// Parser
public static CIndividualEventStructure Parse( CGedcom gedcom, int nLevel )
{
CGedcomLine gedcomLine;
// Temporary holders for class members. Saves constructing a class early.
string sType;
string sValue;
string sSubtype = "";
CEventDetail ed, eventDetail=null;
// There must be one of these, it defines the object.
if(
(gedcomLine = gedcom.GetLine(nLevel, "_NMR")) == null // Never married (brother's keeper)
&& (gedcomLine = gedcom.GetLine(nLevel, "_AKA")) == null // Also known as (brother's keeper)
&& (gedcomLine = gedcom.GetLine(nLevel, "_AKAN")) == null // Also known as (brother's keeper)
&& (gedcomLine = gedcom.GetLine(nLevel, "BIRT")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "CHR")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "DEAT")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "BURI")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "CREM")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "ADOP")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "BAPM")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "BAP")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "BARM")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "BASM")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "BLES")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "CHRA")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "CONF")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "FCOM")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "ORDN")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "NATU")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "EMIG")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "IMMI")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "CENS")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "PROB")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "WILL")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "GRAD")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "RETI")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "EVEN")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "CAST")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "DSCR")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "EDUC")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "IDNO")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "NATI")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "NCHI")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "NMR")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "OCCU")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "PROP")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "RELI")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "RESI")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "SSN")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "TITL")) == null
&& (gedcomLine = gedcom.GetLine(nLevel, "FACT")) == null
)
{
return null;
}
sType = gedcomLine.Tag;
if( sType == "BAP" )
{
sType = "BAPM";
}
sValue = gedcomLine.LineItem;
gedcom.IncrementLineIndex(1);
bool bParsingFinished;
do
{
bParsingFinished = true;
if( (gedcomLine = gedcom.GetLine(nLevel+1, "TYPE")) != null )
{
sSubtype = gedcomLine.LineItem;
gedcom.IncrementLineIndex(1);
bParsingFinished = false;
}
if( (gedcomLine = gedcom.GetLine(nLevel+1, "CONC")) != null )
{
sValue += gedcomLine.LineItem;
gedcom.IncrementLineIndex(1);
bParsingFinished = false;
}
else if( (gedcomLine = gedcom.GetLine(nLevel+1, "CONT")) != null )
{
sValue += "\n" + gedcomLine.LineItem;
gedcom.IncrementLineIndex(1);
bParsingFinished = false;
}
else if( (ed = CEventDetail.Parse( gedcom, nLevel+1 )) != null )
{
eventDetail = ed;
bParsingFinished = false;
}
else if( ( gedcomLine = gedcom.GetLine()).Level > nLevel )
{
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Warning, "Unknown tag :" );
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Warning, gedcomLine.ToString() );
gedcom.IncrementLineIndex(1);
bParsingFinished = false;
}
}
while( !bParsingFinished );
// Parsing went ok. Construct a new object and return it.
