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GedcomEncoder.cs
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GedcomEncoder.cs
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using Ekmansoft.FamilyTree.Library.FamilyData;
using Ekmansoft.FamilyTree.Library.FamilyTreeStore;
using System;
using System.Collections;
using System.Collections.Generic;
using System.Diagnostics;
using System.IO;
using System.Linq;
using System.Text;
namespace Ekmansoft.FamilyTree.Codec.Gedcom
{
public class GedcomEncoder : FamilyFileEncoder
{
private static TraceSource trace = new TraceSource("GedcomEncoder", SourceLevels.Warning);
private Encoding enc;
//private BackgroundWorker workerProgressTarget;
private IProgressReporterInterface workerProgressTarget;
class XrefMapperClass
{
//public string oldXref;
public string newXref;
public int noOfReferences;
public int noOfDefinitions;
public IList<XrefRelation> referencedFrom;
public class XrefRelation
{
public string xref;
public bool child;
public XrefRelation(bool child, string xref)
{
this.xref = xref;
this.child = child;
}
}
public XrefMapperClass(string newXref, bool defined = false)
{
this.newXref = newXref;
this.noOfReferences = 0;
this.noOfDefinitions = 0;
this.referencedFrom = new List<XrefRelation>();
}
public void CheckAndSetDefined(bool defined)
{
if (defined)
{
noOfDefinitions++;
}
else
{
noOfReferences++;
}
}
}
class GedcomMappers
{
private IFamilyTreeStoreBaseClass familyTree;
private IDictionary<string, XrefMapperClass> individualXrefMapper;
private IDictionary<string, XrefMapperClass> familyXrefMapper;
private IDictionary<string, XrefMapperClass> multimediaXrefMapper;
private IDictionary<string, XrefMapperClass> noteXrefMapper;
private IDictionary<string, XrefMapperClass> repositoryXrefMapper;
private IDictionary<string, XrefMapperClass> sourceXrefMapper;
private IDictionary<string, XrefMapperClass> submissionXrefMapper;
private IDictionary<string, XrefMapperClass> submitterXrefMapper;
public GedcomMappers(IFamilyTreeStoreBaseClass familyTree)
{
this.familyTree = familyTree;
individualXrefMapper = new Dictionary<string, XrefMapperClass>();
familyXrefMapper = new Dictionary<string, XrefMapperClass>();
multimediaXrefMapper = new Dictionary<string, XrefMapperClass>();
noteXrefMapper = new Dictionary<string, XrefMapperClass>();
repositoryXrefMapper = new Dictionary<string, XrefMapperClass>();
sourceXrefMapper = new Dictionary<string, XrefMapperClass>();
submissionXrefMapper = new Dictionary<string, XrefMapperClass>();
submitterXrefMapper = new Dictionary<string, XrefMapperClass>();
}
public void AddReference(XrefType type, string fileXref, bool defined, string referencedFrom = null, bool child = false)
{
IDictionary<string, XrefMapperClass> mapper = GetMapper(type);
if (!mapper.ContainsKey(fileXref))
{
mapper.Add(fileXref, new XrefMapperClass(fileXref, defined));
}
mapper[fileXref].CheckAndSetDefined(defined);
if (referencedFrom != null)
{
mapper[fileXref].referencedFrom.Add(new XrefMapperClass.XrefRelation(child, referencedFrom));
}
}
public IDictionary<string, XrefMapperClass> GetMapper(XrefType type)
{
switch (type)
{
case XrefType.Individual:
return individualXrefMapper;
case XrefType.Family:
return familyXrefMapper;
case XrefType.Multimedia:
return multimediaXrefMapper;
case XrefType.Note:
return noteXrefMapper;
case XrefType.Source:
return sourceXrefMapper;
case XrefType.Repository:
return repositoryXrefMapper;
case XrefType.Submission:
return submissionXrefMapper;
case XrefType.Submitter:
return submitterXrefMapper;
default:
//DebugStringAdd("Unknown xref tag type:" + type);
return null;
}
}
}
private GedcomMappers xrefMappers;
public GedcomEncoder()
{
enc = new UTF8Encoding(true, true);
//parent.SetProgressTarget();
xrefMappers = new GedcomMappers(null);
}
private void WriteChar(FileStream file, char ch)
{
//string value = "\u00C4 \uD802\u0033 \u00AE";
string value = "";
value += ch;
try
{
byte[] bytes = enc.GetBytes(value);
/*if (bytes.Length > 1)
{
trace.TraceInformation("Encoded {0:X4} => {1:X4},{2:X4}", (int)ch, bytes[0], bytes[1]);
}*/
foreach (var byt in bytes)
{
file.WriteByte(byt);
//Console.Write("{0:X2} ", byt);
}
//Console.WriteLine();
//string value2 = enc.GetString(bytes);
//Console.WriteLine(value2);
}
catch (EncoderFallbackException e)
{
trace.TraceInformation("Unable to encode {0} at index {1}",
e.IsUnknownSurrogate() ?
String.Format("U+{0:X4} U+{1:X4}",
Convert.ToUInt16(e.CharUnknownHigh),
Convert.ToUInt16(e.CharUnknownLow)) :
String.Format("U+{0:X4}",
Convert.ToUInt16(e.CharUnknown)),
e.Index);
}
}
private void WriteData(FileStream file, String inStr)
{
for (int i = 0; i < inStr.Length; i++)
{
char ch = inStr.ElementAt(i);
WriteChar(file, ch);
}
}
private string Linefeed()
{
return FamilyUtility.GetLinefeed();
}
private void WriteHeader(FileStream file, string filename)
{
byte[] bomMark_UTF8 = { 0xEF, 0xBB, 0xBF };
DateTime now = DateTime.Now;
FamilyDateTimeClass nowFam = new FamilyDateTimeClass(now.Date.Year, now.Date.Month, now.Date.Day);
nowFam.SetTime(now.TimeOfDay.Hours, now.TimeOfDay.Minutes, now.TimeOfDay.Seconds);
foreach (var byt in bomMark_UTF8)
{
file.WriteByte(byt);
//Console.Write("{0:X2} ", byt);
}
// 0 @I6000000005790470652@ INDI
/*
1 SOUR Geni.com
2 VERS 1.0
1 DATE 24 FEB 2013
2 TIME 02:44:33
1 SUBM @S0@
1 GEDC
2 VERS 5.5
2 FORM LINEAGE-LINKED
1 CHAR UTF-8
0 @I6000000005790470652@ INDI
1 NAME Kenneth /Ekman/
2 GIVN Kenneth
2 SURN Ekman
1 SEX M
1 RESI
2 PLAC Varvsgatan 10E
2 ADDR
3 CITY Skellefteå
3 STAE (AC)
3 POST 93134
3 CTRY Sverige
3 NOTE {geni:place_name} Varvsgatan 10E
1 BIRT
2 DATE 25 MAR 1965
2 PLAC Sweden
2 ADDR
3 CTRY Sweden
*/
WriteData(file, "0 HEAD" + Linefeed());
if (filename != null)
{
WriteData(file, "1 SOUR FamilyStudio:" + filename + Linefeed());
}
else
{
WriteData(file, "1 SOUR FamilyStudio" + Linefeed());
}
WriteData(file, "2 VERS 0.8" + Linefeed());
WriteData(file, "1 DATE " + nowFam.ToGedcomDateString() + Linefeed());
WriteData(file, "2 TIME " + nowFam.ToGedcomTimeString() + Linefeed());
WriteData(file, "1 SUBM jhkjh " + Linefeed());
WriteData(file, "1 GEDC" + Linefeed());
WriteData(file, "2 VERS 5.5" + Linefeed());
WriteData(file, "2 FORM LINEAGE-LINKED" + Linefeed());
WriteData(file, "1 CHAR UTF-8" + Linefeed());
}
private bool GetGedcomEventString(IndividualEventClass.EventType ev, ref string evStr)
{
switch (ev)
{
case IndividualEventClass.EventType.Birth:
evStr = "BIRT";
return true;
case IndividualEventClass.EventType.Christening:
evStr = "CHR";
return true;
case IndividualEventClass.EventType.BaptismLDS:
evStr = "BAPL";
return true;
case IndividualEventClass.EventType.Baptism:
evStr = "BAPM";
return true;
case IndividualEventClass.EventType.Adoption:
evStr = "ADOP";
return true;
case IndividualEventClass.EventType.BarMitzwah:
evStr = "BARM";
return true;
case IndividualEventClass.EventType.BasMitzwah:
evStr = "BASM";
return true;
case IndividualEventClass.EventType.Blessing:
evStr = "BLES";
return true;
case IndividualEventClass.EventType.AdultChristening:
evStr = "CHRA";
return true;
case IndividualEventClass.EventType.Confirmation:
evStr = "CONF";
return true;
case IndividualEventClass.EventType.Education:
evStr = "EDUC";
return true;
case IndividualEventClass.EventType.Graduation:
evStr = "GRAD";
return true;
case IndividualEventClass.EventType.Occupation:
evStr = "OCCU";
return true;
case IndividualEventClass.EventType.FirstCommunion:
evStr = "FCOM";
return true;
case IndividualEventClass.EventType.Ordination:
evStr = "ORDN";
return true;
case IndividualEventClass.EventType.NobilityTitle:
evStr = "TITL";
return true;
case IndividualEventClass.EventType.Nationality:
evStr = "NATI";
return true;
case IndividualEventClass.EventType.NumberOfChildren:
evStr = "NCHI";
return true;
case IndividualEventClass.EventType.NumberOfMarriages:
evStr = "NMR";
return true;
case IndividualEventClass.EventType.Naturalization:
evStr = "NATU";
return true;
case IndividualEventClass.EventType.Emigration:
evStr = "EMIG";
return true;
case IndividualEventClass.EventType.Immigration:
evStr = "IMMI";
return true;
case IndividualEventClass.EventType.Residence:
evStr = "RESI";
return true;
case IndividualEventClass.EventType.Census:
evStr = "CENS";
return true;
case IndividualEventClass.EventType.Possesions:
evStr = "PROP";
return true;
case IndividualEventClass.EventType.Probate:
evStr = "PROB";
return true;
//case IndividualEventClass.EventType.Military:
// evStr = "MILI";
// return true;
case IndividualEventClass.EventType.Religion:
evStr = "RELI";
return true;
case IndividualEventClass.EventType.Will:
evStr = "WILL";
return true;
case IndividualEventClass.EventType.Retired:
evStr = "RETI";
return true;
//case IndividualEventClass.EventType.Fact:
// evStr = "FACT";
// return true;
case IndividualEventClass.EventType.Endowment:
evStr = "ENDL";
return true;
case IndividualEventClass.EventType.SealingChild:
evStr = "SLGC";
return true;
case IndividualEventClass.EventType.Caste:
evStr = "CAST";
return true;
case IndividualEventClass.EventType.PhysicalDescription:
evStr = "DSCR";
return true;
case IndividualEventClass.EventType.IdentityNumber:
evStr = "IDNO";
return true;
case IndividualEventClass.EventType.SocialSecurityNumber:
evStr = "SSN";
return true;
case IndividualEventClass.EventType.Death:
evStr = "DEAT";
return true;
case IndividualEventClass.EventType.Burial:
evStr = "BURI";
return true;
case IndividualEventClass.EventType.Cremation:
evStr = "CREM";
return true;
case IndividualEventClass.EventType.GeneralEvent:
evStr = "EVEN";
return true;
case IndividualEventClass.EventType.RecordUpdate:
evStr = "CHAN";
return true;
default:
trace.TraceInformation("GedcomEncoder: Ind.Event.unhandled event type:" + ev);
return false;
}
}
void WriteTag(FileStream file, string tag, int level, string data)
{
if ((data.IndexOf('\n') >= 0) || (data.IndexOf('\r') >= 0))
{
trace.TraceInformation("GedcomEncoder: Warning linefeed in single line!:" + level + " " + tag + " " + data);
}
WriteData(file, level + " " + tag + " " + data + Linefeed());
}
void WriteTagWithCont(FileStream file, string tag, int startLevel, string data)
{
if (data != null)
{
char[] lineFeeds = new char[] { '\n', '\r' };
const int MaxLineLength = 240;
int lineStart = 0, lineEnd, pos, noteLength;
string line;
string noteStr = data;
/*noteStr = noteStr.Replace("\x2013", "-");
noteStr = noteStr.Replace("\x2019", "\'");
noteStr = noteStr.Replace("\x201D", "\"");
noteStr = noteStr.Replace("\x2020", "+");
noteStr = noteStr.Replace("\x2022", ".");
noteStr = noteStr.Replace("\x2026", "...");
noteStr = noteStr.Replace("\x2039", "...");*/
noteLength = noteStr.Length;
lineEnd = noteLength;
if ((pos = noteStr.IndexOfAny(lineFeeds, lineStart)) >= 0)
{
lineEnd = pos;
}
line = noteStr.Substring(lineStart, lineEnd - lineStart);
if (line.Length > MaxLineLength)
{
string subLine = line.Substring(0, MaxLineLength);
int subStrPos = MaxLineLength;
WriteData(file, startLevel + " " + tag + " " + subLine + Linefeed());
while (subStrPos < line.Length)
{
int length = MaxLineLength;
