def get_measurement(self):
""" Gets the sensor's Electrical Conductivity measurement via UART/I2C """
self._electrical_conductivity = None
electrical_conductivity = None
# Read sensor via UART
if self.interface == 'UART':
if self.atlas_sensor_uart.setup:
lines = self.atlas_sensor_uart.query('R')
if lines:
self.logger.debug("All Lines: {lines}".format(lines=lines))
# 'check probe' indicates an error reading the sensor
if 'check probe' in lines:
self.logger.error('"check probe" returned from sensor')
# if a string resembling a float value is returned, this
# is out measurement value
elif str_is_float(lines[0]):
electrical_conductivity = float(lines[0])
self.logger.debug('Value[0] is float: {val}'.format(
val=electrical_conductivity))
else:
# During calibration, the sensor is put into
# continuous mode, which causes a return of several
# values in one string. If the return value does
# not represent a float value, it is likely to be a
# string of several values. This parses and returns
# the first value.
if str_is_float(lines[0].split(b'\r')[0]):
electrical_conductivity = lines[0].split(b'\r')[0]
# Lastly, this is called if the return value cannot
# be determined. Watchthe output in the GUI to see
# what it is.
else:
electrical_conductivity = lines[0]
self.logger.error(
'Value[0] is not float or "check probe": '
'{val}'.format(val=electrical_conductivity))
else:
self.logger.error('UART device is not set up.'
'Check the log for errors.')
# Read sensor via I2C
elif self.interface == 'I2C':
if self.atlas_sensor_i2c.setup:
ec_status, ec_str = self.atlas_sensor_i2c.query('R')
if ec_status == 'error':
self.logger.error(
"Sensor read unsuccessful: {err}".format(err=ec_str))
elif ec_status == 'success':
electrical_conductivity = float(ec_str)
else:
self.logger.error(
'I2C device is not set up. Check the log for errors.')
electrical_conductivity = convert_units('electrical_conductivity',
'μS_cm', self.convert_to_unit,
electrical_conductivity)
return electrical_conductivity
def get_measurement(self):
""" Gets the Atlas PT1000's temperature in Celsius """
temp = None
self.return_dict = measurements_dict.copy()
if self.interface == 'FTDI':
if self.atlas_sensor_ftdi.setup:
lines = self.atlas_sensor_ftdi.query('R')
self.logger.debug("All Lines: {lines}".format(lines=lines))
if 'check probe' in lines:
self.logger.error('"check probe" returned from sensor')
elif isinstance(lines, list):
if str_is_float(lines[0]):
temp = float(lines[0])
self.logger.debug(
'Value[0] is float: {val}'.format(val=temp))
elif str_is_float(lines):
temp = float(lines)
self.logger.debug('Value is float: {val}'.format(val=temp))
else:
self.logger.error('Unknown value: {val}'.format(val=lines))
else:
self.logger.error('FTDI device is not set up. '
'Check the log for errors.')
elif self.interface == 'UART':
if self.atlas_sensor_uart.setup:
lines = self.atlas_sensor_uart.query('R')
self.logger.debug("All Lines: {lines}".format(lines=lines))
if 'check probe' in lines:
self.logger.error('"check probe" returned from sensor')
elif str_is_float(lines[0]):
temp = float(lines[0])
self.logger.debug(
'Value[0] is float: {val}'.format(val=temp))
else:
self.logger.error(
'Value[0] is not float or "check probe": '
'{val}'.format(val=lines[0]))
else:
self.logger.error('UART device is not set up. '
'Check the log for errors.')
elif self.interface == 'I2C':
if self.atlas_sensor_i2c.setup:
temp_status, temp_str = self.atlas_sensor_i2c.query('R')
if temp_status == 'error':
self.logger.error(
"Sensor read unsuccessful: {err}".format(err=temp_str))
elif temp_status == 'success':
temp = float(temp_str)
else:
self.logger.error('I2C device is not set up.'
'Check the log for errors.')
self.value_set(0, temp)
return self.return_dict
def get_measurement(self):
""" Gets the sensor's ORP measurement """
if not self.atlas_device.setup:
self.logger.error("Input not set up")
return
orp = None
self.return_dict = copy.deepcopy(measurements_dict)
# Compensate measurement based on a temperature measurement
if self.temperature_comp_meas_measurement_id and self.atlas_command:
self.logger.debug("pH sensor set to calibrate temperature")
last_measurement = self.get_last_measurement(
self.temperature_comp_meas_device_id,
self.temperature_comp_meas_measurement_id,
max_age=self.max_age)
if last_measurement:
self.logger.debug("Latest temperature used to calibrate: {temp}".format(temp=last_measurement[1]))
ret_value, ret_msg = self.atlas_command.calibrate('temperature', set_amount=last_measurement[1])
time.sleep(0.5)
self.logger.debug("Calibration returned: {val}, {msg}".format(val=ret_value, msg=ret_msg))
else:
self.logger.error("Calibration measurement not found within the past {} seconds".format(self.max_age))
# Read sensor via FTDI or UART
if self.interface in ['FTDI', 'UART']:
orp_status, orp_list = self.atlas_device.query('R')
if orp_list:
self.logger.debug("Returned list: {lines}".format(lines=orp_list))
# Find float value in list
float_value = None
for each_split in orp_list:
if str_is_float(each_split):
float_value = each_split
break
if 'check probe' in orp_list:
self.logger.error('"check probe" returned from sensor')
elif str_is_float(float_value):
orp = float(float_value)
self.logger.debug('Found float value: {val}'.format(val=orp))
else:
self.logger.error('Value or "check probe" not found in list: {val}'.format(val=orp_list))
# Read sensor via I2C
elif self.interface == 'I2C':
ec_status, ec_str = self.atlas_device.query('R')
if ec_status == 'error':
self.logger.error("Sensor read unsuccessful: {err}".format(err=ec_str))
elif ec_status == 'success':
orp = float(ec_str)
self.value_set(0, orp)
return self.return_dict
def output_mod(output_id, state, out_type, amount):
""" Manipulate output (using non-unique ID) """
if not utils_general.user_has_permission('edit_controllers'):
return 'Insufficient user permissions to manipulate outputs'
daemon = DaemonControl()
if (state in ['on', 'off'] and out_type == 'sec' and
(str_is_float(amount) and float(amount) >= 0)):
return daemon.output_on_off(output_id, state, float(amount))
elif (state == 'on' and out_type in ['pwm', 'command_pwm'] and
(str_is_float(amount) and float(amount) >= 0)):
return daemon.output_on(output_id, duty_cycle=float(amount))
def get_measurement(self):
"""Gets the Atlas Scientific pressure sensor measurement."""
if not self.atlas_device.setup:
self.logger.error(
"Error 101: Device not set up. See https://kizniche.github.io/Mycodo/Error-Codes#error-101 for more info."
