import asyncio import os from datetime import datetime from unittest import TestCase from goodwe import DISCOVERY_COMMAND from goodwe.es import ES from goodwe.exceptions import RequestFailedException from goodwe.inverter import OperationMode from goodwe.protocol import Aa55ReadCommand, ProtocolCommand, ProtocolResponse class EsMock(TestCase, ES): def __init__(self, methodName='runTest'): TestCase.__init__(self, methodName) ES.__init__(self, "localhost", 8899) self.sensor_map = {s.id_: s.unit for s in self.sensors()} self._mock_responses = {} def mock_response(self, command: ProtocolCommand, filename: str): self._mock_responses[command] = filename async def _read_from_socket(self, command: ProtocolCommand) -> ProtocolResponse: """Mock UDP communication""" root_dir = os.path.dirname(os.path.abspath(__file__)) filename = self._mock_responses.get(command) if filename is not None: if filename.startswith('aa55'): return ProtocolResponse(bytes.fromhex(filename), command) with open(root_dir + '/sample/es/' + filename, 'r') as f: response = bytes.fromhex(f.read()) if not command.validator(response): raise RequestFailedException return ProtocolResponse(response, command) else: self.request = command.request return ProtocolResponse(bytes.fromhex("010203040506070809"), command) def assertSensor(self, sensor, expected_value, expected_unit, data): self.assertEqual(expected_value, data.get(sensor)) self.assertEqual(expected_unit, self.sensor_map.get(sensor)) self.sensor_map.pop(sensor) @classmethod def setUpClass(cls): cls.loop = asyncio.get_event_loop() class GW5048D_ES_Test(EsMock): def __init__(self, methodName='runTest'): EsMock.__init__(self, methodName) self.mock_response(self._READ_DEVICE_VERSION_INFO, 'GW5048D-ES_device_info.hex') self.mock_response(self._READ_DEVICE_RUNNING_DATA, 'GW5048D-ES_running_data.hex') self.mock_response(self._READ_DEVICE_SETTINGS_DATA, 'GW5048D-ES_settings_data.hex') self.mock_response(Aa55ReadCommand(1793, 1), 'aa557fc0019a08000000000000007f0360') self.mock_response(Aa55ReadCommand(1800, 1), 'aa557fc0019a02007f035a') def test_GW5048D_ES_device_info(self): self.loop.run_until_complete(self.read_device_info()) self.assertEqual('GW5048D-ES', self.model_name) self.assertEqual('95048ESU227W0000', self.serial_number) self.assertEqual('2323G', self.firmware) self.assertEqual(23, self.dsp1_version) self.assertEqual(23, self.dsp2_version) self.assertEqual(16, self.arm_version) def test_GW5048D_ES_runtime_data(self): data = self.loop.run_until_complete(self.read_runtime_data()) self.assertEqual(57, len(data)) self.assertSensor('vpv1', 0.0, 'V', data) self.assertSensor('ipv1', 0.1, 'A', data) self.assertSensor('ppv1', 0, 'W', data) self.assertSensor('pv1_mode', 0, '', data) self.assertSensor('pv1_mode_label', 'PV panels not connected', '', data) self.assertSensor('vpv2', 0.0, 'V', data) self.assertSensor('ipv2', 0.0, 'A', data) self.assertSensor('ppv2', 0, 'W', data) self.assertSensor('pv2_mode', 0, '', data) self.assertSensor('pv2_mode_label', 'PV panels not connected', '', data) self.assertSensor('ppv', 0, 'W', data) self.assertSensor('vbattery1', 49.4, 'V', data) self.assertSensor('battery_temperature', 24.6, 'C', data) self.assertSensor('ibattery1', 9.5, 'A', data) self.assertSensor('pbattery1', 469, 'W', data) self.assertSensor('battery_charge_limit', 74, 'A', data) self.assertSensor('battery_discharge_limit', 74, 'A', data) self.assertSensor('battery_status', 80, '', data) self.assertSensor('battery_error', 0, '', data) self.assertSensor('battery_soc', 60, '%', data) self.assertSensor('battery_soh', 98, '%', data) self.assertSensor('battery_mode', 2, '', data) self.assertSensor('battery_mode_label', 