Python get variable names (2023)

def get_variable_names_in_checkpoint(path, return_shapes = False, return_reader = False): """ args: path: the path to the training directory containing checkpoints, or path to the checkpoint return: a list of variable names in checkpoint control "" " import util ckpt = get_latest_ckpt(path) ckpt_reader = tf.train.NewCheckpointReader(ckpt) ckpt_vars = ckpt_reader.get_variable_to_shape_map() names = [var to var in ckpt_vars] if return_shapes: return names, ckpt_vars def get(name ): return ckpt_reader .get_tensor(name) if return_reader: return names, return names

def get_full_variable_names(graph, table_to_config_dict, Optimize_parameters=Ninguno): """Devuelve los nombres de las variables incrustadas y las variables de ranura consistentes con las ejecuciones de la CPU.""" collection = graph.get_collection_ref(tpu_fc ._TPU_FC_TO_SCOPE) # pylint: disabled= protected -access if not collection: raise RuntimeError( 'La columna de recursos incrustada no recolectó nada. Asegúrese de que las columnas de recursos pasadas al constructor TPUEstimator ' ' se usen correctamente en model_fn' ') embedding_variable_name_by_table = {} slot_variable_names_by_table = {} for table_name in table_to_config_dict : embedding_var_name = _get_embedding_var_name_from_table_name(scope_name, var_name) = collection[0][embedding_var_name] embedding_variable_name_by_table[table_name] = (_get_embedding_name_meter, var_meter) = Optimierung slot_variable_names_by_table[table_name] = _get_slot_names_by_table[table_name] = _get_slot_name(t_collection.pu_name.p_f_variable) ._T PU_FC _TO_SCOPE) # pylint: disabled=Acceso protegido return embedding_variable_name_by_table, slot_variable_names_by_table

def GetConfigurationResourceVariableNames( self, config_name=None, resource_name=None, debug=False): variables = [] project = self.GetProject(debug) se o project não for None: para configuración en self.Project.getconfigurations(): se config_name for None o config_name == configuration.getname(): para oder recurso em configuration.getresource(): se resource_name for None oder resource.getname() == resource_name: variables.extend( [var.getname() for var in Reduce ( lambda x, y: x + y, [ varlist.getvariable() für varlist in resource.globalVars], [])]) Rückgabevariablen # Retorna a interface para o dado pou

def get_variable_names(clause): """ Helper method to get the variables contained in a clause. :param clause: clause. :return: set of variable names. """ head, body = clause.head, clause. body variables_names = {argument.name for argument in head.arguments} for body_atom in body: variables_names |= {argument.name for argument in body_atom.arguments} return variables_names

def get_variable_names(self): """Returns the list of all variable names in this model. Returns: list of names. """ return [name to name, _ in list_variables(self.model_dir)]

def get_variable_names(self): """Returns the list of all variable names in this model. Returns: list of names. """ return [name to name, _ in list_variables(self._model_dir)]

def get_variable_names(self, dataset, variables: List[str]) -> List[str]: """Returns a list of names for the variables. Parameters: dataset -- the variables in the dataset -- each is a list of strings the key of a variable """ names = [] for _, v in enumerate(variables): names.append( self.dataset_config.variable[dataset.variables[v]].name) return names

def GetConfigurationVariableNames(self, config_name=None, debug=False): variables = [] project = self.GetProject(debug) if project is not None: for configuration in self.Project.getconfigurations(): if config_name is None or config_name = = configuration.getname(): variables.extend( [var.getname() for var in reduce( lambda x, y: x + y, [ varlist.getvariable() for varlist in configuration.globalVars], [])] ) Return Variables # Replace global resource variables with supplied ones

def get_variable_names(self): """Returns the list of all variable names in this model. Returns: List of names. Throws: ValueError: If the estimator has not yet generated a checkpoint. """ _check_checkpoint_disponible(self .model_dir) return [ name by name, _ in training.list_variables(self.model_dir)]

def get_variable_names(pd): var_names = ['x','y','z'] for i in range(pd.GetNumberOfArrays()): arr = pd.GetArray(i) name = arr.GetName() num_components = arr.GetNumberOfComponents() for Component in range(num_components): if num_components == 1: full_name = name else: suffix = ['-X', '-Y', '-Z'] full_name = name+suffix[component]. var_names . append ( full_name ) return var_names

def GetProjectPouVariableNames(self, pou_name=None, debug=False): variables = [] project = self.GetProject(debug) if project is not None: for pou in project.getpous(): if pou_name is None or pou_name == pou .getname(): variables.extend([var.Name for var in self.GetPouInterfaceVars(pou, debug=debug)]) para la transición en pou.gettransitionList(): variables.append(transition.getname()) para la acción en pou.getactionList(): variables.append(action.getname()) return variables # Devuelve la ruta del archivo si el proyecto es un archivo abierto

def get_variable_names(graph, scope): """Finds all variable names in a graph that start with a specified scope. Args: graph: A Tensorflow graph. Scope: A range of strings. Returns: List of variables." "" with chart .as_default(): returns [v.name for v in tf.global_variables() if v.name.startswith(scope)]

def get_variable_names(self): """Returns the list of all variable names in this model. Returns: List of names. Throws: ValueError: if `Estimator` has not yet generated a checkpoint. """ _check_checkpoint_available ( self.model_dir ) with context.graph_mode(): returns [name by name, _ in tf.train.list_variables(self.model_dir)]

def get_variable_names(self): """Returns the list of all variable names in this model. Returns: List of names. Throws: ValueError: If the estimator has not yet generated a checkpoint. """ _check_checkpoint_disponible(self .model_dir) return [ name by name, _ in training.list_variables(self.model_dir)]