if (length + subStrPos > line.Length)
{
length = line.Length - subStrPos;
}
subLine = line.Substring(subStrPos, length);
WriteData(file, (startLevel + 1) + " CONC " + subLine + Linefeed());
subStrPos += MaxLineLength;
}
}
else
{
WriteData(file, startLevel + " " + tag + " " + line + Linefeed());
}
while (lineEnd < noteLength - 1)
{
lineStart = lineEnd + 1;
if (noteStr[lineStart] == '\n') // windows style linefeeds
{
lineStart++;
}
lineEnd = noteLength;
if ((pos = noteStr.IndexOfAny(lineFeeds, lineStart)) >= 0)
{
lineEnd = pos;
}
line = noteStr.Substring(lineStart, lineEnd - lineStart);
if (line.Length > MaxLineLength)
{
string subLine = line.Substring(0, MaxLineLength);
int subStrPos = MaxLineLength;
WriteData(file, (startLevel + 1) + " CONT " + subLine + Linefeed());
while (subStrPos < line.Length)
{
int length = MaxLineLength;
if (length + subStrPos > line.Length)
{
length = line.Length - subStrPos;
}
subLine = line.Substring(subStrPos, length);
WriteData(file, (startLevel + 1) + " CONC " + subLine + Linefeed());
subStrPos += MaxLineLength;
}
}
else
{
WriteData(file, (startLevel + 1) + " CONT " + line + Linefeed());
}
}
}
}
void WriteNoteList(FileStream file, IList<NoteClass> noteList, int startLevel)
{
if (noteList != null)
{
foreach (NoteClass note in noteList)
{
if (note.note != null)
{
string noteStr = note.note;
WriteTagWithCont(file, "NOTE", startLevel, noteStr);
}
}
}
}
void WriteSourceList(FileStream file, IList<SourceDescriptionClass> sourceList, int startLevel)
{
if (sourceList != null)
{
foreach (SourceDescriptionClass source in sourceList)
{
if (source.GetDescription() != null)
{
string noteStr = source.GetDescription();
WriteTagWithCont(file, "SOUR", startLevel, noteStr);
}
}
}
}
void WriteAddress(FileStream file, AddressClass address, int startLevel)
{
if (address != null)
{
//IList<AddressPartClass> addressPartList = address.GetAddressPartList();
AddressPartClass startAddressLine = address.GetAddressPart(AddressPartClass.AddressPartType.StreetAddress);
IList<AddressPartClass> addressPartList = address.GetAddressPartList();
if (addressPartList != null)
{
if (startAddressLine != null)
{
WriteTagWithCont(file, "ADDR", startLevel, startAddressLine.ToString());
}
else
{
WriteData(file, startLevel + " ADDR" + Linefeed());
}
foreach (AddressPartClass addressPart in addressPartList)
{
string addressStr = "";
int level = 0;
if (addressPart.GetAddressPartType() != AddressPartClass.AddressPartType.StreetAddress)
{
if (GetGedcomAddressPartString(addressPart.GetAddressPartType(), ref level, ref addressStr))
{
WriteData(file, (level + startLevel) + " " + addressStr + " " + addressPart + Linefeed());
}
else
{
trace.TraceInformation("Ind.Event.unhandled address format:" + addressPart.GetAddressPartType());
}
}
}
}
}
}
void WriteSourceXrefList(FileStream file, IList<SourceXrefClass> sourceXrefList, int startLevel)
{
if (sourceXrefList != null)
{
foreach (SourceXrefClass sourceXref in sourceXrefList)
{
WriteTag(file, "SOUR", startLevel, "@" + sourceXref.GetXrefName() + "@");
xrefMappers.AddReference(XrefType.Source, sourceXref.GetXrefName(), false);
}
}
}
void WriteNoteXrefList(FileStream file, IList<NoteXrefClass> noteXrefList, int startLevel)
{
if (noteXrefList != null)
{
foreach (NoteXrefClass noteXref in noteXrefList)
{
WriteTag(file, "NOTE", startLevel, "@" + noteXref.GetXrefName() + "@");
