Budyfying the md graph

1. Get vagrant
2. vagrant up
3. `vagrant ssh -c 'behave /opt/graph_microservice/features'
4. If any of the tests failed or take longer than 1 minute to complete then most likely celery refused to boot up (god knows why) In that case just drop down to SSH and launch screen -d -m celery -A service worker --loglevel=info --concurrency=10
5. Enjoy, if your network is configured correctly you will be able to access the webservice at 127.0.0.1:9090 or VM_IP:9191

Description Write an operational microservice in Python that converts a Your.MD Graph 1 into a service. We need: 1A Docker2 container running the s erver service which has the same class variables and the following methods available: . update create a node . connect connect 2 nodes . get_nodes prints all the nodes in the Graph . connected_nodes print the nodes and the connection between them 2A Docker container running the client service (basic API + web server) that can interact with the server service . This service should provide the following APIs to the external world through http calls : get_nodes GET /nodes update POST /nodes d ‘{“uid”:1, “kind”:”hypothesis”, “name”: ”foo”}’ connect POST /nodes/uid1 d ‘{“id”: “uid2”, “kind”: “kind2”, “relationship”: {“date”: “2015”}}’ connected_nodes GET /nodes/uid1 (optional ?relationship=date:2015) The above are only examples, you can do it in whichever way you feel best. Requirements

1. Python is the preferred language for this
2. Service definition and implementation can be either Thrift, Protocol Buffers, Avro, etc. Explain your choice.
3. Tests, basic documentation and coding guidelines according to Your.MD Coding Standards3
4. Logging and proper exception handling 1