)
return
pressure = None
self.return_dict = copy.deepcopy(measurements_dict)
if self.led == 'measure':
self.atlas_device.query('L,1')
# Read device
atlas_status, atlas_return = self.atlas_device.query('R')
self.logger.debug("Device Returned: {}: {}".format(
atlas_status, atlas_return))
if self.led == 'measure':
self.atlas_device.query('L,0')
if atlas_status == 'error':
self.logger.error(
"Sensor read unsuccessful: {err}".format(err=atlas_return))
return
# Parse device return data
if self.interface in ['FTDI', 'UART']:
# Find float value in list
float_value = None
for each_split in atlas_return:
if str_is_float(each_split):
float_value = each_split
break
if 'check probe' in atlas_return:
self.logger.error('"check probe" returned from sensor')
elif str_is_float(float_value):
pressure = float(float_value)
self.logger.debug(
'Found float value: {val}'.format(val=pressure))
else:
self.logger.error(
'Value or "check probe" not found in list: {val}'.format(
val=atlas_return))
elif self.interface == 'I2C':
pressure = float(atlas_return)
self.value_set(0, pressure)
return self.return_dict
def output_mod(output_id, state, out_type, amount):
""" Manipulate output (using non-unique ID) """
if not utils_general.user_has_permission('edit_controllers'):
return 'Insufficient user permissions to manipulate outputs'
daemon = DaemonControl()
if (state in ['on', 'off'] and out_type == 'sec'
and (str_is_float(amount) and float(amount) >= 0)):
return daemon.output_on_off(output_id, state, float(amount))
elif (state == 'on' and out_type in ['pwm', 'command_pwm']
and (str_is_float(amount) and float(amount) >= 0)):
return daemon.output_on(output_id, state, duty_cycle=float(amount))
def get_measurement(self):
""" Gets the Atlas Scientific pressure sensor measurement """
if not self.atlas_device.setup:
self.logger.error("Input not set up")
return
pressure = None
self.return_dict = copy.deepcopy(measurements_dict)
if self.led == 'measure':
self.atlas_device.query('L,1')
# Read sensor via FTDI or UART
if self.interface in ['FTDI', 'UART']:
press_status, press_list = self.atlas_device.query('R')
if press_list:
self.logger.debug(
"Returned list: {lines}".format(lines=press_list))
# Find float value in list
float_value = None
for each_split in press_list:
if str_is_float(each_split):
float_value = each_split
break
if 'check probe' in press_list:
self.logger.error('"check probe" returned from sensor')
elif str_is_float(float_value):
pressure = float(float_value)
self.logger.debug(
'Found float value: {val}'.format(val=pressure))
else:
self.logger.error(
'Value or "check probe" not found in list: {val}'.format(
val=press_list))
elif self.interface == 'I2C':
pressure_status, pressure_str = self.atlas_device.query('R')
if pressure_status == 'error':
self.logger.error(
"Sensor read unsuccessful: {err}".format(err=pressure_str))
elif pressure_status == 'success':
pressure = float(pressure_str)
if self.led == 'measure':
self.atlas_device.query('L,0')
self.value_set(0, pressure)
return self.return_dict
def setup_atlas_ec_measure(input_id):
"""
Acquire a measurement from the Atlas Scientific EC input and return it
Used during calibration to display the current EC to the user
"""
if not utils_general.user_has_permission('edit_controllers'):
return redirect(url_for('routes_page.page_atlas_ec_calibrate'))
selected_input = Input.query.filter_by(unique_id=input_id).first()
ec = None
error = None
atlas_command = setup_atlas_device(selected_input)
if selected_input.interface in ['FTDI', 'UART']:
ec_status, ec_list = atlas_command.query('R')
if ec_list:
logger.debug("Returned list: {lines}".format(lines=ec_list))
# Find float value in list
float_value = None
for each_split in ec_list:
if str_is_float(each_split):
float_value = each_split
break
# 'check probe' indicates an error reading the sensor
if 'check probe' in ec_list:
error = '"check probe" returned from input'
# if a string resembling a float value is returned, this
# is our measurement value
elif str_is_float(float_value):
ec = float(float_value)
logger.debug('Found float value: {val}'.format(val=ec))
else:
logger.error('Value or "check probe" not found in list: '
'{val}'.format(val=ec_list))
elif selected_input.interface == 'I2C':
ec_status, ec_str = atlas_command.query('R')
if ec_status == 'error':
error = "Input read unsuccessful: {err}".format(err=ec_str)
elif ec_status == 'success':
ec = ec_str
if error:
logger.error(error)
return error, 204
else:
return ec
def output_mod_unique_id(unique_id, state, out_type, amount):
""" Manipulate output (using unique ID) """
if not utils_general.user_has_permission('edit_controllers'):
return 'Insufficient user permissions to manipulate outputs'
output = Output.query.filter(Output.unique_id == unique_id).first()
daemon = DaemonControl()
if (state in ['on', 'off'] and out_type == 'sec'
and (str_is_float(amount) and float(amount) >= 0)):
return daemon.output_on_off(output.id, state, float(amount))
elif (state == 'on' and out_type == 'pwm'
and (str_is_float(amount) and float(amount) >= 0)):
return daemon.relay_on(output.id, state, duty_cycle=float(amount))
def get_measurement(self):
""" Gets the sensor's measurement """
if not self.atlas_device.setup:
self.logger.error("Input not set up")
return
co2 = None
self.return_dict = copy.deepcopy(measurements_dict)
# Read sensor via FTDI or UART
if self.interface in ['FTDI', 'UART']:
co2_status, co2_list = self.atlas_device.query('R')
self.logger.debug("Returned: {}".format(co2_list))
# Find float value in list
float_value = None
for each_split in co2_list:
if str_is_float(each_split):
float_value = each_split
break
if 'check probe' in co2_list:
self.logger.error('"check probe" returned from sensor')
elif str_is_float(float_value):
co2 = float(float_value)
self.logger.debug('Found float value: {val}'.format(val=co2))
else:
self.logger.error(
'Value or "check probe" not found in list: {val}'.format(
val=co2_list))
# Read sensor via I2C
elif self.interface == 'I2C':
co2_status, co2_str = self.atlas_device.query('R')
self.logger.debug("Returned: {}".format(co2_str))
if co2_status == 'error':
self.logger.error(
"Sensor read unsuccessful: {err}".format(err=co2_str))
elif co2_status == 'success':
if str_is_float(co2_str):
co2 = float(co2_str)
else:
self.logger.error(
"Could not determine co2 from returned string: '{}'".
format(co2_str))
self.value_set(0, co2)
return self.return_dict
def get_measurement(self):
""" Gets the Atlas PT1000's temperature in Celsius """
if not self.atlas_device.setup:
self.logger.error("Input not set up")
return
temp = None
self.return_dict = copy.deepcopy(measurements_dict)
# Read sensor via FTDI or UART
if self.interface in ['FTDI', 'UART']:
temp_status, temp_list = self.atlas_device.query('R')
if temp_list:
self.logger.debug(
"Returned list: {lines}".format(lines=temp_list))
# Find float value in list
float_value = None
for each_split in temp_list:
if str_is_float(each_split):
float_value = each_split
break
if 'check probe' in temp_list:
self.logger.error('"check probe" returned from sensor')
elif str_is_float(float_value):
temp = float(float_value)
self.logger.debug('Found float value: {val}'.format(val=temp))
else:
self.logger.error(
'Value or "check probe" not found in list: {val}'.format(
val=temp_list))
# Read sensor via I2C
elif self.interface == 'I2C':
temp_status, temp_str = self.atlas_device.query('R')
if temp_status == 'error':
self.logger.error(
"Sensor read unsuccessful: {err}".format(err=temp_str))
elif temp_status == 'success':
temp = float(temp_str)
if temp == -1023: # Erroneous measurement
return
self.value_set(0, temp)
return self.return_dict
def last_data_pid(input_id, input_period):
"""Return the most recent time and value from influxdb"""
if not str_is_float(input_period):
return '', 204
try:
pid = PID.query.filter(PID.unique_id == input_id).first()
measure_id = pid.measurement.split(',')[0]
measure_type = pid.measurement.split(',')[1]
live_data = {
'activated': pid.is_activated,
'paused': pid.is_paused,
'held': pid.is_held,
'setpoint': return_point_timestamp('setpoint', input_id, input_period),
'pid_p_value': return_point_timestamp('pid_p_value', input_id, input_period),
'pid_i_value': return_point_timestamp('pid_i_value', input_id, input_period),
'pid_d_value': return_point_timestamp('pid_d_value', input_id, input_period),
'pid_output': return_point_timestamp('pid_output', input_id, input_period),
'actual': return_point_timestamp(measure_type, measure_id, input_period)
}
return jsonify(live_data)
except KeyError:
logger.debug("No Data returned form influxdb")
return '', 204
except Exception as e:
logger.exception("URL for 'last_pid' raised and error: "
"{err}".format(err=e))
return '', 204
def output_mod(output_id, channel, state, output_type, amount):
""" Manipulate output (using non-unique ID) """
if not utils_general.user_has_permission('edit_controllers'):
return 'Insufficient user permissions to manipulate outputs'
if is_int(channel):
# if an integer was returned
output_channel = int(channel)
else:
# if a channel ID was returned
channel_dev = db_retrieve_table(OutputChannel).filter(
OutputChannel.unique_id == channel).first()
if channel_dev:
output_channel = channel_dev.channel
else:
return "Could not determine channel number from channel ID '{}'".format(
channel)
daemon = DaemonControl()
if (state in ['on', 'off'] and str_is_float(amount) and
((output_type in ['sec', 'pwm', 'vol'] and float(amount) >= 0) or
(output_type == 'value'))):
out_status = daemon.output_on_off(output_id,
state,
output_type=output_type,
amount=float(amount),
output_channel=output_channel)
if out_status[0]:
return 'ERROR: {}'.format(out_status[1])
else:
return 'SUCCESS: {}'.format(out_status[1])
else:
return 'ERROR: unknown parameters: ' \
'output_id: {}, channel: {}, state: {}, output_type: {}, amount: {}'.format(
output_id, channel, state, output_type, amount)
def output_mod(output_id, channel_id, state, output_type, amount):
""" Manipulate output (using non-unique ID) """
if not utils_general.user_has_permission('edit_controllers'):
return 'Insufficient user permissions to manipulate outputs'
if channel_id == '0':
# some parts of pages don't have access to the channel ID and only know there is 1 channel
channel = db_retrieve_table(OutputChannel).filter(and_(
OutputChannel.output_id == output_id,
OutputChannel.channel == 0)).first()
else:
channel = db_retrieve_table(OutputChannel, unique_id=channel_id)
daemon = DaemonControl()
if (state in ['on', 'off'] and output_type in ['sec', 'pwm', 'vol'] and
(str_is_float(amount) and float(amount) >= 0)):
out_status = daemon.output_on_off(
output_id,
state,
output_type=output_type,
amount=float(amount),
output_channel=channel.channel)
if out_status[0]:
return 'ERROR: {}'.format(out_status[1])
else:
return 'SUCCESS: {}'.format(out_status[1])
def get_measurement(self):
""" Determine if the return value of the command is a number """
self.return_dict = measurements_dict.copy()
self.logger.debug("Command being executed: {}".format(self.command))
timeout = 360
if self.command_timeout:
timeout = self.command_timeout
out, err, status = cmd_output(
self.command,
timeout=timeout,
user=self.execute_as_user,
cwd=self.current_working_dir)
self.logger.debug("Command returned: {}, Status: {}, Error: {}".format(out, err, status))
if str_is_float(out):
measurement_value = float(out)
else:
self.logger.debug(
"The command returned a non-numerical value. "
"Ensure only one numerical value is returned "
"by the command. Value returned: '{}'".format(out))
return
for channel in self.channels_measurement:
if self.is_enabled(channel):
self.return_dict[channel]['unit'] = self.channels_measurement[channel].unit
self.return_dict[channel]['measurement'] = self.channels_measurement[channel].measurement
self.return_dict[channel]['value'] = measurement_value
return self.return_dict
def last_data(input_measure, input_id, input_period):
"""Return the most recent time and value from influxdb"""
if not str_is_float(input_period):
return '', 204
current_app.config['INFLUXDB_USER'] = INFLUXDB_USER
current_app.config['INFLUXDB_PASSWORD'] = INFLUXDB_PASSWORD
current_app.config['INFLUXDB_DATABASE'] = INFLUXDB_DATABASE
dbcon = influx_db.connection
try:
query_str = query_string(input_measure,
input_id,
value='LAST',
past_sec=input_period)
if query_str == 1:
return '', 204
raw_data = dbcon.query(query_str).raw
number = len(raw_data['series'][0]['values'])
time_raw = raw_data['series'][0]['values'][number - 1][0]
value = raw_data['series'][0]['values'][number - 1][1]
value = '{:.3f}'.format(float(value))
# Convert date-time to epoch (potential bottleneck for data)
dt = date_parse(time_raw)
timestamp = calendar.timegm(dt.timetuple()) * 1000
live_data = '[{},{}]'.format(timestamp, value)
return Response(live_data, mimetype='text/json')
except KeyError:
logger.debug("No Data returned form influxdb")
return '', 204
except Exception as e:
logger.exception("URL for 'last_data' raised and error: "
"{err}".format(err=e))
return '', 204
def get_measurement(self):
""" Gets the Atlas PT1000's temperature in Celsius """
temp = None
if self.interface == 'UART':
if self.atlas_sensor_uart.setup:
lines = self.atlas_sensor_uart.query('R')
logger.debug("All Lines: {lines}".format(lines=lines))
if 'check probe' in lines:
logger.error('"check probe" returned from sensor')
elif str_is_float(lines[0]):
temp = float(lines[0])
logger.debug('Value[0] is float: {val}'.format(val=temp))
else:
temp = lines[0]
logger.error('Value[0] is not float or "check probe": '
'{val}'.format(val=temp))
else:
logger.error('UART device is not set up. '
'Check the log for errors.')
elif self.interface == 'I2C':
if self.atlas_sensor_i2c.setup:
temp_status, temp_str = self.atlas_sensor_i2c.query('R')
if temp_status == 'error':
logger.error(
"Sensor read unsuccessful: {err}".format(err=temp_str))
elif temp_status == 'success':
temp = float(temp_str)
else:
logger.error('I2C device is not set up.'
'Check the log for errors.')
return temp
def get_measurement(self):
""" Gets the sensor's DO measurement """
if not self.atlas_device.setup:
self.logger.error("Input not set up")
return
do = None
self.return_dict = copy.deepcopy(measurements_dict)
# Read sensor via FTDI or UART
if self.interface in ['FTDI', 'UART']:
do_status, do_list = self.atlas_device.query('R')
if do_list:
self.logger.debug(
"Returned list: {lines}".format(lines=do_list))
# Find float value in list
float_value = None
for each_split in do_list:
if str_is_float(each_split):
float_value = each_split
break
if 'check probe' in do_list:
self.logger.error('"check probe" returned from sensor')
elif str_is_float(float_value):
do = float(float_value)
self.logger.debug('Found float value: {val}'.format(val=do))
else:
self.logger.error(
'Value or "check probe" not found in list: {val}'.format(
val=do_list))
# Read sensor via I2C
elif self.interface == 'I2C':
ec_status, ec_str = self.atlas_device.query('R')
if ec_status == 'error':
self.logger.error(
"Sensor read unsuccessful: {err}".format(err=ec_str))
elif ec_status == 'success':
do = float(ec_str)
self.value_set(0, do)
return self.return_dict
def get_measurement(self):
"""Gets the Atlas Scientific humidity sensor measurement."""
if not self.atlas_device.setup:
self.logger.error("Error 101: Device not set up. See https://kizniche.github.io/Mycodo/Error-Codes#error-101 for more info.")
return
return_string = None
self.return_dict = copy.deepcopy(measurements_dict)
if self.led == 'measure':
self.atlas_device.query('L,1')
# Read device
atlas_status, atlas_return = self.atlas_device.query('R')
self.logger.debug("Device Returned: {}: {}".format(atlas_status, atlas_return))
if self.led == 'measure':
self.atlas_device.query('L,0')
if atlas_status == 'error':
self.logger.error("Sensor read unsuccessful: {err}".format(err=atlas_return))
return
# Parse device return data
if self.interface in ['FTDI', 'UART']:
if 'check probe' in atlas_return:
self.logger.error('"check probe" returned from sensor')
return
# Find value(s) in list
for each_split in atlas_return:
if "," in each_split or str_is_float(each_split):
return_string = each_split
break
elif self.interface == 'I2C':
return_string = atlas_return
# Parse return string
if return_string and ',' in return_string:
index_place = 0
return_list = return_string.split(',')
if self.is_enabled(1):
self.value_set(1, return_list[index_place])
index_place += 1
if self.is_enabled(0):
self.value_set(0, return_list[index_place])
index_place += 1
if self.is_enabled(2):
self.value_set(2, return_list[index_place + 1])
elif self.is_enabled(0) and not self.is_enabled(1) and not self.is_enabled(2):
self.value_set(0, return_string)
elif not self.is_enabled(0) and self.is_enabled(1) and not self.is_enabled(2):
self.value_set(1, return_string)
return self.return_dict
def get_measurement(self):
""" Gets the sensor's pH measurement via UART/I2C """
try:
if ',' in self.sensor_sel.calibrate_sensor_measure:
logger.debug("pH sensor set to calibrate temperature")
device_id = self.sensor_sel.calibrate_sensor_measure.split(',')[0]
measurement = self.sensor_sel.calibrate_sensor_measure.split(',')[1]
last_measurement = read_last_influxdb(
device_id, measurement, duration_sec=300)
if last_measurement:
logger.debug("Latest temperature used to calibrate: {temp}".format(
temp=last_measurement[1]))
atlas_command = AtlasScientificCommand(self.sensor_sel)
ret_value, ret_msg = atlas_command.calibrate(
'temperature', temperature=last_measurement[1])
time.sleep(0.5)
logger.debug("Calibration returned: {val}, {msg}".format(
val=ret_value, msg=ret_msg))
ph = None
if self.interface == 'UART':
if self.atlas_sensor_uart.setup:
lines = self.atlas_sensor_uart.query('R')
if lines:
logger.debug("All Lines: {lines}".format(lines=lines))
if 'check probe' in lines:
logger.error('"check probe" returned from sensor')
elif str_is_float(lines[0]):
ph = float(lines[0])
logger.debug('Value[0] is float: {val}'.format(val=ph))
else:
ph = lines[0]
logger.error('Value[0] is not float or "check probe": '
'{val}'.format(val=ph))
else:
logger.error('UART device is not set up.'
'Check the log for errors.')
elif self.interface == 'I2C':
if self.atlas_sensor_i2c.setup:
ph_status, ph_str = self.atlas_sensor_i2c.query('R')
if ph_status == 'error':
logger.error("Sensor read unsuccessful: {err}".format(
err=ph_str))
elif ph_status == 'success':
ph = float(ph_str)
else:
logger.error('I2C device is not set up.'
