C# Vehicle Garage Management System

This project implements a multi-purpose vehicle garage management system in C#. It showcases object-oriented programming principles, inheritance, polymorphism, data structures, and external assemblies (.dll).

Project Objectives:

• Integrate classes, inheritance, and polymorphism for robust object modeling.
• Utilize arrays, collections, and data structures for efficient data management.
• Employ enums to represent vehicle types, fuel types, and statuses.
• Develop and leverage a separate assembly (.dll) for the logical layer.
• Manage multiple projects within a solution for better organization.
• Implement exception handling for error resilience.

System Functionality:

The system manages a virtual garage that can handle five vehicle types:

• Fuel-Based Motorcycle: 2 tires, max air pressure 30 psi, Octane 95 fuel, 7 L fuel tank.
• Electric Motorcycle: 2 tires, max air pressure 30 psi, max battery life 1.2 hours.
• Fuel-Based Car: 4 tires, max air pressure 32 psi, Octane 96 fuel, 60 L fuel tank.
• Electric Car: 4 tires, max air pressure 32 psi, max battery life 2.1 hours.
• Fuel-Based Truck: 16 tires, max air pressure 28 psi, Soler fuel, 120 L fuel tank.

Vehicle Properties:

• Common Properties:
  • Model Name (string)
  • License Number (string)
  • Remaining Energy Percentage (fuel/battery) (float)
  • Wheels (list) with individual wheel properties:
    • Manufacturer Name (string)
    • Current Air Pressure (float)
    • Max Air Pressure (float)
    • InflateAction method (adds air pressure up to the maximum)
• Motorcycle-Specific Properties:
  • License Type (enum: A, A1, AA, B)
  • Engine Volume (int)
• Car-Specific Properties:
  • Color (enum: Red, Blue, Black, Gray)
  • Number of Doors (int: 2, 3, 4, or 5)
• Truck-Specific Properties:
  • Contains Dangerous Materials? (bool)
  • Cargo Volume (float)
• Fuel-Based Vehicle Properties:
  • Fuel Type (enum: Soler, Octane 95, Octane 96, Octane 98)
  • Current Fuel Amount (Liters) (float)
  • Max Fuel Capacity (Liters) (float)
  • Refueling method (adds fuel of the correct type, respecting tank capacity)
• Electric-Based Vehicle Properties:
  • Remaining Engine Operation Time (Hours) (float)
  • Max Engine Operation Time (Hours) (float)
  • Recharge method (increases battery charge up to the maximum)
• Garage Management Properties:
  • Owner Name (string)
  • Owner Phone Number (string)
  • Vehicle Status (enum: In Repair, Repaired, Paid For) (new vehicles are initially "In Repair")

System Features:

The system offers the following functionalities:

1. Add Vehicle: Users can select a vehicle type and enter the license number. If the vehicle already exists (based on license number), its status is updated to "In Repair." Otherwise, a new object of the chosen type is created, prompting the user to enter vehicle details.
2. List Vehicles: Displays a list of license plates in the garage, with an option to filter by vehicle status.
3. Change Vehicle Status: Users can input a license number and a new desired status to update a vehicle's status.
4. Inflate Tires (Maximum): Users can input a license number to automatically inflate all vehicle tires to their maximum pressure.
5. Refuel (Fuel-Based Vehicles): Users can input a license number, fuel type, and amount to refuel a vehicle. The