protected virtual void Changed()
{
if (_database == null)
{
// System.Console.WriteLine("Changed() called on record with no database set");
//
// System.Diagnostics.StackTrace trace = new System.Diagnostics.StackTrace();
// foreach (System.Diagnostics.StackFrame f in trace.GetFrames())
// {
// System.Console.WriteLine(f);
// }
}
else if (!_database.Loading)
{
if (_ChangeDate == null)
{
_ChangeDate = new GedcomChangeDate(_database);
// FIXME: what level?
}
DateTime now = DateTime.Now;
_ChangeDate.Date1 = now.ToString("dd MMM yyyy");
_ChangeDate.Time = now.ToString("hh:mm:ss");
}
}
private void ReadSubmitterRecord()
{
GedcomSubmitterRecord submitterRecord;
submitterRecord = _ParseState.Records.Peek() as GedcomSubmitterRecord;
if (_tag.StartsWith("_"))
{
switch (_tag)
{
default:
GedcomCustomRecord custom = new GedcomCustomRecord();
custom.Level = _level;
custom.XRefID = _xrefID;
custom.Tag = _tag;
if (_lineValueType == GedcomLineValueType.DataType)
{
custom.Classification = _lineValue;
}
// FIXME: may want to use customs at some point
_ParseState.Records.Push(custom);
break;
}
}
if (_level == submitterRecord.ParsingLevel + 1)
{
switch (_tag)
{
case "NAME":
if (_lineValueType == GedcomLineValueType.DataType)
{
submitterRecord.Name = _lineValue;
}
break;
case "ADDR":
if (submitterRecord.Address == null)
{
submitterRecord.Address = new GedcomAddress();
submitterRecord.Address.Database = Database;
}
if (_lineValueType == GedcomLineValueType.DataType)
{
submitterRecord.Address.AddressLine = _lineValue;
}
break;
case "PHON":
if (submitterRecord.Address == null)
{
submitterRecord.Address = new GedcomAddress();
submitterRecord.Address.Database = Database;
}
if (_lineValueType == GedcomLineValueType.DataType)
{
if (string.IsNullOrEmpty(submitterRecord.Address.Phone1))
{
submitterRecord.Address.Phone1 = _lineValue;
}
else if (string.IsNullOrEmpty(submitterRecord.Address.Phone2))
{
submitterRecord.Address.Phone2 = _lineValue;
}
else if (string.IsNullOrEmpty(submitterRecord.Address.Phone3))
{
submitterRecord.Address.Phone3 = _lineValue;
}
else
{
// should never occur only 3 phone numbers are allowed
}
}
break;
case "EMAIL":
if (submitterRecord.Address == null)
{
submitterRecord.Address = new GedcomAddress();
submitterRecord.Address.Database = Database;
}
if (_lineValueType == GedcomLineValueType.DataType)
{
if (string.IsNullOrEmpty(submitterRecord.Address.Email1))
{
submitterRecord.Address.Email1 = _lineValue;
}
else if (string.IsNullOrEmpty(submitterRecord.Address.Email2))
{
submitterRecord.Address.Email2 = _lineValue;
}
else if (string.IsNullOrEmpty(submitterRecord.Address.Email3))
{
submitterRecord.Address.Email3 = _lineValue;
}
else
{
// should never occur only 3 emails are allowed
}
}
break;
case "FAX":
if (submitterRecord.Address == null)
{
submitterRecord.Address = new GedcomAddress();
submitterRecord.Address.Database = Database;
}
if (_lineValueType == GedcomLineValueType.DataType)
{
if (string.IsNullOrEmpty(submitterRecord.Address.Fax1))
{
submitterRecord.Address.Fax1 = _lineValue;
}
else if (string.IsNullOrEmpty(submitterRecord.Address.Fax2))
{
submitterRecord.Address.Fax2 = _lineValue;
}
else if (string.IsNullOrEmpty(submitterRecord.Address.Fax3))
{
submitterRecord.Address.Fax3 = _lineValue;
}
else
{
// should never occur only 3 fax numbers are allowed
}
}
break;
case "WWW":
if (submitterRecord.Address == null)
{
submitterRecord.Address = new GedcomAddress();
submitterRecord.Address.Database = Database;
}
if (_lineValueType == GedcomLineValueType.DataType)
{
if (string.IsNullOrEmpty(submitterRecord.Address.Www1))
{
submitterRecord.Address.Www1 = _lineValue;
}
else if (string.IsNullOrEmpty(submitterRecord.Address.Www2))
{
submitterRecord.Address.Www2 = _lineValue;
}
else if (string.IsNullOrEmpty(submitterRecord.Address.Www3))
{
submitterRecord.Address.Www3 = _lineValue;
}
else
{
// should never occur only 3 urls are allowed
}
}
break;
case "OBJE":
AddMultimediaRecord(submitterRecord);
break;
case "LANG":
if (_lineValueType == GedcomLineValueType.DataType)
{
// only 3 lang are allowed
for (int i = 0; i < 3; i ++)
{
if (string.IsNullOrEmpty(submitterRecord.LanguagePreferences[i]))
{
submitterRecord.LanguagePreferences[i] = _lineValue;
}
}
}
break;
case "RFN":
if (_lineValueType == GedcomLineValueType.DataType)
{
submitterRecord.RegisteredRFN = _lineValue;
}
break;
case "RIN":
if (_lineValueType == GedcomLineValueType.DataType)
{
submitterRecord.AutomatedRecordID = _lineValue;
}
break;
case "CHAN":
GedcomChangeDate date = new GedcomChangeDate(Database);
date.Level = _level;
_ParseState.Records.Push(date);
break;
case "NOTE":
AddNoteRecord(submitterRecord);
break;
}
}
else if ( (!string.IsNullOrEmpty(_ParseState.PreviousTag)) &&
_level == submitterRecord.Level + 2) //_ParseState.PreviousLevel + 2)
{
AddressParse(submitterRecord.Address, _tag, _lineValue, _lineValueType);
}
else
{
// shouldn't be here
Debug.WriteLine("Unknown state / tag parsing submitter node: " + _tag + "\t at level: " + _level);
}
}
private void ReadSubmissionRecord()
{
GedcomSubmissionRecord submissionRecord;
submissionRecord = _ParseState.Records.Peek() as GedcomSubmissionRecord;
if (_level == submissionRecord.ParsingLevel + 1)
{
switch (_tag)
{
case "SUBM":
if (_lineValueType == GedcomLineValueType.PointerType)
{
submissionRecord.Submitter = _lineValue;
_missingReferences.Add(_lineValue);
}
else
{
GedcomSubmitterRecord submitter = new GedcomSubmitterRecord();
submitter.Level = 0; // new top level submitter, always 0;
submitter.ParsingLevel = _level;
