new IntStack();
    }


    // %REVIEW%  Initial size pushed way down to reduce weight of RTFs
    // (I'm not entirely sure 0 would work, so I'm playing it safe for now.)
    //m_data = new SuballocatedIntVector(doIndexing ? (1024*2) : 512, 1024);

View Full Code Here

  public void startDocument() throws SAXException
  {
    // Re-initialize the tree append process
    m_endDocumentOccured = false;
    m_prefixMappings = new java.util.Vector();
    m_contextIndexes = new IntStack();
    m_parents = new IntStack();


    m_currentDocumentNode=m_size;
    super.startDocument();
  }

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