public void TestNameSearch()
{
YHaplo[] haplos = new YHaplo[6];
haplos[0] = new YHaplo(new string[] { "A", "B", "C" });
haplos[1] = new YHaplo(new string[] { "D", "E", "F" });
haplos[2] = new YHaplo(new string[] { "G", "H", "I" });
haplos[3] = new YHaplo(new string[] { "J", "K", "L" });
haplos[4] = new YHaplo(new string[] { "M", "N", "O" });
haplos[5] = new YHaplo(new string[] { "P", "Q", "R" });
Assert.IsNotNull(YHaplo.SearchForNameInHaplogroups(haplos, "A"));
Assert.IsNotNull(YHaplo.SearchForNameInHaplogroups(haplos, "E"));
Assert.IsNotNull(YHaplo.SearchForNameInHaplogroups(haplos, "I"));
Assert.IsNotNull(YHaplo.SearchForNameInHaplogroups(haplos, "Q"));
Assert.IsNotNull(YHaplo.SearchForNameInHaplogroups(haplos, "R"));
Assert.IsNull(YHaplo.SearchForNameInHaplogroups(haplos, "Z"));
Assert.IsNull(YHaplo.SearchForNameInHaplogroups(haplos, "4"));
Assert.IsNull(YHaplo.SearchForNameInHaplogroups(haplos, "A1"));
Assert.IsNull(YHaplo.SearchForNameInHaplogroups(haplos, "R2"));
Assert.AreEqual(YHaplo.SearchForNameInHaplogroups(haplos, "I").PrimaryName, YHaplo.SearchForNameInHaplogroups(haplos, "H").PrimaryName);
Assert.IsTrue(YHaplo.SearchForNameInHaplogroups(haplos, "I").Names.Contains("G"));
Assert.IsTrue(YHaplo.SearchForNameInHaplogroups(haplos, "I").Names.Contains("H"));
Assert.IsTrue(YHaplo.SearchForNameInHaplogroups(haplos, "I").Names.Contains("I"));
Assert.IsTrue(YHaplo.SearchForNameInHaplogroups(haplos, "P").Names.Contains("Q"));
Assert.IsFalse(YHaplo.SearchForNameInHaplogroups(haplos, "P").Names.Contains("A"));
}
public void TestPrimaryName()
{
YHaplo[] haplos = new YHaplo[6];
haplos[0] = new YHaplo(new string[] { "A", "B", "C" });
haplos[1] = new YHaplo(new string[] { "D", "E", "F" });
haplos[2] = new YHaplo(new string[] { "G", "H", "I" });
haplos[3] = new YHaplo(new string[] { "J", "K", "L" });
haplos[4] = new YHaplo(new string[] { "M", "N", "O" });
haplos[5] = new YHaplo(new string[] { "P", "Q", "R" });
Assert.AreEqual(YHaplo.SearchForNameInHaplogroups(haplos, "Q").PrimaryName, "P");
Assert.AreEqual(YHaplo.SearchForNameInHaplogroups(haplos, "A").PrimaryName, YHaplo.SearchForNameInHaplogroups(haplos, "C").PrimaryName);
Assert.AreEqual(YHaplo.SearchForNameInHaplogroups(haplos, "I").PrimaryName, YHaplo.SearchForNameInHaplogroups(haplos, "H").PrimaryName);
}
public void TestPopulateNonBinaryChildrenWithDummies()
{
YHaplo[] haplos = new YHaplo[6];
haplos[0] = new YHaplo(new string[] { "A", "B", "C" });
haplos[1] = new YHaplo(new string[] { "D", "E", "F" });
haplos[2] = new YHaplo(new string[] { "G", "H", "I" });
haplos[3] = new YHaplo(new string[] { "J", "K", "L" });
haplos[4] = new YHaplo(new string[] { "M", "N", "O" });
haplos[5] = new YHaplo(new string[] { "P", "Q", "R" });
YHaplo root = new YHaplo(new string[] { "1", "01", "001" });
root.PopulateNonBinaryChildrenWithDummies(haplos);
//Check for all the children.
Assert.IsNotNull(YHaplo.SearchForNameInHaplogroups(haplos, "A"));
Assert.IsNotNull(YHaplo.SearchForNameInHaplogroups(haplos, "B"));
Assert.IsNotNull(YHaplo.SearchForNameInHaplogroups(haplos, "D"));
Assert.IsNotNull(YHaplo.SearchForNameInHaplogroups(haplos, "G"));
Assert.IsNotNull(YHaplo.SearchForNameInHaplogroups(haplos, "J"));
Assert.IsNotNull(YHaplo.SearchForNameInHaplogroups(haplos, "M"));
Assert.IsNotNull(YHaplo.SearchForNameInHaplogroups(haplos, "P"));
Assert.IsNull(YHaplo.SearchForNameInHaplogroups(haplos, "5"));
}
