migration from ha-cantegrill repo

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2024-05-31 14:50:50 +02:00
commit 45376aebcb
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smartcondition.py Normal file
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#import appdaemon.plugins.hass.hassapi as hass
import enum
from datetime import datetime
#from pickle import FALSE
from adexpressioncontext import ADExpressionContext
from expressionparser import ConditionsParser,ParsingException,EvaluationException
from kwargsparser import kwargsParser
def catch_smartcondition_exception(error_lambda):
def decorator(function):
def wrapper(*args, **kwargs):
try: return function(*args, **kwargs)
except ParsingException as e: error_lambda(args[0],str(e))
return wrapper
return decorator
class Result(enum.Enum):
Failed = 0
Succeeded = 1
Disabled = 2
Unavailable = 3
class Evaluator():
__TEMPLATE_CONDITIONS_STRING = "template_conditions"
__TRIGGER_CONDITIONS_STRING = "trigger_conditions"
__BLOCKING_CONDITIONS_STRING = "blocking_conditions"
__DISABLE_CONDITIONS_STRING = "disable_conditions"
__CALLBACK_DELAY_STRING = "callback_delay"
__LOG_NO_VALID_CONDITION_DETAILS = "log_no_valid_condition_details"
__LOG_INIT = "log_init"
__EXTRA_ENTITIES_TO_LISTEN = "extra_entities_to_listen"
__CONSTANTS = "constants"
__UNAVAIBILITY_RESULT = "unavaibility_result"
def __init__(self, appdaemon_api, conditions_block,**kwargs):
self.__trigger_conditions = []
self.__blocking_conditions = []
self.__disable_conditions = []
self.__entities_to_listen = {}
self.__debug_log_prefixes = []
self.__callback_delay = 0.0
self.__last_evaluation_result = None
self.__state_callbacks_handle = list()
self.__condition_state_change_delayed = list()
self.__condition_state_change_delayed_cb_handle = None
self.__appdaemon_api = appdaemon_api
self.__activated = False
self.__callback_trigger_reason_log_string = None
self.__evaluation_result_log_string = None
parser = kwargsParser(kwargs,lambda string: self.__log(string,level = "ERROR"),lambda string: self.__log(string,level = "WARNING"))
self.__logger_interface = parser.parse_args('logger_interface',None)
self.__no_log_prefix = parser.parse_args('no_log_prefix',False) #as no_log_prefix is used to feedback parser error, it need to be defined first
condition_name = parser.parse_args('condition_name',None,['log_prefix'])
if condition_name:
if isinstance(condition_name,list):
for name in condition_name:
self.__debug_log_prefixes.append(f"[{name}]")
else:
self.__debug_log_prefixes.append(f"[{condition_name}]")
extra_entities_to_listen = parser.parse_args(self.__EXTRA_ENTITIES_TO_LISTEN,None)
if extra_entities_to_listen:
if isinstance(extra_entities_to_listen, str): extra_entities_to_listen = [ extra_entities_to_listen ]
self.__add_to_entities_to_listen(extra_entities_to_listen)
self.__on_update_callback = parser.parse_args('on_update_cb',None,['callback'])
self.__on_change_callback = parser.parse_args('on_change_cb',None)
self.__unavaibility_result = parser.parse_args(self.__UNAVAIBILITY_RESULT,None) #None means throw an exception
self.__on_succeed_callback = parser.parse_args('on_succeed_cb',None)
self.__on_fail_callback = parser.parse_args('on_fail_cb',None)
self.__pass_condition_name_to_cb = parser.parse_args('pass_condition_name_to_cb',None)
self.__templates_library = parser.parse_args('templates_library',None)
#try: default_args = appdaemon_api.args
#except AttributeError: default_args = None
#args = parser.parse_args('args',default_args)
self.__log_init = parser.parse_args(self.__LOG_INIT,False)
self.__trigger_callback_on_activation = parser.parse_args('trigger_callback_on_activation',True)
self.__trigger_callback_on_entity_creation = parser.parse_args('trigger_callback_on_entity_creation',True)
self.__log_no_valid_condition_details = parser.parse_args(self.__LOG_NO_VALID_CONDITION_DETAILS,False)
self.__log_callback_trigger_reason = parser.parse_args('log_callback_trigger_reason',True)
self.__sensors_aliases_default_value = parser.parse_args('sensors_aliases_default_value',dict())
activated = parser.parse_args('activated',True)
sensor_existence_validation = parser.parse_args('sensor_existence_validation',True)
self.expression_context = ADExpressionContext(self.__appdaemon_api,sensor_existence_validation)
constants = parser.parse_args('constants',dict())
for constant_name,value in constants.items():
self.expression_context.declare_constant(constant_name,value)
for alias,value in self.__sensors_aliases_default_value.items():
self.expression_context.declare_sensor_alias_default_value(alias,value)
parser.validate_args()
self.__parse_conditions_block(conditions_block)
if activated: self.activate()
def __has_user_callback(self):
return self.__on_update_callback or self.__on_change_callback or self.__on_succeed_callback or self.__on_fail_callback
def __has_user_callback_based_on_result(self):
return self.__on_change_callback or self.__on_succeed_callback or self.__on_fail_callback
def activate(self):
if not self.__activated:
self.__activated = True
if self.__has_user_callback():
self.__register_internal_callback()
if self.__has_user_callback_based_on_result() and self.__trigger_callback_on_activation:
self.__trigger_callbacks("Callback trigger by condition activation",True)
def deactivate(self):
if self.__activated:
self.__activated = False
self.__last_evaluation_result = None
self.__unregister_internal_callback()
def __evaluate(self):
try:
self.__debug_log_prefixes.append("[Evaluating]")
result, disable_reason = self.__evaluate_conditions_list(self.__disable_conditions)
if result:
self.__evaluation_result_log_string = self.__log_to_string(f"Disabled by {disable_reason}")
self.__debug_log_prefixes.pop()
return Result.Disabled
else:
result, trigger_reason = self.__evaluate_conditions_list(self.__trigger_conditions)
if result:
logstring = f"Triggered by {trigger_reason}"
result,blocking_reason = self.__evaluate_conditions_list(self.__blocking_conditions)
if result:
logstring = f"Blocked by {blocking_reason}({logstring})"
self.__evaluation_result_log_string = self.__log_to_string(logstring)
self.__debug_log_prefixes.pop()
return Result.Failed
else:
self.__evaluation_result_log_string = self.__log_to_string(logstring)
self.__debug_log_prefixes.pop()
return Result.Succeeded
if self.__log_no_valid_condition_details:
self.__evaluation_result_log_string = self.__log_to_string(f"No valid conditions\n{trigger_reason}")
else:
self.__evaluation_result_log_string = self.__log_to_string(f"No valid conditions")
self.__debug_log_prefixes.pop()
return Result.Failed
except EvaluationException as e:
if self.__unavaibility_result != None and "unavailable" in e.operands:
self.__log_to_string(f"The expression will be evaluated as '{self.__unavaibility_result}' because of the following exception {e}")
self.__debug_log_prefixes.pop()
return self.__unavaibility_result
else:
self.__debug_log_prefixes.pop()
raise e
except Exception as e:
self.__debug_log_prefixes.pop()
raise e
def evaluate(self,log = True):
try: result = self.__evaluate()
except EvaluationException as e:
self.__log(f"{e}",level = "ERROR")
return None
if log:
self.log_evaluation_result()
return result
def log_callback_trigger_reason(self):
if self.__callback_trigger_reason_log_string:
self.__log_info(self.__callback_trigger_reason_log_string)
self.__callback_trigger_reason_log_string = None
def log_evaluation_result(self):
if self.__evaluation_result_log_string:
self.__log_info(self.__evaluation_result_log_string)
self.__evaluation_result_log_string = None
def get_evaluation_result_log_string(self):
return self.__evaluation_result_log_string
def log_entities_states(self):
log_string = "Entities states: "
for entity,attributes in self.__entities_to_listen.items():
for attribute in attributes:
if attribute == "state" or attribute == None:
log_string += f"{entity} = {self.__appdaemon_api.get_state(entity)},"
#not sure why it was here, most likely a left over
#handle = self.__appdaemon_api.listen_state(self.__on_condition_state_change,entity)
else:
log_string += f"{entity}[{attribute}] = {self.__appdaemon_api.get_state(entity,attribute = attribute)},"
self.__log_info(log_string[:-1])
def get_entities_to_listen(self):
return self.__entities_to_listen
def get_entities_to_listen_as_list(self):
entities_list = list()
for entity_id,attributes in self.__entities_to_listen.items():
for attribute in attributes:
if attribute == None:
entities_list.append(entity_id)
else:
entities_list.append(f"{entity_id}.{attribute}")
return entities_list
def __add_to_entities_to_listen(self,extra_entities_to_listen):
#__add_to_entities_to_listen support both :
# ['sensor.a.attribute', 'sensor.a','sensor.a.another_attribute'] and
# { 'sensor.a' : ['attribute','another_attribute'] }
# single entity to listen in the form of a string 'sensor.a' are converted to a one element list
if isinstance(extra_entities_to_listen,str):
extra_entities_to_listen = [ extra_entities_to_listen ]
if isinstance(extra_entities_to_listen, list):
for entity_string in extra_entities_to_listen:
splitted_entity = entity_string.split('.')
