internal void ClearProcessor()
{
base.ClearContext();
this.flags = QueryProcessingFlags.Match;
this.messageAction = null;
this.messageId = null;
this.messageSoapUri = null;
this.messageTo = null;
int subExprVarCount = this.matcher.SubExprVarCount;
if (subExprVarCount == 0)
{
this.subExprVars = null;
}
else
{
SubExprVariable[] subExprVars = this.subExprVars;
if (subExprVars == null)
{
this.subExprVars = new SubExprVariable[subExprVarCount];
}
else
{
int length = subExprVars.Length;
if (length != subExprVarCount)
{
this.subExprVars = new SubExprVariable[subExprVarCount];
}
else if (length == 1)
{
NodeSequence seq = subExprVars[0].seq;
if (seq != null)
{
this.ReleaseSequenceToPool(seq);
}
}
else
{
for (int i = 0; i < length; i++)
{
NodeSequence sequence = subExprVars[i].seq;
if ((sequence != null) && (sequence.refCount > 0))
{
this.ReleaseSequenceToPool(sequence);
}
}
Array.Clear(subExprVars, 0, subExprVars.Length);
}
}
}
}
internal void ClearProcessor()
{
base.ClearContext();
this.flags = QueryProcessingFlags.Match;
this.messageAction = null;
this.messageId = null;
this.messageSoapUri = null;
this.messageTo = null;
int subExprVarCount = this.matcher.SubExprVarCount;
if (subExprVarCount == 0)
{
this.subExprVars = null;
}
else
{
SubExprVariable[] subExprVars = this.subExprVars;
if (subExprVars == null)
{
this.subExprVars = new SubExprVariable[subExprVarCount];
}
else
{
int length = subExprVars.Length;
if (length != subExprVarCount)
{
this.subExprVars = new SubExprVariable[subExprVarCount];
}
else if (length == 1)
{
NodeSequence seq = subExprVars[0].seq;
if (seq != null)
{
this.ReleaseSequenceToPool(seq);
}
}
else
{
for (int i = 0; i < length; i++)
{
NodeSequence sequence = subExprVars[i].seq;
if ((sequence != null) && (sequence.refCount > 0))
{
this.ReleaseSequenceToPool(sequence);
}
}
Array.Clear(subExprVars, 0, subExprVars.Length);
}
}
}
}
internal QueryProcessor(QueryMatcher matcher)
{
base.Processor = this;
this.matcher = matcher;
this.flags = QueryProcessingFlags.Match;
this.messageAction = null;
this.messageId = null;
this.messageSoapUri = null;
this.messageTo = null;
if (matcher.SubExprVarCount > 0)
{
this.subExprVars = new SubExprVariable[matcher.SubExprVarCount];
}
}
internal QueryProcessor(QueryMatcher matcher)
{
base.Processor = this;
this.matcher = matcher;
this.flags = QueryProcessingFlags.Match;
this.messageAction = null;
this.messageId = null;
this.messageSoapUri = null;
this.messageTo = null;
if (matcher.SubExprVarCount > 0)
{
this.subExprVars = new SubExprVariable[matcher.SubExprVarCount];
}
}
internal QueryProcessor(QueryMatcher matcher)
: base()
{
this.Processor = this;
this.matcher = matcher;
this.flags = QueryProcessingFlags.Match;
// PERF, Microsoft, see if we can just let these to their default init
this.messageAction = null;
//this.messageAddress = null;
//this.messageVia = null;
this.messageId = null;
this.messageSoapUri = null;
this.messageTo = null;
if (matcher.SubExprVarCount > 0)
{
this.subExprVars = new SubExprVariable[matcher.SubExprVarCount];
}
}
internal void ClearProcessor()
{
base.ClearContext();
this.flags = QueryProcessingFlags.Match;
this.messageAction = null;
//this.messageAddress = null;
//this.messageVia = null;
this.messageId = null;
this.messageSoapUri = null;
this.messageTo = null;
int exprCount = this.matcher.SubExprVarCount;
if (exprCount == 0)
{
// No vars. Recycle entire subexpression cache
this.subExprVars = null;
return;
}
SubExprVariable[] vars = this.subExprVars; // save locally for speed
if (vars == null)
{
// Allocate space for sub-expressions
this.subExprVars = new SubExprVariable[exprCount];
return;
}
int varCount = vars.Length;
// The # of subexpressions changed since this processor was last used.
if (varCount != exprCount)
{
this.subExprVars = new SubExprVariable[exprCount];
return;
}
if (varCount == 1)
{
NodeSequence seq = vars[0].seq;
if (seq != null)
{
this.ReleaseSequenceToPool(seq);
}
return;
}
// We can reuse the sub-expression cache
// Clear out the sub-expression results from an earlier run, and return sequences to pool
for (int i = 0; i < varCount; ++i)
{
NodeSequence seq = vars[i].seq;
if (seq != null && seq.refCount > 0)
{
this.ReleaseSequenceToPool(seq);
}
}
Array.Clear(vars, 0, vars.Length);
}
internal QueryProcessor(QueryMatcher matcher)
: base()
{
this.Processor = this;
this.matcher = matcher;
this.flags = QueryProcessingFlags.Match;
// PERF, [....], see if we can just let these to their default init
this.messageAction = null;
//this.messageAddress = null;
//this.messageVia = null;
this.messageId = null;
this.messageSoapUri = null;
this.messageTo = null;
if (matcher.SubExprVarCount > 0)
{
this.subExprVars = new SubExprVariable[matcher.SubExprVarCount];
}
}
internal void ClearProcessor()
{
base.ClearContext();
this.flags = QueryProcessingFlags.Match;
this.messageAction = null;
//this.messageAddress = null;
//this.messageVia = null;
this.messageId = null;
this.messageSoapUri = null;
this.messageTo = null;
int exprCount = this.matcher.SubExprVarCount;
if (exprCount == 0)
{
// No vars. Recycle entire subexpression cache
this.subExprVars = null;
return;
}
SubExprVariable[] vars = this.subExprVars; // save locally for speed
if (vars == null)
{
// Allocate space for sub-expressions
this.subExprVars = new SubExprVariable[exprCount];
return;
}
int varCount = vars.Length;
// The # of subexpressions changed since this processor was last used.
if (varCount != exprCount)
{
this.subExprVars = new SubExprVariable[exprCount];
return;
}
if (varCount == 1)
{
NodeSequence seq = vars[0].seq;
if (seq != null)
{
this.ReleaseSequenceToPool(seq);
}
return;
}
// We can reuse the sub-expression cache
// Clear out the sub-expression results from an earlier run, and return sequences to pool
for (int i = 0; i < varCount; ++i)
{
NodeSequence seq = vars[i].seq;
if (seq != null && seq.refCount > 0)
{
this.ReleaseSequenceToPool(seq);
}
}
Array.Clear(vars, 0, vars.Length);
}
