def complete(response) :
if response.error:
return callback(None)
obj = json.loads(response.buffer.getvalue())
pc = PubnubCrypto()
out = []
if self.cipher_key :
if requestType == "history" :
if type(obj) == type(list()):
for item in obj:
if type(item) == type(list()):
for subitem in item:
encryptItem = pc.decrypt(self.cipher_key, subitem )
out.append(encryptItem)
elif type(item) == type(dict()):
outdict = {}
for k, subitem in item.iteritems():
encryptItem = pc.decrypt(self.cipher_key, subitem )
outdict[k] = encryptItem
out.append(outdict)
else :
encryptItem = pc.decrypt(self.cipher_key, item )
out.append(encryptItem)
callback(out)
elif type( obj ) == type(dict()):
for k, item in obj.iteritems():
encryptItem = pc.decrypt(self.cipher_key, item )
out.append(encryptItem)
callback(out)
else :
callback(obj)
else :
callback(obj)
def complete(response):
if response.error:
return callback(None)
obj = json.loads(response.buffer.getvalue())
pc = PubnubCrypto()
out = []
if self.cipher_key:
if requestType == "history":
if type(obj) == type(list()):
for item in obj:
if type(item) == type(list()):
for subitem in item:
encryptItem = pc.decrypt(
self.cipher_key, subitem)
out.append(encryptItem)
elif type(item) == type(dict()):
outdict = {}
for k, subitem in item.iteritems():
encryptItem = pc.decrypt(
self.cipher_key, subitem)
outdict[k] = encryptItem
out.append(outdict)
else:
encryptItem = pc.decrypt(self.cipher_key, item)
out.append(encryptItem)
callback(out)
elif type(obj) == type(dict()):
for k, item in obj.iteritems():
encryptItem = pc.decrypt(self.cipher_key, item)
out.append(encryptItem)
callback(out)
else:
callback(obj)
else:
callback(obj)
def complete(data):
try : obj = json.loads(data)
except : obj = None
pc = PubnubCrypto()
out = []
if self.cipher_key :
if requestType == "history" :
if type(obj) == type(list()):
for item in obj:
if type(item) == type(list()):
for subitem in item:
encryptItem = pc.decrypt(self.cipher_key, subitem )
out.append(encryptItem)
elif type(item) == type(dict()):
outdict = {}
for k, subitem in item.iteritems():
encryptItem = pc.decrypt(self.cipher_key, subitem )
outdict[k] = encryptItem
out.append(outdict)
else :
encryptItem = pc.decrypt(self.cipher_key, item )
out.append(encryptItem)
callback(out)
elif type( obj ) == type(dict()):
for k, item in obj.iteritems():
encryptItem = pc.decrypt(self.cipher_key, item )
out.append(encryptItem)
callback(out)
else :
callback(obj)
else :
callback(obj)
def sub_callback(response):
## STOP CONNECTION?
if not self.subscriptions[channel]['connected']:
return
## CONNECTED CALLBACK
if not self.subscriptions[channel]['first']:
self.subscriptions[channel]['first'] = True
connectcb()
## PROBLEM?
if not response:
def time_callback(_time):
if not _time:
reactor.callLater(time.time() + 1, substabizel)
return errorback("Lost Network Connection")
else:
reactor.callLater(time.time() + 1, substabizel)
## ENSURE CONNECTED (Call Time Function)
return self.time({'callback': time_callback})
self.subscriptions[channel]['timetoken'] = response[1]
substabizel()
pc = PubnubCrypto()
out = []
for message in response[0]:
if self.cipher_key:
if type(message) == type(list()):
for item in message:
encryptItem = pc.decrypt(self.cipher_key, item)
out.append(encryptItem)
message = out
elif type(message) == type(dict()):
outdict = {}
for k, item in message.iteritems():
encryptItem = pc.decrypt(self.cipher_key, item)
outdict[k] = encryptItem
out.append(outdict)
message = out[0]
else:
message = pc.decrypt(self.cipher_key, message)
else:
message
callback(message)
def sub_callback(response):
## STOP CONNECTION?
if not self.subscriptions[channel]['connected']:
return
## CONNECTED CALLBACK
if not self.subscriptions[channel]['first'] :
self.subscriptions[channel]['first'] = True
connectcb()
