Abstract
In this study, we extend the study of Function Point Analysis (FPA) for the measurement of source code based migration project using the migration tooling options. FPA is an objective and structured technique to measure software size by quantifying its functionality provided to the user, based on the requirements and logical design. It is noticed that the procedure for the above measurement is not fully described in FPA method. Hence, the same estimation concept has been applied to an in-house project on an experimental basis at a leading software development organization. The yielded results are compared with FPA for the re-engineering project.
Highlights
Applications using the simplified method, whose result was very close to the ones using the IFPUG detailed
The simplified method is based on assigned low complexity to all the data and transactional functions
Another important factor is knowledge transfer related to Focus on Future Re-engineering (FFR)
Summary
Applications using the simplified method, whose result was very close to the ones using the IFPUG detailed. External input, external output or external VAF = 0.65 +TDI/100 inquiry should include the EIF as a File Type Referenced This FPA model, developed by Albrecht[9,10] is widely used in the software industry. (UFC): Using the above five types of components (EI, EO, EQ, ILF and EIF), the FP = UFC * VAF number of items in the system is counted and the level of complexity is determined To use this model, the software development (distinguishing between simple, medium and organization has to maintain a database of its projects, including duration, cost, manpower effort and function * It automates all functions of the workflow points (FE).
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