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GedcomTreeDecoderClass.cs
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GedcomTreeDecoderClass.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.Linq;
namespace Ekmansoft.FamilyTree.Codec.Gedcom
{
class TagStack
{
private IList<string> tagList;
public TagStack()
{
tagList = new List<string>();
}
public void AddTag(string tag)
{
tagList.Add(tag);
}
public string GetTagStack()
{
string tags = "";
for (int i = 0; i < tagList.Count; i++)
{
if (i > 0)
{
tags += ".";
}
tags += tagList[i];
}
return tags;
}
public void RemoveLast()
{
if (tagList.Count > 0)
{
tagList.RemoveAt(tagList.Count - 1);
}
}
public int GetLevel()
{
return tagList.Count - 1;
}
}
class GedcomTreeDecoderClass
{
private IFamilyTreeStoreBaseClass familyTree;
private int decodedLines;
GedcomFileCharacterSet characterSet;
private GedcomParserUtility parser;
//private bool NotesDecoded = false;
private bool decodeGedcomBody;
private bool decodingCompleted;
//private bool geniAddressNoteSubtagParsed;
private FileImportResult importResult;
private GedcomMappers xrefMappers;
private AnselDecoder anselDecoder;
private static TraceSource trace;
//private ExportSoftwareType exportSoftware;
class XrefMapperClass
{
//public string oldXref;
public string newXref;
public int noOfReferences;
public int noOfDefinitions;
public XrefMapperClass(string newXref, bool defined = false)
{
this.newXref = newXref;
this.noOfReferences = 0;
this.noOfDefinitions = 0;
}
/*public XrefMapperClass()
{
this.newXref = null;
noOfReferences = 1;
}*/
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>();
}
private string GetXRef(ref IDictionary<string, XrefMapperClass> mapper, XrefType type, string fileXref, bool defined)
{
if (mapper.ContainsKey(fileXref))
{
mapper[fileXref].CheckAndSetDefined(defined);
return mapper[fileXref].newXref;
}
//resultStr = "I" + Guid.NewGuid().ToString();
string newXref = familyTree.CreateNewXref(type);
mapper.Add(fileXref, new XrefMapperClass(newXref, defined));
mapper[fileXref].CheckAndSetDefined(defined);
return newXref;
}
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;
}
}
public string GetLocalXRef(XrefType type, string fileXref, bool defined = false)
{
switch (type)
{
case XrefType.Individual:
return GetXRef(ref individualXrefMapper, type, fileXref, defined);
case XrefType.Family:
return GetXRef(ref familyXrefMapper, type, fileXref, defined);
case XrefType.Multimedia:
return GetXRef(ref multimediaXrefMapper, type, fileXref, defined);
case XrefType.Note:
return GetXRef(ref noteXrefMapper, type, fileXref, defined);
case XrefType.Source:
return GetXRef(ref sourceXrefMapper, type, fileXref, defined);
case XrefType.Repository:
return GetXRef(ref repositoryXrefMapper, type, fileXref, defined);
case XrefType.Submission:
return GetXRef(ref submissionXrefMapper, type, fileXref, defined);
case XrefType.Submitter:
return GetXRef(ref submitterXrefMapper, type, fileXref, defined);
default:
//DebugStringAdd("Unknown xref tag type:" + type);
return "";
}
}
}
private class UnhandledTag
{
public string tagName;
public int count;
public UnhandledTag(string name)
{
tagName = name;
count = 0;
}
}
private IDictionary<string, int> unhandledTagList;
enum ExportSoftwareType
{
Unknown,
GeniDotCom
};
public GedcomTreeDecoderClass(ref IFamilyTreeStoreBaseClass inFamilyTree, ref FileImportResult importResult)
{
trace = new TraceSource("GedcomTreeDecoderClass", SourceLevels.Warning);
familyTree = inFamilyTree;
decodedLines = 0;
characterSet = GedcomFileCharacterSet.Utf8;
parser = new GedcomParserUtility();
if (importResult == null)
{
return;
}
xrefMappers = new GedcomMappers(inFamilyTree);
//exportSoftware = ExportSoftwareType.Unknown;
decodeGedcomBody = false;
decodingCompleted = false;
//geniAddressNoteSubtagParsed = false;
unhandledTagList = new Dictionary<string, int>();
anselDecoder = new AnselDecoder();
this.importResult = importResult;
}
public void DebugStringAdd(string str)
{
importResult.AddString(str);
}
public void SetImportResult(ref FileImportResult importResult)
{
this.importResult = importResult;
}
public FileImportResult GetImportResult()
{
return this.importResult;
}
void AddUnhandledTag(TagStack tagStack, GedcomLineData lineData)
{
if (unhandledTagList.ContainsKey(tagStack.GetTagStack()))
{
unhandledTagList[tagStack.GetTagStack()]++;
}
else
{
unhandledTagList.Add(tagStack.GetTagStack(), 1);
}
}
private void HandleUnknownTag(TagStack tagStack, GedcomLineData lineData)
{
DebugStringAdd("Line: " + lineData.lineNo + " :Unknown tag " + tagStack.GetTagStack() + ": " + lineData.level + " tag:" + lineData.tagString + " value:[" + lineData.valueString + "] xref:[" + lineData.xrefIdString + "]");
AddUnhandledTag(tagStack, lineData);
CheckUndecodedChildren(tagStack, lineData.child);
}
private bool CheckTag(ref TagStack tagStack, GedcomLineData lineData)
{
while ((tagStack.GetLevel() + 1) > lineData.level)
{
tagStack.RemoveLast();
}
if ((tagStack.GetLevel() + 1) == lineData.level)
{
tagStack.AddTag(lineData.tagString);
}
else if (tagStack.GetLevel() > lineData.level)
{
HandleUnknownTag(tagStack, lineData);
DebugStringAdd("Line: " + lineData.lineNo + " :Bad tag level " + tagStack.GetTagStack() + " " + lineData.level + " " + lineData.tagString + " value:[" + lineData.valueString + "] xref:[" + lineData.xrefIdString + "]");
return false;
}
if (tagStack.GetLevel() == lineData.level)
{
return true;
}
HandleUnknownTag(tagStack, lineData);
DebugStringAdd("Line: " + lineData.lineNo + " :Bad tag level " + tagStack.GetTagStack() + " " + lineData.level + " " + lineData.tagString + " value:[" + lineData.valueString + "] xref:[" + lineData.xrefIdString + "]");
return false;
}
private void CheckUndecodedChildren(TagStack tagStack, GedcomLineObject gedcomLineObject)
{
if (gedcomLineObject != null)
{
for (int i = 0; i < gedcomLineObject.gedcomLines.Count; i++)
{
GedcomLineData lineData = gedcomLineObject.gedcomLines[i];
if (CheckTag(ref tagStack, lineData))
{
//tagStack.AddTag(firstLineData.tagString);
//tagStack.AddTag(lineData.tagString);
HandleUnknownTag(tagStack, lineData);
//tagStack.RemoveLast();
}
}
//DebugStringAdd("Warning: " + tagStack.GetTagStack() + " has " + gedcomLineObject.gedcomLines.Count + " undecoded children");
decodedLines += gedcomLineObject.gedcomLines.Count;
}
}
private bool DecodeGedcomHead(TagStack tagStack, GedcomLineObject gedcomLineObject)
{
gedcomLineObject.ObjectDecodeStart("Head", gedcomLineObject);
for (int i = 0; i < gedcomLineObject.gedcomLines.Count; i++)
{
GedcomLineData lineData = gedcomLineObject.gedcomLines[i];
//DebugStringAdd(" submitter-line: " + lineData.level + " " + lineData.tagString + " " + lineData.valueString + " ");
if (CheckTag(ref tagStack, lineData))
{
//tagStack.AddTag(lineData.tagString);
switch (lineData.tagString)
{
/*case "HEAD":
{
DebugStringAdd("Line: " + lineData.lineNo + " HEAD tag : " + lineData.level + ":" + lineData.tagString + " " + lineData.valueString);
CheckUndecodedChildren(tagStack, lineData.child);
}
break;*/
case "DATE":
{
FamilyDateTimeClass tempDate = new FamilyDateTimeClass();
if (!DecodeGedcomDate(tagStack, lineData, ref tempDate))
{
DebugStringAdd("Line: " + lineData.lineNo + ": Unable to decode " + tagStack.GetTagStack() + " tag: " + lineData.level + ":" + lineData.tagString + " " + lineData.valueString);
}
else
{
//DebugStringAdd("decoded date: " + tempDate);
familyTree.SetDate(tempDate);
}
}
break;
case "SUBM":
{
if (ValidateXrefName(lineData.valueString))
{
SubmitterXrefClass submitterXref = new SubmitterXrefClass(xrefMappers.GetLocalXRef(XrefType.Submitter, GetXrefName(lineData.valueString)));
familyTree.SetSubmitterXref(submitterXref);
}
CheckUndecodedChildren(tagStack, lineData.child);
}
break;
case "GEDC":
{
if (lineData.child != null)
{
for (int j = 0; j < lineData.child.gedcomLines.Count; j++)
{
GedcomLineData subLineData = lineData.child.gedcomLines[j];
if (CheckTag(ref tagStack, subLineData))
{
//tagStack.AddTag(firstLineData.tagString);
//tagStack.AddTag(subLineData.tagString);
switch (subLineData.tagString)
{
case "VERS":
familyTree.SetSourceFileTypeVersion(subLineData.valueString);
break;
case "FORM":
familyTree.SetSourceFileTypeFormat(subLineData.valueString);
break;
default:
HandleUnknownTag(tagStack, subLineData);
//DebugStringAdd("Line: " + subLineData.lineNo + ": Unknown tag " + tagStack.GetTagStack() +" :" + subLineData.valueString);
CheckUndecodedChildren(tagStack, subLineData.child);
break;
}
//tagStack.RemoveLast();
}
//CheckUndecodedChildren(tagStack, subLineData.child);
//DebugStringAdd("Line: " + lineData.lineNo + " HEAD.GEDC." + subLineData.tagString + ":" + subLineData.valueString);
}
}
decodedLines += lineData.child.gedcomLines.Count;
}
break;
case "SOUR":
{
familyTree.SetSourceName(lineData.valueString);
/*if (lineData.valueString == "Geni.com")
{
exportSoftware = ExportSoftwareType.GeniDotCom;
}*/
if (lineData.child != null)
{
for (int j = 0; j < lineData.child.gedcomLines.Count; j++)
{
GedcomLineData subLineData = lineData.child.gedcomLines[j];
if (CheckTag(ref tagStack, subLineData))
{
//tagStack.AddTag(firstLineData.tagString);
//tagStack.AddTag(subLineData.tagString);
switch (subLineData.tagString)
{
case "VERS":
DebugStringAdd("Line: " + subLineData.lineNo + ":" + tagStack.GetTagStack() + ":" + subLineData.valueString);
break;
case "NAME":
DebugStringAdd("Line: " + subLineData.lineNo + ":" + tagStack.GetTagStack() + ":" + subLineData.valueString);
break;
case "PHON":
DebugStringAdd("Line: " + subLineData.lineNo + ":" + tagStack.GetTagStack() + ":" + subLineData.valueString);
break;
case "CORP":
{
CorporationClass tempCorporation = new CorporationClass();
