#include

#include

using namespace std;

class Slacker :public Comparable{

string name;

int classesMissed;

public:

Slacker(int missed, string n): classesMissed(missed), name(n) {}

// they don't even bother to validate their input!

string toString() const {

return name + " missed " + to_string(classesMissed) + " classes";

}

};

class Workaholic:public Comparable {

int workHours;

// they don't have a name ... work is more important!

public:

Workaholic(int wh) {

assert(wh > 12 && wh

workHours = wh;

}

string toString() const {

return "Workaholic worked " + to_string(workHours) + " hours non-stop!";

}

};

class WorkFamilyBalanced:public Comparable {

string name;

int familyHours;

int workHours;

public:

WorkFamilyBalanced(int fh, int wh, string n): name(n) {

assert(fh >= 0 && wh >= 0);

familyHours = fh;

workHours = wh;

}

string toString() const {

int diff = abs(workHours - familyHours);

return name + " spent " + to_string(workHours) + " hours at work" +

" and " + to_string(familyHours) + " with family " +

"(diff = " + to_string(diff) + ")";

}

};

//-------------------------------------------------------------------------

void sort(Comparable * a[], int size) {

for (int i = 0; i

for (int j = 0; j

if (a[j]->compareTo(*a[j+1]) == 1)

swap(a[j], a[j+1]);

}

bool all_same(Comparable * a[], int size) {

for (int i = 0; i

if (a[i]->compareTo(*a[i+1]) != 0)

return false;

return true;

}

//-------------------------------------------------------------------------

int main() {

cout

Comparable * a[3] = {

new Slacker(81, "Jimmy"),

new Slacker(50, "Tania"),

new Slacker(73, "Josh")

};

sort(a, 3);

for (int i = 0; i

cout (a[i])->toString()

if (all_same(a, 3))

cout

else

cout

if (is_sorted(a, 3))

cout

else

cout

//-------------------------------------------------------------------------

cout

Comparable * b[3] = {

new Workaholic(23),

new Workaholic(23),

new Workaholic(23)

};

sort(b, 3);

for (int i = 0; i

cout (b[i])->toString()

if (all_same(b, 3))

cout

else

cout

if (is_sorted(b, 3))

cout

else

cout

//-------------------------------------------------------------------------

cout

Comparable * c[3] = {

new WorkFamilyBalanced(8, 8, "Ahmad"),

new WorkFamilyBalanced(7, 12, "Fatima"),

new WorkFamilyBalanced(9, 8, "Salwa")

};

sort(c, 3);

for (int i = 0; i

cout (c[i])->toString()

if (all_same(c, 3))

cout

else

cout

if (is_sorted(c, 3))

cout

else

cout

//-------------------------------------------------------------------------

cout

Comparable * d[4] = {

new Slacker(100, "John"),

new Workaholic(24),

new WorkFamilyBalanced(2, 2, "Ahmad")

};

sort(d, 4);

cout

"REACHING THIS LINE MEANS THAT OBJECTS OF DIFFERENT "

"CLASS HAVE BEEN COMPRED, WHICH IS STRICTLY FORBIDDEN "

"IN OBJECTVILLE!"

return 0;

}

Find errors in this code in C Plus Plus to show the image attached to the question

Sorting 3 slackers (based on the number of classes missed). Tania missed 50 classes Josh missed 73 classes Jimmy missed 81 classes * Not all slackers are the same! * The slackers are sorted! Sorting 3 workaholics (based on their work time). Workaholic worked 23 hours non-stop! Workaholic worked 23 hours non-stop! Workaholic worked 23 hours non-stop! * All workaholics are the same! * The workaholics are sorted! Sorting 3 work-family-balanced objects (based on the absolute difference between work and family time). Fatima spent 12 hours at work and 7 with family (diff = 5) Salwa spent 8 hours at work and 9 with family (diff = 1) Ahmad spent 8 hours at work and 8 with family (diff = 0) * The balanced objects are not all the same! * The balanced objects are sorted! Attempting to sort objects of mixed classes. terminate called after throwing an instance of 'std::bad_cast' what(): std::bad_cast