class X3(InverterPost):
_schema = vol.Schema(
{
vol.Required('type'):
vol.All(str, startswith("X3-")),
vol.Required('SN'):
str,
vol.Required('ver'):
str,
vol.Required('Data'):
vol.Schema(
vol.All(
[vol.Coerce(float)],
vol.Any(vol.Length(min=102, max=103),
vol.Length(min=107, max=107)),
)),
vol.Required('Information'):
vol.Schema(vol.All(vol.Length(min=9, max=9))),
},
extra=vol.REMOVE_EXTRA)
# pylint: disable=duplicate-code
_sensor_map = {
'PV1 Current': (0, 'A'),
'PV2 Current': (1, 'A'),
'PV1 Voltage': (2, 'V'),
'PV2 Voltage': (3, 'V'),
'Output Current Phase 1': (4, 'A'),
'Network Voltage Phase 1': (5, 'V'),
'AC Power': (6, 'W'),
'Inverter Temperature': (7, 'C'),
'Today\'s Energy': (8, 'kWh'),
'Total Energy': (9, 'kWh'),
'Exported Power': (10, 'W'),
'PV1 Power': (11, 'W'),
'PV2 Power': (12, 'W'),
'Battery Voltage': (13, 'V'),
'Battery Current': (14, 'A'),
'Battery Power': (15, 'W'),
'Battery Temperature': (16, 'C'),
'Battery Remaining Capacity': (21, '%'),
'Total Feed-in Energy': (41, 'kWh'),
'Total Consumption': (42, 'kWh'),
'Power Now Phase 1': (43, 'W'),
'Power Now Phase 2': (44, 'W'),
'Power Now Phase 3': (45, 'W'),
'Output Current Phase 2': (46, 'A'),
'Output Current Phase 3': (47, 'A'),
'Network Voltage Phase 2': (48, 'V'),
'Network Voltage Phase 3': (49, 'V'),
'Grid Frequency Phase 1': (50, 'Hz'),
'Grid Frequency Phase 2': (51, 'Hz'),
'Grid Frequency Phase 3': (52, 'Hz'),
'EPS Voltage': (53, 'V'),
'EPS Current': (54, 'A'),
'EPS Power': (55, 'W'),
'EPS Frequency': (56, 'Hz'),
}
class X1Mini(InverterPost):
# pylint: disable=duplicate-code
_schema = vol.Schema(
{
vol.Required('type'):
vol.All(str, startswith("X1-")),
vol.Required('SN'):
str,
vol.Required('ver'):
str,
vol.Required('Data'):
vol.Schema(
vol.All(
[vol.Coerce(float)],
vol.Length(min=69, max=69),
)),
vol.Required('Information'):
vol.Schema(vol.All(vol.Length(min=9, max=9))),
},
extra=vol.REMOVE_EXTRA)
_sensor_map = {
'PV1 Current': (0, 'A'),
'PV2 Current': (1, 'A'),
'PV1 Voltage': (2, 'V'),
'PV2 Voltage': (3, 'V'),
'Output Current': (4, 'A'),
'Network Voltage': (5, 'V'),
'AC Power': (6, 'W'),
'Inverter Temperature': (7, 'C'),
'Today\'s Energy': (8, 'kWh'),
'Total Energy': (9, 'kWh'),
'Exported Power': (10, 'W'),
'PV1 Power': (11, 'W'),
'PV2 Power': (12, 'W'),
'Total Feed-in Energy': (41, 'kWh'),
'Total Consumption': (42, 'kWh'),
'Power Now': (43, 'W'),
'Grid Frequency': (50, 'Hz'),
}
def test_does_start_with():
expected = "AAAA"
actual = "AAAA"
bingo = startswith(expected)(actual)
assert bingo == actual
def test_is_not_str():
expected = "AAAA"
actual = 1
with pytest.raises(Invalid):
startswith(expected)(actual)
def test_does_not_start_with():
expected = "AAAA"
actual = "BBBB"
with pytest.raises(Invalid):
startswith(expected)(actual)