Added definitions of the registers.

src/veles/devices/sensor_wired_RHT.py

@@ -1,9 +1,47 @@
+from typing import Dict, Final
+from minimalmodbus import NoResponseError
 from .generic import ModbusRTUDevice
 
 
-class SensorWiredRHT(ModbusRTUDevice):
+class SensorWiredIAQ(ModbusRTUDevice):
     '''
-    Wired sensor measuring temperature, relative humidity,
-    carbon dioxide and VOC, optionally particulate matter
+    Wired sensor measuring temperature, relative humidity
+    and light intensity.
     '''
-    IDENTIFIER: int = 0xbb01
+    IDENTIFIER: int = 0xb00b
+    input_registers: Dict[str, int] = {
+            'SER_NUM_1': 30001,
+            'SER_NUM_2': 30002,
+            'T': 30003,    # from SHT4x
+            'T_F': 30004,
+            'RH': 30005,   # from SHT4x
+            'LIGHT_INTENSITY_1': 30006,
+            'LIGHT_INTENSITY_2': 30007,
+            'ERROR_T_RH': 30008,
+            'ERROR_LIGHT': 30009
+            } | ModbusRTUDevice.input_registers
+    # TODO use super, but __class__ not defined
+    holding_registers: Dict[str, int] = {
+            'MODBUS_address': 40001,
+            'baudrate': 40002,
+            'LTR329_GAIN': 40003,
+            'LTR329_MEAS_RATE': 40004,
+            'LTR329_INTEGRATION_TIME': 40005,
+            'LTR329_MODE': 40006
+            } | ModbusRTUDevice.holding_registers
+    RESET_MAGIC_NUMBER: Final[int] = 0xABCD
+
+    @property
+    def CO2(self):
+        return int(self.read_register(self.input_registers['CO2']))
+
+    @property
+    def T(self):
+        # TODO maybe use signed version?
+        return self.read_register(self.input_registers['T'],
+                                  signed=True
+                                  ) / 10
+
+    @property
+    def RH(self):
+        return self.read_register(self.input_registers['RH'])