public void AddPersonEvent(object sender, EventArgs e)
{
if (m_addPersonForm != null)
{
selectedIndividual = new IndividualClass();
m_addPersonForm.GetPerson(ref selectedIndividual);
//m_addPersonForm.Close();
m_addPersonForm.Visible = false;
selectedIndividual.SetXrefName(familyTree.CreateNewXref(XrefType.Individual));
familyTree.AddIndividual(selectedIndividual);
if (SelectedPersonChanged != null)
{
SelectedPersonChanged(this, new PersonChangeEvent(selectedIndividual));
}
}
}
public void AddRelative(RelativeType relation, IndividualClass person = null)
{
trace.TraceInformation("TreeViewPanel2::AddRelative " + relation);
if (familyTree != null)
{
if (selectedIndividual != null)
{
IndividualClass newPerson;
if (person != null)
{
newPerson = person;
}
else
{
newPerson = new IndividualClass();
}
newPerson.SetXrefName(familyTree.CreateNewXref(XrefType.Individual));
if (relation == RelativeType.Parent)
{
FamilyXrefClass parentFamilyXref = null;
FamilyClass parentFamily = null;
IList <FamilyXrefClass> parents = selectedIndividual.GetFamilyChildList();
if (parents != null)
{
if (parents.Count > 0)
{
// ToDo: Full support for multiple families..
parentFamilyXref = parents[0];
parentFamily = familyTree.GetFamily(parentFamilyXref.GetXrefName());
}
}
if (parentFamilyXref == null)
{
parentFamilyXref = new FamilyXrefClass(familyTree.CreateNewXref(XrefType.Family));
//parentFamily.SetXrefName();
parentFamily = new FamilyClass();
parentFamily.SetXrefName(parentFamilyXref.GetXrefName());
parentFamily.AddRelation(new IndividualXrefClass(selectedIndividual.GetXrefName()), FamilyClass.RelationType.Child);
selectedIndividual.AddRelation(parentFamilyXref, IndividualClass.RelationType.Child);
familyTree.UpdateIndividual(selectedIndividual, PersonUpdateType.ChildFamily);
}
parentFamily.AddRelation(new IndividualXrefClass(newPerson.GetXrefName()), FamilyClass.RelationType.Parent);
newPerson.AddRelation(parentFamilyXref, IndividualClass.RelationType.Spouse);
familyTree.AddFamily(parentFamily);
familyTree.AddIndividual(newPerson);
}
else if (relation == RelativeType.Child)
{
FamilyXrefClass childFamilyXref = null;
FamilyClass childFamily = null;
IList <FamilyXrefClass> children = selectedIndividual.GetFamilySpouseList();
if (children != null)
{
if (children.Count > 0)
{
// ToDo: Full support for multiple families..
childFamilyXref = children[0];
childFamily = familyTree.GetFamily(childFamilyXref.GetXrefName());
}
}
if (childFamilyXref == null)
{
childFamilyXref = new FamilyXrefClass(familyTree.CreateNewXref(XrefType.Family));
//parentFamily.SetXrefName();
childFamily = new FamilyClass();
childFamily.SetXrefName(childFamilyXref.GetXrefName());
childFamily.AddRelation(new IndividualXrefClass(selectedIndividual.GetXrefName()), FamilyClass.RelationType.Parent);
selectedIndividual.AddRelation(childFamilyXref, IndividualClass.RelationType.Spouse);
familyTree.UpdateIndividual(selectedIndividual, PersonUpdateType.SpouseFamily);
}
childFamily.AddRelation(new IndividualXrefClass(newPerson.GetXrefName()), FamilyClass.RelationType.Child);
newPerson.AddRelation(childFamilyXref, IndividualClass.RelationType.Child);
familyTree.AddFamily(childFamily);
familyTree.AddIndividual(newPerson);
}
else // if (relation == RelativeType.Unrelated)
{
familyTree.AddIndividual(newPerson);
}
//familyTree.AddIndividual(newPerson);
}
ShowActiveFamily();
}
}
private void ReadFile(ref FamilyTreeStoreBaseClass inFamilyTree, FamilyTreeStoreAnarkiv anarkivStore)
{
//IndividualClass person = anarkivStore.GetIndividual();
IEnumerator <IndividualClass> people = anarkivStore.SearchPerson();
AnarkivMappers mappers = new AnarkivMappers(inFamilyTree);
IDictionary <string, XrefMapperClass> individualMapper = mappers.GetMapper(XrefType.Individual);
IDictionary <string, XrefMapperClass> familyMapper = mappers.GetMapper(XrefType.Family);
int counter = 0;
while (people.MoveNext())
{
IndividualClass person = people.Current;
trace.TraceInformation("Person[" + counter++ + "]:" + person.GetPersonalName().ToString());
IndividualXrefClass xref = new IndividualXrefClass(inFamilyTree.CreateNewXref(XrefType.Individual));
individualMapper.Add(person.GetXrefName(), new XrefMapperClass(xref.GetXrefName(), true));
person.SetXrefName(xref.GetXrefName());
if (person.GetFamilyChildList() != null)
{
