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);
}
public static int ConsoleGTP(MemFile file, bool loadSilent)
{
GoBoard lGoBoard = new GoBoard(9);
GTPGoBoard lGTPGoBoard = new GTPGoBoard(lGoBoard);
GTPCommConsole lGTPCommConsole = new GTPCommConsole();
GTPEngine lGTPEngine = new GTPEngine(lGTPGoBoard, lGTPCommConsole);
lGTPCommConsole.Silent = loadSilent;
if (file != null)
{
while (!file.EOF)
{
string lLine = file.ReadLine();
Console.Error.WriteLine(lLine.Trim('\n'));
lGTPCommConsole.SendToEngine(lLine + '\n');
}
}
lGTPCommConsole.Silent = false;
lGTPCommConsole.Listen();
return(0);
}
public static int ConsoleGTP(MemFile file, bool loadSilent)
{
GoBoard lGoBoard = new GoBoard(9);
GTPGoBoard lGTPGoBoard = new GTPGoBoard(lGoBoard);
GTPCommConsole lGTPCommConsole = new GTPCommConsole();
GTPEngine lGTPEngine = new GTPEngine(lGTPGoBoard, lGTPCommConsole);
lGTPCommConsole.Silent = loadSilent;
if (file != null)
while (!file.EOF)
{
string lLine = file.ReadLine();
Console.Error.WriteLine(lLine.Trim('\n'));
lGTPCommConsole.SendToEngine(lLine + '\n');
}
lGTPCommConsole.Silent = false;
lGTPCommConsole.Listen();
return 0;
}
public bool Load(MemFile memFile, bool continueOnError)
{
ClearErrorMessages();
StringBuilder lBuffer = new StringBuilder();
bool pStarted = false;
int lLineNbr = 0;
while (!memFile.EOF)
{
string lLine = memFile.ReadLine('\n');
if (lLine.Trim().ToUpper() == "###MATRIX")
return IsError();
if (lLine.Length > 0)
{
if (memFile.EOF)
lBuffer.Append(lLine);
if ((lLine[0] == 'P') || memFile.EOF)
{
if (pStarted)
{
// EOF of a Pattern
Pattern lPattern = new Pattern(lBuffer.ToString(), lLineNbr);
if (lPattern.IsOk())
Add(lPattern);
else
{
SetErrorMessage("ERROR: Unable to compile pattern - Line # " + lLineNbr.ToString() + ":", lPattern);
Console.Error.WriteLine("ERROR: Unable to compile pattern.");
Console.Error.WriteLine(lPattern.GetErrorMessage());
// return true;
if (!continueOnError)
return false;
}
lBuffer = new StringBuilder();
pStarted = false;
}
else
{
pStarted = true;
lLineNbr = memFile.LineNbr;
}
}
if (lLine[0] == 'P')
pStarted = true;
if (pStarted)
lBuffer.Append(lLine);
}
}
return true;
}
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;
}
public static bool ExecuteTest(MemFile memFile, string directory)
{
GoBoard lGoBoard = new GoBoard(19);
GTPGoBoard lGTPGoBoard = new GTPGoBoard(lGoBoard);
GTPCommInternal lGTPCommInternal = new GTPCommInternal();
GTPEngine lGTPEngine = new GTPEngine(lGTPGoBoard, lGTPCommInternal);
lGTPGoBoard.Directory = directory;
GTPCommand lGTcommand = new GTPCommand("");
string lInput = string.Empty;
int[] lRegressionResults = new int[5];
while (!memFile.EOF)
{
string lBuffer = memFile.ReadLine('\n');
if ((lBuffer.Length >= 4) && (lBuffer.Substring(0, 4) == "quit"))
break;
if ((lBuffer.Length >= 2) && (lBuffer.Substring(0, 2) == "#?"))