xrefMappers.AddReference(XrefType.Note, noteXref.GetXrefName(), true);
}
}
}
void WritePlace(FileStream file, PlaceStructureClass place, int startLevel)
{
if (place != null)
{
//IList<AddressPartClass> addressPartList = address.GetAddressPartList();
WriteTag(file, "PLAC", startLevel, place.GetPlace());
string placeHierarchy = place.GetPlaceHierarchy();
if ((placeHierarchy != null) && (placeHierarchy.Length > 0))
{
WriteTag(file, "FORM", startLevel + 1, placeHierarchy);
}
MapPosition mapPos = place.GetMapPosition();
if (mapPos != null)
{
string nsString = "N";
string ewString = "E";
if (mapPos.latitude < 0)
{
nsString = "S";
}
if (mapPos.longitude < 0)
{
nsString = "W";
}
WriteTag(file, "MAP", startLevel + 1, "");
WriteTag(file, "LATI", startLevel + 2, nsString + mapPos.latitude.ToString());
WriteTag(file, "LONG", startLevel + 2, ewString + mapPos.longitude.ToString());
}
{
IList<SourceXrefClass> sourceXrefList = place.GetSourceXrefList();
WriteSourceXrefList(file, sourceXrefList, startLevel + 1);
}
{
IList<SourceDescriptionClass> sourceList = place.GetSourceList();
WriteSourceList(file, sourceList, 2);
}
{
IList<NoteXrefClass> noteXrefList = place.GetNoteXrefList();
WriteNoteXrefList(file, noteXrefList, 2);
}
{
IList<NoteClass> noteList = place.GetNoteList();
WriteNoteList(file, noteList, startLevel + 1);
}
}
}
private string Append(string s1, string s2, string prePostString)
{
string addStr = prePostString + s2 + prePostString;
if (s1.Length > 0)
{
return s1 + " " + addStr;
}
return addStr;
}
private string CheckAppend(PersonalNameClass name, string s1, PersonalNameClass.PartialNameType type, string prePostStr = "")
{
string partialName = name.GetName(type);
if (partialName.Length > 0)
{
s1 = Append(s1, partialName, prePostStr);
}
return s1;
}
private string GetFullGedcomName(PersonalNameClass name)
{
string nameStr = "";
nameStr = CheckAppend(name, nameStr, PersonalNameClass.PartialNameType.NamePrefix);
nameStr = CheckAppend(name, nameStr, PersonalNameClass.PartialNameType.GivenName);
nameStr = CheckAppend(name, nameStr, PersonalNameClass.PartialNameType.MiddleName);
nameStr = CheckAppend(name, nameStr, PersonalNameClass.PartialNameType.Nickname);
nameStr = CheckAppend(name, nameStr, PersonalNameClass.PartialNameType.SurnamePrefix);
string surname = name.GetName(PersonalNameClass.PartialNameType.Surname);
nameStr = CheckAppend(name, nameStr, PersonalNameClass.PartialNameType.Surname, "/");
string birthSurname = name.GetName(PersonalNameClass.PartialNameType.BirthSurname);
if (birthSurname.Length > 0)
{
bool include = true;
if (surname.Length > 0)
{
if (surname.Equals(birthSurname))
{
include = false;
}
}
if (include)
{
nameStr = CheckAppend(name, nameStr, PersonalNameClass.PartialNameType.BirthSurname);
}
}
nameStr = CheckAppend(name, nameStr, PersonalNameClass.PartialNameType.Suffix);
trace.TraceInformation("GetFullGedcomName():" + name);
return nameStr;
}
private void CheckAndWritePartialName(PersonalNameClass name, PersonalNameClass.PartialNameType type, FileStream file, int level, string gedcomTag)
{
string partialName = name.GetName(type);
if (partialName.Length > 0)
{
WriteData(file, level + " " + gedcomTag + " " + partialName + Linefeed());
}
}
private void WritePersonalName(FileStream file, PersonalNameClass name)
{
