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The window method getch reads a character and returns it as an integer. For an ASCII character, the value returned is the character s ASCII value (as returned by ord); other characters (such as function keys) may return non-ASCII values. The method getkey reads a character, returning it as a string. Both getch and getkey are normally synchronous; they wait until the user presses a key. The method nodelay(flag) makes them synchronous if flag is true. In synchronous mode, if no keypress is available, the methods return getch and getkey which return -1 and -1 , respectively. The method getstr reads a string from the user, handling things such as backspacing in the process. Note that getstr doesn t play well with nodelay or noecho. In fact, getstr is quite primitive; see Editing Text for a more pleasant way to extract input from your users.

= gn(B) =

Tkinter.Label(self.RightPane,text=ColorComponent).pack\ (side=Tkinter.TOP) NewScale.pack(side=Tkinter.TOP,pady=10) # Add SAVE and QUIT buttons: ButtonFrame=Tkinter.Frame(self.RightPane) ButtonFrame.pack() Tkinter.Button(ButtonFrame,text= Save , command=self.SaveOptionsToFile).pack(side=Tkinter.LEFT) Tkinter.Button(ButtonFrame,text= Quit , command=sys.exit).pack(side=Tkinter.LEFT) # Pack the parentmost widgets: self.LeftPane.pack(side=Tkinter.LEFT,expand=Tkinter.YES, fill=Tkinter.BOTH) self.RightPane.pack(side=Tkinter.RIGHT,expand=Tkinter.YES, fill=Tkinter.BOTH) def Run(self): self.root.mainloop() def SaveOptionsToFile(self): # Update internal color-settings from scale-widgets: self.SaveCurrentColorValues() File=open(OPTION_FILE_NAME, w ) # Save *foreground and *background first: if self.Options.has_key( *foreground ): File.write( *foreground: %s\n %self.Options[ *foreground ]) del self.Options[ *foreground ] if self.Options.has_key( *background ): File.write( *background: %s\n %self.Options[ *background ]) del self.Options[ *background ] for Key in self.Options.keys(): File.write( %s: %s\n %(Key,self.Options[Key])) File.close() print Saved! def GetOptionsFromFile(self): if os.path.exists(OPTION_FILE_NAME): # Read the colors in: File=open(OPTION_FILE_NAME, r ) for Line in File.readlines(): LineHalves=Line.split( : ) if len(LineHalves)!=2: # Not a proper setting continue Value = LineHalves[1].strip() Index = LineHalves[0].strip() self.Options[Index] = Value File.close() # Tell Tkinter to use these colors, too! self.root.option_readfile(OPTION_FILE_NAME) if (__name__== __main__ ): ColorChooser().Run()

The XFireClientFactoryBean instance does almost all the work here. It has three properties that need to be configured, as discussed in the following table: Property

When you upgrade to a new release, you need to understand how to work with drawings from earlier releases. Also, you may need to send drawings to clients or colleagues who have an earlier release. AutoCAD 2006 uses the same format as 2004, and the same goes for AutoCAD

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5 Select the two items that you want to specify from the Method drop-down box You can choose any two from the three choices: Total Number of Items: Sets the total number of items in the resulting array, including the one that you are arraying Angle to Fill: Sets the number of degrees that the polar array covers For example, to array around half of a circle, specify 180 Angle Between Items: Specifies the number of degrees between each item in the polar array 6 Complete the values of the two items that you specified You can click the buttons to pick the angle to fill or the angle between items on the screen 7 Check the Rotate Items as Copied check box to rotate the objects that you are arraying Uncheck the box to leave them unrotated 8 Click Preview to preview the array.

queue length, and B is the buffer size Cells of a particular class are allowed to enter the buffer only if the current queue length is smaller than the associated threshold If the queue length Q G TH p , an arriving cell with priority p is discarded; otherwise, it is admitted The thresholds are functions of the traffic characteristics and cell loss rate requirement of each class This scheme can be easily implemented with a FIFO as the buffer and some registers to keep the threshold values The drawback of it is that the buffer is not fully utilized and it is difficult to find proper threshold settings to meet each class s cell loss rate.

In all cases, you must press Enter to apply the change. To set the unit of measurement for these options, use the Type pop-up menu in the Preferences dialog box; you can choose from pixels, points, and millimeters. As is the case with options in the

Then choose Accept to create the array, Modify to return to the dialog box, or Cancel to cancel the command 9 Click OK to create the array You can specify which point on the last object selected that AutoCAD and AutoCAD LT uses to array the objects The command makes a calculation of the distance from the center point of the array to a base point on the last object selected Otherwise, the command uses a default point based on the type of object selected Table 10-1 lists the default base points If you are arraying more than one object, you may not obtain the result you want without specifying the base point Even for one object, you may want to change the base point that is used To specify the base point, click the More button at the bottom of the dialog box.