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ince the beginning of this book, you have been using parts of the C# I/O system, such as ConsoleWriteLine( ), but you have been doing so without much formal explanation Because the C# I/O system is built upon a hierarchy of classes, it was not possible to present its theory and details without first discussing classes, inheritance, and exceptions Now it is time to examine C# s approach to I/O in detail As explained in 1, C# uses the I/O system and classes defined by the NET Framework Thus, a discussion of I/O under C# is also a discussion of the NET I/O system in general This chapter examines C# s approach to both console I/O and file I/O Be forewarned that the I/O system is quite large This chapter introduces the most important and commonly used features, but there will be several aspects of I/O that you will want to study on your own Fortunately, C# s I/O system is cohesive and consistent; once you understand its fundamentals, the rest of the I/O system is easy to master

4 Capitalize the name of all governmental agencies whether using the complete name or a shortened version of the name

Overload2 ob = new Overload2(); int i = 10; double d = 101; byte b = 99; short s = 10; float f = 115F;

obMyMeth(i); // calls obMyMeth(int) obMyMeth(d); // calls obMyMeth(double) obMyMeth(b); // calls obMyMeth(int) -- type conversion obMyMeth(s); // calls obMyMeth(int) -- type conversion obMyMeth(f); // calls obMyMeth(double) -- type conversion } }

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C# programs perform I/O through streams A stream is an abstraction that either produces or consumes information A stream is linked to a physical device by the I/O system All streams behave in the same manner, even if the physical devices they are linked to differ Thus, the I/O classes and methods can be applied to many types of devices For example, the same methods that you use to write to the console can also be used to write to a disk file

The output from the program is shown here:

Inside Inside Inside Inside Inside MyMeth(int): 10 MyMeth(double): 101 MyMeth(int): 99 MyMeth(int): 10 MyMeth(double): 115

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

In this example, only two versions of MyMeth( ) are defined: one that has an int parameter and one that has a double parameter However, it is possible to pass MyMeth( ) a byte, short, or float value In the case of byte and short, C# automatically converts them to int Thus, MyMeth(int) is invoked In the case of float, the value is converted to double and MyMeth(double) is called It is important to understand, however, that the implicit conversions apply only if there is no exact type match between a parameter and an argument For example, here is the preceding program with the addition of a version of MyMeth( ) that specifies a byte parameter:

// Add MyMeth(byte) using System; class Overload2 { public void MyMeth(byte x) { ConsoleWriteLine("Inside MyMeth(byte): " + x); } public void MyMeth(int x) { ConsoleWriteLine("Inside MyMeth(int): " + x); } public void MyMeth(double x) { ConsoleWriteLine("Inside MyMeth(double): " + x); } }

the high-order byte of the char value But this won t work for the rest of the Unicode characters, which need both bytes Thus, byte streams are not perfectly suited to handling character-based I/O To solve this problem, C# 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

Part I:

Three predefined streams, which are exposed by the properties ConsoleIn, ConsoleOut, and ConsoleError, are available to all programs that use the System namespace ConsoleOut refers to the standard output stream By default, this is the console When you call ConsoleWriteLine( ), for example, it automatically sends information to ConsoleOut ConsoleIn refers to standard input, which is, by default, the keyboard ConsoleError refers to the standard error stream, which is also the console by default However, these streams can be redirected to any compatible I/O device The standard streams are character streams Thus, these streams read and write characters

class TypeConv { static void Main() { Overload2 ob = new Overload2(); int i = 10; double d = 101; byte b = 99; short s = 10; float f = 115F;

5 Capitalize all academic degrees following a name (whether abbreviated or written out) and all academic and religious titles

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