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The racing rules can be quite complicated and confusing. However, there aren t really that many that need to be understood. A minimum understanding, even at Olympic level, is only three rules: windward/leeward, port and starboard and rounding and passing marks. However, each of these rules includes quite a few different examples. These can be worked out pretty easily using models and the many specialist rule books. It is all well and good understanding which boat has right of way at any given circumstance, however, in reality, there is another set of rules: what happens in real life, and how it ultimately affects the race results. A prime example is windward/leeward in the pre-start. It is illegal for a leeward boat to come so close to a windward boat that the windward boat cannot keep clear. However, in reality, if the windward boat cannot keep clear, it either ends up in a protest or with both boats caught up in a tangle. The result of this situation is either a 50/50 protest, where it s pretty hard to prove that the right-of-way boat failed to give room, or both boats have a bad race. It is, therefore, important to understand that sometimes it is better to keep clear, even if technically you may be in the right. It is rather like using a zebra crossing: you look for traf c and check whether it is going to stop. Do you step into the road if it doesn t look as if it s going to stop Learn the three rules and try to anticipate problems.

mov mov cmp jge LoopStart: mov add cmp jl EndOfLoop: eax, DWORD PTR [c] ecx, DWORD PTR [array] eax, 1000 EndOfLoop DWORD PTR [ecx+eax*4], eax eax, 1 eax, 1000 LoopStart

It seems that even in this case the compiler is intent on avoiding the two jumps. Instead of moving the comparison to the beginning of the loop and adding an unconditional jump at the end, the compiler leaves everything as it is and simply adds another condition at the beginning of the loop. This initial check (which only gets executed once) will make sure that the loop is not entered if the counter has an illegal value. The rest of the loop remains the same.

(A.19)

For the purpose of this particular discussion a for loop is equivalent to a pretested loop such as the ones discussed earlier.

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So what kind of an effect do posttested loops implemented in the high-level realm actually have on the resulting assembly language code if the compiler produces posttested sequences anyway Unsurprisingly very little. When a program contains a do...while() loop, the compiler generates a very similar sequence to the one in the previous section. The only difference is that with do...while() loops the compiler never has to worry about whether the loop s conditional statement is expected to be satisfied or not in the first run. It is placed at the end of the loop anyway, so it must be tested anyway. Unlike the previous case where changing the starting value of the counter to an unknown value made the compiler add another check before the beginning of the loop, with do...while() it just isn t necessary. This means that with posttested loops the logic is always placed after the loop s body, the same way it s arranged in the source code.

Higher moments are seldom used in reliability work, but the fourth moment is used to de ne the kurtosis (or atness ) coef cient:

A loop break condition occurs when code inside the loop s body terminates the loop (in C and C++ this is done using the break keyword). The break keyword simply interrupts the loop and jumps to the code that follows. The following assembly code is the same loop you ve looked at before with a conditional break statement added to it:

10

X =

mov mov LoopStart: cmp jne mov add cmp jl AfterLoop: eax, DWORD PTR [c] ecx, DWORD PTR [array] DWORD PTR [ecx+eax*4], 0 AfterLoop DWORD PTR [ecx+eax*4], eax eax, 1 eax, 1000 LoopStart

This code is slightly different from the one in the previous examples because even though the counter originates in an unknown source the condition is only checked at the end of the loop. This is indicative of a posttested loop. Also, a new check has been added that checks the current array item before it is

4 X

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