The following fragment of code in Figure 1 show the function to calculating the total price...

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The following fragment of code in Figure 1 show the function to calculating the total price of soft drink orders. The soft drink is sold in boxes of 12 bottles and there are available in three flavour: falvour A (RM60), B(RM80) and C(RM100). int calcPrice (int qttyA, int qttyB, int qttyC, double price){ int discount = 0; if (qttyA == 2) discount = 5; else if (qttyA== 1 && qttyB == 1) discount = 8; else if (qttyC == 3) } else discount = 10; endif discount = 2; price =((qttyA *60) + (qttyB * 80) + (qttyC* 100)) * (100 - discount) / 100; return price; Figure 1: Fragment of total purchase code. i. Draw the control flow graph of the code. ii. List down the possible test paths in order to achieve 100% test coverage for statement coverage. (test path should be written using this format: Sn Cn..) iii. List down the possible test paths in order to achieve 100% test coverage for decision coverage. (test path should be written using this format: Sn Cn..) iv. List down the possible test paths in order to achieve 100% test coverage for branch coverage. (test path should be written using this format: SnCn>..) v. Calculate Cyclomatic Complexity value for path coverage. You may use any of cyclomatic metric formula. The following fragment of code in Figure 1 show the function to calculating the total price of soft drink orders. The soft drink is sold in boxes of 12 bottles and there are available in three flavour: falvour A (RM60), B(RM80) and C(RM100). int calcPrice (int qttyA, int qttyB, int qttyC, double price){ int discount = 0; if (qttyA == 2) discount = 5; else if (qttyA== 1 && qttyB == 1) discount = 8; else if (qttyC == 3) } else discount = 10; endif discount = 2; price =((qttyA *60) + (qttyB * 80) + (qttyC* 100)) * (100 - discount) / 100; return price; Figure 1: Fragment of total purchase code. i. Draw the control flow graph of the code. ii. List down the possible test paths in order to achieve 100% test coverage for statement coverage. (test path should be written using this format: Sn Cn..) iii. List down the possible test paths in order to achieve 100% test coverage for decision coverage. (test path should be written using this format: Sn Cn..) iv. List down the possible test paths in order to achieve 100% test coverage for branch coverage. (test path should be written using this format: SnCn>..) v. Calculate Cyclomatic Complexity value for path coverage. You may use any of cyclomatic metric formula.