if len(splitted_entity) == 2:
entity_id = entity_string
attribute = None
elif len(splitted_entity) == 3:
entity_id = f"{splitted_entity[0]}.{splitted_entity[1]}"
attribute = splitted_entity[2]
else:
self.__log(f"Invalid entity string '{entity_string}' present in extra_entities_to_listen",level = "ERROR")
continue
if not entity_id in self.__entities_to_listen:
self.__entities_to_listen[entity_id] = []
if not attribute in self.__entities_to_listen[entity_id]:
self.__entities_to_listen[entity_id].append(attribute)
elif isinstance(extra_entities_to_listen, dict):
for entity in extra_entities_to_listen:
if not entity in self.__entities_to_listen:
self.__entities_to_listen[entity] = []
#I support both "my.entity" : "attribute" and "my.entity": ["attribute1","attribute2"]
if isinstance(extra_entities_to_listen[entity], str):
attribute = extra_entities_to_listen[entity]
if not attribute in self.__entities_to_listen[entity]: self.__entities_to_listen[entity].append(attribute)
else:
for attribute in extra_entities_to_listen[entity]:
if not attribute in self.__entities_to_listen[entity]: self.__entities_to_listen[entity].append(attribute)
else:
self.__log(f"extra_entities_to_listen is in an invalid format: {extra_entities_to_listen}",level = "ERROR")
def __evaluate_conditions_list(self,condition_list):
for condition in condition_list:
if condition.evaluate():
return True, str(condition)
full_condition = ""
for condition in condition_list:
full_condition += f"- {condition}\n"
return False, full_condition[:-1]
def __load_template(self, conditions_block, template_library):
def add_conditions_to_conditions_block(conditions_block,conditions_type,extra_conditions):
def log_template_loading(condition_string):
if self.__log_init:
self.__log(f"Loading {conditions_type} : '{condition_string}'")
if not conditions_type in conditions_block:
conditions_block[conditions_type] = list()
elif isinstance(conditions_block[conditions_type], str):
#convert inline condition to list as we are goint to add more of them
conditions_block[conditions_type] = [conditions_block[conditions_type]]
if isinstance(extra_conditions, list):
for condition_string in extra_conditions:
log_template_loading(condition_string)
conditions_block[conditions_type].append(condition_string)
else: #support inline conditions
log_template_loading(extra_conditions)
conditions_block[conditions_type].append(extra_conditions)
if isinstance(conditions_block, str):
if conditions_block[0] == '<' and conditions_block[-1] == '>':
conditions_block = { self.__TEMPLATE_CONDITIONS_STRING : conditions_block}
if isinstance(conditions_block, dict) and self.__TEMPLATE_CONDITIONS_STRING in conditions_block:
if template_library != None:
self.__debug_log_prefixes.append("[Loading Templates]")
template_string = conditions_block[self.__TEMPLATE_CONDITIONS_STRING]
if template_string[0] == '<' and template_string[-1] == '>':
splitted_template = template_string.split(",")
for template in splitted_template:
template = template.strip()
if template[0] == '<' and template[-1] == '>':
template = template[1:-1].strip()
if template in template_library:
if self.__log_init:
self.__log(f"Loading template {template}")
if isinstance(template_library[template],dict):
param_parser = kwargsParser(template_library[template],lambda string: self.__log(string,level = "ERROR"),lambda string: self.__log(string,level = "WARNING"))
trigger_conditions_args = param_parser.parse_args(self.__TRIGGER_CONDITIONS_STRING,None)
if trigger_conditions_args:
add_conditions_to_conditions_block(conditions_block,self.__TRIGGER_CONDITIONS_STRING,trigger_conditions_args)
blocking_conditions_args = param_parser.parse_args(self.__BLOCKING_CONDITIONS_STRING, None)
if blocking_conditions_args:
add_conditions_to_conditions_block(conditions_block,self.__BLOCKING_CONDITIONS_STRING,blocking_conditions_args)
disable_conditions_args = param_parser.parse_args(self.__DISABLE_CONDITIONS_STRING, None)
if disable_conditions_args:
add_conditions_to_conditions_block(conditions_block,self.__DISABLE_CONDITIONS_STRING,disable_conditions_args)
if param_parser.parse_args(self.__TEMPLATE_CONDITIONS_STRING, None):
