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The de nition of event as used in common speech has to do with outcomes and occurrences: with things that come to pass or come into being, with things that happen:

It looks like the second parameter is a pointer to the base address. IN OUT specifies that the function reads the value stored in BaseAddr and then writes to it. The way this works is that the function attempts to allocate memory at the specified address and writes the actual address of the allocated block back into BaseAddress. So, Defender is passing the time-stamp counter as the proposed allocation address. . . . This may seem strange, but it really isn t all the program is doing is trying to allocate memory at a random address in memory. The time-stamp counter is a good way to achieve a certain level of randomness. Another interesting aspect of this call is the fourth parameter, which is the requested block size. Defender is taking a value from [EBP-4] and using that as the block size. Going back in the code, you can find the following sequence, which appears to take part in producing the block size:

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Figure 20.5 Example of a fault tree applied to the problem of dam failure (Parr and Cullen 1988).

11

7

00403604 00403607 0040360A 0040360D 00403610 00403613 00403616 MOV MOV ADD MOV MOV MOV MOV EAX,DWORD ECX,DWORD ECX,DWORD DWORD PTR EAX,DWORD EAX,DWORD DWORD PTR PTR [EBP-70] PTR [EBP-70] PTR [EAX+3C] [EBP-74],ECX PTR [EBP-74] PTR [EAX+1C] [EBP-78],EAX

Not Overtopped (S2) Dam Overtopped (F2)

This sequence starts out with the NTDLL base address from [EBP+8] and proceeds to access the PE part of the header. It then stores the pointer to the PE header in [EBP-74] and accesses offset +1C from the PE header. Because the PE header is made up of several structures, it is slightly more difficult to figure out an individual offset within it. The DT command in WinDbg is a good solution to this problem.

0:000> dt _IMAGE_NT_HEADERS -b +0x000 Signature : Uint4B +0x004 FileHeader : +0x000 Machine : Uint2B +0x002 NumberOfSections : Uint2B +0x004 TimeDateStamp : Uint4B +0x008 PointerToSymbolTable : Uint4B +0x00c NumberOfSymbols : Uint4B +0x010 SizeOfOptionalHeader : Uint2B +0x012 Characteristics : Uint2B +0x018 OptionalHeader : +0x000 Magic : Uint2B +0x002 MajorLinkerVersion : UChar +0x003 MinorLinkerVersion : UChar +0x004 SizeOfCode : Uint4B +0x008 SizeOfInitializedData : Uint4B +0x00c SizeOfUninitializedData : Uint4B +0x010 AddressOfEntryPoint : Uint4B +0x014 BaseOfCode : Uint4B +0x018 BaseOfData : Uint4B . .

(IS1S2)

Offset +1c is clearly a part of the OptionalHeader structure, and because OptionalHeader starts at offset +18 it is obvious that offset +1c is effectively offset +4 in OptionalHeader; Offset +4 is SizeOfCode. There is one other short sequence that appears to be related to the size calculations:

Gate OK (S1) Flood Event (I )

0040363D 00403640 00403643 MOV EAX,DWORD PTR [EBP-7C] MOV EAX,DWORD PTR [EAX+18] MOV DWORD PTR [EBP-88],EAX

Remember the boat behind (whether upwind or downwind) is always the attacker. It dictates when the lead boat must tack (to cover) and can therefore force it to tack onto headers, or, when downwind, can aggressively cover the boat in front. Playing attacker/ defender is a very good exercise, but it can get quite aggressive with two equally matched sailors, or quite disheartening for two mismatched sailors. It is always best to race with someone of similar abilities, ensuring that both sailors stay within the rules.

In this case, Defender is taking the pointer at [EBP-7C] and reading offset +18 from it. If you look at the value that is read into EAX in 0040363D, you ll

(IS1F2)

see that it points somewhere into NTDLL s header (the specific value is likely to change with each new update of the operating system). Taking a quick look at the NTDLL headers using DUMPBIN shows you that the address in EAX is the beginning of NTDLL s export directory. Going to the structure definition for IMAGE_EXPORT_DIRECTORY, you will find that offset +18 is the Number OfFunctions member. Here s the final preparation of the block size:

00403649 0040364F 00403652 MOV EAX,DWORD PTR [EBP-88] MOV ECX,DWORD PTR [EBP-78] LEA EAX,DWORD PTR [ECX+EAX*8+8]

Gate Fails (F1)

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