dotnet run -p src/Auction.WebApp/Auction.WebApp.csproj
(may need to run 'npm install' from within 'src/Auction.WebApp/ClientApp' first)dotnet test test/Auction.WebApp.UnitTests/Auction.WebApp.UnitTests.csproj dotnet test test/Auction.WebApp.IntegrationTests/Auction.WebApp.IntegrationTests.csproj - Front end validation
- Front end error handling
- Additional back end validation
- Add additional integration tests
- Add tests for the read model
- Authentication
- Real time updates in front end about bids placed, new auctions and auctions ending using Signalr
- Configurable start and end times for auctions
- Add images for auctions
- Persistent storage for events (including handling simultaneous requests on the same aggregate)
- Publish events to a queue / message bus. This would allow events to be processed asynchronously
- Create AuctionEnded event. A separate service (i.e. a process manager) could then consume AuctionCreated, and schedule a job to fire in an EndAuction command at the correct time. This would then allow other services to consume AuctionEnded and send notifications, update the front end etc
- Separate front end from .net project - could use something like Gatsby to enable deployment to a CDN