sym-api-client-python 0.0.1

Symphony REST API - Python Client

sym_api_client_python

The Python client is built in an event handler architecture. If you are building a bot that listens to conversations, you will only have to implement an interface of a listener with the functions to handle all events that will come through the Data Feed.

Install using pip --

Note this repo is in constant development

Configuration

Create a config.json file in your project which includes the following properties

    {
      "sessionAuthHost": "COMPANYNAME-api.symphony.com",
      "sessionAuthPort": 8444,
      "keyAuthHost": "COMPANYNAME-api.symphony.com",
      "keyAuthPort": 8444,
      "podHost": "COMPANYNAME.symphony.com",
      "podPort": 443,
      "agentHost": "COMAPNYNAME.symphony.com",
      "agentPort": 443,
      "botCertPath": "PATH",
      "botCertName": "BOT-CERT-NAME",
      "botCertPassword": "BOT-PASSWORD",
      "botEmailAddress": "BOT-EMAIL-ADDRESS",
      "appCertPath": "",
      "appCertName": "",
      "appCertPassword": "",
      "proxyURL": "",
      "proxyUsername": "",
      "proxyPassword": "",
      "authTokenRefreshPeriod": "30"
    }

Example main class

from configure.configure import Config
from auth.auth import Auth
from clients.SymBotClient import SymBotClient
from listeners.imListenerTestImp import IMListenerTestImp
from listeners.roomListenerTestImp import RoomListenerTestImp

def main():
        #pass in path to config.json file to Config class
        configure = Config('./resources/config.json')
        #parse through config.json and extract decrypt certificates
        configure.connect()
        #if you wish to authenticate using RSA replace following line with: auth = rsa_Auth(configure) --> get rid of auth.authenticate
        auth = Auth(configure)
        #retrieve session and keymanager tokens:
        auth.authenticate()
        #initialize SymBotClient with auth and configure objects
        botClient = SymBotClient(auth, configure)
        #initialize datafeed service
        DataFeedEventService = botClient.getDataFeedEventService()
        #initialize listener classes and append them to DataFeedEventService class
        #these listener classes sit in DataFeedEventService class as a way to easily handle events
        #coming back from the DataFeed
        imListenerTest = IMListenerTestImp(botClient)
        DataFeedEventService.addIMListener(imListenerTest)
        roomListenerTest = RoomListenerTestImp(botClient)
        DataFeedEventService.addRoomListener(roomListenerTest)
        #create data feed and read data feed recursively
        DataFeedEventService.startDataFeed()

if __name__ == "__main__":
    main()

Example RoomListener implementation

class RoomListenerTestImp(RoomListener):

    def __init__(self, SymBotClient):
        self.botClient = SymBotClient

    def onRoomMessage(self, message):
        print('room message recieved', message)
        #sample code for developer to implement --> use MessageClient and
        #data recieved from message event to reply with a #reed
        streamId = message['payload']['messageSent']['message']['stream']['streamId']
        messageId = message['payload']['messageSent']['message']['messageId']
        message = dict(message = '<messageML><hash tag="reed"/></messageML>')
        self.botClient.messageClient.createMessage(streamId, message)

    def onRoomCreated(self, roomCreated):
        print('room created', roomCreated)

    def onRoomDeactivated(self, roomDeactivated):
        print('room Deactivated', roomDeactivated)

    def onRoomMemberDemotedFromOwner(self, roomMemberDemotedFromOwner):
        print('room member demoted from owner', roomMemberDemotedFromOwner)

    def onRoomMemberPromotedToOwner(self, roomMemberPromotedToOwner):
        print('room member promoted to owner', roomMemberPromotedToOwner)

    def onRoomReactivated(self, roomReactivated):
        print('room reactivated', roomReactivated)

    def onRoomUpdated(self, roomUpdated):
        print('room updated', roomUpdated)

    def onUserJoinedRoom(self, userJoinedRoom):
        print('USER JOINED ROOM', userJoinedRoom)

    def onUserLeftRoom(self, userLeftRoom):
        print('USER LEFT ROOM', userLeftRoom)