submitter.XRefID = Database.GenerateXref("SUBM");
_ParseState.Records.Push(submitter);
submissionRecord.Submitter = submitter.XRefID;
}
break;
case "FAMF":
if (_lineValueType == GedcomLineValueType.DataType)
{
submissionRecord.FamilyFile = _lineValue;
}
break;
case "TEMP":
if (_lineValueType == GedcomLineValueType.DataType)
{
submissionRecord.TempleCode = _lineValue;
}
break;
case "ANCE":
if (_lineValueType == GedcomLineValueType.DataType)
{
int num = 0;
if (int.TryParse(_lineValue, out num))
{
submissionRecord.GenerationsOfAncestors = num;
}
}
break;
case "DESC":
if (_lineValueType == GedcomLineValueType.DataType)
{
int num = 0;
if (int.TryParse(_lineValue, out num))
{
submissionRecord.GenerationsOfDecendants = num;
}
}
break;
case "ORDI":
if (_lineValueType == GedcomLineValueType.DataType)
{
submissionRecord.OrdinanceProcessFlag = (string.Compare(_lineValue, "YES", true) == 0);
}
break;
case "RIN":
if (_lineValueType == GedcomLineValueType.DataType)
{
submissionRecord.AutomatedRecordID = _lineValue;
}
break;
case "CHAN":
GedcomChangeDate date = new GedcomChangeDate(Database);
date.Level = _level;
_ParseState.Records.Push(date);
break;
case "NOTE":
AddNoteRecord(submissionRecord);
break;
}
}
else
{
// shouldn't be here
Debug.WriteLine("Unknown state / tag parsing submission node: " + _tag + "\t at level: " + _level);
}
}
private void ReadSourceRecord()
{
GedcomSourceRecord sourceRecord;
sourceRecord = _ParseState.Records.Peek() as GedcomSourceRecord;
if (_level == sourceRecord.ParsingLevel + 1)
{
// hack, at this level won't have CONT/CONC so end any building we
// are doing
if (sourceRecord.TitleText != null)
{
sourceRecord.Title = sourceRecord.TitleText.ToString();
sourceRecord.TitleText = null;
}
else if (sourceRecord.OriginatorText != null)
{
sourceRecord.Originator = sourceRecord.OriginatorText.ToString();
sourceRecord.OriginatorText = null;
}
else if (sourceRecord.PublicationText != null)
{
sourceRecord.PublicationFacts = sourceRecord.PublicationText.ToString();
sourceRecord.PublicationText = null;
}
else if (sourceRecord.TextText != null)
{
sourceRecord.Text = sourceRecord.TextText.ToString();
sourceRecord.TextText = null;
}
switch (_tag)
{
case "DATA":
// info held in child nodes
break;
case "AUTH":
if (_lineValueType == GedcomLineValueType.DataType)
{
sourceRecord.OriginatorText = new StringBuilder(_lineValue);
}
break;
case "TITL":
if (_lineValueType == GedcomLineValueType.DataType)
{
sourceRecord.TitleText = new StringBuilder(_lineValue);
}
break;
case "ABBR":
if (_lineValueType == GedcomLineValueType.DataType)
{
sourceRecord.FiledBy = _lineValue;
}
break;
case "PUBL":
if (_lineValueType == GedcomLineValueType.DataType)
{
sourceRecord.PublicationText = new StringBuilder(_lineValue);
}
break;
case "TEXT":
if (_lineValueType == GedcomLineValueType.DataType)
{
int capacity = _lineValue.Length;
if (!string.IsNullOrEmpty(sourceRecord.Text))
{
capacity += sourceRecord.Text.Length;
capacity += Environment.NewLine.Length;
}
sourceRecord.TextText = new StringBuilder(capacity);
if (string.IsNullOrEmpty(sourceRecord.Text))
{
sourceRecord.TextText.Append(_lineValue);
}
else
{
sourceRecord.TextText.Append(sourceRecord.Text);
sourceRecord.TextText.Append(Environment.NewLine);
sourceRecord.TextText.Append(_lineValue);
}
}
break;
case "REPO":
GedcomRepositoryCitation citation = new GedcomRepositoryCitation();
citation.Level = _level;
if (_lineValueType == GedcomLineValueType.PointerType)
{
citation.Repository = _lineValue;
_missingReferences.Add(_lineValue);
}
sourceRecord.RepositoryCitations.Add(citation);
_ParseState.Records.Push(citation);
break;
case "REFN":
if (_lineValueType == GedcomLineValueType.DataType)
{
sourceRecord.UserReferenceNumber = _lineValue;
}
break;
case "RIN":
if (_lineValueType == GedcomLineValueType.DataType)
{
sourceRecord.AutomatedRecordID = _lineValue;
}
break;
case "CHAN":
GedcomChangeDate date = new GedcomChangeDate(Database);
date.Level = _level;
_ParseState.Records.Push(date);
break;
case "NOTE":
AddNoteRecord(sourceRecord);
break;
case "OBJE":
AddMultimediaRecord(sourceRecord);
break;
}
}
else if ( (!string.IsNullOrEmpty(_ParseState.PreviousTag)) &&
_level == sourceRecord.Level + 2) // _ParseState.PreviousLevel + 2)
{
if (_ParseState.PreviousTag == "REFN" && _tag == "TYPE")
{
if (_lineValueType == GedcomLineValueType.DataType)
{
sourceRecord.UserReferenceType = _lineValue;
}
}
else if (sourceRecord.OriginatorText != null) // (_ParseState.PreviousTag == "AUTH")
{
switch (_tag)
{
case "CONT":
sourceRecord.OriginatorText.Append(Environment.NewLine);
sourceRecord.OriginatorText.Append(_lineValue);
break;
case "CONC":
sourceRecord.OriginatorText.Append(_lineValue);
break;
}
}
else if (sourceRecord.TitleText != null) // (_ParseState.PreviousTag == "TITL")
{
switch (_tag)
{
case "CONT":
sourceRecord.TitleText.Append(Environment.NewLine);
sourceRecord.TitleText.Append(_lineValue);
break;
case "CONC":
sourceRecord.TitleText.Append(_lineValue);
break;
}
}
else if (sourceRecord.PublicationText != null) // (_ParseState.PreviousTag == "PUBL")
{
switch (_tag)
{
case "CONT":
sourceRecord.PublicationText.Append(Environment.NewLine);
sourceRecord.PublicationText.Append(_lineValue);
break;
case "CONC":
sourceRecord.PublicationText.Append(_lineValue);
break;
}
}
else if (sourceRecord.TextText != null) //(_ParseState.PreviousTag == "TEXT")
{
switch (_tag)
{
case "CONT":
sourceRecord.TextText.Append(Environment.NewLine);
sourceRecord.TextText.Append(_lineValue);
break;
case "CONC":
sourceRecord.TextText.Append(_lineValue);
