Embracing change with extreme programming
Kimberly E. Beck
Abstract
Kimberly E. Beck
Abstract
Traditional software engineering means have been characterized by a rather predictable process in the past. Users tell once and for all exactly what they want. Programmers design the system that will deliver those features. They code it; test it, and all is well. But all was not always well. The users did not tell once and for all exactly what they wanted. They changed their minds, and the users were not the only problem. Programmers could misjudge their progress. The academic software engineering community took the high cost of changing software as a challenge, creating technologies like relational databases, modular programming, and information hiding. This is where extreme programming comes in. Rather than planning, analyzing, and designing for the far-flung future, XP exploits the reduction in the cost of changing software to do all of these activities a little at a time, throughout software development. The paper discusses the major practices of XP.
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Traditional software engineering means have been characterized by a rather predictable process in the past. Users tell once and for all exactly what they want. Programmers design the system that will deliver those features. They code it; test it, and all is well. But all was not always well. The users did not tell once and for all exactly what they wanted. They changed their minds, and the users were not the only problem. Programmers could misjudge their progress. The academic software engineering community took the high cost of changing software as a challenge, creating technologies like relational databases, modular programming, and information hiding. This is where extreme programming comes in. Rather than planning, analyzing, and designing for the far-flung future, XP exploits the reduction in the cost of changing software to do all of these activities a little at a time, throughout software development. The paper discusses the major practices of XP.
Key concepts: Computer science, Extreme programming, Extreme programming practices, Software engineering, Software development, Exploit, Software, Software construction