self.__log(f"Template '{template}' contain recursive template",level = "ERROR")
param_parser.validate_args()
else: #manage inline conditions
add_conditions_to_conditions_block(conditions_block,self.__TRIGGER_CONDITIONS_STRING,template_library[template])
else:
self.__log(f"Template '{template}' is not present in the template library",level = "ERROR")
else:
self.__log(f"Error loading templates '{template}', invalid template format",level = "ERROR")
break
else:
self.__log(f"Error loading templates '{template_string}', invalid template format",level = "ERROR")
else:
self.__log(f"Error no template library defined",level = "ERROR")
#we don't need the template reference anymore in the dictionnary
del conditions_block['template_conditions']
self.__debug_log_prefixes.pop()
return conditions_block
def __parse_conditions_block(self,conditions_block):
logstring = ""
self.__debug_log_prefixes.append("[Parsing]")
args_to_ignore_in_validation = [self.__LOG_INIT]
try: self.__log_init = conditions_block[self.__LOG_INIT]
except (TypeError,KeyError): pass
conditions_block = self.__load_template(conditions_block, self.__templates_library)
if isinstance(conditions_block, dict):
param_parser = kwargsParser(conditions_block,lambda string: self.__log(string,level = "ERROR"),lambda string: self.__log(string,level = "WARNING"))
self.__callback_delay = param_parser.parse_args(self.__CALLBACK_DELAY_STRING,self.__callback_delay)
if self.__log_init and self.__callback_delay > 0.0:
self.__log("Callback delay set to " + str(self.__callback_delay))
self.__log_no_valid_condition_details = param_parser.parse_args(self.__LOG_NO_VALID_CONDITION_DETAILS, self.__log_no_valid_condition_details)
unavaibility_result = param_parser.parse_args(self.__UNAVAIBILITY_RESULT, None)
if unavaibility_result != None:
if unavaibility_result == "Succeeded": self.__unavaibility_result = Result.Succeeded
elif unavaibility_result == "Failed": self.__unavaibility_result = Result.Failed
elif unavaibility_result == "Disabled": self.__unavaibility_result = Result.Disabled
elif unavaibility_result == "None": self.__unavaibility_result = None
else: self.__log_error(f'Invalid value for {self.__UNAVAIBILITY_RESULT} : {unavaibility_result}. Valid values are [Succeeded,Failed,Disabled,Unavailable,None]')
extra_entities_to_listen = param_parser.parse_args(self.__EXTRA_ENTITIES_TO_LISTEN, None)
if extra_entities_to_listen:
if self.__log_init:
self.__log(f"adding extra entities to listen : {extra_entities_to_listen}")
self.__add_to_entities_to_listen(extra_entities_to_listen)
constants = param_parser.parse_args(self.__CONSTANTS, None)
if constants:
if self.__log_init:
self.__log(f"declaring constants :")
for constant_name,value in constants.items():
if self.__log_init:
self.__log(f"{constant_name} = {value}")
self.expression_context.declare_constant(constant_name,value)
trigger_conditions_args = param_parser.parse_args(self.__TRIGGER_CONDITIONS_STRING,None)
if trigger_conditions_args:
conditions_count = self.__parse_conditions_from_arg(trigger_conditions_args,self.__trigger_conditions)
if logstring == "": logstring = "Found "
else: logstring += ", "
logstring += str(conditions_count) + " trigger conditions"
blocking_conditions_args = param_parser.parse_args(self.__BLOCKING_CONDITIONS_STRING, None)
if blocking_conditions_args:
conditions_count = self.__parse_conditions_from_arg(blocking_conditions_args,self.__blocking_conditions)
if logstring == "": logstring = "Found "
else: logstring += ", "
logstring += str(conditions_count) + " blocking conditions"
disable_conditions_args = param_parser.parse_args(self.__DISABLE_CONDITIONS_STRING, None)
if disable_conditions_args:
conditions_count = self.__parse_conditions_from_arg(disable_conditions_args,self.__disable_conditions)
if logstring == "": logstring = "Found "
else: logstring += ", "
logstring += str(conditions_count) + " disable conditions"
param_parser.validate_args(args_to_ignore_in_validation)
else:
#inline conditon are considered as trigger conditions
conditions_count = self.__parse_conditions_from_arg(conditions_block,self.__trigger_conditions)
