def ask_message(self, user):
"""
Function that runs in a Thread to keep
asking the host for the message to send.
:param user: host username to include as sender
:return: response message
"""
print "======================="
print "| HOST CHAT |"
print "======================="
while True:
text = raw_input("Write the message: ")
if "#" not in text:
to = raw_input("Receiver: ")
data = Message(user, to, text).to_dict()
response = self.send(data)
else:
data = Message(user, None, text, 'b').to_dict()
response = self.send(data)
if response["status"] == -1:
print ""
print response["msg"]
print ""
def handleMessage(tag: Tag, chat: Chat, prev_tag: Tag = None):
if not prev_tag:
txt = tag.find('div', attrs={'class': 'text'})
reply_to = tag.find('div', attrs={'class': 'reply_to_details'})
fromUser = tag.find('div', attrs={
'class': 'from_name'
}).getText().strip()
chat.push(
Message(
int(tag.get('id').replace('message', '')),
chat.extractUserAndBotNameFromMessage(fromUser)
if chat.isAViaBotMessage(fromUser) else (fromUser, None),
txt.getText().strip() if txt else None,
tag.find('div', attrs={
'class': 'pull_right date details'
}).get('title'),
int(reply_to.a.get('href')) if reply_to else None))
chat.updateUserRecords(fromUser,
int(tag.get('id').replace('message', '')))
else:
txt = prev_tag.find('div', attrs={'class': 'text'})
fromUser = prev_tag.find('div', attrs={
'class': 'from_name'
}).getText().strip()
chat.push(
Message(
int(tag.get('id').replace('message', '')),
chat.extractUserAndBotNameFromMessage(fromUser)
if chat.isAViaBotMessage(fromUser) else (fromUser, None),
txt.getText().strip() if txt else None,
tag.find('div', attrs={
'class': 'pull_right date details'
}).get('title')))
chat.updateUserRecords(fromUser,
int(tag.get('id').replace('message', '')))
def parseMessagesFromFile(filePath, limit=0, startDate=None, endDate=None):
messages = []
senders = set([])
if startDate:
startDate = datetime.strptime(startDate, Message.DATE_FORMAT)
if endDate:
endDate = datetime.strptime(endDate, Message.DATE_FORMAT)
try:
with open(filePath, 'r', encoding="utf8") as f:
for line in f:
date, time, sender, text = line.split(' ', 3)
if startDate or endDate:
thisDate = datetime.strptime(date, Message.DATE_FORMAT)
if (not startDate or thisDate >= startDate) and (
not endDate or thisDate <= endDate):
messages.append(
Message(date, time, sender, text.strip()))
else:
messages.append(Message(date, time, sender, text.strip()))
senders.add(sender)
if limit != 0 and len(messages) >= limit:
break
except IOError:
logger.warning("No such file: " + filePath)
return messages, senders
def twil():
client = TwilioRestClient(ACCOUNT_SID, AUTH_TOKEN)
from_ = request.form.get("From", WEI_HAN)
body = request.form.get("Body", default="")
picture = request.form.get("MediaUrl{1}", default="")
message_id = request.form.get("MessageSid", default="")
log = "IN: MessageSid = {}, From = {}, Body = {}".format(message_id, from_, body)
logging.info(log)
message = Message(From=from_,
To=SERVER_NUMBER,
Body=body,
id=message_id)
message.put()
''' Pass message into action builder.'''
response_list = []
try:
response_list = CommandHandler.handler(message)
except (CommandError, DbError, TeamError, MeError, TargetError, TimeError,\
ReplyError) as message:
logging.exception("Error {}".format(message.message))
response_num_list = [from_]
response = "[ERR] {}".format(message.message)
response_list = [(response_num_list, response)]
except:
logging.exception("Unknown Error")
response_num_list = [from_]
response = "[ERR] Unknown Error"
response_list = [(response_num_list, response)]
for response_num_list, response in response_list:
for response_number in response_num_list:
logging.info("Making message {} for {} with num_list {}".format(response, response_number, response_num_list))
'''Make message'''
outgoing_message = Message(From=SERVER_NUMBER,
To=response_number,
Body=response)
outgoing_message.put()
logging.info(response)
'''Send message'''
client.messages.create(
to=response_number,
from_=SERVER_NUMBER,
body=response)
logging.info(response)
return "Welcome to SAMSU assassins. The site is up and working.\
async def process_command(self, command):
"""
Process a command from the user.
