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CASE tools can provide active assistance to database designers through analysis functions. In documentation and diagramming, CASE tools help designers become more proficient. In analysis functions, CASE tools can perform the work of a database designer. An analysis function is any form of reasoning applied to specifications produced in the database development process. For example, an important analysis function is to convert between an ERD and a table design. Converting from an ERD to a table design is known as forward engineering and converting in the reverse direction is known as reverse engineering. Analysis functions can be provided in each phase of database development. In the conceptual data modeling phase, analysis functions can reveal conflicts in an ERD. In the logical database design phase, conversion and normalization are common analysis func tions. Conversion produces a table design from an ERD. Normalization removes redun dancy in a table design. In the distributed database design and physical database design phases, analysis functions can suggest decisions about data location and index selection. In addition, analysis functions for version control can cross database development phases. Analysis functions can convert between versions and show a list of differences between versions. Because analysis functions are advanced features in CASE tools, availability of analysis functions varies widely. Some CASE tools support little or no analysis functions while others support extensive analysis functions. Because analysis functions can be useful in each phase of database development, no single CASE tool provides a complete range of
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Part I:
compiled, and targeted for a specific CPU and a specific operating system. While it has always been true that programmers like to reuse their code, the ability to port a program easily from one environment to another took a backseat to more pressing problems. However, with the rise of the Internet, in which many different types of CPUs and operating systems are connected, the old problem of portability reemerged with a vengeance. To solve the problem of portability, a new language was needed, and this new language was Java. Although the single most important aspect of Java (and the reason for its rapid acceptance) is its ability to create cross-platform, portable code, it is interesting to note that the original impetus for Java was not the Internet, but rather the need for a platform-independent language that could be used to create software for embedded controllers. In 1993, it became clear that the issues of cross-platform portability found when creating code for embedded controllers are also encountered when attempting to create code for the Internet. Remember: the Internet is a vast, distributed computing universe in which many different types of computers live. The same techniques that solved the portability problem on a small scale could be applied to the Internet on a large scale. Java achieved portability by translating a program s source code into an intermediate language called bytecode. This bytecode was then executed by the Java Virtual Machine (JVM). Therefore, a Java program could run in any environment for which a JVM was available. Also, since the JVM is relatively easy to implement, it was readily available for a large number of environments. Java s use of bytecode differed radically from both C and C++, which were nearly always compiled to executable machine code. Machine code is tied to a specific CPU and operating system. Thus, if you wanted to run a C/C++ program on a different system, it needed to be recompiled to machine code specifically for that environment. Therefore, to create a C/C++ program that would run in a variety of environments, several different executable versions of the program would be needed. Not only was this impractical, it was expensive. Java s use of an intermediate language was an elegant, cost-effective solution. It is also a solution that C# would adapt for its own purposes. As mentioned, Java is descended from C and C++. Its syntax is based on C, and its object model is evolved from C++. Although Java code is neither upwardly nor downwardly compatible with C or C++, its syntax is sufficiently similar that the large pool of existing C/C++ programmers could move to Java with very little effort. Furthermore, because Java built upon and improved an existing paradigm, Gosling, et al., were free to focus their attention on the new and innovative features. Just as Stroustrup did not need to reinvent the wheel when creating C++, Gosling did not need to create an entirely new language when developing Java. Moreover, with the creation of Java, C and C++ became an accepted substrata upon which to base a new computer language.
Here is a portion of the program s output:
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