def test_responder_hands_what_it_got_from_receive_to_handler(self):
self.transmitter.receive = mock.MagicMock(return_value="for the handler")
handler = ResponseHandler(MoveGenerator())
handler.response = mock.Mock()
responder = Responder(self.transmitter,handler)
responder.respond()
handler.response.assert_called_with("for the handler")
def get_msg():
t = Torrent('../torrent/flagfromserver.torrent')
t.make_request()
# make request, get response, handle response
r = requests.get(t.request)
rh = ResponseHandler(r)
rh.get_peer_ip()
# get handshake
h = Handshake(t)
#pick ip and port from peers
ip = rh.ips[-1][0]
port = rh.ips[-1][1]
# socket connection and send data
s = socket.socket()
s.connect((ip, port))
s.sendall(str(h))
# receive data back and pretty print
recv = s.recv(100)
print 'Handshake received: %s' % (recv.__repr__(), )
s.sendall(send_interested())
recv = s.recv(10000)
prefix, message = message_decode(recv)
return recv
def testComplete(self):
try:
fibDataDB = self.initializeFibDataDB(self.testName)
fibData = FibDataRequest(None, {
"worker_id": "abcd",
"fib_id": 3,
"fib_value": 2
})
testFD = fibDataDB.addRequest(fibData)
fibDataDB.updateRequest(testFD)
fibData = FibDataRequest(None, {
"worker_id": "efgh",
"fib_id": 3,
"fib_value": 2
})
testFD = fibDataDB.addRequest(fibData)
fibDataDB.updateRequest(testFD)
fibData = FibDataRequest(None, {
"worker_id": "efgh",
"fib_id": 4,
"fib_value": 3
})
testFD = fibDataDB.addRequest(fibData)
responseHandler = ResponseHandler(uuid.uuid1(), fibDataDB)
response = responseHandler.getComplete()
self.assertTrue(response != None)
parsedResponses = json.loads(response)
self.assertTrue(len(parsedResponses) == 2)
parsedResponse = parsedResponses[0]
self.assertTrue(
parsedResponse.has_key('formattedFinishDate') == True)
self.assertTrue(parsedResponse['fibData']['fibId'] == 3)
self.assertTrue(parsedResponse['fibData']['fibValue'] == 2)
self.assertTrue(parsedResponse['fibData']['workerId'] == 'abcd')
parsedResponse = parsedResponses[1]
self.assertTrue(
parsedResponse.has_key('formattedFinishDate') == True)
self.assertTrue(parsedResponse['fibData']['fibId'] == 3)
self.assertTrue(parsedResponse['fibData']['fibValue'] == 2)
self.assertTrue(parsedResponse['fibData']['workerId'] == 'efgh')
except MySQLdb.Error, e:
self.log.error("error creating table fibdata")
self.log.error(e)
self.handleMySQLException(e, True)
return None
def test_responder_hands_what_it_got_from_receive_to_handler(self):
self.transmitter.receive = mock.MagicMock(
return_value="for the handler")
handler = ResponseHandler(MoveGenerator())
handler.response = mock.Mock()
responder = Responder(self.transmitter, handler)
responder.respond()
handler.response.assert_called_with("for the handler")
def test_empty_keys(self):
handler = ResponseHandler()
handler.country_info = CountryInfoPlaceHolder({
"name": "Egypt",
"capital": "Cairo"
})
response = handler.get('egypt', '')
self.assertEqual(response, handler.invalid_info)
def test_get_true_info(self):
handler = ResponseHandler()
handler.country_info = CountryInfoPlaceHolder({
"name": "Egypt",
"capital": "Cairo"
})
response = handler.get('egypt', 'name')
self.assertEqual(response['name'], 'Egypt')
def test_get_any_info(self):
handler = ResponseHandler()
handler.country_info = CountryInfoPlaceHolder({
"name": "Egypt",
"capital": "Cairo"
})
response = handler.get_all_info('egypt')
self.assertTrue(len(response) > 0)
def test_get_valid_data(self):
handler = ResponseHandler()
handler.country_info = CountryInfoPlaceHolder({
"capital": "Cairo",
"demonym": "Egyptian"
})
response = handler.get('egypt', 'capital,demonym')
expected = {"capital": "Cairo", "demonym": "Egyptian"}
self.assertEqual(expected, response)
def processResponse(self, resp_obj):
resp_code = resp_obj["response_code"]
# Setting up PDUData object to be used in response handling
obj = pdu_data.PDUData()
obj.payload = resp_obj["payload"]
resh_obj = ResponseHandler(obj)
# Calls the associated function for the received response code
return resh_obj.runResponseCodeAction(resp_code)
def test_filter_with_invalid_keys(self):
handler = ResponseHandler()