//PersonalNameClass name = person.GetPersonalName();
string nameStr = name.GetName(PersonalNameClass.PartialNameType.PublicName, true);
WriteData(file, "1 NAME " + GetFullGedcomName(name) + Linefeed());
CheckAndWritePartialName(name, PersonalNameClass.PartialNameType.NamePrefix, file, 2, "NPFX");
CheckAndWritePartialName(name, PersonalNameClass.PartialNameType.GivenName, file, 2, "GIVN");
CheckAndWritePartialName(name, PersonalNameClass.PartialNameType.Nickname, file, 2, "NICK");
CheckAndWritePartialName(name, PersonalNameClass.PartialNameType.SurnamePrefix, file, 2, "SPFX");
CheckAndWritePartialName(name, PersonalNameClass.PartialNameType.Surname, file, 2, "SURN");
CheckAndWritePartialName(name, PersonalNameClass.PartialNameType.Suffix, file, 2, "NSFX");
}
private void WriteIndividual(FileStream file, IndividualClass person, bool includeReferences = true)
{
WriteData(file, "0 @" + person.GetXrefName() + "@ INDI" + Linefeed());
WritePersonalName(file, person.GetPersonalName());
xrefMappers.AddReference(XrefType.Individual, person.GetXrefName(), true);
switch (person.GetSex())
{
case IndividualClass.IndividualSexType.Female:
WriteData(file, "1 SEX F" + Linefeed());
break;
case IndividualClass.IndividualSexType.Male:
WriteData(file, "1 SEX M" + Linefeed());
break;
default:
break;
}
{
IList<IndividualEventClass> eventList = person.GetEventList();
if (eventList != null)
{
foreach (IndividualEventClass ev in eventList)
{
string evStr = "";
if (GetGedcomEventString(ev.GetEventType(), ref evStr))
{
WriteData(file, "1 " + evStr + Linefeed());
if ((ev.GetDate() != null) && (ev.GetDate().ToGedcomDateString().Length > 0))
{
WriteData(file, "2 DATE " + ev.GetDate().ToGedcomDateString() + Linefeed());
}
if (ev.GetNoteXrefList() != null)
{
IList<NoteXrefClass> noteXrefList = ev.GetNoteXrefList();
WriteNoteXrefList(file, noteXrefList, 2);
}
if (ev.GetNoteList() != null)
{
IList<NoteClass> noteList = ev.GetNoteList();
WriteNoteList(file, noteList, 2);
}
if (ev.GetSourceXrefList() != null)
{
IList<SourceXrefClass> sourceXrefList = ev.GetSourceXrefList();
WriteSourceXrefList(file, sourceXrefList, 2);
}
if (ev.GetSourceList() != null)
{
IList<SourceDescriptionClass> sourceList = ev.GetSourceList();
WriteSourceList(file, sourceList, 2);
}
AddressClass address = ev.GetAddress();
if (address != null)
{
WriteAddress(file, address, 2);
}
PlaceStructureClass place = ev.GetPlace();
if (place != null)
{
WritePlace(file, place, 2);
}
}
}
}
}
if (includeReferences)
{
{
IList<FamilyXrefClass> familyList = person.GetFamilySpouseList();
if (familyList != null)
{
foreach (FamilyXrefClass famXref in familyList)
{
if (famXref.GetXrefName().Length == 0)
{
trace.TraceEvent(TraceEventType.Error, 0, "error: no xref!");
}
xrefMappers.AddReference(XrefType.Family, famXref.GetXrefName(), false, person.GetXrefName(), false);
WriteData(file, "1 FAMS @" + famXref.GetXrefName() + "@" + Linefeed());
}
}
}
{
IList<FamilyXrefClass> familyList = person.GetFamilyChildList();
if (familyList != null)
{
foreach (FamilyXrefClass famXref in familyList)
{
xrefMappers.AddReference(XrefType.Family, famXref.GetXrefName(), false, person.GetXrefName(), true);
WriteData(file, "1 FAMC @" + famXref.GetXrefName() + "@" + Linefeed());
}
}
}
{
IList<NoteXrefClass> noteXrefList = person.GetNoteXrefList();
WriteNoteXrefList(file, noteXrefList, 1);
