96 lines
2.8 KiB
Python
96 lines
2.8 KiB
Python
"""Constants for the Modbus RTU Monitor integration."""
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from dataclasses import dataclass
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from datetime import datetime, timedelta
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from typing import TYPE_CHECKING
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if TYPE_CHECKING:
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pass
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DOMAIN = "modbus_rtu_monitor"
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# Default values
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DEFAULT_PORT = 502
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# Modbus register configuration
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TEMP_HUMIDITY_REGISTER = 0x83 # Register 131 (decimal)
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SETPOINT_REGISTER = 144 # Register 144 (decimal, 0x90 hex)
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HEATING_STATUS_REGISTER = 211 # Register 211
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REGISTER_COUNT = 4
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# Register name mapping for user-friendly display in Home Assistant
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# Add new register names here as you discover them
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# Format: register_number: "Friendly Name"
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REGISTER_NAMES: dict[int, str] = {
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# Known registers
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144: "Setpoint",
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145: "Max Setpoint",
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146: "Min Setpoint",
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154: "Hour",
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155: "Minute",
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156: "Day of week",
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157: "Current temperature",
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179: "Outside temperature",
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211: "Heating status",
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# Add more registers as discovered
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# Example:
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# 165: "Register name",
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# 166: "Another register",
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}
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# Coil configuration
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COIL_START_ADDRESS = 0x01 # Starting coil address (1 in decimal)
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COIL_COUNT = 40 # Number of coils to monitor
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# Register monitoring configuration
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REGISTER_START_ADDRESS = 0xA5 # Register 165 (decimal)
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REGISTER_MONITOR_COUNT = 20 # Number of registers to monitor (165-184)
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# Additional register monitoring
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REGISTER_START_ADDRESS_2 = 0xD2 # Register 210 (decimal)
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REGISTER_MONITOR_COUNT_2 = 8 # Number of registers to monitor (210-217)
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# Third register range
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REGISTER_START_ADDRESS_3 = 0x8C # Register 140 (decimal)
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REGISTER_MONITOR_COUNT_3 = 23 # Number of registers to monitor (140-162)
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# Availability timeout (if no data for 5 minutes, mark unavailable)
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AVAILABILITY_TIMEOUT = timedelta(minutes=5)
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# Update throttling (prevent overwhelming HA with high-frequency Modbus traffic)
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COORDINATOR_UPDATE_INTERVAL = timedelta(seconds=5) # Minimum time between coordinator updates
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FRAME_PROCESSING_DELAY = 0.1 # Seconds to sleep between frame processing batches
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# Device info
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MANUFACTURER = "Modbus RTU"
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MODEL = "Temperature/Humidity Monitor"
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@dataclass
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class SlaveData:
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"""Data for a discovered Modbus slave."""
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slave_id: int
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temperature: float | None
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humidity: float | None
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last_seen: datetime
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available: bool = True
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coils: list[bool] | None = None # 40 coil states (True=ON, False=OFF)
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registers: dict[int, int] | None = None # Register address -> int16 value
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setpoint: float | None = None # Target temperature setpoint (°C)
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@dataclass
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class ModbusRTUFrame:
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"""Decoded Modbus RTU frame."""
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slave_id: int
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function_code: int
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data: bytes
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is_request: bool
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is_response: bool
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start_address: int | None = None
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register_count: int | None = None
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values: list[int] | None = None
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coil_values: list[bool] | None = None # For function code 01 (Read Coils) responses
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