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Establishing a pattern By itself, a problem is only a bug. We should already have processes and procedures for identifying and fixing bugs. Indeed, many of my father s customers had adequate measures for detecting and removing bad products from the line. The problems with these reactive approaches are twofold. First, we will never find all of the bugs. Second, if we do not fix the machinery or the process, we will create more bugs! After we have established a pattern, we need to elevate it from bug to antipattern.
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A.4.3 Refactoring antipatterns
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After we find a problem and establish a pattern, our strategy calls for refactoring it to form a better solution and process. Here, we are overlapping the realms of design patterns and antipattern. My intuition is that this combination is part of what is missing in the software quality industry. The combination of design patterns and antipatterns is practical and powerful. Poor solutions can be identified through antipatterns and redesigned into more proven and practical alternatives using design patterns. The process of continually improving code through restructuring for clarity or flexibility and the elimination of redundant or unused code is called refactoring. Many experts advocate the rule If it isn t broke, don t fix it. In the realm of software development, following this rule can be very expensive, especially at the beginning of a program s life cycle. The average line of code will be changed, modified, converted, and read many times over its lifetime. It is folly to view a refactoring exercise as time wasted without considering the tremendous savings over time. Instead, refactoring should be viewed as an investment that will pay whenever code is maintained, converted, read, enhanced, or otherwise modified. Therefore, refactoring is a cornerstone of this book.
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A.5 Why Bitter Java
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In the Java community, the study and promotion of design patterns, or blueprints for proven solutions, has become well established and robust. The same is not true of the antipattern. As an architect and consultant, I have seen an amazing sameness to the mistakes that our customers tend to make. While the problem of the month may change slightly in a different domain or setting, the patterns of poor design, culture, and even technology stay remarkably consistent from one engagement to the next. I strongly believe that the study of antipatterns inherently changes the way we look at the software process. It keeps us observant. It makes us
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communicate. It helps us to step beyond our daily grind to make the fundamental process changes that are required to be successful. Most of the antipatterns in Bitter Java have a relatively limited focus compared to the more general antipatterns in the AntiPatterns text. Each is applied to the serverside programming domain, which is popular right now and young enough to have a whole new set of common mistakes. Our hope is that this book will continue the evolution of the study of antipatterns and bring it into the Java community.
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A.5.1 The Bitter Java approach
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Bitter Java will take a set of examples, all related to a simple Internet message board, and redesign them over many chapters. Each iteration will point out a common antipattern and present a refactored, or redesigned, solution that solves the problem. In many cases, there may still be problems in the refactored solution. In most cases, these problems are addressed in later chapters. The others are left as an exercise for the reader. Regardless, the focus of the antipattern is to refactor a single problematic element. The focus of Bitter Java is on server-side programming. The base architecture uses common server-side standards of servlets, JSPs, Java connectors, and EJBs. Where possible, the solutions are not limited to any vendor, though EJB implementations are currently platform specific.
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