'Check the log for errors.')
return ph
except:
logger.exception(1)
def output_mod(output_id, state, out_type, amount):
""" Manipulate output (using non-unique ID) """
if not utils_general.user_has_permission('edit_controllers'):
return 'Insufficient user permissions to manipulate outputs'
daemon = DaemonControl()
if (state in ['on', 'off'] and out_type == 'sec'
and (str_is_float(amount) and float(amount) >= 0)):
out_status = daemon.output_on_off(output_id, state, float(amount))
if out_status[0]:
return 'ERROR: {}'.format(out_status[1])
else:
return 'SUCCESS: {}'.format(out_status[1])
elif (state == 'on' and out_type in OUTPUTS_PWM
and (str_is_float(amount) and float(amount) >= 0)):
out_status = daemon.output_on(output_id, duty_cycle=float(amount))
if out_status[0]:
return 'ERROR: {}'.format(out_status[1])
else:
return 'SUCCESS: {}'.format(out_status[1])
def get_measurement(self):
""" Determine if the return value of the command is a number """
self._measurement = None
out, _, _ = cmd_output(self.command)
if str_is_float(out):
return float(out)
else:
logger.error("The command returned a non-numerical value. "
"Ensure only one numerical value is returned "
"by the command.")
return None
def read(self, num_of_bytes=31):
""" Read a specified number of bytes from I2C, then parse and display the result """
res = self.file_read.read(num_of_bytes) # read from the board
response = list(filter(lambda x: x != '\x00', res.decode())) # remove the null characters to get the response
if ord(response[0]) == 1: # if the response isn't an error
# change MSB to 0 for all received characters except the first and get a list of characters
char_list = map(lambda x: chr(ord(x) & ~0x80), list(response[1:]))
# NOTE: having to change the MSB to 0 is a glitch in the raspberry pi, and you shouldn't have to do this!
str_float = ''.join(char_list)
if str_is_float(str_float):
return "success", str_float # convert the char list to a string and returns it
else:
return "error", "returned string does not represent a float value: {str}".format(str=str_float)
else:
return "error", str(ord(response[0]))
def past_data(input_measure, input_id, past_seconds):
"""Return data from past_seconds until present from influxdb"""
if not str_is_float(past_seconds):
return '', 204
if input_measure == 'tag':
notes_list = []
tag = NoteTags.query.filter(NoteTags.unique_id == input_id).first()
notes = Notes.query.filter(Notes.date_time >= (
datetime.datetime.utcnow() -
datetime.timedelta(seconds=int(past_seconds)))).all()
for each_note in notes:
if tag.unique_id in each_note.tags.split(','):
notes_list.append([
each_note.date_time.strftime(
"%Y-%m-%dT%H:%M:%S.000000000Z"), each_note.name,
each_note.note
])
if notes_list:
return jsonify(notes_list)
else:
return '', 204
else:
current_app.config['INFLUXDB_USER'] = INFLUXDB_USER
current_app.config['INFLUXDB_PASSWORD'] = INFLUXDB_PASSWORD
current_app.config['INFLUXDB_DATABASE'] = INFLUXDB_DATABASE
current_app.config['INFLUXDB_TIMEOUT'] = 5
dbcon = influx_db.connection
try:
query_str = query_string(input_measure,
input_id,
past_sec=past_seconds)
if query_str == 1:
return '', 204
raw_data = dbcon.query(query_str).raw
if raw_data:
return jsonify(raw_data['series'][0]['values'])
else:
return '', 204
except Exception as e:
logger.debug("URL for 'past_data' raised and error: "
"{err}".format(err=e))
return '', 204
def setup_atlas_ph_measure(input_id):
"""
Acquire a measurement from the Atlas Scientific pH input and return it
Used during calibration to display the current pH to the user
"""
if not utils_general.user_has_permission('edit_controllers'):
return redirect(url_for('routes_page.page_atlas_ph_calibrate'))
selected_input = Input.query.filter_by(unique_id=input_id).first()
ph = None
error = None
if selected_input.interface == 'UART':
ph_input_uart = AtlasScientificUART(
selected_input.device_loc, baudrate=selected_input.baud_rate)
lines = ph_input_uart.query('R')
logger.debug("All Lines: {lines}".format(lines=lines))
if 'check probe' in lines:
error = '"check probe" returned from input'
elif not lines:
error = 'Nothing returned from input'
elif str_is_float(lines[0]):
ph = lines[0]
logger.debug('Value[0] is float: {val}'.format(val=ph))
else:
error = 'Value[0] is not float or "check probe": {val}'.format(
val=lines[0])
elif selected_input.interface == 'I2C':
ph_input_i2c = AtlasScientificI2C(
i2c_address=int(str(selected_input.location), 16),
i2c_bus=selected_input.i2c_bus)
ph_status, ph_str = ph_input_i2c.query('R')
if ph_status == 'error':
error = "Input read unsuccessful: {err}".format(err=ph_str)
elif ph_status == 'success':
ph = ph_str
if error:
logger.error(error)
return error, 204
else:
return ph
def get_measurement(self):
""" Determine if the return value of the command is a number """
self.return_dict = measurements_dict.copy()
out, _, _ = cmd_output(self.command)
if str_is_float(out):
list_measurements = [float(out)]
else:
self.logger.error("The command returned a non-numerical value. "
"Ensure only one numerical value is returned "
"by the command.")
return
for channel, meas in enumerate(self.device_measurements.all()):
if meas.is_enabled:
self.return_dict[channel]['unit'] = meas.unit
self.return_dict[channel]['measurement'] = meas.measurement
self.return_dict[channel]['value'] = list_measurements[channel]
return self.return_dict
def get_measurement(self):
""" Determine if the return value of the command is a number """
return_dict = measurements_dict.copy()
out, _, _ = cmd_output(self.command)
if str_is_float(out):
list_measurements = [float(out)]
else:
self.logger.error(
"The command returned a non-numerical value. "
"Ensure only one numerical value is returned "
"by the command.")
return
for channel, meas in enumerate(self.device_measurements.all()):
if meas.is_enabled:
return_dict[channel]['unit'] = meas.unit
return_dict[channel]['measurement'] = meas.measurement
return_dict[channel]['value'] = list_measurements[channel]
return return_dict
def past_data(input_measure, input_id, past_seconds):
"""Return data from past_seconds until present from influxdb"""
if not str_is_float(past_seconds):
return '', 204
current_app.config['INFLUXDB_USER'] = INFLUXDB_USER
current_app.config['INFLUXDB_PASSWORD'] = INFLUXDB_PASSWORD
current_app.config['INFLUXDB_DATABASE'] = INFLUXDB_DATABASE
dbcon = influx_db.connection
try:
query_str = query_string(
input_measure, input_id, past_sec=past_seconds)
if query_str == 1:
return '', 204
raw_data = dbcon.query(query_str).raw
if raw_data:
return jsonify(raw_data['series'][0]['values'])
else:
return '', 204
except Exception as e:
logger.debug("URL for 'past_data' raised and error: "
"{err}".format(err=e))
return '', 204
def last_data_pid(pid_id, input_period):
"""Return the most recent time and value from influxdb"""
if not str_is_float(input_period):
return '', 204
try:
pid = PID.query.filter(PID.unique_id == pid_id).first()
device_id = pid.measurement.split(',')[0]
measurement_id = pid.measurement.split(',')[1]
actual_measurement = DeviceMeasurements.query.filter(
DeviceMeasurements.unique_id == measurement_id).first()
if actual_measurement:
actual_cnversion = Conversion.query.filter(
Conversion.unique_id == actual_measurement.conversion_id).first()
else:
actual_cnversion = None
(actual_channel,
actual_unit,
actual_measurement) = return_measurement_info(
actual_measurement, actual_cnversion)
setpoint_measurement = None
setpoint_unit = None
setpoint_pid = PID.query.filter(PID.unique_id == pid_id).first()
if setpoint_pid and ',' in setpoint_pid.measurement:
pid_measurement = setpoint_pid.measurement.split(',')[1]
setpoint_measurement = DeviceMeasurements.query.filter(
DeviceMeasurements.unique_id == pid_measurement).first()
if setpoint_measurement:
conversion = Conversion.query.filter(
Conversion.unique_id == setpoint_measurement.conversion_id).first()
_, setpoint_unit, _ = return_measurement_info(setpoint_measurement, conversion)
p_value = return_point_timestamp(
pid_id, 'pid_value', input_period, measurement='pid_p_value')
i_value = return_point_timestamp(
pid_id, 'pid_value', input_period, measurement='pid_i_value')
d_value = return_point_timestamp(
pid_id, 'pid_value', input_period, measurement='pid_d_value')
pid_value = [p_value[0], '{:.3f}'.format(float(p_value[1]) + float(i_value[1]) + float(d_value[1]))]
