def main():
s = socket.socket()
s.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
s.bind((sys.argv[1], 9999))
s.listen(10)
print("starting server...")
while True:
try:
while True:
sc, address = s.accept()
print("accepted " + str(address))
message = utils.recv_msg(sc)
parsed_message = parser.RequestMessageParser.parse(message)
handler_response = handler.RequestHandler.handle(parsed_message)
utils.send_msg(sc, handler_response)
sc.close()
s.close()
except Exception:
exc_type, exc_value, exc_traceback = sys.exc_info()
lines = traceback.format_exception(exc_type, exc_value, exc_traceback)
print(''.join('!! ' + line for line in lines))
def init_socks(self):
"""Connect sockets with users whose id is less than me."""
if self.group_leader_id is None: # I start the chat, should send request to other users
for user in self.other_user.values():
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
sock.connect((user.ip, user.port))
self.socks[user.user_id] = sock
sock.setblocking(False)
utils.send_msg(
sock,
utils.encode_message(self.name, self.me_user.port, 4,
self.me_user.user_id, '', 0))
else: # should send response to those whose user_id is larger than me
time.sleep(
1) # wait for everyone to first create a GroupChat and update
for user in self.other_user.values():
if self.me_user.user_id > user.user_id or user.user_id == self.group_leader_id:
continue
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
sock.connect((user.ip, user.port))
self.socks[user.user_id] = sock
sock.setblocking(False)
utils.send_msg(
sock,
utils.encode_message(self.name, self.me_user.port, 6,
self.me_user.user_id, '', 0))
def check():
self.selected_file = text_source.get()
##########################################################3
msg = "SEARCH: " + self.selected_file + "\n\0"
send_msg(self.server, msg)
lines = communicate(self.server, self.buffer)
fields = lines[0].split(" ")
cmd = fields[0]
if cmd == "FOUND:":
for line in lines[1:]:
self.server_files.append(line)
if len(self.server_files) == 0:
self.server_files = []
text_source.delete(0, tk.END)
text_source.insert(
0, "This file does not exist. Provide another.")
else:
exit_button.pack_forget()
search_button['state'] = 'disabled'
self.download_file()
return
def movie_of_movies_by_cinema(idChat, m):
'''Pretty print of a movie from movies of a cinema
:param: a movie
'''
s = bold('Título: ') + m['Portuguese title'] + "\n"
s += bold('IMDB Rating: ') + m['IMDB Rating']
send_msg(idChat, s)
def send(self):
##########################################################3
# send "HELLO" to server
send_msg(self.server, "HELLO {} {}\n\0".format(self.lhost, self.lport))
print("I HAVE SENT MSG HELLO")
lines = communicate(self.server, self.buffer)
fields = lines[0].split(" ")
cmd = fields[0]
# [name, path, ext, size, date]
if cmd == "HI":
client_name = fields[1]
list_msg = "LIST \n"
for file in self.database:
file_str = construct_file_str(file, client_name)
list_msg += file_str + "\n"
list_msg += "\0"
send_msg(self.server, list_msg)
print("my buffer: ", self.buffer)
lines = communicate(self.server, self.buffer)
fields = lines[0].split(" ")
cmd = fields[0]
print("received ", cmd)
if cmd == "ACCEPTED":
self.search()
def listen():
"""
Listens for incoming connection by the serber and sends him the keylog when requested. All encrypted.
"""
global CERT_FILE, connected, log
listener = socket.socket()
utils.set_keepalive(listener)
listener.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
listener.bind(("", HOST_PORT))
listener.listen(1)
while True:
conn, _ = listener.accept()
connected = True
conn = ssl.wrap_socket(
sock=conn, ca_certs=CERT_FILE, cert_reqs=ssl.CERT_REQUIRED)
while True:
try:
if utils.recv_msg(conn) == "send file":
utils.send_msg(conn, log)
log = ""
except (socket.timeout, socket.error):
conn.close()
connected = False
break
listener.close()
def ask_cinema(idChat, content, cat):
'''Ask user to select a cinema
:param: id chat
:param: content to filter
:param: category detected
'''
n = 1
m = 'Escolha um dos cinemas:\n'
m += " 0. Nenhuma das hipóteses\n"
cinemas = []
for c in content:
m += " " + str(n) + ". " + c + "\n"
cl = clean_msg(c)
words = cl.split()
l = len(words)
s = set()
while l > 0:
s.add(" ".join(words[0:l]))
l -= 1
s.add(words[l])
for w in list(s):
cinemas.append({'choice': n, 'match': w})
n += 1
m += "Indique o número ou o nome do cinema."
