#Crossbar HTTP

I wanted to enhance "crossbarconnect" but the repository is no where to be found, so I created this one.

#Call To call a Crossbar HTTP bridge, do the following

client = Client("http://127.0.0.1/call")
result = client.call("com.example.add", 2, 3, offset=10)

This will call some method that has the following defined

def onJoin(self, details):
    
    def add_something(x, y, offset=0):
        print "Add was called"
        return x+y+offset

    self.register(add_something, "com.example.add")

#Procedure To publish to a Crossbar HTTP bridge, do the following

client = Client("http://127.0.0.1/publish")
result = client.publish("com.example.event", event="new event")

The receiving subscription would look like

def onJoin(self, details):
    
    def subscribe_something(event=None, **kwargs):
        print "Publish was called with event %s" % event

    self.subscribe(subscribe_something, "test.publish")  

#Contributing To contribute, fork the repo and submit a pull request. I have the following known "TODO"s.

##TODOs

• Implement authenticated connections

#Testing The overall system test (which will also run the unit tests) can be run by using Docker Compose. Connect to a docker host and type

%> docker-compose build
%> docker-compose up

This will run the unit tests as well as the system level tests. The service "wamptest_test_1" will return a 0 value if the tests were successful and non zero otherwise. To get the pass/fail results from a command line, do the following

#!/usr/bin/env bash

docker-compose build
docker-compose up

exit $(docker-compose ps -q | xargs docker inspect -f '{{ .Name }} exited with status {{ .State.ExitCode }}' | grep test_1 | cut -f5 -d ' ')

This is a little hacky (and hopefully Docker will fix it) but it will do the trick for now.

The Docker Compose file creates a generic router with an example service connected to it.

#License MIT