// Given an int n, determines runtime for Appending/Removing 2000000 MobileObjects to a CircularArray
// runs n trials and returns 2 strings, the first contains the output of all of the runtimes for Appending as well as the average runtime, the second contains thee same information for removing all items
static string[] TimeCircularArray(int n)
{
string[] names = new string[10] {
"Toast", "Toasty", "Toaster", "Cactus", "Notacactus", "Pancreas", "ToastMaster", "ToastApprentice", "NotToast", "Bread"
};
string insertOutput = "CircularArray Append 2000000 Runtimes: ";
string deleteOutput = "CircularArray DeleteAll 2000000 Runtimes: ";
long insertTotal = 0;
long deleteTotal = 0;
CircularArray <MobileObject> circularArray = new CircularArray <MobileObject>(2000000);
Random rnd = new Random();
Console.Write("Timing CircularArray Append/Delete");
for (int i = 0; i < n; i++)
{
var watch = Stopwatch.StartNew();
for (int j = 0; j < circularArray.Capacity(); j++)
{
if (j % 2 == 0)
{
circularArray.AddBack(new NPC(names[j % 10] + j / 10, j, 1 + rnd.NextDouble() * 99, 1 + rnd.NextDouble() * 99, 1 + rnd.NextDouble() * 99));
}
else
{
circularArray.AddBack(new Vehicle(names[j % 10] + j / 10, j, 1 + rnd.NextDouble() * 99, 1 + rnd.NextDouble() * 99, 1 + rnd.NextDouble() * 99));
}
}
watch.Stop();
insertTotal += watch.ElapsedMilliseconds;
insertOutput += watch.ElapsedMilliseconds + "MS ";
watch = Stopwatch.StartNew();
circularArray.DeleteAll();
watch.Stop();
deleteTotal += watch.ElapsedMilliseconds;
deleteOutput += watch.ElapsedMilliseconds + "MS ";
Console.Write(" . ");
}
Console.WriteLine();
insertTotal /= n;
deleteTotal /= n;
insertOutput += "\nAverage Runtime: " + insertTotal + "MS";
deleteOutput += "\nAverage Runtime: " + deleteTotal + "MS";
return(new string[] { insertOutput, deleteOutput });
}
// Tests and outputs results for various methods of CircularArray
public static void CircularArrayTests()
{
Console.WriteLine("CircularArray Tests-------------------------------------------------------");
CircularArray <int> circularArray;
// Testing Constructors
Console.WriteLine("\nAttempt to create CircularArray with capacity 0:");
try
{
circularArray = new CircularArray <int>();
Console.WriteLine("Attempt Succeeded");
}
catch (ArgumentOutOfRangeException e)
{
Console.WriteLine(e.Message);
}
Console.WriteLine("\nAttempt to create CircularArray with negative capacity:");
try
{
circularArray = new CircularArray <int>(-2);
Console.WriteLine("Attempt Succeeded");
}
catch (ArgumentOutOfRangeException e)
{
Console.WriteLine(e.Message);
}
Console.WriteLine("\nAttempt to create CircularArray with posative capacity:");
try
{
circularArray = new CircularArray <int>(10);
Console.WriteLine("Attempt Succeeded");
}
catch (ArgumentOutOfRangeException e)
{
Console.WriteLine(e.Message);
}
// Testing AddBack(), also tests Grow()
Console.WriteLine("\n\nAttempt to AddBack to list:");
circularArray = new CircularArray <int>(1);
Console.WriteLine("Element count before AddBack: " + circularArray.Count());
circularArray.AddBack(5);
Console.WriteLine("Element count after AddBack: " + circularArray.Count());
Console.WriteLine("\nAttempt to AddBack to list at capactiy:");
Console.WriteLine("Capacity before AddBack: " + circularArray.Capacity());
Console.WriteLine("Element count before AddBack: " + circularArray.Count());
circularArray.AddBack(10);
Console.WriteLine("Capacity after AddBack: " + circularArray.Capacity());
Console.WriteLine("Element count after AddBack: " + circularArray.Count());
// Testing Print() and ToString(), also tests looping for AddBack()
circularArray.AddBack(3);
circularArray.AddBack(4);
circularArray.AddBack(-7);
Console.Write("\n\nAttempt to print using Print: ");
circularArray.Print();
Console.Write("\nAttempt to print using ToString: ");
Console.Write(circularArray.ToString());
for (int i = 1; i < 6; i++)
{
circularArray.RemoveFront();
circularArray.AddBack(i * 2);
}
Console.Write("\n\nAttempt to print with looped list:" +
"\nPrint output: ");
circularArray.Print();
Console.Write("\nToString output: ");
Console.Write(circularArray.ToString());
// Testing RemoveFront()
Console.WriteLine("\n\n\nAttempt to delete front element:");
Console.WriteLine("Element count before delete: " + circularArray.Count());
circularArray.Print();
circularArray.RemoveFront();
Console.WriteLine("\nElement count after delete: " + circularArray.Count());
circularArray.Print();
Console.WriteLine("\n\nAttempt to delete front elements looping to beginning of list:");
Console.WriteLine("Element count before deletes: " + circularArray.Count());
circularArray.Print();
circularArray.RemoveFront();
circularArray.RemoveFront();
circularArray.RemoveFront();
Console.WriteLine("\nElement count after deletes: " + circularArray.Count());
circularArray.Print();
Console.WriteLine("\n\nAttempt to delete front element from CircularArray with no elements:");
circularArray = new CircularArray <int>(5);
Console.WriteLine("Element count before delete " + circularArray.Count());
circularArray.RemoveFront();
Console.WriteLine("Element count after delete: " + circularArray.Count());
// Testing RemoveBack()
circularArray.AddBack(1);
circularArray.AddBack(2);
circularArray.AddBack(3);
circularArray.AddBack(4);
for (int i = 0; i < 3; i++)
{
circularArray.RemoveFront();
circularArray.AddBack(i * 2);
}
Console.WriteLine("\n\nAttempt to delete back element:");
Console.WriteLine("Element count before delete: " + circularArray.Count());
circularArray.Print();
circularArray.RemoveBack();
Console.WriteLine("\nElement count after delete: " + circularArray.Count());
circularArray.Print();
Console.WriteLine("\n\nAttempt to delete back elements looping to beginning of list:");
Console.WriteLine("Element count before deletes: " + circularArray.Count());
circularArray.Print();
circularArray.RemoveBack();
circularArray.RemoveBack();
Console.WriteLine("\nElement count after deletes: " + circularArray.Count());
circularArray.Print();
Console.WriteLine("\n\nAttempt to delete back element from CircularArray with no elements:");
circularArray = new CircularArray <int>(5);
Console.WriteLine("Element count before delete " + circularArray.Count());
circularArray.RemoveBack();
Console.WriteLine("Element count after delete: " + circularArray.Count());
//Testing DeleteAll()
circularArray.AddBack(1);
circularArray.AddBack(2);
circularArray.AddBack(3);
circularArray.AddBack(4);
for (int i = 0; i < 3; i++)
{
circularArray.RemoveFront();
circularArray.AddBack(i * 2);
}
Console.WriteLine("\n\nAttempt to delete all elements from CircularArray");
Console.WriteLine("Element count before delete " + circularArray.Count());
circularArray.Print();
circularArray.DeleteAll();
Console.WriteLine("\nElement count after delete: " + circularArray.Count());
circularArray.Print();
Console.WriteLine("\n\nAttempt to delete all elements from empty CircularArray");
Console.WriteLine("Element count before delete " + circularArray.Count());
circularArray.DeleteAll();
Console.WriteLine("Element count after delete: " + circularArray.Count());
}