private string _PatternToFind = "APP_PARAM_APPFLAG_SENSORS_"; // Pattern to use to detect sensors group
#endregion Fields
#region Constructors
// Constructor ----------------------------------------------------------------------------
/// <summary>
/// Try to read "AppConfig.h" for getting current flags enabled
/// </summary>
public CommandActiveSensorsFlag()
{
List<string> Buffer = null;
TextFile AppConfigFile = new TextFile();
// First step : Read "../AppConfig.h"
//Buffer = AppConfigFile.Load("../AppConfig.h");
if (Buffer == null)
{
// Buffer = AppConfigFile.Load();
}
if(Buffer == null)
return;
// Extratct data from buffer
Extract(Buffer);
}
/// <summary>
/// Write the current data stored into this object into a specific file
/// </summary>
/// <param name="Filename">Name of the file to use for storing data</param>
/// <returns>True if the file has been written, false otherwise</returns>
public bool WriteFile(String OutputFilename, String PatternFilename)
{
bool Ret = false;
String ReadPatternLine = null;
String CheckPatternLine = null;
int CurrentLoop = -1;
List<String> PatternBlock = null;
if ((OutputFilename != null) && (PatternFilename != null) && (_Items.Count() > 0))
{
// Create the output file and open the pattern file
TextFile PatternFile = new TextFile(PatternFilename);
_File = new TextFile();
if (_File != null)
{
for (int i = 1; i <= PatternFile.GetSize(); i++)
{
// Check all line to change patterns into real value
ReadPatternLine = PatternFile.GetLine(i);
if (ReadPatternLine != null)
{
// Check line to remove unused char
CheckPatternLine = ReadPatternLine;
CheckPatternLine = CheckPatternLine.Replace("\t", "");
if (CheckPatternLine == "// LoopID = 'LOOPID'")
{
// Create the pattern block
PatternBlock = new List<string>();
CurrentLoop++; // Update the current LoopID
_File.AddLine(ReadPatternLine.Replace("'LOOPID'", CurrentLoop.ToString()));
}
if(CheckPatternLine == "// StructuredFileLoopEnd")
{
if((PatternBlock != null) && (PatternBlock.Count() > 1))
{
// Extact values ordered by GID
List<StructValueList> KeyValues = ExtractValues(CurrentLoop);
if (KeyValues != null)
{
int PatternIterator = 1; // The first line contains the LOOPID
// Check all items and write only items from current Loop
foreach (StructValueList Values in KeyValues)
{
// Create pattern line
if (PatternIterator >= PatternBlock.Count())
PatternIterator = 1; // The first line contains the LOOPID
string ExportLine = PatternBlock[PatternIterator];
// We have found value for the current GID, we split it to add them to the specific loop
string[] KeyToAdd = Values.KeyList.Split('|');
string[] ValueToAdd = Values.ValueList.Split('|');
// Change the 'PATTERN_COUNTER' value
ExportLine = ExportLine.Replace("'PATTERN_COUNTER'", Values.CaseID.ToString());
// Write values into final string
for (int j = 0; j < KeyToAdd.Length; j++)
{
ExportLine = ExportLine.Replace("'" + KeyToAdd[j] + "'", ValueToAdd[j]);
}
// Write final line
_File.AddLine(ExportLine);
}
}
}
// Clear PatternBlock
PatternBlock = null;
}
if (PatternBlock == null)
{
foreach(StructuredFileKey PatternKey in _Items)
{
if(PatternKey.GetLoopID() == -1)
{
ReadPatternLine = ReadPatternLine.Replace("'" + PatternKey.GetName() + "'", PatternKey.GetValue());
}
}
_File.AddLine(ReadPatternLine);
}
else
{
// We are reading a pattern block, we add this line into PatternBlock
PatternBlock.Add(ReadPatternLine);
}
}
}
}
}
_File.Save(OutputFilename);
return (Ret);
}
/// <summary>
/// Open an existing Structured file by using the filename
/// </summary>
/// <param name="Pathname"></param>
public StructuredFile(String Pathname)
{
_File = new TextFile(Pathname);
