static void Main()
{
int[] A = new int[] { 1, 2, 3 };
int[] B = SquareArray(A);
PrintArray(B); //1,4,9
int[] C = IncrementArray(A);
PrintArray(C); //2,3,4
int[] D = ApplyOperation(A, Square);
PrintArray(D); //1,4,9
int[] E = ApplyOperation(A, TimesTen);
PrintArray(E); //10,20,30
MickeyMouse times100 = delegate(int x) { return(x * 100); };
int[] F = ApplyOperation(A, times100); //100,200,300
MickeyMouse times100b = delegate(int x) { return(TimesN(x, 100)); };
int[] G = ApplyOperation(A, times100b); //100,200,300
int[] H = ApplyOperation(A, delegate(int x) { return(x * 100); });
int[] I = ApplyOperation(A, (int x) => { return(x * 100); });
}
static void Main(string[] args)
{
int[] A = new int[] { 1, 2, 3 };
int[] B = SquareArray(A);
printArray(B);
int[] C = IncrementArray(A);
printArray(C);
int[] D = ApplyOperation(A, Square);
printArray(D);
int[] E = ApplyOperation(A, TimesTen);
printArray(E);
int[] F = ApplyOperation(A, Sqrt);
printArray(E);
MickeyMouse Times100 = delegate(int x) { return(x * 100); };
int[] M = ApplyOperation(A, Times100);//100,200,300
MickeyMouse times100b = delegate(int x) { return(TimesN(x, 100)); };
int[] G = ApplyOperation(A, times100b);//100,200,300
int[] H = ApplyOperation(A, delegate(int x) { return(x * 100); });
int[] I = ApplyOperation(A, (int x) => { return(x * 100); });//lambda expression
}
static int[] ApplyOperation(int[] A, MickeyMouse ops)
{
int[] newArray = new int[A.Length];
for (int i = 0; i < A.Length; i++)
{
newArray[i] = ops(A[i]); //applying ops to each element
}
return(newArray);
}
