def test_end_charge_no_end_voltage(self):
add_new_battery(BATTERY)
add_new_charge(CHARGE)
resp, status = end_charge({'end_date': '20-11-2021'}, 1)
assert status == 400
def test_add_two_charges(self):
add_new_battery(BATTERY)
resp, status = add_new_charge(CHARGE)
assert status == 200
assert resp['success'] is True
resp, status = add_new_charge(CHARGE)
assert resp['success'] is False
def test_end_charge_no_data(self):
add_new_battery(BATTERY)
add_new_charge(CHARGE)
resp, status = end_charge({}, 1)
assert status == 400
assert "No input data provided" in resp['error']['message'][0]
def test_add_measure_to_charge_no_data(self):
add_new_battery(BATTERY)
add_new_charge(CHARGE)
resp, status = add_measure_to_charge({})
assert status == 422
assert 'No input data provided' in resp['error']['message'][0]
def test_add_charge_negative_start_voltage(self):
add_new_battery(BATTERY)
charge_copy = CHARGE.copy()
charge_copy['start_voltage'] = -2.2
resp, status = add_new_charge(charge_copy)
assert status == 422
assert resp['success'] is False
def test_get_measure_for_charge(self):
add_new_battery(BATTERY)
add_new_charge(CHARGE)
add_measure_to_charge(CHARGE_MEASUREMENT)
resp, status = get_measure_for_charge(1)
assert status == 200
assert resp['success'] is True
def test_add_measure_to_charge(self):
add_new_battery(BATTERY)
add_new_charge(CHARGE)
resp, status = add_measure_to_charge(CHARGE_MEASUREMENT)
assert status == 200
assert resp['success'] is True
assert resp['data']['voltage'] == CHARGE_MEASUREMENT['voltage']
def test_add_new_charge_bad_charge_type(self):
add_new_battery(BATTERY)
charge_copy = CHARGE.copy()
charge_copy['charge_type'] = '12345'
resp, status = add_new_charge(charge_copy)
assert status == 422
assert resp['success'] is False
assert resp['error']['message'] is not None
def test_add_new_charge(self):
add_new_battery(BATTERY)
resp, status = add_new_charge(CHARGE)
assert status == 200
assert resp['success'] is True
data = resp['data']
assert data['id'] == 1
assert data['battery_id'] == CHARGE['battery_id']
assert data['charging_station_id'] == CHARGE['charging_station_id']
def test_get_charge(self):
add_new_battery(BATTERY)
add_new_charge(CHARGE)
resp, status = get_charge(1)
assert status == 200
assert resp['success'] is True
data = resp['data']
assert data['end_date'] is None
assert data['start_voltage'] == CHARGE['start_voltage']
def test_get_all_charges(self):
add_new_battery(BATTERY)
add_new_battery(BATTERY)
add_new_charge(CHARGE)
charge = CHARGE.copy()
charge['battery_id'] = 2
add_new_charge(charge)
resp, status = get_all_charges()
data = resp['data']
assert status == 200
assert resp['success'] is True
assert len(data) == 2
def test_end_charge_two_times(self):
add_new_battery(BATTERY)
add_new_charge(CHARGE)
resp, status = end_charge(
{
"end_date": "2020-08-06T09:41:24.637836",
"end_voltage": 19.0999
}, 1)
assert resp['success'] is True
resp, status = end_charge(
{
"end_date": "2020-08-06T09:41:24.637836",
"end_voltage": 19.0999
}, 1)
assert resp['success'] is False
def test_get_charges_for_battery(self):
# First Battery
add_new_battery(BATTERY)
# Second Battery
add_new_battery(BATTERY)
# Adding charge to first Battery
add_new_charge(CHARGE)
charge_for_second_battery = {
'battery_id': 2,
'charging_station_id': 5,
'start_voltage': 4.4,
'charge_type': str(ChargeStateEnum.charging)
}
# Adding one charge for second Battery
add_new_charge(charge_for_second_battery)
charges = get_charges_for_battery(1)
charges_for_second_battery = get_charges_for_battery(2)
assert len(charges[0]['data']) == 1
assert len(charges_for_second_battery[0]['data']) == 1