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// A string can control a switch statement using System; class StringSwitch { static void Main() { string[] strs = { "one", "two", "three", "two", "one" }; foreach(string s in strs) { switch(s) { case "one": ConsoleWrite(1); break; case "two": ConsoleWrite(2); break; case "three": ConsoleWrite(3); break; } } ConsoleWriteLine(); } }

Table 21 Full-Time vs Part-Time Employee Bene ts Full-Time Employees Vacation weeks after 1 year s service weeks after 5 years service weeks after 8 years service Health Insurance Sick Days percent company paid paid days per year Part-Time Employees hours after 1 year s service hours after 5 years service hours after 8 years service percent company paid paid days per year, prorated days per year Paid as agreed upon between employees and their supervisors, prorated

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his chapter resumes the examination of classes and methods It begins by explaining how to control access to the members of a class It then discusses the passing and returning of objects, method overloading, the various forms of Main( ), recursion, and the use of the keyword static

In its support for encapsulation, the class provides two major benefits First, it links data with code You have been taking advantage of this aspect of the class since 6 Second, it provides the means by which access to members can be controlled It is this second feature that is examined here Although C# s approach is a bit more sophisticated, in essence, there are two basic types of class members: public and private A public member can be freely accessed by code defined outside of its class This is the type of class member that we have been using up to this point A private member can be accessed only by methods defined by its class It is through the use of private members that access is controlled Restricting access to a class members is a fundamental part of object-oriented programming because it helps prevent the misuse of an object By allowing access to private data only through a well-defined set of methods, you can prevent improper values from being assigned to that data by performing a range check, for example It is not possible for code outside the class to set the value of a private member directly You can also control precisely how and when the data within an object is used Thus, when correctly implemented, a class creates a black box that can be used, but the inner workings of which are not open to tampering

f ( iv) ( x) = e x [12 72x 2 + 32x 4 ]

Member access control is achieved through the use of four access modifiers: public, private, protected, and internal In this chapter, we will be concerned with public and private The protected modifier applies only when inheritance is involved and is described in 11

Part I:

The internal modifier applies mostly to the use of an assembly, which for C# loosely means a deployable program or library The internal modifier is examined in 16 When a member of a class is modified by the public specifier, that member can be accessed by any other code in your program This includes methods defined inside other classes When a member of a class is specified as private, then that member can be accessed only by other members of its class Thus, methods in other classes are not able to access a private member of another class As explained in 6, if no access specifier is used, a class member is private to its class by default Thus, the private specifier is optional when creating private class members An access specifier precedes the rest of a member s type specification That is, it must begin a member s declaration statement Here are some examples:

Thus | f ( x) | 12 = M In order to achieve the desired degree of accuracy, we require that M ( b a) 5 < 0005 180 k4 or 12 15 < 0005 180 k4

public string errMsg; private double bal; private bool isError(byte status) { //

To understand the difference between public and private, consider the following program: