def set_alarm_max(self, start, stop, timer_on, timer_off, light_state,
door_state, duration_on, settle, powerswitches):
self.config['alarm_max'] = {
'timer_start':
start,
'timer_stop':
stop,
'timer_on':
None if not terrariumUtils.is_float(timer_on) else float(timer_on),
'timer_off':
None
if not terrariumUtils.is_float(timer_off) else float(timer_off),
'light_state':
light_state,
'door_state':
door_state,
'duration_on':
None if not terrariumUtils.is_float(duration_on) else
float(duration_on),
'settle':
None if not terrariumUtils.is_float(settle) else float(settle),
'powerswitches':
powerswitches
if isinstance(powerswitches, list) else powerswitches.split(','),
}
self.timer_max_data['lastaction'] = 0
self.timer_max_data['power_state'] = False
def _address(self):
address = super()._address
if len(address) == 1:
address.append(0)
elif len(address) == 2:
address[1] = int(address[1]) if terrariumUtils.is_float(address[1]) and terrariumUtils.is_float(address[1]) > 0 else 0
return address
def __dim_switch(self,value,duration):
# When the dimmer is working, ignore new state changes.
if not self.__dimmer_running:
self.__dimmer_running = True
self.__dimmer_state = (0.0 if not terrariumUtils.is_float(self.get_state()) else float(self.get_state()))
value = (0.0 if not terrariumUtils.is_float(value) else float(value))
duration = (0.0 if not terrariumUtils.is_float(duration) else float(duration))
direction = (1.0 if self.__dimmer_state <= value else -1.0)
distance = abs(self.__dimmer_state - value)
if int(duration) == 0 or int(distance) == 0:
steps = 1.0
else:
steps = math.floor(min( (abs(duration) / terrariumPowerDimmerSource.DIMMER_MIN_TIMEOUT),
(distance / terrariumPowerDimmerSource.DIMMER_MIN_STEP)))
distance /= steps
duration /= steps
logger.debug('Dimmer settings: Steps: %s, Distance per step: %s%%, Time per step: %s, Direction: %s',steps, distance, duration, direction)
for counter in range(int(steps)):
self.__dimmer_state += (direction * distance)
if self.get_type() == terrariumPowerDimmerPWM.TYPE:
dim_value = terrariumPowerDimmerPWM.DIMMER_MAXDIM * ((100.0 - float(self.__dimmer_state)) / 100.0)
dim_freq = terrariumPowerDimmerPWM.DIMMER_FREQ
elif self.get_type() == terrariumPowerDimmerDC.TYPE:
dim_value = terrariumPowerDimmerDC.DIMMER_MAXDIM * (float(self.__dimmer_state) / 100.0)
dim_freq = terrariumPowerDimmerDC.DIMMER_FREQ
for gpiopin in self.get_address().split(','):
if terrariumUtils.to_BCM_port_number(gpiopin) is False:
continue
logger.debug('Dimmer animation: Step: %s, value %s%%, Dim value: %s, timeout %s',counter+1, self.__dimmer_state, dim_value, duration)
self.__pigpio.hardware_PWM(terrariumUtils.to_BCM_port_number(gpiopin), dim_freq, int(dim_value) * 1000) # 5000Hz state*1000% dutycycle
if duration > 0.0:
sleep(duration)
# For impatient people... Put the dimmer at the current state value if it has changed during the animation (DISABLED FOR NOW)
# dim_value = terrariumSwitch.PWM_DIMMER_MAXDIM * ((100.0 - self.get_state()) / 100.0)
# self.__pigpio.hardware_PWM(terrariumUtils.to_BCM_port_number(self.get_address()), 5000, int(dim_value) * 1000) # 5000Hz state*1000% dutycycle
self.__dimmer_state = value
self.__dimmer_running = False
if self.callback is not None:
self.callback(self.get_data())
logger.info('Power switch \'{}\' at address \'{}\' is done at value {}% in {} seconds'.format(self.get_name(),
self.get_address(),
self.get_state(),
duration*steps))
def get_light(self):
logger.debug('Read brightness value from sensor type \'%s\' at device %s with address %s' % (self.__class__.__name__,self.__device_number,self.__address))
light = self.__get_raw_data('light')
if light is not None:
light = 100.0 - ((light / 65536.0) * 100.0)
logger.debug('Got data from brightness sensor type \'%s\' at device %s with address %s: brightness: %s' % (self.__class__.__name__,self.__device_number,self.__address,light))
return None if not terrariumUtils.is_float(light) else float(light)
def __init__(self, sensor_id, sensor_type, address, name = '', callback_indicator = None):
self.__sensor_cache = terrariumSensorCache()
self.__sensor_cache_key = None
self.__current_value = None
self.__erratic_errors = 0
self.__last_update = 0
self.exclude_avg = False
self.sensor_id = sensor_id
self.notification = True
self.set_address(address)
self.set_name(name)
self.set_sensor_type(sensor_type,callback_indicator)
self.set_alarm_min(0)
self.set_alarm_max(0)
self.set_limit_min(0)
try:
if not terrariumUtils.is_float(self.limit_max):
self.set_limit_max(100)
except AttributeError as ex:
self.set_limit_max(100)
# Default max diff: abs(limit_min-limit_max) * 25%
self.set_max_diff(abs(self.get_limit_max() - self.get_limit_min()) / 4.0)
logger.info('Loaded %s %s sensor \'%s\' on location %s.' % (self.get_type(),self.get_sensor_type(),self.get_name(),self.get_address()))
self.update()
def _load_hardware(self):
if not Path(self.__CMD).exists():
raise terrariumRelayLoadingException(
'Please install tool \'sispmctl\'. Can\'t controll EnergenieUSB relays without it.'
