def __start__(): try: import autopy except ImportError: print print red+"[-] Not found 'autopy' library" print green+" pip install autopy"+end print exit() print print green+"[+] Please enter time(secound) take screenshot" print " e.x: 5"+end print try: rtime = int(raw_input(brown+"screenshot > time >>> "+end)) except ValueError: print print red+"[-] Please enter integer"+end print exit() time.sleep(rtime) timer = time.today() image = autopy.bitmap.capture_screen() name = "screenshot_",timer image.save(name) print print green+"[+] Saved to: ",name,end print
def run(self):
write_log("Chat running")
while not self.isstopped():
c = self.window_manager.getch()
if c == ord('q'):
self.window_manager.stop()
if c == 10:
write_log("send to log: " + str(("Joe",time.today(),self.chat_msg)))
self.window_manager.send_to_log(("Joe",time.today(),self.chat_msg))
else:
try:
self.msg += chr(c)
except:
pass
self.draw()
write_log("Chat done")
def store_edge_values_in_database(max_temp, min_temp, max_hum, min_hum, max_wind):
yesterday = time.today() - timedelta(days=1)
day = yesterday.strftime("%d%m%y")
query_string = f"INSERT INTO EdgeRegister(Max_Wind, Max_Wind_Time, Max_Temp, Max_Temp_Time, Min_Temp, " \
f"Min_Temp_Time, Max_Hum, Max_Hum_Time, Min_Hum, Min_Hum_Time, Day) VALUES({max_wind.value}, " \
f"{max_wind.timestamp}, {max_temp.value}, {max_temp.timestamp}, {min_temp.value}, " \
f"{min_temp.timestamp}, {max_hum.value}, {max_hum.timestamp}, {min_hum.value}, {min_hum.timestamp}, {day})"
execute_query(query_string)
def make_config_dict(self):
config_dict = {}
config_dict["date"] = time.today()
config_dict["seed"] = self.seed
config_dict["sim_times"] = self.sim_times
config_dict["anti_time"] = self.anti_time
config_dict["anti_type"] = self.anti_type
config_dict["neigh_limit"] = self.neigh_limit
config_dict["nt_cutoff"] = self.nt_cutoff
return config_dict
def requete(): #requete pour sur l'api d'ATMO
v = time.today()
today = date(v.year, v.month,
v.day) # recuperation de la date du jour format Y-M-D
# dictionnaire contenant les parametres de la requete
payload = {
"where":
"code_zone = '59350' AND date_ech >= TIMESTAMP '{}'".format(today),
"outFields": "date_ech,valeur,qualif,couleur",
"outSR": "4326",
"f": "json"
}
param = urllib.parse.urlencode(payload,
safe='=' + ',',
quote_via=urllib.parse.quote
) # encodage du dictionnaire des parametres
r = requests.get(
'https://services8.arcgis.com/rxZzohbySMKHTNcy/arcgis/rest/services/ind_hdf_agglo/FeatureServer/0/query',
params=param) # requete
data1 = r.json()
return releve(r) # appel de la fonction releve