def main(email, password):
myTesla = mt.connect(email, password)
myTesla.get_access_token(email=email, password=password)
#
print(myTesla.vehicles())
print(myTesla.mobile_enabled())
print(myTesla.charge_state())
print(myTesla.climate_state())
print(myTesla.drive_state())
print(myTesla.gui_settings())
print(myTesla.vehicle_state())
print(myTesla.wake_up())
print(myTesla.set_valet_mode())
print(myTesla.reset_valet_pin())
print(myTesla.charge_port_door_open())
print(myTesla.charge_standard())
print(myTesla.charge_max_range())
print(myTesla.set_charge_limit(limit_value=80))
print(myTesla.charge_start())
print(myTesla.honk_horn())
print(myTesla.door_unlock())
print(myTesla.door_lock())
print(myTesla.set_temps(driver_temp=75, passenger_temp=75))
print(myTesla.auto_conditioning_start())
print(myTesla.auto_conditioning_stop())
print(myTesla.sun_roof_control(state="comfort"))
print(myTesla.trunk_open(which_trunk="rear"))
def lambda_handler(event, _):
username = os.environ['TESLA_EMAIL']
password = os.environ['TESLA_PASS']
conn = myTesla.connect(username, password)
vehicles = make_request(conn.vehicles)
for v in vehicles:
make_request(conn.select_vehicle, {'vin': v['vin']})
if v['state'] != 'online':
print('%s asleep, waking...' % v['display_name'])
make_request(conn.wake_up)
if event['clickType'] == 'SINGLE':
make_request(conn.door_unlock, max_attempts=3)
elif event['clickType'] == 'DOUBLE':
make_request(conn.trunk_open, {'which_trunk': 'front'},
max_attempts=3)
soup = BeautifulSoup(r.text, 'html.parser')
# find power produced at this moment in watts
power = soup.find_all("td")[14].text.strip()
except Exception as e:
print(e)
if (power == "x x x"): # convert text to int value
solarpower = 0
else:
solarpower = int(power)
print("solar power is: " + str(solarpower) + " W")
if (solarpower >= threshold
and charging == 0): # if enough power available start charging
car = myTesla.connect(teslaemail, teslapassword)
car.wake_up()
time.sleep(10) #waiting for car to wake up
car.charge_start()
charging = 1
print("started charging")
if (solarpower >= threshold and charging == 1):
print("charging...")
if (solarpower < threshold
and charging == 1): # if not enough power available stop charging
car = myTesla.connect(teslaemail, teslapassword)
car.charge_stop()
charging = 0
print("stopped charging")
if (solarpower < threshold and charging == 0):
import myTesla as mt email = "" password = "" myTesla = mt.connect(email, password) myTesla.get_access_token(email=email, password=password) print(myTesla.vehicles()) print(myTesla.mobile_enabled()) print(myTesla.charge_state()) print(myTesla.climate_state()) print(myTesla.drive_state()) print(myTesla.gui_settings()) print(myTesla.vehicle_state()) print(myTesla.wake_up()) print(myTesla.set_valet_mode()) print(myTesla.reset_valet_pin()) print(myTesla.charge_port_door_open()) print(myTesla.charge_standard()) print(myTesla.charge_max_range()) print(myTesla.set_charge_limit(limit_value=80)) print(myTesla.charge_start()) print(myTesla.honk_horn()) print(myTesla.door_unlock()) print(myTesla.door_lock()) print(myTesla.set_temps(driver_temp=75, passenger_temp=75)) print(myTesla.auto_conditioning_start()) print(myTesla.auto_conditioning_stop()) print(myTesla.sun_roof_control(state="comfort")) print(myTesla.trunk_open(which_trunk="rear"))
import myTesla
my_model_s = myTesla.connect('*****@*****.**', 'mySupersecretPassword')
charge_state = my_model_s.charge_state()
door_lock = my_model_s.door_lock()
print(charge_state)
print(door_lock)
import myTesla
my_model_s = myTesla.connect('*****@*****.**', 'MySecurePassword')
charge_state = my_model_s.charge_state()
door_lock = my_model_s.door_lock()
print(charge_state)
print(door_lock)