globals.redis_db.set(
"content" + str(idChat),
json.dumps({
'cat': cat,
'value': content,
'keys': cinemas
}))
send_msg(idChat, m)
def start_pubsub_listener():
for m in self.sub.listen():
if m.get("type") == "message":
channel = m['channel']
msg = json.loads(m['data'])
# self.pubsub_queue.append((channel, msg))
if channel == 'dispatching' and msg[
'type'] == 'need switch': # from agents
# TODO decide whether and who to switch
with socket.socket(socket.AF_INET,
socket.SOCK_STREAM) as ss:
ss.connect(('127.0.0.1', utils.PORT['PA start']))
ss.send(
json.dumps({
'type': 'switch request'
}).encode())
for port in range(7000, 7037):
with socket.socket(socket.AF_INET,
socket.SOCK_STREAM) as ss:
ss.connect(('127.0.0.1', port))
ss.send(
json.dumps({
'type': 'switch request'
}).encode())
elif channel == 'dispatching' and msg[
'type'] == 'plan request':
send_msg(
(utils.IP['scheduler'], utils.PORT['scheduler']),
msg)
def start_socket_listener():
with socket.socket(socket.AF_INET, socket.SOCK_STREAM) as s:
s.bind((self.ip, self.port))
s.listen()
while True:
conn, addr = s.accept()
with conn:
while True:
data = conn.recv(1024)
if not data:
break
msg = json.loads(data.decode())
self.message_queue.append(msg)
if msg['type'] == 'plan request':
print('CC receive plan request {}, {}'.format(msg['start'], msg['task']))
coord_addr = utils.IP['coordinator'], utils.PORT['coordinator']
# sample response
# {'type': 'plan',
# 'path': [[[40, 68], ['127.0.0.1', 7034], 'RobotM12'],
# [[40, 72], ['127.0.0.1', 7000], 'BufferB1'],
# [[30, 100], ['127.0.0.1', 7028], 'RobotB1']
# ],
# 'processing machine': [['127.0.0.1', 7008], 'MachineA']
# }
send_msg(coord_addr, self.optimized_plan[(tuple(msg['start']), msg['task'])])
def send_file_message(self, file_message, sock):
"""Send file message via client_sock.
Split the file into different packages,
first send 'type_id_filename', then send packages.
"""
# send notification message
utils.send_msg(
sock,
utils.encode_message(self.name, self.me_user.port, 2,
self.me_user.user_id, file_message.path,
file_message.size))
# start send file packages
file = open(file_message.path, 'rb')
while True:
package = file.read(config.MAX_PACKAGE_SIZE)
if not package: # file send over
break
while True:
try:
sock.send(package)
break
except BlockingIOError:
time.sleep(0.001)
file.close()
return DisplayMessage(
file_message.sender_icon, file_message.sender_id, file_message.t,
2, 'File {} send success!'.format(file_message.path))
def send_log_out_message(self):
"""Delete other user as your friend, send a message to inform."""
for sock in self.socks.values():
utils.send_msg(
sock,
utils.encode_message(self.name, self.me_user.port, 8,
self.me_user.user_id, '', 0))
def send_command(args, callback=lambda sock: print("Connected", sock)):
"""connects to the server and sends the command
:param args: this object is similar to the one parsed from the commandline,
contains "host" and "port" members
:param callback(sock, respjson): a function to call when connected to the server.
sock: Gets passed the socket object, the socket object at this point is already connected and is ready to send or recv.
