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As before, use your own judgment to decide how direct you want to be. Keep in mind, however, that as long as your answer is carefully crafted, you usually will come across as more sincere if you do admit to a mistake or two in your past. If you opt for the direct approach, choose a mistake that is somewhat related to your professional life but not a critical error and emphasize what you ve learned from it. For example, the sample answer that follows uses relocation as a mistake: Fortunately, I ve had a pretty good track record, but, of course, everyone makes mistakes on occasion. I guess the one that has been on my mind lately is the decision I made to leave Boston two years ago. I uprooted my family and left all the family and friends we had here to go to the West Coast, where the economy was stronger at the time. Although we adjusted pretty well considering the culture shock we faced, and while I thrived in my work with California Capital, I knew soon after the move that we all belonged back in New England. I had made the decision on purely objective data, overlooking the more subjective aspect of a decision like that would we feel like fish out of water So, I m eager to get back here in my old stomping ground. I even miss shoveling snow! And, as with all mistakes we make in life, I learned a great deal. This incident reminded me not to make a decision based solely on how something looks on paper, so I think in an ironic way, this mistake has made me a better manager.

You may get some questions that are very personal in nature. For example, I had a woman e-mail a question about combined shipping for a dish set, but she also went into great detail about the pattern, saying that her grandparents had owned this set, so she was going to bid as high as possible to win the auction. It is not a good idea to post these types of questions on the auction page for all bidders to see. Use your best judgment and err on the conservative side. You don t want to make any bidder angry.

In contrast, packet-switching is a network communications technology that lets nodes share bandwidth with each other by sending packets. A packetswitched network (PSN) or packet-switched data network (PSDN) uses packet-switching technology for data transfer. Unlike circuit-switched networks, the data in packet-switched networks is broken up into relatively small units of data, called packets, and is then sent to the next destination based on the destination address contained within each packet. At that destination the packets are reassembled based on the originally assigned sequence numbers. Though the data is manhandled a lot in this process, it results in a network that is very resilient to error. It s important to note that this type of communication between sender and receiver is known as connectionless communication, as opposed to connectionoriented dedicated communications. Dividing communications into packets allows the same data path to be shared. Packet-switched networks are more cost-effective than dedicated circuits because they generate virtual circuits that are created and discarded dynamically, in contrast to a static continuous dedicated circuit. A couple of analogies might help to clarify the difference between dedicated and connectionless networks. Calling someone on the phone creates a dedicated circuit, because you ve established a direct connection with the party at the other end. That party may or may not be the person you want to speak to, nevertheless, you know you made contact. A connectionless network can be likened to sending a letter: You write your message, address it, and mail it. If,

A stack overflow that allows an arbitrary size overwrite is relatively similar in exploitation when compared to Intel x86. The ultimate goal is to overwrite a saved instruction pointer on the stack, and as a result redirect execution to an arbitrary address that contains shellcode. Because of the organization of the stack, however, it is possible only to overwrite the saved registers of the calling function. The ultimate effect of this is that it takes a minimum of two function returns to gain control of execution. If you consider a hypothetical function that contains a stack-based buffer overflow, the return address for that function is stored in the register %i7. The ret instruction on SPARC is really a synthetic instruction that does jmpl %i7+8, %g0. The delay slot will typically be filled with the restore instruction. The first ret/restore instruction pair will result in a new value from %i7 being restored from a saved register window. If this was restored from the stack rather than an internal register, and had been overwritten as part of the overflow, the second ret will result in execution of code at an address of the attacker s choice. Table 10-8 shows what the Solaris/SPARC saved register window on the stack looks like. The information is organized as it might be seen if printed in a debugger like GDB. The input registers are closer to the stack top than the local registers are.