}
{
IList<NoteClass> noteList = person.GetNoteList();
WriteNoteList(file, noteList, 1);
}
{
IList<SourceXrefClass> sourceXrefList = person.GetSourceXrefList();
WriteSourceXrefList(file, sourceXrefList, 1);
}
}
{
IList<SourceDescriptionClass> sourceList = person.GetSourceList();
WriteSourceList(file, sourceList, 1);
}
{
IList<String> rfnList = person.GetPermanentRFNList();
if (rfnList != null)
{
foreach (String str in rfnList)
{
WriteData(file, "1 RFN " + str + Linefeed());
}
}
}
{
IList<MultimediaLinkClass> mmLinkList = person.GetMultimediaLinkList();
if (mmLinkList != null)
{
foreach (MultimediaLinkClass link in mmLinkList)
{
WriteData(file, "1 OBJE" + Linefeed());
WriteData(file, "2 FORM " + link.GetFormat() + Linefeed());
WriteData(file, "2 FILE " + link.GetLink() + Linefeed());
}
}
}
}
private bool GetGedcomFamilyEventString(IndividualEventClass.EventType ev, ref string evStr)
{
switch (ev)
{
case IndividualEventClass.EventType.FamEngagement:
evStr = "ENGA";
return true;
case IndividualEventClass.EventType.FamMarriageBann:
evStr = "MARB";
return true;
case IndividualEventClass.EventType.FamMarriage:
evStr = "MARR";
return true;
case IndividualEventClass.EventType.FamMarriageContract:
evStr = "MARC";
return true;
case IndividualEventClass.EventType.FamMarriageLicense:
evStr = "MARL";
return true;
case IndividualEventClass.EventType.FamMarriageSettlement:
evStr = "MARS";
return true;
case IndividualEventClass.EventType.FamGeneralEvent:
evStr = "EVEN";
return true;
case IndividualEventClass.EventType.FamCensus:
evStr = "CENS";
return true;
case IndividualEventClass.EventType.FamDivorce:
evStr = "DIV";
return true;
case IndividualEventClass.EventType.FamDivorceFiled:
evStr = "DIVF";
return true;
case IndividualEventClass.EventType.FamAnnulment:
evStr = "ANUL";
return true;
case IndividualEventClass.EventType.FamRecordChange:
evStr = "CHAN";
return true;
default:
trace.TraceInformation("GedcomEncoder: Family.Event.unhandled event type:" + ev);
return false;
}
}
bool GetGedcomAddressPartString(AddressPartClass.AddressPartType addressType, ref int levelOffset, ref string gedcomString)
{
levelOffset = 1;
switch (addressType)
{
case AddressPartClass.AddressPartType.StreetAddress:
gedcomString = "ADDR";
levelOffset = 0;
return true;
case AddressPartClass.AddressPartType.Line1:
gedcomString = "ADR1";
return true;
case AddressPartClass.AddressPartType.Line2:
gedcomString = "ADR2";
return true;
case AddressPartClass.AddressPartType.PostCode:
gedcomString = "POST";
return true;
case AddressPartClass.AddressPartType.City:
gedcomString = "CITY";
return true;
case AddressPartClass.AddressPartType.State:
gedcomString = "STAE";
return true;
case AddressPartClass.AddressPartType.Country:
gedcomString = "CTRY";
return true;
case AddressPartClass.AddressPartType.PhoneNumber:
gedcomString = "PHON";
levelOffset = 0;
return true;
//case AddressPartClass.AddressPartType.Place: // From the PLACE_STRUCTURE
// gedcomString = "PLAC";
// levelOffset = 0;
// return true;
// these are not according to specs
//case AddressPartClass.AddressPartType.Note:
//case AddressPartClass.AddressPartType.Location:
//case AddressPartClass.AddressPartType.EmailAddress:
// gedcomString = "NOTE";
// return true;
default:
trace.TraceInformation("unhandled address format:" + addressType);
return false;