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Incremental Transformation of Procedural Systems to Object Oriented Platforms
| Content Provider | CiteSeerX |
|---|---|
| Abstract | Over the past years, the reengineering of legacy software systems to object oriented platforms has received significant attention. In this paper, we present a generic re-engineering source code transformation framework to support the incremental migration of such procedural legacy systems to object oriented platforms. First, a source code representation framework that uses a generic domain model for procedural languages allows for the representation of Abstract Syntax Trees as XML documents. Second, a set of transformations allow for the identification of object models in specific parts of the legacy source code. In this way, the migration process is applied incrementally on different parts of the system. A clustering technique is used to decompose a program into a set of smaller components that are suitable for the incremental migration process. Finally, the migration process gradually composes the object models obtained at every stage to generate a amalgamated object model for the whole system. A case study for the migration of a medium size C system to C++ is discussed as a proof of concept. 1. |
| File Format | |
| Access Restriction | Open |
| Subject Keyword | Incremental Transformation Object Oriented Platform Procedural System Object Model Migration Process Source Code Representation Framework Clustering Technique Amalgamated Object Model Incremental Migration Process Oriented Platform Medium Size System Generic Domain Model Procedural Legacy System Whole System Case Study Procedural Language Specific Part Different Part Legacy Source Code Significant Attention Legacy Software System Incremental Migration Xml Document Abstract Syntax Tree |
| Content Type | Text |