Your task: (PLEASE CODE THE FOLLOWING IN C) Thank you.

1. Write function named printList() that displays the list to the

screen and call it in main() as needed to print the sorted and unsorted data.

Display the sections for each course on the same line, as shown below

CIS 41A 3 : 1 2 61

2. Write a second sort function that sorts the array in descending order

by the number of sections, then call it in main().

3. Replace the "Sample Output" below with the updated output.

*/

#include

#include

#define NUM_CLS 9

typedef struct

{

char course[10];

int noSections;

int sections[16];

} CIS_CLASSES;

void insertionSort (CIS_CLASSES list[], CIS_CLASSES *pLast);

int main (void)

{

CIS_CLASSES *pCls, *pLast;

CIS_CLASSES clsList[NUM_CLS] =

{

{"CIS 35A", 2, {61, 63}},

{"CIS 35B", 1, {62}},

{"CIS 41A", 3, {1, 2, 61}},

{"CIS 28", 1, {61}},

{"CIS 22C", 4, {3, 4, 61, 63}},

{"CIS 26B", 1, {61}},

{"CIS 22B", 8, {1, 2, 3, 4, 6, 61, 62, 63}},

{"CIS 29", 1, {61}},

{"CIS 22A", 8, {1, 3, 5, 6, 7, 8, 61, 63}},

};

pLast = clsList + NUM_CLS - 1;

// replace the follwing 8 lines with a call for printList()

printf("Unsorted data: ");

for (pCls = clsList; pCls <= pLast; pCls++)

{

printf("%-10s %2d ", pCls->course, pCls->noSections);

// add more code here to print the sections for this course

printf(" ");

}

printf(" ");

insertionSort (clsList, pLast);

// replace the follwing 8 lines with a call for printList()

printf("Sorted data: ");

for (pCls = clsList; pCls <= pLast; pCls++)

{

printf("%-10s %2d ", pCls->course, pCls->noSections);

// add more code here to print the sections for this course

printf(" ");

}

printf(" ");

// call the second sort here

// call the printList() function again

return 0;

}

/* ========================================================

Sort list using Insertion Sort.

Pre list[] must contain at least one element

size is index to last element in list

Post list has been rearranged.

*/

void insertionSort (CIS_CLASSES list[], CIS_CLASSES *pLast)

{

CIS_CLASSES temp;

CIS_CLASSES *pCurr;

CIS_CLASSES *pWalk;

for (pCurr = list + 1; pCurr <= pLast; pCurr++)

{

temp = *pCurr;

pWalk = pCurr - 1;

while (pWalk >= list && strcmp(temp.course, pWalk->course) < 0)

{

*(pWalk + 1) = *pWalk;

pWalk--;

}

*(pWalk + 1) = temp;

}

}

/* ================= Sample Output ================= */

/*

Unsorted data:

CIS 35A 2

CIS 35B 1

CIS 41A 3

CIS 28 1

CIS 22C 4

CIS 26B 1

CIS 22B 8

CIS 29 1

CIS 22A 8

Sorted data:

CIS 22A 8

CIS 22B 8

CIS 22C 4

CIS 26B 1

CIS 28 1

CIS 29 1

CIS 35A 2

CIS 35B 1

CIS 41A 3

*/

/* ================= Updated Output ================= */

/*

*/