// lengnth of the XML document (in byte))
/**
* Initialize the VTD navigation object.
*
* @param RootIndex
* int
* @param maxDepth
* int
* @param encoding
* int
* @param NS
* boolean
* @param x
* byte[]
* @param vtd
* com.ximpleware.ILongBuffer
* @param l1
* com.ximpleware.ILongBuffer
* @param l2
* com.ximpleware.ILongBuffer
* @param l3
* com.ximpleware.IIntBuffer
* @param so
* int starting offset of the document(in byte)
* @param length
* int length of the document (in byte)
*/
protected internal VTDNav_L5(
int RootIndex,
int enc,
bool NS,
int depth,
IByteBuffer x,
FastLongBuffer vtd,
FastLongBuffer l1,
FastLongBuffer l2,
FastLongBuffer l3,
FastLongBuffer l4,
FastIntBuffer l5,
int so, // start offset of the starting offset(in byte)
int length)
{
//super();
// initialize all buffers
if (l1 == null
|| l2 == null
|| l3 == null
|| vtd == null
|| x == null
|| depth < 0
|| RootIndex < 0 //|| encoding <= FORMAT_UTF8
//|| encoding >= FORMAT_ISO_8859_1
|| so < 0
|| length < 0)
{
throw new System.ArgumentException();
}
count = 0;
l1Buffer = l1;
l2Buffer = l2;
l3Buffer = l3;
l4Buffer = l4;
l5Buffer = l5;
vtdBuffer = vtd;
XMLDoc = x;
encoding = enc;
//System.out.println("encoding " + encoding);
rootIndex = RootIndex;
nestingLevel = depth + 1;
ns = NS; // namespace aware or not
if (ns == false)
MASK_TOKEN_OFFSET = 0x000000007fffffffL; // this allows xml size to
// be 2GB
else // if there is no namespace
MASK_TOKEN_OFFSET = 0x000000003fffffffL;
atTerminal = false; //this variable will only change value during XPath
// eval
// initialize the context object
this.context = new int[nestingLevel];
//depth value is the first entry in the context because root is
// singular.
context[0] = 0;
//set the value to zero
for (int i = 1; i < nestingLevel; i++)
{
context[i] = -1;
}
//currentOffset = 0;
//contextStack = new ContextBuffer(1024, nestingLevel + 7);
contextStack = new ContextBuffer(10, nestingLevel + 15);
contextStack2 = new ContextBuffer(10, nestingLevel + 15);
stackTemp = new int[nestingLevel + 15];
// initial state of LC variables
l1index = l2index = l3index = l4index = l5index = -1;
l2lower = l3lower = l4lower = l5lower = -1;
l2upper = l3upper = l4upper = l5upper = -1;
docOffset = so;
docLen = length;
//System.out.println("offset " + offset + " length " + length);
//printL2Buffer();
vtdSize = vtd.size_Renamed_Field;
//writeOffsetAdjustment = false;
//recentNS = -1;
name = null;
nameIndex = -1;
localName = null;
localNameIndex = -1;
fib = new FastIntBuffer(5); // page size is 32 ints
shallowDepth = false;
maxLCDepthPlusOne = 6;
}
/// <summary> Initialize the VTD navigation object.</summary>
/// <param name="RootIndex">int
/// </param>
/// <param name="maxDepth">int
/// </param>
/// <param name="encoding">int
/// </param>
/// <param name="NS"> boolean
/// </param>
/// <param name="x">byte[]
/// </param>
/// <param name="vtd">com.ximpleware.ILongBuffer
/// </param>
/// <param name="l1">com.ximpleware.ILongBuffer
/// </param>
/// <param name="l2">com.ximpleware.ILongBuffer
/// </param>
/// <param name="l3">com.ximpleware.IIntBuffer
/// </param>
/// <param name="so">int starting offset of the document(in byte)
/// </param>
/// <param name="length">int length of the document (in byte)
/// </param>
protected internal VTDNav(int RootIndex, int enc, bool NS, int depth, IByteBuffer x, FastLongBuffer vtd, FastLongBuffer l1, FastLongBuffer l2, FastIntBuffer l3, int so, int length)
{
// initialize all buffers
if (l1 == null || l2 == null || l3 == null || vtd == null || x == null || depth < 0 || RootIndex < 0 || so < 0 || length < 0)
{
throw new System.ArgumentException();
}
count = 0;
l1Buffer = l1;
l2Buffer = l2;
l3Buffer = l3;
vtdBuffer = vtd;
XMLDoc = x;
encoding = enc;
//System.out.println("encoding " + encoding);
rootIndex = RootIndex;
nestingLevel = depth + 1;
ns = NS; // namespace aware or not
if (ns == false)
MASK_TOKEN_OFFSET = 0x000000007fffffff;
// this allows xml size to be 2GB
// if there is no namespace
else
MASK_TOKEN_OFFSET = 0x000000003fffffff;
atTerminal = false; //this variable will only change value during XPath eval
// initialize the context object
context = new int[nestingLevel];
//depth value is the first entry in the context because root is singular.
context[0] = 0;
//set the value to zero
for (int i = 1; i < nestingLevel; i++)
{
context[i] = -1;
}
// currentOffset = 0;
//contextStack = new ContextBuffer(1024, nestingLevel + 7);
contextStack = new ContextBuffer(10, nestingLevel + 9);
contextStack2 = new ContextBuffer(10, nestingLevel + 9);
stackTemp = new int[nestingLevel + 9];
// initial state of LC variables
l1index = l2index = l3index = -1;
l2lower = l3lower = -1;
l2upper = l3upper = -1;
docOffset = so;
docLen = length;
//System.out.println("offset " + offset + " length " + length);
//printL2Buffer();
vtdSize = vtd.size_Renamed_Field;
name = null;
nameIndex = -1;
localName = null;
localNameIndex = -1;
fib = new FastIntBuffer(5);
shallowDepth = true;
//recentNS = -1;
}