live_data = {
'activated': pid.is_activated,
'paused': pid.is_paused,
'held': pid.is_held,
'setpoint': return_point_timestamp(
pid_id, setpoint_unit, input_period, measurement=setpoint_measurement.measurement),
'pid_p_value': p_value,
'pid_i_value': i_value,
'pid_d_value': d_value,
'pid_pid_value': pid_value,
'duration_time': return_point_timestamp(
pid_id, 's', input_period, measurement='duration_time'),
'duty_cycle': return_point_timestamp(
pid_id, 'percent', input_period, measurement='duty_cycle'),
'actual': return_point_timestamp(
device_id,
actual_unit,
input_period,
measurement=actual_measurement,
channel=actual_channel)
}
return jsonify(live_data)
except KeyError:
logger.debug("No Data returned form influxdb")
return '', 204
except Exception as e:
logger.exception("URL for 'last_pid' raised and error: "
"{err}".format(err=e))
return '', 204
def get_measurement(self):
""" Obtain and return the measurements """
self.return_dict = measurements_dict.copy()
self.lock_acquire(self.lock_file, timeout=3600)
if self.locked:
self.logger.debug("Starting measurement")
try:
cmd = 'timeout -k 11 10 /var/mycodo-root/env/bin/python ' \
'/var/mycodo-root/mycodo/inputs/scripts/ruuvitag_values.py ' \
'--mac_address {mac} --bt_adapter {bta}'.format(
mac=self.location, bta=self.bt_adapter)
cmd = subprocess.Popen(cmd, stdout=subprocess.PIPE, shell=True)
cmd_return, _ = cmd.communicate()
cmd.wait()
if not cmd_return:
self.logger.debug("Measurement command returned no data")
return
values = cmd_return.decode('ascii').split(',')
if not str_is_float(values[0]):
self.logger.debug(
"Error: Could not convert string to float: "
"string '{}'".format(str(values[0])))
return
temperature = float(str(values[0]))
humidity = float(values[1])
pressure = float(values[2])
battery = float(values[3]) / 1000
acceleration_g_force = float(values[4]) / 1000
acceleration_x_g_force = float(values[5]) / 1000
acceleration_y_g_force = float(values[6]) / 1000
acceleration_z_g_force = float(values[7]) / 1000
if battery < 1 or battery > 4:
self.logger.debug(
"Not recording measurements: "
"Battery outside expected range (1 < battery volts < 4): "
"{bat}".format(bat=battery))
return
if self.is_enabled(0):
self.value_set(0, temperature)
if self.is_enabled(1):
self.value_set(1, humidity)
if self.is_enabled(2):
self.value_set(2, pressure)
if self.is_enabled(3):
self.value_set(3, battery)
if self.is_enabled(4):
self.value_set(4, acceleration_g_force)
if self.is_enabled(5):
self.value_set(5, acceleration_x_g_force)
if self.is_enabled(6):
self.value_set(6, acceleration_y_g_force)
if self.is_enabled(7):
self.value_set(7, acceleration_z_g_force)
if (self.is_enabled(8) and self.is_enabled(0)
and self.is_enabled(1)):
self.value_set(
8,
calculate_dewpoint(self.value_get(0),
self.value_get(1)))
if (self.is_enabled(9) and self.is_enabled(0)
and self.is_enabled(1)):
self.value_set(
9,
calculate_vapor_pressure_deficit(
self.value_get(0), self.value_get(1)))
self.logger.debug("Completed measurement")
return self.return_dict
except Exception as msg:
self.logger.debug("Error: {}".format(msg))
finally:
self.lock_release(self.lock_file)
time.sleep(1)
def get_measurement(self):
""" Gets the sensor's ORP measurement via UART/I2C """
orp = None
self.return_dict = measurements_dict.copy()
# Compensate measurement based on a temperature measurement
if self.temperature_comp_meas_measurement_id and self.atlas_command:
self.logger.debug("pH sensor set to calibrate temperature")
last_measurement = self.get_last_measurement(
self.temperature_comp_meas_device_id,
self.temperature_comp_meas_measurement_id,
max_age=self.max_age)
if last_measurement:
self.logger.debug(
"Latest temperature used to calibrate: {temp}".format(
temp=last_measurement[1]))
ret_value, ret_msg = self.atlas_command.calibrate(
'temperature', set_amount=last_measurement[1])
time.sleep(0.5)
self.logger.debug("Calibration returned: {val}, {msg}".format(
val=ret_value, msg=ret_msg))
else:
self.logger.error(
"Calibration measurement not found within the past "
"{} seconds".format(self.max_age))
# Read sensor via UART
if self.interface == 'FTDI':
if self.atlas_sensor_ftdi.setup:
lines = self.atlas_sensor_ftdi.query('R')
if lines:
self.logger.debug("All Lines: {lines}".format(lines=lines))
# 'check probe' indicates an error reading the sensor
if 'check probe' in lines:
self.logger.error('"check probe" returned from sensor')
# if a string resembling a float value is returned, this
# is out measurement value
elif str_is_float(lines[0]):
orp = float(lines[0])
self.logger.debug(
'Value[0] is float: {val}'.format(val=orp))
else:
# During calibration, the sensor is put into
# continuous mode, which causes a return of several
# values in one string. If the return value does
# not represent a float value, it is likely to be a
# string of several values. This parses and returns
# the first value.
if str_is_float(lines[0].split(b'\r')[0]):
orp = lines[0].split(b'\r')[0]
# Lastly, this is called if the return value cannot
# be determined. Watchthe output in the GUI to see
# what it is.
else:
orp = lines[0]
self.logger.error(
'Value[0] is not float or "check probe": '
'{val}'.format(val=orp))
else:
self.logger.error('FTDI device is not set up.'
'Check the log for errors.')
# Read sensor via UART
elif self.interface == 'UART':
if self.atlas_sensor_uart.setup:
lines = self.atlas_sensor_uart.query('R')
if lines:
self.logger.debug("All Lines: {lines}".format(lines=lines))
# 'check probe' indicates an error reading the sensor
if 'check probe' in lines:
self.logger.error('"check probe" returned from sensor')
# if a string resembling a float value is returned, this
# is out measurement value
elif str_is_float(lines[0]):
orp = float(lines[0])
self.logger.debug(
'Value[0] is float: {val}'.format(val=orp))
else:
# During calibration, the sensor is put into
# continuous mode, which causes a return of several
# values in one string. If the return value does
# not represent a float value, it is likely to be a
# string of several values. This parses and returns
# the first value.
if str_is_float(lines[0].split(b'\r')[0]):
orp = lines[0].split(b'\r')[0]
# Lastly, this is called if the return value cannot
# be determined. Watchthe output in the GUI to see
# what it is.
else:
orp = lines[0]
self.logger.error(
'Value[0] is not float or "check probe": '
'{val}'.format(val=orp))
else:
self.logger.error('UART device is not set up.'
'Check the log for errors.')
# Read sensor via I2C
elif self.interface == 'I2C':
if self.atlas_sensor_i2c.setup:
ec_status, ec_str = self.atlas_sensor_i2c.query('R')
if ec_status == 'error':
self.logger.error(
"Sensor read unsuccessful: {err}".format(err=ec_str))
elif ec_status == 'success':
orp = float(ec_str)
else:
self.logger.error(
'I2C device is not set up. Check the log for errors.')
self.value_set(0, orp)
return self.return_dict
def get_measurement(self):
""" Gets the sensor's Electrical Conductivity measurement via UART/I2C """
return_string = None
self.return_dict = measurements_dict.copy()
# Read sensor via FTDI
if self.interface == 'FTDI':
if self.atlas_sensor.setup:
lines = self.atlas_sensor.query('R')
if lines:
self.logger.debug("All Lines: {lines}".format(lines=lines))
# 'check probe' indicates an error reading the sensor
if 'check probe' in lines:
self.logger.error('"check probe" returned from sensor')
# if a string resembling a float value is returned, this
# is out measurement value
elif str_is_float(lines[0]):
return_string = lines[0]
self.logger.debug('Value[0] is float: {val}'.format(
val=return_string))
else:
# During calibration, the sensor is put into
# continuous mode, which causes a return of several
# values in one string. If the return value does
# not represent a float value, it is likely to be a
# string of several values. This parses and returns
# the first value.
if str_is_float(lines[0].split(b'\r')[0]):
return_string = lines[0].split(b'\r')[0]
# Lastly, this is called if the return value cannot
# be determined. Watchthe output in the GUI to see
# what it is.
else:
return_string = lines[0]
self.logger.error(
'Value[0] is not float or "check probe": '
'{val}'.format(val=return_string))
else:
self.logger.error('FTDI device is not set up.'
'Check the log for errors.')
