/// <summary>
/// Performs the business logic for adding the Spousal relationship between the person and the spouse.
/// In the case of existing people, do not hook up other siblings etc. Allow the user to do this manually.
/// </summary>
public static void AddExistingSpouse(PeopleCollection family, Person person, Person spouse, SpouseModifier modifier)
{
// Assume the spouse's gender based on the counterpart of the person's gender
if (person.Gender == Gender.Male)
{
spouse.Gender = Gender.Female;
}
else
{
spouse.Gender = Gender.Male;
}
if (person.Spouses != null)
{
// If specifying a new married spouse, make existing spouses former.
if (modifier == SpouseModifier.Current)
{
foreach (Relationship relationship in person.Relationships)
{
if (relationship.RelationshipType == RelationshipType.Spouse)
{
((SpouseRelationship)relationship).SpouseModifier = SpouseModifier.Former;
}
}
}
family.AddSpouse(person, spouse, modifier);
}
// Setter for property change notification
person.HasSpouse = true;
}
/// <summary>
/// Performs the business logic for adding the Child relationship between the person and the child.
/// </summary>
public static void AddChild(PeopleCollection family, Person person, Person child, ParentChildModifier modifier)
{
if (person != child)
{
switch (person.Spouses.Count)
{
// Single parent, add the child to the person
case 0:
family.AddChild(person, child, modifier);
break;
// Has existing spouse, add the child to the person's spouse as well.
case 1:
family.AddChild(person, child, modifier);
family.AddChild(person.Spouses[0], child, modifier);
break;
}
// Add the new child as a sibling to any existing natural children of the natural parents.
foreach (Person existingSibling in person.NaturalChildren)
{
if (existingSibling != child)
{
family.AddSibling(existingSibling, child);
}
}
}
}
/// <summary>
/// Populate the people collection with information from the GEDCOM file.
/// </summary>
public void Import(PeopleCollection peopleCollection, string gedcomFilePath)
{
// Clear current content.
peopleCollection.Clear();
// First convert the GEDCOM file to an XML file so it's easier to parse,
// the temp XML file is deleted when importing is complete.
string xmlFilePath = Path.GetTempFileName();
try
{
this.people = peopleCollection;
// Convert the GEDCOM file to a temp XML file.
GedcomConverter.ConvertToXml(gedcomFilePath, xmlFilePath, true);
doc = new XmlDocument();
doc.Load(xmlFilePath);
// Import data from the temp XML file to the people collection.
ImportPeople();
ImportFamilies();
// The collection requires a primary-person, use the first
// person added to the collection as the primary-person.
if (peopleCollection.Count > 0)
{
peopleCollection.Current = peopleCollection[0];
}
}
finally
{
// Delete the temp XML file.
File.Delete(xmlFilePath);
}
}
/// <summary>
/// Performs the business logic for adding the Sibling relationship between the person and the sibling.
/// </summary>
public static void AddSibling(PeopleCollection family, Person person, Person sibling)
{
// Handle siblings
if (person.Siblings.Count > 0)
{
// Make the siblings siblings to each other.
foreach (Person existingSibling in person.Siblings)
{
if (existingSibling != sibling)
{
family.AddSibling(existingSibling, sibling);
}
}
}
if (person.NaturalParents != null)
{
foreach (Person parent in person.NaturalParents)
{
family.AddChild(parent, sibling, ParentChildModifier.Natural);
}
family.AddSibling(person, sibling);
}
person.HasSiblings = true;
}
/// <summary>
/// Performs the business logic for adding the Child relationship between the person and the child.
/// In the case of existing people, do not hook up other siblings etc. Allow the user to do this manually.
/// </summary>
public static void AddExistingChild(PeopleCollection family, Person person, Person child, ParentChildModifier modifier)
{
if (person != child)
{
family.AddChild(person, child, modifier);
}
}
/// <summary>
/// Performs the business logic for adding the Sibling relationship between the person and the sibling.
/// In the case of existing people, do not hook up other siblings etc. Allow the user to do this manually.
/// </summary>
public static void AddExistingSibling(PeopleCollection family, Person person, Person sibling)
{
if (person.Parents != null)
{
family.AddSibling(person, sibling);
}
}
/// <summary>
/// Performs the business logic for deleting a person
/// </summary>
public static void DeletePerson(PeopleCollection family, Person personToDelete)
{
if (!personToDelete.IsDeletable)
{
return;
}
// Remove the personToDelete from the relationships that contains the personToDelete.
