296 lines
12 KiB
Python
296 lines
12 KiB
Python
from __future__ import annotations
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from datetime import datetime
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from typing import Dict, List, Sequence, Tuple
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from app.adapters.device_client import (
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AI_ALARM_START_REGISTER,
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AI_CHANNEL_START_REGISTER,
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AI_INPUT_COUNT,
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AI_INPUT_START_REGISTER,
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AO_CHANNEL_START_REGISTER,
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CDeviceClient,
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DI_INPUT_REGISTER,
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DO_INPUT_REGISTER,
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DO_STATE_REGISTER,
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EVENT_FLAG_REGISTER,
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EVENT_INPUT_START_REGISTER,
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EVENT_SUCCESS_REPLY_REGISTER,
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LINE_ALARM_REGISTERS_PER_LINE,
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LINE_ALARM_START_REGISTER,
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LINE_START_REGISTERS,
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ModbusTransport,
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TIME_SYNC_START_REGISTER,
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UART_CONFIG_REGISTER_COUNT,
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UART_CONFIG_START_REGISTER,
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VALUE_GROUP_FIELDS,
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)
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from app.schemas.platform import (
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AiAlarmSettingIn,
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AlarmRule,
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ChannelConfigIn,
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ChannelItem,
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DeviceConfigIn,
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LineAlarmSettingIn,
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NetConfigItem,
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SoftwareVersion,
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HardwareVersion,
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SwitchControlIn,
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SystemConfigIn,
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TimeSyncConfigIn,
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UartConfigItem,
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)
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class FakeTransport(ModbusTransport):
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def __init__(self) -> None:
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self.input_registers: Dict[int, int] = {}
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self.holding_registers: Dict[int, int] = {}
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self.discrete_inputs: Dict[int, bool] = {}
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self.coils: Dict[int, bool] = {}
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self.written_registers: List[Tuple[int, List[int]]] = []
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self.written_coils: List[Tuple[int, bool]] = []
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def set_input_block(self, address: int, values: Sequence[int]) -> None:
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for offset, value in enumerate(values):
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self.input_registers[address + offset] = int(value)
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def set_holding_block(self, address: int, values: Sequence[int]) -> None:
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for offset, value in enumerate(values):
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self.holding_registers[address + offset] = int(value)
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def set_discrete_block(self, address: int, values: Sequence[bool]) -> None:
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for offset, value in enumerate(values):
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self.discrete_inputs[address + offset] = bool(value)
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def set_coil_block(self, address: int, values: Sequence[bool]) -> None:
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for offset, value in enumerate(values):
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self.coils[address + offset] = bool(value)
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def read_input_registers(self, address: int, count: int) -> List[int]:
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return [self.input_registers.get(address + offset, 0) for offset in range(count)]
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def read_holding_registers(self, address: int, count: int) -> List[int]:
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return [self.holding_registers.get(address + offset, 0) for offset in range(count)]
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def read_discrete_inputs(self, address: int, count: int) -> List[bool]:
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return [self.discrete_inputs.get(address + offset, False) for offset in range(count)]
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def read_coils(self, address: int, count: int) -> List[bool]:
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return [self.coils.get(address + offset, False) for offset in range(count)]
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def write_registers(self, address: int, values: Sequence[int]) -> None:
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block = [int(value) for value in values]
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self.written_registers.append((address, block))
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for offset, value in enumerate(block):
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self.holding_registers[address + offset] = value
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def write_coil(self, address: int, value: bool) -> None:
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self.written_coils.append((address, bool(value)))
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self.coils[address] = bool(value)
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def test_modbus_client_reads_upstream_data() -> None:
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transport = FakeTransport()
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client = CDeviceClient(transport=transport)
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for line_index, start_register in enumerate(LINE_START_REGISTERS, start=1):
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values: List[int] = []
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base = float(line_index * 100)
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for field_offset, _field_name in enumerate(VALUE_GROUP_FIELDS, start=1):
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values.extend(client._float_to_registers(base + field_offset))
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transport.set_input_block(start_register, values)
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ai_values: List[int] = []
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for index in range(AI_INPUT_COUNT):
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ai_values.extend(client._float_to_registers(1.25 + index))