}
// Constructeur ---------------------------------------------------------------------------
/// <summary>
/// Open an existing Structured file by openning a dialog box
/// </summary>
public StructuredFile()
{
_File = new TextFile();
_File.Load();
}
// Public ---------------------------------------------------------------------------------
public void Parse(String PatternFilename)
{
List<String> PatternLine = null;
List<String> PatternLoop = null;
List<String> LineToCheck = null;
List<String> LoopToCheck = null;
String CurrentLine, TestLine, ResultPattern, ResultValue;
int iCurrentLine = 0, PatternLen = 0, iterator = 0, PatternLoopInitialValue = 0;
TextFile PatternFile = new TextFile(PatternFilename);
if ((_File == null) || (null == PatternFile))
return;
// Clear unused data
PatternFile.RemoveUnusedLine();
_File.RemoveUnusedLine();
// Search for Loops
for (iCurrentLine = 1; iCurrentLine <= PatternFile.GetSize(); iCurrentLine++)
{
// Read the current line from patter file
CurrentLine = PatternFile.GetLine(iCurrentLine);
// Search for inital tag
if (CurrentLine == "// StructuredFileLoopBegin")
{
// Read the next line
iCurrentLine++;
CurrentLine = PatternFile.GetLine(iCurrentLine);
PatternLen = 0;
if (PatternLoop == null)
PatternLoopInitialValue = 0;
else
PatternLoopInitialValue = PatternLoop.Count();
// Search for final tag into Pattern File
while ((CurrentLine != "// StructuredFileLoopEnd") && (iCurrentLine <= PatternFile.GetSize()))
{
if (PatternLoop == null)
PatternLoop = new List<string>();
if (LoopToCheck == null)
LoopToCheck = new List<string>();
// Check equivalent line into _File
TestLine = _File.GetLine(iCurrentLine);
// Add lines into the loop checker (if TestLine is valid)
if (TestLine != "// StructuredFileLoopEnd")
{
PatternLoop.Add(CurrentLine);
LoopToCheck.Add(TestLine);
if(CurrentLine != "// LoopID = 'LOOPID'") // This line is not included into the pattern
PatternLen++;
// Remove added line (for current file)
_File.RemoveLine(iCurrentLine);
}
// Remove added line (for pattern file)
PatternFile.RemoveLine(iCurrentLine);
CurrentLine = PatternFile.GetLine(iCurrentLine);
}
iterator = PatternLoopInitialValue + 1; // Initial value is computed before adding the first LoopPattern value
CurrentLine = _File.GetLine(iCurrentLine);
// Search for final tag into current File
while ((CurrentLine != "// StructuredFileLoopEnd") && (iCurrentLine <= _File.GetSize()))
{
// Add lines to the loop checker
PatternLoop.Add(PatternLoop[iterator].ToString());
LoopToCheck.Add(_File.GetLine(iCurrentLine));
// Remove added lines
_File.RemoveLine(iCurrentLine);
CurrentLine = _File.GetLine(iCurrentLine);
iterator++;
if (iterator > PatternLoopInitialValue + PatternLen)
iterator = PatternLoopInitialValue + 1;
}
}
}
// Clear unchanged line between the Pattern File and currentFile
for (int i = 1; i <= _File.GetSize(); i++)
{
if (PatternFile.GetLine(i) != _File.GetLine(i))
{
if (PatternLine == null)
PatternLine = new List<string>();
if (LineToCheck == null)
LineToCheck = new List<string>();
// Add line we have to compare
PatternLine.Add(PatternFile.GetLine(i));
LineToCheck.Add(_File.GetLine(i));
}
}
// Create the result list for non-loop values
if (PatternLine != null)
{
if (_Items == null)
_Items = new List<StructuredFileKey>();
// Lecture ligne a ligne et sauvegarde des infos
for (iCurrentLine = 0; iCurrentLine < PatternLine.Count(); iCurrentLine++)
{
int iCurrentPatternChar = 0, iCurrentValueChar = 0;
// Traitement de la ligne en cours
for (iCurrentValueChar = 0; iCurrentValueChar < LineToCheck[iCurrentLine].Length; iCurrentValueChar++)
{
// Si nous n'avons pas d'overflow