DebugStringAdd("Line: " + subLineData.lineNo + ":" + tagStack.GetTagStack() + ":" + subLineData.valueString);
//CheckUndecodedChildren("HEAD.CORP", subLineData.child);
if (subLineData.child != null)
{
//AddressClass tempAddress = new AddressClass();
if (DecodeGedcomCorporation(tagStack, subLineData.child, ref tempCorporation))
{
//tempAdd
}
}
}
break;
case "DATA":
DebugStringAdd("Line: " + subLineData.lineNo + ": " + tagStack.GetTagStack() + " " + subLineData.valueString);
if (subLineData.child != null)
{
for (int k = 0; k < subLineData.child.gedcomLines.Count; k++)
{
GedcomLineData subSubLineData = subLineData.child.gedcomLines[k];
if (CheckTag(ref tagStack, subLineData))
{
//tagStack.AddTag(firstLineData.tagString);
//tagStack.AddTag(subSubLineData.tagString);
switch (subSubLineData.tagString)
{
case "DATE":
DebugStringAdd("Line: " + subSubLineData.lineNo + ": " + tagStack.GetTagStack() + " Date: " + subSubLineData.valueString);
break;
case "COPR":
DebugStringAdd("Line: " + subSubLineData.lineNo + ": " + tagStack.GetTagStack() + " Corporation: " + subSubLineData.valueString);
break;
default:
HandleUnknownTag(tagStack, subLineData);
//DebugStringAdd("Line: " + subSubLineData.lineNo + ": Unknown tag " + tagStack.GetTagStack() + " :" + subSubLineData.valueString);
CheckUndecodedChildren(tagStack, subLineData.child);
break;
}
//tagStack.RemoveLast();
}
}
decodedLines += subLineData.child.gedcomLines.Count;
}
break;
default:
HandleUnknownTag(tagStack, subLineData);
//DebugStringAdd("Line: " + subLineData.lineNo + ": Unknown tag " + tagStack.GetTagStack() + ":" + subLineData.valueString);
CheckUndecodedChildren(tagStack, subLineData.child);
break;
}
//tagStack.RemoveLast();
}
//DebugStringAdd("Line: " + lineData.lineNo + " " + tagStack.GetTagStack() + "." + subLineData.tagString + ":" + subLineData.valueString);
}
decodedLines += lineData.child.gedcomLines.Count;
}
}
break;
case "DEST":
{
DebugStringAdd("Line: " + lineData.lineNo + " " + tagStack.GetTagStack() + " Destination system : " + lineData.level + ":" + lineData.tagString + " " + lineData.valueString);
CheckUndecodedChildren(tagStack, lineData.child);
}
break;
case "SUBN":
{
if (ValidateXrefName(lineData.valueString))
{
SubmissionXrefClass submissionXref = new SubmissionXrefClass(xrefMappers.GetLocalXRef(XrefType.Submission, GetXrefName(lineData.valueString)));
//familyTree.AddSubmission(submissionXref);
DebugStringAdd("Line: " + lineData.lineNo + " " + tagStack.GetTagStack() + " Submission: " + lineData.level + ":" + lineData.tagString + " " + lineData.valueString);
}
CheckUndecodedChildren(tagStack, lineData.child);
}
break;
case "FILE":
{
DebugStringAdd("Line: " + lineData.lineNo + " " + tagStack.GetTagStack() + " File : " + lineData.level + ":" + lineData.tagString + " " + lineData.valueString);
}
break;
case "COPR":
{
DebugStringAdd("Line: " + lineData.lineNo + " " + tagStack.GetTagStack() + " Corporation : " + lineData.level + ":" + lineData.tagString + " " + lineData.valueString);
}
break;
case "LANG":
{
DebugStringAdd("Line: " + lineData.lineNo + " " + tagStack.GetTagStack() + " Language : " + lineData.level + ":" + lineData.tagString + " " + lineData.valueString);
}
break;
case "NOTE":
{
String tempNote = lineData.valueString;
