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At the lowest level, all C# I/O operates on bytes This makes sense because many devices are byte oriented when it comes to I/O operations Frequently, though, we humans prefer to communicate using characters Recall that in C#, char is a 16-bit type, and byte is an 8-bit type If you are using the ASCII character set, then it is easy to convert between char and byte; just ignore the high-order byte of the char value But this won t work for the rest of the Unicode characters, which need both bytes (and possibly more) Thus, byte streams are not perfectly suited to handling character-based I/O To solve this problem, the NET Framework defines several classes that convert a byte stream into a character stream, handling the translation of byte-to-char and char-to-byte for you automatically

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After careful comparison of the three site options, the bottom line is that the best choice for our new factory is Georgia My analysis used proprietary stochastic simulation techniques, incorporating data collected from over one hundred sources, from the government and other public sources to interviews To get a fresh view, one of my assistants met with a risk manager with no knowledge of the risks involved in doing business in either Florida or Georgia Designing the model required creativity and diligence All data is tested and proven by fact checkers verifying the information from additional sources Objective too Let me answer anticipate questions I think you re going to want to know the answers to Q: What data did you collect A: I collected over ve hundred separate facts from all sorts of data sources Q: Why is Georgia a better choice than Florida or Illinois A: It s lower risk overall and in key speci c areas including weather, transport and available labor as well as a positive labor climate Q: What s the most compelling bene t of choosing Georgia A: Diversi cation We need to lessen our exposure to potential prob-

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break checked default enum finally goto interface namespace out public sealed string true unchecked volatile

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In C#, an identifier is a name assigned to a method, a variable, or any other user-defined item Identifiers can be one or more characters long Identifiers may start with any letter of the alphabet or an underscore Next may be a letter, a digit, or an underscore The underscore can be used to enhance the readability of a variable name, as in line_count However, identifers containing two consecutive underscores, such as max_ _value, are reserved for use by the compiler Uppercase and lowercase are different; that is, to C#, myvar and MyVar are separate names Here are some examples of acceptable identifiers:

2:

An Overview of C#

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Remember, you can t start an identifier with a digit Thus, 12x is invalid, for example Good programming practice dictates that you choose identifiers that reflect the meaning or usage of the items being named Although you cannot use any of the reserved C# keywords as identifiers, C# does allow you to precede a keyword with an @, allowing it to be a legal identifier For example, @for is a valid identifier In this case, the identifier is actually for and the @ is ignored Here is a program that illustrates the use of an @ identifier:

// Demonstrate an @ identifier using System; class IdTest { static void Main() { int @if; // use if as an identifier for(@if = 0; @if < 10; @if++) ConsoleWriteLine("@if is " + @if); } }

The output shown here proves the @if is properly interpreted as an identifier:

EXERCISE 35: Select Words with FURY As you review both your draft and Brad s, think about what vocabulary is most familiar to people who aren t risk management experts Also, consider whether you and Brad are using unique words or concepts that could be more simply stated Revise the drafts with the principle of FURY in mind Did you nd that you replaced many words Read Brad s revision followed by his comments

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Frankly, using @-qualified keywords for identifiers is not recommended, except for special purposes Also, the @ can precede any identifier, but this is considered bad practice