Titlebook: A Knowledge-Based Approach to Program Understanding; Salwa K. Abd-El-Hafiz,Victor R. Basili Book 1995 Kluwer Academic Publishers 1995 C pr

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Energy, Environment, and Sustainabilityn nearly all software related tasks. It is vital to the development, maintenance and reuse activities. Program understanding is indispensable for improving the quality of software development. Several development activities such as code reviews, debugging and some testing approaches require programm

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Hiren Dave,Bharatkumar Sutaria,Brijesh Patelses and their application to the following example are given in the remainder of this chapter [64]. The loop in this example is general with a composite condition. It searches for a course number, ., in a course number data base, .. If the course number is not found, the . stays false}. If found, th

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Energy, Environment, and Sustainabilitytion 1.1. The resulting predicate logic annotations are unambiguous and have a sound mathematical basis which allows correctness conditions to be stated and verified, if desired. The analysis approach does not rely on real-time user-supplied information and can analyze non-adjacent loop parts. The f

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Energy, Environment, and Sustainabilityw the presented program understanding approach can assist both activities. We then focus on an application that is not as traditional. We explain how the approach can be used in assisting formal software development using VDM and Z. This application is possible because specifications in the form of

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,Dual Fuel (Gas–Liquid Diesel),cognize functional abstractions of programs. In this Chapter, a summary of the approach is presented and its contributions and limitations are highlighted. Suggestions for future work are also presented.