def choices_measurements_units(measurements, units):
dict_measurements = add_custom_measurements(measurements)
dict_units = add_custom_units(units)
# Sort dictionary by keys
sorted_keys = sorted(list(dict_measurements), key=lambda s: s.casefold())
sorted_dict_measurements = []
for each_key in sorted_keys:
sorted_dict_measurements.append(
{'key': each_key, 'measurement': dict_measurements[each_key]})
choices = []
for each_meas in sorted_dict_measurements:
for each_unit in each_meas['measurement']['units']:
try:
value = '{meas},{unit}'.format(
meas=each_meas['key'], unit=each_unit)
display = '{meas}: {unit_name}'.format(
meas=each_meas['measurement']['name'],
unit_name=dict_units[each_unit]['name'])
if dict_units[each_unit]['unit']:
display += ' ({unit})'.format(
unit=dict_units[each_unit]['unit'])
choices.append({'value': value, 'item': display})
except Exception as e:
logger.exception(
"Error in choices_measurements_units(): {}".format(e))
return choices
def get(self, unique_id, unit, channel, past_seconds):
"""
Return the last measurement found within a duration from the past to the present
"""
if not utils_general.user_has_permission('view_settings'):
abort(403)
if unit not in add_custom_units(Unit.query.all()):
abort(422, custom='Unit ID not found')
if channel < 0:
abort(422, custom='channel must be >= 0')
if past_seconds < 1:
abort(422, custom='past_seconds must be >= 1')
try:
return_ = read_influxdb_single(unique_id,
unit,
channel,
duration_sec=past_seconds)
if return_ and len(return_) == 2:
return {'time': return_[0], 'value': return_[1]}, 200
else:
return return_, 200
except Exception:
abort(500,
message='An exception occurred',
error=traceback.format_exc())
def get_measurement_info(device_id, measurement_id):
unit_display = ""
name = ""
device_measurement = get_measurement(measurement_id)
conversion = db_retrieve_table_daemon(
Conversion, unique_id=device_measurement.conversion_id)
channel, unit, measurement = return_measurement_info(
device_measurement, conversion)
dict_units = add_custom_units(db_retrieve_table_daemon(Unit, entry='all'))
if unit in dict_units:
unit_display = dict_units[unit]['unit']
if unit_display:
unit_length = len(unit_display.replace('°', u''))
else:
unit_length = 0
controllers = [Output, PID, Input, Function]
for each_controller in controllers:
controller_found = db_retrieve_table_daemon(each_controller,
unique_id=device_id)
if controller_found:
name = controller_found.name
break
return unit_display, unit_length, name
def choices_measurements_units(measurements, units):
dict_measurements = add_custom_measurements(measurements)
dict_units = add_custom_units(units)
# Sort dictionary by keys
sorted_keys = sorted(list(dict_measurements), key=lambda s: s.casefold())
sorted_dict_measurements = OrderedDict()
for each_key in sorted_keys:
sorted_dict_measurements[each_key] = dict_measurements[each_key]
choices = OrderedDict()
for each_meas, each_info in sorted_dict_measurements.items():
for each_unit in each_info['units']:
try:
value = '{meas},{unit}'.format(
meas=each_meas, unit=each_unit)
display = '{meas}: {unit_name}'.format(
meas=each_info['name'],
unit_name=dict_units[each_unit]['name'])
if dict_units[each_unit]['unit']:
display += ' ({unit})'.format(
unit=dict_units[each_unit]['unit'])
choices.update({value: display})
except Exception as e:
logger.exception(
"Error in choices_measurements_units(): {}".format(e))
return choices
def get(self, unique_id, unit, channel, past_seconds):
"""
Return a list of measurements found within a duration from the past to the present
"""
if not utils_general.user_has_permission('view_settings'):
abort(403)
if unit not in add_custom_units(Unit.query.all()):
abort(422, custom='Unit ID not found')
if channel < 0:
abort(422, custom='channel must be >= 0')
if past_seconds < 1:
abort(422, custom='past_seconds must be >= 1')
try:
return_ = read_influxdb_list(unique_id,
unit,
channel,
duration_sec=past_seconds)
if return_ and len(return_) > 0:
dict_return = {'measurements': []}
for each_set in return_:
dict_return['measurements'].append({
'time': each_set[0],
'value': each_set[1]
})
return dict_return, 200
else:
return return_, 200
except Exception:
abort(500,
message='An exception occurred',
error=traceback.format_exc())
def check_display_names(measure, unit):
dict_measurements = add_custom_measurements(Measurement.query.all())
dict_units = add_custom_units(Unit.query.all())
if measure in dict_measurements:
measure = dict_measurements[measure]['name']
if unit in dict_units:
unit = dict_units[unit]['unit']
return measure, unit
def settings_input():
""" Display measurement settings """
if not utils_general.user_has_permission('view_settings'):
return redirect(url_for('routes_general.home'))
form_input = forms_settings.Input()
form_input_delete = forms_settings.InputDel()
dict_measurements = add_custom_measurements(Measurement.query.all())
dict_units = add_custom_units(Unit.query.all())
# Get list of custom inputs
excluded_files = ['__init__.py', '__pycache__']
install_dir = os.path.abspath(INSTALL_DIRECTORY)
path_custom_inputs = os.path.join(install_dir,
'mycodo/inputs/custom_inputs')
if request.method == 'POST':
if not utils_general.user_has_permission('edit_controllers'):
return redirect(url_for('routes_general.home'))
if form_input.import_input_upload.data:
utils_settings.settings_input_import(form_input)
elif form_input_delete.delete_input.data:
utils_settings.settings_input_delete(form_input_delete)
return redirect(url_for('routes_settings.settings_input'))
dict_inputs = {}
for each_file in os.listdir(path_custom_inputs):
if each_file not in excluded_files:
try:
full_path_file = os.path.join(path_custom_inputs, each_file)
input_info = load_module_from_file(full_path_file)
dict_inputs[
input_info.INPUT_INFORMATION['input_name_unique']] = {}
dict_inputs[input_info.INPUT_INFORMATION['input_name_unique']]['input_name'] = \
input_info.INPUT_INFORMATION['input_name']
dict_inputs[input_info.INPUT_INFORMATION['input_name_unique']]['input_manufacturer'] = \
input_info.INPUT_INFORMATION['input_manufacturer']
dict_inputs[input_info.INPUT_INFORMATION['input_name_unique']]['measurements_name'] = \
input_info.INPUT_INFORMATION['measurements_name']
except:
pass
# dict_inputs = parse_input_information()
return render_template('settings/input.html',
dict_inputs=dict_inputs,
dict_measurements=dict_measurements,
dict_units=dict_units,
form_input=form_input,
form_input_delete=form_input_delete)
def settings_input():
""" Display measurement settings """
if not utils_general.user_has_permission('view_settings'):
return redirect(url_for('routes_general.home'))
form_input = forms_settings.Input()
form_input_delete = forms_settings.InputDel()
dict_measurements = add_custom_measurements(Measurement.query.all())
dict_units = add_custom_units(Unit.query.all())
# Get list of custom inputs
excluded_files = ['__init__.py', '__pycache__']
install_dir = os.path.abspath(INSTALL_DIRECTORY)
path_custom_inputs = os.path.join(install_dir, 'mycodo/inputs/custom_inputs')
if request.method == 'POST':
if not utils_general.user_has_permission('edit_controllers'):
return redirect(url_for('routes_general.home'))
if form_input.import_input_upload.data:
utils_settings.settings_input_import(form_input)
elif form_input_delete.delete_input.data:
utils_settings.settings_input_delete(form_input_delete)
return redirect(url_for('routes_settings.settings_input'))
dict_inputs = {}
for each_file in os.listdir(path_custom_inputs):
if each_file not in excluded_files:
try:
full_path_file = os.path.join(path_custom_inputs, each_file)
input_info = load_module_from_file(full_path_file)
dict_inputs[input_info.INPUT_INFORMATION['input_name_unique']] = {}
dict_inputs[input_info.INPUT_INFORMATION['input_name_unique']]['input_name'] = \
input_info.INPUT_INFORMATION['input_name']
dict_inputs[input_info.INPUT_INFORMATION['input_name_unique']]['input_manufacturer'] = \
input_info.INPUT_INFORMATION['input_manufacturer']
dict_inputs[input_info.INPUT_INFORMATION['input_name_unique']]['measurements_name'] = \
input_info.INPUT_INFORMATION['measurements_name']
except:
pass
# dict_inputs = parse_input_information()
return render_template('settings/input.html',
dict_inputs=dict_inputs,
dict_measurements=dict_measurements,
dict_units=dict_units,
form_input=form_input,
form_input_delete=form_input_delete)
def get(self, unique_id, unit, channel, epoch_start, epoch_end):
"""
Return a list of measurements found within a time range
"""
if not utils_general.user_has_permission('view_settings'):
abort(403)
if unit not in add_custom_units(Unit.query.all()):
abort(422, custom='Unit ID not found')
if channel < 0:
abort(422, custom='channel must be >= 0')
if epoch_start < 0 or epoch_end < 0:
abort(422, custom='epoch_start and epoch_end must be >= 0')
utc_offset_timedelta = datetime.datetime.utcnow(
) - datetime.datetime.now()
if epoch_start:
start = datetime.datetime.fromtimestamp(float(epoch_start))
start += utc_offset_timedelta
start_str = start.strftime('%Y-%m-%dT%H:%M:%S.%fZ')
else:
start_str = None
if epoch_end:
end = datetime.datetime.fromtimestamp(float(epoch_end))
end += utc_offset_timedelta
end_str = end.strftime('%Y-%m-%dT%H:%M:%S.%fZ')
else:
end_str = None
try:
return_ = read_influxdb_list(unique_id,
unit,
channel,
start_str=start_str,
end_str=end_str)
if return_ and len(return_) > 0:
dict_return = {'measurements': []}
for each_set in return_:
dict_return['measurements'].append({
'time': each_set[0],
'value': each_set[1]
})
return dict_return, 200
else:
return return_, 200
except Exception:
abort(500,
message='An exception occurred',
error=traceback.format_exc())
def settings_widget():
"""Display widget settings."""
if not utils_general.user_has_permission('view_settings'):
return redirect(url_for('routes_general.home'))
form_widget = forms_settings.Widget()
form_widget_delete = forms_settings.WidgetDel()
dict_measurements = add_custom_measurements(Measurement.query.all())
dict_units = add_custom_units(Unit.query.all())
# Get list of custom widgets
excluded_files = ['__init__.py', '__pycache__']
if request.method == 'POST':
if not utils_general.user_has_permission('edit_controllers'):
return redirect(url_for('routes_general.home'))
if form_widget.import_widget_upload.data:
utils_settings.settings_widget_import(form_widget)
elif form_widget_delete.delete_widget.data:
utils_settings.settings_widget_delete(form_widget_delete)
return redirect(url_for('routes_settings.settings_widget'))
dict_widgets = {}
for each_file in os.listdir(PATH_WIDGETS_CUSTOM):
if each_file not in excluded_files:
try:
full_path_file = os.path.join(PATH_WIDGETS_CUSTOM, each_file)
widget_info, status = load_module_from_file(
full_path_file, 'widgets')
if widget_info:
dict_widgets[widget_info.WIDGET_INFORMATION[
'widget_name_unique']] = {}
dict_widgets[widget_info.WIDGET_INFORMATION['widget_name_unique']]['widget_name'] = \
widget_info.WIDGET_INFORMATION['widget_name']
dict_widgets[widget_info.WIDGET_INFORMATION['widget_name_unique']]['measurements_name'] = \
widget_info.WIDGET_INFORMATION['measurements_name']
except:
pass
return render_template('settings/widget.html',
dict_widgets=dict_widgets,
dict_measurements=dict_measurements,
dict_units=dict_units,
form_widget=form_widget,
form_widget_delete=form_widget_delete)
def settings_output():
""" Display measurement settings """
if not utils_general.user_has_permission('view_settings'):
return redirect(url_for('routes_general.home'))
form_output = forms_settings.Output()
form_output_delete = forms_settings.OutputDel()
dict_measurements = add_custom_measurements(Measurement.query.all())
dict_units = add_custom_units(Unit.query.all())
# Get list of custom outputs
excluded_files = ['__init__.py', '__pycache__']
if request.method == 'POST':
if not utils_general.user_has_permission('edit_controllers'):
return redirect(url_for('routes_general.home'))
if form_output.import_output_upload.data:
utils_settings.settings_output_import(form_output)
elif form_output_delete.delete_output.data:
utils_settings.settings_output_delete(form_output_delete)
return redirect(url_for('routes_settings.settings_output'))
dict_outputs = {}
for each_file in os.listdir(PATH_OUTPUTS_CUSTOM):
if each_file not in excluded_files:
try:
full_path_file = os.path.join(PATH_OUTPUTS_CUSTOM, each_file)
output_info = load_module_from_file(full_path_file, 'outputs')
dict_outputs[
output_info.OUTPUT_INFORMATION['output_name_unique']] = {}
dict_outputs[output_info.OUTPUT_INFORMATION['output_name_unique']]['output_name'] = \
output_info.OUTPUT_INFORMATION['output_name']
dict_outputs[output_info.OUTPUT_INFORMATION['output_name_unique']]['measurements_name'] = \
output_info.OUTPUT_INFORMATION['measurements_name']
except:
pass
# dict_outputs = parse_output_information()
return render_template('settings/output.html',
dict_outputs=dict_outputs,
dict_measurements=dict_measurements,
dict_units=dict_units,
form_output=form_output,
form_output_delete=form_output_delete)
def get(self):
"""Show form choices for all input measurements."""
if not utils_general.user_has_permission('view_settings'):
abort(403)
try:
input_dev = Input.query.all()
dict_measurements = add_custom_measurements(
Measurement.query.all())
dict_units = add_custom_units(Unit.query.all())
input_choices = utils_general.choices_inputs(
input_dev, dict_units, dict_measurements)
if input_choices:
return {'choices inputs measurements': input_choices}, 200
except Exception:
abort(500,
message='An exception occurred',
error=traceback.format_exc())
def get(self):
"""Show form choices for all PID measurements"""
if not utils_general.user_has_permission('view_settings'):
abort(403)
try:
pid = PID.query.all()
dict_measurements = add_custom_measurements(
Measurement.query.all())
dict_units = add_custom_units(Unit.query.all())
pid_choices = utils_general.choices_pids(pid, dict_units,
dict_measurements)
if pid_choices:
return {'choices pids measurements': pid_choices}, 200
except Exception:
abort(500,
message='An exception occurred',
error=traceback.format_exc())
def post(self, unique_id, unit, channel, value):
"""Create a measurement."""
if not utils_general.user_has_permission('edit_controllers'):
abort(403)
if unit not in add_custom_units(Unit.query.all()):
abort(422, custom='Unit ID not found')
if channel < 0:
abort(422, custom='channel must be >= 0')
try:
value = float(value)
except:
abort(422, custom='value does not represent a float')
timestamp = None
if ns_measurement.payload and 'timestamp' in ns_measurement.payload:
ts = ns_measurement.payload["timestamp"]
if ts is not None:
if valid_date_str(ts):
timestamp = datetime.datetime.strptime(
ts, '%Y-%m-%dT%H:%M:%S.%fZ')
else:
abort(
422,
custom=
'Invalid timestamp format. Must be formatted as %Y-%m-%dT%H:%M:%S.%fZ'
)
try:
return_ = write_influxdb_value(unique_id,
unit,
value,
channel=channel,
timestamp=timestamp)
if return_:
abort(500)
else:
return {'message': 'Success'}, 200
except Exception:
abort(500,
message='An exception occurred',
error=traceback.format_exc())
def get(self):
"""Show form choices for all output measurements."""