CIndividualEventStructure ies = new CIndividualEventStructure( gedcom );
ies.Type = sType;
ies.m_sSubtype = sSubtype;
ies.Value = sValue;
ies.m_eventDetail = eventDetail;
return ies;
}
// Reads a GEDCOM file into a hierarchy of data structures
public void ParseFile()
{
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "ParseFile()" );
CThreadError threaderror = new CThreadError( 1, "No error" ); // 2 = process was aborted, for signalling back to calling thread. 1= cancelled by user action
m_nLineIndex = -1; // Used to indicate to exception handling that stage2 parsing hasn't started
FileStream fileStream = null;
StreamReader streamReader = null;
ClearOutParser();
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "ParseFile() ClearOutParser" );
string sParseLine="";
try
{
m_progressWindow.Begin( 0, 100 );
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "Progress window begun" );
// Discern file character set by reading first 2 bytes of file
FileStream fsCharsetDetection = new FileStream( Filename, FileMode.Open, FileAccess.Read );
StreamReader srCharsetDetection = null;
try
{
byte[] abFirstBytes = new byte[2];
fsCharsetDetection.Read( abFirstBytes, 0, 2 );
fsCharsetDetection.Seek( 0, SeekOrigin.Begin );
m_ecCharset = ECharset.Unknown8bit;
string sCharset = "ANSI";
if( (abFirstBytes[0] == 0xff && abFirstBytes[1] == 0xfe) || (abFirstBytes[0] == 0x30 && abFirstBytes[1] == 0x00) )
{
m_ecCharset = ECharset.Unicode;
}
else if( (abFirstBytes[0] == 0xfe && abFirstBytes[1] == 0xff) || (abFirstBytes[0] == 0x00 && abFirstBytes[1] == 0x30) )
{
m_ecCharset = ECharset.UnicodeReversed;
}
switch( m_ecCharset )
{
case ECharset.Unicode:
srCharsetDetection = new StreamReader( fsCharsetDetection, System.Text.Encoding.GetEncoding("UTF-16BE") );
break;
case ECharset.UnicodeReversed:
srCharsetDetection = new StreamReader( fsCharsetDetection, System.Text.Encoding.GetEncoding("UTF-16LE") );
break;
default:
srCharsetDetection = new StreamReader( fsCharsetDetection, System.Text.Encoding.GetEncoding("utf-8") );
break;
}
if( srCharsetDetection != null )
{
string sCharsetDetectionLine = "";
do
{
sCharsetDetectionLine = srCharsetDetection.ReadLine();
if( sCharsetDetectionLine != "" && sCharsetDetectionLine != null )
{
sCharsetDetectionLine = sCharsetDetectionLine.ToUpper();
sCharsetDetectionLine = sCharsetDetectionLine.Trim();
}
}
while( sCharsetDetectionLine != null && ( sCharsetDetectionLine.Length < 7 || sCharsetDetectionLine.Substring(0,7) != "1 CHAR " ) );
if( sCharsetDetectionLine != null )
{
sCharset = sCharsetDetectionLine.Substring(7);
if( m_ecCharset != ECharset.Unicode && m_ecCharset != ECharset.UnicodeReversed ) // If file is in unicode format, ignore charset string cos we already know format.
{
// Using substring here to ignore trailing spaces
if( sCharset.Length >= 5 && sCharset.Substring(0,5) == "ASCII" )
{
m_ecCharset = ECharset.Ascii;
}
else if( sCharset.Length >= 4 && sCharset.Substring(0,4) == "ANSI" )
{
m_ecCharset = ECharset.Ansi;
}
else if( sCharset.Length >= 5 && sCharset.Substring(0,5) == "ANSEL" )
{
m_ecCharset = ECharset.Ansel;
}
else if( sCharset.Length >= 4 && sCharset.Substring(0,4) == "UTF8" )
{
m_ecCharset = ECharset.UTF8;
}
else if( sCharset.Length >= 5 && sCharset.Substring(0,5) == "UTF-8" )
{
m_ecCharset = ECharset.UTF8;
}
else if( sCharset.Length >= 7 && sCharset.Substring(0,7) == "UNICODE" )
{
m_ecCharset = ECharset.Unicode;
}
else if( sCharset.Length >= 5 && sCharset.Substring(0,5) == "UTF16" )
{
m_ecCharset = ECharset.Unicode;
}
else if( sCharset.Length >= 6 && sCharset.Substring(0,6) == "UTF-16" )
{
m_ecCharset = ECharset.Unicode;
}
}
}
}
}
catch( Exception e )
{
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "Caught exception while trying to discern character set :" + e.ToString() );
