def collect_values(message, user_id):
user = db_operator.get_user(user_id)
try:
user['last_sending_date']
except KeyError:
db_operator.set_user_last_date(user_id, str(datetime.today()))
lens = db_operator.check_collect_progress(user_id)
if lens[1] < lens[0] and db_operator.get_current_state(
user_id) == constants.States.S_ENTER_DATA.value:
if data_processing.msg_check(message, 'digit'):
if db_operator.update_data_value(user_id,
user['vars'][f'{lens[1] + 22}'],
message):
lens = db_operator.check_collect_progress(user_id)
if lens[0] >= lens[1] + 1:
text = f"Введите {user['vars'][f'{lens[1] + 22}']}"
options = {
'later_hour': 'через час',
'later_day': 'завтра',
}
bot_actions.bot_send_keyboard(text, user_id, options)
else:
bot_actions.send_message(
user_id, text="Нужно ввести цифры, попробуй ещё раз.")
if lens[1] == lens[0]:
send_data(user_id)
db_operator.set_user_next_date(user_id)
bot_actions.send_message(
user_id,
f'Ваши данные успешно отправлены на адрес {user["mail_to"]}.\n'
f'Следующая дата отправки - '
f'{db_operator.get_user_data(user_id, "next_date").split(".")[0][:-3]}'
)
db_operator.set_state(user_id, constants.States.S_USER_WAIT.value)
time.sleep(1)
def main():
url = getenv("USACE_URL")
prefix = getenv("LAKE_PREFIX")
temperature_url = getenv("TEMPERATURE_URL")
print("fetching {}".format(url))
dt = fetch_lake_data_table(url=url)
lake_temp = None
if temperature_url:
lake_temp = fetch_lake_temp(temperature_url)
send_data(dt, prefix, lake_temp=lake_temp)
def main():
total_time = 0
# 网络开始运行，到第一个节点死亡结束
t = 0
while True:
# auv_position_coordinates[0], auv_position_coordinates[1], \
# auv_position_coordinates[
# 2] = auv_position.get_auv_position_at_time_t(t, phi, rho, omega, v_h, h)
flag = True
if t >= h / v_h:
flag = not flag
t = 0
judge_type.judge_node_type(nodes, node_type, phi, rho, omega, v_h, r,
d, h, flag)
for i in range(node_number):
if random.uniform(0, 1) <= percentage_of_source_node_per_second:
send_data.send_data(
nodes, i, node_type, d, energy,
energy_consumption_per_bit_send * data_packs_length,
energy_consumption_per_bit_rece * data_packs_length, phi,
rho, omega, v_h, h, flag, total_data_packs_number,
total_energy_comsumption, 4)
# 节点发送数据
# send_data.send_data(nodes, i, node_type, d, energy,
# energy_consumption_per_bit_send * data_packs_length,
# energy_consumption_per_bit_rece * data_packs_length,
# phi, rho, omega, v_h, h, True,
# total_data_packs_number)
pass
t += 1
total_time += 1
if is_end.is_network_end(energy):
break
print(total_time)
print(total_data_packs_number)
print(total_energy_comsumption)
import time
from open_con import open_connect
from send_data import send_data
from close_con import close_connect
from one_file import s
open_connect('1to3')
time.sleep(3)
send_data('1to3', b'1010101010101010')
# close_connect('1to3')
# time.sleep(5)
def test():
send_data.send_data(nodes, 1, energy,
energy_consumption_per_bit_send * data_packs_length,
energy_consumption_per_bit_rece * data_packs_length,
total_energy_comsumption, total_data_packs_number, 4)