logstring = f"Found {conditions_count} trigger conditions"
if logstring == "": logstring = "No conditions found"
if self.__log_init:
self.__log(logstring)
self.__debug_log_prefixes.pop()
def __parse_conditions_from_arg(self,conditions_arg, conditions_list):
def parse_string(str):
condition_parser = ConditionsParser(str,self.expression_context)
#self.__log(f"{condition_parser}")
conditions_list.append(condition_parser)
self.__add_to_entities_to_listen(self.expression_context.get_entities_to_listen())
if isinstance(conditions_arg, list):
for condition_string in conditions_arg:
parse_string(condition_string)
else: #support inline conditions
parse_string(str(conditions_arg))
return len(conditions_list)
def __register_internal_callback(self):
assert len(self.__state_callbacks_handle) == 0, f"self.__state_callbacks_handle is not empy, you are probably trying to call __register_internal_callback() twice"
logstring = ""
for entity,attributes in self.__entities_to_listen.items():
attributes_string = ""
for attribute in attributes:
if attribute == "state" or attribute == None: #this is not healthy to use 'state' here as at some point an attribute could actually be called "state"
assert attribute != 'state', "please don't use 'state' as a keyword to design the actual state of the entity, but use None instead"
handle = self.__appdaemon_api.listen_state(self.__on_condition_state_change,entity)
else:
handle = self.__appdaemon_api.listen_state(self.__on_condition_state_change,entity, attribute = attribute)
self.__state_callbacks_handle.append(handle)
if attributes_string == "" : attributes_string = f"({attribute if attribute else 'state'}"
else: attributes_string += f",{attribute if attribute else 'state'}"
attributes_string += f")"
if attributes_string == "(state)": attributes_string = ""
if logstring == "":
logstring = f"Registering CB for {entity}{attributes_string}"
else: logstring += f", {entity}{attributes_string}"
if self.__log_init:
if logstring == "":
logstring = f"No CB has been registered"
self.__log(logstring)
def __unregister_internal_callback(self):
if len(self.__state_callbacks_handle) > 0:
self.__log(f"Unregistering {len(self.__state_callbacks_handle)} callbacks")
for handle in self.__state_callbacks_handle:
self.__appdaemon_api.cancel_listen_state(handle)
self.__state_callbacks_handle = list()
def force_last_evaluation_result(self,new_result):
assert new_result == Result.Succeeded or new_result == Result.Failed
if self.__last_evaluation_result != Result.Disabled:
#disabled smart_condition stay disabled
self.__last_evaluation_result = new_result
def __trigger_callbacks(self,trigger_reason,triggered_from_activation = False):
has_log_trigger_reason = False
has_evaluation_result = False
def log_trigger_reason_once(trigger_reason):
nonlocal has_log_trigger_reason
if not has_log_trigger_reason:
has_log_trigger_reason = True
self.__callback_trigger_reason_log_string = self.__log_to_string(trigger_reason)
if self.__log_callback_trigger_reason and (not triggered_from_activation or self.__log_init):
self.log_callback_trigger_reason()
def log_evaluation_result_once():
nonlocal has_evaluation_result
if not has_evaluation_result:
has_evaluation_result = True
if self.__log_callback_trigger_reason and (not triggered_from_activation or self.__log_init): #in that particular case, the evaluation result is a trigger reason
self.log_evaluation_result()
if self.__on_update_callback and not triggered_from_activation:
log_trigger_reason_once(trigger_reason)
if self.__pass_condition_name_to_cb != None:
self.__on_update_callback(self.__pass_condition_name_to_cb)
else:
self.__on_update_callback()
if self.__has_user_callback_based_on_result():
try: result = self.__evaluate()
except EvaluationException as e:
self.__log(f"{e}",level = "ERROR")
return
#if result != Result.Disabled and result != self.__last_evaluation_result:
if result == Result.Disabled:
log_trigger_reason_once(trigger_reason)
log_evaluation_result_once()
elif result != self.__last_evaluation_result:
if self.__on_change_callback:
log_trigger_reason_once(trigger_reason)
log_evaluation_result_once()
if self.__pass_condition_name_to_cb != None:
self.__on_change_callback(self.__pass_condition_name_to_cb,self.__last_evaluation_result,result)
else:
self.__on_change_callback(self.__last_evaluation_result,result)
if self.__on_succeed_callback and result == Result.Succeeded:
log_trigger_reason_once(trigger_reason)
log_evaluation_result_once()
if self.__pass_condition_name_to_cb != None:
self.__on_succeed_callback(self.__pass_condition_name_to_cb)
else:
self.__on_succeed_callback()
if self.__on_fail_callback and result == Result.Failed:
log_trigger_reason_once(trigger_reason)
log_evaluation_result_once()
if self.__pass_condition_name_to_cb != None:
self.__on_fail_callback(self.__pass_condition_name_to_cb)
else:
self.__on_fail_callback()
#I want Disabled => something to trigger CB
self.__last_evaluation_result = result
def __on_condition_state_change_delayed(self, kwargs):
self.__condition_state_change_delayed_cb_handle = None
if len(self.__condition_state_change_delayed) == 0:
self.__log(f"Callback has been trigger but self.__condition_state_change_delayed is empty, this shouldn't happen, the callback won't be called", level = "WARNING")
else:
logstring = "Callback trigger by"
for element in self.__condition_state_change_delayed:
logstring = logstring + f" {element[0]}({element[1]} => {element[2]} at {element[3].strftime('%Hh%M:%S')}),"
delay = (datetime.now() - self.__condition_state_change_delayed[0][3]).total_seconds()
logstring = f"{logstring[:-1]} after a delay of {round(delay,1)}s"
# if self.__manual_logs:
# self.__callback_trigger_reason_log_string = self.__log_to_string(logstring)
# else:
# self.__log(logstring)
self.__condition_state_change_delayed.clear()
self.__trigger_callbacks(logstring)
def __on_condition_state_change(self, entity, attribute, old, new, kwargs):
if old != new and (old != None or self.__trigger_callback_on_entity_creation):
if self.__callback_delay == 0.0:
# log_string = f"Callback trigger by {entity}({old} => {new})"
# if self.__manual_logs:
# self.__callback_trigger_reason_log_string = self.__log_to_string(log_string)
# else: self.__log(log_string)
# if self.__on_update_callback: self.__on_update_callback()
# if self.__has_user_callback_based_on_result():
# self.__update_result()
self.__trigger_callbacks(f"Callback trigger by {entity}({old} => {new})")
else:
if self.__condition_state_change_delayed_cb_handle != None and self.__appdaemon_api.timer_running(self.__condition_state_change_delayed_cb_handle):
self.__appdaemon_api.cancel_timer(self.__condition_state_change_delayed_cb_handle)
self.__condition_state_change_delayed_cb_handle = None
self.__condition_state_change_delayed.append((entity,old,new,datetime.now()))
#self.__log("State changed :" + str(entity) + "(" + str(old) + " => " + str(new) + ") but callback delayed for " + str(self.__callback_delay) + "s")
self.__condition_state_change_delayed_cb_handle = self.__appdaemon_api.run_in(self.__on_condition_state_change_delayed, self.__callback_delay)
def __log(self,message,**kwargs):
log_string = self.__log_to_string(message)
if 'level' in kwargs and kwargs['level'] == 'ERROR':
self.__log_error(log_string)
elif 'level' in kwargs and kwargs['level'] == 'WARNING':
self.__log_warning(log_string)
else:
self.__log_info(log_string)
def __log_info(self,message):
if self.__logger_interface:
self.__logger_interface.log_info(message)
else:
try: self.__appdaemon_api.log_info(message)
except AttributeError: self.__appdaemon_api.log(message,level = "INFO")
def __log_warning(self,message):
if self.__logger_interface:
self.__logger_interface.log_warning(message)
else:
try: self.__appdaemon_api.log_warning(message)
except AttributeError: self.__appdaemon_api.log(message,level = "WARNING")
def __log_error(self,message):
if self.__logger_interface:
self.__logger_interface.log_error(message)
else:
try: self.__appdaemon_api.log_error(message)
except AttributeError: self.__appdaemon_api.log(message,level = "ERROR")
def __log_to_string(self,message):
dest_string = ""
if self.__no_log_prefix == False:
for prefix in self.__debug_log_prefixes:
dest_string = dest_string + prefix
if dest_string: dest_string += " "
return dest_string + message