# Read sensor via UART
elif self.interface == 'UART':
if self.atlas_sensor.setup:
lines = self.atlas_sensor.query('R')
if lines:
self.logger.debug("All Lines: {lines}".format(lines=lines))
# 'check probe' indicates an error reading the sensor
if 'check probe' in lines:
self.logger.error('"check probe" returned from sensor')
# if a string resembling a float value is returned, this
# is out measurement value
elif str_is_float(lines[0]):
return_string = lines[0]
self.logger.debug('Value[0] is float: {val}'.format(
val=return_string))
else:
# During calibration, the sensor is put into
# continuous mode, which causes a return of several
# values in one string. If the return value does
# not represent a float value, it is likely to be a
# string of several values. This parses and returns
# the first value.
if str_is_float(lines[0].split(b'\r')[0]):
return_string = lines[0].split(b'\r')[0]
# Lastly, this is called if the return value cannot
# be determined. Watchthe output in the GUI to see
# what it is.
else:
return_string = lines[0]
self.logger.error(
'Value[0] is not float or "check probe": '
'{val}'.format(val=return_string))
else:
self.logger.error('UART device is not set up.'
'Check the log for errors.')
# Read sensor via I2C
elif self.interface == 'I2C':
if self.atlas_sensor.setup:
ec_status, return_string = self.atlas_sensor.query('R')
if ec_status == 'error':
self.logger.error("Sensor read unsuccessful: {err}".format(
err=return_string))
elif ec_status == 'success':
self.logger.debug('Value: {val}'.format(val=return_string))
else:
self.logger.error(
'I2C device is not set up. Check the log for errors.')
# Parse return string
if ',' in return_string:
index_place = 0
return_list = return_string.split(',')
if self.enabled_rgb:
if self.is_enabled(0):
self.value_set(0, int(return_list[index_place + 0]))
if self.is_enabled(1):
self.value_set(1, int(return_list[index_place + 1]))
if self.is_enabled(2):
self.value_set(2, int(return_list[index_place + 2]))
index_place += 3
if return_list[index_place] == 'P':
if self.is_enabled(7):
self.value_set(7, int(return_list[index_place + 1]))
index_place += 2
if return_list[index_place] == 'Lux':
if self.is_enabled(6):
self.value_set(6, int(return_list[index_place + 1]))
index_place += 2
if return_list[index_place] == 'xyY':
if self.is_enabled(3):
self.value_set(3, float(return_list[index_place + 1]))
if self.is_enabled(4):
self.value_set(4, float(return_list[index_place + 2]))
if self.is_enabled(5):
self.value_set(5, int(return_list[index_place + 3]))
return self.return_dict
def input_mod(form_mod, request_form):
action = '{action} {controller}'.format(
action=TRANSLATIONS['modify']['title'],
controller=TRANSLATIONS['input']['title'])
error = []
dict_inputs = parse_input_information()
try:
mod_input = Input.query.filter(
Input.unique_id == form_mod.input_id.data).first()
if mod_input.is_activated:
error.append(
gettext("Deactivate controller before modifying its settings"))
if (mod_input.device == 'AM2315' and form_mod.period.data < 7):
error.append(
gettext("Choose a Read Period equal to or greater than 7. The "
"AM2315 may become unresponsive if the period is "
"below 7."))
if (mod_input.device != 'EDGE' and
(mod_input.pre_output_duration
and form_mod.period.data < mod_input.pre_output_duration)):
error.append(
gettext("The Read Period cannot be less than the Pre Output "
"Duration"))
if (form_mod.uart_location.data
and not os.path.exists(form_mod.uart_location.data)):
error.append(
gettext(
"Invalid device or improper permissions to read device"))
if ('gpio_location' in dict_inputs[mod_input.device]['options_enabled']
and form_mod.gpio_location.data is None):
error.append(gettext("Pin (GPIO) must be set"))
mod_input.name = form_mod.name.data
if form_mod.location.data:
mod_input.location = form_mod.location.data
if form_mod.i2c_location.data:
mod_input.i2c_location = form_mod.i2c_location.data
if form_mod.ftdi_location.data:
mod_input.ftdi_location = form_mod.ftdi_location.data
if form_mod.uart_location.data:
mod_input.uart_location = form_mod.uart_location.data
if form_mod.gpio_location.data and form_mod.gpio_location.data is not None:
mod_input.gpio_location = form_mod.gpio_location.data
if form_mod.power_output_id.data:
mod_input.power_output_id = form_mod.power_output_id.data
else:
mod_input.power_output_id = None
if form_mod.pre_output_id.data:
mod_input.pre_output_id = form_mod.pre_output_id.data
else:
mod_input.pre_output_id = None
# Enable/disable Channels
measurements = DeviceMeasurements.query.filter(
DeviceMeasurements.device_id == form_mod.input_id.data).all()
if form_mod.measurements_enabled.data:
for each_measurement in measurements:
if each_measurement.unique_id in form_mod.measurements_enabled.data:
each_measurement.is_enabled = True
else:
each_measurement.is_enabled = False
mod_input.log_level_debug = form_mod.log_level_debug.data
mod_input.i2c_bus = form_mod.i2c_bus.data
mod_input.baud_rate = form_mod.baud_rate.data
mod_input.pre_output_duration = form_mod.pre_output_duration.data
mod_input.pre_output_during_measure = form_mod.pre_output_during_measure.data
if form_mod.period.data:
mod_input.period = form_mod.period.data
mod_input.resolution = form_mod.resolution.data
mod_input.resolution_2 = form_mod.resolution_2.data
mod_input.sensitivity = form_mod.sensitivity.data
mod_input.calibrate_sensor_measure = form_mod.calibrate_sensor_measure.data
mod_input.cmd_command = form_mod.cmd_command.data
mod_input.thermocouple_type = form_mod.thermocouple_type.data
mod_input.ref_ohm = form_mod.ref_ohm.data
# Serial options
mod_input.pin_clock = form_mod.pin_clock.data
mod_input.pin_cs = form_mod.pin_cs.data
mod_input.pin_mosi = form_mod.pin_mosi.data
mod_input.pin_miso = form_mod.pin_miso.data
# Bluetooth options
mod_input.bt_adapter = form_mod.bt_adapter.data
mod_input.adc_gain = form_mod.adc_gain.data
mod_input.adc_resolution = form_mod.adc_resolution.data
mod_input.adc_sample_speed = form_mod.adc_sample_speed.data
# Switch options
mod_input.switch_edge = form_mod.switch_edge.data
mod_input.switch_bouncetime = form_mod.switch_bouncetime.data
mod_input.switch_reset_period = form_mod.switch_reset_period.data
# PWM and RPM options
mod_input.weighting = form_mod.weighting.data
mod_input.rpm_pulses_per_rev = form_mod.rpm_pulses_per_rev.data
mod_input.sample_time = form_mod.sample_time.data
# Server options
mod_input.port = form_mod.port.data
mod_input.times_check = form_mod.times_check.data
mod_input.deadline = form_mod.deadline.data
# SHT sensor options
if form_mod.sht_voltage.data:
mod_input.sht_voltage = form_mod.sht_voltage.data
if 'test_before_saving' in dict_inputs[mod_input.device]:
(constraints_pass, constraints_errors,
mod_input) = dict_inputs[mod_input.device]['test_before_saving'](
mod_input, request_form)
if constraints_pass:
pass
elif constraints_errors:
for each_error in constraints_errors:
flash(each_error, 'error')
# Custom options
list_options = []
if 'custom_options' in dict_inputs[mod_input.device]:
for each_option in dict_inputs[mod_input.device]['custom_options']:
null_value = True
for key in request_form.keys():
if each_option['id'] == key:
constraints_pass = True
constraints_errors = []
value = None
if each_option['type'] == 'float':
if str_is_float(request_form.get(key)):
if 'constraints_pass' in each_option:
(constraints_pass, constraints_errors,
mod_input
) = each_option['constraints_pass'](
mod_input,
float(request_form.get(key)))
if constraints_pass:
value = float(request_form.get(key))
else:
error.append(
"{name} must represent a float/decimal value "
"(submitted '{value}')".format(
name=each_option['name'],
value=request_form.get(key)))
elif each_option['type'] == 'integer':
if is_int(request_form.get(key)):
if 'constraints_pass' in each_option:
(constraints_pass, constraints_errors,
mod_input
) = each_option['constraints_pass'](
mod_input, int(request_form.get(key)))
if constraints_pass:
value = int(request_form.get(key))
else:
error.append(
"{name} must represent an integer value "
"(submitted '{value}')".format(
name=each_option['name'],
value=request_form.get(key)))
elif each_option['type'] in ['text', 'select']:
if 'constraints_pass' in each_option:
(constraints_pass, constraints_errors,
mod_input) = each_option['constraints_pass'](
mod_input, request_form.get(key))
if constraints_pass:
value = request_form.get(key)
elif each_option['type'] == 'bool':
value = bool(request_form.get(key))
for each_error in constraints_errors:
error.append("Error: {name}: {error}".format(
name=each_option['name'], error=each_error))
if value is not None:
null_value = False
option = '{id},{value}'.format(id=key, value=value)
list_options.append(option)
if null_value:
option = '{id},'.format(id=each_option['id'])
list_options.append(option)
mod_input.custom_options = ';'.join(list_options)
if not error:
# Add or delete channels for variable measurement Inputs
if ('measurements_variable_amount' in dict_inputs[mod_input.device]
and dict_inputs[
mod_input.device]['measurements_variable_amount']):
channels = DeviceMeasurements.query.filter(
DeviceMeasurements.device_id == form_mod.input_id.data)
if channels.count() != form_mod.num_channels.data:
# Delete channels
if form_mod.num_channels.data < channels.count():
for index, each_channel in enumerate(channels.all()):
if index + 1 >= channels.count():
delete_entry_with_id(DeviceMeasurements,
each_channel.unique_id)
# Add channels
elif form_mod.num_channels.data > channels.count():
start_number = channels.count()
for index in range(start_number,
form_mod.num_channels.data):
new_measurement = DeviceMeasurements()
new_measurement.name = ""
new_measurement.device_id = mod_input.unique_id
new_measurement.measurement = ""
new_measurement.unit = ""
new_measurement.channel = index
new_measurement.save()
db.session.commit()
except Exception as except_msg:
error.append(except_msg)
flash_success_errors(error, action, url_for('routes_page.page_data'))
def input_mod(form_mod, request_form):
action = '{action} {controller}'.format(
action=TRANSLATIONS['modify']['title'],
controller=TRANSLATIONS['input']['title'])
error = []
dict_inputs = parse_input_information()
try:
mod_input = Input.query.filter(
Input.unique_id == form_mod.input_id.data).first()
if mod_input.is_activated:
error.append(gettext(
"Deactivate controller before modifying its settings"))
if (mod_input.device == 'AM2315' and
form_mod.period.data < 7):
error.append(gettext(
"Choose a Read Period equal to or greater than 7. The "
"AM2315 may become unresponsive if the period is "
"below 7."))