break;
}
}
else //if (_ParseState.PreviousTag == "DATA")
{
switch (_tag)
{
case "AGNC":
if (_lineValueType == GedcomLineValueType.DataType)
{
sourceRecord.Agency = _lineValue;
}
break;
case "EVEN":
if (_lineValueType == GedcomLineValueType.DataType)
{
GedcomRecordedEvent recordedEvent = new GedcomRecordedEvent();
sourceRecord.EventsRecorded.Add(recordedEvent);
string[] events = _lineValue.Split(new char[]{','}, StringSplitOptions.RemoveEmptyEntries);
foreach (string e in events)
{
string ev = e.Trim();
GedcomEvent.GedcomEventType eventType;
if (ev == "EVEN")
{
eventType = GedcomEvent.GedcomEventType.GenericEvent;
recordedEvent.Types.Add(eventType);
}
else if (ev == "FACT")
{
eventType = GedcomEvent.GedcomEventType.GenericFact;
recordedEvent.Types.Add(eventType);
}
else
{
try
{
eventType = EnumHelper.Parse<GedcomEvent.GedcomEventType>(ev,true);
recordedEvent.Types.Add(eventType);
}
catch
{
try
{
eventType = EnumHelper.Parse<GedcomEvent.GedcomEventType>(ev + "Fact",true);
recordedEvent.Types.Add(eventType);
}
catch
{
// FIXME: shouldn't lose data like this
}
}
}
}
}
break;
case "NOTE":
string xref = AddNoteRecord(sourceRecord);
// belongs in data records, not top level record notes
sourceRecord.Notes.Remove(xref);
sourceRecord.DataNotes.Add(xref);
break;
}
}
}
else if ( (!string.IsNullOrEmpty(_ParseState.PreviousTag)) &&
_level == sourceRecord.Level + 3) //_ParseState.PreviousLevel + 3)
{
// if (_ParseState.PreviousTag == "EVEN")
// {
GedcomRecordedEvent recordedEvent = sourceRecord.EventsRecorded[sourceRecord.EventsRecorded.Count - 1];
switch (_tag)
{
case "DATE":
GedcomDate date = new GedcomDate(Database);
date.Level = _level;
_ParseState.Records.Push(date);
recordedEvent.Date = date;
_level ++;
ReadDateRecord();
_level --;
_ParseState.Records.Pop();
break;
case "PLAC":
GedcomPlace place = new GedcomPlace();
place.Level = _level;
recordedEvent.Place = place;
if (_lineValueType == GedcomLineValueType.DataType)
{
place.Name = Database.PlaceNameCollection[_lineValue];
}
else
{
// invalid, provide a name anyway
place.Name = "Unknown";
Debug.WriteLine("invalid place node, no name at level: " + _level);
}
_ParseState.Records.Push(place);
break;
}
// }
}
else
{
// shouldn't be here
Debug.WriteLine("Unknown state / tag parsing note node: " + _tag + "\t at level: " + _level);
}
}
private void ReadNoteRecord()
{
GedcomNoteRecord noteRecord;
noteRecord = _ParseState.Records.Peek() as GedcomNoteRecord;
if (_level == noteRecord.ParsingLevel + 1)
{
switch (_tag)
{
case "CONT":
noteRecord.ParsedText.Append(Environment.NewLine);
noteRecord.ParsedText.Append(_lineValue);
break;
case "CONC":
noteRecord.ParsedText.Append(_lineValue);
break;
case "REFN":
if (_lineValueType == GedcomLineValueType.DataType)
{
noteRecord.UserReferenceNumber = _lineValue;
}
break;
case "RIN":
if (_lineValueType == GedcomLineValueType.DataType)
{
noteRecord.AutomatedRecordID = _lineValue;
}
break;
case "CHAN":
GedcomChangeDate date = new GedcomChangeDate(Database);
date.Level = _level;
_ParseState.Records.Push(date);
break;
case "SOUR":
AddSourceCitation(noteRecord);
break;
}
}
else if ( (!string.IsNullOrEmpty(_ParseState.PreviousTag)) &&
_ParseState.PreviousTag == "REFN" &&
_level == _ParseState.PreviousLevel + 1)
{
if (_tag == "TYPE")
{
if (_lineValueType == GedcomLineValueType.DataType)
{
noteRecord.UserReferenceType = _lineValue;
}
}
}
else
{
// shouldn't be here
Debug.WriteLine("Unknown state / tag parsing note node: " + _tag + "\t at level: " + _level);
}
}
private void ReadMultimediaRecord()
{
GedcomMultimediaRecord multimediaRecord;
multimediaRecord = _ParseState.Records.Peek() as GedcomMultimediaRecord;
if (_level == multimediaRecord.ParsingLevel + 1)
{
switch (_tag)
{
case "FORM":
if (_lineValueType == GedcomLineValueType.DataType)
{
GedcomMultimediaFile file;
if (multimediaRecord.Files.Count > 0)
{
file = multimediaRecord.Files[multimediaRecord.Files.Count - 1];
}
else
{
file = new GedcomMultimediaFile();
file.Database = Database;
multimediaRecord.Files.Add(file);
}
file.Format = _lineValue;
}
break;
case "TITL":
if (_lineValueType == GedcomLineValueType.DataType)
{
multimediaRecord.Title = _lineValue;
}
break;
case "FILE":
if (_lineValueType == GedcomLineValueType.DataType)
{
GedcomMultimediaFile file = null;
if (multimediaRecord.Files.Count > 0)
{
file = multimediaRecord.Files[multimediaRecord.Files.Count - 1];
if (!string.IsNullOrEmpty(file.Filename))
{
file = null;
}
}
if (file == null)
{
file = new GedcomMultimediaFile();
file.Database = Database;
multimediaRecord.Files.Add(file);
}
file.Filename = _lineValue;
}
break;
case "REFN":
if (_lineValueType == GedcomLineValueType.DataType)
{
multimediaRecord.UserReferenceNumber = _lineValue;
}
break;
case "RIN":
if (_lineValueType == GedcomLineValueType.DataType)
{
multimediaRecord.AutomatedRecordID = _lineValue;
}
break;
case "CHAN":
GedcomChangeDate date = new GedcomChangeDate(Database);
date.Level = _level;
_ParseState.Records.Push(date);
break;
case "NOTE":
AddNoteRecord(multimediaRecord);
break;
case "SOUR":
AddSourceCitation(multimediaRecord);
break;
}
}
else if (_ParseState.PreviousTag != string.Empty)
{
if (_level == multimediaRecord.ParsingLevel + 2)
{
if (_ParseState.PreviousTag == "REFN" && _tag == "TYPE")
{
if (_lineValueType == GedcomLineValueType.DataType)
{
multimediaRecord.UserReferenceType = _lineValue;
}
}
else if (_ParseState.PreviousTag == "FILE")
{
switch (_tag)
{
case "FORM":
if (_lineValueType == GedcomLineValueType.DataType)
{
multimediaRecord.Files[multimediaRecord.Files.Count - 1].Format = _lineValue;