IList <FamilyXrefClass> newChildFamilies = new List <FamilyXrefClass>();
foreach (FamilyXrefClass childFamily in person.GetFamilyChildList())
{
FamilyXrefClass newFamily = new FamilyXrefClass(mappers.GetLocalXRef(XrefType.Family, childFamily.GetXrefName()));
newChildFamilies.Add(newFamily);
}
person.SetFamilyChildList(newChildFamilies);
}
if (person.GetFamilySpouseList() != null)
{
IList <FamilyXrefClass> newSpouseFamilies = new List <FamilyXrefClass>();
foreach (FamilyXrefClass spouseFamily in person.GetFamilySpouseList())
{
FamilyXrefClass newFamily = new FamilyXrefClass(mappers.GetLocalXRef(XrefType.Family, spouseFamily.GetXrefName()));
newSpouseFamilies.Add(newFamily);
}
person.SetFamilySpouseList(newSpouseFamilies);
}
inFamilyTree.AddIndividual(person);
}
IEnumerator <FamilyClass> familyEnumerator = anarkivStore.SearchFamily();
counter = 0;
while (familyEnumerator.MoveNext())
{
FamilyClass family = familyEnumerator.Current;
FamilyClass newFamily = new FamilyClass();
trace.TraceInformation("Family[" + counter++ + "]:" + family.GetXrefName());
newFamily.SetXrefName(mappers.GetLocalXRef(XrefType.Family, family.GetXrefName(), true));
trace.TraceInformation("Family xref " + family.GetXrefName() + " ==> " + newFamily.GetXrefName());
if (family.GetParentList() != null)
{
//IList<IndividualXrefClass> newParentList = new List<IndividualXrefClass>();
foreach (IndividualXrefClass parent in family.GetParentList())
{
IndividualXrefClass newParent = new IndividualXrefClass(mappers.GetLocalXRef(XrefType.Individual, parent.GetXrefName()));
//newParentList.Add(newParent);
newFamily.AddRelation(newParent, FamilyClass.RelationType.Parent);
trace.TraceInformation(" add parent " + parent.GetXrefName() + " => " + newParent.GetXrefName());
}
}
if (family.GetChildList() != null)
{
//IList<IndividualXrefClass> newChildList = new List<IndividualXrefClass>();
foreach (IndividualXrefClass child in family.GetChildList())
{
IndividualXrefClass newChild = new IndividualXrefClass(mappers.GetLocalXRef(XrefType.Individual, child.GetXrefName()));
//newChildList.Add(newChild);
newFamily.AddRelation(newChild, FamilyClass.RelationType.Child);
trace.TraceInformation(" add child " + child.GetXrefName() + " => " + newChild.GetXrefName());
}
}
//family.
inFamilyTree.AddFamily(newFamily);
}
}
void ParsePerson(string id, string data, TextParserSettings parserSettings)
{
ParsePersonState state = ParsePersonState.Name;
IndividualClass person = new IndividualClass();
person.SetXrefName(id);
int strPos = 0;
string nameStr = "";
PersonalNameClass name = new PersonalNameClass();
List <SubStringInstance> subList = CheckSubstrings(id, data, parserSettings);
foreach (SubStringInstance item in subList)
{
EventDataString thisType = null;
foreach (EventDataString str in parserSettings.eventList)
{
if (str.type == item.type)
{
thisType = str;
}
}
if (thisType != null)
{
DecodeEvent(ref person, item.type, data.Substring(item.start + thisType.start.Length, item.end - item.start - thisType.start.Length - thisType.end.Length));
}
}
while (strPos < data.Length)
{
//string token = GetToken(ref strPos);
char ch = data[strPos++];
switch (state)
{
case ParsePersonState.Name:
if (ch == '.')
{
int firstNameStart;
int firstNameLength;
int lastNameStart;
int lastNameLength;
if (nameStr.IndexOf(',') >= 0)
{
firstNameStart = nameStr.IndexOf(',') + 1;
while ((firstNameStart < nameStr.Length) && (nameStr[firstNameStart] == ' '))
{
firstNameStart++;
}
firstNameLength = nameStr.Length - firstNameStart;
lastNameStart = 0;
lastNameLength = nameStr.IndexOf(',');
}
else
{
firstNameStart = 0;
if (nameStr.LastIndexOf(' ') >= 0)
{
firstNameLength = nameStr.LastIndexOf(' ');
lastNameStart = firstNameLength + 1;
lastNameLength = nameStr.Length - firstNameLength - 1;
}
else
{
firstNameLength = nameStr.Length;
lastNameStart = firstNameLength;
lastNameLength = 0;
}
}
if (firstNameLength > 0)
{
name.SetName(PersonalNameClass.PartialNameType.GivenName, nameStr.Substring(firstNameStart, firstNameLength));
}
if (lastNameLength > 0)
{
name.SetName(PersonalNameClass.PartialNameType.BirthSurname, nameStr.Substring(lastNameStart, lastNameLength));
}
person.SetPersonalName(name);
state = ParsePersonState.EventToken;
}
else
{
nameStr += ch;
}
break;
}
}
person.Print();
familyTree.AddIndividual(person);
}