1 program compute_insurance_premium() 2 integer driverAge, points 3 real baseRate, premium 4 Input(baseRate, driverAge, points) 5 safeDriveFactor = 0.0 6 premium = 0.0 7 switch (driverAge) { 8 case C1:

1 program compute_insurance_premium() 2 integer driverAge, points 3 real baseRate, premium 4 Input(baseRate, driverAge, points) 5 safeDriveFactor = 0.0 6 premium = 0.0 7 switch (driverAge) { 8 case C1: 16 <= driverAge < 25 9 ageFactor = 3.0 10 if points < 2 then 11 safeDriverFactor = 40 12 end if 13 break; // End Case – C1 14 case C2: 25 <= driverAge < 45 15 ageFactor = 2.2 16 if points < 3 then 17 safeDriverFactor = 40 18 end if 19 break; // End Case – C2 20 case C3: 45 <= driverAge < 65 21 ageFactor = 1.5 22 if points < 5 then 23 safeDriverFactor = 80 24 end if 25 break; // End Case – C3 26 case C4: 65 <= driverAge < 100 27 ageFactor = 2.0 28 if points < 2 then 29 safeDriverFactor = 120 30 end if 31 break; // End Case – C4 32 default: 33 Output("Driver age out of range.") 34 } //End switch 35 premium = baseRate * ageFactor - safeDriverFactor 36 Output(premium) (i) Draw the program graph (ii) Compute the cyclomatic complexity (iii) Derive a set of basis paths that can be used to test the program

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