m_ecCharset = ECharset.UTF8;
}
if( srCharsetDetection != null )
{
srCharsetDetection.Close();
}
if( fsCharsetDetection != null )
{
fsCharsetDetection.Close();
}
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "Opening file with charset " + m_ecCharset.ToString() );
fileStream = new FileStream( Filename, FileMode.Open, FileAccess.Read );
System.Text.Encoding encoding = System.Text.Encoding.GetEncoding("iso-8859-1");
switch( m_ecCharset )
{
case ECharset.Ascii:
encoding = System.Text.Encoding.GetEncoding("ascii");
break;
case ECharset.Ansi:
encoding = System.Text.Encoding.GetEncoding("iso-8859-1");
break;
case ECharset.Ansel:
encoding = System.Text.Encoding.GetEncoding("iso-8859-1");
break;
case ECharset.UTF8:
encoding = System.Text.Encoding.GetEncoding("utf-8");
break;
case ECharset.Unicode:
encoding = System.Text.Encoding.GetEncoding("UTF-16BE");
break;
case ECharset.UnicodeReversed:
encoding = System.Text.Encoding.GetEncoding("UTF-16LE");
break;
default:
encoding = System.Text.Encoding.GetEncoding("utf-8");
break;
}
streamReader = new StreamReader( fileStream, encoding );
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "Stream created" );
m_nBytesRead = 0;
m_nBytesTotal = fileStream.Length;
uint uLineInFile = 0;
// Read all lines in file into memory
int nPercentComplete, nPreviousPercentComplete = 0;
for(;;)
{
if( m_progressWindow.IsAborting )
{
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "Progress window aborting (1)" );
return;
}
sParseLine = streamReader.ReadLine();
if( m_ecCharset == ECharset.Ansel )
{
sParseLine = ConvertAnsel( sParseLine );
}
if( sParseLine == null )
{
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "No more lines, end of file" );
// No more lines, end of file
break;
}
uLineInFile++;
m_nBytesRead += sParseLine.Length + 1; // Interim fix. Should actually count bytes according to whether gedcomLine ends with CR or CRLF.
nPercentComplete = (int)(m_nBytesRead * 100 / m_nBytesTotal);
if( nPercentComplete != nPreviousPercentComplete )
{
nPreviousPercentComplete = nPercentComplete;
m_progressWindow.SetText( String.Format( "Bytes read: {0}", m_nBytesRead ) );
if( nPercentComplete > 100 )
{
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "Percent set to 100 (1)" );
// Safety valve. Prevents control from throwing.
nPercentComplete = 100;
}
m_progressWindow.StepTo( nPercentComplete );
}
if( sParseLine.Length != 0 )
{
try
{
CGedcomLine gedcomLine = ParseLine( sParseLine, uLineInFile );
if( gedcomLine != null )
{
m_alLines.Add( gedcomLine );
}
}
catch( CParsingException )
{
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Warning, String.Concat("Unable to parse line ", uLineInFile.ToString(), ":", sParseLine ) );
}
}
// Signal waiting app that parse has finished
}
if( m_progressWindow.IsAborting )
{
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "Progress window aborting (2)" );
return;
}
// Parse lines of file
m_nLineIndex = 0;
sParseLine="";
int nLines = m_alLines.Count;
m_progressWindow.SetText( String.Format( "Parsing file line: {0} out of {1}", m_nLineIndex, nLines ) );
nPercentComplete = (int)(m_nLineIndex * 100 / nLines);
if( nPercentComplete > 100 )
{
// Safety valve. Prevents control from throwing.
nPercentComplete = 100;
}
m_progressWindow.StepTo( nPercentComplete );
if( m_progressWindow.IsAborting )
{
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "Progress window aborting (3)" );
return;
}
if( !ParseHeader() )
{
// Mandatory header missing/corrupt
throw new CParsingException( "Header missing or corrupt" );
}
m_progressWindow.SetText( String.Format( "Parsing file line: {0} out of {1}", m_nLineIndex, nLines ) );
nPercentComplete = (int)(m_nLineIndex * 100 / nLines);
if( nPercentComplete > 100 )
{
// Safety valve. Prevents control from throwing.
