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Diffstat (limited to 'python/examples/pam_demo/demo.py')
| -rw-r--r-- | python/examples/pam_demo/demo.py | 104 |
1 files changed, 0 insertions, 104 deletions
diff --git a/python/examples/pam_demo/demo.py b/python/examples/pam_demo/demo.py deleted file mode 100644 index a60730c..0000000 --- a/python/examples/pam_demo/demo.py +++ /dev/null @@ -1,104 +0,0 @@ -from gevent.monkey import patch_all -patch_all() - -import sys -from Pubnub import Pubnub -import random -import json - -rand = str(random.randint(1,99999999)) - -def get_unique(s): - return 'str-' + rand + '-' + s - -# public channel -# This is the channel all clients announce themselves on -- or more generally speaking, a channel you expect the client -# to "check-in" on to announce his state - -channel_public = get_unique("channel_public") - -# server auth key -# Only the server has/knows about this auth token. It will be used to grant read on the "check-in" Presence channel - -server_auth_token = get_unique("server_auth_token") - -# client auth key -# only clients will use this authey -- it does not provide presence channel read access - -client_auth_token = get_unique("client_auth_token") - -# each client must have a unique id -- a UUID, for presence information/state to bind to - -# client uuid -client_uuid = get_unique("client_uuid") - -# server uuid -server_uuid = get_unique("server_uuid") - -# For the demo, we'll implement a SERVER called server, who is the authoritative 'admin' entity in the system -# We'll also implement a CLIENT called client, who is an arbitrary hardware device member of the network - -# Please swap out the default 'pam' demo keys with your own PAM-enabled keys - -# init server object -server = Pubnub(publish_key="pam", subscribe_key="pam", secret_key="pam", auth_key=server_auth_token, uuid=server_uuid) - -# init client object -client = Pubnub(publish_key="pam", subscribe_key="pam", auth_key=client_auth_token, uuid=client_uuid) - -# To access a Presence channel with PAM, its format is CHANNELNAME-pnpres - -# Grant permission to server auth keys -# grant r/w to public, and r/w public Presence (public-pnpres) - -print(server.grant(channel=channel_public, auth_key=server_auth_token, read=True, write=True)) -print(server.grant(channel=channel_public + '-pnpres', auth_key=server_auth_token, read=True, write=True)) - -# Grant permission to client auth keys -# grant r/w to public, and w-only access to public Presence (public-pnpres) -print(server.grant(channel=channel_public, auth_key=client_auth_token, read=True, write=False)) -print(server.grant(channel=channel_public + '-pnpres', auth_key=client_auth_token, read=False, write=False)) - -# Now, we'll run it to watch it work as advertised... - -# Define some simple callabcks for the Server and Client - -def _server_message_callback(message, channel): - print("Server heard: " + message) - -def _client_callback(channel, message): - print("Client heard: " + message) - -def _error_callback(error): - print("Error: " + error) - -def _server_presence_callback(message, channel): - print message - if 'action' in message: - if message['action'] == 'join' and message['uuid'] == client_uuid: - print "Server can see that client with UUID " + message['uuid'] + " has a state of " + json.dumps(message['data']) - -def _client_presence_callback(message, channel): - print message - if 'action' in message: - if message['action'] == 'join' and message['uuid'] == client_uuid: - print "Client can see that client with UUID " + message['uuid'] + " has a state of " + json.dumps(message['data']) - -# server subscribes to public channel -server.subscribe(channels=channel_public, callback=_server_message_callback, error=_error_callback) - -# server subscribes to presence events on public channel -# presence() is a convienence method that subscribes to channel-pnpres with special logic for handling -# presence-event formatted messages - -## uncomment out to see server able to read on presence channel -server.presence(channel=channel_public, callback=_server_presence_callback, error=_error_callback) - -# now if the client tried to subscribe on the presence channel, and therefore, get state info -# he is explicitly denied! - -## uncomment out to see client not able to read on presence channel -#client.presence(channel=channel_public, callback=_client_presence_callback, error=_error_callback) - -# client subscribes to public channel -client.subscribe(channels=channel_public, state={ "myKey" : get_unique("foo")}, callback=_client_callback, error=_error_callback) |