'Discharge', '', data) self.assertSensor('battery_warning', 0, '', data) self.assertSensor('meter_status', 1, '', data) self.assertSensor('vgrid', 228.3, 'V', data) self.assertSensor('igrid', 2.3, 'A', data) self.assertSensor('pgrid', 2, 'W', data) self.assertSensor('fgrid', 49.83, 'Hz', data) self.assertSensor('grid_mode', 1, '', data) self.assertSensor('grid_mode_label', 'Inverter On', '', data) self.assertSensor('vload', 228.3, 'V', data) self.assertSensor('iload', 2.6, 'A', data) self.assertSensor('pload', 156, 'W', data) self.assertSensor('fload', 49.83, 'Hz', data) self.assertSensor('load_mode', 1, '', data) self.assertSensor('load_mode_label', 'The inverter is connected to a load', '', data) self.assertSensor('work_mode', 2, '', data) self.assertSensor('work_mode_label', 'Normal (On-Grid)', '', data) self.assertSensor('temperature', 22.9, 'C', data) self.assertSensor('error_codes', 0, '', data) self.assertSensor('e_total', 22963.2, 'kWh', data) self.assertSensor('h_total', 46332, 'h', data) self.assertSensor('e_day', 12.3, 'kWh', data) self.assertSensor('e_load_day', 13.7, 'kWh', data) self.assertSensor('e_load_total', 31348.0, 'kWh', data) self.assertSensor('total_power', 393, 'W', data) self.assertSensor('effective_work_mode', 1, '', data) self.assertSensor('effective_relay_control', 48, '', data) self.assertSensor('grid_in_out', 0, '', data) self.assertSensor('grid_in_out_label', 'Idle', '', data) self.assertSensor('pback_up', 535, 'W', data) self.assertSensor('plant_power', 691, 'W', data) self.assertSensor('meter_power_factor', 0.001, '', data) self.assertSensor('diagnose_result', 117440576, '', data) self.assertSensor('diagnose_result_label', 'Discharge Driver On, Export power limit set, PF value set, Real power limit set', '', data) # self.assertSensor('e_total_exp', 0, 'kWh', data) # self.assertSensor('e_total_imp', 0, 'kWh', data) # self.assertSensor('vgrid_uo', 0, 'V', data) # self.assertSensor('igrid_uo', 0, 'A', data) # self.assertSensor('vgrid_wo', 0, 'V', data) # self.assertSensor('igrid_wo', 0, 'A', data) # self.assertSensor('e_bat_charge_total', 0, 'kWh', data) # self.assertSensor('e_bat_discharge_total', 0, 'kWh', data) self.assertSensor('house_consumption', 467, 'W', data) self.assertFalse(self.sensor_map, f"Some sensors were not tested {self.sensor_map}") def test_get_operation_modes(self): self.assertEqual((OperationMode.GENERAL, OperationMode.OFF_GRID, OperationMode.BACKUP, OperationMode.ECO), self.loop.run_until_complete(self.get_operation_modes(False))) self.assertEqual((OperationMode.GENERAL, OperationMode.OFF_GRID, OperationMode.BACKUP, OperationMode.ECO, OperationMode.ECO_CHARGE, OperationMode.ECO_DISCHARGE), self.loop.run_until_complete(self.get_operation_modes(True))) def test_settings(self): self.assertEqual(27, len(self.settings())) settings = {s.id_: s for s in self.settings()} self.assertEqual('EcoModeV1', type(settings.get("eco_mode_1")).__name__) def test_read_setting(self): data = self.loop.run_until_complete(self.read_setting('capacity')) self.assertEqual(74, data) data = self.loop.run_until_complete(self.read_setting('charge_v')) self.assertEqual(53.2, data) data = self.loop.run_until_complete(self.read_setting('charge_i')) self.assertEqual(98, data) data = self.loop.run_until_complete(self.read_setting('discharge_i')) self.assertEqual(46, data) data = self.loop.run_until_complete(self.read_setting('discharge_v')) self.assertEqual(44.5, data) data = self.loop.run_until_complete(self.read_setting('dod')) self.assertEqual(0, data) data = self.loop.run_until_complete(self.read_setting('grid_export_limit')) self.assertEqual(10000, data) data = self.loop.run_until_complete(self.read_setting('eco_mode_1')) self.assertEqual( "EcoModeV1(id_='eco_mode_1', offset=1793, name='Eco Mode Group 1', size_=8, unit='', kind=)", repr(data)) data = self.loop.run_until_complete(self.read_setting('eco_mode_2_switch')) self.assertEqual(0, data) def test_write_setting(self): self.loop.run_until_complete(self.write_setting('eco_mode_2_switch', 0)) class GW5048_EM_Test(EsMock): def __init__(self, methodName='runTest'): EsMock.