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You can add constraints to the type arguments of a generic method by specifying them after the parameter list For example, the following version of CopyInsert( ) will work only with reference types:

A rectangular garden is to be constructed against the side of a garage The gardener has 100 feet of fencing, and will construct a three-sided fence; the side of the garage will form the fourth side What dimensions will give the garden of greatest area

public static bool CopyInsert<T>(T e, uint idx, T[] src, T[] target) where T : class {

If you were to try this version in the program shown earlier, then the following call to CopyInsert( ) would not compile because int is a value type, not a reference type:

Referring to your readers by name is one of the easiest ways to increase your Empathy Index You need to be careful, however, because overuse

// Now wrong because T must be reference type! ArrayUtilsCopyInsert(99, 2, nums, nums2); // Now illegal!

Look at Figure 314 Let x denote the side of the garden that is perpendicular to the side of the garage Then the resulting garden has width x feet and length 100 2x feet The area of the garden is A( x) = x ( 100 2x) = 100x 2x 2 We calculate A ( x) = 100 4x and find that the only critical point for the problem is x = 25 Since A ( x) = 4 for all x, we determine that x = 25 is a local maximum By inspection, we see that the graph of A is a downward-opening parabola So x = 25 must also be the global maximum that we seek The optimal dimensions for the garden are width = 25 ft length = 50 ft

Like methods, delegates can also be generic To declare a generic delegate, use this general form: delegate ret-type delegate-name<type-parameter-list>(arg-list); Notice the placement of the type parameter list It immediately follows the delegate s name The advantage of generic delegates is that they let you define, in a type-safe manner, a generalized form that can then be matched to any compatible method The following program demonstrates a generic delegate called SomeOp that has one type parameter called T It returns type T and takes an argument of type T

// A simple generic delegate using System; // Declare a generic delegate delegate T SomeOp<T>(T v); class GenDelegateDemo { // Return the summation of the argument static int Sum(int v) { int result = 0; for(int i=v; i>0; i--)

Part I:

result += i; return result; } // Return a string containing the reverse of the argument static string Reflect(string str) { string result = ""; foreach(char ch in str) result = ch + result; return result; } static void Main() { // Construct an int delegate SomeOp<int> intDel = Sum; ConsoleWriteLine(intDel(3)); // Construct a string delegate SomeOp<string> strDel = Reflect; ConsoleWriteLine(strDel("Hello")); } }

YOU TRY IT Find the right circular cylinder of greatest volume that can be contained in a sphere of radius 1

The output is shown here:

Let s look closely at this program First, notice how the SomeOp delegate is declared:

delegate T SomeOp<T>(T v);