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the operational environment. They are also concerned with the external view of the enterprise and security issues related to interactions with suppliers, partners, customers, and regulators. They must balance conflicting business factors, such as producing maximum service and security with minimum cost. They view security as an enterprise strategic property: is the enterprise secure and does it follow good security practice System developers architects, designers, implementers. This audience is concerned with incorporating security into systems and software engineering. They must design and build systems that satisfy both functional and security requirements, and that conform to the overall enterprise s security policies and constraints. They also have a system life cycle perspective that ranges from system requirements, through implementation and evolution. They view security as a system (nonfunctional) property: is the system secure Operations managers. This audience is concerned with running secure operations. They must define procedures to be followed at run-time to maintain security of both the enterprise and the systems, and that conform to the overall enterprise s security policies and constraints. They view security as an operational property: are the operations secure

If you have ever traded options, you already know that the symbols are virtually impossible to remember. They are a combination of a root symbol (which often has little correlation to the underlying security symbol), a strike symbol, and an expiration symbol. Added to this complication is the fact that it s dif cult to know what strikes and months are available for any given stock or index. The Options Search wizard in ProphetCharts eliminates this problem. Choose Find Option . . . from the Symbols menu, and the Options Wizard appears. The only information you need to provide is the stock symbol whose option you want to nd. Enter the symbol in the Symbol box and click the Set button (Figure 2.12). This will cause the Options Wizard to query the database for all expiration months and strike prices available for a particular stock. Once this information is loaded, choose the expiration month and year you want from the Expiration dropdown, the strike price you want from the Strike Price dropdown, and click Get Chart.

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In the audience perspectives above, security is portrayed as a property or -ility of an enterprise or system, in the class of properties such as reliability, safety, performance, usability, and maintainability. In another sense, however, security is more than that. Security is a multidimensional domain of knowledge and expertise that includes a variety of areas or categories of known problems and solutions, such as identification and authentication (I&A), authorization, accountability, availability, integrity, and confidentiality. A degree of maturity of understanding has been achieved in many of these security areas, both in terms of known problems and known solutions, enabling the definition of patterns. Both of these perceptions of security as a property and as a separate domain of knowledge are important. Security, as a domain of knowledge, lends itself to the development of a stand-alone security pattern language, or a system of security patterns, analogous to the pattern language for building and planning that Christopher Alexander and his colleagues defined [AIS+77] or to Doug Lea s system of design patterns for avionics control systems [Lea94]. A further reason for isolating security as a standalone issue is that the security of a system or enterprise often needs to be analyzed separately, not only for troubleshooting, but also for test and certification to operate. However, there is an important difference between the treatment of patterns in the security domain and those in building construction or avionics. That difference stems from the fact that security is a property of a system that is built for some purpose other than security. Lea s avionics patterns can be used to build avionics software,

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