//DebugStringAdd("HEAD.NOTE tag : " + lineData.level + ":" + lineData.tagString + " " + lineData.valueString);
if (lineData.child != null)
{
DecodeGedcomStringConcatenation(tagStack, lineData.child, ref tempNote);
}
DebugStringAdd("Line: " + lineData.lineNo + " " + tagStack.GetTagStack() + " Note : {" + tempNote + "}" + tempNote.Length);
}
break;
case "CHAR":
//DebugStringAdd("Line: " + lineData.lineNo + " " + tagStack.GetTagStack() + " Character set " +lineData.valueString);
switch (lineData.valueString)
{
case "ANSEL":
familyTree.SetCharacterSet(FamilyTreeCharacterSet.Ansel);
characterSet = GedcomFileCharacterSet.Ansel;
//lineData.SetCharacterSet(GedcomFileCharacterSet.Ansel);
break;
case "ASCII":
familyTree.SetCharacterSet(FamilyTreeCharacterSet.Ascii);
characterSet = GedcomFileCharacterSet.Ascii;
//lineData.SetCharacterSet(GedcomFileCharacterSet.Ascii);
break;
case "UNICODE":
familyTree.SetCharacterSet(FamilyTreeCharacterSet.Unicode);
characterSet = GedcomFileCharacterSet.Unicode;
//lineData.SetCharacterSet(GedcomFileCharacterSet.Unicode);
break;
case "UTF-8":
familyTree.SetCharacterSet(FamilyTreeCharacterSet.Utf8);
characterSet = GedcomFileCharacterSet.Utf8;
//lineData.SetCharacterSet(GedcomFileCharacterSet.Utf8);
break;
default:
DebugStringAdd("Line: " + lineData.lineNo + ": Unknown " + tagStack.GetTagStack() + " character set " + lineData.valueString);
break;
}
if (lineData.child != null)
{
for (int j = 0; j < lineData.child.gedcomLines.Count; j++)
{
GedcomLineData subLineData = lineData.child.gedcomLines[j];
if (CheckTag(ref tagStack, subLineData))
{
//tagStack.AddTag(firstLineData.tagString);
//tagStack.AddTag(lineData.tagString);
switch (subLineData.tagString)
{
case "VERS":
DebugStringAdd("Line: " + subLineData.lineNo + ": " + tagStack.GetTagStack() + " Character version: " + subLineData.valueString);
break;
default:
DebugStringAdd("Line: " + subLineData.lineNo + ": Unknown tag " + tagStack.GetTagStack() + " " + subLineData.valueString);
break;
}
//tagStack.RemoveLast();
}
}
decodedLines += lineData.child.gedcomLines.Count;
}
break;
default:
{
HandleUnknownTag(tagStack, lineData);
//DebugStringAdd("Line: " + lineData.lineNo + ": Error: Unknown " + tagStack.GetTagStack() + " tag type: " + lineData.level + ":" + lineData.tagString + " " + lineData.valueString);
CheckUndecodedChildren(tagStack, lineData.child);
}
break;
}
}
//tagStack.RemoveLast();
}
decodedLines += gedcomLineObject.gedcomLines.Count;
return true;
}
public void SetCharacterSet(GedcomFileCharacterSet charSet)
{
characterSet = charSet;
}
public GedcomFileCharacterSet GetCharacterSet()
{
return characterSet;
}
private bool DecodeGedcomStringConcatenation(TagStack tagStack, GedcomLineObject gedcomLineObject, ref String inString)
{
gedcomLineObject.ObjectDecodeStart("String", gedcomLineObject);
for (int i = 0; i < gedcomLineObject.gedcomLines.Count; i++)
{
GedcomLineData lineData = gedcomLineObject.gedcomLines[i];
//DebugStringAdd(" submitter-line: " + lineData.level + " " + lineData.tagString + " " + lineData.valueString + " ");
if (CheckTag(ref tagStack, lineData))
{
//tagStack.AddTag(firstLineData.tagString);
//tagStack.AddTag(lineData.tagString);
switch (lineData.tagString)
{
case "CONC":
