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4

4, except that the locations of the evaluation points for cases with 5 and 10 variables are shown The evaluations fall far out along the tails of the distribution, where the values of the distribution are known poorly..

Debuggers exist primarily to assist software developers with locating and correcting errors in their programs, but they can also be used as powerful reversing tools. Most native code debuggers have some kind of support for stepping through assembly language code when no source code is available. Debuggers that support this mode of operation make excellent reversing tools, and there are several debuggers that were designed from the ground up with assembly language level debugging in mind. The idea is that the debugger provides a disassembled view of the currently running function and allows the user to step through the disassembled code and see what the program does at every line. While the code is being stepped through, the debugger usually shows the state of the CPU s registers and a memory dump, usually showing the currently active stack area. The following are the key debugger features that are required for reversers.

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Powerful Disassembler A powerful disassembler is a mandatory feature in a good reversing debugger, for obvious reasons Being able to view the code clearly, with cross-references that reveal which branch goes where and where a certain instruction is called from, is critical It s also important to be able to manually control the data/code recognition heuristics, in case they incorrectly identify code as data or vice versa (for code/data ambiguities in disassemblers refer to the section on disassemblers in this chapter) Software and Hardware Breakpoints Breakpoints are a basic debugging feature, and no debugger can exist without them, but it s important to be able to install both software and hardware breakpoints Software breakpoints are instructions added into the program s code by the debugger at runtime These instructions make the processor pause program execution and transfer control to the debugger when they are reached during execution.

Figure 15.15 Evaluation points. Black points are the original Rosenblueth points for two uncorrelated, unskewed variables. Open points are those de ned by a point reduction scheme on a circle circumscribed around the four points. Large circle is a two-dimensional cut through the nine-dimensional hypersphere for nine variables, and open points on this circle are the locations of points used in point reduction schemes. (Christian, J. T. and Baecher, G. B., 2002, The Point-Estimate Method with Large Numbers of Variables, International Journal for Numerical and Analytical Methods in Geomechanics, Vol. 126, No. 15, pp. 1515 1529, reproduced by permission of John Wiley & Sons). Table 15.8 Values of triangular distribution points for four-variable problem c(kPa) Point a Point c Point b 2 5 6 4.333 0.850 0.422 (deg) 12 15 20 15.64 1.66 0.236 H = 10 m, = 26 deg (kN/m3 ) 17 20 21 19.333 0.850 0.422 (deg) 18 20 22 20 0.802 0

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Hardware breakpoints are a special CPU feature that allow the processor to pause execution when a certain memory address is accessed, and transfer control to the debugger This is an especially powerful feature for reversers because it can greatly simplify the process of mapping and deciphering data structures in a program All a reverser must do is locate a data structure of interest and place hardware breakpoints on specific areas of interest in that data structure The hardware breakpoints can be used to expose the relevant code areas in the program that are responsible for manipulating the data structure in question View of Registers and Memory A good reversing debugger must provide a good visualization of the important CPU registers and of system memory.

Table 15.9 Extreme values of coordinates for Culmann problem with n = 7 c (kPa) Minimum Maximum 1.898 6.409 (deg) 11.492 20.231 (kN/m3 ) 16.898 21.409 (deg) 17.840 22.160

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