public void GEDCOMUtils_Tests()
{
GEDCOMObject obj = new GEDCOMObject();
obj.ExtData = this;
Assert.AreEqual(obj.ExtData, this);
obj.Dispose();
//
Assert.AreEqual("I12", GEDCOMUtils.CleanXRef("@I12@"), "CleanXRef(@I12@)");
Assert.AreEqual("@I12@", GEDCOMUtils.EncloseXRef("I12"), "EncloseXRef(I12)");
//
string s1 = " 12345 efgh";
string s2 = "";
s2 = GEDCOMUtils.ExtractDelimiter(s1, 0);
Assert.AreEqual("12345 efgh", s2);
//
string s3 = GEDCOMUtils.ExtractDelimiter(" abrvalg", 2);
Assert.AreEqual(" abrvalg", s3);
}
public CorresponderRet GetCorresponder()
{
GKCommunicationDir commDir = GKCommunicationDir.cdFrom;
GEDCOMIndividualRecord corresponder = null;
GEDCOMTag corrTag = FindTag("FROM", 0);
if (corrTag == null)
{
corrTag = FindTag("TO", 0);
}
if (corrTag != null)
{
corresponder = (Owner.XRefIndex_Find(GEDCOMUtils.CleanXRef(corrTag.StringValue)) as GEDCOMIndividualRecord);
if (corrTag.Name == "FROM")
{
commDir = GKCommunicationDir.cdFrom;
}
else if (corrTag.Name == "TO")
{
commDir = GKCommunicationDir.cdTo;
}
}
return(new CorresponderRet(commDir, corresponder));
}
public TaskGoalRet GetTaskGoal()
{
GDMTree tree = GetTree();
string goalXRef = string.Empty;
GDMRecord goalRec = tree.XRefIndex_Find(GEDCOMUtils.CleanXRef(Goal));
GDMGoalType goalType;
if (goalRec is GDMIndividualRecord)
{
goalType = GDMGoalType.gtIndividual;
}
else if (goalRec is GDMFamilyRecord)
{
goalType = GDMGoalType.gtFamily;
}
else if (goalRec is GDMSourceRecord)
{
goalType = GDMGoalType.gtSource;
}
else
{
goalType = GDMGoalType.gtOther;
}
return(new TaskGoalRet(goalType, goalXRef, goalRec));
}
public TaskGoalRet GetTaskGoal()
{
GEDCOMTree tree = Owner;
GEDCOMRecord goalRec = tree.XRefIndex_Find(GEDCOMUtils.CleanXRef(Goal));
GKGoalType goalType;
if (goalRec is GEDCOMIndividualRecord)
{
goalType = GKGoalType.gtIndividual;
}
else if (goalRec is GEDCOMFamilyRecord)
{
goalType = GKGoalType.gtFamily;
}
else if (goalRec is GEDCOMSourceRecord)
{
goalType = GKGoalType.gtSource;
}
else
{
goalType = GKGoalType.gtOther;
}
return(new TaskGoalRet(goalType, goalRec));
}
public void AddXRef(GDMRecord rec, string oldXRef, string newXRef)
{
// protection
oldXRef = GEDCOMUtils.CleanXRef(oldXRef);
newXRef = GEDCOMUtils.CleanXRef(newXRef);
fList.Add(new XRefEntry(rec, oldXRef, newXRef));
}
public override void ReplaceXRefs(GDMXRefReplacer map)
{
base.ReplaceXRefs(map);
if (GEDCOMUtils.IsXRef(fGoal))
{
fGoal = GEDCOMUtils.EncloseXRef(map.FindNewXRef(GEDCOMUtils.CleanXRef(fGoal)));
}
}
public override void ReplaceXRefs(GDMXRefReplacer map)
{
base.ReplaceXRefs(map);
TaskGoalRet goalRet = GetTaskGoal();
if (goalRet.GoalType != GDMGoalType.gtOther)
{
Goal = GEDCOMUtils.EncloseXRef(map.FindNewXRef(GEDCOMUtils.CleanXRef(Goal)));
}
}
public string FindNewXRef(string oldXRef)
{
string result = oldXRef;
foreach (XRefEntry entry in fList)
{
if (GEDCOMUtils.CleanXRef(entry.OldXRef) == GEDCOMUtils.CleanXRef(oldXRef))
{
result = entry.NewXRef;
break;
}
}
return(result);
}
public void Test_XRef_CleanEnclose()
{
Assert.AreEqual("I12", GEDCOMUtils.CleanXRef("@I12@"), "CleanXRef(@I12@)");
Assert.AreEqual("@I12@", GEDCOMUtils.EncloseXRef("I12"), "EncloseXRef(I12)");
}