"""
self.log.info(f"process_command({command=})")
try:
# Get input
args = command.split(' ')
# Do input
if args[0] == 'hero':
hero_name = args[1]
args = args[2:]
self.log.info(f"hero command {hero_name=}, {args=}")
hero = next(
filter(lambda h: h.name == hero_name,
self.gamestate.heroes), None)
if not hero:
raise Complaint(Message('nosuchhero', hero_name))
if args[0] == 'play':
# Forces card into a lower case string to prevent capitalization issues with input
card = args[1].lower()
await self.play_card(hero, card)
elif args[0] == 'discard':
card = args[1].lower()
await self.discard_card(hero, card)
elif args[0] == 'draw':
await self.draw_card(hero)
else:
raise Complaint(Message('error', 'invalidcommand'))
# TODO: Add hero abilities
else:
raise Complaint(Message('error', 'invalidcommand'))
# break out when all enemies isded
if self.gamestate.door_deck.is_defeated:
await self.emit(Message('state', 'won'))
except (Complaint, Exception) as e:
if isinstance(e, Complaint):
await self.emit(e.msg)
else:
await self.emit(Message('error', str(e)))
def new_slack_msg(self):
rtm_client = self.slack_helper.create_rtm_client()
if rtm_client.rtm_connect():
while True:
try:
rtv = rtm_client.rtm_read()
if len(rtv) != 0:
logger.debug(rtv[0])
if not rtv[0].get('subtype') and rtv[0].get(
'type') == 'message':
# compose a message
gid = rtv[0].get('channel')
content = rtv[0].get('text')
dest, type = self.get_src_id_and_type_from_sessions(
gid)
if dest is False:
logger.warn('dest is false ' + str(gid))
message = Message(type, gid, None, dest, content)
self.mq_pub(
json.loads(
json.dumps(message,
default=lambda o: o.__dict__)))
time.sleep(1)
except Exception as e:
logger.warn(e)
rtm_client.rtm_connect()
else:
logger.error('rtm_client cant connect')
def spy():
logging.info("Spy cron")
client = TwilioRestClient(ACCOUNT_SID, AUTH_TOKEN)
''' Get all ALIVE spies '''
alive_spies = Player.query(Player.role == "SPY").fetch()
logging.info("Alive Spies:")
logging.info(alive_spies)
''' For each spy, make and send hint '''
for spy in alive_spies:
if spy.state == "DEAD":
continue
response = Player.spy_hint(spy)
msg = Message(From=SERVER_NUMBER,
To=spy.key.id(),
Body=response)
msg.put()
client.messages.create(
to=spy.key.id(),
from_=SERVER_NUMBER,
body=response)
logging.info("SPY CRON: completed send to {}".format(alive_spies))
return "Ok"
def send_message():
"""
Sends message to user
:param sent_by
:param sent_to
:param message_body
:param from_admin
:return:
"""
sent_by = request.form.get('sent_by')
sent_to = request.form.get('sent_to')
message_body = request.form.get('message_body')
from_admin = True if request.form.get('from_admin') == 'True' else False
listing_id = request.form.get('listing_id')
new_message = Message(sent_by=sent_by,
sent_to=sent_to,
message_body=message_body,
from_admin=from_admin,
timestamp=datetime.datetime.now(),
listing_id=listing_id)
db.session.add(new_message)
db.session.commit()
return jsonify({
'message_id': new_message.message_id,
'timestamp': new_message.timestamp
})
def handle_send_message_event(data):
timestamp = datetime.now().strftime('%H:%M')
# unpack the delivered json object
try:
input_data = json.load(data)
