Weather-WebServer

This repository contains a small ASP.NET Core solution that provides weather-related data via a web API. It demonstrates a layered architecture (API, Application, Domain, Infrastructure) and uses an external OpenMeteo client for forecasts.

Architecture overview

• Weather.Api: ASP.NET Core Web API project exposing endpoints (controllers) and wiring DI.
• Weather.Application: Application-facing services, interfaces, DTOs and processing abstractions.
• Weather.Domain: Domain entities and value objects.
• Weather.Infrastructure: Implementations for external clients, processors, and the concrete WeatherService.

The solution is intended as a simple reference app for integrating weather data providers and organizing processing logic into small, testable components.

Projects:

• Weather.Api — ASP.NET Core Web API
• Weather.Application — Application interfaces and DTOs
• Weather.Infrastructure — HTTP client and service implementations
• Weather.Domain — Domain types and value objects

# Weather WebServer

Small example .NET solution that provides weather data from Open-Meteo.

Projects
- `Weather.Api` — ASP.NET Core Web API
- `Weather.Application` — Application interfaces and DTOs
- `Weather.Infrastructure` — HTTP client and service implementations
- `Weather.Domain` — Domain types and value objects

Prerequisites
- .NET SDK 7.0 or later
- (Optional) An API key or configuration for any external services — see `appsettings.json`

Build

From the repository root:

```powershell
dotnet build Weather-WebServer.sln

Run (local)

Start the API from the repository root:

dotnet run --project Weather.Api

By default the ASP.NET Core app will listen on the ports configured in Weather.Api/Properties/launchSettings.json or the environment variables. Use a browser or curl to call the weather endpoints (example: GET /weatherforecast).

Configuration

• The app reads configuration from appsettings.json and environment variables. For local development, edit Weather.Api/appsettings.Development.json or set environment variables.

CI

• A simple GitHub Actions workflow (dotnet.yml) is provided in .github/workflows to build the solution on push and PR.

Notes

• This example uses the Open-Meteo API as a data source. If the API requires keys or additional configuration, update appsettings.json or provide environment variables before running.
• No unit tests are included. Consider adding tests under a tests/ folder and enabling them in CI.

License

• This repository does not include a license file. Add a LICENSE file if you intend to publish the project.