5.1 Accept student’s information into three parallel arrays. The capture of the students’ marks must be a sentinel-controlled mark that is below zero for either the continuous assessment (term) mark or the final mark. Use a sentinel-controlled loop that will exit when the user types in the word ’Done’ instead of a student’s name. For each mark, use a function: int validateData(string,int) that receives a message to be displayed to the user in case the mark is not acceptable, and also the captured mark. Marks can only be between 0 and 100. 5.2 The program should be menu driven, with the options: Capture Student Marks, Sort the Class List, Display the Class List, Exit. 5.3 Use any sort algorithm to sort the data such that the best student by Final Mark is at the top of the list. The Display option should display the values of the array whether sorted or not yet sorted, neatly formatting the columns of data.
Write a C++ program that will:
5.1 Accept student’s information into three parallel arrays. The capture of the students’ marks
must be a sentinel-controlled mark that is below zero for either the continuous assessment
(term) mark or the final mark. Use a sentinel-controlled loop that will exit when the user
types in the word ’Done’ instead of a student’s name. For each mark, use a function: int
validateData(string,int) that receives a message to be displayed to the user in case the
mark is not acceptable, and also the captured mark. Marks can only be between 0 and 100.
5.2 The program should be menu driven, with the options: Capture Student Marks, Sort the Class List, Display the Class List, Exit.
5.3 Use any sort
of the list. The Display option should display the values of the array whether sorted or not
yet sorted, neatly formatting the columns of data.
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