{
inString += lineData.valueString;
}
break;
case "CONT":
{
CheckLineFeed(ref inString);
//inString += "\n";
inString += lineData.valueString;
}
break;
default:
{
HandleUnknownTag(tagStack, lineData);
//DebugStringAdd("Line: " + lineData.lineNo + ": Error: " + tagStack.GetTagStack() + " sub tag type: " + lineData.level + ":" + lineData.tagString + " " + lineData.valueString);
CheckUndecodedChildren(tagStack, lineData.child);
}
break;
}
}
//tagStack.RemoveLast();
}
decodedLines += gedcomLineObject.gedcomLines.Count;
return true;
}
private bool DecodeGedcomCorporation(TagStack tagStack, GedcomLineObject gedcomLineObject, ref CorporationClass corporation)
{
gedcomLineObject.ObjectDecodeStart("Corporation", gedcomLineObject);
for (int i = 0; i < gedcomLineObject.gedcomLines.Count; i++)
{
GedcomLineData lineData = gedcomLineObject.gedcomLines[i];
//DebugStringAdd(" submitter-line: " + lineData.level + " " + lineData.tagString + " " + lineData.valueString + " ");
if (CheckTag(ref tagStack, lineData))
{
//tagStack.AddTag(firstLineData.tagString);
//tagStack.AddTag(lineData.tagString);
switch (lineData.tagString)
{
case "ADDR":
{
AddressClass tempAddress = corporation.address;
string streetAddressString = "";
if (lineData.valueString.Length > 0)
{
//tempAddress.AddAddressPart(AddressPartClass.AddressPartType.StreetAddress, subLineData.valueString);
streetAddressString += lineData.valueString;
//DebugStringAdd("Warning! addr contains data" + subLineData.tagString + ":" + subLineData.valueString);
}
if (lineData.child != null)
{
if (DecodeGedcomAddress(tagStack, lineData.child, ref tempAddress, ref streetAddressString))
{
//tempEvent.AddAddress(tempAddress);
}
}
if (streetAddressString.Length > 0)
{
tempAddress.AddAddressPart(AddressPartClass.AddressPartType.StreetAddress, streetAddressString);
}
corporation.address = tempAddress;
}
break;
case "PHON":
{
corporation.address.AddAddressPart(AddressPartClass.AddressPartType.PhoneNumber, lineData.valueString);
}
break;
default:
{
HandleUnknownTag(tagStack, lineData);
//DebugStringAdd("Line: " + lineData.lineNo + ": Error: " + tagStack.GetTagStack() + " sub tag type: " + lineData.level + ":" + lineData.tagString + " " + lineData.valueString);
CheckUndecodedChildren(tagStack, lineData.child);
}
break;
}
//tagStack.RemoveLast();
}
}
decodedLines += gedcomLineObject.gedcomLines.Count;
return true;
}
private bool DecodeGedcomSubmitterRecord(TagStack tagStack, GedcomLineObject gedcomLineObject, string xrefIdString)
{
gedcomLineObject.ObjectDecodeStart("Submitter", gedcomLineObject);
SubmitterClass tempIndividual = new SubmitterClass();
if (xrefIdString.Length > 0)
{
//DebugStringAdd(" xref: " + lineData.xrefIdString + " ");
tempIndividual.SetXrefName(xrefMappers.GetLocalXRef(XrefType.Submitter, xrefIdString, true));
}
else
{
return false;
}
for (int i = 0; i < gedcomLineObject.gedcomLines.Count; i++)
{
GedcomLineData lineData = gedcomLineObject.gedcomLines[i];
if (CheckTag(ref tagStack, lineData))
{
//tagStack.AddTag(firstLineData.tagString);
//DebugStringAdd(" submitter-line: " + lineData.level + " " + lineData.tagString + " " + lineData.valueString + " ");
//tagStack.AddTag(lineData.tagString);
switch (lineData.tagString)
{