foreach (Relationship relationship in personToDelete.Relationships)
{
foreach (Relationship rel in relationship.RelationTo.Relationships)
{
if (rel.RelationTo.Equals(personToDelete))
{
relationship.RelationTo.Relationships.Remove(rel);
break;
}
}
}
// Delete the person's photos and story
//personToDelete.DeletePhotos();
personToDelete.DeleteStory();
family.Remove(personToDelete);
}
public void LoadOPC()
{
// Loading, clear existing nodes
PeopleCollection.Clear();
try
{
// Use the default path and filename if none were provided
if (string.IsNullOrEmpty(FullyQualifiedFilename))
{
FullyQualifiedFilename = DefaultFullyQualifiedFilename;
}
string tempFolder = Path.Combine(Environment.GetFolderPath(Environment.SpecialFolder.LocalApplicationData), App.ApplicationFolderName);
tempFolder = Path.Combine(tempFolder, App.AppDataFolderName + @"\");
OPCUtility.ExtractPackage(FullyQualifiedFilename, tempFolder);
XmlSerializer xml = new XmlSerializer(typeof(People));
using (Stream stream = new FileStream(tempFolder + OPCContentFileName, FileMode.Open, FileAccess.Read, FileShare.Read))
{
People people = (People)xml.Deserialize(stream);
stream.Close();
foreach (Person person in people.PeopleCollection)
{
PeopleCollection.Add(person);
}
// To avoid circular references when serializing family data to xml, only the person Id
// is seralized to express relationships. When family data is loaded, the correct
// person object is found using the person Id and assigned to the appropriate relationship.
foreach (Person person in PeopleCollection)
{
foreach (Relationship relationqhip in person.Relationships)
{
relationqhip.RelationTo = PeopleCollection.Find(relationqhip.PersonId);
}
}
// Set the current person in the list
CurrentPersonId = people.CurrentPersonId;
CurrentPersonName = people.CurrentPersonName;
PeopleCollection.Current = PeopleCollection.Find(CurrentPersonId);
}
PeopleCollection.IsDirty = false;
return;
}
catch (Exception e)
{
// Could not load the file. Handle all exceptions
// the same, ignore and continue.
Debug.WriteLine(e.Message);
fullyQualifiedFilename = string.Empty;
}
}
/// <summary>
/// Performs the business logic for adding the Parent relationship between the person and the parent.
/// Once a person has a parent of a given gender, adding another
/// parent of the same gender creates an adopted relationship.
/// </summary>
public static void AddParent(PeopleCollection family, Person person, Person parent)
{
// A person can only have 2 natural parents, so adding a 3rd or more indicates adoption
// In this case, just add a simple child parent relationship and don't try to add
// siblings etc, this should be done manually.
Gender parentGender = parent.Gender;
int i = 0; // number of parents of same gender
foreach (Person p in person.Parents)
{
if (p.Gender == parentGender)
{
i++;
}
}
if (i >= 1) //if a person already has a parent with the same gender, then add as an adopted parent (could be foster)
{
family.Add(parent);
AddExistingParent(family, person, parent, ParentChildModifier.Adopted);
return;
}
else //adding other parent and siblings, only when a person has one parent set.
{
// Add the parent to the main collection of people.
family.Add(parent);
if (person.Parents.Count == 0)// No exisiting parents
{
family.AddChild(parent, person, ParentChildModifier.Natural);
}
else
{
// One existing parent
family.AddChild(parent, person, ParentChildModifier.Natural);
family.AddSpouse(parent, person.Parents[0], SpouseModifier.Current);
}
// Handle siblings
if (person.Siblings.Count > 0)
{
// Make siblings the child of the new parent
foreach (Person sibling in person.Siblings)
{
family.AddChild(parent, sibling, ParentChildModifier.Natural);
}
}
}
//Setter for property change notification
person.HasParents = true;
}
/// <summary>
/// Populate the people collection with information from the GEDCOM file.
/// </summary>
public bool Import(PeopleCollection peopleCollection, SourceCollection sourceCollection, RepositoryCollection repositoryCollection, string gedcomFilePath, bool disableCharacterCheck)
{
// Clear current content.
peopleCollection.Clear();
sourceCollection.Clear();
repositoryCollection.Clear();
// First convert the GEDCOM file to an XML file so it's easier to parse,
// the temp XML file is deleted when importing is complete.
string xmlFilePath = Path.GetTempFileName();
bool loaded = false; // if user canceled the load
try
{
this.people = peopleCollection;
this.sources = sourceCollection;
this.repositories = repositoryCollection;
// Convert the GEDCOM file to a temp XML file.
GedcomConverter.ConvertToXml(gedcomFilePath, xmlFilePath, true, disableCharacterCheck);
doc = new XmlDocument();
doc.Load(xmlFilePath);
// Get list of people.
XmlNodeList list = doc.SelectNodes("/root/INDI");
// Import data from the temp XML file to the people collection.
ImportPeople(list);
ImportFamilies();
ImportSources();
ImportRepositories();
// The collection requires a primary-person, use the first
// person added to the collection as the primary-person.
if (peopleCollection.Count > 0)
{
peopleCollection.Current = peopleCollection[0];
}
// Update IDs to match Family.Show standards
UpdatePeopleIDs();
UpdateSourceIDs();
UpdateRepositoryIDs();
loaded = true;
}
finally
{
//Delete the temp XML file.
File.Delete(xmlFilePath);
}
return(loaded);
}
/// <summary>
/// Export the data from the People collection to the specified GEDCOM file.
/// </summary>
public void Export(PeopleCollection peopleCollection, string gedcomFilePath)
{
people = peopleCollection;
using (writer = new StreamWriter(gedcomFilePath))
{
WriteLine(0, "HEAD", "");
ExportPeople();
ExportFamilies();
WriteLine(0, "TRLR", "");
}
}
/// <summary>
/// Performs the business logic for adding the Spousal relationship between the person and the spouse.
/// </summary>
public static void AddSpouse(PeopleCollection family, Person person, Person spouse, SpouseModifier modifier)
{
// Assume the spouse's gender based on the counterpart of the person's gender
if (person.Gender == Gender.Male)
{
spouse.Gender = Gender.Female;
}
else
{
spouse.Gender = Gender.Male;
}
if (person.Spouses != null)
{
switch (person.Spouses.Count)
{
// No existing spouse
case 0:
family.AddSpouse(person, spouse, modifier);
// Add any of the children as the child of the spouse.
if (person.Children != null || person.Children.Count > 0)
{
foreach (Person child in person.Children)
{
family.AddChild(spouse, child, ParentChildModifier.Natural);
}
}
break;
// Existing spouse(s)
default:
// If specifying a new married spouse, make existing spouses former.
if (modifier == SpouseModifier.Current)
{
foreach (Relationship relationship in person.Relationships)
{
if (relationship.RelationshipType == RelationshipType.Spouse)
{
((SpouseRelationship)relationship).SpouseModifier = SpouseModifier.Former;
}
}
}
family.AddSpouse(person, spouse, modifier);
break;
}
// Setter for property change notification
person.HasSpouse = true;
}
}
/// <summary>
/// Performs the business logic for updating the natural siblings of a child.
/// </summary>
public static void UpdateSiblings(PeopleCollection family, Person child)
{
foreach (Person p in child.NaturalParents)
{
foreach (Person c in p.NaturalChildren)
{
if (c != child && !family.Current.Siblings.Contains(c))
{
RelationshipHelper.AddExistingSibling(family, family.Current, c);
}
}
}
}
/// <summary>
/// Organize the People collection into a list of families. A family consists of
/// an wife, husband, children, and married / divorced information.
/// </summary>
public void Create(PeopleCollection people)
{
this.Clear();
// First, iterate though the list and create parent groups.
// A parent group is one or two parents that have one or
// more children.
foreach (Person person in people)
{
Collection <Person> parents = person.Parents;
if (parents.Count > 0)
{
// Only using the first two parents.
Person parentLeft = parents[0];
Person parentRight = (parents.Count > 1) ? parents[1] : null;
// See if this parent group has been added to the list yet.
string key = GetKey(parentLeft, parentRight);
if (!this.ContainsKey(key))
{
// This parent group does not exist, add it to the list.
Family details = new Family(parentLeft, parentRight);
details.Relationship = parentLeft.GetSpouseRelationship(parentRight);
this[key] = details;
}
// Add the child to the parent group.
this[key].Children.Add(person);
}
}
// Next, iterate though the list and create marriage groups.
// A marriage group is current or former marriages that
// don't have any children.
foreach (Person person in people)
{
Collection <Person> spouses = person.Spouses;
foreach (Person spouse in spouses)
{
// See if this marriage group is in the list.
string key = GetKey(person, spouse);
if (!this.ContainsKey(key))
{
// This marriage group is not in the list, add it to the list.
Family details = new Family(person, spouse);
details.Relationship = person.GetSpouseRelationship(spouse);
this[key] = details;
}
}
}
}
/// <summary>
/// Export the data from the People collection to the specified GEDCOM file.
/// </summary>
public void Export(PeopleCollection peopleCollection, SourceCollection sourceCollection, RepositoryCollection repositoryCollection, string gedcomFilePath, string familyxFilePath, string language)
{
this.people = peopleCollection;
this.sources = sourceCollection;
this.repositories = repositoryCollection;
using (writer = new StreamWriter(gedcomFilePath))
{
WriteLine(0, "HEAD", "");
ExportSummary(gedcomFilePath, familyxFilePath, language);
ExportPeople();
ExportFamilies();
ExportSources();
ExportRepositories();
WriteLine(0, "TRLR", "");
}
}
/// <summary>
/// Performs the business logic for adding the Parent relationship between the person and the parents.
/// </summary>
public static void AddParent(PeopleCollection family, Person person, ParentSet parentSet)
{
// First add child to parents.
family.AddChild(parentSet.FirstParent, person, ParentChildModifier.Natural);
family.AddChild(parentSet.SecondParent, person, ParentChildModifier.Natural);
// Next update the siblings. Get the list of full siblings for the person.
// A full sibling is a sibling that has both parents in common.
