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There is a term, fourth generation, regarding programming tools and languages. This term indicates various extents of precompiling generating code through various types of directives for specific processing flows. Fourth generation tools serve fairly simple establishing of relationships between the application s components. And fourth-generation languages allow more complex processing, to extend the standard flow, plugged in at points that the fourth-generation system provides. These languages are typically very close to the language of the code generated, varied to facilitate the standard flow. But nearly never are the previous generations mentioned. The first generation is machine code. This is often referred to as 1s and 0s , because the most basic computer operation looks at the presence or absence of an electron; presence is represented as 1. The computer strings these together to evaluate combinations of 1s and 0s. The most direct definition of this is binary arithmetic, but the resulting numbers can be thought of in any base. Some of these numbers direct (instruct) the computer what to do with the other numbers, and those combinations are the computer operations. The most basic entity is a binary digit (bit); the most basic combination is of 8 bits a binary term (byte). Very often, bit values are seen as hexadecimal, because that s reasonably

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A C# program consists of one or more type declarations. Much of this book is spent explaining the different types that you can create and use in your programs. The types in a program can be declared in any order. In the SimpleProgram example, only the class type is declared. A namespace is a set of type declarations associated with a name. SimpleProgram uses two namespaces. It creates a new namespace called Simple, and uses a predefined namespace called System. To compile the program, you can use Visual Studio or the command-line compiler. To use the command-line compiler, in its simplest form, use the following command: csc SimpleProgram.cs In this command, csc is the name of the command-line compiler and SimpleProgram.cs is the name of the source file.

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Identifiers are character strings used to name things such as variables, methods, parameters, and a host of other programming constructs that will be covered later. You can create self-documenting identifiers by concatenating meaningful words into a single descriptive name, using uppercase and lowercase letters (e.g., CardDeck, PlayersHand, FirstName, SocSecurityNum). Certain characters are allowed or disallowed at certain positions in an identifier. These rules are illustrated in Figure 2-2. The alphabetic and underscore characters (a through z, A through Z, and _) are allowed at any position. Digits are not allowed in the first position, but are allowed everywhere else. The @ character is allowed in the first position of an identifier, but not anywhere else. The use of the @ character, although allowed, is discouraged for general use.

Figure 2-2. Characters allowed in identifiers Identifiers are case sensitive. For instance, the variable names myVar and MyVar are different identifiers. It is generally a bad idea, however, to have identifiers that differ only in the case of some of the letters. As an example, in the following code snippet, the variable declarations are all valid and declare different integer variables. But using such similar names will make coding more errorprone and debugging more difficult. Those debugging your code at some later time will not be pleased. // Valid syntactically, but don't do this! int totalCycleCount; int TotalCycleCount; int TotalcycleCount;

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