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Based on Structure-oriented (Nonblock) Languages: These definitions are not as straightforward. For most of them, function is substituted with program , and, separately, program is substituted with library . A structured program is a function-oriented method (of handling data). A set of programs a limited-purpose library is a class. A call from one program to another is a message. The fact that a library needs operational integrity in both data and processes is encapsulation. Each occurrence of data or programs is a member (of the class). The functional scope of a library is its granularity.

As shown previously, some conversion attempts are not successful, and raise an InvalidCastException exception at run time. Instead of blindly attempting a conversion, you can use the is operator to check whether a conversion would complete successfully. The syntax of the is operator is the following, where Expr is the source expression: Returns a bool Expr is TargetType The operator returns true if Expr can be successfully converted to the target type through any of the following: A reference conversion A boxing conversion An unboxing conversion For example, in the following code, you use the is operator to check whether variable bill of type Employee can be converted to type Person, and then take the appropriate action. class Employee : Person { } class Person { public string Name = "Anonymous"; public int Age = 25; } class Program { static void Main() { Employee bill = new Employee(); Person p; // Check if variable bill can be converted to type Person if( bill is Person ) { p = bill; Console.WriteLine("Person Info: {0}, {1}", p.Name, p.Age); } } } The is operator can only be used for reference conversions and boxing and unboxing conversions. It cannot be used for user-defined conversions.

The second assembly contains the declaration of a class called DerivedClass, which inherits from MyBaseClass, declared in the first assembly. The source file is named Assembly2.cs. Figure 7-14 illustrates the two assemblies. DerivedClass has an empty body but inherits method PrintMe from MyBaseClass. Main creates an object of type DerivedClass and calls its inherited method PrintMe. // Source file name Assembly2.cs using System; using BaseClassNS; Namespace containing declaration of base class namespace UsesBaseClass { Base class in other assembly class DerivedClass: MyBaseClass { // Empty body } class Program { static void Main( ) { DerivedClass mdc = new DerivedClass(); mdc.PrintMe(); } } } This code produces the following output:

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Class accessibility was covered earlier in the chapter. With class accessibility, there are only two modifiers internal and public. This section covers member accessibility. Class accessibility describes the visibility of a class; member accessibility describes the visibility of class members. Each member declared in a class is visible to various parts of the system, depending on the access modifier assigned to it in the class declaration. You ve seen that private members are visible only to other members of the same class, while public members can be visible to classes outside the assembly as well. In this section, we will look again at the public and private access levels, as well as the three other levels of accessibility. Before looking at the specifics of member accessibility, there are some general things we need to cover first: All members explicitly declared in a class s declaration are visible to each other, regardless of their accessibility specification. Inherited members are not explicitly declared in a class s declaration, so, as you shall see, inherited members might or might not be visible to members of a derived class. There are five member access levels: public private protected internal protected internal You must specify member access levels on a per-member basis. If you don t specify an access level for a member, its implicit access level is private. A member cannot be more accessible than its class. That is, if a class has an accessibility level limiting it to the assembly, individual members of the class cannot be seen outside the assembly, regardless of their access modifiers.