def _set_system_state(s):
LOG.info('Setting system mode: %s', state.print_state(s))
if s == state.HEAT:
_heat_on()
elif s == state.COOL:
_cool_on()
elif s == state.FAN_ONLY:
_fan_only()
elif s == state.OFF:
_off()
# Verify that the system state was set currently
threading._sleep(1)
cs, _ = get_system_state()
if s != cs:
LOG.error('The system state was not set correctly! Expected state: %s, Actual state: %s',
state.print_state(s), state.print_state(cs))
def _set_system_state(s):
LOG.info('Setting system mode: %s', state.print_state(s))
if s == state.HEAT:
_heat_on()
elif s == state.COOL:
_cool_on()
elif s == state.FAN_ONLY:
_fan_only()
elif s == state.OFF:
_off()
# Verify that the system state was set currently
threading._sleep(1)
cs, _ = get_system_state()
if s != cs:
LOG.error(
'The system state was not set correctly! Expected state: %s, Actual state: %s',
state.print_state(s), state.print_state(cs))
def set_system_state(to_state, current_state):
if to_state == state.UNKNOWN:
LOG.error(
'Trying to set system status UNKNOWN.... Uncool... bailing. Current state: %s',
state.print_state(current_state))
return
def _set_system_state(s):
LOG.info('Setting system mode: %s', state.print_state(s))
if s == state.HEAT:
_heat_on()
elif s == state.COOL:
_cool_on()
elif s == state.FAN_ONLY:
_fan_only()
elif s == state.OFF:
_off()
# Verify that the system state was set currently
threading._sleep(1)
cs, _ = get_system_state()
if s != cs:
LOG.error(
'The system state was not set correctly! Expected state: %s, Actual state: %s',
state.print_state(s), state.print_state(cs))
def _heat_on():
GPIO.output(CONF.io.green_pin_out, True)
GPIO.output(CONF.io.white_pin_out, True)
GPIO.output(CONF.io.yellow_pin_out, False)
def _cool_on():
GPIO.output(CONF.io.green_pin_out, True)
GPIO.output(CONF.io.white_pin_out, True)
GPIO.output(CONF.io.yellow_pin_out, True)
def _fan_only():
GPIO.output(CONF.io.green_pin_out, True)
GPIO.output(CONF.io.white_pin_out, False)
GPIO.output(CONF.io.yellow_pin_out, False)
def _off():
GPIO.output(CONF.io.green_pin_out, False)
GPIO.output(CONF.io.white_pin_out, False)
GPIO.output(CONF.io.yellow_pin_out, False)
if current_state in [state.OFF, state.FAN_ONLY]:
_set_system_state(to_state)
else:
# First set the system to fan only to let the system cool down for 2 minutes, then set the system state
_set_system_state(state.FAN_ONLY)
threading._sleep(CONF.hvac.on_mode_change_fan_interval)
_set_system_state(to_state)
def set_system_state(to_state, current_state):
if to_state == state.UNKNOWN:
LOG.error('Trying to set system status UNKNOWN.... Uncool... bailing. Current state: %s',
state.print_state(current_state))
return
def _set_system_state(s):
LOG.info('Setting system mode: %s', state.print_state(s))
if s == state.HEAT:
_heat_on()
elif s == state.COOL:
_cool_on()
elif s == state.FAN_ONLY:
_fan_only()
elif s == state.OFF:
_off()
# Verify that the system state was set currently
threading._sleep(1)
cs, _ = get_system_state()
if s != cs:
LOG.error('The system state was not set correctly! Expected state: %s, Actual state: %s',
state.print_state(s), state.print_state(cs))
def _heat_on():
GPIO.output(CONF.io.green_pin_out, True)
GPIO.output(CONF.io.white_pin_out, True)
GPIO.output(CONF.io.yellow_pin_out, False)
def _cool_on():
GPIO.output(CONF.io.green_pin_out, True)
GPIO.output(CONF.io.white_pin_out, True)
GPIO.output(CONF.io.yellow_pin_out, True)
def _fan_only():
GPIO.output(CONF.io.green_pin_out, True)
GPIO.output(CONF.io.white_pin_out, False)
GPIO.output(CONF.io.yellow_pin_out, False)
def _off():
GPIO.output(CONF.io.green_pin_out, False)
GPIO.output(CONF.io.white_pin_out, False)
GPIO.output(CONF.io.yellow_pin_out, False)
if current_state in [state.OFF, state.FAN_ONLY]:
_set_system_state(to_state)
else:
# First set the system to fan only to let the system cool down for 2 minutes, then set the system state
_set_system_state(state.FAN_ONLY)
threading._sleep(CONF.hvac.on_mode_change_fan_interval)
_set_system_state(to_state)