__init__(self, methodName) self.mock_response(self._READ_DEVICE_RUNNING_DATA, 'GW5048-EM_running_data.hex') self.mock_response(self._READ_DEVICE_VERSION_INFO, 'GW5048-EM_device_info.hex') def test_GW5048_EM_device_info(self): self.loop.run_until_complete(self.read_device_info()) self.assertEqual('GW5048-EM', self.model_name) self.assertEqual('00000EMU00AW0000', self.serial_number) self.assertEqual('1010B', self.firmware) self.assertEqual(10, self.dsp1_version) self.assertEqual(10, self.dsp2_version) self.assertEqual(11, self.arm_version) self.assertFalse(self._supports_eco_mode_v2()) def test_GW5048_EM_runtime_data(self): data = self.loop.run_until_complete(self.read_runtime_data()) self.assertEqual(57, len(data)) self.assertSensor('vpv1', 130.8, 'V', data) self.assertSensor('ipv1', 0.3, 'A', data) self.assertSensor('ppv1', 39, 'W', data) self.assertSensor('pv1_mode', 0, '', data) self.assertSensor('pv1_mode_label', 'PV panels not connected', '', data) self.assertSensor('vpv2', 340.9, 'V', data) self.assertSensor('ipv2', 0.3, 'A', data) self.assertSensor('ppv2', 102, 'W', data) self.assertSensor('pv2_mode', 2, '', data) self.assertSensor('pv2_mode_label', 'PV panels connected, producing power', '', data) self.assertSensor('ppv', 141, 'W', data) self.assertSensor('vbattery1', 52.9, 'V', data) self.assertSensor('battery_temperature', 29.0, 'C', data) self.assertSensor('ibattery1', 18.5, 'A', data) self.assertSensor('pbattery1', 979, 'W', data) self.assertSensor('battery_charge_limit', 99, 'A', data) self.assertSensor('battery_discharge_limit', 99, 'A', data) self.assertSensor('battery_status', 82, '', data) self.assertSensor('battery_error', 0, '', data) self.assertSensor('battery_soc', 97, '%', data) self.assertSensor('battery_soh', 0, '%', data) self.assertSensor('battery_mode', 2, '', data) self.assertSensor('battery_mode_label', 'Discharge', '', data) self.assertSensor('battery_warning', 0, '', data) self.assertSensor('meter_status', 1, '', data) self.assertSensor('vgrid', 241.5, 'V', data) self.assertSensor('igrid', 4.3, 'A', data) self.assertSensor('pgrid', 2, 'W', data) self.assertSensor('fgrid', 49.87, 'Hz', data) self.assertSensor('grid_mode', 1, '', data) self.assertSensor('grid_mode_label', 'Inverter On', '', data) self.assertSensor('vload', 241.5, 'V', data) self.assertSensor('iload', 3.6, 'A', data) self.assertSensor('pload', 209, 'W', data) self.assertSensor('fload', 49.87, 'Hz', data) self.assertSensor('load_mode', 1, '', data) self.assertSensor('load_mode_label', 'The inverter is connected to a load', '', data) self.assertSensor('work_mode', 2, '', data) self.assertSensor('work_mode_label', 'Normal (On-Grid)', '', data) self.assertSensor('temperature', 34.8, 'C', data) self.assertSensor('error_codes', 0, '', data) self.assertSensor('e_total', 957.8, 'kWh', data) self.assertSensor('h_total', 1343, 'h', data) self.assertSensor('e_day', 8.8, 'kWh', data) self.assertSensor('e_load_day', 17.6, 'kWh', data) self.assertSensor('e_load_total', 1803.7, 'kWh', data) self.assertSensor('total_power', 1032, 'W', data) self.assertSensor('effective_work_mode', 1, '', data) self.assertSensor('effective_relay_control', 48, '', data) self.assertSensor('grid_in_out', 