protected void AttributeUnion(DFANode parent, DFANode left, DFANode right)
{
if (left.Count > right.Count)
{
parent.Add(left.Attributes);
parent.Add(right.Attributes);
}
else
{
parent.Add(left.Attributes);
parent.Add(right.Attributes);
}
}
protected void CreatePattern(PatternKey pattern)
{
string lDFA = (new DFAPattern(pattern.Pattern, pattern.Transformation)).DFA;
DFANodes = new List <DFANode>(lDFA.Length + 1);
DFANodes.Add(new DFANode());
for (int lState = 0; lState < lDFA.Length; lState++)
{
DFANode lDFANode = new DFANode();
char c = lDFA[lState];
for (int z = 0; z < 4; z++)
{
if (Buckets[z].IndexOf(c) >= 0)
{
lDFANode[z] = lState + 2;
}
}
DFANodes.Add(lDFANode);
}
DFANode lDFANodeLast = new DFANode();
lDFANodeLast.Add(pattern);
DFANodes.Add(lDFANodeLast);
}
protected bool _LoadMatrix(MemFile memFile, PatternCollection patternCollection)
{
try
{
int lMatrixSize = Convert.ToInt32(memFile.ReadLine());
DFANodes = new List <DFANode>(lMatrixSize);
for (int i = 1; i < lMatrixSize; i++)
{
// Console.Error.Write(memFile.LineNbr.ToString() + " - " + i.ToString() + " - "+lMatrixSize.ToString());
DFANode lDFANode = new DFANode();
for (int z = 0; z < 4; z++)
{
lDFANode[z] = Convert.ToInt32(memFile.ReadPart('\t').Trim());
}
int lNodePatterns = Convert.ToInt32(memFile.ReadPart('\t').Trim());
if (lNodePatterns > 0)
{
lDFANode.Attributes = new List <PatternKey>(lNodePatterns);
}
for (int p = 0; p < lNodePatterns; p++)
{
int lPatternTransformation = Convert.ToInt32(memFile.ReadPart(':').Trim());
string lPatternKey = memFile.ReadPart('\t').Trim();
int lTransformation = Convert.ToInt32(memFile.ReadPart('\t').Trim());
Pattern lPattern = patternCollection.FindByKey(lPatternKey);
lDFANode.Add(new PatternKey(lPattern, lTransformation));
}
memFile.ReadLine();
DFANodes.Add(lDFANode);
}
}
catch (Exception e)
{
return(SetErrorMessage("Matrix Error - Line # " + memFile.LineNbr.ToString() + ":", e));
}
return(false);
}
protected void AttributeUnion(DFANode parent, DFANode left, DFANode middle, DFANode right)
{
parent.Add(left.Attributes);
parent.Add(middle.Attributes);
parent.Add(right.Attributes);
}
protected bool _LoadMatrix(MemFile memFile, PatternCollection patternCollection)
{
try
{
int lMatrixSize = Convert.ToInt32(memFile.ReadLine());
DFANodes = new List<DFANode>(lMatrixSize);
for (int i = 1; i < lMatrixSize; i++)
{
// Console.Error.Write(memFile.LineNbr.ToString() + " - " + i.ToString() + " - "+lMatrixSize.ToString());
DFANode lDFANode = new DFANode();
for (int z = 0; z < 4; z++)
lDFANode[z] = Convert.ToInt32(memFile.ReadPart('\t').Trim());
int lNodePatterns = Convert.ToInt32(memFile.ReadPart('\t').Trim());
if (lNodePatterns > 0)
lDFANode.Attributes = new List<PatternKey>(lNodePatterns);
for (int p = 0; p < lNodePatterns; p++)
{
int lPatternTransformation = Convert.ToInt32(memFile.ReadPart(':').Trim());
string lPatternKey = memFile.ReadPart('\t').Trim();
int lTransformation = Convert.ToInt32(memFile.ReadPart('\t').Trim());
Pattern lPattern = patternCollection.FindByKey(lPatternKey);
lDFANode.Add(new PatternKey(lPattern, lTransformation));
}
memFile.ReadLine();
DFANodes.Add(lDFANode);
}
}
catch (Exception e)
{
return SetErrorMessage("Matrix Error - Line # " + memFile.LineNbr.ToString() + ":", e);
}
return false;
}
protected void CreatePattern(PatternKey pattern)
{
string lDFA = (new DFAPattern(pattern.Pattern, pattern.Transformation)).DFA;
DFANodes = new List<DFANode>(lDFA.Length + 1);
DFANodes.Add(new DFANode());
for (int lState = 0; lState < lDFA.Length; lState++)
{
DFANode lDFANode = new DFANode();
char c = lDFA[lState];
for (int z = 0; z < 4; z++)
if (Buckets[z].IndexOf(c) >= 0)
lDFANode[z] = lState + 2;
DFANodes.Add(lDFANode);
}
DFANode lDFANodeLast = new DFANode();
lDFANodeLast.Add(pattern);
DFANodes.Add(lDFANodeLast);
}
protected void AttributeUnion(DFANode parent, DFANode left, DFANode middle, DFANode right)
{
parent.Add(left.Attributes);
parent.Add(middle.Attributes);
parent.Add(right.Attributes);
}
protected void AttributeUnion(DFANode parent, DFANode left, DFANode right)
{
if (left.Count > right.Count)
{
parent.Add(left.Attributes);
parent.Add(right.Attributes);
}
else
{
parent.Add(left.Attributes);
parent.Add(right.Attributes);
}
}