b) Analyze the following requirement as given in Case Study 1. "Postal Sender will receive the auto generated status messageotification as SMS from Postal Registrar and the same message is also displayed on his/her portal about the loss of goods (Type, Post ID, Date of loss) and claimable amount from post office." Quantify the Function Points associated to this requirement using IFPUG Albrecht method. Make sure to clearly identify Type of Requirement (2 marks), Number of Objects (2 marks), Number of Attributes (2 marks), Complexity level (2 marks) and lastly Function Points (2 marks) (10 marks) You can utilize the following tables for your estimates. IFPUG File type / Interface Complexity # of Data Types 5 Low Low 0..1 2..3 >3 Average High IFPUG External Output Complexity # of Data Types 6-19 # of File types 50 Average High High >19 Average High High External User Type External Input Type EI External Output Type EO Logical Internal File Type LIF External Interface File Type EIF External Inquiry Type EQ IFPUG External Input Complexity # of File Types Accessed 0..1 2 >2 # of Data Types Accessed 15 Low 3 Low Low 4 7 5 3 In object-oriented world: data types ~ object attributes record types ~ object classes Low Average Average High External inquiries are calculated as external inputs or outputs - choose whichever is the more complex of those. Multiplier Average 4 5 10 7 4 Average High High High 6 7 15 10 6 b) Analyze the following requirement as given in Case Study 1. "Postal Sender will receive the auto generated status messageotification as SMS from Postal Registrar and the same message is also displayed on his/her portal about the loss of goods (Type, Post ID, Date of loss) and claimable amount from post office." Quantify the Function Points associated to this requirement using IFPUG Albrecht method. Make sure to clearly identify Type of Requirement (2 marks), Number of Objects (2 marks), Number of Attributes (2 marks), Complexity level (2 marks) and lastly Function Points (2 marks) (10 marks) You can utilize the following tables for your estimates. IFPUG File type / Interface Complexity # of Data Types 5 Low Low 0..1 2..3 >3 Average High IFPUG External Output Complexity # of Data Types 6-19 # of File types 50 Average High High >19 Average High High External User Type External Input Type EI External Output Type EO Logical Internal File Type LIF External Interface File Type EIF External Inquiry Type EQ IFPUG External Input Complexity # of File Types Accessed 0..1 2 >2 # of Data Types Accessed 15 Low 3 Low Low 4 7 5 3 In object-oriented world: data types ~ object attributes record types ~ object classes Low Average Average High External inquiries are calculated as external inputs or outputs - choose whichever is the more complex of those. Multiplier Average 4 5 10 7 4 Average High High High 6 7 15 10 6