List <Person> siblings = GetChildren(parentSet);
foreach (Person sibling in siblings)
{
if (sibling != person)
{
family.AddSibling(person, sibling);
}
}
}
/// <summary>
/// Performs the business logic for adding the Sibling relationship between the person and the sibling.
/// </summary>
public static void AddSibling(PeopleCollection family, Person person, Person sibling)
{
// Handle siblings
if (person.Siblings.Count > 0)
{
// Make the siblings siblings to each other.
foreach (Person existingSibling in person.Siblings)
{
family.AddSibling(existingSibling, sibling);
}
}
if (person.Parents != null)
{
switch (person.Parents.Count)
{
// No parents
case 0:
family.AddSibling(person, sibling);
break;
// Single parent
case 1:
family.AddSibling(person, sibling);
family.AddChild(person.Parents[0], sibling, ParentChildModifier.Natural);
break;
// 2 parents
case 2:
// Add the sibling as a child of the same parents
foreach (Person parent in person.Parents)
{
family.AddChild(parent, sibling, ParentChildModifier.Natural);
}
family.AddSibling(person, sibling);
break;
default:
family.AddSibling(person, sibling);
break;
}
}
}
/// <summary>
/// Performs the business logic for updating the Parent relationship between the child and the parent.
/// </summary>
public static void UpdateParentChildStatus(PeopleCollection family, Person parent, Person child, ParentChildModifier modifier)
{
foreach (Relationship relationship in parent.Relationships)
{
if (relationship.RelationshipType == RelationshipType.Child && relationship.RelationTo.Equals(child))
{
((ChildRelationship)relationship).ParentChildModifier = modifier;
break;
}
}
foreach (Relationship relationship in child.Relationships)
{
if (relationship.RelationshipType == RelationshipType.Parent && relationship.RelationTo.Equals(parent))
{
((ParentRelationship)relationship).ParentChildModifier = modifier;
break;
}
}
}
/// <summary>
/// Performs the business logic for adding the Parent relationship between the person and the parent.
/// </summary>
public static void AddParent(PeopleCollection family, Person person, Person parent)
{
// A person can only have 2 parents, do nothing
if (person.Parents.Count == 2)
{
return;
}
// Add the parent to the main collection of people.
family.Add(parent);
switch (person.Parents.Count)
{
// No exisitng parents
case 0:
family.AddChild(parent, person, ParentChildModifier.Natural);
break;
// An existing parent
case 1:
family.AddChild(parent, person, ParentChildModifier.Natural);
family.AddSpouse(parent, person.Parents[0], SpouseModifier.Current);
break;
}
// Handle siblings
if (person.Siblings.Count > 0)
{
// Make siblings the child of the new parent
foreach (Person sibling in person.Siblings)
{
family.AddChild(parent, sibling, ParentChildModifier.Natural);
}
}
// Setter for property change notification
person.HasParents = true;
}
/// <summary>
/// Performs the business logic for changing the person parents
/// </summary>
public static void ChangeParents(PeopleCollection family, Person person, ParentSet newParentSet)
{
// Don't do anything if there is nothing to change or if the parents are the same
if (person.ParentSet == null || newParentSet == null || person.ParentSet.Equals(newParentSet))
{
return;
}
// store the current parent set which will be removed
ParentSet formerParentSet = person.ParentSet;
// Remove the first parent
RemoveParentChildRelationship(person, formerParentSet.FirstParent);
// Remove the person as a child of the second parent
RemoveParentChildRelationship(person, formerParentSet.SecondParent);
// Remove the sibling relationships
RemoveSiblingRelationships(person);
// Add the new parents
AddParent(family, person, newParentSet);
}
public People()
{
peopleCollection = new PeopleCollection();
}
public void LoadVersion2()
{
// Loading, clear existing nodes
PeopleCollection.Clear();
try
{
// Use the default path and filename if none were provided
if (string.IsNullOrEmpty(FullyQualifiedFilename))
{
FullyQualifiedFilename = DefaultFullyQualifiedFilename;
}
XmlSerializer xml = new XmlSerializer(typeof(People));
using (Stream stream = new FileStream(FullyQualifiedFilename, FileMode.Open, FileAccess.Read, FileShare.Read))
{
People people = (People)xml.Deserialize(stream);
stream.Close();
foreach (Person person in people.PeopleCollection)
{
PeopleCollection.Add(person);
}
// Setup temp folders for this family to be packaged into OPC later
string tempFolder = Path.Combine(Environment.GetFolderPath(Environment.SpecialFolder.LocalApplicationData),
App.ApplicationFolderName);
tempFolder = Path.Combine(tempFolder, App.AppDataFolderName);
RecreateDirectory(tempFolder);
string photoFolder = Path.Combine(tempFolder, Photo.Const.PhotosFolderName);
RecreateDirectory(photoFolder);
string storyFolder = Path.Combine(tempFolder, Story.Const.StoriesFolderName);
RecreateDirectory(storyFolder);
foreach (Person person in PeopleCollection)
{
// To avoid circular references when serializing family data to xml, only the person Id
// is seralized to express relationships. When family data is loaded, the correct
// person object is found using the person Id and assigned to the appropriate relationship.
foreach (Relationship relationship in person.Relationships)
{
relationship.RelationTo = PeopleCollection.Find(relationship.PersonId);
}
// store the stories into temp directory to be packaged into OPC later
foreach (Photo photo in person.Photos)
{
string photoOldPath = Path.Combine(Path.Combine(Environment.GetFolderPath(Environment.SpecialFolder.MyDocuments), App.ApplicationFolderName), photo.RelativePath);
if (File.Exists(photoOldPath))
{
string photoFile = Path.Combine(photoFolder, Path.GetFileName(photo.FullyQualifiedPath));
// Remove spaces since they'll be packaged as %20, breaking relative paths that expect spaces
photoFile = photoFile.Replace(" ", "");
photo.RelativePath = photo.RelativePath.Replace(" ", "");
File.Copy(photoOldPath, photoFile, true);
}
}
// store the person's story into temp directory to be packaged into OPC later
if (person.Story != null)
{
string storyOldPath = Path.Combine(Path.Combine(Environment.GetFolderPath(Environment.SpecialFolder.MyDocuments), App.ApplicationFolderName), person.Story.RelativePath);
if (File.Exists(storyOldPath))
{
string storyFile = Path.Combine(storyFolder, Path.GetFileName(person.Story.AbsolutePath));
// Remove spaces since they'll be packaged as %20, breaking relative paths that expect spaces
storyFile = ReplaceEncodedCharacters(storyFile);
person.Story.RelativePath = ReplaceEncodedCharacters(person.Story.RelativePath);
File.Copy(storyOldPath, storyFile, true);
}
}
}
// Set the current person in the list
CurrentPersonId = people.CurrentPersonId;
CurrentPersonName = people.CurrentPersonName;
PeopleCollection.Current = PeopleCollection.Find(CurrentPersonId);
}
PeopleCollection.IsDirty = false;
return;
}
catch (Exception)
{
// Could not load the file. Handle all exceptions
// the same, ignore and continue.
fullyQualifiedFilename = string.Empty;
}
}
public string[] ExportPlaces(PeopleCollection peopleCollection, string fileName, bool hideliving, bool times, bool lifespans, bool places, bool burials, bool deaths, bool cremations, bool births, bool marriages)
{
string PlacesFileName = Path.GetFileNameWithoutExtension(fileName);
TextWriter tw = new StreamWriter(fileName);
#region styles
// Write text necessary for kml file.
// Uses Google Earths's male and female icons.
tw.WriteLine("<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n" +
"<kml xmlns=\"http://www.opengis.net/kml/2.2\" xmlns:gx=\"http://www.google.com/kml/ext/2.2\" xmlns:kml=\"http://www.opengis.net/kml/2.2\" xmlns:atom=\"http://www.w3.org/2005/Atom\">\n" +
"<Document>\n" +
"<name>" + PlacesFileName + "</name>\n" +
"<Style id=\"sn_man2\">\n" +
"<IconStyle>\n" +
"<scale>0.9</scale>\n" +
"<Icon>\n" +
"<href>http://maps.google.com/mapfiles/kml/shapes/man.png</href>\n" +
"</Icon>\n" +
"</IconStyle>\n" +
"<LabelStyle>\n" +
"<scale>0.9</scale>\n" +
"</LabelStyle>\n" +
"</Style>\n" +
"<Style id=\"sh_man0\">\n" +
"<IconStyle>\n" +
" <scale>0.9</scale>\n"+
"<Icon>\n" +
" <href>http://maps.google.com/mapfiles/kml/shapes/man.png</href>\n"+
"</Icon>\n" +
"</IconStyle>\n" +
"<LabelStyle>\n" +
" <scale>0.9</scale>\n"+
"</LabelStyle>\n" +
"</Style>\n" +
"<StyleMap id=\"msn_man\">\n" +
"<Pair>\n" +
" <key>normal</key>\n"+
" <styleUrl>#sn_man2</styleUrl>\n"+
"</Pair>\n" +
"<Pair>\n" +
" <key>highlight</key>\n"+
" <styleUrl>#sh_man0</styleUrl>\n"+
"</Pair>\n" +
"</StyleMap>\n" +
"<Style id=\"sn_woman1\">\n" +
" <IconStyle>\n"+
" <scale>0.9</scale>\n"+
" <Icon>\n"+
" <href>http://maps.google.com/mapfiles/kml/shapes/woman.png</href>\n"+
" </Icon>\n"+
" </IconStyle>\n"+
" <LabelStyle>\n" +
" <scale>0.9</scale>\n"+
" </LabelStyle>\n" +
"</Style>\n" +
"<Style id=\"sh_woman0\">\n" +
" <IconStyle>\n"+
" <scale>0.9</scale>\n"+
" <Icon>\n" +
" <href>http://maps.google.com/mapfiles/kml/shapes/woman.png</href>\n"+
" </Icon>\n"+
" </IconStyle>\n"+
" <LabelStyle>\n"+
" <scale>0.9</scale>\n"+
" </LabelStyle>\n"+
"</Style>\n" +
"<StyleMap id=\"msn_woman\">\n" +
"<Pair>\n" +
" <key>normal</key>\n"+
" <styleUrl>#sn_woman1</styleUrl>\n"+
"</Pair>\n" +
"<Pair>\n" +
" <key>highlight</key>\n"+
" <styleUrl>#sh_woman0</styleUrl>\n"+
"</Pair>\n" +
"</StyleMap>");
#endregion
int i = 0; // Counter for all the places exported.