:return the callback result
"""
with socket.socket(socket.AF_INET, socket.SOCK_STREAM) as s:
print('connecting to server...', end='')
s.connect((args['host'], args['port'])) # connect
print('\rConnection established ')
args['auth'] = False
# setup IV
args['iv'] = secrets.token_bytes(16)
request_json = format_args_to_json(args)
# send the command/request json
send_msg(s, _string_to_bytes(request_json))
# check if server acknowledged the command
# (if resp is included in one of the success response codes)
resp = recv_msg(s)
resp_json = json.loads(_bytes_to_string(resp))
if resp_json['readystate'] in [202]:
res = callback(s)
send_msg(s, b'200') # send OK code
print('\nTransaction complete')
return res
def intermediate(update, context):
logger.info("Intermediate ")
choice = update.message.text
choice_dict = {
'📚 SEND BOOK REQUESTS': 0,
'✍️ Submit your writing': 1,
'📝 Send Us Feedback': 2,
'🏴☠️ ADMIN Features': 3,
"Cancel": 4
}
switch = choice_dict.get(choice)
if switch == 0:
book_request(update, context)
elif switch == 1:
Submit_essay(update, context)
elif switch == 2:
feedback(update, context)
elif switch == 3:
Admin_features(update, context)
elif switch == 4:
cancel_cmd(update, context)
else:
send_msg(update, context, text="")
def process_content(idChat, msg, content):
'''Process content for cases when we want to filter the content
:param: id chat
:param: user message
:param: content to filter
'''
globals.redis_db.delete("content" + str(idChat))
m = clean_msg(msg)
if not re.search(r'^\s*0\s*$', m) and not re.search(
r'\bnenhuma das hipoteses\b', m) and not re.search(
r'\bnenhuma?\b', m):
num = re.search(r'^\s*([0-9]+)\s*$', msg)
if num:
num = num.group(1)
process_content_num(idChat, content, int(num))
else:
i = 0
n = len(content['keys'])
found = False
while i < n and not found:
if re.search(r'\b' + content['keys'][i]['match'] + r'\b', msg):
found = True
process_content_num(idChat, content,
content['keys'][i]['choice'])
i += 1
if not found:
process_content_num(idChat, content, n + 1)
else:
send_msg(idChat, prefab_msgs["request"][0])
def logout(conn, addr, ms):
user = get_user_by_addr(addr, USERS)
if user:
del USERS[user]
ms.get_messages_for_user(user)
send_msg(conn, b"U've been successfully logouted")
print("[+] {}({}) logouted".format(user, addr_to_str(addr)))
def distributed_mode(self):
print('{} run in distributed mode'.format(self.name))
start_time = time.time()
while self.next_task_index < len(self.tasks):
task = self.tasks[self.next_task_index]
# check if needs to switch mode
if self.need_switch:
self.switch_to_centralized()
return
# find a bidder for task
bids = []
while not bids:
self.announce_task(task)
bids = self.wait_for_bid(task)
best_bid = self.find_best_bid(bids)
self.confirm_bid(task, best_bid['RA name'])
# figure out topology
self.announce_task('transport')
bids = self.wait_for_bid('transport')
ra_team = self.find_path(bids, tuple(best_bid['RA location']))
# confirm all transport RAs on the chosen path
for bid, pos in ra_team:
self.confirm_bid('transport', bid['RA name'], task_info={'start': self.current_pos, 'destination': pos})
# send control command to transport RAs one by one
for bid, pos in ra_team:
send_msg(bid['RA address'], {'type': 'order',
'task': 'transport',
'start': self.current_pos,
'destination': pos,
'PA address': (self.ip, self.port),
'PA name': self.name
})
if_finished = self.wait_for_finish(bid['RA name'],
(distance(self.current_pos, pos) / bid['velocity']))
# TODO handle timeout
if not if_finished:
print('PA end')
return
self.current_pos = pos
# send control command to processing RA
send_msg(best_bid['RA address'], {'type': 'order',
'task': task,
'PA address': (self.ip, self.port),
'PA name': self.name
})
if_finished = self.wait_for_finish(best_bid['RA name'], best_bid['processing time'], timeout=200)
# TODO handle timeout
if not if_finished:
print('PA end')
return
self.current_pos = tuple(best_bid['RA location'])
self.next_task_index += 1
print('{} finished in {}s'.format(self.name, time.time() - start_time))
def send_text_message(self, text_message, sock):
"""Send text message via client_sock."""
utils.send_msg(
sock,
utils.encode_message(self.name, self.me_user.port, 0,
self.me_user.user_id, text_message.text, 0))
return DisplayMessage(text_message.sender_icon, text_message.sender_id,
text_message.t, 0, text_message.text)
def give_peer(peer, searched_file, requested_file):
print("GIVE PEER .....")
