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The core stream class is SystemIOStream Stream represents a byte stream and is a base class for all other stream classes It is also abstract, which means that you cannot instantiate a Stream object Stream defines a set of standard stream operations Table 14-1 shows several commonly used methods defined by Stream Several of the methods shown in Table 14-1 will throw an IOException if an I/O error occurs If an invalid operation is attempted, such as attempting to write to a stream that is read-only, a NotSupportedException is thrown Other exceptions are possible, depending on the specific method

namespace NS1 { class ClassA { public ClassA() { ConsoleWriteLine("constructing ClassA"); } } namespace NS2 { // a nested namespace class ClassB { public ClassB() { ConsoleWriteLine("constructing ClassB"); } } } } class NestedNSDemo { static void Main() { NS1ClassA a= new NS1ClassA(); // NS2ClassB b = new NS2ClassB(); // Error!!! NS2 is not in view NS1NS2ClassB b = new NS1NS2ClassB(); // this is right } }

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Method void Close( ) void Flush( ) int ReadByte( ) Description Closes the stream Writes the contents of the stream to the physical device Returns an integer representation of the next available byte of input Returns 1 when the end of the file is encountered Attempts to read up to numBytes bytes into buf starting at buf [offset], returning the number of bytes successfully read Sets the current position in the stream to the specified offset from the specified origin It returns the new position Writes a single byte to an output stream Writes a subrange of numBytes bytes from the array buf, beginning at buf [offset] The number of bytes written is returned

This program produces the following output:

int Read(byte[ ] buf, int offset, int numBytes) long Seek(long offset, SeekOrigin origin) void WriteByte(byte b) int Write(byte[ ] buf, int offset, int numBytes)

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14:

In the program, the namespace NS2 is nested within NS1 Thus, to refer to ClassB from code that is outside both NS1 and NS2, you must qualify it with both the NS1 and NS2 names NS2 by itself is insufficient As explained, the namespace names are separated by a period Therefore, to refer to ClassB within Main( ), you must use NS1NS2ClassB Namespaces can be nested by more than two levels When this is the case, a member in a nested namespace must be qualified with all of the enclosing namespace names You can specify a nested namespace using a single namespace statement by separating each namespace with a period For example:

Notice that Stream defines methods that read and write data However, not all streams will support both of these operations because it is possible to open read-only or write-only streams Also, not all streams will support position requests via Seek( ) To determine the capabilities of a stream, you will use one or more of Stream s properties They are shown in Table 14-2 Also shown are the Length and Position properties, which contain the length of the stream and its current position

Several concrete byte streams are derived from Stream Those defined in the SystemIO namespace are shown here:

namespace OuterNS { namespace InnerNS { // } }

Stream Class BufferedStream FileStream MemoryStream UnmanagedMemoryStream Description Wraps a byte stream and adds buffering Buffering provides a performance enhancement in many cases A byte stream designed for file I/O A byte stream that uses memory for storage A byte stream that uses unmanaged memory for storage

can also be specified like this:

Several other concrete stream classes are also supported by the NET framework, which provide support for compressed files, sockets, and pipes, among others It is also possible to derive your own stream classes However, for the vast majority of applications, the built-in streams will be sufficient

The output is shown here:

namespace OuterNSInnerNS { // }

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