if (places)
{
#region places with no time information
tw.WriteLine("<Folder>\n" +
"<name>" + Microsoft.FamilyShowLib.Properties.Resources.People + "</name>\n" +
"<open>0</open>\n" +
"<Folder>\n" +
"<name>" + Microsoft.FamilyShowLib.Properties.Resources.Births + "</name>\n" +
"<open>0</open>");
if (births)
{
foreach (Person p in peopleCollection)
{
if (!(hideliving && p.IsLiving))
{
if (!string.IsNullOrEmpty(p.BirthPlace) && p.Restriction != Restriction.Private)
{
string name = string.Empty;
tw.WriteLine("<Placemark>\n" +
" <name>"+ p.FullName + "</name>\n" +
" <address>"+ p.BirthPlace + "</address>\n" +
" <description>"+ p.BirthPlace + "</description>");
if (p.Gender == Gender.Male)
{
tw.WriteLine("<styleUrl>#msn_man</styleUrl>\n</Placemark>");
}
else
{
tw.WriteLine("<styleUrl>#msn_woman</styleUrl>\n</Placemark>");
}
i++;
}
}
}
tw.WriteLine("</Folder>");
}
if (deaths)
{
tw.WriteLine("<Folder>\n<name>" + Microsoft.FamilyShowLib.Properties.Resources.Deaths + "</name>\n" +
"<open>0</open>");
foreach (Person p in peopleCollection)
{
if (!(hideliving && p.IsLiving))
{
if (!string.IsNullOrEmpty(p.DeathPlace) && p.Restriction != Restriction.Private)
{
tw.WriteLine("<Placemark>\n" +
"<name>" + p.FullName + "</name>\n" +
"<address>" + p.DeathPlace + "</address>\n" +
"<description>" + p.DeathPlace + "</description>");
if (p.Gender == Gender.Male)
{
tw.WriteLine("<styleUrl>#msn_man</styleUrl>\n</Placemark>");
}
else
{
tw.WriteLine("<styleUrl>#msn_woman</styleUrl>\n</Placemark>");
}
i++;
}
}
}
tw.WriteLine("</Folder>");
}
if (burials)
{
tw.WriteLine("<Folder>\n" +
"<name>" + Microsoft.FamilyShowLib.Properties.Resources.Burials + "</name>\n" +
"<open>0</open>");
foreach (Person p in peopleCollection)
{
if (!(hideliving && p.IsLiving))
{
if (!string.IsNullOrEmpty(p.BurialPlace) && p.Restriction != Restriction.Private)
{
tw.WriteLine("<Placemark>\n" +
"<name>" + p.FullName + "</name>\n" +
"<address>" + p.BurialPlace + "</address>\n" +
"<description>" + p.BurialPlace + "</description>");
if (p.Gender == Gender.Male)
{
tw.WriteLine("<styleUrl>#msn_man</styleUrl>\n</Placemark>");
}
else
{
tw.WriteLine("<styleUrl>#msn_woman</styleUrl>\n</Placemark>");
}
i++;
}
}
}
tw.WriteLine("</Folder>");
}
if (cremations)
{
tw.WriteLine("<Folder>\n" +
"<name>" + Microsoft.FamilyShowLib.Properties.Resources.Cremations + "</name>\n" +
"<open>0</open>");
foreach (Person p in peopleCollection)
{
if (!(hideliving && p.IsLiving))
{
if (!string.IsNullOrEmpty(p.CremationPlace) && p.Restriction != Restriction.Private)
{
tw.WriteLine("<Placemark>\n" +
"<name>" + p.FullName + "</name>\n" +
"<address>" + p.CremationPlace + "</address>\n" +
"<description>" + p.CremationPlace + "</description>");
if (p.Gender == Gender.Male)
{
tw.WriteLine("<styleUrl>#msn_man</styleUrl>\n</Placemark>");
}
else
{
tw.WriteLine("<styleUrl>#msn_woman</styleUrl>\n</Placemark>");
}
i++;
}
}
}
tw.WriteLine("</Folder>");
}
if (marriages)
{
tw.WriteLine("<Folder>\n" +
"<name>" + Microsoft.FamilyShowLib.Properties.Resources.Marriages + "</name>\n" +
"<open>0</open>");
foreach (Person p in peopleCollection)
{
if (!(hideliving && p.IsLiving))
{
if (p.Restriction != Restriction.Private)
{
foreach (Relationship rel in p.Relationships)
{
if (rel.RelationshipType == RelationshipType.Spouse)
{
SpouseRelationship spouseRel = ((SpouseRelationship)rel);
if (!string.IsNullOrEmpty(spouseRel.MarriagePlace))
{
tw.WriteLine("<Placemark>\n" +