if not utils_general.user_has_permission('view_settings'):
abort(403)
try:
output = Output.query.all()
dict_outputs = parse_output_information()
dict_measurements = add_custom_measurements(
Measurement.query.all())
dict_units = add_custom_units(Unit.query.all())
output_choices = utils_general.choices_outputs(
output, OutputChannel, dict_outputs, dict_units,
dict_measurements)
if output_choices:
return {'choices outputs measurements': output_choices}, 200
except Exception:
abort(500,
message='An exception occurred',
error=traceback.format_exc())
def choices_measurements_units(measurements, units):
dict_measurements = add_custom_measurements(measurements)
dict_units = add_custom_units(units)
# Sort dictionary by keys
sorted_keys = sorted(list(dict_measurements), key=lambda s: s.casefold())
sorted_dict_measurements = OrderedDict()
for each_key in sorted_keys:
sorted_dict_measurements[each_key] = dict_measurements[each_key]
choices = OrderedDict()
for each_meas, each_info in sorted_dict_measurements.items():
for each_unit in each_info['units']:
value = '{meas},{unit}'.format(
meas=each_meas, unit=each_unit)
display = '{meas}: {unit_name}'.format(
meas=each_info['name'],
unit_name=dict_units[each_unit]['name'])
if dict_units[each_unit]['unit']:
display += ' ({unit})'.format(
unit=dict_units[each_unit]['unit'])
choices.update({value: display})
return choices
# Multiple sets of dependencies, append library
inputs_info[name_str]['dependencies_module'].append(
input_data['dependencies_module'])
else:
# Only one set of dependencies
inputs_info[name_str] = input_data
if 'dependencies_module' in input_data:
inputs_info[name_str]['dependencies_module'] = [
input_data['dependencies_module']
] # turn into list
inputs_info = dict(
OrderedDict(sorted(inputs_info.items(), key=lambda t: t[0])))
dict_measurements = add_custom_measurements([])
dict_units = add_custom_units([])
dict_inputs = {}
for name, data in inputs_info.items():
if 'measurements_dict' not in data:
continue
for channel, measure in data['measurements_dict'].items():
if measure["measurement"]:
if measure["measurement"] not in dict_inputs:
dict_inputs[measure["measurement"]] = {}
dict_inputs[measure["measurement"]][name] = data
dict_inputs = dict(
OrderedDict(sorted(dict_inputs.items(), key=lambda t: t[0])))
def page_input():
""" Display Data page options """
input_type = request.args.get('input_type', None)
input_id = request.args.get('input_id', None)
each_input = None
if input_type in ['entry', 'options']:
each_input = Input.query.filter(Input.unique_id == input_id).first()
function = CustomController.query.all()
input_dev = Input.query.all()
input_channel = InputChannel.query.all()
math = Math.query.all()
method = Method.query.all()
measurement = Measurement.query.all()
output = Output.query.all()
output_channel = OutputChannel.query.all()
pid = PID.query.all()
user = User.query.all()
unit = Unit.query.all()
display_order_input = csv_to_list_of_str(DisplayOrder.query.first().inputs)
display_order_math = csv_to_list_of_str(DisplayOrder.query.first().math)
form_add_input = forms_input.InputAdd()
form_mod_input = forms_input.InputMod()
form_mod_math = forms_math.MathMod()
form_mod_math_measurement = forms_math.MathMeasurementMod()
form_mod_average_single = forms_math.MathModAverageSingle()
form_mod_sum_single = forms_math.MathModSumSingle()
form_mod_redundancy = forms_math.MathModRedundancy()
form_mod_difference = forms_math.MathModDifference()
form_mod_equation = forms_math.MathModEquation()
form_mod_humidity = forms_math.MathModHumidity()
form_mod_verification = forms_math.MathModVerification()
form_mod_misc = forms_math.MathModMisc()
dict_inputs = parse_input_information()
if request.method == 'POST': # TODO: Remove entire POST section and remove Math controllers
if not utils_general.user_has_permission('edit_controllers'):
return redirect(url_for('routes_input.page_input'))
# Mod Math Measurement
if form_mod_math_measurement.math_measurement_mod.data:
utils_math.math_measurement_mod(form_mod_math_measurement)
# Mod other Math settings
elif form_mod_math.math_mod.data:
math_type = Math.query.filter(
Math.unique_id == form_mod_math.math_id.data).first().math_type
if math_type == 'humidity':
utils_math.math_mod(form_mod_math, form_mod_humidity)
elif math_type == 'average_single':
utils_math.math_mod(form_mod_math, form_mod_average_single)
elif math_type == 'sum_single':
utils_math.math_mod(form_mod_math, form_mod_sum_single)
elif math_type == 'redundancy':
utils_math.math_mod(form_mod_math, form_mod_redundancy)
elif math_type == 'difference':
utils_math.math_mod(form_mod_math, form_mod_difference)
elif math_type == 'equation':
utils_math.math_mod(form_mod_math, form_mod_equation)
elif math_type == 'verification':
utils_math.math_mod(form_mod_math, form_mod_verification)
elif math_type == 'vapor_pressure_deficit':
utils_math.math_mod(form_mod_math, form_mod_misc)
else:
utils_math.math_mod(form_mod_math)
elif form_mod_math.math_delete.data:
utils_math.math_del(form_mod_math)
elif form_mod_math.math_order_up.data:
utils_math.math_reorder(form_mod_math.math_id.data,
display_order_math, 'up')
elif form_mod_math.math_order_down.data:
utils_math.math_reorder(form_mod_math.math_id.data,
display_order_math, 'down')
elif form_mod_math.math_activate.data:
utils_math.math_activate(form_mod_math)
elif form_mod_math.math_deactivate.data:
utils_math.math_deactivate(form_mod_math)
return redirect(url_for('routes_input.page_input'))
custom_options_values_inputs = parse_custom_option_values(
input_dev, dict_controller=dict_inputs)
custom_options_values_input_channels = parse_custom_option_values_input_channels_json(
input_channel,
dict_controller=dict_inputs,
key_name='custom_channel_options')
custom_actions = {}
for each_input in input_dev:
if 'custom_actions' in dict_inputs[each_input.device]:
custom_actions[each_input.device] = True
# Generate dict that incorporate user-added measurements/units
dict_outputs = parse_output_information()
dict_units = add_custom_units(unit)
dict_measurements = add_custom_measurements(measurement)
# Create list of choices to be used in dropdown menus
choices_function = utils_general.choices_functions(function, dict_units,
dict_measurements)
choices_input = utils_general.choices_inputs(input_dev, dict_units,
dict_measurements)
choices_math = utils_general.choices_maths(math, dict_units,
dict_measurements)
choices_method = utils_general.choices_methods(method)
choices_output = utils_general.choices_outputs(output, dict_units,
dict_measurements)
choices_output_channels = utils_general.choices_outputs_channels(
output, output_channel, dict_outputs)
choices_output_channels_measurements = utils_general.choices_outputs_channels_measurements(
output, OutputChannel, dict_outputs, dict_units, dict_measurements)
choices_pid = utils_general.choices_pids(pid, dict_units,
dict_measurements)
choices_pid_devices = utils_general.choices_pids_devices(pid)
choices_unit = utils_general.choices_units(unit)
choices_measurement = utils_general.choices_measurements(measurement)
choices_measurements_units = utils_general.choices_measurements_units(
measurement, unit)
# Create dict of Input names
names_input = {}
all_elements = input_dev
for each_element in all_elements:
names_input[
each_element.unique_id] = '[{id:02d}] ({uid}) {name}'.format(
id=each_element.id,
uid=each_element.unique_id.split('-')[0],
name=each_element.name)
# Create dict of Math names
names_math = {}
all_elements = math
for each_element in all_elements:
names_math[
each_element.unique_id] = '[{id:02d}] ({uid}) {name}'.format(
id=each_element.id,
uid=each_element.unique_id.split('-')[0],
name=each_element.name)
# Create list of file names from the math_options directory
# Used in generating the correct options for each math controller
math_templates = []
math_path = os.path.join(
INSTALL_DIRECTORY,
'mycodo/mycodo_flask/templates/pages/data_options/math_options')
for (_, _, file_names) in os.walk(math_path):
math_templates.extend(file_names)
break
# Create list of file names from the input_options directory
# Used in generating the correct options for each input controller
input_templates = []
input_path = os.path.join(
INSTALL_DIRECTORY,
'mycodo/mycodo_flask/templates/pages/data_options/input_options')
for (_, _, file_names) in os.walk(input_path):
input_templates.extend(file_names)
break
# If DS18B20 inputs added, compile a list of detected inputs
devices_1wire_w1thermsensor = []
if os.path.isdir(PATH_1WIRE):
for each_name in os.listdir(PATH_1WIRE):
if 'bus' not in each_name and '-' in each_name:
devices_1wire_w1thermsensor.append({
'name':
each_name,
'value':
each_name.split('-')[1]
})
# Add 1-wire devices from ow-shell (if installed)
devices_1wire_ow_shell = []
if current_app.config['TESTING']:
logger.debug("Testing: Skipping testing for 'ow-shell'")
elif not dpkg_package_exists('ow-shell'):
logger.debug("Package 'ow-shell' not found")
else:
logger.debug("Package 'ow-shell' found")
try:
test_cmd = subprocess.check_output(['owdir']).splitlines()
for each_ow in test_cmd:
str_ow = re.sub("\ |\/|\'", "",
each_ow.decode("utf-8")) # Strip / and '
if '.' in str_ow and len(str_ow) == 15:
devices_1wire_ow_shell.append(str_ow)
except Exception:
logger.error("Error finding 1-wire devices with 'owdir'")
# Find FTDI devices
ftdi_devices = []
if not current_app.config['TESTING']:
for each_input in input_dev:
if each_input.interface == "FTDI":
from mycodo.devices.atlas_scientific_ftdi import get_ftdi_device_list
ftdi_devices = get_ftdi_device_list()
break
if not input_type:
return render_template(
'pages/input.html',
and_=and_,
choices_function=choices_function,
choices_input=choices_input,
choices_math=choices_math,
choices_output=choices_output,
choices_measurement=choices_measurement,
choices_measurements_units=choices_measurements_units,
choices_method=choices_method,
choices_output_channels=choices_output_channels,
choices_output_channels_measurements=
choices_output_channels_measurements,
choices_pid=choices_pid,
choices_pid_devices=choices_pid_devices,
choices_unit=choices_unit,
custom_actions=custom_actions,
custom_options_values_inputs=custom_options_values_inputs,
custom_options_values_input_channels=
custom_options_values_input_channels,
dict_inputs=dict_inputs,
dict_measurements=dict_measurements,
dict_units=dict_units,
display_order_input=display_order_input,
display_order_math=display_order_math,
form_add_input=form_add_input,
form_mod_input=form_mod_input,
form_mod_average_single=form_mod_average_single,
form_mod_sum_single=form_mod_sum_single,
form_mod_redundancy=form_mod_redundancy,
form_mod_difference=form_mod_difference,
form_mod_equation=form_mod_equation,
form_mod_humidity=form_mod_humidity,
form_mod_math=form_mod_math,
form_mod_math_measurement=form_mod_math_measurement,
form_mod_verification=form_mod_verification,
form_mod_misc=form_mod_misc,
ftdi_devices=ftdi_devices,
input_channel=input_channel,
input_templates=input_templates,
math_info=MATH_INFO,
math_templates=math_templates,
names_input=names_input,
names_math=names_math,
output=output,
output_types=output_types(),
pid=pid,
table_conversion=Conversion,
table_device_measurements=DeviceMeasurements,
table_input=Input,
table_math=Math,
user=user,
devices_1wire_ow_shell=devices_1wire_ow_shell,
devices_1wire_w1thermsensor=devices_1wire_w1thermsensor)
elif input_type == 'entry':
return render_template(
'pages/data_options/input_entry.html',
and_=and_,
choices_function=choices_function,
choices_input=choices_input,
choices_math=choices_math,
choices_output=choices_output,
choices_measurement=choices_measurement,
choices_measurements_units=choices_measurements_units,
choices_method=choices_method,
choices_output_channels=choices_output_channels,
choices_output_channels_measurements=
choices_output_channels_measurements,
choices_pid=choices_pid,
choices_pid_devices=choices_pid_devices,
choices_unit=choices_unit,
custom_actions=custom_actions,
custom_options_values_inputs=custom_options_values_inputs,
custom_options_values_input_channels=
custom_options_values_input_channels,
dict_inputs=dict_inputs,
dict_measurements=dict_measurements,
dict_units=dict_units,
display_order_input=display_order_input,
display_order_math=display_order_math,
each_input=each_input,
form_add_input=form_add_input,
form_mod_input=form_mod_input,
form_mod_average_single=form_mod_average_single,
form_mod_sum_single=form_mod_sum_single,
form_mod_redundancy=form_mod_redundancy,
form_mod_difference=form_mod_difference,
form_mod_equation=form_mod_equation,
form_mod_humidity=form_mod_humidity,
form_mod_math=form_mod_math,
form_mod_math_measurement=form_mod_math_measurement,
form_mod_verification=form_mod_verification,
form_mod_misc=form_mod_misc,
ftdi_devices=ftdi_devices,
input_channel=input_channel,
input_templates=input_templates,
math_info=MATH_INFO,
math_templates=math_templates,
names_input=names_input,
names_math=names_math,
output=output,
output_types=output_types(),
pid=pid,
table_conversion=Conversion,
table_device_measurements=DeviceMeasurements,
table_input=Input,
table_math=Math,
user=user,
devices_1wire_ow_shell=devices_1wire_ow_shell,
devices_1wire_w1thermsensor=devices_1wire_w1thermsensor)
elif input_type == 'options':
return render_template(
'pages/data_options/input_options.html',
and_=and_,
choices_function=choices_function,
choices_input=choices_input,
choices_math=choices_math,
choices_output=choices_output,
choices_measurement=choices_measurement,
choices_measurements_units=choices_measurements_units,
choices_method=choices_method,
choices_output_channels=choices_output_channels,
choices_output_channels_measurements=
choices_output_channels_measurements,
choices_pid=choices_pid,
choices_pid_devices=choices_pid_devices,
choices_unit=choices_unit,
custom_actions=custom_actions,
custom_options_values_inputs=custom_options_values_inputs,
custom_options_values_input_channels=
custom_options_values_input_channels,
dict_inputs=dict_inputs,
dict_measurements=dict_measurements,
dict_units=dict_units,
display_order_input=display_order_input,
display_order_math=display_order_math,
each_input=each_input,
form_add_input=form_add_input,
form_mod_input=form_mod_input,
form_mod_average_single=form_mod_average_single,
form_mod_sum_single=form_mod_sum_single,
form_mod_redundancy=form_mod_redundancy,
form_mod_difference=form_mod_difference,
form_mod_equation=form_mod_equation,
form_mod_humidity=form_mod_humidity,
form_mod_math=form_mod_math,
form_mod_math_measurement=form_mod_math_measurement,
form_mod_verification=form_mod_verification,
form_mod_misc=form_mod_misc,
ftdi_devices=ftdi_devices,
input_channel=input_channel,
input_templates=input_templates,
math_info=MATH_INFO,
math_templates=math_templates,
names_input=names_input,
names_math=names_math,
output=output,
output_types=output_types(),
pid=pid,
table_conversion=Conversion,
table_device_measurements=DeviceMeasurements,
table_input=Input,
table_math=Math,
user=user,
devices_1wire_ow_shell=devices_1wire_ow_shell,
devices_1wire_w1thermsensor=devices_1wire_w1thermsensor)
def page_function():
"""Display Function page options."""