requested_file_str = ""
for rf in requested_file:
requested_file_str += rf + ","
# print("req_file")
print(requested_file)
print("req_file_str")
send_msg(peer, "DOWNLOAD: {} {}\n\0".format(searched_file,
requested_file_str))
print("sent msg DOWNLOAD")
buffer = ""
while "\0" not in buffer:
buffer += peer.recv(4096).decode("utf-8")
print("received from buffer_1: ", buffer)
idx = buffer.index("\0")
msg = buffer[:idx]
buffer = buffer[idx + 1:]
fields = msg.split("\n")
cmd = fields[0]
if cmd == "FILE:":
print("DOWNLOADED THE FILE")
field_str = ""
for field in fields[1:]:
field_str += field + "\n"
file_data = field_str.encode()
downloaded_file_path = "./downloaded_files/"
if os.path.exists(downloaded_file_path):
print("Path exists")
req_file_type = requested_file[1]
file_ = downloaded_file_path + searched_file + req_file_type
file_to_save = open(file_, "wb")
file_to_save.write(file_data)
file_to_save.close()
send_msg(peer, "THANKS\n\0")
peer.close()
return
elif cmd == "ERROR":
print("here in ERROR")
return
else:
print("invalid command received: \n", cmd)
# sys.exit(-1)
return
def session_of_sessions_by_movie(idChat, s):
'''Pretty print of a session from sessions for a specific movie on cinemas
:param: a session
'''
st = bold("Data: ") + s["Start date"] + "\n"
st += bold("Hora de início: ") + s["Start time"] + "\n"
st += bold("Lugares disponíveis: ") + s["Availability"] + "\n"
st += bold("Link de compra: ") + s["Ticket link"] + "\n"
send_msg(idChat, st)
def stop_instance(pre_instance_name, zone, msg, api_key, chat_id):
ip_adress = get_extrenal_ip(pre_instance_name, zone)
utils.send_msg(
chat_id, "Instance {} is stopped | IP: {} | Reason: {}".format(
pre_instance_name, str(ip_adress), msg), api_key)
bashCommand = "yes Y | gcloud compute instances stop {} --zone {}".format(
pre_instance_name, zone)
stream = os.popen(bashCommand)
output = stream.read()
def main():
s = socket.socket()
s.connect((sys.argv[1], 9999))
req = create_request()
utils.send_msg(s, req)
resp = utils.recv_msg(s)
handler.ResponseHandler.handle(resp)
#print('received response: ' + resp.decode())
s.close()
def run(self):
global connection_list
while True:
data_queue = global_queue.get()
for client in connection_list:
try:
utils.send_msg(client.get("connection"), data_queue)
#[utils.send_msg(client.get("connection"), data_queue) for client in connection_list]
except:
client.get("connection").close()
def session_of_sessions_by_date(idChat, m):
'''Pretty print of a session from sessions with a specific date on cinemas
:param: a session
'''
s = bold("Filme: ") + m["Movie"] + "\n"
s += bold("Data: ") + m["Start date"] + "\n"
s += bold("Hora de início: ") + m["Start time"] + "\n"
s += bold("Lugares disponíveis: ") + m["Availability"] + "\n"
s += bold("Link de compra: ") + m["Ticket link"] + "\n"
send_msg(idChat, s)
def get_response(idChat, idUser, msg, name, timestamp, location):
''' For a given user message answer him
:param: id chat
:param: id user
:param: user message
:param: user name
:param: message timestamp
:param: user location
'''
#save for periodic message
save_chat_timestamp(idChat, idUser, timestamp)
if re.match(r'^/start\s*$', msg):
send_msg(idChat, prefab_msgs["about"][0])
elif re.match(r'^/help\s*$', msg):
send_msg(idChat, prefab_msgs["about"][1])
elif re.match(r'^/reset(\s)*$', msg):
reset(idChat, idUser, False)
else:
contentAux = globals.redis_db.get("content" + str(idChat))
content = json.loads(contentAux) if contentAux else None
if content:
process_content(idChat, msg, content)
else:
chatData = fetchChatMetadata(idChat)
if location:
if 'previous_state' in chatData:
chatData["status"] = "modo regras"
else:
chatData["status"] = ""
chatData["locationParam"] = location
if chatData["status"] == "modo regras":
forward_to(
idChat, chatData,
get_response_rules(idChat, idUser, msg, name, chatData))
elif chatData["status"] == "modo problemas":
globals.redis_db.set(idChat, json.dumps(chatData))
ntp_answer(idChat, msg, False)
else:
m = clean_msg(msg)
if re.match(r'\bmodo (de )?regras\b', m) or re.match(
r'^/interativo$', msg):
chatData["status"] = "modo regras"
globals.redis_db.set(idChat, json.dumps(chatData))
forward_to(
idChat, chatData,
get_response_rules(idChat, idUser, msg, name,
chatData))
elif re.match(r'\bver mais\b', m) or re.match(r'^/mais$', msg):
ver_mais(idChat)
else:
get_response_default(idChat, idUser, msg, name, chatData)
def cinemas(idChat, content, cat):
'''Pretty print of closest cinemas
:param: chat id to send the messages to
:param: content of messages
'''
if len(content["cinemas"]):
s = 'Os cinemas NOS mais perto de ti são:\n'
s += " - " + "\n - ".join(content["cinemas"])
send_msg(idChat, s)
else:
