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probabilities by their corresponding consequences, and in the latter case by integrating the consequences over the pdf An event tree quickly becomes large Expanding a simple chain of events leading from an initiating event of high rainfall to strength failure of a levee could pass through at least the following ve events, each of which might have many possible outcomes: (1) an extreme storm generates rainfall of a given amount; (2) discharge in the river exceeds some value; (3) stage rises above some critical elevation; (4) high water lasts for a critical length of time; and nally (5) the levee fails due to high loads and rising pore pressures Simplifying to dichotomous events yields the tree of Figure 2018, which is already large.

00401D1F 00401D22 00401D29 MOV EAX,DWORD PTR SS:[EBP+8] IMUL EAX,DWORD PTR DS:[406020] MOV DWORD PTR SS:[EBP-10],EAX

Exercise:

This sequence takes the low-order word of the name integer that was produced earlier and multiplies it with a global variable at [406020]. If you go back to the function that obtained the volume serial number, you will see that it was stored at [406020]. So, Defender is multiplying the low part of the name integer with the volume serial number, and storing the result in [EBP10]. The next sequence that appears related is part of the decryption loop:

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A more realistic model might include consideration of whether soft zones ( aws) exist within the embankment, how high the pore pressures rise, whether a levee experiencing structural instability might yet retain the ood ow, and so on One problem with any of the simple logic tools used to model risks associated with system performance, such as in uence diagrams or event trees, is that the tools are static analyses that decompose events into individual realizations This simpli es the analysis, but may lose important features Since the tree grows combinatorially with the number of events, care must be taken to keep event chains as short as can be reasonably accommodated Consider an issue suggested by Zielinsky (2001) of the height and duration of overtopping Each is important for failure, and they act jointly.

00401D7B 00401D7E 00401D81 00401D83 00401D86 MOV MOV SUB MOV XOR EAX,DWORD ECX,DWORD ECX,EAX EAX,DWORD ECX,DWORD PTR SS:[EBP+10] PTR SS:[EBP-10] PTR SS:[EBP-28] PTR DS:[EAX]

This sequence subtracts the parameter at [EBP+10] from the result of the previous multiplication, and XORs that value against the encrypted function! Essentially Defender is doing Key = (NameInt * VolumeSerial) LOWPART(SerialNumber). Smells like trouble! Let the decryption routine complete the decryption, and try to step into the decrypted code. Here s what the beginning of the decrypted code looks like (this is quite random your milage may vary).

Shallow overtopping, that is, not much water volume passing over the levee, may cause failure, but only if the condition lasts for a long time; if the overtopping is brief, the levee may withstand potential erosion On the other hand, deep overtopping even if brief may cause failure Figure 2019 shows two cases of overtopping On the left, the overtopping is shallow but lasts for 20 hours; on the right, the overtopping is deep but lasts a much shorter time, perhaps three or four hours Both are cases of overtopping, but the levee may respond differently to each A simple in uence diagram or event tree may not capture this combined dependence Events may need to be de ned by depth-duration pairs in order to model the behavior of the levee For convenience, event trees are usually separated by initiating event (Figure 2020).

00401E32 00401E33 00401E34 00401E37 00401E3D 00401E3E PUSHFD AAS ADD BYTE PTR DS:[EDI],-22 AND DH,BYTE PTR DS:[EAX+B84CCD0] LODS BYTE PTR DS:[ESI] INS DWORD PTR ES:[EDI],DX

The best way to work on downwind tactics is over a small course. Start upwind for approximately the time you want to do downwind exercises (for a two-hour exercise, sail upwind for two hours, making the total sailing time approximately four hours) and have a downwind start. This is a follow-my-leader with everyone on a reach, tacking

Thus, in a dam safety study it is common to see three, four, or even more event trees, associated respectively with extreme storms, earthquakes, aws in design or construction,.

It is quite easy to see that this is meaningless junk. It looks like the decryption failed. But still, it looks like Defender is going to try to execute this code! What happens now really depends on which debugger you re dealing with, but Defender doesn t just go away. Instead it prints its lovely Sorry . . . Bad Key. message. It looks like the top-level exception handler installed earlier is the one generating this message. Defender is just crashing because of the bad code in the function you just studied, and the exception handler is printing the message.

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