message_object = input_data['child']
username = message_object['username']
room = message_object['room']
content = message_object['message']
except:
socketio.emit(500)
# log that a message was sent
app.logger.info("{} to {} @ {}: {}".format(username, room, timestamp,
content))
# create a new message object with a json accordingly
new_message = Message(username, room, content, timestamp)
new_message_json = new_message.get_json()
# put this new message in the database and send it out
save_message(new_message)
socketio.emit(new_message_json)
def register():
request.get_json(force=True)
request_json = request.json
name = escape(request_json.get('name'))
email = request_json.get('email')
message = escape(request_json.get('message'))
try:
new_message = Message(name=name, email=email, message=message)
db.session.add(new_message)
db.session.commit()
message_mail = MessageMail(
'Portfolio Contato',
recipients=[os.environ.get('EMAIL_TO')],
body=message,
)
mail.send(message_mail)
data = {'status': 'success'}
except Exception as error:
return {'error': str(error)}, 500
return jsonify(data), 201
def on_join_rooms(message):
uid_from = message['uid_from']
room_from = message['room_from']
join_room(room_from)
joined_rooms = rooms()
app.logger.error('{}--join_room--{}--joined_rooms_is---{}'.format(uid_from, room_from, joined_rooms))
text = message['text']
msg_type = message['type']
is_send_to_server = message['is_send_to_server']
time_client = message['time_client']
room_to = message['room_to']
message = Message(text, msg_type, is_send_to_server, time_client, room_from, room_to, uid_from, uid_from)
message.save()
message_id = message.id
app.logger.error('message_id-{}--{}--saved to db'.format(message_id, message.text))
if room_from in joined_rooms:
update_sid_uid_map(sid=request.sid, uid=uid_from)
add_online_uids(uid_from)
data = {
'id': message_id,
'text': 'join_room_ok',
'room_from': room_from,
'type': MESSAGE_TYPE.MESSAGE_ACK.value,
'uid_from': uid_from,
}
async_emit_msg.delay('join_room', data, broadcast=True)
async def draw_card(self, hero):
"""
Make the given hero draw a card.
"""
self.log.info(f'draw_card({hero=})')
card = hero.draw_card()
await self.emit(Message('draw', [hero, card]))
def load_message(self, messagelist):
message = Message()
message.send = messagelist[0]
message.text = messagelist[1]
message.timestamp = messagelist[2]
message.uuid = messagelist[3]
message.seq = messagelist[4]
return message
async def discard_card(self, hero, card):
"""
Move the given card to the discard pile.
"""
self.log.info(f'discard_card({hero=}, {card=})')
hero.discard(card)
await self.emit(Message('discard', [hero, card]))
def __parse_plain_message_block(
blockchain_message_block: BlockchainMessageBlock, timestamp: int,
compression_algorithm: CompressionAlgorithm,
encoding: Encoding) -> Message:
public_key_algorithm = Constants.PUBLIC_KEY_ALGORITHM()
message_block_as_bytes = blockchain_message_block.data
byte_index = Constants.FLAGS_LENGTH
signature_length = public_key_algorithm.signature_length()
signature = message_block_as_bytes[byte_index:byte_index +
signature_length]
byte_index += signature_length
message_content = message_block_as_bytes[:Constants.
