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You can OR together two or more flags In fact, minimally you must include either Instance or Static with Public or NonPublic Failure to do so will result in no methods being retrieved One of the main uses of the BindingFlags form of GetMethods( ) is to enable you to obtain a list of the methods defined by a class without also retrieving the inherited methods This is especially useful for preventing the methods defined by object from being obtained For example, try substituting this call to GetMethods( ) into the preceding program:

When a function is given by a formula, as in Example 125, with no statement about the domain, then the domain is understood to be the set of all x for which the formula makes sense

// Now, only methods declared by MyClass are obtained MethodInfo[] mi = tGetMethods(BindingFlagsDeclaredOnly | BindingFlagsInstance | BindingFlagsPublic) ;

After making this change, the program produces the following output:

Analyzing methods in MyClass Methods supported: Int32 Sum()

YOU TRY IT Let g( x) =

17:

If you decide that it s appropriate to create an informal communication: 1 You should use a nontraditional format (such as E-mail, a margin note, or a sticky note) 2 Your style should be relaxed and personalized 3 Your tone should be friendly Consider the communications in Figures 11 and 12 One is formal, the other is standard, or less formal Both address a typical business situation: The letter writer is requesting a partial refund for inadequate service In Figure 11, you ll note a rather formal tone (The Formality Index was judged as 1 + 5 + 1 = 7) Now consider that the writer assesses the Formality Index as standard not informal, but certainly more relaxed than the formal letter (It is scored as 7 + 8 + 3 = 18)

Boolean IsBetween(Int32 i) Void Set(Int32 a, Int32 b)

Void Set(Double a, Double b) Void Show()

Once you know what methods a type supports, you can call one or more of them To do this, you will use the Invoke( ) method that is contained in MethodInfo One of its forms is shown here: object Invoke(object obj, object[ ] parameters) Here, obj is a reference to the object on which the method is invoked (For static methods, you can pass null to obj) Any arguments that need to be passed to the method are specified in the array parameters If no arguments are needed, parameters must be null Also, parameters must contain exactly the same number of elements as there are arguments Therefore, if two arguments are needed, then parameters must be two elements long It can t, for example, be three or four elements long The value returned by the invoked method is returned by Invoke( ) To call a method, simply call Invoke( ) on an instance of MethodInfo that was obtained by calling GetMethods( ) The following program demonstrates the procedure:

Notice that f unambiguously assigns to each real number another real number The rule is given in two pieces, but it is still a valid rule Therefore it is a function with domain equal to R and range equal to R It is also perfectly correct to take the range to be ( 4, ) , for example, since f only takes values in this set

// Invoke methods using reflection using System; using SystemReflection; class MyClass { int x; int y; public MyClass(int i, int j) { x = i; y = j; } public int Sum() { return x+y; } public bool IsBetween(int i) { if((x < i) && (i < y)) return true; else return false; } public void Set(int a, int b) { ConsoleWrite("Inside Set(int, int) "); x = a;

Part I: