import asyncio import os from datetime import datetime from unittest import TestCase from goodwe.dt import DT from goodwe.exceptions import RequestFailedException, RequestRejectedException from goodwe.modbus import ILLEGAL_DATA_ADDRESS from goodwe.protocol import ProtocolCommand, ProtocolResponse class DtMock(TestCase, DT): def __init__(self, methodName='runTest', port=8899): TestCase.__init__(self, methodName) DT.__init__(self, "localhost", port) self.sensor_map = {s.id_: s 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 ILLEGAL_DATA_ADDRESS == filename: raise RequestRejectedException(ILLEGAL_DATA_ADDRESS) if 'NO RESPONSE' == filename: raise RequestFailedException() with open(root_dir + '/sample/dt/' + 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("aa557f00010203040506070809"), command) def assertSensor(self, sensor_name, expected_value, expected_unit, data): self.assertEqual(expected_value, data.get(sensor_name)) sensor = self.sensor_map.get(sensor_name); self.assertEqual(expected_unit, sensor.unit) self.sensor_map.pop(sensor_name) @classmethod def setUpClass(cls): cls.loop = asyncio.get_event_loop() class GW6000_DT_Test(DtMock): def __init__(self, methodName='runTest'): DtMock.__init__(self, methodName) self.mock_response(self._READ_RUNNING_DATA, 'GW6000-DT_running_data.hex') self.mock_response(self._READ_METER_DATA, ILLEGAL_DATA_ADDRESS) def test_GW6000_DT_runtime_data(self): self.loop.run_until_complete(self.read_device_info()) data = self.loop.run_until_complete(self.read_runtime_data()) self.assertEqual(42, len(data)) self.sensor_map = {s.id_: s for s in self.sensors()} self.assertSensor('timestamp', datetime.strptime('2021-08-31 12:03:02', '%Y-%m-%d %H:%M:%S'), '', data) self.assertSensor('vpv1', 320.8, 'V', data) self.assertSensor('ipv1', 3.1, 'A', data) self.assertSensor('ppv1', 994, 'W', data) self.assertSensor('vpv2', 324.1, 'V', data) self.assertSensor('ipv2', 3.2, 'A', data) self.assertSensor('ppv2', 1037, 'W', data) self.assertSensor('ppv', 2031, 'W', data) self.assertSensor('vline1', 0, 'V', data) self.assertSensor('vline2', 0, 'V', data) self.assertSensor('vline3', 0, 'V', data) self.assertSensor('vgrid1', 225.6, 'V', data) self.assertSensor('vgrid2', 229.7, 'V', data) self.assertSensor('vgrid3', 231.0, 'V', data) self.assertSensor('igrid1', 2.7, 'A', data) self.assertSensor('igrid2', 2.6, 'A', data) self.assertSensor('igrid3', 2.7, 'A', data) self.assertSensor('fgrid1', 49.98, 'Hz', data) self.assertSensor('fgrid2', 49.98, 'Hz', data) self.assertSensor('fgrid3', 49.98, 'Hz', data) self.assertSensor('pgrid1', 609, 'W', data) self.assertSensor('pgrid2', 597, 'W', data) self.assertSensor('pgrid3', 624, 'W', data) self.assertSensor('total_inverter_power', 1835, 'W', data) self.assertSensor('work_mode', 1, '', data) self.assertSensor('work_mode_label', 'Normal', '', data) self.assertSensor('error_codes', 0, '', data) self.assertSensor('warning_code', 0, '', data) self.assertSensor("apparent_power", -1, "VA", data), self.assertSensor("reactive_power", -1, "var", data), self.assertSensor("power_factor", 0.0, "", data), self.assertSensor('temperature', 41.3, 'C', data) self.assertSensor('e_day', 6.0, 'kWh', data) self.assertSensor('e_total', 13350.2, 'kWh', data) self.assertSensor('h_total', 8451, 'h', data) self.assertSensor('safety_country', 20, '', data) self.assertSensor('safety_country_label', 'NL-A', '', data) self.assertSensor('funbit', 0, '', data) self.assertSensor('vbus', 601.2, 'V', data) self.assertSensor('vnbus', 305.4, 'V', data) self.assertSensor('derating_mode', 0, '', data) self.assertSensor('derating_mode_label', '', '', data) self.assertFalse(self.sensor_map, f"Some sensors were not tested {self.sensor_map}") def test_GW6000_DT_setting(self): self.assertEqual(8, len(self.settings())) settings = {s.id_: s for s in self.settings()} self.assertEqual('Timestamp', type(settings.get("time")).