FLAGS_LENGTH] # flags
message_content += message_block_as_bytes[byte_index:]
compressed_data = message_block_as_bytes[byte_index:]
decompressed_data = Compressor.decompress(
algorithm=compression_algorithm, data=compressed_data)
byte_index = 0
message_type_bytes = decompressed_data[byte_index:byte_index +
Constants.MESSAGE_TYPE_LENGTH]
byte_index += Constants.MESSAGE_TYPE_LENGTH
message_type_value = struct.unpack('!B', message_type_bytes)[0]
message_type = MessageType(message_type_value)
public_key_length = public_key_algorithm.get_public_key_class(
).key_length()
sender_bytes = decompressed_data[byte_index:byte_index +
public_key_length]
byte_index += public_key_length
sender = public_key_algorithm.get_public_key_class().parse(
sender_bytes)
nonce_timestamp = GeneralUtils.decode_unix_timestamp(
decompressed_data[byte_index:byte_index +
Constants.TIMESTAMP_LENGTH])
byte_index += Constants.TIMESTAMP_LENGTH
message_bytes = decompressed_data[byte_index:]
encoding_str = Encoding.get_str(encoding)
message = message_bytes.decode(encoding_str)
MessageBlockParser.__check_signature(message=message_content,
public_key=sender,
signature=signature)
return Message(block_hash=blockchain_message_block.block_hash,
sender=sender,
message_type=message_type,
message=message,
timestamp=timestamp,
nonce_timestamp=nonce_timestamp)
def handle_message(data):
app.logger.info('received message: %s', data)
app.logger.info('message %s', data.get('message'))
data = data.get('message')
message = Message(data.get('username'), data.get('message'))
message.save()
# app.logger.info("test %s", data.message)
emit('add_message', 'message recu')
def _process_message(self, ch, method, properties, message):
print(f'A new message was received: {message}')
msg_type = ['incoming', 'outgoing']
storage = BigQuery()
message = Message(f'1', '1', random.choice(msg_type),
message.decode('utf-8'))
storage.insert_message(message)
print('message send at ', datetime.utcnow())
def test_clean(self):
peer1 = ConversationPeer(
peer=User(user_key=UserPK(user_id='stub',
platform=UserPK.PLATFORM_TELEGRAM),
username='******'),
assigned_profile=PersonProfile(sentences=['stub profile']))
peer2 = ConversationPeer(
peer=Bot(token='stub', bot_name='Dummy'),
assigned_profile=PersonProfile(sentences=['stub profile 2']))
peers = [peer1, peer2]
for p in peers:
p.peer.save(cascade=True)
p.assigned_profile.save(cascade=True)
n_msg = 10
start_time = datetime.now()
end_time = start_time + timedelta(hours=n_msg - 1)
msgs = list(
map(
lambda x: Message(msg_id=x,
text=str(x),
sender=peers[x % 2].peer,
time=start_time + timedelta(hours=x)),
range(10)))
test_conv = Conversation(conversation_id=1)
test_conv.participant1 = peers[0]
test_conv.participant2 = peers[1]
with self.assertRaises(mongoengine.ValidationError):
test_conv.save()
test_conv.participant1 = None
test_conv.participant2 = None
test_conv.messages = msgs
with self.assertRaises(mongoengine.ValidationError):
test_conv.save()
test_conv.participant1 = peers[0]
test_conv.participant2 = peers[1]
raised = False
error_msg = ''
try:
test_conv.save()
except Exception as e:
raised = True
error_msg = 'Unexpected exception: {}'.format(e)
self.assertFalse(raised, error_msg)
self.assertEqual(test_conv.start_time, start_time)
self.assertEqual(test_conv.end_time, end_time)
def on_pubmsg(self, conn, event):
"""
archive public message
"""
session = self.sessionmaker()
message = Message(user=event.source.split("!")[0],
message=event.arguments[0].strip())
session.add(message)
session.commit()
print(event.type, event.source, event.target, event.arguments)
def read_block(path):
__block = []
for filename in listdir(path):
with open(join(path, filename)) as f:
lines = f.readlines()
__subject = np.array(map(int, lines[0].strip().split(' ')[1:]))
__text = np.array(map(int, lines[2].strip().split(' ')))
__type = __message_type_from_filename(filename)
__block.append(Message(__subject, __text, __type))
return __block
def on_disconnect():
sid = request.sid
uid = get_uid_with_sid(sid)
remove_online_uids(uid)
user = UserModel.find_by_id(uid)
print('Client disconnected--{}--{}--{}'.format(sid, uid, user.to_json()))
message = Message('disconnect_broadcast', MESSAGE_TYPE.MESSAGE_BROADCAST.value, False,