}
break;
}
}
else if (_ParseState.PreviousTag == "FORM")
{
if (_tag == "MEDI" &&
_lineValueType == GedcomLineValueType.DataType)
{
// FIXME: GedcomMultiMediaFile should use the enum?
multimediaRecord.Files[multimediaRecord.Files.Count - 1].SourceMediaType = _lineValue;
}
}
}
else if (_level == multimediaRecord.ParsingLevel + 3)
{
if (_ParseState.PreviousTag == "FILE" && _tag == "TYPE")
{
if (_lineValueType == GedcomLineValueType.DataType)
{
// FIXME: GedcomMultiMediaFile should use the enum?
multimediaRecord.Files[multimediaRecord.Files.Count - 1].SourceMediaType = _lineValue;
}
}
}
}
else
{
// shouldn't be here
Debug.WriteLine("Unknown state / tag parsing multimedia node: " + _tag + "\t at level: " + _level);
}
}
private void ReadIndividualRecord()
{
GedcomIndividualRecord individualRecord;
individualRecord = _ParseState.Records.Peek() as GedcomIndividualRecord;
GedcomIndividualEvent individualEvent;
// some custom tags we convert to generic facts/events
// this means we have to set the line value to the type
// they represent, so store the real line value and use
// for the event classification.
string customToGenericClassification = string.Empty;
if (_tag.StartsWith("_"))
{
switch (_tag)
{
// we convert _MILT to EVEN Military Service
case "_MILT":
_tag = "EVEN";
_lineValue = "Military Service";
_lineValueType = GedcomLineValueType.DataType;
break;
// we convert _MDCL to FACT Medical
case "_MDCL":
_tag = "FACT";
customToGenericClassification = _lineValue;
_lineValue = "Medical";
_lineValueType = GedcomLineValueType.DataType;
break;
// we convert _HEIG to FACT Height
case "_HEIG":
_tag = "FACT";
customToGenericClassification = _lineValue;
_lineValue = "Height";
_lineValueType = GedcomLineValueType.DataType;
break;
// we convert _WEIG to FACT Weight
case "_WEIG":
_tag = "FACT";
customToGenericClassification = _lineValue;
_lineValue = "Weight";
_lineValueType = GedcomLineValueType.DataType;
break;
default:
GedcomCustomRecord custom = new GedcomCustomRecord();
custom.Level = _level;
custom.XRefID = _xrefID;
custom.Tag = _tag;
if (_lineValueType == GedcomLineValueType.DataType)
{
custom.Classification = _lineValue;
}
// FIXME: may want to use customs at some point
//individualRecord.Events.Add(custom);
_ParseState.Records.Push(custom);
break;
}
}
if (_level == individualRecord.ParsingLevel + 1)
{
switch (_tag)
{
case "FAMC":
if (_lineValueType == GedcomLineValueType.PointerType)
{
GedcomFamilyLink childIn = new GedcomFamilyLink();
childIn.Level = _level;
childIn.Family = _lineValue;
childIn.Indi = individualRecord.XRefID;
_missingReferences.Add(_lineValue);
individualRecord.ChildIn.Add(childIn);
_ParseState.Records.Push(childIn);
}
break;
case "FAMS":
if (_lineValueType == GedcomLineValueType.PointerType)
{
GedcomFamilyLink spouseIn = new GedcomFamilyLink();
spouseIn.Level = _level;
spouseIn.Family = _lineValue;
spouseIn.Indi = individualRecord.XRefID;
spouseIn.PreferedSpouse = (individualRecord.SpouseIn.Count == 0);
_missingReferences.Add(_lineValue);
individualRecord.SpouseIn.Add(spouseIn);
_ParseState.Records.Push(spouseIn);
}
break;
case "ASSO":
if (_lineValueType == GedcomLineValueType.PointerType)
{
GedcomAssociation association = new GedcomAssociation();
association.Level = _level;
association.Individual = _lineValue;
_missingReferences.Add(_lineValue);
individualRecord.Associations.Add(association);
_ParseState.Records.Push(association);
}
break;
case "RESN":
if (_lineValueType == GedcomLineValueType.DataType)
{
try
{
individualRecord.RestrictionNotice = EnumHelper.Parse<GedcomRestrictionNotice>(_lineValue,true);
}
catch
{
Debug.WriteLine("Invalid restriction type: " + _lineValue);
// default to confidential to protect privacy
individualRecord.RestrictionNotice = GedcomRestrictionNotice.Confidential;
}
}
break;
case "NAME":
if (_lineValueType == GedcomLineValueType.DataType)
{
GedcomName name = new GedcomName();
name.Database = _ParseState.Database;
name.Level = _level;
name.Name = _lineValue;
name.PreferedName = (individualRecord.Names.Count == 0);
individualRecord.Names.Add(name);
_ParseState.Records.Push(name);
}
break;
// Invalid, but seen from Family Origins, Family Tree Maker, Personal Ancestral File, and Legacy
case "AKA":
if (_lineValueType == GedcomLineValueType.DataType)
{
GedcomName name = new GedcomName();
name.Database = _ParseState.Database;
name.Level = _level;
name.Name = _lineValue;
name.Type = "aka";
name.PreferedName = (individualRecord.Names.Count == 0);
individualRecord.Names.Add(name);
}
break;
case "SEX":
if (_lineValueType == GedcomLineValueType.DataType)
{
switch (_lineValue)
{
case "M":
individualRecord.Sex = GedcomSex.Male;
break;
case "F":
individualRecord.Sex = GedcomSex.Female;
break;
// non standard
case "B":
individualRecord.Sex = GedcomSex.Both;
break;
// non standard
case "N":
individualRecord.Sex = GedcomSex.Neuter;
break;
// non standard
case "U":
individualRecord.Sex = GedcomSex.Undetermined;
break;
}
}
break;
case "SUBM":
if (_lineValueType == GedcomLineValueType.PointerType)
{
individualRecord.SubmitterRecords.Add(_lineValue);
_missingReferences.Add(_lineValue);
}
else
{
GedcomSubmitterRecord submitter = new GedcomSubmitterRecord();
submitter.Level = 0; // new top level submitter, always 0
submitter.ParsingLevel = _level;
submitter.XRefID = Database.GenerateXref("SUBM");
_ParseState.Records.Push(submitter);
individualRecord.SubmitterRecords.Add(submitter.XRefID);
}
break;
case "ALIA":
if (_lineValueType == GedcomLineValueType.PointerType)
{