0, '', data) self.assertSensor('grid_in_out_label', 'Idle', '', data) self.assertSensor('pback_up', 847, 'W', data) self.assertSensor('plant_power', 1056, 'W', data) self.assertSensor('meter_power_factor', 0.001, '', data) self.assertSensor('diagnose_result', 64, '', data) self.assertSensor('diagnose_result_label', 'Discharge Driver On', '', data) # self.assertSensor('e_total_exp', 512.9, 'kWh', data) # self.assertSensor('e_total_imp', 33653839.0, 'kWh', data) # self.assertSensor('vgrid_uo', 0, 'V', data) # self.assertSensor('igrid_uo', 0, 'A', data) # self.assertSensor('vgrid_wo', 0, 'V', data) # self.assertSensor('igrid_wo', 0, 'A', data) # self.assertSensor('e_bat_charge_total', 0, 'kWh', data) # self.assertSensor('e_bat_discharge_total', 0, 'kWh', data) self.assertSensor('house_consumption', 1118, 'W', data) self.assertFalse(self.sensor_map, f"Some sensors were not tested {self.sensor_map}") class GW5048_EM_No_Batt_Test(EsMock): def __init__(self, methodName='runTest'): EsMock.__init__(self, methodName) self.mock_response(self._READ_DEVICE_RUNNING_DATA, 'GW5048-EM-no-bat_running_data.hex') def test_GW5048_EM_no_batt_runtime_data(self): data = self.loop.run_until_complete(self.read_runtime_data()) self.assertEqual(57, len(data)) self.assertSensor('vpv1', 334.3, 'V', data) self.assertSensor('ipv1', 0.4, 'A', data) self.assertSensor('ppv1', 134, 'W', data) self.assertSensor('pv1_mode', 2, '', data) self.assertSensor('pv1_mode_label', 'PV panels connected, producing power', '', data) self.assertSensor('vpv2', 214.0, 'V', data) self.assertSensor('ipv2', 0.5, 'A', data) self.assertSensor('ppv2', 107, 'W', data) self.assertSensor('pv2_mode', 2, '', data) self.assertSensor('pv2_mode_label', 'PV panels connected, producing power', '', data) self.assertSensor('ppv', 241, 'W', data) self.assertSensor('vbattery1', 0.0, 'V', data) self.assertSensor('battery_temperature', 0.0, 'C', data) self.assertSensor('ibattery1', 0.0, 'A', data) self.assertSensor('pbattery1', 0, 'W', data) self.assertSensor('battery_charge_limit', 0, 'A', data) self.assertSensor('battery_discharge_limit', 0, 'A', data) self.assertSensor('battery_status', 0, '', data) self.assertSensor('battery_error', 256, '', data) self.assertSensor('battery_soc', 0, '%', data) self.assertSensor('battery_soh', 0, '%', data) self.assertSensor('battery_mode', 0, '', data) self.assertSensor('battery_mode_label', 'No battery', '', data) self.assertSensor('battery_warning', 0, '', data) self.assertSensor('meter_status', 1, '', data) self.assertSensor('vgrid', 240.8, 'V', data) self.assertSensor('igrid', 1.0, 'A', data) self.assertSensor('pgrid', 7, 'W', data) self.assertSensor('fgrid', 49.91, 'Hz', data) self.assertSensor('grid_mode', 1, '', data) self.assertSensor('grid_mode_label', 'Inverter On', '', data) self.assertSensor('vload', 0.0, 'V', data) self.assertSensor('iload', 0.0, 'A', data) self.assertSensor('pload', 249, 'W', data) self.assertSensor('fload', 0.0, 'Hz', data) self.assertSensor('load_mode', 0, '', data) self.assertSensor('load_mode_label', 'Inverter and the load is disconnected', '', data) self.assertSensor('work_mode', 2, '', data) self.assertSensor('work_mode_label', 'Normal (On-Grid)', '', data) self.assertSensor('temperature', 29.9, 'C', data) self.assertSensor('error_codes', 0, '', data) self.assertSensor('e_total', 587.7, 'kWh', data) self.assertSensor('h_total', 299, 'h', data) self.assertSensor('e_day', 23.3, 'kWh', data) self.assertSensor('e_load_day', 20.5, 'kWh', data) self.assertSensor('e_load_total', 550.4, 'kWh', data) self.assertSensor('total_power', 212, 'W', data) self.assertSensor('effective_work_mode', 