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Reverse engineering is the process of analyzing a system to see how it functions, usually as a means for developing a similar system Reverse engineering usually requires tools that examine computer binary code and that build a programming language equivalent The practice can help to speed up a development project, where an organization needs to build an application that is similar to another in its possession that exists in binary format only Without reverse engineering, the organization would have to spend additional time in the software design and development phases of the project This practice is usually forbidden in software license agreements, because using it would reveal protected intellectual property that could damage the software maker
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Application developers can create source code using tools ranging from text editors to advanced tools such as computer-aided software engineering and 4GLs While there s little reason to discuss notepad or emacs, the advanced development tools are worth discussion
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Computer-aided software engineering, or CASE, represents a broad variety of tools that are used to automate various aspects of application software development CASE tools cover two basic realms of development: Upper CASE This includes activities ranging from requirements gathering to the development of data models, data flow diagrams (DFDs), and interfaces Lower CASE This involves the creation of program source code and data schemas
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These terms are primarily used to loosely classify various CASE tools Some CASE tools are strictly Upper CASE and others Lower CASE, but many cover the entire range of functionality and can be used to capture specifications, create data structure and flow diagrams, define program functions, and generate source code CASE tools do not usually create source code that is ready for implementation and testing Rather, they are used to create the majority (in the best cases) of code for a given program; then the developer(s) would add details and specific items that the CASE tool did not cover CASE tools are not used to replace the work of a developer, but to help make the coding part of a development project take less time, improve consistency, and enhance program quality CASE tools often contain code generators that create the actual program source code NOTE CASE tools do not eliminate the need for any of the essential phases of the SDLC With or without CASE tools, it is still necessary for a project team to create requirements, specifications, and design CASE does help to automate some of these activities, however
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The term fourth generation languages, or 4GLs, refers to a variety of tools that are used in the development of applications, or that are parts of the applications themselves There is no universally accepted definition for fourth generation languages, unlike with first, second, and third generation languages Fourth generation languages were developed independently by many different organizations and researchers, and they carry a diversity of concepts that contributes to the inability to describe all of them in a single definition Common among nearly all of the fourth generation languages and tools is that they are event driven rather than procedure driven, and they are less detailed than procedural languages 4GLs are most often used as adjuncts to applications rather than for their core functionality For instance, 4GLs are useful for report generators, query generators, and other higher-level functions 4GLs are typically designed for use by nontechnical users who have few or no programming skills 4GLs can also be used by developers as code generators
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Infrastructure Development and Implementation
Infrastructure is used to connect applications to users and to each other They are the networks and other facilities that support the use of applications While an organization may be able to acquire off-the-shelf software for many of its core business activities, infrastructure is almost always custom-built for the organization Whereas software applications are like the tools in the hand of an astronaut, infrastructure is like the astronaut s glove, which must be tailor-made to fit each astronaut s hand It needs to conform to the organization s geography, business model, security requirements, regulatory requirements, and culture
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