public static void BinarySearch_IComparerCount_ValueOdd()
{
Driver <ValX1_IC <int> > ValDriver = new Driver <ValX1_IC <int> >();
ValX1_IC <int>[] vintArr1 = new ValX1_IC <int> [99];
for (int i = 0; i < 99; i++)
{
vintArr1[i] = new ValX1_IC <int>(i);
}
//odd
ValDriver.BinarySearch(vintArr1, 0, vintArr1.Length);
ValDriver.BinarySearch(vintArr1, 1, vintArr1.Length - 1);
ValDriver.BinarySearch(vintArr1, 25, vintArr1.Length - 25);
ValDriver.BinarySearch(vintArr1, vintArr1.Length, 0);
ValDriver.BinarySearch(vintArr1, vintArr1.Length - 1, 1);
ValDriver.BinarySearch(vintArr1, vintArr1.Length - 2, 2);
ValDriver.BinarySearchNegative(vintArr1, new ValX1_IC <int>[] { new ValX1_IC <int>(1) }, new int[] { -3 }, 2, vintArr1.Length - 2);
ValDriver.BinarySearchNegative(vintArr1, new ValX1_IC <int>[] { new ValX1_IC <int>(99) }, new int[] { -98 }, 0, vintArr1.Length - 2);
ValDriver.BinarySearchNegative(vintArr1, new ValX1_IC <int>[] { new ValX1_IC <int>(100) }, new int[] { -100 }, 0, vintArr1.Length);
vintArr1[50] = new ValX1_IC <int>(49);
ValDriver.BinarySearchNegative(vintArr1, new ValX1_IC <int>[] { new ValX1_IC <int>(50) }, new int[] { -52 }, 0, vintArr1.Length);
}
public static void BinarySearch_IComparerCount_ValueEven()
{
Driver <ValX1_IC <int> > ValDriver = new Driver <ValX1_IC <int> >();
ValX1_IC <int>[] vintArr1 = new ValX1_IC <int> [100];
for (int i = 0; i < 100; i++)
{
vintArr1[i] = new ValX1_IC <int>(i);
}
//even
ValDriver.BinarySearch(vintArr1, 0, vintArr1.Length);
ValDriver.BinarySearchNegative(vintArr1, new ValX1_IC <int>[] { new ValX1_IC <int>(100) }, new int[] { -101 }, 0, vintArr1.Length);
vintArr1[50] = new ValX1_IC <int>(49);
ValDriver.BinarySearchNegative(vintArr1, new ValX1_IC <int>[] { new ValX1_IC <int>(50) }, new int[] { -52 }, 0, vintArr1.Length);
}
public static void BinarySearch_IComparer_ValueOdd()
{
Driver <ValX1_IC <int> > ValDriver = new Driver <ValX1_IC <int> >();
ValX1_IC <int>[] vintArr1 = new ValX1_IC <int> [99];
for (int i = 0; i < 99; i++)
{
vintArr1[i] = new ValX1_IC <int>(i);
}
//odd
ValDriver.BinarySearch(vintArr1);
ValDriver.BinarySearch(new ValX1_IC <int>[] { });
ValDriver.BinarySearch(new ValX1_IC <int>[] { new ValX1_IC <int>(1) });
ValDriver.BinarySearch(new ValX1_IC <int>[] { new ValX1_IC <int>(1), new ValX1_IC <int>(2) });
ValDriver.BinarySearch(new ValX1_IC <int>[] { new ValX1_IC <int>(1), new ValX1_IC <int>(2), new ValX1_IC <int>(3) });
}
public static void BinarySearch_IComparer_ValueEven()
{
Driver <ValX1_IC <int> > ValDriver = new Driver <ValX1_IC <int> >();
ValX1_IC <int>[] vintArr1 = new ValX1_IC <int> [100];
for (int i = 0; i < 100; i++)
{
vintArr1[i] = new ValX1_IC <int>(i);
}
ValX1_IC <int>[] vintArr2 = new ValX1_IC <int> [10];
for (int i = 0; i < 10; i++)
{
vintArr2[i] = new ValX1_IC <int>(i + 100);
}
ValDriver.BinarySearchNegative(vintArr1, vintArr2);
ValDriver.BinarySearchNegative(new ValX1_IC <int> [0], vintArr2);
}
public static void BinarySearch_IComparer_Negative()
{
Driver <ValX1_IC <int> > ValDriver = new Driver <ValX1_IC <int> >();
ValX1_IC <int>[] vintArr1 = new ValX1_IC <int> [100];
for (int i = 0; i < 100; i++)
{
vintArr1[i] = new ValX1_IC <int>(i);
}
ValDriver.BinarySearchValidations(vintArr1);
Driver <RefX1_IC <int> > RefDriver = new Driver <RefX1_IC <int> >();
RefX1_IC <int>[] intArr1 = new RefX1_IC <int> [100];
for (int i = 0; i < 100; i++)
{
intArr1[i] = new RefX1_IC <int>(i);
}
RefDriver.BinarySearchValidations(intArr1);
}