function_type = request.args.get('function_type', None)
function_id = request.args.get('function_id', None)
action_id = request.args.get('action_id', None)
condition_id = request.args.get('condition_id', None)
each_function = None
each_action = None
each_condition = None
function_page_entry = None
function_page_options = None
controller_type = None
if function_type in ['entry', 'options', 'conditions', 'actions'] and function_id != '0':
controller_type = determine_controller_type(function_id)
if controller_type == "Conditional":
each_function = Conditional.query.filter(
Conditional.unique_id == function_id).first()
function_page_entry = 'pages/function_options/conditional_entry.html'
function_page_options = 'pages/function_options/conditional_options.html'
elif controller_type == "PID":
each_function = PID.query.filter(
PID.unique_id == function_id).first()
function_page_entry = 'pages/function_options/pid_entry.html'
function_page_options = 'pages/function_options/pid_options.html'
elif controller_type == "Trigger":
each_function = Trigger.query.filter(
Trigger.unique_id == function_id).first()
function_page_entry = 'pages/function_options/trigger_entry.html'
function_page_options = 'pages/function_options/trigger_options.html'
elif controller_type == "Function":
each_function = Function.query.filter(
Function.unique_id == function_id).first()
function_page_entry = 'pages/function_options/function_entry.html'
function_page_options = 'pages/function_options/function_options.html'
elif controller_type == "Function_Custom":
each_function = CustomController.query.filter(
CustomController.unique_id == function_id).first()
function_page_entry = 'pages/function_options/custom_function_entry.html'
function_page_options = 'pages/function_options/custom_function_options.html'
if function_type == 'actions' and action_id:
each_action = Actions.query.filter(
Actions.unique_id == action_id).first()
if each_action:
controller_type = determine_controller_type(each_action.function_id)
if function_type == 'conditions'and condition_id:
each_condition = ConditionalConditions.query.filter(
ConditionalConditions.unique_id == condition_id).first()
action = Actions.query.all()
camera = Camera.query.all()
conditional = Conditional.query.all()
conditional_conditions = ConditionalConditions.query.all()
function = CustomController.query.all()
function_channel = FunctionChannel.query.all()
function_dev = Function.query.all()
input_dev = Input.query.all()
measurement = Measurement.query.all()
method = Method.query.all()
tags = NoteTags.query.all()
output = Output.query.all()
output_channel = OutputChannel.query.all()
pid = PID.query.all()
trigger = Trigger.query.all()
unit = Unit.query.all()
user = User.query.all()
display_order_function = csv_to_list_of_str(
DisplayOrder.query.first().function)
form_add_function = forms_function.FunctionAdd()
form_mod_pid_base = forms_pid.PIDModBase()
form_mod_pid_output_raise = forms_pid.PIDModRelayRaise()
form_mod_pid_output_lower = forms_pid.PIDModRelayLower()
form_mod_pid_pwm_raise = forms_pid.PIDModPWMRaise()
form_mod_pid_pwm_lower = forms_pid.PIDModPWMLower()
form_mod_pid_value_raise = forms_pid.PIDModValueRaise()
form_mod_pid_value_lower = forms_pid.PIDModValueLower()
form_mod_pid_volume_raise = forms_pid.PIDModVolumeRaise()
form_mod_pid_volume_lower = forms_pid.PIDModVolumeLower()
form_function_base = forms_function.FunctionMod()
form_trigger = forms_trigger.Trigger()
form_conditional = forms_conditional.Conditional()
form_conditional_conditions = forms_conditional.ConditionalConditions()
form_function = forms_custom_controller.CustomController()
form_actions = forms_action.Actions()
dict_controllers = parse_function_information()
dict_actions = parse_action_information()
# Generate all measurement and units used
dict_measurements = add_custom_measurements(Measurement.query.all())
dict_units = add_custom_units(Unit.query.all())
dict_outputs = parse_output_information()
custom_options_values_controllers = parse_custom_option_values(
function, dict_controller=dict_controllers)
custom_options_values_function_channels = parse_custom_option_values_function_channels_json(
function_channel, dict_controller=function, key_name='custom_channel_options')
custom_options_values_actions = {}
for each_action_dev in action:
try:
custom_options_values_actions[each_action_dev.unique_id] = json.loads(each_action_dev.custom_options)
except:
custom_options_values_actions[each_action_dev.unique_id] = {}
# Create lists of built-in and custom functions
choices_functions = []
for choice_function in FUNCTIONS:
choices_functions.append({'value': choice_function[0], 'item': choice_function[1]})
choices_custom_functions = utils_general.choices_custom_functions()
# Combine function lists
choices_functions_add = choices_functions + choices_custom_functions
# Sort combined list
choices_functions_add = sorted(choices_functions_add, key=lambda i: i['item'])
custom_commands = {}
for choice_function in function:
if 'custom_commands' in dict_controllers[choice_function.device]:
custom_commands[choice_function.device] = True
# Generate Action dropdown for use with Inputs
choices_actions = []
list_actions_sorted = generate_form_action_list(dict_actions, application=["functions"])
for name in list_actions_sorted:
choices_actions.append((name, dict_actions[name]['name']))
# Create list of choices to be used in dropdown menus
choices_function = utils_general.choices_functions(
function, dict_units, dict_measurements)
choices_input = utils_general.choices_inputs(
input_dev, dict_units, dict_measurements)
choices_input_devices = utils_general.choices_input_devices(input_dev)
choices_method = utils_general.choices_methods(method)
choices_output = utils_general.choices_outputs(
output, OutputChannel, dict_outputs, dict_units, dict_measurements)
choices_output_channels = utils_general.choices_outputs_channels(
output, output_channel, dict_outputs)
choices_output_channels_measurements = utils_general.choices_outputs_channels_measurements(
output, OutputChannel, dict_outputs, dict_units, dict_measurements)
choices_pid = utils_general.choices_pids(
pid, dict_units, dict_measurements)
choices_tag = utils_general.choices_tags(tags)
choices_measurements_units = utils_general.choices_measurements_units(
measurement, unit)
choices_controller_ids = utils_general.choices_controller_ids()
actions_dict = {
'conditional': {},
'trigger': {}
}
for each_action_dev in action:
if (each_action_dev.function_type == 'conditional' and
each_action_dev.unique_id not in actions_dict['conditional']):
actions_dict['conditional'][each_action_dev.function_id] = True
if (each_action_dev.function_type == 'trigger' and
each_action_dev.unique_id not in actions_dict['trigger']):
actions_dict['trigger'][each_action_dev.function_id] = True
conditions_dict = {}
for each_cond in conditional_conditions:
if each_cond.unique_id not in conditions_dict:
conditions_dict[each_cond.conditional_id] = True
controllers = []
controllers_all = [('Input', input_dev),
('Conditional', conditional),
('Function', function),
('PID', pid),
('Trigger', trigger)]
for each_controller in controllers_all:
for each_cont in each_controller[1]:
controllers.append((each_controller[0],
each_cont.unique_id,
each_cont.id,
each_cont.name))
# Create dict of Function names
names_function = {}
all_elements = [conditional, pid, trigger, function_dev, function]
for each_element in all_elements:
for each_func_name in each_element:
names_function[each_func_name.unique_id] = '[{id}] {name}'.format(
id=each_func_name.unique_id.split('-')[0], name=each_func_name.name)
# Calculate sunrise/sunset times if conditional controller is set up properly
sunrise_set_calc = {}
for each_trigger in trigger:
if each_trigger.trigger_type == 'trigger_sunrise_sunset':
sunrise_set_calc[each_trigger.unique_id] = {}
if not current_app.config['TESTING']:
try:
sunrise = suntime_calculate_next_sunrise_sunset_epoch(
each_trigger.latitude, each_trigger.longitude, 0, 0, "sunrise", return_dt=True)
sunset = suntime_calculate_next_sunrise_sunset_epoch(
each_trigger.latitude, each_trigger.longitude, 0, 0, "sunset", return_dt=True)
# Adjust for date offset
offset_rise = suntime_calculate_next_sunrise_sunset_epoch(
each_trigger.latitude, each_trigger.longitude, each_trigger.date_offset_days,
each_trigger.time_offset_minutes, "sunrise", return_dt=True)
offset_set = suntime_calculate_next_sunrise_sunset_epoch(
each_trigger.latitude, each_trigger.longitude, each_trigger.date_offset_days,
each_trigger.time_offset_minutes, "sunset", return_dt=True)
sunrise_set_calc[each_trigger.unique_id]['sunrise'] = (
sunrise.strftime("%Y-%m-%d %H:%M"))
sunrise_set_calc[each_trigger.unique_id]['sunset'] = (
sunset.strftime("%Y-%m-%d %H:%M"))
sunrise_set_calc[each_trigger.unique_id]['offset_sunrise'] = (
offset_rise.strftime("%Y-%m-%d %H:%M"))
sunrise_set_calc[each_trigger.unique_id]['offset_sunset'] = (
offset_set.strftime("%Y-%m-%d %H:%M"))
except:
logger.exception(1)
sunrise_set_calc[each_trigger.unique_id]['sunrise'] = "ERROR"
sunrise_set_calc[each_trigger.unique_id]['sunrise'] = "ERROR"
sunrise_set_calc[each_trigger.unique_id]['offset_sunrise'] = "ERROR"
sunrise_set_calc[each_trigger.unique_id]['offset_sunset'] = "ERROR"
if not function_type:
return render_template('pages/function.html',
and_=and_,
action=action,
actions_dict=actions_dict,
camera=camera,
choices_actions=choices_actions,
choices_controller_ids=choices_controller_ids,
choices_custom_functions=choices_custom_functions,
choices_function=choices_function,
choices_functions=choices_functions,
choices_functions_add=choices_functions_add,
choices_input=choices_input,
choices_input_devices=choices_input_devices,
choices_measurements_units=choices_measurements_units,
choices_method=choices_method,
choices_output=choices_output,
choices_output_channels=choices_output_channels,
choices_output_channels_measurements=choices_output_channels_measurements,
choices_pid=choices_pid,
choices_tag=choices_tag,
conditional_conditions_list=CONDITIONAL_CONDITIONS,
conditional=conditional,
conditional_conditions=conditional_conditions,
conditions_dict=conditions_dict,
controllers=controllers,
controller_type=controller_type,
function=function,
function_channel=function_channel,
custom_commands=custom_commands,
custom_options_values_actions=custom_options_values_actions,
custom_options_values_controllers=custom_options_values_controllers,
custom_options_values_function_channels=custom_options_values_function_channels,
dict_actions=dict_actions,
dict_controllers=dict_controllers,
dict_measurements=dict_measurements,
dict_outputs=dict_outputs,
dict_units=dict_units,
display_order_function=display_order_function,
form_conditional=form_conditional,
form_conditional_conditions=form_conditional_conditions,
form_function=form_function,
form_actions=form_actions,
form_add_function=form_add_function,
form_function_base=form_function_base,
form_mod_pid_base=form_mod_pid_base,
form_mod_pid_pwm_raise=form_mod_pid_pwm_raise,
form_mod_pid_pwm_lower=form_mod_pid_pwm_lower,
form_mod_pid_output_raise=form_mod_pid_output_raise,
form_mod_pid_output_lower=form_mod_pid_output_lower,
form_mod_pid_value_raise=form_mod_pid_value_raise,
form_mod_pid_value_lower=form_mod_pid_value_lower,
form_mod_pid_volume_raise=form_mod_pid_volume_raise,
form_mod_pid_volume_lower=form_mod_pid_volume_lower,
form_trigger=form_trigger,
function_dev=function_dev,
function_types=FUNCTIONS,
input=input_dev,
method=method,
names_function=names_function,
output=output,
output_types=output_types(),
pid=pid,
sunrise_set_calc=sunrise_set_calc,
table_conversion=Conversion,
table_device_measurements=DeviceMeasurements,
table_input=Input,
table_output=Output,
tags=tags,
trigger=trigger,
units=MEASUREMENTS,
user=user)
elif function_type == 'entry':
return render_template(function_page_entry,
and_=and_,
action=action,
actions_dict=actions_dict,
camera=camera,
choices_actions=choices_actions,
choices_controller_ids=choices_controller_ids,
choices_custom_functions=choices_custom_functions,
choices_function=choices_function,
choices_functions=choices_functions,
choices_functions_add=choices_functions_add,
choices_input=choices_input,
choices_input_devices=choices_input_devices,
choices_measurements_units=choices_measurements_units,
choices_method=choices_method,
choices_output=choices_output,
choices_output_channels=choices_output_channels,
choices_output_channels_measurements=choices_output_channels_measurements,
choices_pid=choices_pid,
choices_tag=choices_tag,
conditional_conditions_list=CONDITIONAL_CONDITIONS,
conditional=conditional,
conditional_conditions=conditional_conditions,
conditions_dict=conditions_dict,
controllers=controllers,
controller_type=controller_type,
function=function,
function_channel=function_channel,
custom_commands=custom_commands,
custom_options_values_actions=custom_options_values_actions,
custom_options_values_controllers=custom_options_values_controllers,
custom_options_values_function_channels=custom_options_values_function_channels,
dict_actions=dict_actions,
dict_controllers=dict_controllers,
dict_measurements=dict_measurements,
dict_outputs=dict_outputs,
dict_units=dict_units,
display_order_function=display_order_function,
each_function=each_function,
form_conditional=form_conditional,
form_conditional_conditions=form_conditional_conditions,
form_function=form_function,
form_actions=form_actions,
form_add_function=form_add_function,
form_function_base=form_function_base,
form_mod_pid_base=form_mod_pid_base,
form_mod_pid_pwm_raise=form_mod_pid_pwm_raise,
form_mod_pid_pwm_lower=form_mod_pid_pwm_lower,
form_mod_pid_output_raise=form_mod_pid_output_raise,
form_mod_pid_output_lower=form_mod_pid_output_lower,
form_mod_pid_value_raise=form_mod_pid_value_raise,
form_mod_pid_value_lower=form_mod_pid_value_lower,
form_mod_pid_volume_raise=form_mod_pid_volume_raise,
form_mod_pid_volume_lower=form_mod_pid_volume_lower,
form_trigger=form_trigger,
function_dev=function_dev,
function_types=FUNCTIONS,
input=input_dev,
method=method,
names_function=names_function,
output=output,
output_types=output_types(),
pid=pid,
sunrise_set_calc=sunrise_set_calc,
table_conversion=Conversion,
table_device_measurements=DeviceMeasurements,
table_input=Input,
table_output=Output,
tags=tags,
trigger=trigger,
units=MEASUREMENTS,
user=user)
elif function_type == 'options':
return render_template(function_page_options,
and_=and_,
action=action,
actions_dict=actions_dict,
camera=camera,
choices_actions=choices_actions,
choices_controller_ids=choices_controller_ids,
choices_custom_functions=choices_custom_functions,
choices_function=choices_function,
choices_functions=choices_functions,
choices_functions_add=choices_functions_add,
choices_input=choices_input,
choices_input_devices=choices_input_devices,
choices_measurements_units=choices_measurements_units,
choices_method=choices_method,
choices_output=choices_output,
choices_output_channels=choices_output_channels,
choices_output_channels_measurements=choices_output_channels_measurements,
choices_pid=choices_pid,
choices_tag=choices_tag,
conditional_conditions_list=CONDITIONAL_CONDITIONS,
conditional=conditional,
conditional_conditions=conditional_conditions,
conditions_dict=conditions_dict,
controllers=controllers,
controller_type=controller_type,
each_function=each_function,
function=function,
function_channel=function_channel,
custom_commands=custom_commands,
custom_options_values_actions=custom_options_values_actions,
custom_options_values_controllers=custom_options_values_controllers,
custom_options_values_function_channels=custom_options_values_function_channels,
dict_actions=dict_actions,