individualRecord.Alia.Add(_lineValue);
_missingReferences.Add(_lineValue);
}
else if (_lineValueType == GedcomLineValueType.DataType)
{
// Family Tree Maker doing this?
// ALIA is unsupported in gedcom 5.5 as a way of
// adding multiple names, the spec
// does say it should be a pointer to an individual
// though, not another name.
// spec allows multiple NAME though, so add one
// with this name
GedcomName name = new GedcomName();
name.Database = _ParseState.Database;
name.Level = _level;
name.Name = _lineValue;
name.Type = "aka";
name.PreferedName = (individualRecord.Names.Count == 0);
individualRecord.Names.Add(name);
}
break;
case "ANCI":
if (_lineValueType == GedcomLineValueType.PointerType)
{
individualRecord.Anci.Add(_lineValue);
_missingReferences.Add(_lineValue);
}
break;
case "DESI":
if (_lineValueType == GedcomLineValueType.PointerType)
{
individualRecord.Desi.Add(_lineValue);
_missingReferences.Add(_lineValue);
}
break;
case "RFN":
if (_lineValueType == GedcomLineValueType.DataType)
{
individualRecord.PermanentRecordFileNumber = _lineValue;
}
break;
case "AFN":
if (_lineValueType == GedcomLineValueType.DataType)
{
individualRecord.AncestralFileNumber = _lineValue;
}
break;
case "REFN":
if (_lineValueType == GedcomLineValueType.DataType)
{
individualRecord.UserReferenceNumber = _lineValue;
}
break;
case "RIN":
if (_lineValueType == GedcomLineValueType.DataType)
{
individualRecord.AutomatedRecordID = _lineValue;
}
break;
case "CHAN":
GedcomChangeDate date = new GedcomChangeDate(Database);
date.Level = _level;
_ParseState.Records.Push(date);
break;
case "NOTE":
AddNoteRecord(individualRecord);
break;
case "SOUR":
AddSourceCitation(individualRecord);
break;
case "OBJE":
AddMultimediaRecord(individualRecord);
break;
case "BIRT":
// event
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.BIRT;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
individualRecord.Events.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "CHR":
// event
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.CHR;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
individualRecord.Events.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "DEAT":
// event
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.DEAT;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
individualRecord.Events.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "BURI":
// event
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.BURI;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
individualRecord.Events.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "CREM":
// event
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.CREM;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
individualRecord.Events.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "ADOP":
// event
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.ADOP;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
individualRecord.Events.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "BAPM":
// event
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.BAPM;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
individualRecord.Events.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "BARM":
// event
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.BARM;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
individualRecord.Events.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "BASM":
// event
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.BASM;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
individualRecord.Events.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "BLES":
// event
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.BLES;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
individualRecord.Events.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "CHRA":
// event
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.CHRA;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
individualRecord.Events.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "CONF":
// event
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.CONF;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
individualRecord.Events.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "FCOM":
// event
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.FCOM;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
individualRecord.Events.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "ORDN":
// event
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.ORDN;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
individualRecord.Events.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "NATU":
// event
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.NATU;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
individualRecord.Events.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "EMIG":
// event
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.EMIG;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
individualRecord.Events.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "IMMI":
// event
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.IMMI;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
individualRecord.Events.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "CENS":
// event
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.CENS;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
individualRecord.Events.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "PROB":
// event
