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shared interest, inference, or pronoun) Then count the number of references to the director or the hot line itself When you subtract the number of references to Mary Jo or the hot line from the number of references to the reader, are you left with a positive number After you have completed your analysis, compare your assessment and Empathy Index to Mary Jo s Then take a look at Mary Jo s explanation of how she approached writing the memo (The references to the reader are in boldface and the references to Mary Jo and the hot line are underlined)

is valid because iOb is a variable of type Gen<int> Thus, it can refer to any object of type Gen<int> or any object of a class derived from Gen<int>, including Gen2<int> Of course, iOb couldn t be used to refer to an object of type Gen2<double>, for example, because of the type mismatch

Methods that use type parameters to declare method parameters can be overloaded However, the rules are a bit more stringent than they are for methods that don t use type parameters In general, a method that uses a type parameter as the data type of a parameter can be overloaded as long as the signatures of the two versions differ This means the type and/or number of their parameters must differ However, the determination of type difference is not based on the generic type parameter, but on the type argument substituted for the type parameter when a constructed type is created Therefore, it is possible to overload a method that uses type parameters in such a way that it looks right, but won t work in all specific cases For example, consider this generic class:

// Ambiguity can result when overloading methods that // use type parameters // // This program will not compile using System; // A generic class that contains a potentially ambiguous // overload of the Set() method class Gen<T, V> { T ob1; V ob2;

At the instant the problem is posed, b( t) = 5, h( t) = 12 (by the Pythagorean theorem), and b ( t) = 1 Substituting these values into the equation yields h ( t) = 5 5 1 = ft/min 12 12

Part I:

// // In some cases, these two methods // will not differ in their parameter types public void Set(T o) { ob1 = o; } public void Set(V o) { ob2 = o; } } class AmbiguityDemo { static void Main() { Gen<int, double> ok = new Gen<int, double>(); Gen<int, int> notOK = new Gen<int, int>(); okSet(10); // is valid, type args differ notOKSet(10); // ambiguous, type args are the same! } }

Let s examine this program closely First, notice that Gen declares two type parameters: T and V Inside Gen, Set( ) is overloaded based on parameters of type T and V, as shown here:

It begins to expand very slowly so that its diagonal is increasing at the rate of 1 millimeter per minute At the moment that the diagonal is 100 millimeters, at what rate is the area increasing

public void Set(T o) { ob1 = o; } public void Set(V o) { ob2 = o; }

This looks reasonable because T and V appear to be different types However, this overloading creates a potential ambiguity problem As Gen is written, there is no requirement that T and V actually be different types For example, it is perfectly correct (in principle) to construct a Gen object as shown here: