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IFPUG From the IFPUG 43 Counting Practices Manual, the major
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process steps are the following: 1 Gather available documentation 2 Determine the counting scope and (application) boundary and identify functional user requirements 3 Measure (identify and size) the data functions Data functions are either internal logical files (ILFs) or external interface files (EIFs) 4 Measure (identify and size) the transactional functions Transactional functions are either external inputs, external outputs, or external inquiries 5 Calculate the functional size The IFPUG 43 method can be used to determine the functional size of both software applications and software projects
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NESMA From the NESMA 21 Guidelines, the major process steps
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are as follows: 1 Identify the transactional and data functions within the scope of the enhancement project and determine their functional size 2 Determine which transactional and data functions are to be added 3 Determine which transactional and data functions are to be deleted 4 Determine which data functions are to be changed and determine the impact factor 5 Determine which transactional functions are to be changed and determine the impact factor 6 Calculate the number of enhancement function points
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Functional Size Measurement Methods
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The NESMA 21 method is specifically for sizing enhancement projects
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COSMIC From the COSMIC 301 Measurement Manual, the major
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steps are the following: 1 Measurement Strategy Phase: a Define the purpose of the measurement b Define the scope of the measurement c Identify the functional users d Identify the level of granularity 2 Mapping Phase: a Identify functional processes b Identify objects of interest and data groups c Identify data attributes 3 Measurement Phase: a Identify data movements b Apply measurement function c Aggregate measurement results The COSMIC FSM method can be used to determine the functional size of both software applications and software projects
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FiSMA From the FiSMA 11 Functional Size Measurement Method document the major steps are summarized as follows:
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1 Gather documentation and software development artifacts to describe the functional user requirements for the software (to be or already) developed 2 Determine the scope of the functional size measurement 3 Determine which are the functional user requirements to be measured 4 Identify the base functional components within the functional user requirements in two main parts: (a) measuring the enduser interface services, and (b) measuring indirect services 5 Classify the base functional components into the appropriate base functional component type services 6 Assign the appropriate numeric value to each base functional component 7 Calculate the functional size 8 Document the instance of the FiSMA 11 count details
practical Software project estimation
The FiSMA FSM method can be used to determine the functional size of both software applications and software projects
Which FSM Method Should I Choose
ISO has published a guide2 to choosing the method most appropriate for your needs Key points to be considered: Availability of Equivalent Industry Data If you need to use industry data for comparison of productivity, or as input into estimates, then this may be a deciding factor The ISBSG Repository Release 11 contains the following breakdown of FSMs:
IFPUG 4+ FiSMA COSMIC NESMA 3,379 projects 478 projects 335 projects 130 projects
Other approaches represented in the repository include Mark II and Feature Points, but there are few such projects Availability of FSM Tools and Training Most of the industry-leading tools have been written to measure using the IFPUG method, but several have a roadmap that will incorporate other methods Availability of Trained Experienced Certified Metrics Experts Currently, the highest number of people are trained and certified in the IFPUG/NESMA method, which is offered in most countries COSMIC training and certification is now being offered in India, Japan, Europe, North America, and Australia
How Hard Is It to Measure Functional Size
Functional size measurement requires specialized training of two to three days After training, it typically takes several months using the technique, measuring in a variety of situations, to become proficient International accreditation usually requires the measurer to have at least two years experience with the technique Organizations either train a select group of software developers for the measurement role or use the services of a specialist software metrics consulting company
ISO/IEC 14143-6:2006 Information technology Software measurement Functional size measurement Part 6: Guide for use of ISO/IEC 14143 series and related International Standards
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