private static void ConvertIdentifiers(GDMTree tree, IProgressController pc)
{
pc.ProgressInit(LangMan.LS(LSID.LSID_IDsCorrect), tree.RecordsCount * 2);
GDMXRefReplacer repMap = new GDMXRefReplacer();
try {
int recsCount = tree.RecordsCount;
for (int i = 0; i < recsCount; i++)
{
GDMRecord rec = tree[i];
if (!CheckRecordXRef(rec))
{
string newXRef = tree.XRefIndex_NewXRef(rec);
repMap.AddXRef(rec, rec.XRef, newXRef);
rec.XRef = newXRef;
}
pc.ProgressStep();
}
tree.Header.ReplaceXRefs(repMap);
for (int i = 0; i < recsCount; i++)
{
GDMRecord rec = tree[i];
rec.ReplaceXRefs(repMap);
pc.ProgressStep();
}
} finally {
repMap.Dispose();
pc.ProgressDone();
}
}
private void ConvertIdentifiers()
{
fProgress.ProgressInit(LangMan.LS(LSID.LSID_IDsCorrect), fTree.RecordsCount * 2);
GDMXRefReplacer repMap = new GDMXRefReplacer();
try {
int recsCount = fTree.RecordsCount;
for (int i = 0; i < recsCount; i++)
{
GDMRecord rec = fTree[i];
if (!CheckRecordXRef(rec))
{
string oldXRef = rec.XRef;
string newXRef = fTree.NewXRef(rec, true);
repMap.AddXRef(rec, oldXRef, newXRef);
}
fProgress.ProgressStep();
}
fTree.Header.ReplaceXRefs(repMap);
for (int i = 0; i < recsCount; i++)
{
GDMRecord rec = fTree[i];
rec.ReplaceXRefs(repMap);
fProgress.ProgressStep();
}
} finally {
repMap.Dispose();
fProgress.ProgressDone();
}
}
public static void TreeSync(GDMTree mainTree, string fileName, TextBox logText)
{
logText.Clear();
GDMTree extTree = new GDMTree();
GDMXRefReplacer repMap = new GDMXRefReplacer();
ExtList <SyncRecord> syncList = new ExtList <SyncRecord>(true);
try {
var gedcomProvider = new GEDCOMProvider(extTree);
gedcomProvider.LoadFromFile(fileName);
extTree.Header.Clear();
for (int i = 0, num = extTree.RecordsCount; i < num; i++)
{
GDMRecord rec = extTree[i];
syncList.Add(new SyncRecord {
MasterRecord = null,
UpdateRecord = rec,
State = SyncState.ssUndefined,
UpdateOldXRef = "",
UpdateNewXRef = ""
});
}
for (int i = 0, num = syncList.Count; i < num; i++)
{
SyncRecord syncRec = syncList[i];
GDMRecord rec = mainTree.FindUID(syncRec.UpdateRecord.UID);
if (rec != null)
{
syncRec.MasterRecord = rec;
syncRec.State = SyncState.ssHasMaster;
}
else
{
syncRec.State = SyncState.ssNoMaster;
rec = extTree.Extract(extTree.IndexOf(syncRec.UpdateRecord));
string newXRef = mainTree.XRefIndex_NewXRef(rec);
repMap.AddXRef(rec, rec.XRef, newXRef);
rec.XRef = newXRef;
rec.ResetOwner(mainTree);
mainTree.AddRecord(rec);
}
}
for (int i = 0, num = repMap.Count; i < num; i++)
{
GDMRecord rec = repMap[i].Rec;
rec.ReplaceXRefs(repMap);
}
for (int i = 0, num = extTree.RecordsCount; i < num; i++)
{
GDMRecord rec = extTree[i];
rec.ReplaceXRefs(repMap);
}
for (int i = 0, num = syncList.Count; i < num; i++)
{
SyncRecord syncRec = syncList[i];
if (syncRec.State == SyncState.ssHasMaster)
{
GDMRecord rec = extTree.Extract(extTree.IndexOf(syncRec.UpdateRecord));
rec.XRef = mainTree.XRefIndex_NewXRef(rec);
rec.ResetOwner(mainTree);
mainTree.AddRecord(rec);
string backUID = syncRec.MasterRecord.UID;
syncRec.UpdateRecord.MoveTo(syncRec.MasterRecord, true);
syncRec.MasterRecord.UID = backUID;
mainTree.DeleteRecord(rec);
}
}
logText.AppendText("Sync finished\r\n");
} finally {
syncList.Dispose();
repMap.Dispose();
extTree.Dispose();
}
}