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1 S Clavenna, Metro Optical Ethernet, Lightreading (wwwlightreadingcom), 2000 2 IEEE, 8023, IEEE, Standard 2005 3 J Case, M Fedor, M Schoffstall, and J Davin, A Simple Network Management Protocol RFC 1067, University of Tennessee at Knoxville, NYSERNet, Inc, Rensselaer Polytechnic Institute, Proteon, Inc 1988 4 D Reed, Copper Evolution, Federal Communications Commission, Technological Advisory Council III, Washington, DC, USA, report, available at http://wwwfcc gov/oet/tac/TAC_III_04_17_03/Copper_Evolutionppt, 2003 5 M Burke, Ellacoya Data Shows Web Traffic Overtakes Peer-to-Peer (P2P) as Largest Percentage of Bandwidth on the Network, online report, available at: http://wwwellacoyacom/news/pdf/2007/NXTcommEllacoyaMediaAlertpdf 2007 6 K G Coffman and A M Odlyzko, Internet growth: Is there a Moore s Law for data traffic : Kluwer, 2001 7 IEEE, 8023ah Clause 64 Multi-Point MAC Control, IEEE, Standard 2004 8 C Chang-Joon, E Wong, and R S Tucher, Optical CSMA/CD Media Access Scheme for Ethernet Over Passive Optical Network, IEEE Photonics Technology Letters, vol 14, pp 711 713, 2002

#include <stdioh> #include <mathh> int main(void) { double val = -10; do { printf("hyperbolic sine of %f is %f\n", val, sinh(val)); val += 01; } while(val <= 10); return 0; }

the user clicked a toolbar button), MFC would convert it into a message, and Windows would route it to the appropriate application window, which would then each check its static arrays of commands and call the appropriate methods. The best that could be said for this approach is that it (mostly) worked and was fairly fast. The real fun came when you wanted to handle enabling and disabling commands for example, if you wanted to gray out toolbar buttons. During idle processing (maybe 10 to 20 times a second), a WM_UPDATE_COMMAND message would be sent for every single command on the toolbars asking if they should be enabled or grayed out. So, 10 to 20 times a second (or more) each of these methods would be called saying, Should I gray this one out now How about now How about now Invariably, some junior coders would end up putting in a database query in one of these handlers, and suck the entire bandwidth for the Eastern Seaboard whenever their applications ran. Unlike MFC, every element and control in WPF can have commands, and many already understand existing system commands. Also, although the process is similar, the implementation varies greatly (and for the better) by using events and objects instead of macros and message maps. If you know the MFC commanding system, you may get a sense of d j -vu as we go through WPF commands.

asin( ), acos( ), atan2( ), atan( ), tan( ), cos( ), tanh( ), cosh( )

7

double sqrt(double num) long double sqrtl(long double num)

Now that we ve talked about some of the historical influences on WPF commands, we ll talk about how WPF handles them. Like many modern command models, the WPF model has been influenced by the classic Gang-of-Four (GoF) Command pattern, so let s start there.

The prototype for sqrt( ) is in <mathh> The sqrt( ) function returns the square root of num If called with a negative argument, a domain error occurs sqrtl( ) is the long double version of this function

This fragment prints 4 on the screen:

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