send_msg(idChat, prefab_msgs["failed"][9])
def session_of_next_sessions(idChat, m):
'''Pretty print of a session from next sessions on cinemas
:param: a session
'''
s = bold("Filme: ") + m["Movie"] + "\n"
s += bold("Data: ") + m["Start date"] + "\n"
s += bold("Hora de início: ") + m["Start time"] + "\n"
s += bold("Lugares disponíveis: ") + m["Availability"] + "\n"
s += bold("Trailer: ") + m["Trailer"] + "\n"
s += bold("Link de compra: ") + m["Ticket link"] + "\n"
send_msg(idChat, s)
def on_other_process(sock, model):
message = Texts.FromString(recv_msg(sock))
for text in message.texts:
logger.info(f"input: {text}")
results = Results(results=[
Result(**prediction) for prediction in model(list(message.texts))
])
logger.info("sending")
send_msg(sock, results.SerializeToString())
sock.close()
logger.info("done")
def post(self):
phone = self.get_argument("phone")
if phone:
send_msg(phone)
self.write({
"status": OK
})
else:
self.write({
"status": ERROR,
"msg": "手机号不能为空"
})
def book_request(update, context):
logger.info("Send Book Request")
txt = "Do you want to search by Title or Author? Choose Below"
author = InlineKeyboardButton(text="Search by Author",
callback_data="search-author")
title = InlineKeyboardButton(text="Search by Title",
callback_data="search-title")
send_msg(update,
context,
text=txt,
reply_markup=InlineKeyboardMarkup([[title, author]]))
def send_command(args, callback=lambda sock: print("Connected", sock)):
"""connects to the server and sends the command
:param args: this object is similar to the one parsed from the commandline,
contains "host" and "port" members
:param callback(sock, respjson): a function to call when connected to the server.
sock: Gets passed the socket object, the socket object at this point is already connected and is ready to send or recv.
:return the callback result
"""
with socket.socket(socket.AF_INET, socket.SOCK_STREAM) as s:
print('connecting to server...', end='')
s.connect((args.host, args.port)) # connect
print('\rConnection established ')
# random initialization vector
setattr(args, 'iv', secrets.token_bytes(16))
if not hasattr(args, 'cipherfunc'):
setattr(args, 'cipherfunc', CipherLib.none)
################
# serialize args
################
import copy
s_args = copy.deepcopy(vars(args))
for k, v in s_args.items():
if isinstance(v,
types.FunctionType): # functions get the name passed
s_args[k] = v.__name__
elif isinstance(v, bytes): # bytes get turned into strings
s_args[k] = _bytes_to_string(v)
s_args['cipher'] = s_args.get('cipherfunc', 'none')
del s_args['key'] # delete key (otherwise is sent in plaintext)
request_json = json.dumps(s_args)
print('Sending command: "{}"'.format(request_json))
# send the command/request json
send_msg(s, _string_to_bytes(request_json))
# check if server acknowledged the command
# (if resp is included in one of the success response codes)
resp = recv_msg(s)
resp_json = AttrDict(json.loads(_bytes_to_string(resp)))
if resp_json.readystate in [202]:
res = callback(s)
send_msg(s, b'200') # send OK code
print('\nTransaction complete')
return res
def centralized_mode(self):
print('{} run in centralized mode'.format(self.name))
start_time = time.time()
while self.next_task_index < len(self.tasks):
task = self.tasks[self.next_task_index]
# check if needs to switch mode
if self.need_switch:
self.switch_to_distributed()
return
msg = {'type': 'plan request',
'start': self.current_pos,
'task': task,
'PA address': (self.ip, self.port)}
self.client.publish('dispatching', json.dumps(msg))
print('{} ask for central controller plan'.format(self.name))
if self.dispatch_mode == 'distributed':
plan = self.wait_for_response('dispatching', 'plan', 10)
print('{} get plan {}'.format(self.name, plan))
for pos, ra_addr, ra_name in plan['path']:
send_msg(ra_addr, {'type': 'order',
'task': 'transport',
'start': self.current_pos,
'destination': pos,
'PA address': (self.ip, self.port),
'PA name': self.name
})
self.wait_for_finish(ra_name, 100)
self.current_pos = tuple(pos)
# send control command to processing RA
ra_addr, ra_name = plan['processing machine']
send_msg(ra_addr, {'type': 'order',
'task': self.tasks[self.next_task_index],
'PA address': (self.ip, self.port),
'PA name': self.name
})
self.wait_for_finish(ra_name, 100)
else:
pass # TODO wait for central controller's finish ack
self.next_task_index += 1
# suppose task 1 need distributed mode
# if self.next_task_index == 1:
# print('PA send switch request')
# send_msg((utils.IP['coordinator'], utils.PORT['coordinator']), {'type': 'need switch'})
# time.sleep(3)
print('{} finished in {}s'.format(self.name, time.time() - start_time))
def run(self):
mkdirs("cache_web_pages/html")
send_msg("开始分析基本面..")