__name__) self.assertEqual('Integer', type(settings.get("grid_export")).__name__) self.assertEqual('Integer', type(settings.get("grid_export_limit")).__name__) def test_GW6000_DT_read_setting(self): self.loop.run_until_complete(self.read_setting('shadow_scan')) self.assertEqual('7f039d8600014051', self.request.hex()) def test_GW6000_DT_write_setting(self): self.loop.run_until_complete(self.write_setting('shadow_scan', 1)) self.assertEqual('7f069d8600018c51', self.request.hex()) class GW8K_DT_Test(DtMock): def __init__(self, methodName='runTest'): DtMock.__init__(self, methodName) self.mock_response(self._READ_DEVICE_VERSION_INFO, 'GW8K-DT_device_info.hex') self.mock_response(self._READ_RUNNING_DATA, 'GW8K-DT_running_data.hex') self.mock_response(self._READ_METER_DATA, ILLEGAL_DATA_ADDRESS) def test_GW8K_DT_device_info(self): self.loop.run_until_complete(self.read_device_info()) self.assertEqual('GW8K-DT', self.model_name) self.assertEqual('00000DTS00000000', self.serial_number) self.assertEqual(1010, self.dsp1_version) self.assertEqual(1010, self.dsp2_version) self.assertEqual(728, self.dsp_svn_version) self.assertEqual(8, self.arm_version) self.assertEqual(49, self.arm_svn_version) self.assertEqual('1010.1010.08', self.firmware) def test_GW8K_DT_runtime_data(self): self.loop.run_until_complete(self.read_device_info()) data = self.loop.run_until_complete(self.read_runtime_data()) self.assertEqual(42, len(data)) self.assertSensor('timestamp', datetime.strptime('2021-08-24 16:43:27', '%Y-%m-%d %H:%M:%S'), '', data) self.assertSensor('vpv1', 275.5, 'V', data) self.assertSensor('ipv1', 0.6, 'A', data) self.assertSensor('ppv1', 165, 'W', data) self.assertSensor('vpv2', 510.8, 'V', data) self.assertSensor('ipv2', 0.8, 'A', data) self.assertSensor('ppv2', 409, 'W', data) self.assertSensor('ppv', 574, 'W', data) self.assertSensor('vline1', 413.7, 'V', data) self.assertSensor('vline2', 413.0, 'V', data) self.assertSensor('vline3', 408.0, 'V', data) self.assertSensor('vgrid1', 237.2, 'V', data) self.assertSensor('vgrid2', 240.5, 'V', data) self.assertSensor('vgrid3', 235.2, 'V', data) self.assertSensor('igrid1', 1.0, 'A', data) self.assertSensor('igrid2', 1.0, 'A', data) self.assertSensor('igrid3', 1.0, 'A', data) self.assertSensor('fgrid1', 50.08, 'Hz', data) self.assertSensor('fgrid2', 50.04, 'Hz', data) self.assertSensor('fgrid3', 50.0, 'Hz', data) self.assertSensor('pgrid1', 237, 'W', data) self.assertSensor('pgrid2', 240, 'W', data) self.assertSensor('pgrid3', 235, 'W', data) self.assertSensor('total_inverter_power', 643, 'W', data) self.assertSensor('work_mode', 1, '', data) self.assertSensor('work_mode_label', 'Normal', '', data) self.assertSensor('error_codes', 0, '', data) self.assertSensor('warning_code', 0, '', data) self.assertSensor("apparent_power", 0, "VA", data), self.assertSensor("reactive_power", 0, "var", data), self.assertSensor("power_factor", 0.0, "", data), self.assertSensor('temperature', 45.3, 'C', data) self.assertSensor('e_day', None, 'kWh', data) self.assertSensor('e_total', None, 'kWh', data) self.assertSensor('h_total', 0, 'h', data) self.assertSensor('safety_country', 32, '', data) self.assertSensor('safety_country_label', '50Hz 230Vac Default', '', data) self.assertSensor('funbit', 512, '', data) self.assertSensor('vbus', 624.2, 'V', data) self.assertSensor('vnbus', 316.8, 'V', data) self.assertSensor('derating_mode', 0, '', data) self.assertSensor('derating_mode_label', '', '', data) def test_get_grid_export_limit(self): self.loop.run_until_complete(self.read_device_info()) self.loop.run_until_complete(self.get_grid_export_limit()) self.assertEqual('7f039d900001a195', self.request.hex()) def test_set_grid_export_limit(self): self.loop.run_until_complete(self.read_device_info()) self.loop.run_until_complete(self.set_grid_export_limit(100)) self.assertEqual('7f069d900064adbe', self.request.hex()) class GW5000D_NS_Test(DtMock): def __init__(self, methodName='runTest'): DtMock.__init__(self, methodName) self.mock_response(self._READ_DEVICE_VERSION_INFO, 'Mock_device_info.hex') self.mock_response(self._READ_RUNNING_DATA, 'GW5000D-NS_running_data.hex') self.mock_response(self._READ_METER_DATA, ILLEGAL_DATA_ADDRESS) def test_GW5000D_NS_runtime_data(self): self.loop.run_until_complete(self.read_device_info()) data = self.loop.run_until_complete(self.read_runtime_data()) self.assertEqual(32, len(data)) self.assertSensor('timestamp', datetime.strptime('2021-09-06 06:56:01', '%Y-%m-%d %H:%M:%S'), '', data) self.assertSensor('vpv1', 224.4, 'V', data) self.assertSensor('ipv1', 0.0, 'A', data) self.assertSensor('ppv1', 0, 'W', data) self.assertSensor('vpv2', 291.8, 'V', data) self.assertSensor('ipv2', 0, 'A', data) self.assertSensor('ppv2', 0, 'W', data) self.assertSensor('ppv', 0, 'W', data) self.assertSensor('vline1', 0, 'V', data) self.assertSensor('vgrid1', 240.5, 'V', data) self.assertSensor('igrid1', 0.0, 'A', data) self.assertSensor('fgrid1', 49.97, 'Hz', data) self.assertSensor('pgrid1', 0, 'W', data) self.assertSensor('total_inverter_power', 0, 'W', data) self.assertSensor('work_mode', 0, '', data) self.assertSensor('work_mode_label', 'Wait Mode', '', data) self.assertSensor('error_codes', 0, '', data) self.assertSensor('warning_code', 0, '', data) self.assertSensor("apparent_power", -1, "VA", data), self.assertSensor("reactive_power", -1, "var", data), self.assertSensor("power_factor", -0.001, "", data), self.assertSensor('temperature', 1.4, 'C', data) self.assertSensor('e_day', 0, 'kWh', data) self.assertSensor('e_total', 881.7, 'kWh', data) self.assertSensor('h_total', 955, 'h', data) self.assertSensor('safety_country', 73, '', data) self.assertSensor('safety_country_label', 'Australia Victoria', '', data) self.assertSensor('funbit', 2400, '', data) self.assertSensor('vbus', 291.7, 'V', data) self.assertSensor('vnbus', 0, 'V', data) self.assertSensor('derating_mode', 0, '', data) self.assertSensor('derating_mode_label', '', '', data) def test_get_grid_export_limit(self): self.loop.run_until_complete(self.read_device_info()) self.loop.run_until_complete(self.get_grid_export_limit()) self.assertEqual('7f039d8800026193', self.request.hex()) def test_set_grid_export_limit(self): self.loop.run_until_complete(self.read_device_info()) self.loop.run_until_complete(self.set_grid_export_limit(5000)) self.assertEqual('7f109d88000204000013889d80', self.request.hex()) class GW5000_MS_Test(DtMock): def __init__(self, methodName='runTest'): DtMock.__init__(self, methodName) self.mock_response(self._READ_DEVICE_VERSION_INFO, 'GW5000-MS_device_info.hex') self.mock_response(self._READ_RUNNING_DATA, 'GW5000-MS_running_data.hex') self.mock_response(self._READ_METER_DATA, ILLEGAL_DATA_ADDRESS) def test_GW6000_MS_device_info(self): self.loop.run_until_complete(self.read_device_info()) self.assertEqual('GW5000-MS', self.model_name) self.assertEqual('00000MSU00000000', self.serial_number) self.assertEqual(12, self.dsp1_version) self.assertEqual(12, self.dsp2_version) self.assertEqual(65535, self.dsp_svn_version) self.assertEqual(16, self.arm_version) self.assertEqual(271, self.arm_svn_version) self.assertEqual('12.12.10', self.firmware) def test_GW5000_MS_runtime_data(self): self.loop.run_until_complete(self.read_device_info()) data = self.loop.run_until_complete(self.read_runtime_data()) self.assertEqual(35, len(data)) self.assertSensor('timestamp', datetime.strptime('2021-10-15 09:03:12', '%Y-%m-%d %H:%M:%S'), '', data) self.assertSensor('vpv1', 319.6, 'V', data) self.assertSensor('ipv1', 0.2, 'A', data) self.assertSensor('ppv1', 64, 'W', data) self.assertSensor('vpv2', 148.0, 'V', data) self.assertSensor('ipv2', 0.3, 'A', data) self.assertSensor('ppv2', 44, 'W', data) self.assertSensor('vpv3', 143.2, 'V', data) self.assertSensor('ipv3', 0.4, 'A', data) self.assertSensor('ppv3', 57, 'W', data) self.assertSensor('ppv', 165, 'W', data) self.assertSensor('vline1', 0, 'V', data) self.assertSensor('vgrid1', 240.1, 'V', data) self.assertSensor('igrid1', 0.9, 'A', data) self.assertSensor('fgrid1', 49.98, 'Hz', data) self.assertSensor('pgrid1', 216, 'W', data) self.assertSensor('total_inverter_power', 295, 'W', data) self.assertSensor('work_mode', 1, '', data) self.assertSensor('work_mode_label', 'Normal', '', data) self.assertSensor('error_codes', 0, '', data) self.assertSensor('warning_code', 0, '', data) self.assertSensor("apparent_power", -1, "VA", data), self.assertSensor("reactive_power", -1, "var", data), self.assertSensor("power_factor", -0.001, "", data), self.assertSensor('temperature', 10.7, 'C', data) self.assertSensor('e_day', 0.4, 'kWh', data) self.assertSensor('e_total', 6.8, 'kWh', data) self.assertSensor('h_total', 7, 'h', data) self.assertSensor('safety_country', 73, '', data) self.assertSensor('safety_country_label', 'Australia Victoria', '', data) self.assertSensor('funbit', 2384, '', data) self.assertSensor('vbus', 393.9, 'V', data) self.assertSensor('vnbus', 0, 'V', data) self.assertSensor('derating_mode', 0, '', data) self.assertSensor('derating_mode_label', '', '', data) class GW10K_MS_30_Test(DtMock): def __init__(self, methodName='runTest'): DtMock.__init__(self, methodName) self.mock_response(self._READ_DEVICE_VERSION_INFO, 'GW10K-MS-30_device_info.hex') self.mock_response(self._READ_RUNNING_DATA, 'GW10K-MS-30_running_data.hex') self.mock_response(self._READ_METER_DATA, ILLEGAL_DATA_ADDRESS) def test_GW10K_MS_30_device_info(self): self.loop.run_until_complete(self.read_device_info()) self.assertEqual(None, self.model_name) self.assertEqual('5010KMSC000W0000', self.serial_number) self.assertEqual(0, self.dsp1_version) self.assertEqual(0, self.dsp2_version) self.assertEqual(504, self.dsp_svn_version) self.assertEqual(2, self.arm_version) self.assertEqual(13, self.arm_svn_version) self.assertEqual('0.0.02', self.firmware) def test_GW10K_MS_30_runtime_data(self): self.loop.run_until_complete(self.read_device_info()) data = self.loop.run_until_complete(self.read_runtime_data()) self.assertEqual(35, len(data)) self.assertSensor('timestamp', datetime.strptime('2024-01-09 22:08:20', '%Y-%m-%d %H:%M:%S'), '', data) self.assertSensor('vpv1', 0.0, 'V', data) self.assertSensor('ipv1', 0.0, 'A', data) self.assertSensor('ppv1', 0, 'W', data) self.assertSensor('vpv2', 0.0, 'V', data) self.assertSensor('ipv2', 0.0, 'A', data) self.assertSensor('ppv2', 0, 'W', data) self.assertSensor('vpv3', 0.0, 'V', data) self.assertSensor('ipv3', 0.0, 'A', data) self.assertSensor('ppv3', 0, 'W', data) self.assertSensor('ppv', 0, 'W', data) self.assertSensor('vline1', 0.0, 'V', data) self.assertSensor('vgrid1', 236.2, 'V', data) self.assertSensor('igrid1', 0.0, 'A', data) self.assertSensor('fgrid1', 50.0, 'Hz', data) self.assertSensor('pgrid1', 0, 'W', data) self.assertSensor('total_inverter_power', 0, 'W', data) self.assertSensor('work_mode', 0, '', data) self.assertSensor('work_mode_label', 'Wait Mode', '', data) self.assertSensor('error_codes', 0, '', data) self.assertSensor('warning_code', 0, '', data) self.assertSensor("apparent_power", 0, "VA", data), self.assertSensor("reactive_power", 0, "var", data), self.assertSensor("power_factor", 0.0, "", data), self.assertSensor('temperature', 24.3, 'C', data) self.assertSensor('e_day', 71.8, 'kWh', data) self.assertSensor('e_total', 3433.4, 'kWh', data) self.assertSensor('h_total', 971, 'h', data) self.assertSensor('safety_country', 9, '', data) self.assertSensor('safety_country_label', 'Australia A', '', data) self.assertSensor('funbit', 0, '', data) self.assertSensor('vbus', 5.1, 'V', data) self.assertSensor('vnbus', 0.0, 'V', data) self.assertSensor('derating_mode', 0, '', data) self.assertSensor('derating_mode_label', '', '', data) class GW10K_MS_TCP_Test(DtMock): def __init__(self, methodName='runTest'): DtMock.__init__(self, methodName, 502) self.mock_response(self._READ_RUNNING_DATA, 'GW10K-MS-30_tcp_running_data.hex') self.mock_response(self._READ_METER_DATA, ILLEGAL_DATA_ADDRESS) def test_GW10K_MS_TCP_runtime_data(self): self.loop.run_until_complete(self.read_device_info()) data = self.loop.run_until_complete(self.read_runtime_data()) self.assertEqual(42, len(data)) self.assertSensor('timestamp', datetime.strptime('2024-06-02 09:07:17', '%Y-%m-%d %H:%M:%S'), '', data) self.assertSensor('vpv1', 400.6, 'V', data) self.assertSensor('ipv1', 6.9, 'A', data) self.assertSensor('ppv1', 2764, 'W', data) self.assertSensor('vpv2', 364.0, 'V', data) self.assertSensor('ipv2', 3.6, 'A', data) self.assertSensor('ppv2', 1310, 'W', data) self.assertSensor('ppv', 6143, 'W', data) self.assertSensor('vline1', 0, 'V', data) self.assertSensor('vline2', 0, 'V', data) self.assertSensor('vline3', 0, 'V', data) self.assertSensor('vgrid1', 241.1, 'V', data) self.assertSensor('vgrid2', 0, 'V', data) self.assertSensor('vgrid3', 0, 'V', data) self.assertSensor('igrid1', 24.7, 'A', data) self.assertSensor('igrid2', 0, 'A', data) self.assertSensor('igrid3', 0, 'A', data) self.assertSensor('fgrid1', 49.98, 'Hz', data) self.assertSensor('fgrid2', -0.01, 'Hz', data) self.assertSensor('fgrid3', -0.01, 'Hz', data) self.assertSensor('pgrid1', 5955, 'W', data) self.assertSensor('pgrid2', 0, 'W', data) self.assertSensor('pgrid3', 0, 'W', data) self.assertSensor('total_inverter_power', 5914, 'W', data) self.assertSensor('work_mode', 1, '', data) self.assertSensor('work_mode_label', 'Normal', '', data) self.assertSensor('error_codes', 0, '', data) self.assertSensor('warning_code', 0, '', data) self.assertSensor('apparent_power', 5957, 'VA', data) self.assertSensor('reactive_power', -6, 'var', data) self.assertSensor("power_factor", 0.999, "", data), self.assertSensor('temperature', 36.0, 'C', data) self.assertSensor('e_day', 4.3, 'kWh', data) self.assertSensor('e_total', 998.2, 'kWh', data) self.assertSensor('h_total', 246, 'h', data) self.assertSensor('safety_country', 32, '', data) self.assertSensor('safety_country_label', '50Hz 230Vac Default', '', data) self.assertSensor('funbit', 0, '', data) self.assertSensor('vbus', 397.3, 'V', data) self.assertSensor('vnbus', 0, 'V', data) self.assertSensor('derating_mode', 0, '', data) self.assertSensor('derating_mode_label', '', '', data) class GW20KAU_DT_Test(DtMock): def __init__(self, methodName='runTest'): DtMock.__init__(self, methodName) self.mock_response(self._READ_DEVICE_VERSION_INFO, 'GW20KAU-DT_device_info.hex') self.mock_response(self._READ_RUNNING_DATA, 'GW20KAU-DT_running_data.hex') self.mock_response(self._READ_METER_DATA, ILLEGAL_DATA_ADDRESS) def test_GW20KAU_DT_device_info(self): self.loop.run_until_complete(self.read_device_info()) self.assertEqual('GW20KAU-DT', self.model_name) self.assertEqual('0000KDTA00000000', self.serial_number) self.assertEqual(15, self.dsp1_version) self.assertEqual(15, self.dsp2_version) self.assertEqual(1099, self.dsp_svn_version) self.assertEqual(16, self.arm_version) self.assertEqual(187, self.arm_svn_version) self.assertEqual('15.15.10', self.firmware) def test_GW20KAU_DT_runtime_data(self): self.loop.run_until_complete(self.read_device_info()) data = self.loop.run_until_complete(self.read_runtime_data()) self.assertEqual(42, len(data)) self.assertSensor('timestamp', datetime.strptime('2022-10-21 19:23:42', '%Y-%m-%d %H:%M:%S'), '', data) self.assertSensor('vpv1', 390.5, 'V', data) self.assertSensor('ipv1', 6.8, 'A', data) self.assertSensor('ppv1', 2655, 'W', data) self.assertSensor('vpv2', 351.6, 'V', data) self.assertSensor('ipv2', 7.1, 'A', data) self.assertSensor('ppv2', 2496, 'W', data) self.assertSensor('ppv', 5151, 'W', data) self.assertSensor('vline1', 388.5, 'V', data) self.assertSensor('vline2', 391.7, 'V', data) self.assertSensor('vline3', 394.5, 'V', data) self.assertSensor('vgrid1', 226.1, 'V', data) self.assertSensor('vgrid2', 223.6, 'V', data) self.assertSensor('vgrid3', 228.3, 'V', data) self.assertSensor('igrid1', 7.2, 'A', data) self.assertSensor('igrid2', 7.4, 'A', data) self.assertSensor('igrid3', 7.1, 'A', data) self.assertSensor('fgrid1', 49.96, 'Hz', data) self.assertSensor('fgrid2', 49.96, 'Hz', data) self.assertSensor('fgrid3', 49.97, 'Hz', data) self.assertSensor('pgrid1', 1628, 'W', data) self.assertSensor('pgrid2', 1655, 'W', data) self.assertSensor('pgrid3', 1621, 'W', data) self.assertSensor('total_inverter_power', 4957, 'W', data) self.assertSensor('work_mode', 1, '', data) self.assertSensor('work_mode_label', 'Normal', '', data) self.assertSensor('error_codes', 0, '', data) self.assertSensor('warning_code', 0, '', data) self.assertSensor("apparent_power", 0, "VA", data), self.assertSensor("reactive_power", 205, "var", data), self.assertSensor("power_factor", 0.999, "", data), self.assertSensor('temperature', 36.4, 'C', data) self.assertSensor('e_day', 19.8, 'kWh', data) self.assertSensor('e_total', 4304.8, 'kWh', data) self.assertSensor('h_total', 1139, 'h', data) self.assertSensor('safety_country', 32, '', data) self.assertSensor('safety_country_label', '50Hz 230Vac Default', '', data) self.assertSensor('funbit', 0, '', data) self.assertSensor('vbus', 596.3, 'V', data) self.assertSensor('vnbus', 298.9, 'V', data) self.assertSensor('derating_mode', 4, '', data) self.assertSensor('derating_mode_label', 'Reactive power derating(PF/QU/FixQ)', '', data) class GW17K_DT_Test(DtMock): def __init__(self, methodName='runTest'): DtMock.__init__(self, methodName) self.mock_response(self._READ_DEVICE_VERSION_INFO, 'GW17K-DT_device_info.hex') self.mock_response(self._READ_RUNNING_DATA, 'GW17K-DT_running_data.hex') self.mock_response(self._READ_METER_DATA, ILLEGAL_DATA_ADDRESS) def test_GW20KAU_DT_device_info(self): self.loop.run_until_complete(self.read_device_info()) self.assertEqual('GW17KT-DT', self.model_name) self.assertEqual('5017KDTT00BW0000', self.serial_number) self.assertEqual(12, self.dsp1_version) self.assertEqual(12, self.dsp2_version) self.assertEqual(931, self.dsp_svn_version) self.assertEqual(13, self.arm_version) self.assertEqual(130, self.arm_svn_version) self.assertEqual('12.12.0d', self.firmware) def test_GW20KAU_DT_runtime_data(self): self.loop.run_until_complete(self.read_device_info()) data = self.loop.run_until_complete(self.read_runtime_data()) self.assertEqual(42, len(data)) self.assertSensor('timestamp', datetime.strptime('2024-05-20 10:35:55', '%Y-%m-%d %H:%M:%S'), '', data) self.assertSensor('vpv1', 540.0, 'V', data) self.assertSensor('ipv1', 10.5, 'A', data) self.assertSensor('ppv1', 5670, 'W', data) self.assertSensor('vpv2', 475.5, 'V', data) self.assertSensor('ipv2', 14.8, 'A', data) self.assertSensor('ppv2', 7037, 'W', data) self.assertSensor('ppv', 12707, 'W', data) self.assertSensor('vline1', 413.0, 'V', data) self.assertSensor('vline2', 411.5, 'V', data) self.assertSensor('vline3', 409.5, 'V', data) self.assertSensor('vgrid1', 236.7, 'V', data) self.assertSensor('vgrid2', 238.3, 'V', data) self.assertSensor('vgrid3', 237.3, 'V', data) self.assertSensor('igrid1', 17.6, 'A', data) self.assertSensor('igrid2', 17.5, 'A', data) self.assertSensor('igrid3', 17.5, 'A', data) self.assertSensor('fgrid1', 50.02, 'Hz', data) self.assertSensor('fgrid2', 50.02, 'Hz', data) self.assertSensor('fgrid3', 50.02, 'Hz', data) self.assertSensor('pgrid1', 4166, 'W', data) self.assertSensor('pgrid2', 4170, 'W', data) self.assertSensor('pgrid3', 4153, 'W', data) self.assertSensor('total_inverter_power', 12470, 'W', data) self.assertSensor('work_mode', 1, '', data) self.assertSensor('work_mode_label', 'Normal', '', data) self.assertSensor('error_codes', 0, '', data) self.assertSensor('warning_code', 0, '', data) self.assertSensor('apparent_power', 0, 'VA', data) self.assertSensor('reactive_power', 0, 'var', data) self.assertSensor("power_factor", 0.0, "", data), self.assertSensor('temperature', 45.7, 'C', data) self.assertSensor('e_day', 29.3, 'kWh', data) self.assertSensor('e_total', 29984.4, 'kWh', data) self.assertSensor('h_total', 8357, 'h', data) self.assertSensor('safety_country', 1, '', data) self.assertSensor('safety_country_label', 'CZ-A1', '', data) self.assertSensor('funbit', 546, '', data) self.assertSensor('vbus', 621.8, 'V', data) self.assertSensor('vnbus', 314.2, 'V', data) self.assertSensor('derating_mode', 4, '', data) self.assertSensor('derating_mode_label', 'Reactive power derating(PF/QU/FixQ)', '', data)