nPercentComplete = 100;
}
m_progressWindow.StepTo( nPercentComplete );
if( m_progressWindow.IsAborting )
{
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "Progress window aborting (4)" );
return;
}
m_submissionRecord = CSubmissionRecord.Parse( this, 0 );
m_progressWindow.SetText( String.Format( "Parsing file line: {0} out of {1}", m_nLineIndex, nLines ) );
nPercentComplete = (int)(m_nLineIndex * 100 / nLines);
if( nPercentComplete > 100 )
{
// Safety valve. Prevents control from throwing.
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "Percent set to 100 (2)" );
nPercentComplete = 100;
}
m_progressWindow.StepTo( nPercentComplete );
if( m_progressWindow.IsAborting )
{
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "Progress window aborting (5)" );
return;
}
int nRecords = 0;
CFamilyRecord fr;
CIndividualRecord ir;
CMultimediaRecord mr;
CNoteRecord nr;
CRepositoryRecord rr;
CSourceRecord sr;
CSubmitterRecord smr;
CGedcomLine gedcomLine2;
bool bParsingSuccessful = false;
bool bParsingFinished;
do
{
bParsingFinished = false;
m_progressWindow.SetText( String.Format( "Parsing file line: {0} out of {1}", m_nLineIndex, nLines ) );
nPercentComplete = (int)(m_nLineIndex * 100 / nLines);
if( nPercentComplete > 100 )
{
// Safety valve. Prevents control from throwing.
nPercentComplete = 100;
}
m_progressWindow.StepTo( nPercentComplete );
if( m_progressWindow.IsAborting )
{
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "Progress window aborting (6)" );
return;
}
if( (fr = CFamilyRecord.Parse( this, 0 )) != null )
{
m_alFamilyRecords.Add( fr );
m_htFamilyRecordsXref.Add( fr.m_xref, fr );
++nRecords;
bParsingFinished = false;
}
else if( (ir = CIndividualRecord.Parse( this, 0)) != null )
{
m_alIndividualRecords.Add( ir );
m_htIndividualRecordsXref.Add( ir.m_xref, ir );
++nRecords;
bParsingFinished = false;
}
else if( (mr = CMultimediaRecord.Parse( this, 0 )) != null )
{
m_alMultimediaRecords.Add( mr );
++nRecords;
bParsingFinished = false;
}
else if( (nr = CNoteRecord.Parse( this, 0 )) != null )
{
m_alNoteRecords.Add( nr );
++nRecords;
bParsingFinished = false;
}
else if( (rr = CRepositoryRecord.Parse( this, 0 )) != null )
{
m_alRepositoryRecords.Add( rr );
++nRecords;
bParsingFinished = false;
}
else if( (sr = CSourceRecord.Parse( this, 0 )) != null )
{
m_alSourceRecords.Add( sr );
m_htSourceRecordsXref.Add( sr.m_xref, sr );
++nRecords;
bParsingFinished = false;
}
else if( ( smr = CSubmitterRecord.Parse( this, 0 )) != null )
{
m_alSubmitterRecords.Add( smr );
++nRecords;
bParsingFinished = false;
}
else if( ( gedcomLine2 = GetLine( 0, "TRLR" )) != null )
{
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "TRLR found OK" );
bParsingSuccessful = true;
}
else
{
// Skip this unknown gedcomLine
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Warning, "WARNING: Couldn't parse line:" );
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Warning, GetLine().ToString() );
m_nLineIndex++;
}
} // end do
while( m_nLineIndex < nLines && !bParsingSuccessful && !bParsingFinished );
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "Parsing ended normally." );
// Tie up adopted individuals with their associated fr
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "Linking adoptees." );
foreach( CIndividualRecord adopIr in m_alAdoptedIndividuals )
{
CEventDetail adopEvent = adopIr.GetEvent( "ADOP" );
if( adopEvent != null )
{
string adopFamXref = adopEvent.m_xrefFam;
bool adopHusband = adopEvent.m_bAdoptedByHusband;
bool adopWife = adopEvent.m_bAdoptedByWife;
