This is an implementation of a hotel reservation system
Guests can fill the make reservation on the website and pay for the reservation. Admin can manage reservations, hotel and rooms.
The primary goal is to create an easy to use platform where guests can make reservation.
- Reservation management
- Room and hotel management
- Pay for reservation
- Payment processing
- User authentication
- Back: C#, ASP.NET Core, RabbitMQ, PostgreSQL, Swagger
- Front: TypeScript, React, Tailwind CSS
- CI/CD: Git, GitHub Actions, Docker
- The guest must be able to make a reservation
- The guest must be able to pay for the reservation
- The guest must be able to cancel the payment
- The guest should receive an email about the successful creation of the reservation
- The guest should receive an email about the successful payment of the reservation
- The guest should be able to retrieve reservation using a link
- The guest should be able to retrieve the reservation by id
- Administrators can register new hotels in the system
- Hotel administrators can add, update, and delete hotel rooms
- Administrators can create different types of numbers and assign them to numbers
- Administrators can set prices for different types of rooms
- Administrators can assign employees such as the administrator
- Administrators can assign employees such as the administrator
- The administrator can register and evict guests
- Login and registration is carried out by the administrator
- The employee with secretary role should check in and checkout guests
The ISO25010 standard is used in order to define the system's quality attributes.
- Functional Completeness: The platform must include functionalities for room reservation, payment processing, check in and check out and hotel management by admin and staff to meet fundamental business objectives.
- Resource Utilization: Efficient resource utilization is important for cost-effectiveness and scalability, but there may be initial tolerance for suboptimal usage.
- Capacity: The system should be able to scale, but initial capacity planning is based on estimates and can be adjusted as actual usage patterns emerge.
- Interoperability: Interoperability is critical for exchanging data with payment systems essential for the core functionality of the platform.
- User Error Protection: While important, the system can be initially forgiving of user errors, with improvements over time based on user feedback.
- User Interface Aesthetics: Aesthetics are important for user satisfaction but are less critical than functionality and can be enhanced incrementally based on user feedback.
- Availability: The system needs to be accessible when required, given the time-sensitive nature of tasks and payments.
- Fault Tolerance: The system should handle faults gracefully to avoid disruption in user activities, but some downtime can be tolerable if quickly remedied.
- Recoverability: In case of system failure, swift recovery is necessary to ensure continuity of user activities and data integrity.
- Confidentiality: Essential for protecting sensitive user data, such as reservation details, guest information and payment details, from unauthorized access.
- Integrity: Critical for ensuring data is not improperly altered, whether accidentally or maliciously, which is paramount for transactional systems.
- Non-repudiation: Important for providing proof of actions, particularly for dispute resolution, but the system can initially function without it if necessary legal mechanisms are in place.
- Accountability: It facilitates tracking of user actions, which is important for auditing and security purposes, but may not be as immediately critical as confidentiality and integrity.
- Authenticity: Authenticity of user identity is non-negotiable for the system as it manages hotels and guests information.
- Modularity: For a system with multiple interacting components, modularity is essential to manage complexity and facilitate future updates with minimal impact.
- Reusability: Reusability is beneficial for future projects and efficiency, but it is not crucial for the initial operations of the system.
- Analysability: Analysability is important for maintaining high quality and quick issue resolution, although it can be improved iteratively.
- Modifiability: The platform must be able to evolve over time to meet changing needs and incorporate new technologies or feedback without significant downtime or risk of defects.
- Testability: To ensure continuous high quality, especially for a system handling personal data, the ability to test changes thoroughly is non-negotiable.
If you have a suggestion that would make this better, please fork the repo and create a pull request:
- Fork the Project
- Create your Feature Branch (
git checkout -b feature) - Commit your Changes (
git commit -m 'Add some AmazingFeature') - Push to the Branch (
git push origin feature) - Open a Pull Request
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