//simple switch on enum to direct reporting.
private static void Verify(VerifyType t)
{
switch (t)
{
case VerifyType.String:
UnorderedLinkedList <string> listString = new UnorderedLinkedList <string>();
foreach (string z in TestStrings())
{
string y = z;
listString.insert(ref y);
}
PrintStringTest(listString);
break;
case VerifyType.Int:
UnorderedLinkedList <int> listInt = new UnorderedLinkedList <int>();
foreach (int z in TestInts()) //Load list with int
{
int y = z;
listInt.insert(ref y);
}
PrintIntTest(listInt);
break;
case VerifyType.Double:
UnorderedLinkedList <double> listDouble = new UnorderedLinkedList <double>();
foreach (double z in TestDoubles())
{
double y = z;
listDouble.insert(ref y);
}
PrintDoubleTest(listDouble);
break;
default:
break;
}
Console.Write("\n\nPress <ENTER> to Continue");
Console.ReadKey();
}
//prints int test
private static void PrintIntTest(UnorderedLinkedList <int> listInt)
{
string listType = "int";
Console.Write("Intial List of {0}: ", listType);
listInt.print();
int s = 3;
Console.WriteLine("\nRemove() - Test. Removes first occurence of {0}\t", s);
Console.Write("Initial List:\t\t");
listInt.print();
listInt.remove(ref s);
Console.Write("List without {0}:\t\t", s);
listInt.print();
int sAll = 4;
Console.WriteLine("\nRemoveAll() - Test. Remove all occurences of {0}", sAll);
Console.Write("Initial List:\t\t");
listInt.print();
listInt.removeAll(ref sAll);
Console.Write("List without ALL {0}:\t", sAll);
listInt.print();
Console.WriteLine("\nMax() Test");
Console.WriteLine("Maximum {0} value expected:\t22", listType);
Console.WriteLine("Max() {0} value returned: \t{1}", listType, listInt.Max().ToString());
Console.WriteLine("\nMin() Test");
Console.WriteLine("Minimum {0} value expected: \t1", listType);
Console.WriteLine("Min() {0} value returned: \t{1}", listType, listInt.Min().ToString());
Console.WriteLine("\nSort() Test");
Console.Write("Initial {0} List: \t", listType);
listInt.print();
Console.Write("Sorted {0} List: \t", listType);
listInt.Sort();
listInt.print();
Console.WriteLine("Insertion Sort used in Sort() Method");
}
//prints string test
private static void PrintStringTest(UnorderedLinkedList <string> listString)
{
string listType = "string";
Console.Write("Intial List of {0}: ", listType);
listString.print();
string s = "GA";
Console.WriteLine("\nRemove() - Test. Removes first occurence of {0}", s);
Console.Write("Initial List: \t\t");
listString.print();
listString.remove(ref s);
Console.Write("List without {0}:\t", s);
listString.print();
string sAll = "ZA";
Console.WriteLine("\nRemoveAll() - Test. Remove all occurences of {0}", sAll);
Console.Write("Initial List:\t\t");
listString.print();
listString.removeAll(ref sAll);
Console.Write("List without ALL {0}:\t ", sAll);
listString.print();
Console.WriteLine("\nMax() Test");
Console.WriteLine("Maximum {0} value expected:\tZZ", listType);
Console.WriteLine("Max() {0} value returned: \t{1}", listType, listString.Max().ToString());
Console.WriteLine("\nMin() Test");
Console.WriteLine("Minimum {0} value expected: \tAA", listType);
Console.WriteLine("Min() {0} value returned: \t{1}", listType, listString.Min().ToString());
Console.WriteLine("\nSort() Test");
Console.Write("Initial {0} List: \t", listType);
listString.print();
Console.Write("Sorted {0} List: \t", listType);
listString.Sort();
listString.print();
Console.WriteLine("Insertion Sort used in Sort() Method");
}
//prints double test
private static void PrintDoubleTest(UnorderedLinkedList <double> listDouble)
{
string listType = "double";
Console.Write("Intial List of {0}: ", listType);
listDouble.print();
double s = 5.99d;
Console.WriteLine("\nRemove() - Test. Removes first occurence of {0}", s);
Console.Write("Initial List: \t\t");
listDouble.print();
listDouble.remove(ref s);
Console.Write("List without {0}:\t", s);
listDouble.print();
double sAll = 12.2d;
Console.WriteLine("\nRemoveAll() - Test. Remove all occurences of {0}", sAll);
Console.Write("Initial List:\t\t");
listDouble.print();
listDouble.removeAll(ref sAll);
Console.Write("List without ALL {0}:\t", sAll);
listDouble.print();
Console.WriteLine("\nMax() Test");
Console.WriteLine("Maximum {0} value expected:\t122", listType);
Console.WriteLine("Max() {0} value returned: \t{1}", listType, listDouble.Max().ToString());
Console.WriteLine("\nMin() Test");
Console.WriteLine("Minimum {0} value expected: \t0.33", listType);
Console.WriteLine("Min() {0} value returned: \t{1}", listType, listDouble.Min().ToString());
Console.WriteLine("\nSort() Test");
Console.Write("Initial {0} List: \t", listType);
listDouble.print();
Console.Write("Sorted {0} List: \t", listType);
listDouble.Sort();
listDouble.print();
Console.WriteLine("Insertion Sort used in Sort() Method");
}
