/LetsGoBiking

SI4 Middleware Project: Efficient Bike-based Navigation

Primary LanguageC#

LetsGoBiking

Full-stack Bike-focused Navigation App and Service

Architecture

.
├── Client
├── Router
└── docker-compose.yml

  • Redis is used as a cache.

  • ActiveMQ is used as a queue.

  • The Router is a CoreWCF API server.

    • The router contains two callable methods from WCF:
      • `RouteResponse GetBikeRoute(string origin, string destination);``
        • Obtain the detailed directions directly from the SOAP request.
      • `RouteResponseWithoutSegments GetBikeRouteWithQueue(string origin, string destination);``
        • Obtain the directions from a queue.
        • An identifier is contained within the response so that the client to poll the queue for the results.
    • The router uses a custom handler for HTTP requests.
      • The handler intercepts a Cache TLL header and caches the response in Redis.

  • The Client is a Java heavy client.

    • It connects to the Router to send requests and receive responses.
    • It connects to ActiveMQ to poll for the detailed directions.

How to run

  1. Add JCDecaux API key and Google Maps API key to Router/Properties/launchSettings.json
  2. Start Redis and ActiveMQ
docker compose build

then run them

docker compose up
  1. Run the Router
dotnet run --project Router/Router.csproj
  1. Run the Client
cd Client && mvn clean package && mvn exec:exec