case "NAME":
{
PersonalNameClass tempName = new PersonalNameClass();
tempName.SetName(PersonalNameClass.PartialNameType.NameString, lineData.valueString);
tempIndividual.SetPersonalName(tempName);
CheckUndecodedChildren(tagStack, lineData.child);
}
break;
case "LANG":
{
DebugStringAdd("Line: " + lineData.lineNo + ": " + tagStack.GetTagStack() + " submitter language: " + lineData.valueString);
}
break;
case "CHAN":
{
DebugStringAdd("Line: " + lineData.lineNo + ": " + tagStack.GetTagStack() + " submitter change: " + lineData.valueString);
if (lineData.child != null)
{
IndividualEventClass tempEvent = new IndividualEventClass();
DecodeGedcomChange(tagStack, lineData.child, ref tempEvent);
tempIndividual.AddEvent(tempEvent);
}
else
{
DebugStringAdd("Line: " + lineData.lineNo + ": NOTE " + tagStack.GetTagStack() + " no children: " + lineData.valueString);
}
}
break;
case "ADDR":
{
//DebugStringAdd("Subm.ADDR tag type: " + lineData.tagString + " " + lineData.valueString);
AddressClass tempAddress = tempIndividual.GetAddress();
string streetAddressString = "";
if (lineData.valueString.Length > 0)
{
//tempAddress.AddAddressPart(AddressPartClass.AddressPartType.StreetAddress, subLineData.valueString);
streetAddressString += lineData.valueString;
//DebugStringAdd("Warning! addr contains data" + subLineData.tagString + ":" + subLineData.valueString);
}
if (lineData.child != null)
{
if (DecodeGedcomAddress(tagStack, lineData.child, ref tempAddress, ref streetAddressString))
{
//tempEvent.AddAddress(tempAddress);
}
}
if (streetAddressString.Length > 0)
{
tempAddress.AddAddressPart(AddressPartClass.AddressPartType.StreetAddress, streetAddressString);
}
tempIndividual.AddAddress(tempAddress);
}
break;
case "PHON":
{
//DebugStringAdd("Subm.ADDR tag type: " + lineData.tagString + " " + lineData.valueString);
tempIndividual.AddAddress(AddressPartClass.AddressPartType.PhoneNumber, lineData.valueString);
}
break;
default:
{
HandleUnknownTag(tagStack, lineData);
//DebugStringAdd("Line: " + lineData.lineNo + ": Error: Unknown " + tagStack.GetTagStack() + " tag type: " + lineData.level + ":" + lineData.tagString + ":" + lineData.valueString);
CheckUndecodedChildren(tagStack, lineData.child);
}
break;
}
//tagStack.RemoveLast();
}
}
decodedLines += gedcomLineObject.gedcomLines.Count;
//familyTree.submitterList.Add(tempIndividual);
familyTree.AddSubmitter(tempIndividual);
return true;
}
private string ProcessCombiningDiacriticalMarks(string unicodeString)
{
switch (characterSet)
{
case GedcomFileCharacterSet.Unicode:
case GedcomFileCharacterSet.Utf16BE:
case GedcomFileCharacterSet.Utf16LE:
return unicodeString.Normalize();
case GedcomFileCharacterSet.Ansel:
{
return anselDecoder.DecodeString(unicodeString).Normalize();
}
default:
return unicodeString;
}
}
private bool DecodeGedcomName(TagStack tagStack, GedcomLineObject gedcomLineObject, ref PersonalNameClass tempName)
{
gedcomLineObject.ObjectDecodeStart("Name", gedcomLineObject);
for (int i = 0; i < gedcomLineObject.gedcomLines.Count; i++)
{
GedcomLineData subLineData = gedcomLineObject.gedcomLines[i];
subLineData.valueString = ProcessCombiningDiacriticalMarks(subLineData.valueString);
if (CheckTag(ref tagStack, subLineData))
{
//tagStack.AddTag(firstLineData.tagString);
//tagStack.AddTag(subLineData.tagString);
switch (subLineData.tagString)
{
case "GIVN":
//DebugStringAdd("given name:" + subLineData.valueString + "<>" + tempName.GetName());
tempName.SetName(PersonalNameClass.PartialNameType.GivenName, subLineData.valueString);
//DebugStringAdd("Name sub-tag: " + subLineData.level + ":" + subLineData.tagString + " " + subLineData.valueString);
break;
case "SURN":
//DebugStringAdd("surname:" + subLineData.valueString + "<>" + tempName.GetName());
tempName.SetName(PersonalNameClass.PartialNameType.Surname, subLineData.valueString);
//DebugStringAdd("Name sub-tag: " + subLineData.level + ":" + subLineData.tagString + " " + subLineData.valueString);
/*if (subLineData.valueString.Length > 5)
{
if (subLineData.valueString.Substring(0, 4) == "Lind")
{
DebugStringAdd("name = " + subLineData.valueString);
for (int j = 0; j < subLineData.valueString.Length; j++)
{
trace.TraceInformation((int)subLineData.valueString[j]);
trace.TraceInformation(" ");
}
DebugStringAdd();
}
}*/
break;
case "NICK":
tempName.SetName(PersonalNameClass.PartialNameType.Nickname, subLineData.valueString);
//DebugStringAdd("Name sub-tag: " + subLineData.level + ":" + subLineData.tagString + " " + subLineData.valueString);
break;
case "NSFX":
tempName.SetName(PersonalNameClass.PartialNameType.Suffix, subLineData.valueString);
//DebugStringAdd("Name sub-tag: " + subLineData.level + ":" + subLineData.tagString + " " + subLineData.valueString);
break;
/*case "_MAR": // Geni.com
if (exportSoftware == ExportSoftwareType.GeniDotCom)
{
tempName.SetName(PersonalNameClass.PartialNameType.BirthSurname, subLineData.valueString);
//DebugStringAdd("Name sub-tag: " + subLineData.level + ":" + subLineData.tagString + " " + subLineData.valueString);
}
else
{
DebugStringAdd("Line: " + subLineData.lineNo + ": Unknown " + tagStack.GetTagStack() + " sub-tag(geni?): " + subLineData.level + ":" + subLineData.tagString + " " + subLineData.valueString);
}
break;*/
case "NOTE":
{
NoteClass tempNote = new NoteClass();
if (subLineData.valueString.Length > 0)
{
subLineData.valueString = ProcessCombiningDiacriticalMarks(subLineData.valueString);
if (ValidateXrefName(subLineData.valueString))
{
NoteXrefClass note = new NoteXrefClass(xrefMappers.GetLocalXRef(XrefType.Note, GetXrefName(subLineData.valueString)));
tempName.AddNoteXref(note);
}
else
{
tempNote.Concatenate(subLineData.valueString, false);
}
}
if (subLineData.child != null)
{
DecodeGedcomNoteStructure(tagStack, subLineData.child, ref tempNote);
}
tempName.AddNote(tempNote);
}
break;
case "SOUR":
{
SourceChoiceClass tempSource;
if (ValidateXrefName(subLineData.valueString))
{
tempSource = new SourceChoiceClass(true, xrefMappers.GetLocalXRef(XrefType.Source, GetXrefName(subLineData.valueString)));
}
else
{
tempSource = new SourceChoiceClass(false, subLineData.valueString);
}
//DebugStringAdd("Unknown NOTE sub-tag: " + subLineData.level + ":" + subLineData.tagString + " " + subLineData.valueString);
DecodeGedcomSourceCitation(tagStack, subLineData, ref tempSource);
if (tempSource.GetXrefType())
{
tempName.AddSourceXref(tempSource.sourceXref);
}
else
{
tempName.AddSource(tempSource.source);
}
}
break;
default: