This solution is a console application in C# that simulates the movement of elevators within a large building, with the aim of optimizing passenger transportation efficiently. The application should adhere to Object-Oriented Programming (OOP) principles to ensure modularity and maintainability.
| Plugin | README |
|---|---|
| Application Type | Console |
| .NET Version | 8.0 |
| Test | Xunit V 2.9.2 |
Those reviewing the submission consider the following:
- Repo is public
- .gitignore present
- Code committed using Git commands (not upload)
- Main branch builds
- Meaningful commit messages
- Informative readme present
- ✨Bonus ✨: Tags, branching, automated builds
- Informative readme present
- Code comments in line with MS documentation
- Code comments per generally accepted industry guidelines
- Project/s must be structured according to clean architecture or similar. Adopting clean architecture or similar principles in C# code promotes better software design and development practices, leading to more maintainable, robust, and scalable applications. It also enables better alignment with business requirements and simplifies the development process for teams.
The console application must include the following key features:
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Elevator System Menu
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Real-Time Elevator Status
Display the real-time status of each elevator, including its current floor, direction of movement, whether it's in motion or stationary, and the number of passengers it is carrying.
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Interactive Elevator Control
Allow users to interact with the elevators through the console application. Users should be able to call an elevator to a specific floor and indicate the number of passengers waiting on each floor.
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Multiple Floors and Elevators Support
Design the application to accommodate buildings with multiple floors and multiple elevators. Ensure that elevators can efficiently move between different floors.
- Efficient Elevator Dispatching
Implement an algorithm that efficiently directs the nearest available elevator to respond to an elevator request. Minimize wait times for passengers and optimize elevator usage.
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Passenger Limit Handling
Consider the maximum passenger limit for each elevator. Prevent the elevator from becoming overloaded and handle scenarios where additional elevators might be required.
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Consideration for Different Elevator Types
Although the challenge focuses on passenger elevators, consider the existence of other elevator types, such as high-speed elevators, glass elevators, and freight elevators. Plan the application's architecture to accommodate future extension for these types. -
Real-Time Operation
Ensure that the console application operates in real-time, providing immediate responses to user interactions and accurately reflecting elevator movements and status.
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Evaluation and validation of valid floor number
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Evaluation and validation of maximum passengers for an elevator