dict_controllers=dict_controllers,
dict_measurements=dict_measurements,
dict_outputs=dict_outputs,
dict_units=dict_units,
display_order_function=display_order_function,
form_conditional=form_conditional,
form_conditional_conditions=form_conditional_conditions,
form_function=form_function,
form_actions=form_actions,
form_add_function=form_add_function,
form_function_base=form_function_base,
form_mod_pid_base=form_mod_pid_base,
form_mod_pid_pwm_raise=form_mod_pid_pwm_raise,
form_mod_pid_pwm_lower=form_mod_pid_pwm_lower,
form_mod_pid_output_raise=form_mod_pid_output_raise,
form_mod_pid_output_lower=form_mod_pid_output_lower,
form_mod_pid_value_raise=form_mod_pid_value_raise,
form_mod_pid_value_lower=form_mod_pid_value_lower,
form_mod_pid_volume_raise=form_mod_pid_volume_raise,
form_mod_pid_volume_lower=form_mod_pid_volume_lower,
form_trigger=form_trigger,
function_dev=function_dev,
function_types=FUNCTIONS,
input=input_dev,
method=method,
names_function=names_function,
output=output,
output_types=output_types(),
pid=pid,
sunrise_set_calc=sunrise_set_calc,
table_conversion=Conversion,
table_device_measurements=DeviceMeasurements,
table_input=Input,
table_output=Output,
tags=tags,
trigger=trigger,
units=MEASUREMENTS,
user=user)
elif function_type == 'actions':
return render_template('pages/actions.html',
and_=and_,
action=action,
actions_dict=actions_dict,
camera=camera,
choices_actions=choices_actions,
choices_controller_ids=choices_controller_ids,
choices_custom_functions=choices_custom_functions,
choices_function=choices_function,
choices_functions=choices_functions,
choices_functions_add=choices_functions_add,
choices_input=choices_input,
choices_input_devices=choices_input_devices,
choices_measurements_units=choices_measurements_units,
choices_method=choices_method,
choices_output=choices_output,
choices_output_channels=choices_output_channels,
choices_output_channels_measurements=choices_output_channels_measurements,
choices_pid=choices_pid,
choices_tag=choices_tag,
conditional_conditions_list=CONDITIONAL_CONDITIONS,
conditional=conditional,
conditional_conditions=conditional_conditions,
conditions_dict=conditions_dict,
controllers=controllers,
controller_type=controller_type,
each_action=each_action,
each_function=each_function,
function=function,
function_channel=function_channel,
custom_commands=custom_commands,
custom_options_values_actions=custom_options_values_actions,
custom_options_values_controllers=custom_options_values_controllers,
custom_options_values_function_channels=custom_options_values_function_channels,
dict_actions=dict_actions,
dict_controllers=dict_controllers,
dict_measurements=dict_measurements,
dict_outputs=dict_outputs,
dict_units=dict_units,
display_order_function=display_order_function,
form_conditional=form_conditional,
form_conditional_conditions=form_conditional_conditions,
form_function=form_function,
form_actions=form_actions,
form_add_function=form_add_function,
form_function_base=form_function_base,
form_mod_pid_base=form_mod_pid_base,
form_mod_pid_pwm_raise=form_mod_pid_pwm_raise,
form_mod_pid_pwm_lower=form_mod_pid_pwm_lower,
form_mod_pid_output_raise=form_mod_pid_output_raise,
form_mod_pid_output_lower=form_mod_pid_output_lower,
form_mod_pid_value_raise=form_mod_pid_value_raise,
form_mod_pid_value_lower=form_mod_pid_value_lower,
form_mod_pid_volume_raise=form_mod_pid_volume_raise,
form_mod_pid_volume_lower=form_mod_pid_volume_lower,
form_trigger=form_trigger,
function_dev=function_dev,
function_types=FUNCTIONS,
input=input_dev,
method=method,
names_function=names_function,
output=output,
output_types=output_types(),
pid=pid,
sunrise_set_calc=sunrise_set_calc,
table_conversion=Conversion,
table_device_measurements=DeviceMeasurements,
table_input=Input,
table_output=Output,
tags=tags,
trigger=trigger,
units=MEASUREMENTS,
user=user)
elif function_type == 'conditions':
return render_template('pages/function_options/conditional_condition.html',
and_=and_,
action=action,
actions_dict=actions_dict,
camera=camera,
choices_controller_ids=choices_controller_ids,
choices_custom_functions=choices_custom_functions,
choices_function=choices_function,
choices_functions=choices_functions,
choices_functions_add=choices_functions_add,
choices_input=choices_input,
choices_input_devices=choices_input_devices,
choices_measurements_units=choices_measurements_units,
choices_method=choices_method,
choices_output=choices_output,
choices_output_channels=choices_output_channels,
choices_output_channels_measurements=choices_output_channels_measurements,
choices_pid=choices_pid,
choices_tag=choices_tag,
conditional_conditions_list=CONDITIONAL_CONDITIONS,
conditional=conditional,
conditional_conditions=conditional_conditions,
conditions_dict=conditions_dict,
controllers=controllers,
controller_type=controller_type,
each_condition=each_condition,
each_function=each_function,
function=function,
function_channel=function_channel,
custom_commands=custom_commands,
custom_options_values_actions=custom_options_values_actions,
custom_options_values_controllers=custom_options_values_controllers,
custom_options_values_function_channels=custom_options_values_function_channels,
dict_actions=dict_actions,
dict_controllers=dict_controllers,
dict_measurements=dict_measurements,
dict_outputs=dict_outputs,
dict_units=dict_units,
display_order_function=display_order_function,
form_conditional=form_conditional,
form_conditional_conditions=form_conditional_conditions,
form_function=form_function,
form_actions=form_actions,
form_add_function=form_add_function,
form_function_base=form_function_base,
form_mod_pid_base=form_mod_pid_base,
form_mod_pid_pwm_raise=form_mod_pid_pwm_raise,
form_mod_pid_pwm_lower=form_mod_pid_pwm_lower,
form_mod_pid_output_raise=form_mod_pid_output_raise,
form_mod_pid_output_lower=form_mod_pid_output_lower,
form_mod_pid_value_raise=form_mod_pid_value_raise,
form_mod_pid_value_lower=form_mod_pid_value_lower,
form_mod_pid_volume_raise=form_mod_pid_volume_raise,
form_mod_pid_volume_lower=form_mod_pid_volume_lower,
form_trigger=form_trigger,
function_dev=function_dev,
function_types=FUNCTIONS,
input=input_dev,
method=method,
names_function=names_function,
output=output,
output_types=output_types(),
pid=pid,
sunrise_set_calc=sunrise_set_calc,
table_conversion=Conversion,
table_device_measurements=DeviceMeasurements,
table_input=Input,
table_output=Output,
tags=tags,
trigger=trigger,
units=MEASUREMENTS,
user=user)
else:
return "Could not determine template"
def __init__(self, ready, lcd_id):
threading.Thread.__init__(self)
self.logger = logging.getLogger("mycodo.lcd_{id}".format(id=lcd_id.split('-')[0]))
self.running = False
self.thread_startup_timer = timeit.default_timer()
self.thread_shutdown_timer = 0
self.ready = ready
self.flash_lcd_on = False
self.lcd_initialized = False
self.lcd_is_on = False
self.lcd_id = lcd_id
self.display_sets = []
self.display_set_count = 0
try:
lcd_dev = db_retrieve_table_daemon(LCD, unique_id=self.lcd_id)
self.lcd_type = lcd_dev.lcd_type
self.lcd_name = lcd_dev.name
self.lcd_i2c_address = int(lcd_dev.location, 16)
self.lcd_i2c_bus = lcd_dev.i2c_bus
self.lcd_period = lcd_dev.period
self.lcd_x_characters = lcd_dev.x_characters
self.lcd_y_lines = lcd_dev.y_lines
self.timer = time.time() + self.lcd_period
self.backlight_timer = time.time()
self.list_pids = ['setpoint', 'pid_time']
self.list_outputs = ['duration_time', 'output_time', 'output_state']
# Add custom measurement and units to list
self.list_inputs = add_custom_measurements(
db_retrieve_table_daemon(Measurement, entry='all'))
self.list_inputs.update(
{'input_time': {'unit': None, 'name': 'Time'}})
self.list_inputs.update(
{'pid_time': {'unit': None, 'name': 'Time'}})
self.dict_units = add_custom_units(
db_retrieve_table_daemon(Unit, entry='all'))
lcd_data = db_retrieve_table_daemon(
LCDData).filter(LCDData.lcd_id == lcd_dev.unique_id).all()
self.lcd_string_line = {}
self.lcd_line = {}
self.lcd_max_age = {}
self.lcd_decimal_places = {}
for each_lcd_display in lcd_data:
self.display_sets.append(each_lcd_display.unique_id)
self.lcd_string_line[each_lcd_display.unique_id] = {}
self.lcd_line[each_lcd_display.unique_id] = {}
self.lcd_max_age[each_lcd_display.unique_id] = {}
self.lcd_decimal_places[each_lcd_display.unique_id] = {}
for i in range(1, self.lcd_y_lines + 1):
self.lcd_string_line[each_lcd_display.unique_id][i] = ''
self.lcd_line[each_lcd_display.unique_id][i] = {}
if i == 1:
self.lcd_max_age[each_lcd_display.unique_id][i] = each_lcd_display.line_1_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][i] = each_lcd_display.line_1_decimal_places
elif i == 2:
self.lcd_max_age[each_lcd_display.unique_id][i] = each_lcd_display.line_2_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][i] = each_lcd_display.line_2_decimal_places
elif i == 3:
self.lcd_max_age[each_lcd_display.unique_id][i] = each_lcd_display.line_3_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][i] = each_lcd_display.line_3_decimal_places
elif i == 4:
self.lcd_max_age[each_lcd_display.unique_id][i] = each_lcd_display.line_4_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][i] = each_lcd_display.line_4_decimal_places
elif i == 5:
self.lcd_max_age[each_lcd_display.unique_id][i] = each_lcd_display.line_5_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][i] = each_lcd_display.line_5_decimal_places
elif i == 6:
self.lcd_max_age[each_lcd_display.unique_id][i] = each_lcd_display.line_6_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][i] = each_lcd_display.line_6_decimal_places
elif i == 7:
self.lcd_max_age[each_lcd_display.unique_id][i] = each_lcd_display.line_7_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][i] = each_lcd_display.line_7_decimal_places
elif i == 8:
self.lcd_max_age[each_lcd_display.unique_id][i] = each_lcd_display.line_8_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][i] = each_lcd_display.line_8_decimal_places
if self.lcd_y_lines in [2, 4, 8]:
self.setup_lcd_line(
each_lcd_display.unique_id, 1,
each_lcd_display.line_1_id,
each_lcd_display.line_1_measurement)
self.setup_lcd_line(
each_lcd_display.unique_id, 2,
each_lcd_display.line_2_id,
each_lcd_display.line_2_measurement)
if self.lcd_y_lines in [4, 8]:
self.setup_lcd_line(
each_lcd_display.unique_id, 3,
each_lcd_display.line_3_id,
each_lcd_display.line_3_measurement)
self.setup_lcd_line(
each_lcd_display.unique_id, 4,
each_lcd_display.line_4_id,
each_lcd_display.line_4_measurement)
if self.lcd_y_lines == 8:
self.setup_lcd_line(
each_lcd_display.unique_id, 5,
each_lcd_display.line_5_id,
each_lcd_display.line_5_measurement)
self.setup_lcd_line(
each_lcd_display.unique_id, 6,
each_lcd_display.line_6_id,
each_lcd_display.line_6_measurement)
self.setup_lcd_line(
each_lcd_display.unique_id, 7,
each_lcd_display.line_7_id,
each_lcd_display.line_7_measurement)
self.setup_lcd_line(
each_lcd_display.unique_id, 8,
each_lcd_display.line_8_id,
each_lcd_display.line_8_measurement)
if self.lcd_type in ['16x2_generic',
'16x4_generic']:
from mycodo.devices.lcd_generic import LCD_Generic
self.lcd_out = LCD_Generic(lcd_dev)
self.lcd_init()
elif self.lcd_type in ['128x32_pioled',
'128x64_pioled']:
from mycodo.devices.lcd_pioled import LCD_Pioled
self.lcd_out = LCD_Pioled(lcd_dev)
self.lcd_init()
else:
self.logger.error("Unknown LCD type: {}".format(self.lcd_type))
if self.lcd_initialized:
line_1 = 'Mycodo {}'.format(MYCODO_VERSION)
line_2 = 'Start {}'.format(self.lcd_name)
self.lcd_out.lcd_write_lines(line_1, line_2, '', '')
except Exception as except_msg:
self.logger.exception("Error: {err}".format(err=except_msg))
def __init__(self, ready, lcd_id):
threading.Thread.__init__(self)
self.logger = logging.getLogger(
"mycodo.lcd_{id}".format(id=lcd_id.split('-')[0]))
self.running = False
self.thread_startup_timer = timeit.default_timer()
self.thread_shutdown_timer = 0
self.ready = ready
self.flash_lcd_on = False
self.lcd_initilized = False
self.lcd_is_on = False
self.lcd_id = lcd_id
self.display_ids = []
self.display_count = 0
self.LCD_LINE = {1: 0x80, 2: 0xC0, 3: 0x94, 4: 0xD4}
self.LCD_CHR = 1 # Mode - Sending data
self.LCD_CMD = 0 # Mode - SenLCDding command
self.LCD_BACKLIGHT = 0x08 # On
self.LCD_BACKLIGHT_OFF = 0x00 # Off
self.ENABLE = 0b00000100 # Enable bit
# Timing constants
self.E_PULSE = 0.0005
self.E_DELAY = 0.0005
try:
lcd = db_retrieve_table_daemon(LCD, unique_id=self.lcd_id)
self.lcd_name = lcd.name
self.lcd_location = lcd.location
self.lcd_i2c_bus = lcd.i2c_bus
self.lcd_period = lcd.period
self.lcd_x_characters = lcd.x_characters
self.lcd_y_lines = lcd.y_lines
self.timer = time.time() + self.lcd_period
self.backlight_timer = time.time()
self.list_pids = ['setpoint', 'pid_time']
self.list_outputs = [
'duration_time', 'output_time', 'output_state'
]
self.list_inputs = MEASUREMENTS
self.list_inputs.update(
{'input_time': {
'unit': None,
'name': 'Time'
}})
self.list_inputs.update(
{'pid_time': {
'unit': None,
'name': 'Time'
}})
# Add custom measurement and units to list
self.list_inputs = add_custom_measurements(
db_retrieve_table_daemon(Measurement))
self.dict_units = add_custom_units(db_retrieve_table_daemon(Unit))
lcd_data = db_retrieve_table_daemon(LCDData).filter(
LCDData.lcd_id == lcd.unique_id).all()
self.lcd_string_line = {}
self.lcd_line = {}
self.lcd_max_age = {}
self.lcd_decimal_places = {}
for each_lcd_display in lcd_data:
self.display_ids.append(each_lcd_display.unique_id)
self.lcd_string_line[each_lcd_display.unique_id] = {}
self.lcd_line[each_lcd_display.unique_id] = {}
self.lcd_max_age[each_lcd_display.unique_id] = {}
self.lcd_decimal_places[each_lcd_display.unique_id] = {}
for i in range(1, self.lcd_y_lines + 1):
self.lcd_string_line[each_lcd_display.unique_id][i] = ''
self.lcd_line[each_lcd_display.unique_id][i] = {}
if i == 1:
self.lcd_max_age[each_lcd_display.unique_id][
i] = each_lcd_display.line_1_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][
i] = each_lcd_display.line_1_decimal_places
elif i == 2:
self.lcd_max_age[each_lcd_display.unique_id][
i] = each_lcd_display.line_2_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][
i] = each_lcd_display.line_2_decimal_places
elif i == 3:
self.lcd_max_age[each_lcd_display.unique_id][
i] = each_lcd_display.line_3_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][
i] = each_lcd_display.line_3_decimal_places
elif i == 4:
self.lcd_max_age[each_lcd_display.unique_id][
i] = each_lcd_display.line_4_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][
i] = each_lcd_display.line_4_decimal_places
if self.lcd_y_lines in [2, 4]:
self.setup_lcd_line(each_lcd_display.unique_id, 1,
each_lcd_display.line_1_id,
each_lcd_display.line_1_measurement)
self.setup_lcd_line(each_lcd_display.unique_id, 2,
each_lcd_display.line_2_id,
each_lcd_display.line_2_measurement)
if self.lcd_y_lines == 4:
self.setup_lcd_line(each_lcd_display.unique_id, 3,
each_lcd_display.line_3_id,
each_lcd_display.line_3_measurement)
self.setup_lcd_line(each_lcd_display.unique_id, 4,
each_lcd_display.line_4_id,
each_lcd_display.line_4_measurement)
self.LCD_WIDTH = self.lcd_x_characters # Max characters per line
# Setup I2C bus
try:
self.bus = SMBus(self.lcd_i2c_bus)
except Exception as except_msg:
self.logger.exception(
"Could not initialize I2C bus: {err}".format(
err=except_msg))
self.I2C_ADDR = int(self.lcd_location, 16)
self.lcd_init()
if self.lcd_initilized:
self.lcd_string_write('Mycodo {}'.format(MYCODO_VERSION),
self.LCD_LINE[1])
self.lcd_string_write('Start {}'.format(self.lcd_name),
self.LCD_LINE[2])
except Exception as except_msg:
self.logger.exception("Error: {err}".format(err=except_msg))
def settings_measurement():
"""Display measurement settings."""