handler.country_info = CountryInfoPlaceHolder({
"capital": "Cairo",
"demonym": "Egyptian"
})
with open('offline_country_info.json') as file:
info = json.load(file)
response = handler.filter('capital,invalid_key', info)
self.assertEqual(handler.invalid_info, response)
def test_public_api_error(self):
self.handler = ResponseHandler()
url = '/country/name/invalid_country/keys/name'
testClient = app.test_client()
testClient.testing = True
response = testClient.get(url)
self.assertEqual(response.json, self.handler.public_api_error)
def test_invalid_request_wrong_info(self):
self.handler = ResponseHandler()
url = '/country/name/egypt/keys/invalid_key'
testClient = app.test_client()
testClient.testing = True
response = testClient.get(url)
self.assertEqual(response.json, self.handler.invalid_info)
def test_handler_returns_winner_on_board_key(self):
data = {"board":"stuff"}
generator = mock.Mock()
generator.winner_of = mock.MagicMock(return_value="x")
response = ResponseHandler(generator).response(data)
generator.winner_of.assert_any_call("stuff")
self.assertEqual("x",response["winner_on_board"])
def test_response_contains_updated_game_information(self):
data = {"board": {1:"o", 2:"o",5:"x"},
"depth": 20}
response = ResponseHandler(MoveGenerator()).response(data)
self.assertEqual(3,response["ai_move"])
self.assertEqual("o",response["winner_after_ai_move"])
self.assertEqual(None,response["winner_on_board"])
def testComplete(self):
try:
fibDataDB = self.initializeFibDataDB(self.testName)
fibData = FibDataRequest(None,{"worker_id":"abcd","fib_id":3, "fib_value":2})
testFD = fibDataDB.addRequest(fibData)
fibDataDB.updateRequest(testFD)
fibData = FibDataRequest(None,{"worker_id":"efgh","fib_id":3, "fib_value":2})
testFD = fibDataDB.addRequest(fibData)
fibDataDB.updateRequest(testFD)
fibData = FibDataRequest(None,{"worker_id":"efgh","fib_id":4, "fib_value":3})
testFD = fibDataDB.addRequest(fibData)
responseHandler = ResponseHandler(uuid.uuid1(),fibDataDB)
response = responseHandler.getComplete()
self.assertTrue(response != None)
parsedResponses = json.loads(response)
self.assertTrue(len(parsedResponses) == 2)
parsedResponse = parsedResponses[0]
self.assertTrue(parsedResponse.has_key('formattedFinishDate') == True)
self.assertTrue(parsedResponse['fibData']['fibId'] == 3)
self.assertTrue(parsedResponse['fibData']['fibValue'] == 2)
self.assertTrue(parsedResponse['fibData']['workerId'] == 'abcd')
parsedResponse = parsedResponses[1]
self.assertTrue(parsedResponse.has_key('formattedFinishDate') == True)
self.assertTrue(parsedResponse['fibData']['fibId'] == 3)
self.assertTrue(parsedResponse['fibData']['fibValue'] == 2)
self.assertTrue(parsedResponse['fibData']['workerId'] == 'efgh')
except MySQLdb.Error, e:
self.log.error("error creating table fibdata")
self.log.error(e)
self.handleMySQLException(e,True)
return None
def test_returns_board_with_obvious_move(self):
transmitter = mock.Mock()
transmitter.receive = mock.MagicMock(
return_value=self.easy_win_possible)
generator = MoveGenerator()
handler = ResponseHandler(generator)
responder = Responder(transmitter, handler)
responder.respond()
transmitter.send.called_with({
"winner_after_ai_move": "o",
"ai_move": 3
})
def __init__(self, user_profile):
self.prepared_data = dict()
self.url = None
self.method = 'GET'
self.headers = {}
self.profile = UserProfile(**user_profile)
self.logger = logging.getLogger(__name__)
self.response = ResponseHandler({
"success": False,
"ok": False,
"content": ''
})
def test_it_hooks_into_socket_sends_and_receives(self):
transmitter = JsonTransmitter(self.connection_socket)
handler = ResponseHandler(MoveGenerator())
responder = Responder(transmitter, handler)
game_info = json.dumps({"board": {1: "o", 3: "o"}, "depth": 20})
self.sock.send(game_info)
responder.respond()
data_received = self.sock.recv(1024)
updated_game = json.loads(data_received)
WIN_MOVE = 2
self.assertEqual(WIN_MOVE, updated_game["ai_move"])
self.assertEqual("o", updated_game["winner_after_ai_move"])
self.assertEqual(None, updated_game["winner_on_board"])
def send_request(self):
"""
Used to send the final SOAP request and to be called by subclass.
