The paper presents an integrated environment implemented in Prolog for reuse reengineering existing C systems. Different tools developed in the RE2 project are integrated in the environment through sharing a fine-grained representation for C programs, the Combined C Graph (CCG). Different views of a system can be abstracted and visualised from the data-base of Prolog facts implementing its CCG representation. Software metric tools evaluate the reengineering costs, while reengineering operations are expressed as transformation rules and a symbolic executor allows the production of the reusable module's specification.

An Integrated Environment for Reuse Reengineering C Code

DE LUCIA, Andrea;
1998

Abstract

The paper presents an integrated environment implemented in Prolog for reuse reengineering existing C systems. Different tools developed in the RE2 project are integrated in the environment through sharing a fine-grained representation for C programs, the Combined C Graph (CCG). Different views of a system can be abstracted and visualised from the data-base of Prolog facts implementing its CCG representation. Software metric tools evaluate the reengineering costs, while reengineering operations are expressed as transformation rules and a symbolic executor allows the production of the reusable module's specification.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11386/1657348
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