Apply the Object-Oriented concepts that you’ve learned (Abstraction, Encapsulation, Polymorphism, Interfaces, …etc.) to design a Parking Garage application and implement it using an object-oriented programming language. This application manages a parking space for a configurable maximum number of vehicles. Each parking space (slot) defined with a dimension (width and depth) The application must handle the following functions: ● Each vehicle shall be identified by a model name, unique identification number, Model year and vehicle dimensions (vehicle width and depth). ● Park-in function that marks the arrival time of a vehicle if there is an available slot. The application shall capture such time automatically from the system. ● During the park-in function the application shall pick a free slot based on the active slot configuration. There are two configurations (i) first come first served slots i.e., the park-in function will use the first free slot available from the parking garage slots. (ii) best-fit approach where you need to find the slot with the minimum dimension to hold the vehicle. ● Park-out function that marks the departure time of a vehicle from the garage. The application shall capture such time automatically from the system. ● Calculate the parking fees during the park-out based on the time-of-stay with an hourly rate of 5 EGP. ● Calculate the total income as well as the total number of vehicles that used the parking garage at any given point in time. ● Display the available parking slots ● Enrich your application with the capability to handle a set of exceptions that can happen during user interaction and through any other calculations. The displayed error message for exceptional behavior should be descriptive.
Apply the Object-Oriented concepts that you’ve learned (Abstraction, Encapsulation,
Polymorphism, Interfaces, …etc.) to design a Parking Garage application and implement it
using an object-oriented
a configurable maximum number of vehicles. Each parking space (slot) defined with a dimension
(width and depth) The application must handle the following functions:
● Each vehicle shall be identified by a model name, unique identification number, Model year
and vehicle dimensions (vehicle width and depth).
● Park-in function that marks the arrival time of a vehicle if there is an available slot. The
application shall capture such time automatically from the system.
● During the park-in function the application shall pick a free slot based on the active slot
configuration. There are two configurations (i) first come first served slots i.e., the park-in
function will use the first free slot available from the parking garage slots. (ii) best-fit approach
where you need to find the slot with the minimum dimension to hold the vehicle.
● Park-out function that marks the departure time of a vehicle from the garage. The application
shall capture such time automatically from the system.
● Calculate the parking fees during the park-out based on the time-of-stay with an hourly rate
of 5 EGP.
● Calculate the total income as well as the total number of vehicles that used the parking
garage at any given point in time.
● Display the available parking slots
● Enrich your application with the capability to handle a set of exceptions that can happen
during user interaction and through any other calculations. The displayed error message for
exceptional behavior should be descriptive.
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