if (iCurrentPatternChar < PatternLine[iCurrentLine].Length)
{
if (PatternLine[iCurrentLine].Substring(iCurrentPatternChar, 1) != LineToCheck[iCurrentLine].Substring(iCurrentValueChar, 1))
{
iCurrentPatternChar++;
iCurrentValueChar++;
int iStartPatternChar = iCurrentPatternChar;
// Des que nous voyons une difference dans les lignes
// On recherche la fin du pattern
while ((iCurrentPatternChar < PatternLine[iCurrentLine].Length) && (PatternLine[iCurrentLine].Substring(iCurrentPatternChar, 1) != "'"))
{
iCurrentPatternChar++;
}
ResultPattern = PatternLine[iCurrentLine].Substring(iStartPatternChar, iCurrentPatternChar - iStartPatternChar);
// Read the next char to get the end of pattern block
iCurrentPatternChar++;
if (iCurrentPatternChar < PatternLine[iCurrentLine].Length)
{
int iFirstChar = iCurrentValueChar - 1;
string sLastChar = PatternLine[iCurrentLine].Substring(iCurrentPatternChar, 1);
// Lecture de la valeur reelle dans la liste LineToCheck
while ((iCurrentValueChar < LineToCheck[iCurrentLine].Length) && (LineToCheck[iCurrentLine].Substring(iCurrentValueChar, 1) != sLastChar))
{
iCurrentValueChar++;
}
// if the correct kay has been found
if (LineToCheck[iCurrentLine].Substring(iCurrentValueChar, 1) == sLastChar)
{
ResultValue = LineToCheck[iCurrentLine].Substring(iFirstChar, iCurrentValueChar - iFirstChar);
_Items.Add(new StructuredFileKey(-1, iCurrentLine, ResultPattern, ResultValue));
}
}
}
}
// Incremente la valeur pour suivre iCurrentValueChar
iCurrentPatternChar++;
}
}
}
// Create result list for loop values
if (PatternLoop != null)
{
int CurrentLoopID = -1;
if (_Items == null)
_Items = new List<StructuredFileKey>();
// Lecture ligne a ligne et sauvegarde des infos
for (iCurrentLine = 0; iCurrentLine < PatternLoop.Count(); iCurrentLine++)
{
if (PatternLoop[iCurrentLine] == "// LoopID = 'LOOPID'")
{
CurrentLoopID = int.Parse(LoopToCheck[iCurrentLine].Substring("// LoopID = ".Length));
}
else if (PatternLoop[iCurrentLine] == "// StructuredFileLoopEnd")
{
CurrentLoopID = -1;
}
else
{
int iCurrentPatternChar = 0, iCurrentValueChar = 0;
// Traitement de la ligne en cours
for (iCurrentValueChar = 0; iCurrentValueChar < LoopToCheck[iCurrentLine].Length; iCurrentValueChar++)
{
// Si nous n'avons pas d'overflow
if (iCurrentPatternChar < PatternLoop[iCurrentLine].Length)
{
if (PatternLoop[iCurrentLine].Substring(iCurrentPatternChar, 1) != LoopToCheck[iCurrentLine].Substring(iCurrentValueChar, 1))
{
iCurrentPatternChar++;
iCurrentValueChar++;
int iStartPatternChar = iCurrentPatternChar;
// Des que nous voyons une difference dans les lignes
// On recherche la fin du pattern
while ((iCurrentPatternChar < PatternLoop[iCurrentLine].Length) && (PatternLoop[iCurrentLine].Substring(iCurrentPatternChar, 1) != "'"))
{
iCurrentPatternChar++;
}
ResultPattern = PatternLoop[iCurrentLine].Substring(iStartPatternChar, iCurrentPatternChar - iStartPatternChar);
// Read the next char to get the end of pattern block
iCurrentPatternChar++;
if (iCurrentPatternChar < PatternLoop[iCurrentLine].Length)
{
int iFirstChar = iCurrentValueChar - 1;
string sLastChar = PatternLoop[iCurrentLine].Substring(iCurrentPatternChar, 1);
// Lecture de la valeur reelle dans la liste LineToCheck
while ((iCurrentValueChar < LoopToCheck[iCurrentLine].Length) && (LoopToCheck[iCurrentLine].Substring(iCurrentValueChar, 1) != sLastChar))
{
iCurrentValueChar++;
}
if (iCurrentValueChar < LoopToCheck[iCurrentLine].Length)
{
// if the correct key has been found
if (LoopToCheck[iCurrentLine].Substring(iCurrentValueChar, 1) == sLastChar)
{
ResultValue = LoopToCheck[iCurrentLine].Substring(iFirstChar, iCurrentValueChar - iFirstChar);
