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 string GetHaplogroupDetails(YHaplo haplo)
{
StringBuilder result = new StringBuilder("");
result.Append(haplo.ToString());
result.Append("\n");
return(result.ToString());
}
public void TestPopulateFromText()
{
string lineDelimiter = "\n";
string loadText =
"R1/Proto-Indo-European/null" + lineDelimiter +
"R1b/Proto-Italo-Celto-Germanic/R1" + lineDelimiter +
"R1b-U106,R1b-S21/Proto-West-Germanic/R1b" + lineDelimiter +
"R1b-L21/Proto-Celtic/R1b" + lineDelimiter +
"R1b-M222/Ui Neill/R1b-L21";
var memoryStream = new MemoryStream(Encoding.UTF8.GetBytes(loadText));
var reader = new StreamReader(memoryStream);
//Load from memory, not a file.
var loader = new YHaploLoader(reader);
YHaplo root = loader.Load();
var toPrint = new System.Collections.Generic.List <YHaplo> ();
toPrint.Add(root);
toPrint.AddRange(root.GetDescendantsAsYHaplos());
//throw new Exception (toPrint.GetHaplogroupDossiers());
//Verify that the correct data was loaded.
Assert.AreEqual(root.PrimaryName, "R1");
Assert.AreNotEqual(root.PrimaryName, "R1b");
Assert.IsNotNull(root.GetDescendantWithName("R1b-L21"));
Assert.IsNotNull(root.GetDescendantWithName("R1b-M222"));
//The son is not the father....
Assert.IsNull(root.GetDescendantWithName("R1b-L21").GetDescendantWithName("R1b"));
Assert.IsNull(root.GetDescendantWithName("R1b-M222").GetDescendantWithName("R1b"));
//Grandparent/grandchild relationships are important.
Assert.IsNotNull(root.GetDescendantWithName("R1b-L21").GetDescendantWithName("R1b-M222"));
//Siblings are not in a parent/child relationship.
Assert.IsNull(root.GetDescendantWithName("R1b-L21").GetDescendantWithName("R1b-S21"));
//One is not one's own parent....
Assert.IsNull(root.GetDescendantWithName("R1b-U106").GetDescendantWithName("R1b-S21"));
Assert.IsNull(root.GetDescendantWithName("R1b-U106").GetDescendantWithName("R1b-U106"));
Assert.IsNull(root.GetDescendantWithName("R1b-S21").GetDescendantWithName("R1b-S21"));
Assert.IsNull(root.FindInFamily("R1").GetDescendantWithName("R1"));
//Verify we can go up, down, or side to side in a family.
Assert.IsNotNull(root.FindInFamily("R1").FindInFamily("R1"));
Assert.IsNotNull(root.FindInFamily("R1").FindInFamily("R1b"));
Assert.IsNotNull(root.FindInFamily("R1b").FindInFamily("R1"));
//Verify that cousin inclusion/exclusion works.
Assert.IsNotNull(root.FindInFamily("R1b-U106").FindInFamily("R1b-M222", true));
Assert.IsNull(root.FindInFamily("R1b-U106").FindInFamily("R1b-M222", false));
}
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 string GetHaplogroupDetails(string haploToSearchFor)
{
YHaplo found = Root.FindInFamily(haploToSearchFor);
if (null != found)
{
//Found something. Get information on it.
return(GetHaplogroupDetails(found));
}
//Nothing found.
StringBuilder notFoundMessage = new StringBuilder("YHaplo ");
notFoundMessage.Append(haploToSearchFor);
notFoundMessage.Append(" not found.");
return(notFoundMessage.ToString());
}
public void LoadHaplogroupTree(string path)
{
//Load it
YHaploLoader loader = new YHaploLoader(path);
Root = loader.Load();
if (null != Root)
{
int numLoaded = Root.GetEntireFamily().Count();
Console.WriteLine("Loaded " + numLoaded + " yhaplos.");
Console.WriteLine(Root.GetEntireFamilyAsYHaplos().GetHaplogroupDossiers());
}
else
{
Console.WriteLine("Could not load yhaplos.");
}
}
public void TestNameSearchInDescendants()
{
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" });
//Establish parentage
haplos[0].Left = haplos[1];
haplos[0].Right = haplos[2];
haplos[1].Left = haplos[3];
haplos[1].Right = haplos[4];
haplos[2].Left = haplos[5];
//Assert.IsTrue(haplos[0].cont
Assert.AreEqual(haplos[0].GetDescendantWithName("R").PrimaryName, haplos[5].PrimaryName);
Assert.AreNotEqual(haplos[0].GetDescendantWithName("R").PrimaryName, haplos[2].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"));
}