CFamilyRecord adopFam = GetFamilyRecord( adopFamXref );
if( adopFam!=null && (adopHusband || adopWife) )
{
if( adopHusband )
{
CIndividualRecord irAdopHusband = GetIndividualRecord( adopFam.m_xrefHusband );
if( irAdopHusband != null )
{
CIndividualEventStructure husbandAdopEvent = new CIndividualEventStructure( adopEvent );
husbandAdopEvent.Type = "GEDMILL_ADOPTION_OF_CHILD"; // Special GEDmill only event
husbandAdopEvent.m_eventDetail.m_xrefAdoptedChild = adopIr.m_xref;
irAdopHusband.m_alIndividualEventStructures.Add( husbandAdopEvent );
}
}
if( adopWife )
{
CIndividualRecord irAdopWife = GetIndividualRecord( adopFam.m_xrefWife );
if( irAdopWife != null )
{
CIndividualEventStructure wifeAdopEvent = new CIndividualEventStructure( adopEvent );
wifeAdopEvent.Type = "GEDMILL_ADOPTION_OF_CHILD"; // Special GEDmill only event
wifeAdopEvent.m_eventDetail.m_xrefAdoptedChild = adopIr.m_xref;
irAdopWife.m_alIndividualEventStructures.Add( wifeAdopEvent );
}
}
}
}
}
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "Linking indi backreferences." );
foreach( CIndividualRecord brir in m_alIndividualRecords )
{
foreach( CIndividualEventStructure ies in brir.m_alIndividualEventStructures )
{
if( ies.m_eventDetail != null )
{
foreach( CSourceCitation sc in ies.m_eventDetail.m_alSourceCitations )
{
sc.AddBackreference(new CBackReference(ERecordType.Individual, brir.m_xref, ies.Type));
sc.AddPicFromCitationToRecord();
}
foreach( CNoteStructure ns in ies.m_eventDetail.m_alNoteStructures )
{
if( ns != null && ns.m_alSourceCitations != null )
{
foreach( CSourceCitation sc in ns.m_alSourceCitations )
{
sc.AddBackreference(new CBackReference(ERecordType.Individual, brir.m_xref, ies.Type));
sc.AddPicFromCitationToRecord();
}
}
}
}
}
foreach( CPersonalNameStructure pns in brir.m_alPersonalNameStructures )
{
if( pns.m_personalNamePieces != null )
{
foreach( CSourceCitation sc in pns.m_personalNamePieces.m_alSourceCitations )
{
sc.AddBackreference( new CBackReference( ERecordType.Individual, brir.m_xref, "NAME" ) );
sc.AddPicFromCitationToRecord();
}
}
}
foreach( CSourceCitation sc in brir.m_alSourceCitations )
{
sc.AddBackreference( new CBackReference( ERecordType.Individual, brir.m_xref, "" ) );
sc.AddPicFromCitationToRecord();
}
}
foreach( CFamilyRecord brfr in m_alFamilyRecords )
{
foreach( CFamilyEventStructure fes in brfr.m_alFamilyEventStructures )
{
if( fes.m_eventDetail != null )
{
foreach( CSourceCitation sc in fes.m_eventDetail.m_alSourceCitations )
{
sc.AddBackreference(new CBackReference(ERecordType.Family, brfr.m_xref, fes.Type));
sc.AddPicFromCitationToRecord();
}
foreach( CNoteStructure ns in fes.m_eventDetail.m_alNoteStructures )
{
if( ns != null && ns.m_alSourceCitations != null )
{
foreach( CSourceCitation sc in ns.m_alSourceCitations )
{
sc.AddBackreference(new CBackReference(ERecordType.Family, brfr.m_xref, fes.Type));
sc.AddPicFromCitationToRecord();
}
}
}
}
}
foreach( CSourceCitation sc in brfr.m_alSourceCitations )
{
sc.AddBackreference( new CBackReference( ERecordType.Family, brfr.m_xref, "" ) );
sc.AddPicFromCitationToRecord();
}
}
foreach( CNoteRecord brnr in m_alNoteRecords )
{
foreach( CSourceCitation sc in brnr.m_alSourceCitations )
{
sc.AddBackreference( new CBackReference( ERecordType.Note, brnr.m_xref, "" ) );
sc.AddPicFromCitationToRecord();
}
}
// Join together fragmented multimedia files
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "Joining multimedia fragments." );
// Go through all the MFRs in every link in every record.