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transport.set_input_block(AI_INPUT_START_REGISTER, ai_values)
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transport.set_discrete_block(0x0000, [True, False, True, False, True, False, True, False, True, False, True, False])
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transport.set_input_block(DO_INPUT_REGISTER, [0x0AAA])
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transport.set_input_block(DI_INPUT_REGISTER, [0x0555])
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realtime = client.read_realtime_data()
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assert len(realtime.line_list) == 4
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assert realtime.line_list[0].sec_val.Ua == 101.0
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assert realtime.line_list[1].sec_val.Pt == 210.0
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assert realtime.line_list[3].sec_val.frq == 426.0
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assert realtime.ai_collect["ai1"] == 1.25
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assert realtime.ai_collect["ai8"] == 8.25
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assert realtime.ai_collect["ai9"] == 0.0
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assert realtime.switch["di1"] == 1
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assert realtime.switch["di2"] == 0
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assert realtime.switch["do1"] == 0
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assert realtime.switch["do2"] == 1
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def test_modbus_client_reads_alarm_event_once() -> None:
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transport = FakeTransport()
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client = CDeviceClient(transport=transport)
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timestamp = int(datetime(2026, 5, 25, 12, 0, 0).timestamp())
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transport.set_input_block(EVENT_FLAG_REGISTER, [1])
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transport.set_input_block(
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EVENT_INPUT_START_REGISTER,
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[
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timestamp & 0xFFFF,
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(timestamp >> 16) & 0xFFFF,
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123,
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(2 << 12) | (1 << 8) | 1,
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456,
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],
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)
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alarms = client.read_alarm_events()
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duplicate = client.read_alarm_events()
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assert len(alarms) == 1
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assert alarms[0].no == "2"
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assert alarms[0].type == "PT断线"
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assert "线路2PT断线" in alarms[0].content
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assert duplicate == []
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assert transport.written_registers[-1] == (EVENT_SUCCESS_REPLY_REGISTER, [1])
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def test_modbus_client_reads_and_writes_downstream_registers() -> None:
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transport = FakeTransport()
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client = CDeviceClient(transport=transport)
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ai_channel_payload = client._bytes_to_registers(
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bytes(
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[
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0, 1, 0, 20, 0,
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1, 2, 7, 8, 1,
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]
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+ [0] * 50
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)
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)
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ao_channel_payload = client._bytes_to_registers(
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bytes(
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[
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1, 1, 6, 10, 2,
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]
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+ [0] * 55
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)
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)
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line_alarm_payload_bytes = bytes(
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[
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180, 5, 1, 1,
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200, 6, 2, 0,
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20, 7, 3, 1,
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30, 8, 4, 0,
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50, 9, 5, 1,
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0, 10, 6, 1,
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0, 11, 7, 0,
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]
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) + (10).to_bytes(2, "big") + (20).to_bytes(2, "big")
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ai_alarm_payload_bytes = bytes(
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[
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20, 0, 3, 1, 1,
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]
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+ [0] * 55
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)
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timestamp = int(datetime(2026, 5, 25, 12, 34, 56).timestamp())
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transport.set_holding_block(AI_CHANNEL_START_REGISTER, ai_channel_payload)
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transport.set_holding_block(AO_CHANNEL_START_REGISTER, ao_channel_payload)
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transport.set_holding_block(
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LINE_ALARM_START_REGISTER + LINE_ALARM_REGISTERS_PER_LINE,
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client._bytes_to_registers(line_alarm_payload_bytes),
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)
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transport.set_holding_block(AI_ALARM_START_REGISTER, client._bytes_to_registers(ai_alarm_payload_bytes))
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transport.set_holding_block(TIME_SYNC_START_REGISTER, [timestamp & 0xFFFF, (timestamp >> 16) & 0xFFFF])
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device_payload = DeviceConfigIn(
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password="",
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hardware_version=HardwareVersion(),
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software_version=SoftwareVersion(),
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net=[NetConfigItem(nic="网卡一", ip="192.168.1.10", mask="255.255.255.0", gateway="192.168.1.1", protocol="Modbus TCP")],
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uart=[
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UartConfigItem(port="COM1", baud=9600, parity="NONE", data_bits=8, stop_bits=1, protocol="Modbus RTU"),
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UartConfigItem(port="COM2", baud=115200, parity="EVEN", data_bits=8, stop_bits=2, protocol="Modbus RTU"),
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],
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)
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channel_payload = ChannelConfigIn(
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ai_channel=[ChannelItem(ch=1, singal_type="4-20mA", line_no=1, type="UA", limit_low=0, limit_high=20)],
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ao_channel=[ChannelItem(ch=2, singal_type="1~5V", line_no=2, type="Q", limit_low=1, limit_high=8)],
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)
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line_alarm_payload = LineAlarmSettingIn(
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line_no=2,
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over_limit_alarm=[
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AlarmRule(category="电压", limit=180, delay=5, output_node="开出1", enabled=True),
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AlarmRule(category="电流", limit=200, delay=6, output_node="开出2", enabled=False),
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AlarmRule(category="差流", limit=20, delay=7, output_node="开出3", enabled=True),
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AlarmRule(category="功率", limit=30, delay=8, output_node="开出4", enabled=False),
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AlarmRule(category="频率", limit=50, delay=9, output_node="开出5", enabled=True),
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],
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fault_alarm=[
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AlarmRule(category="PT断线", delay=10, output_node="开出6", enabled=True),
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AlarmRule(category="CT断线", delay=11, output_node="开出7", enabled=False),
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],
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)
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ai_alarm_payload = [
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AiAlarmSettingIn(
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channel_no=1,
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singal_type="4-20mA",
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limit_low=0,
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limit_high=20,
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delay=3,
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output_node="开出1",
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enabled=True,
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).model_dump()
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]
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system_payload = SystemConfigIn(time_sync="2026-05-25 12:34:56", brightness=80, screen_saver=60)
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switch_payload = SwitchControlIn(ch=3, action=1)
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read_channel = client.read_channel_config()
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read_line_alarm = client.read_line_alarm_setting(2)
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read_ai_alarm = client.read_ai_alarm_setting()
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read_system = client.read_system_config()
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read_time_sync = client.read_time_sync_config()
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device_result = client.send_device_config(device_payload)
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channel_result = client.send_channel_config(channel_payload)
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line_result = client.send_line_alarm_setting(line_alarm_payload)
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ai_alarm_result = client.send_ai_alarm_setting(ai_alarm_payload)
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system_result = client.send_system_config(system_payload)
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time_sync_result = client.send_time_sync_config(TimeSyncConfigIn(time_sync="2026-05-25 13:45:00"))
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control_result = client.send_switch_control(switch_payload)
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register_map = {address: values for address, values in transport.written_registers}
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assert UART_CONFIG_START_REGISTER in register_map
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assert len(register_map[UART_CONFIG_START_REGISTER]) == UART_CONFIG_REGISTER_COUNT
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assert read_channel["ai_channel"][0]["singal_type"] == "4-20mA"
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assert read_channel["ao_channel"][0]["type"] == "P"
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assert read_line_alarm["line_no"] == 2
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assert read_line_alarm["transformer_change"][0]["value"] == 10.0
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assert read_line_alarm["transformer_change"][1]["value"] == 20.0
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assert read_ai_alarm[0]["channel_no"] == 1
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assert read_ai_alarm[0]["delay"] == 3
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assert read_system["time_sync"] == "2026-05-25 12:34:56"
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assert read_time_sync["time_sync"] == "2026-05-25 12:34:56"
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assert AI_CHANNEL_START_REGISTER in register_map
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assert len(register_map[AI_CHANNEL_START_REGISTER]) == 30
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assert AO_CHANNEL_START_REGISTER in register_map
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assert len(register_map[AO_CHANNEL_START_REGISTER]) == 30
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assert LINE_ALARM_START_REGISTER + LINE_ALARM_REGISTERS_PER_LINE in register_map
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assert len(register_map[LINE_ALARM_START_REGISTER + LINE_ALARM_REGISTERS_PER_LINE]) == 16
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assert AI_ALARM_START_REGISTER in register_map
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assert len(register_map[AI_ALARM_START_REGISTER]) == 30
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assert TIME_SYNC_START_REGISTER in register_map
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assert len(register_map[TIME_SYNC_START_REGISTER]) == 2
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assert DO_STATE_REGISTER in register_map
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assert register_map[DO_STATE_REGISTER][0] == 0b100
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assert transport.written_coils == [(2, True)]
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assert device_result["send_status"] == "成功"
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assert channel_result["modbus_written"]["ai_registers"] == 30
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assert line_result["line_no"] == 2
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assert ai_alarm_result["items"] == 1
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assert system_result["send_status"] == "成功"
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assert "brightness" in system_result["ignored_fields"]
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assert time_sync_result["target"] == "time_sync"
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assert time_sync_result["time_sync"] == "2026-05-25 13:45:00"
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assert "执行成功" in control_result["control_status"]
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