if (mod_input.device != 'EDGE' and
(mod_input.pre_output_duration and
form_mod.period.data < mod_input.pre_output_duration)):
error.append(gettext(
"The Read Period cannot be less than the Pre Output "
"Duration"))
if (form_mod.uart_location.data and
not os.path.exists(form_mod.uart_location.data)):
error.append(gettext(
"Invalid device or improper permissions to read device"))
mod_input.name = form_mod.name.data
if form_mod.location.data:
mod_input.location = form_mod.location.data
if form_mod.i2c_location.data:
mod_input.i2c_location = form_mod.i2c_location.data
if form_mod.ftdi_location.data:
mod_input.ftdi_location = form_mod.ftdi_location.data
if form_mod.uart_location.data:
mod_input.uart_location = form_mod.uart_location.data
if form_mod.gpio_location.data:
mod_input.gpio_location = form_mod.gpio_location.data
if form_mod.power_output_id.data:
mod_input.power_output_id = form_mod.power_output_id.data
else:
mod_input.power_output_id = None
if form_mod.pre_output_id.data:
mod_input.pre_output_id = form_mod.pre_output_id.data
else:
mod_input.pre_output_id = None
# Enable/disable Channels
measurements = DeviceMeasurements.query.filter(
DeviceMeasurements.device_id == form_mod.input_id.data).all()
if form_mod.measurements_enabled.data:
for each_measurement in measurements:
if each_measurement.unique_id in form_mod.measurements_enabled.data:
each_measurement.is_enabled = True
else:
each_measurement.is_enabled = False
mod_input.i2c_bus = form_mod.i2c_bus.data
mod_input.baud_rate = form_mod.baud_rate.data
mod_input.pre_output_duration = form_mod.pre_output_duration.data
mod_input.pre_output_during_measure = form_mod.pre_output_during_measure.data
mod_input.period = form_mod.period.data
mod_input.resolution = form_mod.resolution.data
mod_input.resolution_2 = form_mod.resolution_2.data
mod_input.sensitivity = form_mod.sensitivity.data
mod_input.calibrate_sensor_measure = form_mod.calibrate_sensor_measure.data
mod_input.cmd_command = form_mod.cmd_command.data
mod_input.thermocouple_type = form_mod.thermocouple_type.data
mod_input.ref_ohm = form_mod.ref_ohm.data
# Serial options
mod_input.pin_clock = form_mod.pin_clock.data
mod_input.pin_cs = form_mod.pin_cs.data
mod_input.pin_mosi = form_mod.pin_mosi.data
mod_input.pin_miso = form_mod.pin_miso.data
# Bluetooth options
mod_input.bt_adapter = form_mod.bt_adapter.data
mod_input.adc_gain = form_mod.adc_gain.data
mod_input.adc_resolution = form_mod.adc_resolution.data
mod_input.adc_sample_speed = form_mod.adc_sample_speed.data
# Switch options
mod_input.switch_edge = form_mod.switch_edge.data
mod_input.switch_bouncetime = form_mod.switch_bouncetime.data
mod_input.switch_reset_period = form_mod.switch_reset_period.data
# PWM and RPM options
mod_input.weighting = form_mod.weighting.data
mod_input.rpm_pulses_per_rev = form_mod.rpm_pulses_per_rev.data
mod_input.sample_time = form_mod.sample_time.data
# Server options
mod_input.port = form_mod.port.data
mod_input.times_check = form_mod.times_check.data
mod_input.deadline = form_mod.deadline.data
# SHT sensor options
if form_mod.sht_voltage.data:
mod_input.sht_voltage = form_mod.sht_voltage.data
# Custom options
list_options = []
if 'custom_options' in dict_inputs[mod_input.device]:
for each_option in dict_inputs[mod_input.device]['custom_options']:
null_value = True
for key in request_form.keys():
if each_option['id'] == key:
constraints_pass = True
constraints_errors = []
value = None
if each_option['type'] == 'float':
if str_is_float(request_form.get(key)):
if 'constraints_pass' in each_option:
(constraints_pass,
constraints_errors,
mod_input) = each_option['constraints_pass'](
mod_input, float(request_form.get(key)))
if constraints_pass:
value = float(request_form.get(key))
else:
error.append(
"{name} must represent a float/decimal value "
"(submitted '{value}')".format(
name=each_option['name'],
value=request_form.get(key)))
elif each_option['type'] == 'integer':
if is_int(request_form.get(key)):
if 'constraints_pass' in each_option:
(constraints_pass,
constraints_errors,
mod_input) = each_option['constraints_pass'](
mod_input, int(request_form.get(key)))
if constraints_pass:
value = int(request_form.get(key))
else:
error.append(
"{name} must represent an integer value "
"(submitted '{value}')".format(
name=each_option['name'],
value=request_form.get(key)))
elif each_option['type'] in ['text', 'select']:
if 'constraints_pass' in each_option:
(constraints_pass,
constraints_errors,
mod_input) = each_option['constraints_pass'](
mod_input, request_form.get(key))
if constraints_pass:
value = request_form.get(key)
elif each_option['type'] == 'bool':
value = bool(request_form.get(key))
for each_error in constraints_errors:
error.append(
"Error: {name}: {error}".format(
name=each_option['name'],
error=each_error))
if value:
null_value = False
option = '{id},{value}'.format(
id=key,
value=value)
list_options.append(option)
if null_value:
option = '{id},'.format(id=each_option['id'])
list_options.append(option)
mod_input.custom_options = ';'.join(list_options)
if not error:
db.session.commit()
except Exception as except_msg:
error.append(except_msg)
flash_success_errors(error, action, url_for('routes_page.page_data'))
def action_mod(form):
"""Modify a Conditional Action"""
error = []
action = '{action} {controller}'.format(
action=TRANSLATIONS['modify']['title'],
controller='{} {}'.format(TRANSLATIONS['conditional']['title'], TRANSLATIONS['actions']['title']))
error = check_form_actions(form, error)
try:
mod_action = Actions.query.filter(
Actions.unique_id == form.function_action_id.data).first()
if mod_action.action_type == 'pause_actions':
mod_action.pause_duration = form.pause_duration.data
elif mod_action.action_type == 'output':
mod_action.do_unique_id = form.do_unique_id.data
mod_action.do_output_state = form.do_output_state.data
mod_action.do_output_duration = form.do_output_duration.data
elif mod_action.action_type == 'output_pwm':
mod_action.do_unique_id = form.do_unique_id.data
mod_action.do_output_pwm = form.do_output_pwm.data
elif mod_action.action_type in ['activate_controller',
'deactivate_controller']:
mod_action.do_unique_id = form.do_unique_id.data
elif mod_action.action_type in ['activate_pid',
'deactivate_pid',
'resume_pid',
'pause_pid']:
mod_action.do_unique_id = form.do_unique_id.data
elif mod_action.action_type in ['activate_timer',
'deactivate_timer']:
mod_action.do_unique_id = form.do_unique_id.data
elif mod_action.action_type == 'setpoint_pid':
if not str_is_float(form.do_action_string.data):
error.append("Setpoint must be an integer or float value")
mod_action.do_unique_id = form.do_unique_id.data
mod_action.do_action_string = form.do_action_string.data
elif mod_action.action_type == 'method_pid':
mod_action.do_unique_id = form.do_unique_id.data
mod_action.do_action_string = form.do_action_string.data
elif mod_action.action_type == 'email':
mod_action.do_action_string = form.do_action_string.data
elif mod_action.action_type in ['photo_email',
'video_email']:
mod_action.do_action_string = form.do_action_string.data
mod_action.do_unique_id = form.do_unique_id.data
mod_action.do_camera_duration = form.do_camera_duration.data
elif mod_action.action_type in ['flash_lcd_on',
'flash_lcd_off',
'lcd_backlight_off',
'lcd_backlight_on']:
mod_action.do_unique_id = form.do_unique_id.data
elif mod_action.action_type == 'photo':
mod_action.do_unique_id = form.do_unique_id.data
elif mod_action.action_type == 'video':
mod_action.do_unique_id = form.do_unique_id.data
mod_action.do_camera_duration = form.do_camera_duration.data
elif mod_action.action_type in ['command', 'create_note']:
mod_action.do_action_string = form.do_action_string.data
if not error:
db.session.commit()
except sqlalchemy.exc.OperationalError as except_msg:
error.append(except_msg)
except sqlalchemy.exc.IntegrityError as except_msg:
error.append(except_msg)
except Exception as except_msg:
error.append(except_msg)
flash_success_errors(error, action, url_for('routes_page.page_function'))
def get_measurement(self):
""" Gets the Atlas PT1000's temperature in Celsius """
temp = None
return_dict = measurements_dict.copy()
if self.interface == 'FTDI':
if self.atlas_sensor_ftdi.setup:
lines = self.atlas_sensor_ftdi.query('R')
self.logger.debug("All Lines: {lines}".format(lines=lines))
if 'check probe' in lines:
self.logger.error('"check probe" returned from sensor')
elif isinstance(lines, list):
if str_is_float(lines[0]):
temp = float(lines[0])
self.logger.debug(
'Value[0] is float: {val}'.format(val=temp))
elif str_is_float(lines):
temp = float(lines)
self.logger.debug(
'Value is float: {val}'.format(val=temp))
else:
self.logger.error(
'Unknown value: {val}'.format(val=lines))
else:
self.logger.error('FTDI device is not set up. '
'Check the log for errors.')
