This project demonstrates the design and implementation of a Vehicle Management System API using ASP.NET Core 6.0 and Azure services. The API enables users to manage their vehicles and related maintenance records. The project leverages Azure services for infrastructure and additional functionalities.
Implement a RESTful API using ASP.NET Core 6.0. Deploy the API to Azure App Service. Utilize Azure SQL Database for data storage. Integrate Azure Application Insights for monitoring and diagnostics. Architecture The project is implemented as a microservices architecture, consisting of the following components:
Maintenance API: An ASP.NET Core RESTful API for managing vehicle maintenance records. Both APIs are deployed as separate Azure App Services and communicate via HTTP.
The system uses Azure SQL Database for data storage. The following tables are created:
Vehicles: Stores vehicle information (e.g., make, model, year, VIN). VehicleMaintenanceRecords: Stores maintenance records for vehicles (e.g., service type, date, cost).
GET /vehicles: Retrieve a list of all vehicles.
POST /vehicles: Create a new vehicle.
GET /vehicles/{id}: Retrieve a specific vehicle by ID.
PUT /vehicles/{id}: Update a specific vehicle by ID.
DELETE /vehicles/{id}: Delete a specific vehicle by ID.
GET /vehicles/{vehicleId}/maintenance: Retrieve a list of all maintenance records for a specific vehicle.
POST /vehicles/{vehicleId}/maintenance: Create a new maintenance record for a specific vehicle.
GET /vehicles/{vehicleId}/maintenance/{id}: Retrieve a specific maintenance record by ID.
PUT /vehicles/{vehicleId}/maintenance/{id}: Update a specific maintenance record by ID.
DELETE /vehicles/{vehicleId}/maintenance/{id}: Delete a specific maintenance record by ID.
The API uses Azure Active Directory (AAD) for authentication and authorization. The API is registered as an application in AAD, and JSON Web Tokens (JWT) are used to secure the endpoints.
Azure Application Insights is integrated into the project to provide monitoring and diagnostics capabilities. This includes logging, performance monitoring, and application tracing.
The API is deployed to Azure App Service using GitHub Actions for continuous integration and continuous deployment (CI/CD).