def __init__(self, serialized=None):
self.data_high_gain = np.array((0, 2), dtype=np.complex)
self.data_low_gain = np.array((0, 2), dtype=np.complex)
self.gain = np.array((0, 2), dtype=np.complex)
self.clock_base = None
self.filter_cutoff = None
self.filter_order = None
self.drive_voltage = None
Message.__init__(self, serialized)
def build_msg(self, msg_id): """ return a msg obj of msg_id """ if msg_id == constant.MESSAGE_TYPE.MSG_STRING.value: return Message.MessageString() if msg_id == constant.MESSAGE_TYPE.MSG_INT.value: return Message.MessageInt() if msg_id == constant.MESSAGE_TYPE.MSG_DOUBLE.value: return Message.MessageDouble()
def classify_api():
try:
ret = verify_request_parameters()
if ret.code != '200': return ret.to_json()
args = flask.request.args
start = datetime.now()
ret.res = do_image_recognition()
end = datetime.now()
duration = end - start
logger.info('Total time cost: {}s'.format(duration.total_seconds()))
except Exception as err:
logger.error(str(err))
ret = Message('500', str(err))
return ret.to_json()
def sender(messenger, message, receivers_carriers):
# SMS get Spam filtered for any mention of IKEA, Notification or Store
sms = Message(subject="Update Text/Test", email=email, password=password) if email and password else None
for receiver, carrier in receivers_carriers:
if carrier in {'gmail'} and messenger:
messenger.send(to_recv=receiver, carrier=carrier, message=message)
elif sms:
sms.send(to_recv=receiver, carrier=carrier, message=message)
# For Desktop notifications
if notification_flag:
message = message.split('\n')
for msg in message:
notification.notify(title='IKEA Stores Notification!', message=msg, app_icon='./bell.ico', timeout=30)
def test_jsonify(self):
msg = Message(id="1",
chat_id="123",
chat_type=ChatType.GROUP,
author=User(id="123",
username="******",
display_name="yelsh",
is_bot=False),
sent=datetime.datetime(2011, 11, 4, 0, 0),
text="test")
s = encode_json(msg)
# noinspection PyTypeChecker
unloaded = json.load(StringIO(s))
expected_as_dict = {
'__type__': 'Message',
'id': '1',
'chat_id': '123',
'chat_type': 1,
'author': {
'__type__': 'User',
'id': '123',
'username': '******',
'display_name': 'yelsh',
'is_bot': False
},
'sent': '2011-11-04T00:00:00',
'text': 'test'
}
self.assertEqual(unloaded, expected_as_dict)
def sender(messenger, message, receivers_carriers):
# SMSs get Spam filtered for any mention of IKEA, Notification or Store with tmobile carries for some reason.
sms = Message(subject="Update Text/Test", email=email, password=password)
for receiver, carrier in receivers_carriers:
if carrier in {'gmail'}:
messenger.send(to_recv=receiver, carrier=carrier, message=message)
continue
sms.send(to_recv=receiver, carrier=carrier, message=message)
# For Desktop notifications
if notification_flag:
notification.notify(title='IKEA Stores Notification!',
message=message,
app_icon='./bell.ico',
timeout=30)
def verify_request_parameters():
ret = Message('200', 'OK')
# basic parameters verification
args = flask.request.args
req_types = args.get('types')
req_language = args.get('language')
req_url = args.get('url')
req_roi = args.get('roi')
req_max_lbs = args.get('max_labels')
req_threshold = args.get('threshold')
# image verification
if not req_url:
imagefile = flask.request.files['imagefile']
if not imagefile:
ret.code = '420'
ret.msg = 'The requested resource does not support one or more of the given parameters.'