1, '', data) self.assertSensor('effective_relay_control', 32, '', data) self.assertSensor('grid_in_out', 0, '', data) self.assertSensor('grid_in_out_label', 'Idle', '', data) self.assertSensor('pback_up', 0, 'W', data) self.assertSensor('plant_power', 249, 'W', data) self.assertSensor('meter_power_factor', 0.001, '', data) self.assertSensor('diagnose_result', 18501, '', data) self.assertSensor('diagnose_result_label', 'Battery voltage low, Battery SOC in back, Discharge Driver On, Self-use load light, Battery Disconnected', '', data) # self.assertSensor('e_total_exp', 512.9, 'kWh', data) # self.assertSensor('e_total_imp', 33653889.9, 'kWh', data) # self.assertSensor('vgrid_uo', 0, 'V', data) # self.assertSensor('igrid_uo', 0, 'A', data) # self.assertSensor('vgrid_wo', 0, 'V', data) # self.assertSensor('igrid_wo', 0, 'A', data) # self.assertSensor('e_bat_charge_total', 0, 'kWh', data) # self.assertSensor('e_bat_discharge_total', 0, 'kWh', data) self.assertSensor('house_consumption', 234, 'W', data) class GW5000S_BP_Test(EsMock): def __init__(self, methodName='runTest'): EsMock.__init__(self, methodName) self.mock_response(self._READ_DEVICE_RUNNING_DATA, 'GW5000S-BP_running_data.hex') def test_GW5000S_BP_runtime_data(self): data = self.loop.run_until_complete(self.read_runtime_data()) self.assertEqual(57, len(data)) self.assertSensor('vpv1', 374.9, 'V', data) self.assertSensor('ipv1', 2.2, 'A', data) self.assertSensor('ppv1', 825, 'W', data) self.assertSensor('pv1_mode', 0, '', data) self.assertSensor('pv1_mode_label', 'PV panels not connected', '', data) self.assertSensor('vpv2', 0.0, 'V', data) self.assertSensor('ipv2', 0.2, 'A', data) self.assertSensor('ppv2', 0, 'W', data) self.assertSensor('pv2_mode', 0, '', data) self.assertSensor('pv2_mode_label', 'PV panels not connected', '', data) self.assertSensor('ppv', 825, 'W', data) self.assertSensor('vbattery1', 50.3, 'V', data) self.assertSensor('battery_temperature', 15.0, 'C', data) self.assertSensor('ibattery1', -9.9, 'A', data) self.assertSensor('pbattery1', -498, 'W', data) self.assertSensor('battery_charge_limit', 99, 'A', data) self.assertSensor('battery_discharge_limit', 98, 'A', data) self.assertSensor('battery_status', 82, '', data) self.assertSensor('battery_error', 0, '', data) self.assertSensor('battery_soc', 72, '%', data) self.assertSensor('battery_soh', 0, '%', data) self.assertSensor('battery_mode', 3, '', data) self.assertSensor('battery_mode_label', 'Charge', '', data) self.assertSensor('battery_warning', 0, '', data) self.assertSensor('meter_status', 1, '', data) self.assertSensor('vgrid', 240.1, 'V', data) self.assertSensor('igrid', 1.9, 'A', data) self.assertSensor('pgrid', 184, 'W', data) self.assertSensor('fgrid', 49.95, 'Hz', data) self.assertSensor('grid_mode', 1, '', data) self.assertSensor('grid_mode_label', 'Inverter On', '', data) self.assertSensor('vload', 240.1, 'V', data) self.assertSensor('iload', 0.1, 'A', data) self.assertSensor('pload', 1285, 'W', data) self.assertSensor('fload', 49.95, 'Hz', data) self.assertSensor('load_mode', 1, '', data) self.assertSensor('load_mode_label', 'The inverter is connected to a load', '', data) self.assertSensor('work_mode', 2, '', data) self.assertSensor('work_mode_label', 'Normal (On-Grid)', '', data) self.assertSensor('temperature', 19.5, 'C', data) self.assertSensor('error_codes', 0, '', data) self.assertSensor('e_total', 49.4, 'kWh', data) self.assertSensor('h_total', 211, 'h', data) self.assertSensor('e_day', 0.2, 'kWh', data) self.assertSensor('e_load_day', 2.7, 'kWh', data) self.assertSensor('e_load_total', 194.9, 'kWh', data) self.assertSensor('total_power', -650, 'W', data) self.assertSensor('effective_work_mode', 