elif self.interface == 'UART':
if self.atlas_sensor_uart.setup:
lines = self.atlas_sensor_uart.query('R')
self.logger.debug("All Lines: {lines}".format(lines=lines))
if 'check probe' in lines:
self.logger.error('"check probe" returned from sensor')
elif str_is_float(lines[0]):
temp = float(lines[0])
self.logger.debug(
'Value[0] is float: {val}'.format(val=temp))
else:
self.logger.error(
'Value[0] is not float or "check probe": '
'{val}'.format(val=lines[0]))
else:
self.logger.error('UART device is not set up. '
'Check the log for errors.')
elif self.interface == 'I2C':
if self.atlas_sensor_i2c.setup:
temp_status, temp_str = self.atlas_sensor_i2c.query('R')
if temp_status == 'error':
self.logger.error(
"Sensor read unsuccessful: {err}".format(
err=temp_str))
elif temp_status == 'success':
temp = float(temp_str)
else:
self.logger.error('I2C device is not set up.'
'Check the log for errors.')
return_dict[0]['value'] = temp
return return_dict
def last_data(unique_id, measure_type, measurement_id, period):
"""Return the most recent time and value from influxdb"""
if not str_is_float(period):
return '', 204
if measure_type in ['input', 'math', 'output', 'pid']:
current_app.config['INFLUXDB_USER'] = INFLUXDB_USER
current_app.config['INFLUXDB_PASSWORD'] = INFLUXDB_PASSWORD
current_app.config['INFLUXDB_DATABASE'] = INFLUXDB_DATABASE
current_app.config['INFLUXDB_TIMEOUT'] = 5
dbcon = influx_db.connection
if measure_type in ['input', 'math', 'pid']:
measure = DeviceMeasurements.query.filter(
DeviceMeasurements.unique_id == measurement_id).first()
elif measure_type == 'output':
measure = Output.query.filter(
Output.unique_id == unique_id).first()
else:
return '', 204
if measure:
conversion = Conversion.query.filter(
Conversion.unique_id == measure.conversion_id).first()
else:
conversion = None
channel, unit, measurement = return_measurement_info(
measure, conversion)
if hasattr(measure, 'measurement_type') and measure.measurement_type == 'setpoint':
setpoint_pid = PID.query.filter(PID.unique_id == measure.device_id).first()
if setpoint_pid and ',' in setpoint_pid.measurement:
pid_measurement = setpoint_pid.measurement.split(',')[1]
setpoint_measurement = DeviceMeasurements.query.filter(
DeviceMeasurements.unique_id == pid_measurement).first()
if setpoint_measurement:
conversion = Conversion.query.filter(
Conversion.unique_id == setpoint_measurement.conversion_id).first()
_, unit, measurement = return_measurement_info(setpoint_measurement, conversion)
try:
if period != '0':
query_str = query_string(
unit, unique_id,
measure=measurement, channel=channel,
value='LAST', past_sec=period)
else:
query_str = query_string(
unit, unique_id,
measure=measurement, channel=channel,
value='LAST')
if query_str == 1:
return '', 204
raw_data = dbcon.query(query_str).raw
number = len(raw_data['series'][0]['values'])
time_raw = raw_data['series'][0]['values'][number - 1][0]
value = raw_data['series'][0]['values'][number - 1][1]
value = float(value)
# Convert date-time to epoch (potential bottleneck for data)
dt = date_parse(time_raw)
timestamp = calendar.timegm(dt.timetuple()) * 1000
live_data = '[{},{}]'.format(timestamp, value)
return Response(live_data, mimetype='text/json')
except KeyError:
logger.debug("No Data returned form influxdb")
return '', 204
except Exception as e:
logger.exception("URL for 'last_data' raised and error: "
"{err}".format(err=e))
return '', 204
def past_data(unique_id, measure_type, measurement_id, past_seconds):
"""Return data from past_seconds until present from influxdb"""
if not str_is_float(past_seconds):
return '', 204
if measure_type == 'tag':
notes_list = []
tag = NoteTags.query.filter(NoteTags.unique_id == unique_id).first()
notes = Notes.query.filter(
Notes.date_time >= (datetime.datetime.utcnow() - datetime.timedelta(seconds=int(past_seconds)))).all()
for each_note in notes:
if tag.unique_id in each_note.tags.split(','):
notes_list.append(
[each_note.date_time.strftime("%Y-%m-%dT%H:%M:%S.000000000Z"), each_note.name, each_note.note])
if notes_list:
return jsonify(notes_list)
else:
return '', 204
elif measure_type in ['input', 'math', 'output', 'pid']:
current_app.config['INFLUXDB_USER'] = INFLUXDB_USER
current_app.config['INFLUXDB_PASSWORD'] = INFLUXDB_PASSWORD
current_app.config['INFLUXDB_DATABASE'] = INFLUXDB_DATABASE
current_app.config['INFLUXDB_TIMEOUT'] = 5
dbcon = influx_db.connection
if measure_type in ['input', 'math', 'pid']:
measure = DeviceMeasurements.query.filter(
DeviceMeasurements.unique_id == measurement_id).first()
elif measure_type == 'output':
measure = Output.query.filter(
Output.unique_id == unique_id).first()
else:
measure = None
if not measure:
return "Could not find measurement"
if measure:
conversion = Conversion.query.filter(
Conversion.unique_id == measure.conversion_id).first()
else:
conversion = None
channel, unit, measurement = return_measurement_info(
measure, conversion)
if hasattr(measure, 'measurement_type') and measure.measurement_type == 'setpoint':
setpoint_pid = PID.query.filter(PID.unique_id == measure.device_id).first()
if setpoint_pid and ',' in setpoint_pid.measurement:
pid_measurement = setpoint_pid.measurement.split(',')[1]
setpoint_measurement = DeviceMeasurements.query.filter(
DeviceMeasurements.unique_id == pid_measurement).first()
if setpoint_measurement:
conversion = Conversion.query.filter(
Conversion.unique_id == setpoint_measurement.conversion_id).first()
_, unit, measurement = return_measurement_info(setpoint_measurement, conversion)
try:
query_str = query_string(
unit, unique_id,
measure=measurement,
channel=channel,
past_sec=past_seconds)
if query_str == 1:
return '', 204
raw_data = dbcon.query(query_str).raw
if 'series' in raw_data:
return jsonify(raw_data['series'][0]['values'])
else:
return '', 204
except Exception as e:
logger.debug("URL for 'past_data' raised and error: "
"{err}".format(err=e))
return '', 204