This is a single linked lists assignment. Assume that in a grocery store This is a single linked lists assignment. Assume that in a grocery store employees

backup each other. If an employee is absent$,$ his$/$her backup will be called to fill in$.$

There are $10$ employees.

You need to model backup plan using a circular linked list.

In the above figure, orange boxes represent pointers, and gray boxes represent one$-$

char data $($names$).$ Each employee is identified with a name, which is a randomly$-$

created capital letter $($A$-$Z$).$ All names are unique. A manager pointer makes a

reference to an employee, such as $x$ in above scenario. Any employee can be

designated as a manager. There is only one manager in the store. In above model, $x$

backups T$,$ B backups R$,$ so on so forth. Following the creation of the circular linked

list model $($assigning unique names at random$),$ perform the following steps.

Task$-1$: Print name of the manager.

Task$-2$: Print complete backup list for $10$ employees in $"$X$->$Y$"$ format.

Task$-3$: Ask the user to enter a name in order to find backup of an employee, and

display the backup employee. Do this step repeatedly until user enters a dash$(-).$ If no

employee is found, message this to the user.employees backup each other. If an employee is absent$,$ his$/$her backup will be called to fill in$.$ There are $10$ employees.

You need to model backup plan using a circular linked list.