{
GTPRegressionPattern lPattern = new GTPRegressionPattern(lBuffer);
GTPRegressionResult lRegressionResult = GTPRegressionPattern.Test(lPattern, lInput);
lRegressionResults[(int)lRegressionResult]++;
switch (lRegressionResult)
{
case GTPRegressionResult.passed: /* Console.WriteLine("PASSED");*/ break;
case GTPRegressionResult.PASSED: Console.WriteLine(lGTcommand.ToString()); Console.WriteLine(lGTcommand.CommandNbr.ToString() + " unexpected PASS!"); break;
case GTPRegressionResult.failed: Console.WriteLine(lGTcommand.ToString()); Console.WriteLine(lGTcommand.CommandNbr.ToString() + " failed: Correct '" + lPattern + "', got '" + Proper(lInput) + "'"); break;
case GTPRegressionResult.FAILED: Console.WriteLine(lGTcommand.ToString()); Console.WriteLine(lGTcommand.CommandNbr.ToString() + " unexpected failure: Correct '" + lPattern + "', got '" + Proper(lInput) + "'"); break;
case GTPRegressionResult.ignore: Console.WriteLine(lGTcommand.ToString()); Console.WriteLine(lGTcommand.CommandNbr.ToString() + " ignoring '" + lPattern + "', got '" + Proper(lInput) + "'"); break;
default: Console.WriteLine("ERROR!!!"); break;
}
}
else
if (lBuffer.Length > 0)
{
GTPCommand lGTcommand2 = new GTPCommand(lBuffer);
if (lGTcommand2.Command.Length != 0)
{
lGTPCommInternal.SendToEngine(lBuffer);
lGTPCommInternal.SendToEngine("\n");
lInput = lGTPCommInternal.GetResponse();
lGTcommand = lGTcommand2;
}
}
}
for (int lRegressionResultIndex = 0; lRegressionResultIndex < 5; lRegressionResultIndex++)
Console.WriteLine((GTPRegressionResult)lRegressionResultIndex + " " + lRegressionResults[lRegressionResultIndex]);
return (lRegressionResults[3] == 0); // false, only for unexpected failures
}
public bool Load(MemFile memFile, bool continueOnError)
{
ClearErrorMessages();
StringBuilder lBuffer = new StringBuilder();
bool pStarted = false;
int lLineNbr = 0;
while (!memFile.EOF)
{
string lLine = memFile.ReadLine('\n');
if (lLine.Trim().ToUpper() == "###MATRIX")
{
return(IsError());
}
if (lLine.Length > 0)
{
if (memFile.EOF)
{
lBuffer.Append(lLine);
}
if ((lLine[0] == 'P') || memFile.EOF)
{
if (pStarted)
{
// EOF of a Pattern
Pattern lPattern = new Pattern(lBuffer.ToString(), lLineNbr);
if (lPattern.IsOk())
{
Add(lPattern);
}
else
{
SetErrorMessage("ERROR: Unable to compile pattern - Line # " + lLineNbr.ToString() + ":", lPattern);
Console.Error.WriteLine("ERROR: Unable to compile pattern.");
Console.Error.WriteLine(lPattern.GetErrorMessage());
// return true;
if (!continueOnError)
{
return(false);
}
}
lBuffer = new StringBuilder();
pStarted = false;
}
else
{
pStarted = true;
lLineNbr = memFile.LineNbr;
}
}
if (lLine[0] == 'P')
{
pStarted = true;
}
if (pStarted)
{
lBuffer.Append(lLine);
}
}
}
return(true);
}
public static bool ExecuteTest(MemFile memFile, string directory)
{
GoBoard lGoBoard = new GoBoard(19);
GTPGoBoard lGTPGoBoard = new GTPGoBoard(lGoBoard);
GTPCommInternal lGTPCommInternal = new GTPCommInternal();
GTPEngine lGTPEngine = new GTPEngine(lGTPGoBoard, lGTPCommInternal);
lGTPGoBoard.Directory = directory;
GTPCommand lGTcommand = new GTPCommand("");
string lInput = string.Empty;
int[] lRegressionResults = new int[5];
while (!memFile.EOF)
{
string lBuffer = memFile.ReadLine('\n');
if ((lBuffer.Length >= 4) && (lBuffer.Substring(0, 4) == "quit"))
{
break;
}
if ((lBuffer.Length >= 2) && (lBuffer.Substring(0, 2) == "#?"))
{
GTPRegressionPattern lPattern = new GTPRegressionPattern(lBuffer);
GTPRegressionResult lRegressionResult = GTPRegressionPattern.Test(lPattern, lInput);
lRegressionResults[(int)lRegressionResult]++;
switch (lRegressionResult)
{
case GTPRegressionResult.passed: /* Console.WriteLine("PASSED");*/ break;
case GTPRegressionResult.PASSED: Console.WriteLine(lGTcommand.ToString()); Console.WriteLine(lGTcommand.CommandNbr.ToString() + " unexpected PASS!"); break;
case GTPRegressionResult.failed: Console.WriteLine(lGTcommand.ToString()); Console.WriteLine(lGTcommand.CommandNbr.ToString() + " failed: Correct '" + lPattern + "', got '" + Proper(lInput) + "'"); break;
case GTPRegressionResult.FAILED: Console.WriteLine(lGTcommand.ToString()); Console.WriteLine(lGTcommand.CommandNbr.ToString() + " unexpected failure: Correct '" + lPattern + "', got '" + Proper(lInput) + "'"); break;
case GTPRegressionResult.ignore: Console.WriteLine(lGTcommand.ToString()); Console.WriteLine(lGTcommand.CommandNbr.ToString() + " ignoring '" + lPattern + "', got '" + Proper(lInput) + "'"); break;
default: Console.WriteLine("ERROR!!!"); break;
}
}
else
if (lBuffer.Length > 0)
{
GTPCommand lGTcommand2 = new GTPCommand(lBuffer);
if (lGTcommand2.Command.Length != 0)
{
lGTPCommInternal.SendToEngine(lBuffer);
lGTPCommInternal.SendToEngine("\n");
lInput = lGTPCommInternal.GetResponse();
lGTcommand = lGTcommand2;
}
}
}
for (int lRegressionResultIndex = 0; lRegressionResultIndex < 5; lRegressionResultIndex++)
{
Console.WriteLine((GTPRegressionResult)lRegressionResultIndex + " " + lRegressionResults[lRegressionResultIndex]);
}
return(lRegressionResults[3] == 0); // false, only for unexpected failures
}