if not utils_general.user_has_permission('view_settings'):
return redirect(url_for('routes_general.home'))
measurement = Measurement.query.all()
unit = Unit.query.all()
conversion = Conversion.query.all()
form_add_measurement = forms_settings.MeasurementAdd()
form_mod_measurement = forms_settings.MeasurementMod()
form_add_unit = forms_settings.UnitAdd()
form_mod_unit = forms_settings.UnitMod()
form_add_conversion = forms_settings.ConversionAdd()
form_mod_conversion = forms_settings.ConversionMod()
choices_units = utils_general.choices_units(unit)
# Generate all measurement and units used
dict_measurements = add_custom_measurements(measurement)
dict_units = add_custom_units(unit)
if request.method == 'POST':
if not utils_general.user_has_permission('edit_controllers'):
return redirect(url_for('routes_general.home'))
if form_add_measurement.add_measurement.data:
utils_settings.settings_measurement_add(form_add_measurement)
elif form_mod_measurement.save_measurement.data:
utils_settings.settings_measurement_mod(form_mod_measurement)
elif form_mod_measurement.delete_measurement.data:
utils_settings.settings_measurement_del(
form_mod_measurement.measurement_id.data)
elif form_add_unit.add_unit.data:
utils_settings.settings_unit_add(form_add_unit)
elif form_mod_unit.save_unit.data:
utils_settings.settings_unit_mod(form_mod_unit)
elif form_mod_unit.delete_unit.data:
utils_settings.settings_unit_del(form_mod_unit.unit_id.data)
elif form_add_conversion.add_conversion.data:
utils_settings.settings_convert_add(form_add_conversion)
elif form_mod_conversion.save_conversion.data:
utils_settings.settings_convert_mod(form_mod_conversion)
elif form_mod_conversion.delete_conversion.data:
utils_settings.settings_convert_del(
form_mod_conversion.conversion_id.data)
return redirect(url_for('routes_settings.settings_measurement'))
return render_template('settings/measurement.html',
dict_measurements=dict_measurements,
dict_units=dict_units,
choices_units=choices_units,
measurement=measurement,
unit=unit,
conversion=conversion,
form_add_measurement=form_add_measurement,
form_mod_measurement=form_mod_measurement,
form_add_unit=form_add_unit,
form_mod_unit=form_mod_unit,
form_add_conversion=form_add_conversion,
form_mod_conversion=form_mod_conversion)
def __init__(self, ready, lcd_id):
threading.Thread.__init__(self)
self.logger = logging.getLogger(
"mycodo.lcd_{id}".format(id=lcd_id.split('-')[0]))
self.running = False
self.thread_startup_timer = timeit.default_timer()
self.thread_shutdown_timer = 0
self.ready = ready
self.flash_lcd_on = False
self.lcd_initialized = False
self.lcd_is_on = False
self.lcd_id = lcd_id
self.display_sets = []
self.display_set_count = 0
try:
lcd_dev = db_retrieve_table_daemon(LCD, unique_id=self.lcd_id)
self.lcd_type = lcd_dev.lcd_type
self.lcd_name = lcd_dev.name
self.lcd_i2c_address = int(lcd_dev.location, 16)
self.lcd_i2c_bus = lcd_dev.i2c_bus
self.lcd_period = lcd_dev.period
self.lcd_x_characters = lcd_dev.x_characters
self.lcd_y_lines = lcd_dev.y_lines
self.timer = time.time() + self.lcd_period
self.backlight_timer = time.time()
self.list_pids = ['setpoint', 'pid_time']
self.list_outputs = [
'duration_time', 'output_time', 'output_state'
]
# Add custom measurement and units to list
self.list_inputs = add_custom_measurements(
db_retrieve_table_daemon(Measurement, entry='all'))
self.list_inputs.update(
{'input_time': {
'unit': None,
'name': 'Time'
}})
self.list_inputs.update(
{'pid_time': {
'unit': None,
'name': 'Time'
}})
self.dict_units = add_custom_units(
db_retrieve_table_daemon(Unit, entry='all'))
lcd_data = db_retrieve_table_daemon(LCDData).filter(
LCDData.lcd_id == lcd_dev.unique_id).all()
self.lcd_string_line = {}
self.lcd_line = {}
self.lcd_max_age = {}
self.lcd_decimal_places = {}
for each_lcd_display in lcd_data:
self.display_sets.append(each_lcd_display.unique_id)
self.lcd_string_line[each_lcd_display.unique_id] = {}
self.lcd_line[each_lcd_display.unique_id] = {}
self.lcd_max_age[each_lcd_display.unique_id] = {}
self.lcd_decimal_places[each_lcd_display.unique_id] = {}
for i in range(1, self.lcd_y_lines + 1):
self.lcd_string_line[each_lcd_display.unique_id][i] = ''
self.lcd_line[each_lcd_display.unique_id][i] = {}
if i == 1:
self.lcd_max_age[each_lcd_display.unique_id][
i] = each_lcd_display.line_1_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][
i] = each_lcd_display.line_1_decimal_places
elif i == 2:
self.lcd_max_age[each_lcd_display.unique_id][
i] = each_lcd_display.line_2_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][
i] = each_lcd_display.line_2_decimal_places
elif i == 3:
self.lcd_max_age[each_lcd_display.unique_id][
i] = each_lcd_display.line_3_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][
i] = each_lcd_display.line_3_decimal_places
elif i == 4:
self.lcd_max_age[each_lcd_display.unique_id][
i] = each_lcd_display.line_4_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][
i] = each_lcd_display.line_4_decimal_places
elif i == 5:
self.lcd_max_age[each_lcd_display.unique_id][
i] = each_lcd_display.line_5_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][
i] = each_lcd_display.line_5_decimal_places
elif i == 6:
self.lcd_max_age[each_lcd_display.unique_id][
i] = each_lcd_display.line_6_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][
i] = each_lcd_display.line_6_decimal_places
elif i == 7:
self.lcd_max_age[each_lcd_display.unique_id][
i] = each_lcd_display.line_7_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][
i] = each_lcd_display.line_7_decimal_places
elif i == 8:
self.lcd_max_age[each_lcd_display.unique_id][
i] = each_lcd_display.line_8_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][
i] = each_lcd_display.line_8_decimal_places
if self.lcd_y_lines in [2, 4, 8]:
self.setup_lcd_line(each_lcd_display.unique_id, 1,
each_lcd_display.line_1_id,
each_lcd_display.line_1_measurement)
self.setup_lcd_line(each_lcd_display.unique_id, 2,
each_lcd_display.line_2_id,
each_lcd_display.line_2_measurement)
if self.lcd_y_lines in [4, 8]:
self.setup_lcd_line(each_lcd_display.unique_id, 3,
each_lcd_display.line_3_id,
each_lcd_display.line_3_measurement)
self.setup_lcd_line(each_lcd_display.unique_id, 4,
each_lcd_display.line_4_id,
each_lcd_display.line_4_measurement)
if self.lcd_y_lines == 8:
self.setup_lcd_line(each_lcd_display.unique_id, 5,
each_lcd_display.line_5_id,
each_lcd_display.line_5_measurement)
self.setup_lcd_line(each_lcd_display.unique_id, 6,
each_lcd_display.line_6_id,
each_lcd_display.line_6_measurement)
self.setup_lcd_line(each_lcd_display.unique_id, 7,
each_lcd_display.line_7_id,
each_lcd_display.line_7_measurement)
self.setup_lcd_line(each_lcd_display.unique_id, 8,
each_lcd_display.line_8_id,
each_lcd_display.line_8_measurement)
if self.lcd_type in ['16x2_generic', '20x4_generic']:
from mycodo.devices.lcd_generic import LCD_Generic
self.lcd_out = LCD_Generic(lcd_dev)
self.lcd_init()
elif self.lcd_type in ['128x32_pioled', '128x64_pioled']:
from mycodo.devices.lcd_pioled import LCD_Pioled
self.lcd_out = LCD_Pioled(lcd_dev)
self.lcd_init()
else:
self.logger.error("Unknown LCD type: {}".format(self.lcd_type))
if self.lcd_initialized:
line_1 = 'Mycodo {}'.format(MYCODO_VERSION)
line_2 = 'Start {}'.format(self.lcd_name)
self.lcd_out.lcd_write_lines(line_1, line_2, '', '')
except Exception as except_msg:
self.logger.exception("Error: {err}".format(err=except_msg))
def page_dashboard(dashboard_id):
""" Generate custom dashboard with various data """
# Retrieve tables from SQL database
camera = Camera.query.all()
conditional = Conditional.query.all()
function = CustomController.query.all()
widget = Widget.query.all()
this_dashboard = Dashboard.query.filter(
Dashboard.unique_id == dashboard_id).first()
input_dev = Input.query.all()
device_measurements = DeviceMeasurements.query.all()
math = Math.query.all()
method = Method.query.all()
misc = Misc.query.first()
output = Output.query.all()
output_channel = OutputChannel.query.all()
pid = PID.query.all()
tags = NoteTags.query.all()
# Create form objects
form_base = forms_dashboard.DashboardBase()
form_dashboard = forms_dashboard.DashboardConfig()
if request.method == 'POST':
unmet_dependencies = None
if not utils_general.user_has_permission('edit_controllers'):
return redirect(url_for('routes_general.home'))
# Dashboard
if form_dashboard.dash_modify.data:
utils_dashboard.dashboard_mod(form_dashboard)
elif form_dashboard.dash_duplicate.data:
utils_dashboard.dashboard_copy(form_dashboard)
elif form_dashboard.lock.data:
utils_dashboard.dashboard_lock(form_dashboard.dashboard_id.data,
True)
elif form_dashboard.unlock.data:
utils_dashboard.dashboard_lock(form_dashboard.dashboard_id.data,
False)
elif form_dashboard.dash_delete.data:
utils_dashboard.dashboard_del(form_dashboard)
return redirect(url_for('routes_dashboard.page_dashboard_default'))
# Widget
elif form_base.create.data:
unmet_dependencies = utils_dashboard.widget_add(
form_base, request.form)
elif form_base.modify.data:
utils_dashboard.widget_mod(form_base, request.form)
elif form_base.delete.data:
utils_dashboard.widget_del(form_base)
if unmet_dependencies:
return redirect(
url_for('routes_admin.admin_dependencies',
device=form_base.graph_type.data))
return redirect(
url_for('routes_dashboard.page_dashboard',
dashboard_id=dashboard_id))
# Generate all measurement and units used
dict_measurements = add_custom_measurements(Measurement.query.all())
dict_units = add_custom_units(Unit.query.all())
# Generate dictionary of each measurement ID with the correct measurement/unit used with it
dict_measure_measurements = {}
dict_measure_units = {}
for each_measurement in device_measurements:
# If the measurement is a PID setpoint, set unit to PID measurement.
measurement = None
unit = None
if each_measurement.measurement_type == 'setpoint':
setpoint_pid = PID.query.filter(
PID.unique_id == each_measurement.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)
else:
conversion = Conversion.query.filter(
Conversion.unique_id ==
each_measurement.conversion_id).first()
_, unit, measurement = return_measurement_info(
each_measurement, conversion)
if unit:
dict_measure_measurements[each_measurement.unique_id] = measurement
dict_measure_units[each_measurement.unique_id] = unit
dict_outputs = parse_output_information()
dict_widgets = parse_widget_information()
custom_options_values_widgets = parse_custom_option_values_json(
widget, dict_controller=dict_widgets)
custom_options_values_output_channels = parse_custom_option_values_output_channels_json(
output_channel,
dict_controller=dict_outputs,
key_name='custom_channel_options')
widget_types_on_dashboard = []
custom_widget_variables = {}
widgets_dash = Widget.query.filter(
Widget.dashboard_id == dashboard_id).all()
for each_widget in widgets_dash:
# Make list of widget types on this particular dashboard
if each_widget.graph_type not in widget_types_on_dashboard:
widget_types_on_dashboard.append(each_widget.graph_type)
# Generate dictionary of returned values from widget modules on this particular dashboard
if 'generate_page_variables' in dict_widgets[each_widget.graph_type]:
custom_widget_variables[each_widget.unique_id] = dict_widgets[
each_widget.graph_type]['generate_page_variables'](
each_widget.unique_id,
custom_options_values_widgets[each_widget.unique_id])
# generate lists of html files to include in dashboard template
list_html_files_body = {}
list_html_files_title_bar = {}
list_html_files_head = {}
list_html_files_configure_options = {}
list_html_files_js = {}
list_html_files_js_ready = {}
list_html_files_js_ready_end = {}
for each_widget_type in widget_types_on_dashboard:
file_html_head = "widget_template_{}_head.html".format(
each_widget_type)
path_html_head = os.path.join(PATH_HTML_USER, file_html_head)
if os.path.exists(path_html_head):
list_html_files_head[each_widget_type] = file_html_head
file_html_title_bar = "widget_template_{}_title_bar.html".format(
each_widget_type)
path_html_title_bar = os.path.join(PATH_HTML_USER, file_html_title_bar)
if os.path.exists(path_html_title_bar):
list_html_files_title_bar[each_widget_type] = file_html_title_bar
file_html_body = "widget_template_{}_body.html".format(
each_widget_type)
path_html_body = os.path.join(PATH_HTML_USER, file_html_body)
if os.path.exists(path_html_body):
list_html_files_body[each_widget_type] = file_html_body
file_html_configure_options = "widget_template_{}_configure_options.html".format(
each_widget_type)
path_html_configure_options = os.path.join(
PATH_HTML_USER, file_html_configure_options)
if os.path.exists(path_html_configure_options):
list_html_files_configure_options[
each_widget_type] = file_html_configure_options
file_html_js = "widget_template_{}_js.html".format(each_widget_type)
path_html_js = os.path.join(PATH_HTML_USER, file_html_js)
if os.path.exists(path_html_js):
list_html_files_js[each_widget_type] = file_html_js
file_html_js_ready = "widget_template_{}_js_ready.html".format(
each_widget_type)
path_html_js_ready = os.path.join(PATH_HTML_USER, file_html_js_ready)
if os.path.exists(path_html_js_ready):
list_html_files_js_ready[each_widget_type] = file_html_js_ready
file_html_js_ready_end = "widget_template_{}_js_ready_end.html".format(
each_widget_type)
path_html_js_ready_end = os.path.join(PATH_HTML_USER,
file_html_js_ready_end)
if os.path.exists(path_html_js_ready_end):
list_html_files_js_ready_end[
each_widget_type] = file_html_js_ready_end
# Retrieve all choices to populate form drop-down menu
choices_camera = utils_general.choices_id_name(camera)
choices_function = utils_general.choices_functions(function, dict_units,
dict_measurements)
choices_input = utils_general.choices_inputs(input_dev, dict_units,
dict_measurements)
choices_math = utils_general.choices_maths(math, dict_units,
dict_measurements)
choices_method = utils_general.choices_methods(method)
choices_output = utils_general.choices_outputs(output, dict_units,
dict_measurements)
choices_output_channels_measurements = utils_general.choices_outputs_channels_measurements(
output, OutputChannel, dict_outputs, dict_units, dict_measurements)
choices_output_pwm = utils_general.choices_outputs_pwm(
output, dict_units, dict_measurements, dict_outputs)
choices_pid = utils_general.choices_pids(pid, dict_units,
dict_measurements)
choices_pid_devices = utils_general.choices_pids_devices(pid)
choices_tag = utils_general.choices_tags(tags)
device_measurements_dict = {}
for meas in device_measurements:
device_measurements_dict[meas.unique_id] = meas
# Get what each measurement uses for a unit
use_unit = utils_general.use_unit_generate(device_measurements, input_dev,
output, math, function)
return render_template(
'pages/dashboard.html',
conditional=conditional,
custom_options_values_output_channels=
custom_options_values_output_channels,
custom_options_values_widgets=custom_options_values_widgets,
custom_widget_variables=custom_widget_variables,
table_conversion=Conversion,
table_function=CustomController,
table_widget=Widget,
table_input=Input,
table_math=Math,
table_output=Output,
table_pid=PID,
table_device_measurements=DeviceMeasurements,
choices_camera=choices_camera,
choices_function=choices_function,
choices_input=choices_input,
choices_math=choices_math,
choices_method=choices_method,
choices_output=choices_output,
choices_output_channels_measurements=
choices_output_channels_measurements,
choices_output_pwm=choices_output_pwm,
choices_pid=choices_pid,
choices_pid_devices=choices_pid_devices,
choices_tag=choices_tag,
dashboard_id=dashboard_id,
device_measurements_dict=device_measurements_dict,
dict_measure_measurements=dict_measure_measurements,
dict_measure_units=dict_measure_units,
dict_measurements=dict_measurements,
dict_units=dict_units,
dict_widgets=dict_widgets,
list_html_files_head=list_html_files_head,
list_html_files_title_bar=list_html_files_title_bar,
list_html_files_body=list_html_files_body,
list_html_files_configure_options=list_html_files_configure_options,
list_html_files_js=list_html_files_js,
list_html_files_js_ready=list_html_files_js_ready,
list_html_files_js_ready_end=list_html_files_js_ready_end,
camera=camera,
function=function,
math=math,
misc=misc,
pid=pid,
output=output,
output_types=output_types(),
input=input_dev,
tags=tags,
this_dashboard=this_dashboard,
use_unit=use_unit,
form_base=form_base,
form_dashboard=form_dashboard,
widget=widget)
def settings_measurement():
""" Display measurement settings """
if not utils_general.user_has_permission('view_settings'):
return redirect(url_for('routes_general.home'))
measurement = Measurement.query.all()
unit = Unit.query.all()
conversion = Conversion.query.all()
form_add_measurement = forms_settings.MeasurementAdd()
form_mod_measurement = forms_settings.MeasurementMod()
form_add_unit = forms_settings.UnitAdd()
form_mod_unit = forms_settings.UnitMod()
form_add_conversion = forms_settings.ConversionAdd()
form_mod_conversion = forms_settings.ConversionMod()
choices_units = utils_general.choices_units(unit)
# Generate all measurement and units used
dict_measurements = add_custom_measurements(measurement)
dict_units = add_custom_units(unit)
if request.method == 'POST':
if not utils_general.user_has_permission('edit_controllers'):
return redirect(url_for('routes_general.home'))
if form_add_measurement.add_measurement.data:
utils_settings.settings_measurement_add(form_add_measurement)
elif form_mod_measurement.save_measurement.data:
utils_settings.settings_measurement_mod(form_mod_measurement)
elif form_mod_measurement.delete_measurement.data:
utils_settings.settings_measurement_del(form_mod_measurement.measurement_id.data)
elif form_add_unit.add_unit.data:
utils_settings.settings_unit_add(form_add_unit)
elif form_mod_unit.save_unit.data:
utils_settings.settings_unit_mod(form_mod_unit)
elif form_mod_unit.delete_unit.data:
utils_settings.settings_unit_del(form_mod_unit.unit_id.data)
elif form_add_conversion.add_conversion.data:
utils_settings.settings_convert_add(form_add_conversion)
elif form_mod_conversion.save_conversion.data:
utils_settings.settings_convert_mod(form_mod_conversion)
elif form_mod_conversion.delete_conversion.data:
utils_settings.settings_convert_del(form_mod_conversion.conversion_id.data)
return redirect(url_for('routes_settings.settings_measurement'))
return render_template('settings/measurement.html',
dict_measurements=dict_measurements,
dict_units=dict_units,