def get_variable_names_by_id(id_list): name_list = [] for variables_id in id_list: name = Field_Properties.query.filter_by(id=variable_id).one().name name_list.append(name) return name_list######### ######## Relacionamentos################

def get_variable_names(self,element): "Generate variable names for xpath" # condition to check the length of the 'id' attribute and ignore if there are numbers in the 'id' attribute. Also, ignore ID values ​​with "Input" and "Button" strings. if (element.has_attr('id') and len(element['id'])>2) and bool(re.search(r'\d', element['id'])) == False and (" input" not in element['id'].lower() and "button" not in element['id'].lower()): self.variable_name = element['id'].strip("_" ) # Condition to check if attribute 'value' exists and does not contain any datetime value. elif element.has_attr('value') and element['value'] != '' e bool(re.search(r'([\d]{1,}([/-]|\s|[.] )?)+(\D+)?([/-]|\s|[.])?[[\d]{1,}',element['value']))== False and bool(re. find(r'\d{1,2}[:]\d{1,2}\s+((am|AM|pm|PM)?)',element['value']))==False: # Condition to check if attribute 'type' exists', get value getText() else get attribute 'value' # for all other type attributes, print the values ​​of attribute 'type' + 'value' . Verify that the values ​​of the Value and Type attributes match. if (element.has_attr('type')) and (element['type'] in ('radio','submit','checkbox','search')): if element.getText() !='': self.variable_name = item['type']+ "_" + item.getText().strip().strip("_.") else: self.variable_name = item['type']+ "_" + item ['value'].strip("_.") else: if element['type'].lower() == element['value'].lower(): self.variable_name = element['value']. strip("_.") else: self.variable_name = element['type']+ "_" + element['value'].strip("_.") # condition to check if attribute "name" exists and if the length of the "name" attribute is greater than 2, prints the names of the elif variables element.has_attr('name') and len(element['name'])>2: self.variable_name = element['name' ].strip( " _ ") # Condition to check if the "placeholder" attribute exists and does not contain a number. elif element.has_attr('placeholder') and bool(re.search(r'\d', element['placeholder']))) == False: self.variable_name = element['placeholder'].strip("_ ? *.").encode('ascii',errors='ignore') # Condition to check if attribute "type" exists and not in text','radio','button','checkbox','search ' # and print the name of the elif variable (element.has_attr('type')) and (element['type'] not in ('text','button','radio','checkbox','search') ) : self . variable_name = element['type'] # condition to check if attribute "title" exists elif element.has_attr('title'): self.variable_name = element['title'] # condition to check if attribute "role" exists elif element .has_attr('role') and element['role']!="button": self.variable_name = element['role'] else: self.variable_name = '' return self.variable_name.lower() . replace("+/- ","").replace("| ","").replace(" / ","_"). \ replace("/","_").replace(" - ","_").replace(" ","_").replace("&","").replace("-"," _"). \ replace("[","_").replace("]","").replace(","","").replace("__","_").replace(".com" , "").Area("_")

def get_variable_names(self,element): "Generate variable names for xpath" # condition to check the length of the 'id' attribute and ignore if there are numbers in the 'id' attribute. Also, ignore ID values ​​with "Input" and "Button" strings. if (element.has_attr('id') and len(element['id'])>2) and bool(re.search(r'\d', element['id'])) == False and (" input" not in element['id'].lower() and "button" not in element['id'].lower()): self.variable_name = element['id'].strip("_" ) # Condition to check if attribute 'value' exists and does not contain any datetime value. elif element.has_attr('value') and element['value'] != '' e bool(re.search(r'([\d]{1,}([/-]|\s|[.] )?)+(\D+)?([/-]|\s|[.])?[[\d]{1,}',element['value']))== False and bool(re. find(r'\d{1,2}[:]\d{1,2}\s+((am|AM|pm|PM)?)',element['value']))==False: # Condition to check if attribute 'type' exists', get value getText() else get attribute 'value' # for all other type attributes, print the values ​​of attribute 'type' + 'value' . Verify that the values ​​of the Value and Type attributes match. if (element.has_attr('type')) and (element['type'] in ('radio','submit','checkbox','search')): if element.getText() !='': self.variable_name = item['type']+ "_" + item.getText().strip().strip("_.") else: self.variable_name = item['type']+ "_" + item ['value'].strip("_.") else: if element['type'].lower() == element['value'].lower(): self.variable_name = element['value']. strip("_.") else: self.variable_name = element['type']+ "_" + element['value'].strip("_.") # condition to check if attribute "name" exists and if the length of the "name" attribute is greater than 2, prints the names of the elif variables element.has_attr('name') and len(element['name'])>2: self.variable_name = element['name' ].strip( " _ ") # Condition to check if the "placeholder" attribute exists and does not contain a number. elif element.has_attr('placeholder') and bool(re.search(r'\d', element['placeholder']))) == False: self.variable_name = element['placeholder'].strip("_ ? *.").encode('ascii',errors='ignore') # Condition to check if attribute "type" exists and not in text','radio','button','checkbox','search ' # and print the name of the elif variable (element.has_attr('type')) and (element['type'] not in ('text','button','radio','checkbox','search') ) : self . variable_name = element['type'] # condition to check if attribute "title" exists elif element.has_attr('title'): self.variable_name = element['title'] # condition to check if attribute "role" exists elif element .has_attr('role') and element['role']!="button": self.variable_name = element['role'] else: self.variable_name = '' return self.variable_name.lower() . replace("+/- ","").replace("| ","").replace(" / ","_"). \ replace("/","_").replace(" - ","_").replace(" ","_").replace("&","").replace("-"," _"). \ replace("[","_").replace("]","").replace(","","").replace("__","_").replace(".com" , "").Area("_")