int(round(time.time() * 1000)), user.room_private, user.room_private, uid, uid)
message.save()
async_emit_msg.delay('disconnect_broadcast', message.to_json(), broadcast=True)
def discard(self, card):
"""
Method to remove a card from the hero's hand
"""
# Checks if the card is held by the hero
if self.get_card_from_hand(card):
# If it is a valid card to remove, remove it
self.hand.remove(card)
else:
raise Complaint(Message('error', 'nocard'))
def send(self, acquisitions):
self.acquisitions = acquisitions
if self.client is None:
self.client = MQTTClient()
self.client.connect_mqtt()
if self.encryption is None:
self.encryption = Encryption()
for acquisition in acquisitions:
message = Message(acquisition)
jsonMessage = self.JSONConverter(message)
self.client.publish(self.encryption.encrypt(jsonMessage))
def on_message(message):
uid_from = message['uid_from']
room_from = message['room_from']
text = message['text']
msg_type = message['type']
is_send_to_server = message['is_send_to_server']
time_client = message['time_client']
room_to = message['room_to']
message = Message(text, msg_type, is_send_to_server, time_client, room_from, room_to, uid_from, uid_from)
message.save()
message_id = message.id
app.logger.error('message_id-{}--{}--saved to db '.format(message_id, message.text))
async_emit_msg.delay('message', message.to_json(), room=room_to)
def parse(self, itemizer):
print "Fetch messages from channel {}".format([self.channel_id])
response = self.slacker.channels.history(self.channel_id,
count=config.MESSAGES_LIMIT)
messages = response.body["messages"]
for message in messages:
if "subtype" in message or message["type"] != "message":
continue
is_bot = config.MY_BOT_ID == message["user"]
t = datetime.fromtimestamp(float(message["ts"]))
msg = Message(is_bot, t, message["text"])
itemizer.parse_message(msg)
def find_by_recipient(cursor, recipient_username):
sql = "SELECT id, from_user, to_user, context, created_at FROM messages WHERE to_user=%s"
ret = []
cursor.execute(sql, (recipient_username, ))
for row in cursor.fetchall():
loaded_message = Message()
loaded_message._id = row[0]
loaded_message.from_user = row[1]
loaded_message.to_user = row[2]
loaded_message.context = row[3]
loaded_message.created_at = row[4]
ret.append(loaded_message)
return ret
def check(self, website: Website) -> Message:
# TODO support headers (auth, content-type etc);
try:
r = requests.get(url=website.url, timeout=self.timeout)
regexp_check_passed: bool = False
regexp_checked: bool = False
if website.regexp:
regexp_check_passed = self.regex_check.check(
regexp=website.regexp, content=r.text)
regexp_checked = True
return Message(url=website.url,
status=r.status_code,
response_time_micro=r.elapsed.microseconds,
regexp_checked=regexp_checked,
regexp_passed=regexp_check_passed)
except (RequestException, Exception) as e:
return Message(url=website.url,
status=None,
response_time_micro=None,
regexp_checked=False,
regexp_passed=False)
def credit():
root = Tkinter.Tk()
root.geometry('800x600')
root.title('对公信贷系统')
root.option_add("*Font", "helvetica -12")
login = Login(master=root)
login.pack()
#p = PeopleInformationToplevel()
people = People(master=root)
message = Message(master=root)
applys = Apply(master=root)
panel_manager = PanelManager(login, people, message, applys)
root.mainloop()
def message_event_handler(**payload):
logger.debug(f"payload : {payload}")
data = payload['data']
sub_type = data.get('subtype', None)
if sub_type is not None:
return
web_client = payload['web_client']
rtm_client = payload['rtm_client']
if 'text' in data:
message = Message(data)
is_mention, message.bot_id = check_mention(message.text)
commands = message.parse_message(is_mention)
logger.debug(f"message {commands}")
_parse_command(web_client, message, commands)
def save_messages(messages, is_thread):
nonlocal count
for msg in messages:
Message(None, msg["ts"], channel_id, msg.get('user', None),
msg.get('bot_id', None), msg.get('subtype',
None), msg["text"],
msg.get('icons', {}).get('image_64', None),
msg.get('username', None), msg.get('thread_ts', None),
is_thread).save()
count += 1
if 'thread_ts' in msg and not is_thread:
data, cursor = conversation.replies(
token, channel_id, msg['thread_ts'])
save_messages(data, True)
