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CALL <JMP.&KERNEL32.lstrlenA> PUSH EBX XOR EBX,EBX MOV ECX,EAX MOV ESI,DWORD PTR [EBP+8] PUSH ECX XOR EAX,EAX LODS BYTE PTR [ESI] SUB EAX,30 DEC ECX JE SHORT Key4.004013AA IMUL EAX,EAX,0A LOOPD SHORT Key4.004013A5 ADD EBX,EAX POP ECX LOOPD SHORT Key4.0040139B MOV EAX,EBX POP EBX LEAVE RET 4

In these expressions i and i are constants that depend on the element geometry and Poisson s ratio. They ran analyses for the effects of a strip surface load of width B over a layer of thickness 4B. The rst-order approximation yielded estimates of the expected values of the displacements under various assumptions regarding the correlation function. The variance of the relative settlement is V [ ur ] = V [ui uj ] = V [ui ] + V [ui ] 2C[ui , uj ] (19.23)

Listing 11.2 (continued)

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boat changes direction and is brought back up to maximum speed a.s.a.p. In a tack this point is head to wind; in a gybe you need to start moving as soon as the main crosses the boat. In both tacks and gybes you need to get your weight out as soon as the sails ll, even if you subsequently move the weight back in again.

From looking at the code, it is evident that there are two code areas that appear to contain the key-generation algorithm. The first is the Key4.0040130B section in Listing 11.1, and the second is the entire function from Listing 11.2. The part from Listing 11.1 generates the value in ESI, and the function from Listing 11.2 returns a value into EAX. The two values are compared and must be equal for the program to report success (this is the comparison that we patched earlier). Let s start by determining the input data required by the snippet at Key4.0040130B. This code starts out with ECX containing the length of the first input string (the one from the top text box), with the address to that string (40303F), and with the unknown, hard-coded address 40351F. The first thing to notice is that the sequence doesn t actually go over each character in the string. Instead, it takes the first four characters and treats them as a single double-word. In order to move this code into your own keygen, you have to figure out what is stored in 40351F. First of all, you can see that the address is always added to EAX before it is referenced. In the initial iteration EAX equals 1, so the actual address that is accessed is 403520. In the following iterations EAX is set to 4, so you re now looking at 403524. From dumping 403520 in OllyDbg, you can see that this address contains the following data:

If it is assumed that the absolute differential settlements ( uabs = |ui uj |) are Normally distributed, the moments of the absolute relative settlement become

00403520 25 40 24 65 72 77 72 23 %@$erwr#

E[ uabs ] =

11

Notice that the line that accesses this address is only using a single byte, and not whole DWORDs, so in reality the program is only accessing the first (which is 0x25) and the fourth byte (which is 0x65) In looking at the first algorithm from Listing 111, it is quite obvious that this is some kind of key-generation algorithm that converts a username into a 32bit number (that ends up in ESI) What about the second algorithm from Listing 112 A quick observation shows that the code doesn t have any complex processing All it does is go over each digit in the serial number, subtract it from 0x30 (which happens to be the digit 0 in ASCII), and repeatedly multiply the result by 10 until ECX gets to zero This multiplication happens in an inner loop for each digit in the source string.

6

2 V [ ur ] 2

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