choices_units=choices_units,
measurement=measurement,
unit=unit,
conversion=conversion,
form_add_measurement=form_add_measurement,
form_mod_measurement=form_mod_measurement,
form_add_unit=form_add_unit,
form_mod_unit=form_mod_unit,
form_add_conversion=form_add_conversion,
form_mod_conversion=form_mod_conversion)
def page_function():
""" Display Function page options """
function_type = request.args.get('function_type', None)
function_id = request.args.get('function_id', None)
action_id = request.args.get('action_id', None)
condition_id = request.args.get('condition_id', None)
each_function = None
each_action = None
each_condition = None
function_page_entry = None
function_page_options = None
if function_type in ['entry', 'options', 'actions'] and function_id != '0':
controller_type = determine_controller_type(function_id)
if controller_type == "Conditional":
each_function = Conditional.query.filter(
Conditional.unique_id == function_id).first()
function_page_entry = 'pages/function_options/conditional_entry.html'
function_page_options = 'pages/function_options/conditional_options.html'
elif controller_type == "PID":
each_function = PID.query.filter(
PID.unique_id == function_id).first()
function_page_entry = 'pages/function_options/pid_entry.html'
function_page_options = 'pages/function_options/pid_options.html'
elif controller_type == "Trigger":
each_function = Trigger.query.filter(
Trigger.unique_id == function_id).first()
function_page_entry = 'pages/function_options/trigger_entry.html'
function_page_options = 'pages/function_options/trigger_options.html'
elif controller_type == "Function":
each_function = Function.query.filter(
Function.unique_id == function_id).first()
function_page_entry = 'pages/function_options/function_entry.html'
function_page_options = 'pages/function_options/function_options.html'
elif controller_type == "Function_Custom":
each_function = CustomController.query.filter(
CustomController.unique_id == function_id).first()
function_page_entry = 'pages/function_options/custom_function_entry.html'
function_page_options = 'pages/function_options/custom_function_options.html'
if function_type == 'actions':
if action_id:
each_action = Actions.query.filter(
Actions.unique_id == action_id).first()
if function_type == 'conditions':
if condition_id:
each_condition = ConditionalConditions.query.filter(
ConditionalConditions.unique_id == condition_id).first()
camera = Camera.query.all()
conditional = Conditional.query.all()
conditional_conditions = ConditionalConditions.query.all()
function = CustomController.query.all()
function_channel = FunctionChannel.query.all()
function_dev = Function.query.all()
actions = Actions.query.all()
input_dev = Input.query.all()
lcd = LCD.query.all()
math = Math.query.all()
measurement = Measurement.query.all()
method = Method.query.all()
tags = NoteTags.query.all()
output = Output.query.all()
output_channel = OutputChannel.query.all()
pid = PID.query.all()
trigger = Trigger.query.all()
unit = Unit.query.all()
user = User.query.all()
display_order_function = csv_to_list_of_str(
DisplayOrder.query.first().function)
form_add_function = forms_function.FunctionAdd()
form_mod_measurement = forms_measurement.MeasurementMod()
form_mod_pid_base = forms_pid.PIDModBase()
form_mod_pid_output_raise = forms_pid.PIDModRelayRaise()
form_mod_pid_output_lower = forms_pid.PIDModRelayLower()
form_mod_pid_pwm_raise = forms_pid.PIDModPWMRaise()
form_mod_pid_pwm_lower = forms_pid.PIDModPWMLower()
form_mod_pid_value_raise = forms_pid.PIDModValueRaise()
form_mod_pid_value_lower = forms_pid.PIDModValueLower()
form_mod_pid_volume_raise = forms_pid.PIDModVolumeRaise()
form_mod_pid_volume_lower = forms_pid.PIDModVolumeLower()
form_function_base = forms_function.FunctionMod()
form_trigger = forms_trigger.Trigger()
form_conditional = forms_conditional.Conditional()
form_conditional_conditions = forms_conditional.ConditionalConditions()
form_function = forms_custom_controller.CustomController()
form_actions = forms_function.Actions()
dict_controllers = parse_function_information()
# Generate all measurement and units used
dict_measurements = add_custom_measurements(Measurement.query.all())
dict_units = add_custom_units(Unit.query.all())
dict_outputs = parse_output_information()
custom_options_values_controllers = parse_custom_option_values(
function, dict_controller=dict_controllers)
custom_options_values_function_channels = parse_custom_option_values_function_channels_json(
function_channel,
dict_controller=function,
key_name='custom_channel_options')
# TODO: Update actions to use single-file modules and be consistent with other custom_options
custom_options_values_actions = {}
for each_action in actions:
try:
custom_options_values_actions[each_action.unique_id] = json.loads(
each_action.custom_options)
except:
custom_options_values_actions[each_action.unique_id] = {}
# Create lists of built-in and custom functions
choices_functions = []
for choice_function in FUNCTIONS:
choices_functions.append({
'value': choice_function[0],
'item': choice_function[1]
})
choices_custom_functions = utils_general.choices_custom_functions()
# Combine function lists
choices_functions_add = choices_functions + choices_custom_functions
# Sort combined list
choices_functions_add = sorted(choices_functions_add,
key=lambda i: i['item'])
custom_actions = {}
for choice_function in function:
if 'custom_actions' in dict_controllers[choice_function.device]:
custom_actions[choice_function.device] = True
choices_function = utils_general.choices_functions(function, dict_units,
dict_measurements)
choices_input = utils_general.choices_inputs(input_dev, dict_units,
dict_measurements)
choices_input_devices = utils_general.choices_input_devices(input_dev)
choices_math = utils_general.choices_maths(math, dict_units,
dict_measurements)
choices_method = utils_general.choices_methods(method)
choices_output = utils_general.choices_outputs(output, dict_units,
dict_measurements)
choices_output_channels = utils_general.choices_outputs_channels(
output, output_channel, dict_outputs)
choices_output_channels_measurements = utils_general.choices_outputs_channels_measurements(
output, OutputChannel, dict_outputs, dict_units, dict_measurements)
choices_pid = utils_general.choices_pids(pid, dict_units,
dict_measurements)
choices_measurements_units = utils_general.choices_measurements_units(
measurement, unit)
choices_controller_ids = utils_general.choices_controller_ids()
actions_dict = {'conditional': {}, 'trigger': {}}
for each_action in actions:
if (each_action.function_type == 'conditional'
and each_action.unique_id not in actions_dict['conditional']):
actions_dict['conditional'][each_action.function_id] = True
if (each_action.function_type == 'trigger'
and each_action.unique_id not in actions_dict['trigger']):
actions_dict['trigger'][each_action.function_id] = True
conditions_dict = {}
for each_cond in conditional_conditions:
if each_cond.unique_id not in conditions_dict:
conditions_dict[each_cond.conditional_id] = True
controllers = []
controllers_all = [('Input', input_dev), ('Conditional', conditional),
('Function', function), ('LCD', lcd), ('Math', math),
('PID', pid), ('Trigger', trigger)]
for each_controller in controllers_all:
for each_cont in each_controller[1]:
controllers.append((each_controller[0], each_cont.unique_id,
each_cont.id, each_cont.name))
# Create dict of Function names
names_function = {}
all_elements = [conditional, pid, trigger, function_dev, function]
for each_element in all_elements:
for each_func_name in each_element:
names_function[each_func_name.unique_id] = '[{id}] {name}'.format(
id=each_func_name.unique_id.split('-')[0],
name=each_func_name.name)
# Calculate sunrise/sunset times if conditional controller is set up properly
sunrise_set_calc = {}
for each_trigger in trigger:
if each_trigger.trigger_type == 'trigger_sunrise_sunset':
sunrise_set_calc[each_trigger.unique_id] = {}
try:
sun = Sun(latitude=each_trigger.latitude,
longitude=each_trigger.longitude,
zenith=each_trigger.zenith)
sunrise = sun.get_sunrise_time()['time_local']
sunset = sun.get_sunset_time()['time_local']
# Adjust for date offset
new_date = datetime.datetime.now() + datetime.timedelta(
days=each_trigger.date_offset_days)
sun = Sun(latitude=each_trigger.latitude,
longitude=each_trigger.longitude,
zenith=each_trigger.zenith,
day=new_date.day,
month=new_date.month,
year=new_date.year,
offset_minutes=each_trigger.time_offset_minutes)
offset_rise = sun.get_sunrise_time()['time_local']
offset_set = sun.get_sunset_time()['time_local']
sunrise_set_calc[each_trigger.unique_id]['sunrise'] = (
sunrise.strftime("%Y-%m-%d %H:%M"))
sunrise_set_calc[each_trigger.unique_id]['sunset'] = (
sunset.strftime("%Y-%m-%d %H:%M"))
sunrise_set_calc[each_trigger.unique_id]['offset_sunrise'] = (
offset_rise.strftime("%Y-%m-%d %H:%M"))
sunrise_set_calc[each_trigger.unique_id]['offset_sunset'] = (
offset_set.strftime("%Y-%m-%d %H:%M"))
except:
logger.exception(1)
sunrise_set_calc[each_trigger.unique_id]['sunrise'] = None
sunrise_set_calc[each_trigger.unique_id]['sunrise'] = None
sunrise_set_calc[
each_trigger.unique_id]['offset_sunrise'] = None
sunrise_set_calc[
each_trigger.unique_id]['offset_sunset'] = None
if not function_type:
return render_template(
'pages/function.html',
and_=and_,
actions=actions,
actions_dict=actions_dict,
camera=camera,
choices_controller_ids=choices_controller_ids,
choices_custom_functions=choices_custom_functions,
choices_function=choices_function,
choices_functions=choices_functions,
choices_functions_add=choices_functions_add,
choices_input=choices_input,
choices_input_devices=choices_input_devices,
choices_math=choices_math,
choices_measurements_units=choices_measurements_units,
choices_method=choices_method,
choices_output=choices_output,
choices_output_channels=choices_output_channels,
choices_output_channels_measurements=
choices_output_channels_measurements,
choices_pid=choices_pid,
conditional_conditions_list=CONDITIONAL_CONDITIONS,
conditional=conditional,
conditional_conditions=conditional_conditions,
conditions_dict=conditions_dict,
controllers=controllers,
function=function,
function_channel=function_channel,
custom_actions=custom_actions,
custom_options_values_actions=custom_options_values_actions,
custom_options_values_controllers=custom_options_values_controllers,
custom_options_values_function_channels=
custom_options_values_function_channels,
dict_controllers=dict_controllers,
dict_measurements=dict_measurements,
dict_outputs=dict_outputs,
dict_units=dict_units,
display_order_function=display_order_function,
form_conditional=form_conditional,
form_conditional_conditions=form_conditional_conditions,
form_function=form_function,
form_actions=form_actions,
form_add_function=form_add_function,
form_function_base=form_function_base,
form_mod_measurement=form_mod_measurement,
form_mod_pid_base=form_mod_pid_base,
form_mod_pid_pwm_raise=form_mod_pid_pwm_raise,
form_mod_pid_pwm_lower=form_mod_pid_pwm_lower,
form_mod_pid_output_raise=form_mod_pid_output_raise,
form_mod_pid_output_lower=form_mod_pid_output_lower,
form_mod_pid_value_raise=form_mod_pid_value_raise,
form_mod_pid_value_lower=form_mod_pid_value_lower,
form_mod_pid_volume_raise=form_mod_pid_volume_raise,
form_mod_pid_volume_lower=form_mod_pid_volume_lower,
form_trigger=form_trigger,
function_action_info=FUNCTION_ACTION_INFO,
function_dev=function_dev,
function_types=FUNCTIONS,
input=input_dev,
lcd=lcd,
math=math,
method=method,
names_function=names_function,
output=output,
output_types=output_types(),
pid=pid,
sunrise_set_calc=sunrise_set_calc,
table_conversion=Conversion,
table_device_measurements=DeviceMeasurements,
table_input=Input,
table_output=Output,
tags=tags,
trigger=trigger,
units=MEASUREMENTS,
user=user)
elif function_type == 'entry':
return render_template(
function_page_entry,
and_=and_,
actions=actions,
actions_dict=actions_dict,
camera=camera,
choices_controller_ids=choices_controller_ids,
choices_custom_functions=choices_custom_functions,
choices_function=choices_function,
choices_functions=choices_functions,
choices_functions_add=choices_functions_add,
choices_input=choices_input,
choices_input_devices=choices_input_devices,
choices_math=choices_math,
choices_measurements_units=choices_measurements_units,
choices_method=choices_method,
choices_output=choices_output,
choices_output_channels=choices_output_channels,
choices_output_channels_measurements=
choices_output_channels_measurements,
choices_pid=choices_pid,
conditional_conditions_list=CONDITIONAL_CONDITIONS,
conditional=conditional,
conditional_conditions=conditional_conditions,
conditions_dict=conditions_dict,
controllers=controllers,
function=function,
function_channel=function_channel,
custom_actions=custom_actions,
custom_options_values_actions=custom_options_values_actions,
custom_options_values_controllers=custom_options_values_controllers,
custom_options_values_function_channels=
custom_options_values_function_channels,
dict_controllers=dict_controllers,
dict_measurements=dict_measurements,
dict_outputs=dict_outputs,
dict_units=dict_units,
display_order_function=display_order_function,
each_function=each_function,
form_conditional=form_conditional,
form_conditional_conditions=form_conditional_conditions,
form_function=form_function,
form_actions=form_actions,
form_add_function=form_add_function,
form_function_base=form_function_base,
form_mod_measurement=form_mod_measurement,
form_mod_pid_base=form_mod_pid_base,
form_mod_pid_pwm_raise=form_mod_pid_pwm_raise,
form_mod_pid_pwm_lower=form_mod_pid_pwm_lower,
form_mod_pid_output_raise=form_mod_pid_output_raise,
form_mod_pid_output_lower=form_mod_pid_output_lower,
form_mod_pid_value_raise=form_mod_pid_value_raise,
form_mod_pid_value_lower=form_mod_pid_value_lower,
form_mod_pid_volume_raise=form_mod_pid_volume_raise,
form_mod_pid_volume_lower=form_mod_pid_volume_lower,
form_trigger=form_trigger,
function_action_info=FUNCTION_ACTION_INFO,
function_dev=function_dev,
function_types=FUNCTIONS,
input=input_dev,
lcd=lcd,
math=math,
method=method,
names_function=names_function,
output=output,
output_types=output_types(),
pid=pid,
sunrise_set_calc=sunrise_set_calc,
table_conversion=Conversion,
table_device_measurements=DeviceMeasurements,
table_input=Input,
table_output=Output,
tags=tags,
trigger=trigger,
units=MEASUREMENTS,
user=user)
elif function_type == 'options':
return render_template(
function_page_options,
and_=and_,
actions=actions,
actions_dict=actions_dict,
camera=camera,
choices_controller_ids=choices_controller_ids,
choices_custom_functions=choices_custom_functions,
choices_function=choices_function,
choices_functions=choices_functions,
choices_functions_add=choices_functions_add,
choices_input=choices_input,
choices_input_devices=choices_input_devices,
choices_math=choices_math,
choices_measurements_units=choices_measurements_units,
choices_method=choices_method,
choices_output=choices_output,
choices_output_channels=choices_output_channels,
choices_output_channels_measurements=
choices_output_channels_measurements,
choices_pid=choices_pid,
conditional_conditions_list=CONDITIONAL_CONDITIONS,
conditional=conditional,
conditional_conditions=conditional_conditions,
conditions_dict=conditions_dict,
controllers=controllers,
each_function=each_function,
function=function,
function_channel=function_channel,
custom_actions=custom_actions,
custom_options_values_actions=custom_options_values_actions,
custom_options_values_controllers=custom_options_values_controllers,
custom_options_values_function_channels=
custom_options_values_function_channels,
dict_controllers=dict_controllers,
dict_measurements=dict_measurements,
dict_outputs=dict_outputs,
dict_units=dict_units,
display_order_function=display_order_function,
form_conditional=form_conditional,
form_conditional_conditions=form_conditional_conditions,
form_function=form_function,
form_actions=form_actions,
form_add_function=form_add_function,
form_function_base=form_function_base,
form_mod_measurement=form_mod_measurement,
form_mod_pid_base=form_mod_pid_base,
form_mod_pid_pwm_raise=form_mod_pid_pwm_raise,
form_mod_pid_pwm_lower=form_mod_pid_pwm_lower,
form_mod_pid_output_raise=form_mod_pid_output_raise,
form_mod_pid_output_lower=form_mod_pid_output_lower,
form_mod_pid_value_raise=form_mod_pid_value_raise,
form_mod_pid_value_lower=form_mod_pid_value_lower,
form_mod_pid_volume_raise=form_mod_pid_volume_raise,
form_mod_pid_volume_lower=form_mod_pid_volume_lower,
form_trigger=form_trigger,
function_action_info=FUNCTION_ACTION_INFO,
function_dev=function_dev,
function_types=FUNCTIONS,
input=input_dev,
lcd=lcd,
math=math,
method=method,
names_function=names_function,
output=output,
output_types=output_types(),
pid=pid,
sunrise_set_calc=sunrise_set_calc,
table_conversion=Conversion,
table_device_measurements=DeviceMeasurements,
table_input=Input,
table_output=Output,
tags=tags,
trigger=trigger,
units=MEASUREMENTS,
user=user)
elif function_type == 'actions':
return render_template(
'pages/function_options/actions.html',
and_=and_,
actions=actions,
actions_dict=actions_dict,
camera=camera,
choices_controller_ids=choices_controller_ids,
choices_custom_functions=choices_custom_functions,
choices_function=choices_function,
choices_functions=choices_functions,
choices_functions_add=choices_functions_add,
choices_input=choices_input,
choices_input_devices=choices_input_devices,
choices_math=choices_math,
choices_measurements_units=choices_measurements_units,
choices_method=choices_method,
choices_output=choices_output,
choices_output_channels=choices_output_channels,
choices_output_channels_measurements=
choices_output_channels_measurements,
choices_pid=choices_pid,
conditional_conditions_list=CONDITIONAL_CONDITIONS,
conditional=conditional,
conditional_conditions=conditional_conditions,
conditions_dict=conditions_dict,
controllers=controllers,
each_action=each_action,
each_function=each_function,
function=function,
function_channel=function_channel,
custom_actions=custom_actions,
custom_options_values_actions=custom_options_values_actions,
custom_options_values_controllers=custom_options_values_controllers,
custom_options_values_function_channels=
custom_options_values_function_channels,
dict_controllers=dict_controllers,
dict_measurements=dict_measurements,
dict_outputs=dict_outputs,