return ret
return ret
def broadcast(message, prefix=""):
"""
Simply sends message to every client
:param message:
:param prefix:
:return:
"""
mess = Message(message, prefix)
sended_messages.append(mess)
for sock in clients:
sock.send(bytes(prefix + ": ", "utf8") + message)
def __init__(self):
self.crc = Crc()
self.can1 = CanInterface(1)
#self.can2 = CanInterface(2)
# allocate message buffer
self.messages_max = 25
self.messages_size_max = 128
self.messages = []
for i in range(self.messages_max):
self.messages.append(Message(self.crc, self.messages_size_max))
self.message_count = 0
def __init__(self, robo):
self.robo = robo
self.buf = RingBuffer(2048)
self.crc = Crc()
self.proc = Processor()
# load template messages
self.messages_size_max = 128
self.messages = []
self.message_count = 0
with open('command_list.csv','r') as file:
header = 0
row = 0 # translates into message nbr
for line in file:
if header == 0:
header = 1 # ignore
else:
line = line.rstrip('\n').rstrip('\r')
self.messages.append(Message(self.crc, self.messages_size_max))
self.messages[row].mode = 1 # overwrite crc
col = 0
for val in line.split(','):
if col == 1:
self.messages[row].boot = int(val)
elif col == 2:
self.messages[row].freq = int(val)
elif col > 2 and val != '0':
self.messages[row].put(int(val, 16))
col += 1
row += 1
self.message_count = row
# allocate byte arrays for frame buffer
self.data = []
for i in range(9):
self.data.append(bytearray(i))
# allocate frames with references to the byte arrays
self.frame = []
for i in range(9):
self.frame.append([0x201, 0, 0, memoryview(self.data[i])])
self.add(self.messages[11]) #LED ON
async def process(self, websocket, path):
# initial connection
msg_string = await websocket.recv()
new_msg_string, game_id = self.process_message(msg_string, websocket)
await websocket.send(new_msg_string)
# wait for both player to be connected
while not self.ready[game_id]:
await asyncio.sleep(1)
# initial game state
player_name = self.get_player_name_by_websocket(websocket, game_id)
game_state = self.ganager.get_game_state(game_id, player_name)
new_msg = Message('state', game_state, game_id)
new_msg_string = new_msg.to_json()
await websocket.send(new_msg_string)
# communication
self.first_round[game_id] = True
while not self.ganager.is_game_over(game_id):
msg_string = await websocket.recv()
new_msgs_strings, game_id = self.process_message(
msg_string, websocket)
for i, websock in enumerate(self.websockets[game_id]):
await websock.send(new_msgs_strings[i])
if not self.first_round[game_id]:
if not self.ganager.is_game_over(game_id):
player_name = None
wrong_player = self.get_player_name_by_websocket(
websocket, game_id)
if self.players[game_id][0] == wrong_player:
player_name = self.players[game_id][1]
elif self.players[game_id][1] == wrong_player:
player_name = self.players[game_id][0]
if i == 0:
self.ganager.material_update(game_id, player_name)
game_state = self.ganager.get_game_state(
game_id, player_name)
new_msg = Message('material_update', game_state,
game_id)
new_msg_string = new_msg.to_json()
await websock.send(new_msg_string)
self.first_round[game_id] = False
def run(self):
for i in range(amount):
sentence = fake.sentence(nb_words=5, variable_nb_words=True, ext_word_list=None)
receiver = users[randint(0, amount - 1)]
print(f"Message {sentence} was sent to {receiver}");
Message.create_message(self.user_id, sentence, receiver)
from msg import Message
from collections import defaultdict
import requests
import time
# DO NOT COMMIT FILES WITH CREDENTIALS
email = 'EMAIL'
password = '******'
numbers_carriers = [('0000000000 or 000-000-0000', 'carrier')]
var = "PLZ WORK"
test = Message(subject="Update Text/Test", email=email, password=password)
msg = "Wubba Lubba Dub Dub\n"
for _ in range(5):
msg += f'Wubba Lubba Dub Dub {var}\n'
ikea_stores = defaultdict(bool)
r = requests.get('https://ikea-status.dong.st/latest.json')
for store in r.json():
if store['last_open'] and store['last_open'] > store['last_closed']:
ikea_stores[(store['country'], store['state'], store['name'])] = True
msg += f'First notification from script about IKEA store availability ran at {time.strftime("%d-%b-%Y %H:%M:%S", time.localtime())} Local Time.\n'
for country, state, name in ikea_stores.keys():
msg += f'{country}, {state}, {name} - OPEN\n'
for number, carrier in numbers_carriers:
test.send(to_recv=number, carrier=carrier, message=msg)
print('OK')
if notification_flag:
notification.notify(title='IKEA Stores Notification!',
message=message,
app_icon='./bell.ico',
timeout=30)