matchs = self.extract_matchs(str(self.targetUrl))
self.batch_download_data_pages(matchs)
for match in matchs:
msg = "获取初赔 %s" % match["odds_url"]
send_msg(msg)
self.parse_odds(match, get_cache_web_file_name(match["odds_url"]))
msg = "分析基本面 %s" % match["base_face_url"]
send_msg(msg)
self.parse_baseface(match, get_cache_web_file_name(match["base_face_url"]))
self.dataset = matchs
send_msg("refresh_match_grid");
send_msg("完成.")
def init(self):
utils.send_msg(self.connection, sv.map) # mandamos el mapa al cliente
aux = objects.Object(random.randint(1, sv.map.width-2), random.randint(1, sv.map.height-2), '@') # creamos al jugador
connection_list.append({"connection": self.connection, "address": self.address, "player": aux}) # añadimos al jugador a la lista
for client in connection_list: # mandamos el jugador a todos y a nosotros todos los de la lista
if client.get("address") != self.address:
utils.send_msg(self.connection, {"type": "ADD", "player": client.get("player"), "address": client.get("address")})
utils.send_msg(client.get("connection"), {"type": "ADD", "player": aux, "address": self.address})
def handle_keys(self):
if self.st.server_response: # si el servidor ya nos ha respondido
key = libtcod.console_check_for_keypress() # esperamos la pulsación
if not self.clientChat.enabled: # si el chat no esta en marcha
if key.vk == libtcod.KEY_ESCAPE: # salimos del juego
utils.send_msg(self.clientSock, key)
self.st.server_response = False
return 0
elif key.vk == libtcod.KEY_UP or key.vk == libtcod.KEY_DOWN or key.vk == libtcod.KEY_LEFT or key.vk == libtcod.KEY_RIGHT:
self.st.server_response = False
elif key.c == 99: # si se ha pulsado la 'c'
self.clientChat.enabled = True # habilitamos el chat
utils.send_msg(self.clientSock, key) # mandamos la pulsación
else: # si el chat está habilitado
if key.vk == libtcod.KEY_ENTER: # mandamos la cadena si no está vacía
if self.clientChat.string != "":
utils.send_msg(self.clientSock, self.clientChat.name+self.clientChat.string)
self.st.server_response = False
self.clientChat.reset()
elif key.c != 0: # escribimos en el chatbox
self.clientChat.buffer(key.c)
return 2
def closeEvent(self,evt):
send_msg("close_message_loop")
if self.message_loop_task:
self.message_loop_task.exit()
def keyReleaseEvent(self,evt):
if evt.key()==QtCore.Qt.Key_Enter or evt.key()==QtCore.Qt.Key_Return:
send_msg("trigger_matchs_analyze")
def emit(self, data=None):
send_msg(self._socket, self._out_streams, self._component_name, data)
self._tuple_count += 1
def run(self):
if DownloadHistoryMatch.START_DATE=="":
self.backup_data()
create_history_db()
mkdirs("cache_web_pages/html")
send_msg("分析比赛..")
urls = self.last_days()
for url in urls:
#write_file("cache_history_data_startdate.log",day_format)
self.targetUrl = url#"http://live.500.com/wanchang.php?e=" + day_format
send_msg("获取赛事链接 " + self.targetUrl)
matchs = self.extract_matchs(self.targetUrl)
self.batch_download_data_pages(matchs)
for match in matchs:
msg = "分析赔率 %s" % match["odds_url"]
send_msg(msg)
self.parse_odds(match, get_cache_web_file_name(match["odds_url"]))
msg = "分析基本面 %s" % match["base_face_url"]
send_msg(msg)
self.parse_baseface(match, get_cache_web_file_name(match["base_face_url"]))
self.dataset = matchs
send_msg("cache_history_data");
send_msg("completed")
send_msg("完成.")