)
address = self._address
if len(address) == 1:
address.append(1)
elif address[1] is None or '' == address[1]:
address[1] = 1
mode = '-d' if terrariumUtils.is_float(address[1]) else '-D'
device = ' '.join([
self.__CMD, mode,
str(address[1] if '-D' == mode else int(address[1]) - 1)
])
# TEMP data. Will be overwritten by the return value later on
self._device['device'] = device
if self._get_hardware_value() in [self.ON, self.OFF]:
return device
raise terrariumRelayLoadingException(
f'Could not find the relay {self}.')
def get_humidity(self):
#From datasheet convert this in human view. RH% = ((RH*125)/65536)-6 / RH = -6 + (125 * (SRH / 2 ^16))
#For convert 2 byte in number need MSB*256+LSB.
logger.debug('Read humidity value from sensor type \'%s\' at device %s with address %s with command %s and timeout %s' % (self.__class__.__name__,self.__device_number,self.__address,self.__TRIGGER_HUMIDITY_NO_HOLD,self.__humidity_timeout))
bytedata = self.__get_raw_data(self.__TRIGGER_HUMIDITY_NO_HOLD,self.__humidity_timeout)
humidity = ((bytedata[0]*256.0+bytedata[1])*125.0/65536.0)-6.0
logger.debug('Got data from humidity sensor type \'%s\' at device %s with address %s: byte data: %s, humidity: %s' % (self.__class__.__name__,self.__device_number,self.__address,bytedata,humidity))
return None if not terrariumUtils.is_float(humidity) else float(humidity)
def get_temperature(self):
#From datasheet convert this in human view. Temp C = ((Temp_Code*175.72)/65536)-46.85 / T = -46.82 + (172.72 * (ST/2^16))
#For convert 2 byte in number need MSB*256+LSB.