_Items.Add(new StructuredFileKey(CurrentLoopID, iCurrentLine, ResultPattern, ResultValue));
}
}
else
{
_Items.Add(new StructuredFileKey(CurrentLoopID, iCurrentLine, ResultPattern, "\t"));
}
}
}
}
// Incremente la valeur pour suivre iCurrentValueChar
iCurrentPatternChar++;
}
}
}
}
return;
}
/// <summary>
/// Write the current data stored into this object into a specific file
/// </summary>
/// <param name="Filename">Name of the file to use for storing data</param>
/// <returns>True if the file has been written, false otherwise</returns>
public bool WriteFile(String OutputFilename, String PatternFilename)
{
bool Ret = false;
String ReadPatternLine = null;
String CheckPatternLine = null;
int CurrentLoop = -1;
List <String> PatternBlock = null;
if ((OutputFilename != null) && (PatternFilename != null) && (_Items.Count() > 0))
{
// Create the output file and open the pattern file
TextFile PatternFile = new TextFile(PatternFilename);
_File = new TextFile();
if (_File != null)
{
for (int i = 1; i <= PatternFile.GetSize(); i++)
{
// Check all line to change patterns into real value
ReadPatternLine = PatternFile.GetLine(i);
if (ReadPatternLine != null)
{
// Check line to remove unused char
CheckPatternLine = ReadPatternLine;
CheckPatternLine = CheckPatternLine.Replace("\t", "");
if (CheckPatternLine == "// LoopID = 'LOOPID'")
{
// Create the pattern block
PatternBlock = new List <string>();
CurrentLoop++; // Update the current LoopID
_File.AddLine(ReadPatternLine.Replace("'LOOPID'", CurrentLoop.ToString()));
}
if (CheckPatternLine == "// StructuredFileLoopEnd")
{
if ((PatternBlock != null) && (PatternBlock.Count() > 1))
{
// Extact values ordered by GID
List <StructValueList> KeyValues = ExtractValues(CurrentLoop);
if (KeyValues != null)
{
int PatternIterator = 1; // The first line contains the LOOPID
// Check all items and write only items from current Loop
foreach (StructValueList Values in KeyValues)
{
// Create pattern line
if (PatternIterator >= PatternBlock.Count())
{
PatternIterator = 1; // The first line contains the LOOPID
}
string ExportLine = PatternBlock[PatternIterator];
// We have found value for the current GID, we split it to add them to the specific loop
string[] KeyToAdd = Values.KeyList.Split('|');
string[] ValueToAdd = Values.ValueList.Split('|');
// Change the 'PATTERN_COUNTER' value
ExportLine = ExportLine.Replace("'PATTERN_COUNTER'", Values.CaseID.ToString());
// Write values into final string
for (int j = 0; j < KeyToAdd.Length; j++)
{
ExportLine = ExportLine.Replace("'" + KeyToAdd[j] + "'", ValueToAdd[j]);
}
// Write final line
_File.AddLine(ExportLine);
}
}
}
// Clear PatternBlock
PatternBlock = null;
}
if (PatternBlock == null)
{
foreach (StructuredFileKey PatternKey in _Items)
{
if (PatternKey.GetLoopID() == -1)
{
ReadPatternLine = ReadPatternLine.Replace("'" + PatternKey.GetName() + "'", PatternKey.GetValue());
}
}
_File.AddLine(ReadPatternLine);
}
else
{
// We are reading a pattern block, we add this line into PatternBlock
PatternBlock.Add(ReadPatternLine);
}
}
}
}
}
_File.Save(OutputFilename);
return(Ret);
}
// Public ---------------------------------------------------------------------------------
public void Parse(String PatternFilename)
{
List <String> PatternLine = null;
List <String> PatternLoop = null;
List <String> LineToCheck = null;
List <String> LoopToCheck = null;
String CurrentLine, TestLine, ResultPattern, ResultValue;
int iCurrentLine = 0, PatternLen = 0, iterator = 0, PatternLoopInitialValue = 0;
TextFile PatternFile = new TextFile(PatternFilename);
if ((_File == null) || (null == PatternFile))
{
return;
}
// Clear unused data
