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Sometimes a struct or array can be accessed without loading a dedicated register with the address to the data structure. This typically happens when a specific array item or struct member is specified and when that data structure resides on the stack. In such cases, the compiler can use hard-coded stack offsets to access individual fields in the struct or items in the array. In such cases, it becomes impossible to distinguish complex data types from simple local variables that reside on the stack.

A-WARNING AT OR BEFORE FAILURE (.05 .5) B-WARNING AFTER FAILURE (.5 .95)

In some cases, it is just not possible to recover array versus data structure information. This is most typical with arrays that are accessed using hardcoded indexes. The problem is that in such cases compilers typically resort to a hard-coded offset relative to the starting address of the array, which makes the sequence look identical to a struct access sequence.

13

(10 32,000 CFS)

Take the following code snippet as an example:

9

mov mov mov mov eax, DWORD PTR [esp-4] DWORD PTR [eax], 0 DWORD PTR [eax+4], 1 DWORD PTR [eax+8], 2

GREATEST SINGLE CONTRIBUTION = BREACH DUE TO FLOODS CAUSING > 1 FT. OVERTOPPING AND LEAST WARNING 6 LOSS OF LIFE OF 25 PROBABILITY = 9.0 10 5 ANY LOSS OF LIFE 1.8 10

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The problem with this sequence is that you have no idea whether EAX represents a pointer to a data structure or an array. Typically, array items are not accessed using hard-coded indexes, and structure members are, but there are exceptions. In most cases, the preceding machine code would be produced by accessing structure members in the following fashion:

* BREACH OF THE EMBANKMENT DAM WILL BE LARGER ON THE RIGHT SIDE THAN ON THE LEFT SIDE. HOWEVER IT WAS SUBSEQUENTLY JUDGED THAT THE CONSEQUENCES WOULD BE SIMILAR.

void foo1(TESTSTRUCT *pStruct) { pStruct->a = FALSE; pStruct->b = TRUE; pStruct->c = SOMEFLAG; // SOMEFLAG == 2 }

The problem is that without making too much of an effort I can come up with at least one other source code sequence that would produce the very same assembly language code. The obvious case is if EAX represents an array and you access its first three 32-bit items and assign values to them, but that s a fairly unusual sequence. As I mentioned earlier, arrays are usually accessed via loops. This brings us to aggressive loop unrolling performed by some compilers under certain circumstances. In such cases, the compiler might produce the above assembly language sequence (or one very similar to it) even if the source code contained a loop. The following source code is an example when compiled using the Microsoft C/C++ compiler with the Maximize Speed settings, it produces the assembly language sequence you saw earlier:

7 10

Understanding the de nitions is essential: Abandon: A race that a race committee or protest committee abandons is void but may be resailed.

void foo2(int *pArray) { for (int i = 0; i < 3; i++) pArray[i] = i; }

This is another unfortunate (yet somewhat extreme) example of how information is lost during the compilation process. From a decompiler s standpoint, there is no way of knowing whether EAX represents an array or a data structure. Still, because arrays are rarely accessed using hard-coded offsets, simply assuming that a pointer calculated using such offsets represents a data structure would probably work for 99 percent of the code out there.

(10 32,000 CFS)

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