1, '', data) self.assertSensor('effective_relay_control', 48, '', data) self.assertSensor('grid_in_out', 1, '', data) self.assertSensor('grid_in_out_label', 'Exporting', '', data) self.assertSensor('pback_up', 0, 'W', data) self.assertSensor('plant_power', 1285, 'W', data) self.assertSensor('meter_power_factor', 0.001, '', data) self.assertSensor('diagnose_result', 524320, '', data) self.assertSensor('diagnose_result_label', 'Charge time on, Self-use off', '', data) # self.assertSensor('e_total_exp', 538.4, 'kWh', data) # self.assertSensor('e_total_imp', 48713267.2, 'kWh', data) # self.assertSensor('vgrid_uo', 0, 'V', data) # self.assertSensor('igrid_uo', 0, 'A', data) # self.assertSensor('vgrid_wo', 0, 'V', data) # self.assertSensor('igrid_wo', 0, 'A', data) # self.assertSensor('e_bat_charge_total', 0, 'kWh', data) # self.assertSensor('e_bat_discharge_total', 0, 'kWh', data) self.assertSensor('house_consumption', 143, 'W', data) def test_get_grid_export_limit(self): self.loop.run_until_complete(self.get_grid_export_limit()) self.assertEqual('aa55c07f0109000248', self.request.hex()) def test_set_grid_export_limit(self): self.loop.run_until_complete(self.set_grid_export_limit(100)) self.assertEqual('aa55c07f033502006402dc', self.request.hex()) def test_get_operation_modes(self): self.assertEqual((OperationMode.GENERAL, OperationMode.OFF_GRID, OperationMode.BACKUP, OperationMode.ECO), self.loop.run_until_complete(self.get_operation_modes(False))) self.assertEqual((OperationMode.GENERAL, OperationMode.OFF_GRID, OperationMode.BACKUP, OperationMode.ECO, OperationMode.ECO_CHARGE, OperationMode.ECO_DISCHARGE), self.loop.run_until_complete(self.get_operation_modes(True))) def test_get_operation_mode(self): self.loop.run_until_complete(self.get_operation_mode()) self.assertEqual('aa55c07f0109000248', self.request.hex()) # def test_set_operation_mode(self): # self.loop.run_until_complete(self.set_operation_mode(1)) # self.assertEqual('aa55c07f03590101029c', self.request.hex()) def test_get_ongrid_battery_dod(self): self.loop.run_until_complete(self.get_ongrid_battery_dod()) self.assertEqual('aa55c07f0109000248', self.request.hex()) def test_set_ongrid_battery_dod(self): self.loop.run_until_complete(self.set_ongrid_battery_dod(80)) self.assertEqual('aa55c07f023905056001001402f8', self.request.hex()) def test_write_setting(self): self.loop.run_until_complete(self.write_setting('time', datetime(2022, 1, 4, 18, 30, 25))) self.assertEqual('aa55c07f030206160104121e1902ad', self.request.hex()) class GW5048_ESA_Test(EsMock): def __init__(self, methodName='runTest'): EsMock.__init__(self, methodName) self.mock_response(DISCOVERY_COMMAND, 'GW5048-ESA_discovery.hex') self.mock_response(self._READ_DEVICE_VERSION_INFO, 'GW5048-ESA_device_info.hex') self.mock_response(self._READ_DEVICE_RUNNING_DATA, 'GW5048-ESA_running_data.hex') def test_GW5048_ESA_discovery(self): response = self.loop.run_until_complete(self._read_from_socket(DISCOVERY_COMMAND)) raw_data = response.raw_data self.assertEqual(86, len(raw_data)) self.assertEqual('GW5048-ESA', raw_data[12:22].decode("ascii").rstrip()) self.assertEqual('95048ESA223W0000', raw_data[38:54].decode("ascii")) def test_GW5048_ESA_device_info(self): self.loop.run_until_complete(self.read_device_info()) self.assertEqual('GW5048-ESA', self.model_name) self.assertEqual('95048ESA223W0000', self.serial_number) self.assertEqual('1717A', self.firmware) self.assertEqual(17, self.dsp1_version) self.assertEqual(17, self.dsp2_version) self.assertEqual(10, self.arm_version) def test_GW5048_ESA_runtime_data(self): data = self.loop.run_until_complete(self.read_runtime_data()) self.assertEqual(57, len(data)) self.assertSensor('vpv1', 