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// An override of GetHashCode() public override int GetHashCode() { return ValGetHashCode(); } } class CompareDemo { // Require IEquatable<T> interface public static bool IsIn<T>(T what, T[] obs) where T : IEquatable<T> { foreach(T v in obs) if(vEquals(what)) // Uses Equals() return true; return false; } // Require IComparable<T> interface This method assumes // a sorted array It returns true if what is inside the range // of elements passed to obs public static bool InRange<T>(T what, T[] obs) where T : IComparable<T> { if(whatCompareTo(obs[0]) < 0 || whatCompareTo(obs[obsLength-1]) > 0) return false; return true; } // Demonstrate comparisons static void Main() { // Use IsIn() with int int[] nums = { 1, 2, 3, 4, 5 }; if(IsIn(2, nums)) ConsoleWriteLine("2 is found"); if(IsIn(99, nums)) ConsoleWriteLine("This won t display");

// Use IsIn() with MyClass MyClass[] mcs = { new MyClass(1), new MyClass(2), new MyClass(3), new MyClass(4) }; if(IsIn(new MyClass(3), mcs)) ConsoleWriteLine("MyClass(3) is found"); if(IsIn(new MyClass(99), mcs)) ConsoleWriteLine("This won t display");

// Use InRange() with int if(InRange(2, nums))

Part I:

1 1 1 1 1 1 3 4 5

ConsoleWriteLine("2 if(InRange(1, nums)) ConsoleWriteLine("1 if(InRange(5, nums)) ConsoleWriteLine("5 if(!InRange(0, nums)) ConsoleWriteLine("0 if(!InRange(6, nums)) ConsoleWriteLine("6

Doesn t the memo read well It s clear, upbeat, and reader focused EXERCISE 7: Calculate the Empathy Index Calculate the Empathy Index for the memo on page 57 Then count the number of references to the executive director s readers (by name,

is within the range of nums"); is within the range of nums"); is within the range of nums"); is NOT within the range of nums"); is NOT within the range of nums");

// Use InRange() with MyClass if(InRange(new MyClass(2), mcs)) ConsoleWriteLine("MyClass(2) is if(InRange(new MyClass(1), mcs)) ConsoleWriteLine("MyClass(1) is if(InRange(new MyClass(4), mcs)) ConsoleWriteLine("MyClass(4) is if(!InRange(new MyClass(0), mcs)) ConsoleWriteLine("MyClass(0) is if(!InRange(new MyClass(5), mcs)) ConsoleWriteLine("MyClass(5) is } }

We plot these on a pair of axes (Figure 142) Since the definition of the function changes at x = 2, we would be mistaken to connect these dots blindly First notice that, for x 2, the function is identically constant Its graph is a horizontal line For x > 2, the function is a line of slope 1 Now we can sketch the graph accurately (Figure 143)

within the range of mcs"); within the range of mcs"); within the range of mcs"); NOT within the range of mcs"); NOT within the range of mcs");

The output is shown here:

2 is found MyClass(3) is found 2 is within the range of nums 1 is within the range of nums 5 is within the range of nums 0 is NOT within the range of nums 6 is NOT within the range of nums MyClass(2) is within the range of mcs MyClass(1) is within the range of mcs MyClass(4) is within the range of mcs MyClass(0) is NOT within the range of mcs MyClass(5) is NOT within the range of mcs

applied to instances of that type parameter, but they only test for reference equality To compare values, you must require IComparable, IComparable<T>, or IEquatable<T>

Sketch the graph of f ( x) =

Generic classes can be part of a class hierarchy in just the same way as non-generic classes Thus, a generic class can act as a base class or be a derived class The key difference between generic and non-generic hierarchies is that in a generic hierarchy, any type arguments needed by a generic base class must be passed up the hierarchy by all derived classes This is similar to the way that constructor arguments must be passed up a hierarchy

18:

Here is a simple example of a hierarchy that uses a generic base class:

Dear Volunteers:

We begin by noticing that the domain of f, that is the values of x for which the function makes sense, is {x : x 1} The square root is understood to be the positive square root Now we compute a table of values and plot some points

// A simple generic class hierarchy using System; // A generic base class class Gen<T> { T ob; public Gen(T o) { ob = o; } // Return ob public T GetOb() { return ob; } } // A class derived from Gen class Gen2<T> : Gen<T> { public Gen2(T o) : base(o) { // } } class GenHierDemo { static void Main() { Gen2<string> g2 = new Gen2<string>("Hello"); ConsoleWriteLine(g2GetOb()); } }

In this hierarchy, Gen2 inherits the generic class Gen Notice how Gen2 is declared by the following line:

class Gen2<T> : Gen<T> {

1 0 1 2 3 4 5 6

The type parameter T is specified by Gen2 and is also passed to Gen This means that whatever type is passed to Gen2 will also be passed to Gen For example, this declaration

Gen2<string> g2 = new Gen2<string>("Hello");