public parser()
{
filer f = new filer(@"gedcom.ged");
gedcomer gc = new gedcomer();
gc.parse(f.contents);
}
public void TestMethod1()
{
filer f = new filer(@"gedcom.ged");
gedcomer gc = new gedcomer();
gc.parse(f.contents);
Assert.IsTrue(gc.ToString().Length >= 10);
}
private string test_self()
{
individual self = new individual("Self");
gedcomer gc = new gedcomer();
gc.root(self);
string gedcom = gc.ToString();
return(gedcom);
}
// Test father
private string test_father()
{
individual self = new individual("Self");
individual father = new individual("Father");
self.relate(kinship.FATHER, father);
gedcomer gc = new gedcomer();
gc.root(self);
string gedcom = gc.ToString();
return(gedcom);
}
// @todo Spousal relationship should be drawn
// Create FAM record
private string test_spouse()
{
individual self = new individual("Self");
individual spouse = new individual("Spouse");
self.relate(kinship.SPOUSE, spouse);
gedcomer gc = new gedcomer();
gc.root(self);
string gedcom = gc.ToString();
return(gedcom);
}
private string test_family()
{
individual self = new individual("Self You");
individual grandfather = new individual("Grand Father");
individual grandmother = new individual("Grand Mother");
individual gotra = new individual("Gotra");
individual father = new individual("Father");
individual mother = new individual("Mother");
individual spouse = new individual("Spouse");
individual child1 = new individual("Son #1");
individual child2 = new individual("Daughter");
individual child3 = new individual("Unmarried");
individual daughterinlaw = new individual("Daugher In-Law");
individual grandson = new individual("Grand Son");
self.birth("1980");
father.birth("1955");
mother.birth("1960");
spouse.birth("1984");
child1.birth("1987");
child2.birth("1990");
grandfather.marry(grandmother); // or the revese way should be too possible.
grandfather.death("2004");
grandmother.death("2006");
// generation #2
daughterinlaw.birth("1995");
child1.marry(daughterinlaw);
// generation #3
grandson.birth("1999");
self.male();
child1.male();
child2.female();
self.alias("Alias 2");
mother.marry(father);
father.note("Seniorly respected");
father.note("Social worker");
father.register_event("2010", "Migrate", "City 1");
father.register_event("2011", "Teaching", "City 2");
mother.birth("1960");
mother.death("2001");
father.relate(kinship.FATHER, grandfather);
father.relate(kinship.CHILD, self);
grandfather.relate(kinship.FATHER, gotra);
child1.relate(kinship.CHILD, grandson);
// just: values change
self.relate(kinship.SELF, self);
// assignment of a new individual defined separately
//self.relate(kinship.FATHER, father);
self.relate(kinship.MOTHER, mother);
//self.relate(kinship.SPOUSE, spouse);
self.marry(spouse);
self.relate(kinship.CHILD, child1);
self.relate(kinship.CHILD, child2);
self.relate(kinship.CHILD, child3);
gedcomer gc = new gedcomer();
gc.root(self);
// self // case 1
// grandfather // case 2
// grandson // case 3
// mother // case 4
string gedcom = gc.ToString();
return(gedcom);
}