logger.debug('Read temperature value from sensor type \'%s\' at device %s with address %s with command %s and timeout %s' % (self.__class__.__name__,self.__device_number,self.__address,self.__TRIGGER_TEMPERATURE_NO_HOLD,self.__temperature_timeout))
bytedata = self.__get_raw_data(self.__TRIGGER_TEMPERATURE_NO_HOLD,self.__temperature_timeout)
temperature = ((bytedata[0]*256.0+bytedata[1])*175.72/65536.0)-46.85
logger.debug('Got data from temperature sensor type \'%s\' at device %s with address %s: byte data: %s, temperature: %s' % (self.__class__.__name__,self.__device_number,self.__address,bytedata,temperature))
return None if not terrariumUtils.is_float(temperature) else float(temperature)
def _load_hardware(self):
address = self._address
if len(address) >= 2 and terrariumUtils.is_float(address[1]):
# Set / enable power management
self._device['power_mngt'] = terrariumUtils.to_BCM_port_number(address[1])
GPIO.setup(terrariumUtils.to_BCM_port_number(address[0]), GPIO.IN) # Data in
return terrariumUtils.to_BCM_port_number(address[0])
def get_moisture(self):
value = None
logger.debug('Read moisture value from sensor type \'%s\' with address %s' % (self.__class__.__name__,self.__address))
self.__get_raw_data()
if terrariumUtils.is_float(self.__cached_data['moisture']):
value = float(self.__cached_data['moisture'])
logger.debug('Got data from moisture sensor type \'%s\' with address %s: moisture: %s' % (self.__class__.__name__,self.__address,value))
return value
def get_battery(self):
value = None
logger.debug('Read firmware value from sensor type \'%s\' with address %s' % (self.__class__.__name__,self.__address))
self.__get_raw_data()
if terrariumUtils.is_float(self.__cached_data['battery']):
value = float(self.__cached_data['battery'])
logger.debug('Got data from firmware sensor type \'%s\' with address %s: fertility: %s' % (self.__class__.__name__,self.__address,value))
return value
def get_light(self):
value = None
logger.debug('Read brightness value from sensor type \'%s\' with address %s' % (self.__class__.__name__,self.__address))
self.__get_raw_data()
if terrariumUtils.is_float(self.__cached_data['light']):
value = float(self.__cached_data['light'])
logger.debug('Got data from brightness sensor type \'%s\' with address %s: brightness: %s' % (self.__class__.__name__,self.__address,value))
return value
def get_humidity(self):
value = None
logger.debug('Read humidity value from sensor type \'%s\' with address %s' % (self.__class__.__name__,self.__datapin))
self.__get_raw_data()
if terrariumUtils.is_float(self.__cached_data['humidity']):
value = float(self.__cached_data['humidity'])
logger.debug('Got data from humidity sensor type \'%s\' with address %s: moisture: %s' % (self.__class__.__name__,self.__datapin,value))
return value
def get_moisture(self):
logger.debug(
'Read moisture value from sensor type \'%s\' at device %s with address %s'
% (self.__class__.__name__, self.__device_number, self.__address))
moisture = self.__get_raw_data('moisture')
logger.debug(
'Got data from moisture sensor type \'%s\' at device %s with address %s: moisture: %s'
% (self.__class__.__name__, self.__device_number, self.__address,
moisture))
return None if not terrariumUtils.is_float(moisture) else float(
moisture)
def _load_hardware(self):
address = self._address
if len(address) >= 2 and terrariumUtils.is_float(address[1]):
# Set / enable power management
self._device['power_mngt'] = terrariumUtils.to_BCM_port_number(address[1])
if self.HARDWARE == terrariumDHT11Sensor.HARDWARE:
device = DHT11(terrariumUtils.to_BCM_port_number(address[0]))
elif self.HARDWARE in [terrariumDHT22Sensor.HARDWARE, terrariumAM2302Sensor.HARDWARE]:
device = DHT22(terrariumUtils.to_BCM_port_number(address[0]))
return device
def get_uvb(self):
value = None
logger.debug('Read UVB value from sensor type \'%s\' with address %s' %
(self.__class__.__name__, self.__address))
self.__get_raw_data()
if terrariumUtils.is_float(self.__cached_data['uvb']):
value = float(self.__cached_data['uvb'])
logger.debug(
'Got data from UVA sensor type \'%s\' with address %s: UVB: %s' %
(self.__class__.__name__, self.__address, value))
return value
def __get_raw_data(self):
# Read 5 samples of data and get an average of it
values = []
for counter in range(5):
value = self.__sensor.value
if terrariumUtils.is_float(value):
values.append(float(value))
time.sleep(0.2)
# sort values from low to high
values.sort()
# Calculate average. Exclude the min and max value. And therefore devide by 3
self.__value = round((sum(values[1:-1]) / (len(values) - 2)), 5)
def _get_data(self):
# This will return the measured voltage of the analog device.
values = []
for counter in range(self.__AMOUNT_OF_MEASUREMENTS):
value = self.device.value
if terrariumUtils.is_float(value):
values.append(float(value))
sleep(0.2)
# sort values from low to high
values.sort()
# Calculate average. Exclude the min and max value.
return statistics.mean(values[1:-1])
def load_hardware(self):
address = self.get_address().strip().split(',')
self.__socket_nr = int(address[0].strip())
# Default we use the device counter option
self.__device_type = '-d'
# Check if custom device number or serial is entered
self.__device = 0 if len(address) == 1 else address[1].strip()
# If the device is not a number, it should be a string with an identifier in it
if not terrariumUtils.is_float(self.__device):
# Use the device serial identification
self.__device_type = '-D'
else:
