private bool logError(int pErrCode)
{
int arr_cnt;
errorBundle temp_err = null;
if (logErrors)
{
for (arr_cnt = 0; arr_cnt < errNum; arr_cnt++)
{
if (err[arr_cnt].Code == pErrCode)
{
temp_err = err[arr_cnt];
break;
}
}
}
if (temp_err == null) // no Error with this nr. found
{
return(false);
}
else
{
if (temp_err.Logg)
{
sw_error.WriteLine(temp_err.getErrorForLog());
sw_error.Flush();
}
}
return(true);
}
public errorBundle(errorBundle pOld)
{
codenr = pOld.Code;
desc = pOld.Description;
techDesc = pOld.techDescription;
reason = pOld.possibleReason;
sugg = pOld.Suggestion;
logg = pOld.Logg;
} // Copykonstruktor
public errorBundle(errorBundle pOld)
{
codenr = pOld.Code;
desc = pOld.Description;
techDesc = pOld.techDescription;
reason = pOld.possibleReason;
sugg = pOld.Suggestion;
logg = pOld.Logg;
}
private bool readConfFile()
{
string buffer;
int errCnt;
int arr_cnt;
int tempCode;
bool tempLogg;
fs_conf.Seek(0, SeekOrigin.Begin);
sr_conf.ReadLine(); // ignore first one;
buffer = sr_conf.ReadLine();
for(errCnt = 0; buffer != null && errCnt < errNum; errCnt++)
{
string[] splitbuffer = buffer.Split(';');
// Exit readConfFile(): when there's an incomplete set of data (not every field filled out properly)
if(splitbuffer.GetUpperBound(0) < (errorBundle.cntMember-1))
{
stdOut.Error("Fehler beim Lesen der Fehlerkonfigurationsdatei:\nZeile " + (errCnt + 2).ToString() + ": unvollständiger Datensatz");
return(false);
}
try
{
tempCode = Convert.ToInt32(splitbuffer[0]);
}
catch
{
stdOut.Error("Fehler beim Lesen der Fehlerkonfigurationsdatei:\nZeile " + (errCnt + 2).ToString() + ": nicht in Errorcode konvertierbar");
return(false);
}
// Scan through and break if error code exists twice, continue otherwise:
for(arr_cnt = 0; arr_cnt < errCnt; arr_cnt++)
{
if(err[arr_cnt].Code == tempCode)
{
stdOut.Error("Fehler beim Lesen der Fehlerkonfigurationsdatei:\nZeile " + (errCnt+2).ToString() + ": Doppelter Errorcode, vorher definiert in Zeile " + (arr_cnt + 1).ToString());
return(false);
}
}
if(splitbuffer[5] == "0")
{
tempLogg = false;
}
else
{
tempLogg = true;
}
// Finally add error-bundle
err[errCnt] = new errorBundle(tempCode,splitbuffer[1],splitbuffer[2],splitbuffer[3], splitbuffer[4], tempLogg);
// Continue with next line
buffer = sr_conf.ReadLine();
}
sr_conf.Close();
fs_conf.Close();
return(true);
}
private bool readConfFile()
{
string buffer;
int errCnt;
int arr_cnt;
int tempCode;
bool tempLogg;
fs_conf.Seek(0, SeekOrigin.Begin);
sr_conf.ReadLine(); // ignore first one;
buffer = sr_conf.ReadLine();
for (errCnt = 0; buffer != null && errCnt < errNum; errCnt++)
{
string[] splitbuffer = buffer.Split(';');
// Exit readConfFile(): when there's an incomplete set of data (not every field filled out properly)
if (splitbuffer.GetUpperBound(0) < (errorBundle.cntMember - 1))
{
stdOut.Error("Fehler beim Lesen der Fehlerkonfigurationsdatei:\nZeile " + (errCnt + 2).ToString() + ": unvollständiger Datensatz");
return(false);
}
try
{
tempCode = Convert.ToInt32(splitbuffer[0]);
}
catch
{
stdOut.Error("Fehler beim Lesen der Fehlerkonfigurationsdatei:\nZeile " + (errCnt + 2).ToString() + ": nicht in Errorcode konvertierbar");
return(false);
}
// Scan through and break if error code exists twice, continue otherwise:
for (arr_cnt = 0; arr_cnt < errCnt; arr_cnt++)
{
if (err[arr_cnt].Code == tempCode)
{
stdOut.Error("Fehler beim Lesen der Fehlerkonfigurationsdatei:\nZeile " + (errCnt + 2).ToString() + ": Doppelter Errorcode, vorher definiert in Zeile " + (arr_cnt + 1).ToString());
return(false);
}
}
if (splitbuffer[5] == "0")
{
tempLogg = false;
}
else
{
tempLogg = true;
}
// Finally add error-bundle
err[errCnt] = new errorBundle(tempCode, splitbuffer[1], splitbuffer[2], splitbuffer[3], splitbuffer[4], tempLogg);
// Continue with next line
buffer = sr_conf.ReadLine();
}
sr_conf.Close();
fs_conf.Close();
return(true);
}