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2. 3. 4. 5. 6.

5

Example of a Food diary.

tested in the source code That s because the processor needs to know whether to skip code, and high-level languages have a different perspective which terms must be satisfied in order to enter a certain conditional block In this case, the test of whether ESI equals EBX must have been originally stated as if (ESI != EBX), and there was a very large chunk of code within those curly braces The address to which JE is jumping is simply the code that comes right after the end of that conditional block It is important to realize that, according to this theory, every line between that JE and the address to which it jumps resides in a conditional block, so any additional conditions after this can be considered nested logic Let s take this logical analysis approach a bit further.

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Compute G and at xi . Form the expressions for the new xi = xi i xi . Substitute these expressions into g(x1 , x2 , . . . , xn ) = 0, and solve for . With this value of , calculate new values of xi = i . Repeat steps 2 through 5 until the process converges.

The conditional jump that immediately follows the JE tests the same two registers, ESI and EBX, and jumps to ntdll7C96252B if ESI EBX Again, we re working under the assumption that the condition is reversed (a detailed discussion of when conditions are reversed and when they re not can be found in Appendix A) This means that the original condition in the source code must have been (ESI > EBX) If it isn t satisfied, the jump is taken, and the conditional block is skipped One important thing to notice about this particular condition is the unconditional JMP that comes right before ntdll7C96252B This means that ntdll7C96252B is a chunk of code that wouldn t be executed if the conditional block is executed This means that ntdll7C96252B is only executed when the high-level conditional block is skipped.

The process is best understood from examples, two of which follow. The rst is the failure of the vertical cut with which the chapter started, and the second is the Culmann single plane slope failure analysis discussed in 15. Example 16.1 Reliability of Vertical Cut Using Factor of Safety The failure criterion based on the factor of safety is F 1 = 0, so g(c, ) = 4c 1=0 H 4 g = c c H 4c g = 2 H

Why is that When you think about it, this is a most popular high-level language programming construct: It is simply an if-else statement The else block starts at ntdll 7C96252B, which is why there is an unconditional jump after the if block we only want one of these blocks to run, not both..

Whenever you find a conditional jump that skips a code block that ends with a forward-pointing unconditional JMP, you re probably looking at an if-else block. The block being skipped is the if block, and the code after the unconditional JMP is the else block. The end of the else block is marked by the target address of the unconditional JMP.

g 4 = c H g 4c = 2 H First iteration:

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For more information on compiler-generated logic please refer to Appendix A. Let s now proceed to investigate the code chunk we were looking at earlier before we examined the code at ntdll.7C962554. Remember that we were at a condition that compared ESI (which is the index from offset +10) against EBX (which is apparently the index of the element we are trying to get). There were two conditional jumps. The first one (which has already been examined) is taken if the operands are equal, and the second goes to ntdll.7C96252B if ESI EBX. We ll go back to this conditional section later on. It s important to

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