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ryptography, the art of secret writing, enables two or more parties to communicate and exchange information securely. Rulers throughout history have depended on classical cryptography for secure communication over insecure channels. A classical cryptographic cipher scrambles a message by using encryption rules along with a secret key. The cipher substitutes each symbol or group of symbols in the original message with a sequence of one or more cipher text symbols. The encryption rules are not secret, but only a recipient who knows the secret key will be able to decrypt the message. The success of many operations critically depends on our ability to create confidential channels of communications. Financial institutions must conduct business negotiations securely, safe from the eyes of prying competitors. Generals require military command and control systems to relay orders down the chain of command without the fear of enemy interception. Customers must be able to buy merchandise without the risk of theft or fraud. Secrecy is essential for success. In each of these scenarios, in addition to confidentiality we also need other security principles such as authentication, integrity, and non-repudiation. We must be able to establish with a reasonable degree of confidence that the party we are in communication with is indeed whom they claim they are. We must prevent message modification or tampering in transit. In addition, we must protect ourselves from those who deny transacting business with us if today s friend becomes tomorrow s foe. The success of the Internet as a marketplace for services and information depends on the strength of our cryptographic protocols and algorithms. Our claims that we have accomplished some security principle are only as good as our ability to prove that our assumptions hold true. For example, cryptography assumes

Method bringDWToFront() Returns N/A Use Brings the Dreamweaver window in front of any other application running. Brings the Fireworks window in front of any other application running. Executes the supplied JavaScript function or scriptlet.

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Evaluating an SQL statement in SQLite is a two-step process. First the statement must be compiled using RSqlStatement::Prepare(). Then the resulting prepared statement is run using RSqlStatement::Next(). The relative amount of time spent doing each of these steps depends on the nature of the SQL statement. SELECT statements that return a large result set and UPDATE or DELETE statements that touch many rows of a table normally spend most of their time in the Virtual Machine module and relatively little time being compiled. Simple INSERT statements, on the other hand, can take twice as long to compile as they take to run in the virtual machine. A simple way to reduce the CPU load of an application that uses SQLite is to cache the prepared statements or RSqlStatement objects and reuse them. Of course, one rarely needs to run exactly the same SQL statement more than once. But if a statement contains one or more bound parameters, you can bind new values to the parameters prior to each run and thus accomplish something different with each invocation.

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With the CSS Styles category, you can enable the shorthand method for any or all of the five different properties that permit it. Select any of the checkboxes under Use Shorthand For to have Dreamweaver write your style code in this fashion. The second option in the CSS Styles category determines how Dreamweaver edits styles in previously coded pages. If you want to retain the format of the original page, click Use Shorthand If Original Used Shorthand. If you want Dreamweaver to write new code in the manner that you specify, select Use Shorthand According to Settings Above.

hroughout this book, you have learned how to create online content. However, once you create the content you also have to maintain it. You need to ensure your site does not contain errors, that revisions don t break links, and that you are fairly insulated from data loss. This chapter covers these topics and shows you how to perform routine maintenance on your site to minimize problems.

In contrast to B2C e-commerce, B2B e-commerce is characterized by a number of features and these include [Turban et al., 2000; Schneider et al., 20001

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Medium cost/medium probability. The heart of the problem, and the most interesting one, is the class of medium cost/medium probability attacks. This class includes, for example, attacks by insiders over extended periods on small portions of the corporate assets, stealing enough to make crime profitable but not enough to make the company advertise the theft when discovered. We do not include these in our analysis because it is hard to estimate these values. In a real cost-benefit analysis, we recommend using internal historical data of actual intrusions in this category to justify security expenses in this important category. The remaining six categories. A low cost/low probability attack is not worth worrying about. At the other end, unless you run a military site or are part of a highprofile security organization, high cost/high probability attacks probably do not apply. Four of the remaining buckets fall in a gray area: medium/high, high/medium, medium/low, and low/medium. Classifying an attack in any of these is a subjective matter. We will ignore these, but they might contain important samples for your company.

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