# If the user has enterd a number, it is probaly 1 to high. A human will enter device number 1 and not zero....
self.__device = int(self.__device) - 1
def __get_data(self, sensortype):
value = None
logger.debug('Read %s value from sensor type \'%s\' with address %s' %
(sensortype, self.__class__.__name__, self.__address))
self.__get_raw_data()
if 'firmware' == sensortype:
value = self.__cached_data[sensortype].decode()
elif terrariumUtils.is_float(self.__cached_data[sensortype]):
value = float(self.__cached_data[sensortype])
if 'temperature' == sensortype:
value /= 10.0
logger.debug(
'Got data from %s sensor type \'%s\' with address %s: temperature: %s'
% (sensortype, self.__class__.__name__, self.__address, value))
return value
def _load_hardware(self):
# Address value = Switch_number,board_serial (optional). When board_serial is missing, use the first found device and update the address....
address = self._address
number_mode = terrariumUtils.is_float(address[1])
counter = 1
for (_, device_type, serial) in Driver().list_devices():
# Loop until we reatch the number (amount) or serial that is entered
if (number_mode and counter != address[1]) or (not number_mode and address[1] != serial):
counter += 1
continue
device = serial
device_type = terrariumRelayFTDI.SERIAL if device_type.lower().endswith('uart') else terrariumRelayFTDI.BITBANG
self.address = f'{address[0]},{device}'
return (serial,device_type)
def _load_hardware(self):
self.__cache = terrariumCache()
address = self._address
if len(address) == 1:
address.append(1)
elif address[1] is None or '' == address[1]:
address[1] = 1
number_mode = len(str(address[1])) <= 2 and terrariumUtils.is_float(address[1])
# Only reduce the boardnumber if in number mode
if number_mode:
address[1] = int(address[1])
address[1] -= 1 # Reduce board number by one, human start counting at 1, computers at 0 (zero)
scan_regex = r'^(?P<serial>[^ ]+)\W(\[(?P<device>[^\]]+\]))\W\[id=\d\]$'
counter = 0
cmd = self.__CMD + ['list']
try:
data = subprocess.check_output(cmd).strip().decode('utf-8').strip().split('\n')
except subprocess.CalledProcessError as ex:
# Device does not exists....
return False
for line in data:
line = re.match(scan_regex,line)
if line is not None:
line = line.groupdict()
if (number_mode and counter != address[1]) or (not number_mode and address[1] != line['serial']):
counter += 1
continue
self._device['device'] = line['serial']
self._device['type'] = 'v2' if 'mcp' in line['device'].lower() else ''
self._device['switch'] = int(address[0])
if self._device['switch'] == 0:
self._device['switch'] = self.__get_relay_count()
self.address = '{},{}'.format(self._device['switch'],self._device['device'])
break
return self._device['device']
def load_data(self):
data = None
if self.get_address() is not None and len(self.get_address().split(',')) >= 1:
address = self.get_address().split(',')
data_pin = address[0]
device = 0 if len(address[0]) == 1 else address[1]
sensor = MCP3008(channel=int(data_pin), device=int(device))
values = []
for counter in range(5):
value = sensor.value
if terrariumUtils.is_float(value):
values.append(float(value))
sleep(0.2)
sensor = None
# sort values from low to high
values.sort()
# Calculate average. Exclude the min and max value. And therefore devide by 3
data = round((sum(values[1:-1]) / (len(values)-2)),5)
return data
def set_water_flow(self,value):
if terrariumUtils.is_float(value):
self.water_flow = float(value)
def set_power_wattage(self,value):
if terrariumUtils.is_float(value):
self.power_wattage = float(value)
def set_timer_off_duration(self,value):
if terrariumUtils.is_float(value) and int(value) >= 0:
self.__timer_off_duration = int(value)
self.__calculate_time_table()
def set_dimmer_off_percentage(self,value): value = float(value) if terrariumUtils.is_float(value) else 0.0 self.__dimmer_off_percentage = value if (0.0 <= value <= 100.0) else 100.0
def set_dimmer_off_duration(self,value): value = float(value) if terrariumUtils.is_float(value) else 0.0 self.__dimmer_off_duration = value if value >= 0.0 else 0.0
def set_dimmer_step(self,value): value = float(value) if terrariumUtils.is_float(value) else 100.0 self.__dimmer_step = value if value >= 0.0 else 100.0
def get_altitude(self):
self.__get_raw_data()
return None if not terrariumUtils.is_float(
self.__current_altitude) else float(self.__current_altitude)