foreach( CSourceRecord isr in m_alSourceRecords )
{
JoinMultimedia( isr.m_alMultimediaLinks );
}
foreach( CIndividualRecord iir in m_alIndividualRecords )
{
JoinMultimedia( iir.m_alMultimediaLinks );
}
// Create a list of MFRs unique to the individual
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "Ordering individual's mfrs." );
foreach( CIndividualRecord irMultimedia in m_alIndividualRecords )
{
ConvertMultimediaLinks( irMultimedia.m_alMultimediaLinks, ref irMultimedia.m_alUniqueFileRefs );
}
// Create a list of MFRs unique to the source
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "Ordering source's mfrs." );
foreach( CSourceRecord srMultimedia in m_alSourceRecords )
{
ConvertMultimediaLinks( srMultimedia.m_alMultimediaLinks, ref srMultimedia.m_alUniqueFileRefs );
}
// Moved inside try block as any exception it threw would not otherwise be caught:
AddChildrenToFamilies();
// Ended normally
threaderror.m_nError = 0;
}
catch( System.Threading.ThreadAbortException e )
{
// Abnormal abort
threaderror.m_nError = 2;
threaderror.m_sMessage = "";
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Error, String.Format("Caught thread exception : {0}", e.ToString() ) );
}
catch( System.Threading.ThreadInterruptedException e )
{
// Abnormal abort
threaderror.m_nError = 2;
threaderror.m_sMessage = "";
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Error, String.Format( "Caught thread exception : {0}", e.ToString() ) );
}
catch( CParsingException e )
{
// Abnormal abort
threaderror.m_nError = 2;
threaderror.m_sMessage = "";
string sLine = sParseLine;
if( m_nLineIndex>=0 )
{
if( m_nLineIndex >= m_alLines.Count )
{
sLine = "EOF";
}
else
{
sLine = ((CGedcomLine)(m_alLines[m_nLineIndex])).ToString();
}
}
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Error, String.Format("Caught parsing exception in file {0}, line {1} ({2}) : {3}", Filename, m_nLineIndex, sLine, e.ToString() ) );
// And here, if we can
}
catch( System.IO.IOException e )
{
// Abnormal abort, offer retry, file already open.
threaderror.m_nError = 3;
threaderror.m_sMessage = "";
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Error, String.Format("Caught IO exception (line index={0}) : {1}", m_nLineIndex, e.ToString() ) );
}
catch( Exception e )
{
// Abnormal abort
threaderror.m_nError = 2;
threaderror.m_sMessage = "";
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Error, String.Format("Caught generic exception (line index={0}) : {1}", m_nLineIndex, e.ToString() ) );
}
finally
{
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "Closing file" );
if (streamReader != null)
{
streamReader.Close();
}
if (fileStream != null)
{
fileStream.Close();
}
if( m_progressWindow != null )
{
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "Closing progress window" );
m_progressWindow.End( threaderror );
}
// Don't need the memory any more:
m_alLines.Clear();
}
LogFile.TheLogFile.WriteLine( LogFile.DT_GEDCOM, LogFile.EDebugLevel.Note, "All done." );
}