PatternFile.RemoveUnusedLine();
_File.RemoveUnusedLine();
// Search for Loops
for (iCurrentLine = 1; iCurrentLine <= PatternFile.GetSize(); iCurrentLine++)
{
// Read the current line from patter file
CurrentLine = PatternFile.GetLine(iCurrentLine);
// Search for inital tag
if (CurrentLine == "// StructuredFileLoopBegin")
{
// Read the next line
iCurrentLine++;
CurrentLine = PatternFile.GetLine(iCurrentLine);
PatternLen = 0;
if (PatternLoop == null)
{
PatternLoopInitialValue = 0;
}
else
{
PatternLoopInitialValue = PatternLoop.Count();
}
// Search for final tag into Pattern File
while ((CurrentLine != "// StructuredFileLoopEnd") && (iCurrentLine <= PatternFile.GetSize()))
{
if (PatternLoop == null)
{
PatternLoop = new List <string>();
}
if (LoopToCheck == null)
{
LoopToCheck = new List <string>();
}
// Check equivalent line into _File
TestLine = _File.GetLine(iCurrentLine);
// Add lines into the loop checker (if TestLine is valid)
if (TestLine != "// StructuredFileLoopEnd")
{
PatternLoop.Add(CurrentLine);
LoopToCheck.Add(TestLine);
if (CurrentLine != "// LoopID = 'LOOPID'") // This line is not included into the pattern
{
PatternLen++;
}
// Remove added line (for current file)
_File.RemoveLine(iCurrentLine);
}
// Remove added line (for pattern file)
PatternFile.RemoveLine(iCurrentLine);
CurrentLine = PatternFile.GetLine(iCurrentLine);
}
iterator = PatternLoopInitialValue + 1; // Initial value is computed before adding the first LoopPattern value
CurrentLine = _File.GetLine(iCurrentLine);
// Search for final tag into current File
while ((CurrentLine != "// StructuredFileLoopEnd") && (iCurrentLine <= _File.GetSize()))
{
// Add lines to the loop checker
PatternLoop.Add(PatternLoop[iterator].ToString());
LoopToCheck.Add(_File.GetLine(iCurrentLine));
// Remove added lines
_File.RemoveLine(iCurrentLine);
CurrentLine = _File.GetLine(iCurrentLine);
iterator++;
if (iterator > PatternLoopInitialValue + PatternLen)
{
iterator = PatternLoopInitialValue + 1;
}
}
}
}
// Clear unchanged line between the Pattern File and currentFile
for (int i = 1; i <= _File.GetSize(); i++)
{
if (PatternFile.GetLine(i) != _File.GetLine(i))
{
if (PatternLine == null)
{
PatternLine = new List <string>();
}
if (LineToCheck == null)
{
LineToCheck = new List <string>();
}
// Add line we have to compare
PatternLine.Add(PatternFile.GetLine(i));
LineToCheck.Add(_File.GetLine(i));
}
}
// Create the result list for non-loop values
if (PatternLine != null)
{
if (_Items == null)
{
_Items = new List <StructuredFileKey>();
}
// Lecture ligne a ligne et sauvegarde des infos
for (iCurrentLine = 0; iCurrentLine < PatternLine.Count(); iCurrentLine++)
{
int iCurrentPatternChar = 0, iCurrentValueChar = 0;
// Traitement de la ligne en cours
for (iCurrentValueChar = 0; iCurrentValueChar < LineToCheck[iCurrentLine].Length; iCurrentValueChar++)
{
// Si nous n'avons pas d'overflow
if (iCurrentPatternChar < PatternLine[iCurrentLine].Length)
{
if (PatternLine[iCurrentLine].Substring(iCurrentPatternChar, 1) != LineToCheck[iCurrentLine].Substring(iCurrentValueChar, 1))
{
iCurrentPatternChar++;
iCurrentValueChar++;
int iStartPatternChar = iCurrentPatternChar;
// Des que nous voyons une difference dans les lignes
// On recherche la fin du pattern
while ((iCurrentPatternChar < PatternLine[iCurrentLine].Length) && (PatternLine[iCurrentLine].Substring(iCurrentPatternChar, 1) != "'"))
{
iCurrentPatternChar++;
}
ResultPattern = PatternLine[iCurrentLine].Substring(iStartPatternChar, iCurrentPatternChar - iStartPatternChar);
// Read the next char to get the end of pattern block
iCurrentPatternChar++;
if (iCurrentPatternChar < PatternLine[iCurrentLine].Length)