# DO NOT COMMIT FILES WITH CREDENTIALS. Modify variables below as necessary.
email = 'EMAIL'
password = '******'
notification_flag = True
receivers_carriers = [('000-000-0000', 'carrier'), ('0000000000', 'carrier'),
('email-ID', 'carrier')]
stores_open = Message(subject="IKEA STORES OPEN!",
email=email,
password=password)
stores_closed = Message(subject="IKEA STORES CLOSED!",
email=email,
password=password)
ikea_stores = defaultdict(bool)
r = requests.get('https://ikea-status.dong.st/latest.json')
for store in r.json():
if store['last_open'] and store['last_open'] > store['last_closed']:
ikea_stores[(store['country'], store['state'], store['name'])] = True
stores_open_msg = f'First notification from script about IKEA Stores availability ran at {time.strftime("%d-%b-%Y %H:%M:%S", time.localtime())} Local Time.\n'
for country, state, name in ikea_stores.keys():
stores_open_msg += f'{country}, {state}, {name}: OPEN\n'
def __init__(self, serialized=None):
self.motor_position = float()
Message.__init__(self, serialized)
def process_message(self, msg_string, websocket):
msg = Message()
msg.from_json(msg_string)
if msg.get_msg_name() == 'create_game':
game_id = self.ganager.create_new_game(player=msg.content)
self.websockets[game_id] = [websocket]
self.players[game_id] = [msg.content]
self.ready[game_id] = False
new_msg = Message('game_id', game_id, game_id)
return new_msg.to_json(), game_id
if msg.get_msg_name() == 'join_game':
self.ganager.join_game(game_id=msg.game_id,
player_name=msg.content)
self.websockets[msg.game_id].append(websocket)
self.players[msg.game_id].append(msg.content)
self.ready[msg.game_id] = True
new_msg = Message('game_id', msg.game_id, msg.game_id)
return new_msg.to_json(), msg.game_id
if msg.get_msg_name() == 'action':
player_name = self.get_player_name_by_websocket(
websocket, msg.game_id)
end = self.ganager.play_card(game_id=msg.game_id,
player_name=player_name,
card_idx=msg.content)
messages = []
if not end:
for _, player_name in enumerate(self.players[msg.game_id]):
game_state = self.ganager.get_game_state(
msg.game_id, player_name)
new_msg = Message('state', game_state, msg.game_id)
new_msg_str = new_msg.to_json()
messages.append(new_msg_str)
else:
for _, player_name in enumerate(self.players[msg.game_id]):
game_state = self.ganager.get_game_state(
msg.game_id, player_name)
game_state['game_status'] = end
new_msg = Message('end', game_state, msg.game_id)
new_msg_str = new_msg.to_json()
messages.append(new_msg_str)
return messages, msg.game_id
if msg.get_msg_name() == 'throw_away':
player_name = self.get_player_name_by_websocket(
websocket, msg.game_id)
self.ganager.throw_away_card(game_id=msg.game_id,
player_name=player_name,
card_idx=msg.content)
messages = []
for _, player_name in enumerate(self.players[msg.game_id]):
game_state = self.ganager.get_game_state(
msg.game_id, player_name)
new_msg = Message('state', game_state, msg.game_id)
new_msg_str = new_msg.to_json()
messages.append(new_msg_str)
return messages, msg.game_id
sms.send(to_recv=receiver, carrier=carrier, message=message)
# For Desktop notifications
if notification_flag:
message = message.split('\n')
for msg in message:
notification.notify(title='IKEA Stores Notification!', message=msg, app_icon='./bell.ico', timeout=30)
# DO NOT COMMIT FILES WITH CREDENTIALS. Modify variables below as necessary.
email = 'EMAIL'
password = '******'
notification_flag = True
# receivers_carriers = [('000-000-0000', 'carrier'), ('0000000000', 'carrier'), ('email-ID', 'carrier')]
receivers_carriers = []
stores_open = Message(subject="IKEA STORES OPEN!", email=email, password=password) if email and password else None
stores_closed = Message(subject="IKEA STORES CLOSED!", email=email, password=password) if email and password else None
ikea_stores = defaultdict(bool)
r = requests.get('https://api.ikea-status.dong.st/prod/locations')
for store in r.json()['locations']:
if store['status'] == 'open':
ikea_stores[(store['countryCode'], store['subdivisionCode'], store['locationName'])] = True
stores_open_msg = f'First notification from script about IKEA Stores availability ran at {time.strftime("%d-%b-%Y %H:%M:%S", time.localtime())} Local Time.\n'
for countryCode, subdivisionCode, locationName in ikea_stores.keys():
stores_open_msg += f'{countryCode}, {subdivisionCode}, {locationName}: OPEN\n'
sender(stores_open, stores_open_msg, receivers_carriers)
while True:
