Tries to implement switch_on in mux_2024

hardware_components/mux_2024_rev_0_0.py

@@ -15,6 +15,7 @@ class Mux(MuxAbstract):
         self.max_elec = MUX_CONFIG['max_elec']
         if self.addresses is None and 'addresses' in MUX_CONFIG.keys():
             self._get_addresses(MUX_CONFIG['addresses'])
+            self.debug(f'Using {MUX_CONFIG["addresses"]} for {self.board_name}...')
 
     def reset(self):
         pass
@@ -42,26 +43,5 @@ class Mux(MuxAbstract):
         if state == 'off':
             set_relay_state(mcp, d['MCP_GPIO'], False)
 
-        # self.tca = adafruit_tca9548a.TCA9548A(i2c, self.addresses[role])
-        # # find I2C address of the electrode and corresponding relay
-        # # considering that one MCP23017 can cover 16 electrodes
-        # i2c_address = 7 - (elec - 1) // 16  # quotient without rest of the division
-        # relay = (elec - 1) - ((elec - 1) // 16) * 16
-        #
-        # if i2c_address is not None:
-        #     # select the MCP23017 of the selected MUX board
-        #     mcp = MCP23017(self.tca[i2c_address])
-        #     mcp.get_pin(relay - 1).direction = digitalio.Direction.OUTPUT
-        #     if state == 'on':
-        #         mcp.get_pin(relay - 1).value = True
-        #     else:
-        #         mcp.get_pin(relay - 1).value = False
-        #     # exec_logger.debug(f'Switching relay {relay} '
-        #     #                        f'({str(hex(self.addresses[role]))}) on:{on} for electrode {elec}')
-        # else:
-        #     raise ValueError('No I2C address found for the electrode'
-        #                      ' {:d} on board {:s}'.format(elec, self.addresses[role]))
-        #     # exec_logger.warning(f'Unable to address electrode nr {elec}')
-
     def test(self, *args):
         MuxAbstract.test(self, *args)
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