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You've probably noticed that I haven't included prototypes for all the undocumented functions listed in Figure A-1. Although it would be possible to write an entire Undocumented Windows-like chapter that prototypes and documents these functions, that task isn't the purpose of this book. No doubt these functions will be documented and described in the future in some other text. Note that certain of the functions, such as VxDCall0@0, are referenced and used elsewhere in this book, and that you can easily figure out the parameters and actions of some of the other functions. K32LIB.DEF and K32LIB.LIB (for Microsoft VC++) are included on the disk that accompanies this book; you'll find them in the APPENDIX directory in the source tree for the files. Normally, the Microsoft linker creates an import library for a DLL when it links the DLL. However, the Microsoft LIB.EXE program can create an import library from a .DEF file. To rebuild the import library from K32LIB.DEF, you can use the MAKE.BAT in the same directory as K32LIB.DEE MAKE.BAT is nothing more than the following:

If the face is traversed completely without hitting the circle C , the packet is sent to the node visited so far, which is closer to the destination than U (if no node is closer to the destination than U , routing failure will be reported) If C is hit for the rst time, the face is traversed in the opposite direction If C is hit for the second time and none of the visited nodes are closer to the destination than U , face traversal continues as if started at U and the radius of C is exponentially increased Once face traversal visits up to a predetermined constant factor with more nodes closer to the destination, GOAFR+ interrupts face traversal and switches to greedy mode again.

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Noise, faulty hardware, or a collision with another frame can cause bits in a frame to get changed or dropped, resulting in an error condition that is often referred to as frame corruption After receiving a valid preamble, an adapter buffers incoming bits until it detects loss of clock or an out-of-range voltage condition indicating that the frame has ended If the frame is addressed to the receiver, or if it is addressed to the broadcast address or to a multicast group to which the receiver belongs, then error checking begins The frame must include a minimum of 64 bytes It must have a valid 8023 length, if it is an 8023 frame Finally, the frame must have a valid CRC If a recipient adapter detects that a frame has an error, then the frame is discarded.

A protocol analyzer operates by placing its Ethernet adapter into promiscuous mode This means that the adapter accepts all frames without regard for the destination address Some adapters also support error frame capture It's important to determine if your analyzer is using a NIC that supports error capture If it is not, then no error statistics will be available and the error counts in the analyzer will always be zero Because almost all corrupted frames have a bad CRC, it is also important to know how a particular analyzer categorizes corrupted frames.

The cost of a path is de ned as the sum of costs of all edges in the path, where the cost of an edge could be any cost metric, which is polynomial in the Euclidean distance In Kuhn et al (2002) it has been shown that the worst case cost of any geometric routing algorithm is bounded by, at most, the quadratic path costs (compared to the shortest weighted path), which is denoted as asymptotic optimality It was pointed out by Kuhn et al, (2003b) that asymptotic optimality cannot be achieved if face traversal is switching back to the greedy mode when the line that connects the concave node and the destination is intersected for the rst time (eg, GFG is not asymptotically optimal).

Does the analyzer categorize corrupted frames as CRC errors and also runts, alignment errors, and so on Or does the analyzer categorize errors on the basis of a predominant fault, in which case a corrupted frame less than 64 bytes long would probably be called a fragment or runt, but not a CRC error Analyzer users need to understand the rules for statistical reporting of corrupted frames as implemented by their analyzer vendor When deciding whether CRC errors are excessive, it helps to consider the de facto standards for bit error rates on standard cabling Fiber optic cabling should not experience more than one bit error per 1011 bits Copper cabling should not experience more than one bit error per 106 bits If you determine that the rate of CRC errors on your Ethernet segments is too high, try to determine the cause.

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