def encrypt(self, message):
if self.cipher_key:
pc = PubnubCrypto()
out = []
if type( message ) == type(list()):
for item in message:
encryptItem = pc.encrypt(self.cipher_key, item ).rstrip()
out.append(encryptItem)
message = json.dumps(out)
elif type( message ) == type(dict()):
outdict = {}
for k, item in message.iteritems():
encryptItem = pc.encrypt(self.cipher_key, item ).rstrip()
outdict[k] = encryptItem
out.append(outdict)
message = json.dumps(out[0])
else:
message = json.dumps(pc.encrypt(self.cipher_key, json.dumps(message)).replace('\n',''))
else :
message = json.dumps(message)
return message;
def encrypt(self, message):
if self.cipher_key:
pc = PubnubCrypto()
out = []
if type(message) == type(list()):
for item in message:
encryptItem = pc.encrypt(self.cipher_key, item).rstrip()
out.append(encryptItem)
message = json.dumps(out)
elif type(message) == type(dict()):
outdict = {}
for k, item in message.iteritems():
encryptItem = pc.encrypt(self.cipher_key, item).rstrip()
outdict[k] = encryptItem
out.append(outdict)
message = json.dumps(out[0])
else:
message = json.dumps(
pc.encrypt(self.cipher_key,
json.dumps(message)).replace('\n', ''))
else:
message = json.dumps(message)
return message
def publish(self, args):
"""
#**
#* Publish
#*
#* Send a message to a channel.
#*
#* @param array args with channel and message.
#* @return array success information.
#**
## Publish Example
def publish_complete(info):
print(info)
pubnub.publish({
'channel' : 'hello_world',
'message' : {
'some_text' : 'Hello my World'
},
'callback' : publish_complete
})
"""
## Fail if bad input.
if not (args['channel'] and args['message']):
print('Missing Channel or Message')
return False
## Capture User Input
channel = str(args['channel'])
message = args['message']
if self.cipher_key:
pc = PubnubCrypto()
out = []
if type(message) == type(list()):
for item in message:
encryptItem = pc.encrypt(self.cipher_key, item).rstrip()
out.append(encryptItem)
message = json.dumps(out)
elif type(message) == type(dict()):
outdict = {}
for k, item in message.iteritems():
encryptItem = pc.encrypt(self.cipher_key, item).rstrip()
outdict[k] = encryptItem
out.append(outdict)
message = json.dumps(out[0])
else:
message = json.dumps(
pc.encrypt(self.cipher_key, message).replace('\n', ''))
else:
message = json.dumps(args['message'])
## Capture Callback
if args.has_key('callback'):
callback = args['callback']
else:
callback = lambda x: x
## Sign Message
if self.secret_key:
hashObject = sha256()
hashObject.update(self.secret_key)
hashedSecret = hashObject.hexdigest()
hash = hmac.HMAC(hashedSecret,
'/'.join([
self.publish_key, self.subscribe_key,
self.secret_key, channel, message
]),
digestmod=digestmod)
signature = hash.hexdigest()
else:
signature = '0'
## Send Message
return self._request([
'publish', self.publish_key, self.subscribe_key, signature,
channel, '0', message
], callback)
def publish( self, args ) :
"""
#**
#* Publish
#*
#* Send a message to a channel.
#*
#* @param array args with channel and message.
#* @return array success information.
#**
## Publish Example
def publish_complete(info):
print(info)
pubnub.publish({
'channel' : 'hello_world',
'message' : {
'some_text' : 'Hello my World'
},
'callback' : publish_complete
})
"""
## Fail if bad input.
if not (args['channel'] and args['message']) :
print('Missing Channel or Message')
return False
## Capture User Input
channel = str(args['channel'])
message = args['message']
if self.cipher_key :
pc = PubnubCrypto()
out = []
if type( message ) == type(list()):
for item in message:
encryptItem = pc.encrypt(self.cipher_key, item ).rstrip()
out.append(encryptItem)
message = json.dumps(out)
elif type( message ) == type(dict()):
outdict = {}
for k, item in message.iteritems():
encryptItem = pc.encrypt(self.cipher_key, item ).rstrip()
outdict[k] = encryptItem
out.append(outdict)
message = json.dumps(out[0])
else:
message = json.dumps(pc.encrypt(self.cipher_key, message).replace('\n',''))
else :
message = json.dumps(args['message'])
## Capture Callback
if args.has_key('callback') :
callback = args['callback']
else :
callback = lambda x : x
## Sign Message
if self.secret_key :
hashObject = sha256()
hashObject.update(self.secret_key)
hashedSecret = hashObject.hexdigest()
hash = hmac.HMAC(hashedSecret, '/'.join([
self.publish_key,
self.subscribe_key,
self.secret_key,
channel,
message
]), digestmod=digestmod)
signature = hash.hexdigest()
else :
signature = '0'
## Send Message
return self._request([
'publish',
self.publish_key,
self.subscribe_key,
signature,
channel,
'0',
message
], callback );
