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KISS Quick Software Size Estimation Technique
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KISS (Keep It Simple Stupid) Quick is a size estimation approach that was developed together with the FiSMA functional size measurement method It is most accurate with FiSMA function points, but can be used also with IFPUG and NESMA function points The KISS Quick approach starts with a questionnaire consisting of 28 questions For each question, the answer is the number of occurrences of the particular functional component type Each type has a specific multiplier for each measurement method (only IFPUG & FiSMA are shown in Table 5-2; values of the multipliers are derived from history data, and they equal zero where the method does not
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Number of Navigation and Query Functions (No Update) 1 2 3 4 5 6 7 Number of starting icons Number of login and logout screens Number of different menus Number of parameter selection lists (drop-down lists) Number of inquiry screens (db retrieving, on screen) Number of browsing list screens (occurrences of same type data) Number of screens for starting report generation User Input Functions (Update) 8 9 Number of 3-functional (create, update, and delete) user input screens Number of 2-functional (create and/or update and/or delete) screens Number of 1-functional (create or update or delete) screens Noninteractive User Output Functions Number of output forms (fixed layout) Number of reports Number of text messages or e-mails Number of monitor screen outputs Interface Services Between This and Other Applications (2) 21 15 9 168 112 56 (3) (1) Number (eg) IFPUG Multipl 0 3 0 3 4 4 3 FiSMA Multipl 10 18 18 10 34 23 34
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Number of messages sent to other applications Number of messages received from other applications Number of signals sent to a device Number of signals received from a device Number of batch records sent to another application Number of batch records received from other applications
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(6) (6)
5 5 5 5 5 5
36 55 14 20 36 55
Table 5-2
KISS Quick Estimation Multiplier Table (continued)
5:
p r a c t i c a l S o f t w a r e S i z e a p p r o x i m a t i o n te c h n i q u e s
Number (eg) IFPUG Multipl 7 7 0 0 0 0 0 0 FiSMA Multipl 39 39 51 51 51 51 51 51
Number of Navigation and Query Functions (No Update) Persistent Data Storage Functions 21 22 23 24 25 26 27 28 Number of entity types Number of other logical record types Independent Algorithmic Functions Number of independent calculation routines Number of independent simulation routines Number of independent formatting routines Number of independent database cleaning routines Number of independent security routines Number of other independent algorithmic routines
KISS Quick Estimation Multiplier Table
Table 5-2
count that functionality type) The number of occurrences is then multiplied with the multipliers, and next the total sum of function points is calculated This estimation method is rated as a rough size measure
Example: Basic KISS Quick Approach
Let s assume that you are developing a user interface application, which will be part of a three-tier information system You know that there will be one login screen, three different inquiry screens, and two different two-function input screens These are the services that the user can easily identify Because of the three-tier system architecture, you know that your user interface application must communicate with the business logic application The logical requirement is to send six different messages (one for each screen; the data elements on each screen are different) and also to receive six different messages You also know that there will be no local data storage or customerspecified algorithmic services in the user interface application If you want to know the application size in IFPUG function points, you use the multipliers from the IFPUG column and get the size estimate: 1 3 + 3 4 + 2 15 + 6 5 + 6 5 = 105 FP
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