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This function starts out by reading a fixed size (4,104-byte) chunk of data from the archive file. The interesting thing about this read operation is how the starting address is calculated. The function receives a parameter that is multiplied by 4,104, adds 0x28, and is then used as the file offset from where to start reading. This exposes an important detail about the internal organization of Cryptex files: they appear to be divided into data blocks that are 4,104 bytes long. Adding 0x28 to the file offset is simply a way to skip the file header. The second parameter that this function takes appears to be some kind of a block number that the function must read. After the data is read into memory, the function proceeds to decrypt it using the CryptDecrypt function. As expected, the data-length parameter (which is the sixth parameter passed to this function) is again hard-coded to 4104. It is interesting to look at the error message that is printed if this function fails. It reveals that this function is attempting to read and decrypt a cluster, which is probably just a fancy name for what I classified as those fixed-sized data blocks. If CryptDecrypt is successful, the function simply returns to the caller while returning the address of the newly decrypted block.

The exact movement of your hands and feet will be very similar for both, regardless of the conditions. What will change is the speed and timing (see 6.3). A good tack is a tack where you continue to make maximum progress upwind. The aim is not to tack as quickly as possible, or to come out as fast as possible, but to continue getting closer to the windward mark as fast as you can. The boat may then (as a result) spend a reasonable amount of time head to wind (going a bit slower, but in exactly the right direction). This obviously depends upon the class and the sailing conditions. A good gybe run to run follows the same principle. You wish to make as much ground downwind as possible. There may be times when you have to tack or gybe quickly, so it is important to practise this occasionally. However, priority should be given to doing good tacks and gybes. Remember, the slower the turn the easier it is to get across the boat, but the slower the boat may end up going, so be careful not to load up the rig. Generally you want to turn as fast as you can with good crew movements.

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(18.30)

9

which, coupled with NGSCB-enabled hardware, will allow future versions of Windows to support the Nexus execution mode. Under the Nexus mode the system will support protected memory, which is a special area in physical memory that can only be accessed by a specific process. It is too early to tell at this point how difficult it will be to crack protection technologies on trusted computing platforms. Assuming good designs and solid implementations of those platforms, it won t be possible to defeat copy protection schemes using the software-based approaches described in this book. That s because reversing is not going to be possible before a decrypted copy of the software is obtained, and decrypting the software is not going to be possible without some level of hardware modifications. However, it is probably not going to be possible to create a trusted platform that will be able to withstand a hardware-level attack undertaken by a skilled cracker.

which yields a coef cient of variation of, q = 157/760 = 0.21. In design, the prediction of bearing capacity using this empirically calibrated formula would have no bias, that is, the mean value of the ratio of observed to predicted bearing capacity is by de nition, 1.0, since Figure 18.4 calibrates the method to experience. The coef cient of variation would be, as above, 21%. For these values, and using dead and live load factors of 1.25 and 1.75, respectively, the corresponding resistance factor using the FORM methodology is about R = 0.62 for a reliability index = 3. The design equation then becomes Rr = Rn i Qi (18.31)

At this point, it is obvious that all current protection technologies are inherently flawed. How is it possible to control the flow of copyrighted material when there is no way to control the user s access to data on the system If a user is able to read all data that flows through the system, how will it be possible to protect a program s binary executable or a music recording file Practically all protection technologies nowadays rely on cryptography, but cryptography doesn t work when the attacker has access to the original plaintext! The specific attack techniques for defeating copy protection mechanisms depend on the specific technology and on the asset being protected. The general idea (assuming the protection technology relies on cryptography) is to either locate the decryption key, which is usually hidden somewhere in the program, or to simply rip the decrypted contents from memory as soon as they are decrypted. It is virtually impossible to prevent such attacks on current PC platforms, but trusted computing platforms are likely to make such attacks far more difficult to undertake. 11 discusses and demonstrates specific cracking techniques in detail.

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