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address section is the address your clients use to connect to the virtual server The tcp | udp section tells the SLB switch which protocol this server farm should support The protocols to load balance section can be port numbers (separated by spaces) or names of the protocols (dns, ftp, https, nntp, pop2, pop3, smtp, telnet, or www) The final service option allows you to specify that a specific port be bound to another for protocols that use multiple ports This ensures that all ports from the same client using this protocol are sent to the same SLB server for processing If you specify the service option, you must specify a protocol to which it applies Currently, only FTP is supported as a protocol for service coupling (It uses ports 20 and 21) After specifying the IP address and protocols that this virtual server will support, you set the server farm that this virtual server will load balance for (WEB) with the serverfarm WEB command You then enable the virtual server with the inservice command That's it Now you have a very basic but functional SLB environment

Figure 14-26

Most likely, however, you will want to configure some of the optional SLB features to protect and improve the performance of your servers First, you set weights for your servers so that SLB can accurately evaluate their performance potential, and change the load-balancing mechanism to weighted least connections to ensure better performance under various situations You also want to limit the maximum connections to each server, and enable TCP session reassignment, failure detection, and auto unfail to improve performance To increase security, you enable Synguard; and, finally, because you are taking online orders with these servers and using dynamic content, you enable sticky connections The configuration commands for these tasks are shown in the following output (with explanations following the example):

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The first big competition for ADSL came from the cable companies Almost every house in America has a coax cable running into it for cable TV In a moment of genius, the cable industry realized that if it could put the Home Shopping Network and the History Channel into every home, why not provide Internet access The entire infrastructure of the cabling industry had to undergo some major changes to deal with issues like bidirectional communication, but cable modem service is now common in the United States Cable modems are as common as cable TV boxes NOTE Any high-speed (faster than PSTN) last-mile connection is called a broadband connection

4840G-SLB(config)# ip slb serverfarm WEB 4840G-SLB(config-slb-sfarm)# predictor leastconns 4840G-SLB(config-slb-sfarm)# real 19216811 4840G-SLB(config-slb-real)# weight 32 4840G-SLB(config-slb-real)# maxconns 200 4840G-SLB(config-slb-real)# reassign 2 4840G-SLB(config-slb-real)# faildetect numconns 10 numclients 5 4840G-SLB(config-slb-real)# retry 90 4840G-SLB(config-slb-real)# inservice 4840G-SLB(config-slb-real)# exit 4840G-SLB(config-slb-sfarm)# real 19216812 4840G-SLB(config-slb-real)# weight 64 4840G-SLB(config-slb-real)# maxconns 400 4840G-SLB(config-slb-real)# reassign 4 4840G-SLB(config-slb-real)# faildetect numconns 20 numclients 10 4840G-SLB(config-slb-real)# retry 45 4840G-SLB(config-slb-real)# inservice 4840G-SLB(config-slb-real)# end 4840G-SLB# config t Enter configuration commands, one per line End with CNTL/Z 4840G-SLB(config)# ip slb vserver PrimaryWeb 4840G-SLB(config-slb-vserver)# synguard 100 200 4840G-SLB(config-slb-vserver)# sticky 90 4840G-SLB(config-slb-vserver)# inservice

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The nonrecursive version of fact( ) should be clear It uses a loop that runs from 1 to n and progressively multiplies each number by the moving product The operation of the recursive factr( ) is a little more complex When factr( ) is called with an argument of 1, the function returns 1 Otherwise, it returns the product of factr(n 1)*n To evaluate this expression, factr( ) is called with n 1 This happens until n equals 1 and the calls to the function begin returning Computing the factorial of 2, the first call to factr( ) causes a second, recursive call with the argument of 1 This call returns 1, which is then multiplied by 2 (the original n value) The answer is then 2 Try working through the computation of 3 factorial on your own (You might want to insert printf( ) statements into factr( ) to see the level of each call and what the intermediate answers are) When a function calls itself, a new set of local variables and parameters are allocated storage on the stack, and the function code is executed from the top with these new variables A recursive call does not make a new copy of the function Only the values being operated upon are new As each recursive call returns, the old local variables and parameters are removed from the stack and execution resumes at the point of the function call inside the function Recursive functions could be said to "telescope" out and back Often, recursive routines do not significantly reduce code size or improve memory utilization over their iterative counterparts Also, the recursive versions of most routines may execute a bit slower than their iterative equivalents because of the overhead of the repeated function calls In fact, many recursive calls to a function could cause a stack overrun Because storage for function parameters and local variables is on the stack and each new call creates a new copy of these variables, the stack could be exhausted However, you probably will not have to worry about this unless a recursive function runs wild.

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