Build an application that solves the Water Jug Riddle for dynamic inputs (X, Y, Z).
The simulation should have a UI to display state changes for each state for each jug (Empty, Full or Partially Full).
You have an X-gallon and a Y-gallon jug that you can fill from a lake. (Assume lake has unlimited amount of water.) By using only an X-gallon and Y-gallon jug (no third jug), measure Z gallons of water.
To find solution run this service and check swagger ui here
to build an app just do make build
binary is stored in ./bin directory
make test
also linter available with make lint
make run-docker-compose
- http public port (configurable, e.g. 8000)
- http debug port (configurable, e.g. 8001) (for metrics/debug/swagger/health-checks/etc)
- graceful shutdown (configurable timeout)
- metrics support
- tracing support (sends span to jaeger-agent, logs trace id)
- serves swagger ui on debug port
http://localhost:8001/swagger/ - serves swagger.json on debug port
http://localhost:8001/swagger/doc.json
- serves prometheus metrics on debug port
http://localhost:8001/metrics - standard go runtime metrics
- http handler metrics
chi_request_duration_milliseconds_count{code="Bad Request",method="POST",path="/v1/search-solution",service=""} 1
chi_request_duration_milliseconds_bucket{code="OK",method="POST",path="/v1/search-solution",service="",le="300"} 4
chi_request_duration_milliseconds_bucket{code="OK",method="POST",path="/v1/search-solution",service="",le="1200"} 4
chi_request_duration_milliseconds_bucket{code="OK",method="POST",path="/v1/search-solution",service="",le="5000"} 4
chi_request_duration_milliseconds_bucket{code="OK",method="POST",path="/v1/search-solution",service="",le="+Inf"} 4
chi_request_duration_milliseconds_sum{code="OK",method="POST",path="/v1/search-solution",service=""} 19.034916000000003
chi_request_duration_milliseconds_count{code="OK",method="POST",path="/v1/search-solution",service=""} 4
...
to check tracing spans visit jaeger ui here