## PROBLEM?
if not response:
def time_callback(_time):
if not _time:
reactor.callLater( 1, substabizel )
return errorback("Lost Network Connection")
else:
reactor.callLater( 1, substabizel )
## ENSURE CONNECTED (Call Time Function)
return self.time({ 'callback' : time_callback })
self.subscriptions[channel]['timetoken'] = response[1]
substabizel()
pc = PubnubCrypto()
out = []
for message in response[0]:
if self.cipher_key :
if type( message ) == type(list()):
for item in message:
encryptItem = pc.decrypt(self.cipher_key, item )
out.append(encryptItem)
message = out
elif type( message ) == type(dict()):
outdict = {}
for k, item in message.iteritems():
encryptItem = pc.decrypt(self.cipher_key, item )
outdict[k] = encryptItem
out.append(outdict)
message = out[0]
else:
message = pc.decrypt(self.cipher_key, message )
else :
message
callback(message)
def complete(data):
if (type(data) == type(str())):
if self.resulting_is:
d = zlib.decompressobj(16 + zlib.MAX_WBITS)
try:
data = d.decompress(
data) # try/catch here, pass through if except
except:
data = data
try:
obj = json.loads(data)
except:
obj = None
pc = PubnubCrypto()
out = []
if self.cipher_key:
if requestType == "history":
if type(obj) == type(list()):
for item in obj:
if type(item) == type(list()):
for subitem in item:
encryptItem = pc.decrypt(
self.cipher_key, subitem)
out.append(encryptItem)
elif type(item) == type(dict()):
outdict = {}
for k, subitem in item.iteritems():
encryptItem = pc.decrypt(
self.cipher_key, subitem)
outdict[k] = encryptItem
out.append(outdict)
else:
encryptItem = pc.decrypt(self.cipher_key, item)
out.append(encryptItem)
callback(out)
elif type(obj) == type(dict()):
for k, item in obj.iteritems():
encryptItem = pc.decrypt(self.cipher_key, item)
out.append(encryptItem)
callback(out)
else:
callback(obj)
else:
callback(obj)
def decrypt(self, message):
if self.cipher_key:
pc = PubnubCrypto()
if type(message) == type(list()):
for item in message:
encryptItem = pc.decrypt(self.cipher_key, item)
out.append(encryptItem)
message = out
elif type(message) == type(dict()):
outdict = {}
for k, item in message.iteritems():
encryptItem = pc.decrypt(self.cipher_key, item)
outdict[k] = encryptItem
out.append(outdict)
message = out[0]
else:
message = pc.decrypt(self.cipher_key, message)
return message
def decrypt(self, message):
if self.cipher_key:
pc = PubnubCrypto()
if type( message ) == type(list()):
for item in message:
encryptItem = pc.decrypt(self.cipher_key, item )
out.append(encryptItem)
message = out
elif type( message ) == type(dict()):
outdict = {}
for k, item in message.iteritems():
encryptItem = pc.decrypt(self.cipher_key, item )
outdict[k] = encryptItem
out.append(outdict)
message = out[0]
else:
message = pc.decrypt(self.cipher_key, message)
return message
def complete(data):
if ( type(data) == type(str()) ):
if self.resulting_is:
d = zlib.decompressobj(16+zlib.MAX_WBITS)
try : data = d.decompress(data) # try/catch here, pass through if except
except : data = data
try : obj = json.loads(data)
except : obj = None
pc = PubnubCrypto()
out = []
if self.cipher_key :
if requestType == "history" :
if type(obj) == type(list()):
for item in obj:
if type(item) == type(list()):
for subitem in item:
encryptItem = pc.decrypt(self.cipher_key, subitem )
out.append(encryptItem)
elif type(item) == type(dict()):
outdict = {}
for k, subitem in item.iteritems():
encryptItem = pc.decrypt(self.cipher_key, subitem )
outdict[k] = encryptItem
out.append(outdict)
else :
encryptItem = pc.decrypt(self.cipher_key, item )
out.append(encryptItem)
callback(out)
elif type( obj ) == type(dict()):
for k, item in obj.iteritems():
encryptItem = pc.decrypt(self.cipher_key, item )
out.append(encryptItem)
callback(out)
else :
callback(obj)
else :
callback(obj)