111.9, 'V', data) self.assertSensor('ipv1', 0.0, 'A', data) self.assertSensor('ppv1', 0, 'W', data) self.assertSensor('pv1_mode', 0, '', data) self.assertSensor('pv1_mode_label', 'PV panels not connected', '', data) self.assertSensor('vpv2', 79.9, 'V', data) self.assertSensor('ipv2', 0.1, 'A', data) self.assertSensor('ppv2', 8, 'W', data) self.assertSensor('pv2_mode', 0, '', data) self.assertSensor('pv2_mode_label', 'PV panels not connected', '', data) self.assertSensor('ppv', 8, 'W', data) self.assertSensor('vbattery1', 53.6, 'V', data) self.assertSensor('battery_status', 80, '', data) self.assertSensor('battery_temperature', 25.0, 'C', data) self.assertSensor('ibattery1', 0.2, 'A', data) self.assertSensor('pbattery1', 11, 'W', data) self.assertSensor('battery_charge_limit', 0, 'A', data) self.assertSensor('battery_discharge_limit', 100, 'A', data) self.assertSensor('battery_error', 0, '', data) self.assertSensor('battery_soc', 100, '%', data) self.assertSensor('battery_soh', 100, '%', data) self.assertSensor('battery_mode', 2, '', data) self.assertSensor('battery_mode_label', 'Discharge', '', data) self.assertSensor('battery_warning', 0, '', data) self.assertSensor('meter_status', 1, '', data) self.assertSensor('vgrid', 231.2, 'V', data) self.assertSensor('igrid', 0.6, 'A', data) self.assertSensor('pgrid', 807, 'W', data) self.assertSensor('fgrid', 50.0, 'Hz', data) self.assertSensor('grid_mode', 1, '', data) self.assertSensor('grid_mode_label', 'Inverter On', '', data) self.assertSensor('vload', 231.2, 'V', data) self.assertSensor('iload', 0.3, 'A', data) self.assertSensor('pload', 916, 'W', data) self.assertSensor('fload', 50.0, 'Hz', data) self.assertSensor('load_mode', 1, '', data) self.assertSensor('load_mode_label', 'The inverter is connected to a load', '', data) self.assertSensor('work_mode', 2, '', data) self.assertSensor('work_mode_label', 'Normal (On-Grid)', '', data) self.assertSensor('temperature', 25.1, 'C', data) self.assertSensor('error_codes', 0, '', data) self.assertSensor('e_total', 0.2, 'kWh', data) self.assertSensor('h_total', 3, 'h', data) self.assertSensor('e_day', 0.2, 'kWh', data) self.assertSensor('e_load_day', 15.0, 'kWh', data) self.assertSensor('e_load_total', 15.0, 'kWh', data) self.assertSensor('total_power', -109, 'W', data) self.assertSensor('effective_work_mode', 1, '', data) self.assertSensor('effective_relay_control', 32, '', data) self.assertSensor('grid_in_out', 1, '', data) self.assertSensor('grid_in_out_label', 'Exporting', '', data) self.assertSensor('pback_up', 0, 'W', data) self.assertSensor('plant_power', 916, 'W', data) self.assertSensor('meter_power_factor', 0.001, '', data) self.assertSensor('diagnose_result', 16780352, '', data) self.assertSensor('diagnose_result_label', 'Discharge Driver On, Meter connection reversed, Self-use load light, Export power limit set', '', data) self.assertSensor('house_consumption', -788, 'W', data) self.assertFalse(self.sensor_map, f"Some sensors were not tested {self.sensor_map}") class GW6000_ES_20_Test(EsMock): """This is Gen 2 ES inverter, actually a modbus (ET) talking inverter, not ES""" def __init__(self, methodName='runTest'): EsMock.__init__(self, methodName) self.mock_response(self._READ_DEVICE_VERSION_INFO, 'GW6000-ES-20_device_info.hex') def test_GW6000_ES_20_device_info(self): self.loop.run_until_complete(self.read_device_info()) self.assertEqual('', self.model_name) self.assertEqual('56000ESN00AW0000', self.serial_number) self.assertEqual('0002000205', self.firmware) self.assertEqual(0, self.dsp1_version) self.assertEqual(2, self.dsp2_version) self.assertEqual(0, self.arm_version)