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.PROB;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
individualRecord.Events.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "WILL":
// event
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.WILL;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
individualRecord.Events.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "GRAD":
// event
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.GRAD;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
individualRecord.Events.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "RETI":
// event
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.RETI;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
individualRecord.Events.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "EVEN":
// event
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.GenericEvent;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
if (_lineValueType == GedcomLineValueType.DataType)
{
individualEvent.EventName = _lineValue;
}
individualRecord.Events.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "CAST":
// fact
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.CASTFact;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
if (_lineValueType == GedcomLineValueType.DataType)
{
individualEvent.EventName = _lineValue;
}
individualRecord.Attributes.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "DSCR":
// fact
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.DSCRFact;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
if (_lineValueType == GedcomLineValueType.DataType)
{
individualEvent.EventName = _lineValue;
}
individualRecord.Attributes.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "EDUC":
// fact
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.EDUCFact;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
if (_lineValueType == GedcomLineValueType.DataType)
{
individualEvent.EventName = _lineValue;
}
individualRecord.Attributes.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "IDNO":
// fact
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.IDNOFact;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
if (_lineValueType == GedcomLineValueType.DataType)
{
individualEvent.EventName = _lineValue;
}
individualRecord.Attributes.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "NATI":
// fact
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.NATIFact;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
if (_lineValueType == GedcomLineValueType.DataType)
{
individualEvent.EventName = _lineValue;
}
individualRecord.Attributes.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "NCHI":
// fact
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.NCHIFact;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
if (_lineValueType == GedcomLineValueType.DataType)
{
individualEvent.EventName = _lineValue;
}
individualRecord.Attributes.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "NMR":
// fact
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.NMRFact;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
if (_lineValueType == GedcomLineValueType.DataType)
{
individualEvent.EventName = _lineValue;
}
individualRecord.Attributes.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "OCCU":
// fact
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.OCCUFact;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
if (_lineValueType == GedcomLineValueType.DataType)
{
individualEvent.EventName = _lineValue;
}
individualRecord.Attributes.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "PROP":
// fact
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.PROPFact;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
if (_lineValueType == GedcomLineValueType.DataType)
{
individualEvent.EventName = _lineValue;
}
individualRecord.Attributes.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "RELI":
// fact
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.RELIFact;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
if (_lineValueType == GedcomLineValueType.DataType)
{
individualEvent.EventName = _lineValue;
}
individualRecord.Attributes.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "RESI":
// fact
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.RESIFact;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
if (_lineValueType == GedcomLineValueType.DataType)
{
individualEvent.EventName = _lineValue;
}
individualRecord.Attributes.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "SSN":
// fact
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.SSNFact;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
if (_lineValueType == GedcomLineValueType.DataType)
{
individualEvent.EventName = _lineValue;
}
individualRecord.Attributes.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "TITL":
// fact
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.TITLFact;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
if (_lineValueType == GedcomLineValueType.DataType)
{
individualEvent.EventName = _lineValue;
}
individualRecord.Attributes.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
case "FACT":
// fact
individualEvent = new GedcomIndividualEvent();
individualEvent.EventType = GedcomEvent.GedcomEventType.GenericFact;
individualEvent.Level = _level;
individualEvent.IndiRecord = individualRecord;
if (_lineValueType == GedcomLineValueType.DataType)
{
individualEvent.EventName = _lineValue;
}
if (!string.IsNullOrEmpty(customToGenericClassification))
{