{
int iFirstChar = iCurrentValueChar - 1;
string sLastChar = PatternLine[iCurrentLine].Substring(iCurrentPatternChar, 1);
// Lecture de la valeur reelle dans la liste LineToCheck
while ((iCurrentValueChar < LineToCheck[iCurrentLine].Length) && (LineToCheck[iCurrentLine].Substring(iCurrentValueChar, 1) != sLastChar))
{
iCurrentValueChar++;
}
// if the correct kay has been found
if (LineToCheck[iCurrentLine].Substring(iCurrentValueChar, 1) == sLastChar)
{
ResultValue = LineToCheck[iCurrentLine].Substring(iFirstChar, iCurrentValueChar - iFirstChar);
_Items.Add(new StructuredFileKey(-1, iCurrentLine, ResultPattern, ResultValue));
}
}
}
}
// Incremente la valeur pour suivre iCurrentValueChar
iCurrentPatternChar++;
}
}
}
// Create result list for loop values
if (PatternLoop != null)
{
int CurrentLoopID = -1;
if (_Items == null)
{
_Items = new List <StructuredFileKey>();
}
// Lecture ligne a ligne et sauvegarde des infos
for (iCurrentLine = 0; iCurrentLine < PatternLoop.Count(); iCurrentLine++)
{
if (PatternLoop[iCurrentLine] == "// LoopID = 'LOOPID'")
{
CurrentLoopID = int.Parse(LoopToCheck[iCurrentLine].Substring("// LoopID = ".Length));
}
else if (PatternLoop[iCurrentLine] == "// StructuredFileLoopEnd")
{
CurrentLoopID = -1;
}
else
{
int iCurrentPatternChar = 0, iCurrentValueChar = 0;
// Traitement de la ligne en cours
for (iCurrentValueChar = 0; iCurrentValueChar < LoopToCheck[iCurrentLine].Length; iCurrentValueChar++)
{
// Si nous n'avons pas d'overflow
if (iCurrentPatternChar < PatternLoop[iCurrentLine].Length)
{
if (PatternLoop[iCurrentLine].Substring(iCurrentPatternChar, 1) != LoopToCheck[iCurrentLine].Substring(iCurrentValueChar, 1))
{
iCurrentPatternChar++;
iCurrentValueChar++;
int iStartPatternChar = iCurrentPatternChar;
// Des que nous voyons une difference dans les lignes
// On recherche la fin du pattern
while ((iCurrentPatternChar < PatternLoop[iCurrentLine].Length) && (PatternLoop[iCurrentLine].Substring(iCurrentPatternChar, 1) != "'"))
{
iCurrentPatternChar++;
}
ResultPattern = PatternLoop[iCurrentLine].Substring(iStartPatternChar, iCurrentPatternChar - iStartPatternChar);
// Read the next char to get the end of pattern block
iCurrentPatternChar++;
if (iCurrentPatternChar < PatternLoop[iCurrentLine].Length)
{
int iFirstChar = iCurrentValueChar - 1;
string sLastChar = PatternLoop[iCurrentLine].Substring(iCurrentPatternChar, 1);
// Lecture de la valeur reelle dans la liste LineToCheck
while ((iCurrentValueChar < LoopToCheck[iCurrentLine].Length) && (LoopToCheck[iCurrentLine].Substring(iCurrentValueChar, 1) != sLastChar))
{
iCurrentValueChar++;
}
if (iCurrentValueChar < LoopToCheck[iCurrentLine].Length)
{
// if the correct key has been found
if (LoopToCheck[iCurrentLine].Substring(iCurrentValueChar, 1) == sLastChar)
{
ResultValue = LoopToCheck[iCurrentLine].Substring(iFirstChar, iCurrentValueChar - iFirstChar);
_Items.Add(new StructuredFileKey(CurrentLoopID, iCurrentLine, ResultPattern, ResultValue));
}
}
else
{
_Items.Add(new StructuredFileKey(CurrentLoopID, iCurrentLine, ResultPattern, "\t"));
}
}
}
}
// Incremente la valeur pour suivre iCurrentValueChar
iCurrentPatternChar++;
}
}
}
}
return;
}
/// <summary>
/// Open an existing Structured file by using the filename
/// </summary>
/// <param name="Pathname"></param>
public StructuredFile(String Pathname)
{
_File = new TextFile(Pathname);
}
// Constructeur ---------------------------------------------------------------------------
/// <summary>
/// Open an existing Structured file by openning a dialog box
/// </summary>
public StructuredFile()
{
_File = new TextFile();
_File.Load();
}