"<name>" + p.FullName + "</name>\n" +
"<address>" + spouseRel.MarriagePlace + "</address>\n" +
"<description>" + spouseRel.MarriagePlace + "</description>");
if (p.Gender == Gender.Male)
{
tw.WriteLine("<styleUrl>#msn_man</styleUrl>\n</Placemark>");
}
else
{
tw.WriteLine("<styleUrl>#msn_woman</styleUrl>\n</Placemark>");
}
i++;
}
}
}
}
}
}
tw.WriteLine("</Folder>");
}
#endregion
}
else if (times)
{
#region place with time information
tw.WriteLine("<Folder>\n" +
"<name>" + Microsoft.FamilyShowLib.Properties.Resources.Events + "</name>\n" +
"<open>0</open>");
if (births)
{
tw.WriteLine("<Folder>\n" +
"<name>" + Microsoft.FamilyShowLib.Properties.Resources.Births + "</name>\n" +
"<open>0</open>");
foreach (Person p in peopleCollection)
{
if (!(hideliving && p.IsLiving))
{
if (!string.IsNullOrEmpty(p.BirthPlace) && p.Restriction != Restriction.Private)
{
tw.WriteLine("<Placemark>\n" +
" <name>"+ p.FullName + "</name>\n" +
" <address>"+ p.BirthPlace + "</address>\n" +
" <description>"+ p.BirthPlace + "</description>\n" +
" <TimeStamp>\n<when>" + p.YearOfBirth + "</when>\n</TimeStamp>");
if (p.Gender == Gender.Male)
{
tw.WriteLine("<styleUrl>#msn_man</styleUrl>\n</Placemark>");
}
else
{
tw.WriteLine("<styleUrl>#msn_woman</styleUrl>\n</Placemark>");
}
i++;
}
}
}
tw.WriteLine("</Folder>");
}
if (deaths)
{
tw.WriteLine("<Folder>\n" +
"<name>" + Microsoft.FamilyShowLib.Properties.Resources.Deaths + "</name>\n" +
"<open>0</open>");
foreach (Person p in peopleCollection)
{
if (!(hideliving && p.IsLiving))
{
if (!string.IsNullOrEmpty(p.DeathPlace) && p.Restriction != Restriction.Private)
{
tw.WriteLine("<Placemark>\n" +
"<name>" + p.FullName + "</name>\n" +
"<address>" + p.DeathPlace + "</address>\n" +
"<description>" + p.DeathPlace + "</description>\n" +
"<TimeStamp>\n<when>" + p.YearOfDeath + "</when>\n</TimeStamp>");
if (p.Gender == Gender.Male)
{
tw.WriteLine("<styleUrl>#msn_man</styleUrl>\n</Placemark>");
}
else
{
tw.WriteLine("<styleUrl>#msn_woman</styleUrl>\n</Placemark>");
}
i++;
}
}
}
tw.WriteLine("</Folder>");
}
if (deaths)
{
tw.WriteLine("<Folder>\n" +
"<name>" + Microsoft.FamilyShowLib.Properties.Resources.Burials + "</name>\n" +
"<open>0</open>");
foreach (Person p in peopleCollection)
{
if (!(hideliving && p.IsLiving))
{
string year = string.Empty;
if (p.BurialDate != null)
{
year = p.BurialDate.Value.Year.ToString();
}
if (!string.IsNullOrEmpty(p.BurialPlace) && p.Restriction != Restriction.Private && !string.IsNullOrEmpty(year))
{
tw.WriteLine("<Placemark>\n" +
"<name>" + p.FullName + "</name>\n" +
"<address>" + p.BurialPlace + "</address>\n" +
"<description>" + p.BurialPlace + "</description>\n" +
"<TimeStamp>\n<when>" + year + "</when>\n</TimeStamp>");
if (p.Gender == Gender.Male)
{
tw.WriteLine("<styleUrl>#msn_man</styleUrl>\n</Placemark>");
}
else
{
tw.WriteLine("<styleUrl>#msn_woman</styleUrl>\n</Placemark>");
}
i++;
}
}
}
tw.WriteLine("</Folder>");
}
if (cremations)
{
tw.WriteLine("<Folder>\n" +
"<name>" + Microsoft.FamilyShowLib.Properties.Resources.Cremations + "</name>\n" +
"<open>0</open>");
foreach (Person p in peopleCollection)
{
if (!(hideliving && p.IsLiving))
{
string year = string.Empty;
if (p.CremationDate != null)
{
year = p.CremationDate.Value.Year.ToString();
}
if (!string.IsNullOrEmpty(p.CremationPlace) && p.Restriction != Restriction.Private && !string.IsNullOrEmpty(year))
{
tw.WriteLine("<Placemark>\n" +
"<name>" + p.FullName + "</name>\n" +
