def wrapper_callback(message_data, message):
"""generic message consume callback wrapper
content must be of type dict, with key matching function to be called
passing value:
content = {'function1': 'argument for function1'}
would call func_function1('argument for function1')
will raise an exception if message is not encrypted
"""
# always send acknowledgement, even if an exception is raised so as not
# block the queue
message.ack()
if not message_data["encrypted"]:
raise Error("hubclient only accepts encrypted messages")
secret = os.getenv("SECRET")
sender, content, timestamp = decode_message(message_data, secret)
for func_name in content.keys():
func = getattr(sys.modules[__name__], "func_" + func_name)
func(content[func_name])
print "message processed (%s)" % timestamp.isoformat(" ")
def wrapper_callback(message_data, message):
"""generic message consume callback wrapper
content must be of type dict, with key matching function to be called
passing value:
content = {'function1': 'argument for function1'}
would call func_function1('argument for function1')
will raise an exception if message is not encrypted
"""
# always send acknowledgement, even if an exception is raised so as not
# block the queue
message.ack()
if not message_data['encrypted']:
raise Error("hubclient only accepts encrypted messages")
secret = os.getenv('SECRET')
sender, content, timestamp = decode_message(message_data, secret)
for func_name in content.keys():
func = getattr(sys.modules[__name__], 'func_' + func_name)
func(content[func_name])
print "message processed (%s)" % timestamp.isoformat(" ")
def decrypt_callback(message_data, message):
encrypted = message_data['encrypted']
secret = os.getenv('TKLAMQ_SECRET', None)
if encrypted and not secret:
fatal('TKLAMQ_SECRET not specified, cannot decrypt cipher text')
sender, content, timestamp = decode_message(message_data, secret)
print content
message.ack()