Given the method implementation, do the following: int CalculateDeviation (int x, int y) { a int...

  

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Given the method implementation, do the following: int CalculateDeviation (int x, int y) { a int total=0; b if (x>30) { C total= (x*40+y*50)*.95; } d for (int i=0; i<y; i++) { e total+=y*5; } f return total; } (a) Draw the flow graph corresponding to the method CalculateDeviation. [4 marks] (b) Describe the minimum set of paths (or test cases) through the flowgraph that is adequate for statement coverage but not edge/branch coverage. [4 marks] Given the method implementation, do the following: int CalculateDeviation (int x, int y) { a int total=0; b if (x>30) { C total= (x*40+y*50)*.95; } d for (int i=0; i<y; i++) { e total+=y*5; } f return total; } (a) Draw the flow graph corresponding to the method CalculateDeviation. [4 marks] (b) Describe the minimum set of paths (or test cases) through the flowgraph that is adequate for statement coverage but not edge/branch coverage. [4 marks]

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