dict_units=dict_units,
display_order_function=display_order_function,
form_conditional=form_conditional,
form_conditional_conditions=form_conditional_conditions,
form_function=form_function,
form_actions=form_actions,
form_add_function=form_add_function,
form_function_base=form_function_base,
form_mod_measurement=form_mod_measurement,
form_mod_pid_base=form_mod_pid_base,
form_mod_pid_pwm_raise=form_mod_pid_pwm_raise,
form_mod_pid_pwm_lower=form_mod_pid_pwm_lower,
form_mod_pid_output_raise=form_mod_pid_output_raise,
form_mod_pid_output_lower=form_mod_pid_output_lower,
form_mod_pid_value_raise=form_mod_pid_value_raise,
form_mod_pid_value_lower=form_mod_pid_value_lower,
form_mod_pid_volume_raise=form_mod_pid_volume_raise,
form_mod_pid_volume_lower=form_mod_pid_volume_lower,
form_trigger=form_trigger,
function_action_info=FUNCTION_ACTION_INFO,
function_dev=function_dev,
function_types=FUNCTIONS,
input=input_dev,
lcd=lcd,
math=math,
method=method,
names_function=names_function,
output=output,
output_types=output_types(),
pid=pid,
sunrise_set_calc=sunrise_set_calc,
table_conversion=Conversion,
table_device_measurements=DeviceMeasurements,
table_input=Input,
table_output=Output,
tags=tags,
trigger=trigger,
units=MEASUREMENTS,
user=user)
elif function_type == 'conditions':
return render_template(
'pages/function_options/conditional_condition.html',
and_=and_,
actions=actions,
actions_dict=actions_dict,
camera=camera,
choices_controller_ids=choices_controller_ids,
choices_custom_functions=choices_custom_functions,
choices_function=choices_function,
choices_functions=choices_functions,
choices_functions_add=choices_functions_add,
choices_input=choices_input,
choices_input_devices=choices_input_devices,
choices_math=choices_math,
choices_measurements_units=choices_measurements_units,
choices_method=choices_method,
choices_output=choices_output,
choices_output_channels=choices_output_channels,
choices_output_channels_measurements=
choices_output_channels_measurements,
choices_pid=choices_pid,
conditional_conditions_list=CONDITIONAL_CONDITIONS,
conditional=conditional,
conditional_conditions=conditional_conditions,
conditions_dict=conditions_dict,
controllers=controllers,
each_action=each_action,
each_condition=each_condition,
each_function=each_function,
function=function,
function_channel=function_channel,
custom_actions=custom_actions,
custom_options_values_actions=custom_options_values_actions,
custom_options_values_controllers=custom_options_values_controllers,
custom_options_values_function_channels=
custom_options_values_function_channels,
dict_controllers=dict_controllers,
dict_measurements=dict_measurements,
dict_outputs=dict_outputs,
dict_units=dict_units,
display_order_function=display_order_function,
form_conditional=form_conditional,
form_conditional_conditions=form_conditional_conditions,
form_function=form_function,
form_actions=form_actions,
form_add_function=form_add_function,
form_function_base=form_function_base,
form_mod_measurement=form_mod_measurement,
form_mod_pid_base=form_mod_pid_base,
form_mod_pid_pwm_raise=form_mod_pid_pwm_raise,
form_mod_pid_pwm_lower=form_mod_pid_pwm_lower,
form_mod_pid_output_raise=form_mod_pid_output_raise,
form_mod_pid_output_lower=form_mod_pid_output_lower,
form_mod_pid_value_raise=form_mod_pid_value_raise,
form_mod_pid_value_lower=form_mod_pid_value_lower,
form_mod_pid_volume_raise=form_mod_pid_volume_raise,
form_mod_pid_volume_lower=form_mod_pid_volume_lower,
form_trigger=form_trigger,
function_action_info=FUNCTION_ACTION_INFO,
function_dev=function_dev,
function_types=FUNCTIONS,
input=input_dev,
lcd=lcd,
math=math,
method=method,
names_function=names_function,
output=output,
output_types=output_types(),
pid=pid,
sunrise_set_calc=sunrise_set_calc,
table_conversion=Conversion,
table_device_measurements=DeviceMeasurements,
table_input=Input,
table_output=Output,
tags=tags,
trigger=trigger,
units=MEASUREMENTS,
user=user)
else:
return "Could not determine template"
def form_input_choices(choices, each_input, dict_inputs):
dict_measurements = add_custom_measurements(Measurement.query.all())
dict_units = add_custom_units(Unit.query.all())
if each_input.device in dict_inputs:
is_adc = False
if ('analog_to_digital_converter' in dict_inputs[each_input.device] and
dict_inputs[each_input.device]['analog_to_digital_converter']):
is_adc = True
if ('measurements_list' in dict_inputs[each_input.device] and
dict_inputs[each_input.device]['measurements_list'] and
dict_inputs[each_input.device]['measurements_list'] != 'LinuxCommand' and
not is_adc
):
for each_measure in dict_inputs[each_input.device]['measurements_list']:
value = '{id},{meas}'.format(
id=each_input.unique_id,
meas=each_measure)
try:
custom_dict_measurements = {}
for each_measurement in each_input.convert_to_unit.split(';'):
custom_dict_measurements[each_measurement.split(',')[0]] = each_measurement.split(',')[1]
measure_display, unit_display = check_display_names(
each_measure, custom_dict_measurements[each_measure])
if unit_display:
display = '[Input {id:02d}] {name} ({meas}, {unit})'.format(
id=each_input.id,
name=each_input.name,
meas=measure_display,
unit=unit_display)
else:
display = '[Input {id:02d}] {name} ({meas})'.format(
id=each_input.id,
name=each_input.name,
meas=measure_display)
choices.update({value: display})
except:
logger.exception("Generating input choices")
# Linux Command Input
if (each_input.device == 'LinuxCommand' and
each_input.convert_to_unit != ''):
value = '{id},{meas}'.format(
id=each_input.unique_id,
meas=each_input.convert_to_unit.split(',')[0])
display = '[Input {id:02d}] {name} ({meas}, {unit})'.format(
id=each_input.id,
name=each_input.name,
meas=dict_measurements[each_input.convert_to_unit.split(',')[0]]['name'],
unit=dict_units[each_input.convert_to_unit.split(',')[1]]['unit'])
choices.update({value: display})
# ADC
if ('analog_to_digital_converter' in dict_inputs[each_input.device] and
dict_inputs[each_input.device]['analog_to_digital_converter'] and
each_input.convert_to_unit != ''):
value = '{id},voltage'.format(
id=each_input.unique_id)
display = '[Input {id:02d}] {name} (Voltage, volts)'.format(
id=each_input.id,
name=each_input.name)
choices.update({value: display})
value = '{id},{meas}'.format(
id=each_input.unique_id,
meas=each_input.convert_to_unit.split(',')[0])
display = '[Input {id:02d}] {name} ({meas}, {unit})'.format(
id=each_input.id,
name=each_input.name,
meas=dict_measurements[each_input.convert_to_unit.split(',')[0]]['name'],
unit=dict_units[each_input.convert_to_unit.split(',')[1]]['unit'])
choices.update({value: display})
return choices
input_data['dependencies_module'])
else:
# Only one set of dependencies
inputs_info[name_str] = input_data
if 'dependencies_module' in input_data:
inputs_info[name_str]['dependencies_module'] = [
input_data['dependencies_module']
] # turn into list
inputs_info = dict(
OrderedDict(sorted(inputs_info.items(), key=lambda t: t[0])))
with session_scope(MYCODO_DB_PATH) as new_session:
dict_measurements = add_custom_measurements(
new_session.query(Measurement).all())
dict_units = add_custom_units(new_session.query(Unit).all())
dict_inputs = {}
for name, data in inputs_info.items():
if 'measurements_dict' not in data:
continue
for channel, measure in data['measurements_dict'].items():
if measure["measurement"]:
if measure["measurement"] not in dict_inputs:
dict_inputs[measure["measurement"]] = {}
dict_inputs[measure["measurement"]][name] = data
dict_inputs = dict(
OrderedDict(sorted(dict_inputs.items(), key=lambda t: t[0])))
def page_input():
"""Display Data page options."""
input_type = request.args.get('input_type', None)
input_id = request.args.get('input_id', None)
action_id = request.args.get('action_id', None)
each_input = None
each_action = None
if input_type in ['entry', 'options', 'actions']:
each_input = Input.query.filter(Input.unique_id == input_id).first()
if input_type == 'actions' and action_id:
each_action = Actions.query.filter(
Actions.unique_id == action_id).first()
action = Actions.query.all()
function = CustomController.query.all()
input_dev = Input.query.all()
input_channel = InputChannel.query.all()
method = Method.query.all()
measurement = Measurement.query.all()
output = Output.query.all()
output_channel = OutputChannel.query.all()
pid = PID.query.all()
user = User.query.all()
unit = Unit.query.all()
display_order_input = csv_to_list_of_str(DisplayOrder.query.first().inputs)
form_add_input = forms_input.InputAdd()
form_mod_input = forms_input.InputMod()
form_actions = forms_action.Actions()
dict_inputs = parse_input_information()
dict_actions = parse_action_information()
custom_options_values_inputs = parse_custom_option_values(
input_dev, dict_controller=dict_inputs)
custom_options_values_input_channels = parse_custom_option_values_input_channels_json(
input_channel, dict_controller=dict_inputs, key_name='custom_channel_options')
custom_options_values_actions = {}
for each_action_dev in action:
try:
custom_options_values_actions[each_action_dev.unique_id] = json.loads(each_action_dev.custom_options)
except:
custom_options_values_actions[each_action_dev.unique_id] = {}
custom_commands = {}
for each_input_dev in input_dev:
if each_input_dev.device in dict_inputs and 'custom_commands' in dict_inputs[each_input_dev.device]:
custom_commands[each_input_dev.device] = True
# Generate dict that incorporate user-added measurements/units
dict_outputs = parse_output_information()
dict_units = add_custom_units(unit)
dict_measurements = add_custom_measurements(measurement)
# Generate Action dropdown for use with Inputs
choices_actions = []
list_actions_sorted = generate_form_action_list(dict_actions, application=["inputs"])
for name in list_actions_sorted:
choices_actions.append((name, dict_actions[name]['name']))
# Create list of choices to be used in dropdown menus
choices_function = utils_general.choices_functions(
function, dict_units, dict_measurements)
choices_input = utils_general.choices_inputs(
input_dev, dict_units, dict_measurements)
choices_method = utils_general.choices_methods(method)
choices_output = utils_general.choices_outputs(
output, OutputChannel, dict_outputs, dict_units, dict_measurements)
choices_output_channels = utils_general.choices_outputs_channels(
output, output_channel, dict_outputs)
choices_output_channels_measurements = utils_general.choices_outputs_channels_measurements(
output, OutputChannel, dict_outputs, dict_units, dict_measurements)
choices_pid = utils_general.choices_pids(
pid, dict_units, dict_measurements)
choices_pid_devices = utils_general.choices_pids_devices(pid)
choices_unit = utils_general.choices_units(unit)
choices_measurement = utils_general.choices_measurements(measurement)
choices_measurements_units = utils_general.choices_measurements_units(measurement, unit)
# Create dict of Input names
names_input = {}
all_elements = input_dev
for each_element in all_elements:
names_input[each_element.unique_id] = '[{id:02d}] ({uid}) {name}'.format(
id=each_element.id,
uid=each_element.unique_id.split('-')[0],
name=each_element.name)
# Create list of file names from the input_options directory
# Used in generating the correct options for each input controller
input_templates = []
input_path = os.path.join(
INSTALL_DIRECTORY,
'mycodo/mycodo_flask/templates/pages/data_options/input_options')
for (_, _, file_names) in os.walk(input_path):
input_templates.extend(file_names)
break
# Compile a list of 1-wire devices
devices_1wire = []
if os.path.isdir(PATH_1WIRE):
for each_name in os.listdir(PATH_1WIRE):
if 'bus' not in each_name and '-' in each_name:
devices_1wire.append(
{'name': each_name, 'value': each_name.split('-')[1]}
)
# Compile a list of 1-wire devices (using ow-shell)
devices_1wire_ow_shell = []
if not Input.query.filter(Input.device == "DS18B20_OWS").count():
pass
elif current_app.config['TESTING']:
logger.debug("Testing: Skipping testing for 'ow-shell'")
elif not dpkg_package_exists('ow-shell'):
logger.debug("Package 'ow-shell' not found")
else:
logger.debug("Package 'ow-shell' found")
try:
test_cmd = subprocess.check_output(['owdir']).splitlines()
for each_ow in test_cmd:
str_ow = re.sub("\ |\/|\'", "", each_ow.decode("utf-8")) # Strip / and '
if '.' in str_ow and len(str_ow) == 15:
devices_1wire_ow_shell.append(str_ow)
except Exception:
logger.error("Error finding 1-wire devices with 'owdir'")
# Find FTDI devices
ftdi_devices = []
if not current_app.config['TESTING']:
for each_input_dev in input_dev:
if each_input_dev.interface == "FTDI":
from mycodo.devices.atlas_scientific_ftdi import get_ftdi_device_list
ftdi_devices = get_ftdi_device_list()
break
if not input_type:
return render_template('pages/input.html',
and_=and_,
action=action,
choices_actions=choices_actions,
choices_function=choices_function,
choices_input=choices_input,
choices_output=choices_output,
choices_measurement=choices_measurement,
choices_measurements_units=choices_measurements_units,
choices_method=choices_method,
choices_output_channels=choices_output_channels,
choices_output_channels_measurements=choices_output_channels_measurements,
choices_pid=choices_pid,
choices_pid_devices=choices_pid_devices,
choices_unit=choices_unit,
custom_commands=custom_commands,
custom_options_values_actions=custom_options_values_actions,
custom_options_values_inputs=custom_options_values_inputs,
custom_options_values_input_channels=custom_options_values_input_channels,
dict_actions=dict_actions,
dict_inputs=dict_inputs,
dict_measurements=dict_measurements,
dict_units=dict_units,
display_order_input=display_order_input,
form_actions=form_actions,
form_add_input=form_add_input,
form_mod_input=form_mod_input,
ftdi_devices=ftdi_devices,
input_channel=input_channel,
input_templates=input_templates,
names_input=names_input,
output=output,
output_types=output_types(),
pid=pid,
table_conversion=Conversion,
table_device_measurements=DeviceMeasurements,
table_input=Input,
user=user,
devices_1wire_ow_shell=devices_1wire_ow_shell,
devices_1wire=devices_1wire)
elif input_type == 'entry':
return render_template('pages/data_options/input_entry.html',
and_=and_,
action=action,
choices_actions=choices_actions,
choices_function=choices_function,
choices_input=choices_input,
choices_output=choices_output,
choices_measurement=choices_measurement,
choices_measurements_units=choices_measurements_units,
choices_method=choices_method,
choices_output_channels=choices_output_channels,
choices_output_channels_measurements=choices_output_channels_measurements,
choices_pid=choices_pid,
choices_pid_devices=choices_pid_devices,
choices_unit=choices_unit,
custom_commands=custom_commands,
custom_options_values_actions=custom_options_values_actions,
custom_options_values_inputs=custom_options_values_inputs,
custom_options_values_input_channels=custom_options_values_input_channels,
dict_actions=dict_actions,
dict_inputs=dict_inputs,
dict_measurements=dict_measurements,
dict_units=dict_units,
display_order_input=display_order_input,
each_input=each_input,
form_actions=form_actions,
form_add_input=form_add_input,
form_mod_input=form_mod_input,
ftdi_devices=ftdi_devices,
input_channel=input_channel,
input_templates=input_templates,
names_input=names_input,
output=output,
output_types=output_types(),
pid=pid,
table_conversion=Conversion,
table_device_measurements=DeviceMeasurements,
table_input=Input,
user=user,
devices_1wire_ow_shell=devices_1wire_ow_shell,
devices_1wire=devices_1wire)
elif input_type == 'options':
return render_template('pages/data_options/input_options.html',
and_=and_,
action=action,
choices_actions=choices_actions,
choices_function=choices_function,
choices_input=choices_input,
choices_output=choices_output,
choices_measurement=choices_measurement,
choices_measurements_units=choices_measurements_units,
choices_method=choices_method,
choices_output_channels=choices_output_channels,
choices_output_channels_measurements=choices_output_channels_measurements,
choices_pid=choices_pid,
choices_pid_devices=choices_pid_devices,
choices_unit=choices_unit,
custom_commands=custom_commands,
custom_options_values_actions=custom_options_values_actions,
custom_options_values_inputs=custom_options_values_inputs,
custom_options_values_input_channels=custom_options_values_input_channels,
dict_actions=dict_actions,
dict_inputs=dict_inputs,
dict_measurements=dict_measurements,
dict_units=dict_units,
display_order_input=display_order_input,
each_input=each_input,
form_actions=form_actions,
form_add_input=form_add_input,
form_mod_input=form_mod_input,
ftdi_devices=ftdi_devices,
input_channel=input_channel,
input_templates=input_templates,
names_input=names_input,
output=output,
output_types=output_types(),
pid=pid,
table_conversion=Conversion,
table_device_measurements=DeviceMeasurements,
table_input=Input,
user=user,
devices_1wire_ow_shell=devices_1wire_ow_shell,
devices_1wire=devices_1wire)
elif input_type == 'actions':
return render_template('pages/actions.html',
and_=and_,
action=action,
choices_actions=choices_actions,
choices_function=choices_function,
choices_input=choices_input,
choices_output=choices_output,
choices_measurement=choices_measurement,
choices_measurements_units=choices_measurements_units,
choices_method=choices_method,
choices_output_channels=choices_output_channels,
choices_output_channels_measurements=choices_output_channels_measurements,
choices_pid=choices_pid,
choices_pid_devices=choices_pid_devices,
choices_unit=choices_unit,
custom_commands=custom_commands,
custom_options_values_actions=custom_options_values_actions,
custom_options_values_inputs=custom_options_values_inputs,
custom_options_values_input_channels=custom_options_values_input_channels,
dict_actions=dict_actions,
dict_inputs=dict_inputs,
dict_measurements=dict_measurements,
dict_units=dict_units,
display_order_input=display_order_input,
each_action=each_action,
each_input=each_input,
form_actions=form_actions,
form_add_input=form_add_input,
form_mod_input=form_mod_input,
ftdi_devices=ftdi_devices,
input_channel=input_channel,
input_templates=input_templates,
names_input=names_input,
output=output,
output_types=output_types(),
pid=pid,
table_conversion=Conversion,
table_device_measurements=DeviceMeasurements,
table_input=Input,
user=user,
devices_1wire_ow_shell=devices_1wire_ow_shell,
devices_1wire=devices_1wire)
def page_output():
"""Display Output page options."""