It internally override the _send_request of subclass.
:return: None
"""
try:
response = self._send_request()
self.response = ResponseHandler(response)
except Fault as fault:
raise ParamValidationError(message=fault.message, code=fault.code)
except Exception as exc:
pass
return self.response
def main():
handler = ResponseHandler()
bot = DodgyBot(handler)
print "Hello I am a Dodgy Bot"
os.system("say 'Hello I am a Dodgy Bot'")
while True:
bot.listen()
print bot.recogniseAudio()
# user_input = bot.recogniseAudio().lower().strip()
# if (user_input in ["goodbye", "bye", "exit"]):
# os.system("say 'Bye'")
# exit()
intent = bot.getIntent()
print bot.loadResponse(intent)
def check_config_and_launch(self):
self.load_json()
response = requests.get(
"https://api.github.com/notifications",
auth=(self.current_config['github_username'],
self.current_config['github_bearer_token'])).json()
if isinstance(response,
dict) and 'Bad credentials' in response.values():
print("Wrong credentials, starting config.")
sleep(1)
ConfigGenerator()
else:
show_security_updates = self.current_config[
'max_nb_notifications'] == "Y"
max_nb = int(self.current_config['max_nb_notifications'])
ResponseHandler(api_response=response,
max_nb=max_nb,
show_security_updates=show_security_updates)
def __init__(self, user_profile):
"""Initialization method for Delhivery base class, which sets
credentials for using Delhivery API
Args:
user_profile - This will be the dictionary containing
client name and api token.
"""
self.prepared_data = None
self.url = None
self.method = 'GET'
self.headers = {}
self.profile = UserProfile(**user_profile)
self.logger = logging.getLogger(__name__)
self.response = ResponseHandler({
"success": False,
"ok": False,
"content": ''
})
def test_integration_of_parts(self):
DUMB_AI_DEPTH = 1
data_from_transmitter_receive = {
"board": {
1: "x",
2: "x"
},
"depth": DUMB_AI_DEPTH
}
SMART_MOVE = 3
transmitter = mock.Mock()
transmitter.receive = mock.MagicMock(
return_value=data_from_transmitter_receive)
handler = ResponseHandler(MoveGenerator())
responder = Responder(transmitter, handler)
responder.respond()
self.assertNotEqual(SMART_MOVE,
transmitter.send.call_args[0][0]["ai_move"])
self.assertEqual(
None, transmitter.send.call_args[0][0]["winner_after_ai_move"])
resultsMessageQueue.createQueue(resultsQueueName)
# worker ID is unique to this instance of worker
log.debug("generating worker ID")
workerId = uuid.uuid1()
# need to receive work requests async in order to also handle web requests
workerT = Thread(name='daemon',
target=doWork,
args=(jobMessageQueue, resultsMessageQueue, workerDataDB,
workerId))
workerT.setDaemon(True)
workerT.start()
responseHandler = ResponseHandler(workerId, workerDataDB)
log.debug("starting web server")
application = bottle.app()
application.catchall = False
# NOTE that these will default to rational values if not set for local run.
assignedHost = os.getenv('VCAP_APP_HOST', '127.0.0.1')
assignedPort = os.getenv('VCAP_APP_PORT', 8081)
log.debug('launching application at %s:%s' % (assignedHost, assignedPort))
bottle.run(application, host=assignedHost, port=assignedPort)
# this is the last line
def test_responder_sends_what_it_got_from_handler(self):
handler = ResponseHandler(mock.Mock())
handler.response = mock.MagicMock(return_value="some stuff")
responder = Responder(self.transmitter, handler)
responder.respond()
self.transmitter.send.assert_called_with("some stuff")
def test_handler_returns_winner_after_ai_move_key(self):
data = {"board":""}
generator = mock.Mock()
generator.winner = mock.MagicMock(return_value="winner!")
response = ResponseHandler(generator).response(data)
self.assertEqual("winner!",response["winner_after_ai_move"])
def test_responder_sends_what_it_got_from_handler(self):
handler = ResponseHandler(mock.Mock())
handler.response = mock.MagicMock(return_value="some stuff")
responder = Responder(self.transmitter, handler)
responder.respond()
self.transmitter.send.assert_called_with("some stuff")
from move_generator import MoveGenerator
from response_handler import ResponseHandler
from response_thread import ResponseThread
command_line_parser = OptionParser()
command_line_parser.add_option("-p", "--port",
type="int", dest="port",
help="Port for the server to run on")
command_line_parser.set_defaults(port=5000)
(options, args) = command_line_parser.parse_args()
server = ServerSocket("localhost", options.port)
print "Server starting on port %d..." % options.port
server.initialize_and_listen_for_connections()
while True:
try:
connection_socket = server.accept_connection_and_return_socket()
transmitter = JsonTransmitter(connection_socket)
move_generator = MoveGenerator()
handler = ResponseHandler(move_generator)
responder = Responder(transmitter, handler)
ResponseThread(responder).start()
except KeyboardInterrupt:
print "\nShutting down server..."
break
def test_public_api_error_get(self):
handler = ResponseHandler()
handler.country_info = CountryInfoPlaceHolder(None)
response = handler.get('egypt', 'capital')
self.assertEqual(response, handler.public_api_error)
def test_handler_defaults_difficulty_if_depth_not_set(self):
data = {"board": {1:"x",2:"x",5:"o"}}
handler = ResponseHandler(MoveGenerator())
response = handler.response(data)
self.assertEqual(3,response["ai_move"])
def test_handler_returns_with_move_key(self):
data = {"board":""}
generator = mock.Mock()
generator.next_move = mock.MagicMock(return_value="ai_move")
response = ResponseHandler(generator).response(data)
self.assertEqual("ai_move",response["ai_move"])
def route_scenario_1(name):
handler = ResponseHandler()
response = handler.get_all_info(name)
return response
def route_scenario_2(name, keys):
handler = ResponseHandler()
response = handler.get(name, keys)
return response
async def main(args):
backend_parser = BurpRequestParser
rp = RequestParser(args.frequest, backend_parser)
request = rp.parse_text()
request.url = args.protocol + "://" + request.url
key_request, subkey_request = find_world_in_request(request)
if args.fproxies:
ph = ProxiesHandler(args.fproxies)
else:
ph = None
response_handler = ResponseHandler(
stop_status=args.stop_status,
output_type=args.output_type,
print_request=args.print_request,
)
range_step = args.range_step or 1
async with aiohttp.ClientSession() as session:
for value in get_values_from_range(args.range_start, args.range_end,
range_step, args.min_len):
replica_request = Request(request.get_data().copy())
replica_request.url = request.url
replace_world_in_request(replica_request, key_request,
subkey_request, value)
no_answer = True
attempt_request_limit = 10
request_count = 0
response = None
while no_answer:
proxy = None
if ph:
if not ph.proxies:
print("List of working proxies is empty")
sys.exit()
proxy = ph.get_random_proxy()
try:
response = await do_request(session,
replica_request,
proxy=proxy)
except (aiohttp.client_exceptions.ClientProxyConnectionError,
asyncio.TimeoutError):
print(
f"There was failed request attempt with the proxy {proxy}"
)
if ph:
ph.exclude_not_working_proxy(proxy)
else:
no_answer = False
finally:
request_count += 1
if no_answer and request_count > attempt_request_limit:
print("you have exceeded maximum request limit")
break
await response_handler.handle(replica_request, response)