individualEvent.Classification = customToGenericClassification;
}
individualRecord.Attributes.Add(individualEvent);
_ParseState.Records.Push(individualEvent);
break;
// Not according to the spec, but Family Tree Maker sticks
// an address under an individual so we will support reading it
case "ADDR":
if (individualRecord.Address == null)
{
individualRecord.Address = new GedcomAddress();
individualRecord.Address.Database = Database;
}
if (_lineValueType == GedcomLineValueType.DataType)
{
individualRecord.Address.AddressLine = _lineValue;
}
break;
case "PHON":
if (individualRecord.Address == null)
{
individualRecord.Address = new GedcomAddress();
individualRecord.Address.Database = Database;
}
if (_lineValueType == GedcomLineValueType.DataType)
{
if (string.IsNullOrEmpty(individualRecord.Address.Phone1))
{
individualRecord.Address.Phone1 = _lineValue;
}
else if (string.IsNullOrEmpty(individualRecord.Address.Phone2))
{
individualRecord.Address.Phone2 = _lineValue;
}
else if (string.IsNullOrEmpty(individualRecord.Address.Phone3))
{
individualRecord.Address.Phone3 = _lineValue;
}
else
{
// should never occur only 3 phone numbers are allowed
}
}
break;
case "EMAIL":
if (individualRecord.Address == null)
{
individualRecord.Address = new GedcomAddress();
individualRecord.Address.Database = Database;
}
if (_lineValueType == GedcomLineValueType.DataType)
{
if (string.IsNullOrEmpty(individualRecord.Address.Email1))
{
individualRecord.Address.Email1 = _lineValue;
}
else if (string.IsNullOrEmpty(individualRecord.Address.Email2))
{
individualRecord.Address.Email2 = _lineValue;
}
else if (string.IsNullOrEmpty(individualRecord.Address.Email3))
{
individualRecord.Address.Email3 = _lineValue;
}
else
{
// should never occur only 3 emails are allowed
}
}
break;
case "FAX":
if (individualRecord.Address == null)
{
individualRecord.Address = new GedcomAddress();
individualRecord.Address.Database = Database;
}
if (_lineValueType == GedcomLineValueType.DataType)
{
if (string.IsNullOrEmpty(individualRecord.Address.Fax1))
{
individualRecord.Address.Fax1 = _lineValue;
}
else if (string.IsNullOrEmpty(individualRecord.Address.Fax2))
{
individualRecord.Address.Fax2 = _lineValue;
}
else if (string.IsNullOrEmpty(individualRecord.Address.Fax3))
{
individualRecord.Address.Fax3 = _lineValue;
}
else
{
// should never occur only 3 fax numbers are allowed
}
}
break;
case "WWW":
if (individualRecord.Address == null)
{
individualRecord.Address = new GedcomAddress();
individualRecord.Address.Database = Database;
}
if (_lineValueType == GedcomLineValueType.DataType)
{
if (string.IsNullOrEmpty(individualRecord.Address.Www1))
{
individualRecord.Address.Www1 = _lineValue;
}
else if (string.IsNullOrEmpty(individualRecord.Address.Www2))
{
individualRecord.Address.Www2 = _lineValue;
}
else if (string.IsNullOrEmpty(individualRecord.Address.Www3))
{
individualRecord.Address.Www3 = _lineValue;
}
else
{
// should never occur only 3 urls are allowed
}
}
break;
}
}
else if ( (!string.IsNullOrEmpty(_ParseState.PreviousTag)) &&
_level == _ParseState.PreviousLevel + 1)
{
string pTag = _ParseState.PreviousTag;
if (pTag == "REFN" && _tag == "TYPE")
{
if (_lineValueType == GedcomLineValueType.DataType)
{
individualRecord.UserReferenceType = _lineValue;
}
}
else
{
AddressParse(individualRecord.Address, _tag, _lineValue, _lineValueType);
}
}
else if ( (!string.IsNullOrEmpty(_ParseState.PreviousTag)) &&
_level == _ParseState.PreviousLevel)
{
AddressParse(individualRecord.Address, _tag, _lineValue, _lineValueType);
}
else
{
// shouldn't be here
Debug.WriteLine("Unknown state / tag parsing individual (" + individualRecord.XRefID + ") node: " + _tag + "\t at level: " + _level);
System.Console.WriteLine("Unknown state / tag parsing individual (" + individualRecord.XRefID + ") node: " + _tag + "\t at level: " + _level);
System.Console.WriteLine("Previous tag: " + _ParseState.PreviousTag + "\tPrevious Level: " + _ParseState.PreviousLevel);
}
}
private void ReadFamilyRecord()
{
GedcomFamilyRecord familyRecord;
// allowed sub records
GedcomFamilyEvent familyEvent;
familyRecord = _ParseState.Records.Peek() as GedcomFamilyRecord;
if (_tag.StartsWith("_"))
{
switch (_tag)
{
case "_MSTAT":
try
{
familyRecord.StartStatus = EnumHelper.Parse<MarriageStartStatus>(_lineValue, true);
}
catch
{
System.Diagnostics.Debug.WriteLine("Unknown marriage start state: " + _lineValue);
}
break;
case "_FREL":
case "_MREL":
if ( (!string.IsNullOrEmpty(_ParseState.PreviousTag)) &&
_ParseState.PreviousTag == "CHIL" &&
_level == _ParseState.PreviousLevel + 1)
{
string childID = familyRecord.Children[familyRecord.Children.Count - 1];
Gedcom.PedegreeLinkageType currentType = familyRecord.GetLinkageType(childID);
Gedcom.GedcomAdoptionType linkTo = Gedcom.GedcomAdoptionType.Husband;
if (_tag == "_MREL")
{
linkTo = Gedcom.GedcomAdoptionType.Wife;
}
switch (_lineValue)
{
case "Natural":
familyRecord.SetLinkageType(childID, Gedcom.PedegreeLinkageType.Birth, linkTo);
break;
case "Adopted":
familyRecord.SetLinkageType(childID, Gedcom.PedegreeLinkageType.Adopted, linkTo);
break;
default:
System.Diagnostics.Debug.WriteLine("Unsupported value for " + _tag + ": " + _lineValue);
break;
}
break;
}
break;
default:
GedcomCustomRecord custom = new GedcomCustomRecord();
custom.Level = _level;
custom.XRefID = _xrefID;
custom.Tag = _tag;
if (_lineValueType == GedcomLineValueType.DataType)
{
custom.Classification = _lineValue;
}
// FIXME: may want to use customs at some point
//familyRecord.Events.Add(custom);
_ParseState.Records.Push(custom);
break;
}
}
