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strategy. To swerve like that from your system, especially mid-day, is a risk you shouldn t be taking. Your system is based on the exposure you re used to, and that s where you should stay. If you ve been trading 100-share blocks all day, then you re comfortable with the price swings, and how those swings affect the margins for pro t and loss. As soon as you add exposure, however by way of more shares or more highly priced stock then you ve just become overexposed. I mentioned in the rst paragraph of this chapter that overexposure can happen when you buy stock at the wrong time. I believe that bad timing is the worst of the pitfalls that torture amateur day traders. Eventually, however, time teaches.

Nobody can turn dross into gold. The estimated number of acceptable xes that can be integrated into the baseline is a good metric to keep in mind. The more xing that is needed, the worse the original and resulting codes. It has also been said that one x creates ve new defects in the system. Some hints on deciding what to x and what not is discussed in more detail in later chapters. In order to guarantee equal access to the software plus the possibility of following the overall maturity development of the platform, MSW releases a new platform package every two weeks to all customer programs. This means two deliveries every month for each incremental release. If it wishes to do so, a customer program can integrate each new software package every two weeks into its own development environment, but that may cause a signi cant amount of work as well as increasing the complexity of reverse engineering if regression is necessary. Whether integrating everything in each release is worth doing depends on the number of modi cations made to the platform as well as to other procedures in the program, but it certainly adds extra managerial challenges to the building process. The following chapters provide different viewpoints on how to evaluate which releases should be integrated as a complete package and which may be worth neglecting completely.

A feature of a class is therefore any attribute of the class, any operation of the class, or any opposite association end of an association connected to the class. This de nition includes inherited features (see Section 1.2.2). Attributes and association ends can be annotated with the constraint {readOnly} (in older versions of UML this was {frozen}) to indicate that they cannot be modi ed after being set initially (e.g., someone s date of birth). Such features are like constants in programming languages. Association ends with multiplicities other than 1 can be marked as {addOnly} to indicate that elements cannot be removed from them, only added. Operations come in two varieties:

If you re new to all of this and just want to see what some of this stuff looks like, here are some Web sites you can visit. They re all network hardware manufacturers, not retailers: n n n n n n n D-Link: www.d-link.com Gigafast: www.gigafast.com LinkSys: www.linksys.com Netgear: www.netgear.com SMC Networks: www.smc.com TrendNET: www.trendnet.com U.S. Robotics: www.usr.com

Fig. IO.40 tasks (b).

to the rm. He identi es three speci c drivers of brand equity, including brand awareness, brand attitude, and brand ethics.

18. OMG. Uni ed Modeling Language: Superstructure Version 2.0. Object Management Group, Needham, MA, 2005. 19. OMG. Uni ed Modeling Language: Superstructure Version 2.1.1. Object Management Group, Needham, MA, 2007. 20. G. Reggio, E. Astesiano, and C. Choppy. Casl-ltl : A Casl Extension for Dynamic Reactive Systems Summary. Technical Report DISI-TR-99-34. DISI Universit di Genova, Genova, Italy, 1999. 21. G. Reggio, M. Cerioli, and E. Astesiano. Towards a rigorous semantics of UML supporting its multiview approach. In FASE 01: Proceedings of the 4th International Conference on Fundamental Approaches to Software Engineering, pp. 171 186, London. Springer-Verlag, New York, 2001. 22. E. Seidewitz. What models mean. IEEE Software, 20(5):26 32, 2003. 23. L. Shan and H. Zhu. A formal descriptive semantics of UML. In Proceedings of ICFEM 08, pp. 375 396. Springer-Verlag, New York, Oct. 2008. 24. C. Snook and M. Butler. UML-B: formal modeling and design aided by UML. ACM Transactions on Software Engineering Methodology, 15(1):92 122, 2006. 25. R. Van, D. Straeten, J. Simmonds, and T. Mens. Detecting inconsistencies between UML models using description logic. In Proceedings of DL 2003, 2003. 26. D. Varro, A formal semantics of UML statecharts by model transition systems. In Proceedings of ICGT 2002: International Conference on Graph Transformation. Lecture Notes in Computer Science, Vol. 2505, pp. 378 392. Springer-Verlag, New York, 2002. 27. M. von der Beeck. A structured operational semantics for UML-statecharts. Software Systems Model, 1:130 141, 2002. 28. C. Weidenbach. Spass version 0.49. Journal of Automated Reasoning, 18(2):247 252, 1997.