output_type = request.args.get('output_type', None)
output_id = request.args.get('output_id', None)
each_output = None
if output_type in ['entry', 'options'] and output_id != '0':
each_output = Output.query.filter(
Output.unique_id == output_id).first()
camera = Camera.query.all()
function = CustomController.query.all()
input_dev = Input.query.all()
method = Method.query.all()
misc = Misc.query.first()
output = Output.query.all()
output_channel = OutputChannel
pid = PID.query.all()
user = User.query.all()
dict_outputs = parse_output_information()
form_add_output = forms_output.OutputAdd()
form_mod_output = forms_output.OutputMod()
# Generate all measurement and units used
dict_measurements = add_custom_measurements(Measurement.query.all())
dict_units = add_custom_units(Unit.query.all())
choices_function = utils_general.choices_functions(function, dict_units,
dict_measurements)
choices_input = utils_general.choices_inputs(input_dev, dict_units,
dict_measurements)
choices_input_devices = utils_general.choices_input_devices(input_dev)
choices_method = utils_general.choices_methods(method)
choices_output = utils_general.choices_outputs(output, OutputChannel,
dict_outputs, dict_units,
dict_measurements)
choices_output_channels = utils_general.choices_outputs_channels(
output, output_channel.query.all(), dict_outputs)
choices_pid = utils_general.choices_pids(pid, dict_units,
dict_measurements)
custom_options_values_outputs = parse_custom_option_values_json(
output, dict_controller=dict_outputs)
custom_options_values_output_channels = parse_custom_option_values_output_channels_json(
output_channel.query.all(),
dict_controller=dict_outputs,
key_name='custom_channel_options')
custom_commands = {}
for each_output_dev in output:
if 'custom_commands' in dict_outputs[each_output_dev.output_type]:
custom_commands[each_output_dev.output_type] = True
# Create dict of Input names
names_output = {}
all_elements = output
for each_element in all_elements:
names_output[each_element.unique_id] = '[{id}] {name}'.format(
id=each_element.unique_id.split('-')[0], name=each_element.name)
# Create list of file names from the output_options directory
# Used in generating the correct options for each output/device
output_templates = []
output_path = os.path.join(
INSTALL_DIRECTORY,
'mycodo/mycodo_flask/templates/pages/output_options')
for (_, _, file_names) in os.walk(output_path):
output_templates.extend(file_names)
break
display_order_output = csv_to_list_of_str(
DisplayOrder.query.first().output)
output_variables = {}
for each_output_dev in output:
output_variables[each_output_dev.unique_id] = {}
for each_channel in dict_outputs[
each_output_dev.output_type]['channels_dict']:
output_variables[each_output_dev.unique_id][each_channel] = {}
output_variables[
each_output_dev.unique_id][each_channel]['amps'] = None
output_variables[each_output_dev.
unique_id][each_channel]['trigger_startup'] = None
# Find FTDI devices
ftdi_devices = []
if not current_app.config['TESTING']:
for each_output_dev in output:
if each_output_dev.interface == "FTDI":
from mycodo.devices.atlas_scientific_ftdi import get_ftdi_device_list
ftdi_devices = get_ftdi_device_list()
break
if not output_type:
return render_template(
'pages/output.html',
camera=camera,
choices_function=choices_function,
choices_input=choices_input,
choices_input_devices=choices_input_devices,
choices_method=choices_method,
choices_output=choices_output,
choices_output_channels=choices_output_channels,
choices_pid=choices_pid,
custom_commands=custom_commands,
custom_options_values_outputs=custom_options_values_outputs,
custom_options_values_output_channels=
custom_options_values_output_channels,
dict_outputs=dict_outputs,
display_order_output=display_order_output,
form_add_output=form_add_output,
form_mod_output=form_mod_output,
ftdi_devices=ftdi_devices,
misc=misc,
names_output=names_output,
output=output,
output_channel=output_channel,
output_types=output_types(),
output_templates=output_templates,
output_variables=output_variables,
user=user)
elif output_type == 'entry':
return render_template(
'pages/output_entry.html',
camera=camera,
choices_function=choices_function,
choices_input=choices_input,
choices_input_devices=choices_input_devices,
choices_method=choices_method,
choices_output=choices_output,
choices_output_channels=choices_output_channels,
choices_pid=choices_pid,
custom_commands=custom_commands,
custom_options_values_outputs=custom_options_values_outputs,
custom_options_values_output_channels=
custom_options_values_output_channels,
dict_outputs=dict_outputs,
display_order_output=display_order_output,
each_output=each_output,
form_add_output=form_add_output,
form_mod_output=form_mod_output,
ftdi_devices=ftdi_devices,
misc=misc,
names_output=names_output,
output=output,
output_channel=output_channel,
output_types=output_types(),
output_templates=output_templates,
output_variables=output_variables,
user=user)
elif output_type == 'options':
return render_template(
'pages/output_options.html',
camera=camera,
choices_function=choices_function,
choices_input=choices_input,
choices_input_devices=choices_input_devices,
choices_method=choices_method,
choices_output=choices_output,
choices_output_channels=choices_output_channels,
choices_pid=choices_pid,
custom_commands=custom_commands,
custom_options_values_outputs=custom_options_values_outputs,
custom_options_values_output_channels=
custom_options_values_output_channels,
dict_outputs=dict_outputs,
display_order_output=display_order_output,
each_output=each_output,
form_add_output=form_add_output,
form_mod_output=form_mod_output,
ftdi_devices=ftdi_devices,
misc=misc,
names_output=names_output,
output=output,
output_channel=output_channel,
output_types=output_types(),
output_templates=output_templates,
output_variables=output_variables,
user=user)
def initialize_variables(self):
lcd_dev = db_retrieve_table_daemon(LCD, unique_id=self.unique_id)
self.lcd_type = lcd_dev.lcd_type
self.lcd_name = lcd_dev.name
self.lcd_period = lcd_dev.period
self.lcd_x_characters = lcd_dev.x_characters
self.lcd_y_lines = lcd_dev.y_lines
self.timer = time.time() + self.lcd_period
self.backlight_timer = time.time()
self.log_level_debug = lcd_dev.log_level_debug
self.set_log_level_debug(self.log_level_debug)
# Add custom measurement and units to list
self.list_inputs = add_custom_measurements(
db_retrieve_table_daemon(Measurement, entry='all'))
self.list_inputs.update(
{'input_time': {'unit': None, 'name': 'Time'}})
self.list_inputs.update(
{'pid_time': {'unit': None, 'name': 'Time'}})
self.dict_units = add_custom_units(
db_retrieve_table_daemon(Unit, entry='all'))
lcd_data = db_retrieve_table_daemon(
LCDData).filter(LCDData.lcd_id == lcd_dev.unique_id).all()
for each_lcd_display in lcd_data:
self.display_sets.append(each_lcd_display.unique_id)
self.lcd_string_line[each_lcd_display.unique_id] = {}
self.lcd_line[each_lcd_display.unique_id] = {}
self.lcd_text[each_lcd_display.unique_id] = {}
self.lcd_max_age[each_lcd_display.unique_id] = {}
self.lcd_decimal_places[each_lcd_display.unique_id] = {}
for i in range(1, self.lcd_y_lines + 1):
self.lcd_string_line[each_lcd_display.unique_id][i] = ''
self.lcd_line[each_lcd_display.unique_id][i] = {}
if i == 1:
self.lcd_text[each_lcd_display.unique_id][i] = each_lcd_display.line_1_text
self.lcd_max_age[each_lcd_display.unique_id][i] = each_lcd_display.line_1_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][i] = each_lcd_display.line_1_decimal_places
elif i == 2:
self.lcd_text[each_lcd_display.unique_id][i] = each_lcd_display.line_2_text
self.lcd_max_age[each_lcd_display.unique_id][i] = each_lcd_display.line_2_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][i] = each_lcd_display.line_2_decimal_places
elif i == 3:
self.lcd_text[each_lcd_display.unique_id][i] = each_lcd_display.line_3_text
self.lcd_max_age[each_lcd_display.unique_id][i] = each_lcd_display.line_3_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][i] = each_lcd_display.line_3_decimal_places
elif i == 4:
self.lcd_text[each_lcd_display.unique_id][i] = each_lcd_display.line_4_text
self.lcd_max_age[each_lcd_display.unique_id][i] = each_lcd_display.line_4_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][i] = each_lcd_display.line_4_decimal_places
elif i == 5:
self.lcd_text[each_lcd_display.unique_id][i] = each_lcd_display.line_5_text
self.lcd_max_age[each_lcd_display.unique_id][i] = each_lcd_display.line_5_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][i] = each_lcd_display.line_5_decimal_places
elif i == 6:
self.lcd_text[each_lcd_display.unique_id][i] = each_lcd_display.line_6_text
self.lcd_max_age[each_lcd_display.unique_id][i] = each_lcd_display.line_6_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][i] = each_lcd_display.line_6_decimal_places
elif i == 7:
self.lcd_text[each_lcd_display.unique_id][i] = each_lcd_display.line_7_text
self.lcd_max_age[each_lcd_display.unique_id][i] = each_lcd_display.line_7_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][i] = each_lcd_display.line_7_decimal_places
elif i == 8:
self.lcd_text[each_lcd_display.unique_id][i] = each_lcd_display.line_8_text
self.lcd_max_age[each_lcd_display.unique_id][i] = each_lcd_display.line_8_max_age
self.lcd_decimal_places[each_lcd_display.unique_id][i] = each_lcd_display.line_8_decimal_places
if self.lcd_y_lines in [2, 4, 8]:
self.setup_lcd_line(
each_lcd_display.unique_id, 1,
each_lcd_display.line_1_id,
each_lcd_display.line_1_measurement)
self.setup_lcd_line(
each_lcd_display.unique_id, 2,
each_lcd_display.line_2_id,
each_lcd_display.line_2_measurement)
if self.lcd_y_lines in [4, 8]:
self.setup_lcd_line(
each_lcd_display.unique_id, 3,
each_lcd_display.line_3_id,
each_lcd_display.line_3_measurement)
self.setup_lcd_line(
each_lcd_display.unique_id, 4,
each_lcd_display.line_4_id,
each_lcd_display.line_4_measurement)
if self.lcd_y_lines == 8:
self.setup_lcd_line(
each_lcd_display.unique_id, 5,
each_lcd_display.line_5_id,
each_lcd_display.line_5_measurement)
self.setup_lcd_line(
each_lcd_display.unique_id, 6,
each_lcd_display.line_6_id,
each_lcd_display.line_6_measurement)
self.setup_lcd_line(
each_lcd_display.unique_id, 7,
each_lcd_display.line_7_id,
each_lcd_display.line_7_measurement)
self.setup_lcd_line(
each_lcd_display.unique_id, 8,
each_lcd_display.line_8_id,
each_lcd_display.line_8_measurement)
if self.lcd_type in ['16x2_generic',
'20x4_generic']:
from mycodo.devices.lcd_generic import LCD_Generic
self.lcd_out = LCD_Generic(lcd_dev)
self.lcd_init()
elif self.lcd_type in ['16x2_grove_lcd_rgb']:
from mycodo.devices.lcd_grove_lcd_rgb import LCD_Grove_LCD_RGB
self.lcd_out = LCD_Grove_LCD_RGB(lcd_dev)
self.lcd_init()
elif self.lcd_type in ['128x32_pioled',
'128x64_pioled']:
from mycodo.devices.lcd_pioled import LCD_Pioled
self.lcd_out = LCD_Pioled(lcd_dev)
self.lcd_init()
elif self.lcd_type in ['128x32_pioled_circuit_python',
'128x64_pioled_circuit_python']:
from mycodo.devices.lcd_pioled_circuitpython import LCD_Pioled_Circuitpython
self.lcd_out = LCD_Pioled_Circuitpython(lcd_dev)
self.lcd_init()
else:
self.logger.error("Unknown LCD type: {}".format(self.lcd_type))
if self.lcd_initialized:
line_1 = 'Mycodo {}'.format(MYCODO_VERSION)
line_2 = 'Start {}'.format(self.lcd_name)
self.lcd_out.lcd_write_lines(line_1, line_2, '', '')
