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Our DayTime Server application has a basic function: the application listens on a TCP port for incoming socket connections. When a connection is made, the application writes a short textual string representation of the date and time via the socket, closes the socket, and returns to listening for a new connection.

In the NET Framework, characters are always represented in 16 bit Unicode code values, easing the development of global applications A character is represented with an instance of the SystemChar structure (a value type) The SystemChar type is pretty simple It offers two public read only constant fields: MinValue, defined as 0x0000, and MaxValue, defined as 0xFFFF Given an instance of a Char, you can call the static GetUnicodeCategory method, which returns a value of the SystemGlobalizationUnicodeCategory enumerated type This value indicates whether the character is a control character, a currency symbol, a lowercase letter, an uppercase letter, a punctuation character, a math symbol, and so on (as defined by the Unicode 30 standard) To ease developing, the Char type also offers several static methods, such as IsDigit, IsLetter, IsWhiteSpace, IsUpper, IsLower, IsPunctuation, IsLetter OrDigit, IsControl, IsNumber, IsSeparator, IsSurrogate, and IsSymbol.

4. The countries/regions and their values including the auxiliary column G were re-sorted to their initial state . 5. The four sort sequences generated in this way were positioned next to the names of the countries/regions in the order of the entries in the control . This has to do with the system of the rS1 .Method and OFFSET: the names of the countries/regions are zero columns away from rD1.Node, the first sort sequence is one column away from rD1.Node, the second sort sequence . . .well you should know this by now . All data values in the Data 1 worksheet are and remain constants . Its variable presentation sequences in the chart are generated by formulas, which are described below . With reference to Figure 9-27, let s now take a closer look to the results of such preparations in the Basis 1 worksheet .

All these methods call GetUnicodeCategory internally and simply return true or false Note that all these methods take either a single character for a parameter or a String and the index of a character within the String as parameters In addition, you can convert a single character to its lowercase or uppercase equivalent by calling the static ToLower or ToUpper method The call to one of these methods converts the character using the culture information associated with the calling thread (which the methods obtain internally by querying SystemThreadingThread s static CurrentCulture property); or you can specify a particular culture by passing an instance of a SystemGlobalization CultureInfo class to these methods ToLower and ToUpper require culture information because letter casing is a culture dependent operation.

Trace.WriteLine ("Parameters: x=" + x + " y =" + y ) ; } I think the .NET designers did us all a favor when they added the TraceSwitch class. With the *If methods for the Trace object allowing for conditional compilation, it took only a small step to define a class that provided for multiple levels of tracing and a consistent way to set them. The most important part of TraceSwitch is the name it's given in the first parameter of the constructor. (The second parameter is a descriptive name.) The name enables you to control the switch from outside the application, which I'll talk about in a moment. TraceSwitch objects wrap a tracing level. The levels are shown in Table 3-3. To check whether TraceSwitch matches a particular level, you use a set of properties, such as TraceError, that returns true if the switch condition is met. Combined with the *If methods, using TraceSwitch objects is quite straightforward. public static void Main ( ) { TraceSwitch TheSwitch = new TraceSwitch ( "SwitchyTheSwitch", "Example Switch" TheSwitch.Level = TraceLevel.Info ; Trace.WriteLineIf ( TheSwitch.TraceError , "Error tracing is on!" ) ; Trace.WriteLineIf ( TheSwitch.TraceWarning , "Warning tracing is on!" ) ; Trace.WriteLineIf ( TheSwitch.TraceInfo , "Info tracing is on!" ) ; Trace.WriteLineIf ( TheSwitch.TraceVerbose , "VerboseSwitching is on!" ) ; } );