"<address>" + p.CremationPlace + "</address>\n" +
"<description>" + p.CremationPlace + "</description>\n" +
"<TimeStamp>\n<when>" + year + "</when>\n</TimeStamp>");
if (p.Gender == Gender.Male)
{
tw.WriteLine("<styleUrl>#msn_man</styleUrl>\n</Placemark>");
}
else
{
tw.WriteLine("<styleUrl>#msn_woman</styleUrl>\n</Placemark>");
}
i++;
}
}
}
tw.WriteLine("</Folder>");
}
if (marriages)
{
tw.WriteLine("<Folder>\n" +
"<name>" + Microsoft.FamilyShowLib.Properties.Resources.Marriages + "</name>\n" +
"<open>0</open>");
foreach (Person p in peopleCollection)
{
if (!(hideliving && p.IsLiving))
{
if (p.Restriction != Restriction.Private)
{
foreach (Relationship rel in p.Relationships)
{
if (rel.RelationshipType == RelationshipType.Spouse)
{
SpouseRelationship spouseRel = ((SpouseRelationship)rel);
if (!string.IsNullOrEmpty(spouseRel.MarriagePlace))
{
string date = string.Empty;
if (spouseRel.MarriageDate != null)
{
date = spouseRel.MarriageDate.Value.Year.ToString();
}
tw.WriteLine("<Placemark>\n" +
"<name>" + p.FullName + "</name>\n" +
"<address>" + spouseRel.MarriagePlace + "</address>\n" +
"<description>" + spouseRel.MarriagePlace + "</description>\n" +
"<TimeStamp>\n<when>" + date + "</when>\n</TimeStamp>");
if (p.Gender == Gender.Male)
{
tw.WriteLine("<styleUrl>#msn_man</styleUrl>\n</Placemark>");
}
else
{
tw.WriteLine("<styleUrl>#msn_woman</styleUrl>\n</Placemark>");
}
i++;
}
}
}
}
}
}
tw.WriteLine("</Folder>");
}
#endregion
}
else if (lifespans)
{
#region lifespans
tw.WriteLine("<Folder>\n" +
"<name>" + Microsoft.FamilyShowLib.Properties.Resources.People + "</name>\n" +
"<open>0</open>");
foreach (Person p in peopleCollection)
{
if (!(hideliving && p.IsLiving))
{
if (p.Restriction != Restriction.Private)
{
string place = string.Empty;
if (!string.IsNullOrEmpty(p.BirthPlace) && string.IsNullOrEmpty(place))
{
place = p.BirthPlace;
}
if (!string.IsNullOrEmpty(p.DeathPlace) && string.IsNullOrEmpty(place))
{
place = p.DeathPlace;
}
tw.WriteLine("<Placemark>\n" +
"<name>" + p.FullName + "</name>\n" +
"<address>" + place + "</address>\n" +
"<description>" + place + "</description>\n" +
"<TimeSpan>");
if (!string.IsNullOrEmpty(p.YearOfBirth))
{
tw.WriteLine("<begin>" + p.YearOfBirth + "</begin>");
}
if (!string.IsNullOrEmpty(p.YearOfBirth))
{
tw.WriteLine("<end>" + p.YearOfDeath + "</end>");
}
tw.WriteLine("</TimeSpan>");
if (p.Gender == Gender.Male)
{
tw.WriteLine("<styleUrl>#msn_man</styleUrl>\n</Placemark>");
}
else
{
tw.WriteLine("<styleUrl>#msn_woman</styleUrl>\n</Placemark>");
}
i++;
}
}
}
#endregion
}
tw.WriteLine("</Folder>\n" +
"</Document>\n" +
"</kml>");
tw.Close();
string[] summary = new string[2];
summary[0] = i.ToString() + " " + Microsoft.FamilyShowLib.Properties.Resources.PlacesExported;
summary[1] = fileName.ToString();
if (i == 0)
{
File.Delete(fileName);
summary[0] = Microsoft.FamilyShowLib.Properties.Resources.NoPlaces;
summary[1] = "No file";
}
return(summary);
}
/// <summary>
/// Performs the business logic for adding the Parent relationship between the person and the parent.
/// In the case of existing people, do not hook up other siblings etc. Allow the user to do this manually.
/// </summary>
public static void AddExistingParent(PeopleCollection family, Person person, Person parent, ParentChildModifier modifier)
{
family.AddChild(parent, person, modifier);
//Setter for property change notification
person.HasParents = true;
}