else if (_level == familyRecord.ParsingLevel + 1)
{
switch (_tag)
{
case "RESN":
// restriction notice
if (_lineValueType == GedcomLineValueType.DataType)
{
try
{
familyRecord.RestrictionNotice = EnumHelper.Parse<GedcomRestrictionNotice>(_lineValue,true);
}
catch
{
Debug.WriteLine("Invalid restriction type: " + _lineValue);
// default to confidential to protect privacy
familyRecord.RestrictionNotice = GedcomRestrictionNotice.Confidential;
}
}
break;
case "ANUL":
// event
familyEvent = familyRecord.AddNewEvent(GedcomEvent.GedcomEventType.ANUL);
_ParseState.Records.Push(familyEvent);
break;
case "CENS":
// event
familyEvent = familyRecord.AddNewEvent(GedcomEvent.GedcomEventType.CENS_FAM);
_ParseState.Records.Push(familyEvent);
break;
case "DIV":
// event
familyEvent = familyRecord.AddNewEvent(GedcomEvent.GedcomEventType.DIV);
_ParseState.Records.Push(familyEvent);
break;
case "DIVF":
// event
familyEvent = familyRecord.AddNewEvent(GedcomEvent.GedcomEventType.DIVF);
_ParseState.Records.Push(familyEvent);
break;
case "ENGA":
// event
familyEvent = familyRecord.AddNewEvent(GedcomEvent.GedcomEventType.ENGA);
_ParseState.Records.Push(familyEvent);
break;
case "MARB":
// event
familyEvent = familyRecord.AddNewEvent(GedcomEvent.GedcomEventType.MARB);
_ParseState.Records.Push(familyEvent);
break;
case "MARC":
// event
familyEvent = familyRecord.AddNewEvent(GedcomEvent.GedcomEventType.MARC);
_ParseState.Records.Push(familyEvent);
break;
case "MARR":
// event
familyEvent = familyRecord.AddNewEvent(GedcomEvent.GedcomEventType.MARR);
_ParseState.Records.Push(familyEvent);
break;
case "MARL":
// event
familyEvent = familyRecord.AddNewEvent(GedcomEvent.GedcomEventType.MARL);
_ParseState.Records.Push(familyEvent);
break;
case "MARS":
// event
familyEvent = familyRecord.AddNewEvent(GedcomEvent.GedcomEventType.MARS);
_ParseState.Records.Push(familyEvent);
break;
case "RESI":
// event
familyEvent = familyRecord.AddNewEvent(GedcomEvent.GedcomEventType.RESI);
_ParseState.Records.Push(familyEvent);
break;
case "EVEN":
// event
familyEvent = familyRecord.AddNewEvent(GedcomEvent.GedcomEventType.GenericEvent);
if (_lineValueType == GedcomLineValueType.DataType)
{
familyEvent.EventName = _lineValue;
}
_ParseState.Records.Push(familyEvent);
break;
case "HUSB":
if (_lineValueType == GedcomLineValueType.PointerType)
{
familyRecord.Husband = _lineValue;
_missingReferences.Add(_lineValue);
}
break;
case "WIFE":
if (_lineValueType == GedcomLineValueType.PointerType)
{
familyRecord.Wife = _lineValue;
_missingReferences.Add(_lineValue);
}
break;
case "CHIL":
if (_lineValueType == GedcomLineValueType.PointerType)
{
familyRecord.Children.Add(_lineValue);
_missingReferences.Add(_lineValue);
}
break;
case "NCHI":
if (_lineValueType == GedcomLineValueType.DataType)
{
try
{
familyRecord.NumberOfChildren = Convert.ToInt32(_lineValue);
}
catch
{
Debug.WriteLine("Invalid number for Number of children tag");
}
}
break;
case "SUBM":
if (_lineValueType == GedcomLineValueType.PointerType)
{
familyRecord.SubmitterRecords.Add(_lineValue);
_missingReferences.Add(_lineValue);
}
else
{
GedcomSubmitterRecord submitter = new GedcomSubmitterRecord();
submitter.Level = 0; // new top level submitter, always 0;
submitter.ParsingLevel = _level;
submitter.XRefID = Database.GenerateXref("SUBM");
_ParseState.Records.Push(submitter);
familyRecord.SubmitterRecords.Add(submitter.XRefID);
}
break;
case "FIXME?????":
// lds spouse sealing
break;
case "REFN":
if (_lineValueType == GedcomLineValueType.DataType)
{
familyRecord.UserReferenceNumber = _lineValue;
}
break;
case "RIN":
if (_lineValueType == GedcomLineValueType.DataType)
{
familyRecord.AutomatedRecordID = _lineValue;
}
break;
case "CHAN":
GedcomChangeDate date = new GedcomChangeDate(Database);
date.Level = _level;
_ParseState.Records.Push(date);
break;
case "NOTE":
AddNoteRecord(familyRecord);
break;
case "SOUR":
AddSourceCitation(familyRecord);
break;
case "OBJE":
AddMultimediaRecord(familyRecord);
break;
}
}
else if ( (!string.IsNullOrEmpty(_ParseState.PreviousTag)) &&
_ParseState.PreviousTag == "REFN" &&
_level == _ParseState.PreviousLevel + 1)
{
if (_tag == "TYPE")
{
if (_lineValueType == GedcomLineValueType.DataType)
{
familyRecord.UserReferenceType = _lineValue;
}
}
}
// not valid GEDCOM, but Family Tree Maker adds ADOP/FOST tags
// to CHIL in a FAM, this is apparently valid in GEDCOM < 5.5
else if ( (!string.IsNullOrEmpty(_ParseState.PreviousTag)) &&
_ParseState.PreviousTag == "CHIL" &&
_level == _ParseState.PreviousLevel + 1)
{
string childID = familyRecord.Children[familyRecord.Children.Count - 1];
switch (_tag)
{
case "ADOP":
switch (_lineValue)
{
case "HUSB":
familyRecord.SetLinkageType(childID, Gedcom.PedegreeLinkageType.Adopted, Gedcom.GedcomAdoptionType.Husband);
break;
case "WIFE":
familyRecord.SetLinkageType(childID, Gedcom.PedegreeLinkageType.Adopted, Gedcom.GedcomAdoptionType.Wife);
break;
case "BOTH":
default:
familyRecord.SetLinkageType(childID, Gedcom.PedegreeLinkageType.Adopted);
break;
}
break;
case "FOST":
switch (_lineValue)
{
case "HUSB":
familyRecord.SetLinkageType(childID, Gedcom.PedegreeLinkageType.Foster, Gedcom.GedcomAdoptionType.Husband);
break;
case "WIFE":
familyRecord.SetLinkageType(childID, Gedcom.PedegreeLinkageType.Foster, Gedcom.GedcomAdoptionType.Wife);
break;
case "BOTH":
default:
familyRecord.SetLinkageType(childID, Gedcom.PedegreeLinkageType.Foster);
break;
}
break;
}
}
else
{
// shouldn't be here
Debug.WriteLine("Unknown state / tag parsing family node: " + _tag + "\t at level: " + _level);
}
}