Building:

For each building, we store:

$$ Building name $($data type: char pointer$)$

$$ Size in m$2($data type: int$)$

$$ Rooms $($an array of rooms$)$: You can assume that there will be a maximum of $100$ rooms

for each building, including offices and classrooms.

$$ Number of rooms $($data type: int$)$

For each building, implement the following member functions:

$$ A default $($no$-$argument$)$ constructor to set the building name to $$Undefined$,$ size to $-1,$

and the number of rooms to zero.

$$ A constructor to set the building name to a given name, size to a given size, and the number

of rooms to zero.

$$ Getter and setter functions for building name and size, and a getter function for the number

of rooms.

$$ addRoom$()-$ A function to add a new room to the building.

$$ printBuilding$()-$ A function that prints the building with its name, size, and number of

rooms.

$$ printRooms$()-$ A function that prints all the details of rooms in the building.

$$ printRoomsByType$()-$ A function to print the details of each room in the building whose

type is a given type $(1$: Classroom or $2$: Office$).$

$$ getNumberOfClassrooms$()-$ A function that returns the number of classrooms in the

building.

$$ getTotalCapacity$()-$ A function that returns the total capacity of the offices in the

building.

$$ getNumberOfOffices$()-$ A function that returns the number of offices in the building.

$$ printAvailableOffices$()-$ A function to print the details of the offices which are not full

in the building.

$$ printSuitableClassrooms$()$ A function that takes the number of students and prints the

details of the suitable classrooms $($based on the capacity of the rooms$)$ in the building.

Room:

For each room, we store:

$$ Room name $($data type: char pointer$)$

$$ Floor no $($data type: int$)$

For each room, implement the following member functions:

$$ A default $($no$-$argument$)$ constructor to set room name to $$Undefined$$ and floor no to $-1.$

$$ A constructor to initialize all the member variables with given values.

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$$ Getter and setter functions for each of the member variables.

$$ printRoom$()-$ A function to print a room with all its details.

Office:

Each office is a room with an additional following attribute:

$$ Office type $($data type: enum officeType $\{$None$,$ CoordinatorOffice, StandardOffice,

SharedOfficeFor$2$People, SharedOfficeFor$3$People, SharedOfficeFor$10$People$\})$

$$ Number of people in the office $($data type: int$)$

Please note that CoordinatorOffice and StandardOffice are not shared offices.

For each office, implement the following member functions:

$$ A default $($no$-$argument$)$ constructor to set room name to $$Undefined$,$ floor no to $-1,$ office

type to None, and number of people in the office to zero.

$$ A constructor to initialize all the member variables with given values.

$$ Getter and setter functions for the member variables.

$$ isFull$()$ A function that returns whether an office is full or not.

$$ getCapacity$()$ A function that returns the capacity of an office $($None: $0,$

CoordinatorOffice: $1,$ StandardOffice: $1,$ SharedOfficeFor$2$People: $2,$

SharedOfficeFor$3$People: $3,$ SharedOfficeFor$10$People: $10).$

$$ printRoom$()-$ A function to print an office with all its details, including its capacity and

availability.

Classroom:

Each classroom is a room with an additional following attribute:

$$ Capacity $($datatype: int$)$

For each classroom, implement the following member functions:

$$ A default $($no$-$argument$)$ constructor to set room name to $$Undefined$,$ floor no and

capacity to $-1$

$$ A constructor to initialize all the member variables with given values.

$$ Getter and setter functions for the member variables.

$$ checkSuitability$()-$ A function that takes a number of students and checks if the capacity

of the classroom is suitable for the number of students. If so$,$ it returns true, otherwise it

returns false.

$$ printRoom$()-$ A function to print a classroom with its all details.

PART TWO: A UNIVERSITY CAMPUS MANAGEMENT SYSTEM

You need to implement a command$-$line interface for a campus management system which

provides the following menu for the university with the name $$METU NCC$.$

$1.$ Add a new building to the university.

$2.$ Add a new room $($classroom or office$)$ to a selected building.

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$3.$ Print the buildings in the university.

$4.$ Print the rooms in each building in the university.

$5.$ Print the rooms in each building in the university based on a provided type $(1$: Classroom

or $2$: Office$)$

$6.$ Print the total number of classrooms and offices in the university.

$7.$ Print the available offices in each building in the university.

$8.$ Print the total capacity of all the offices.

$9.$ Print the suitable classroom in the university based on the given number of students.

$10.$ Exit