Inheritance diagram for pytimeloop.timeloopfe.v4.art.Tables:

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Collaboration diagram for pytimeloop.timeloopfe.v4.art.Tables:

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Public Member Functions
	declare_attrs (cls, args, *kwargs)
	Initialize the attributes of this node.

Public Member Functions inherited from pytimeloop.timeloopfe.common.nodes.ListNode
	__init__ (self, args, *kwargs)

Public Member Functions inherited from pytimeloop.timeloopfe.common.nodes.Node
	get_specifiers_from_processors (cls, "BaseSpecification" spec)
	Get the specifiers that have been set from processors.

	reset_specifiers_from_processors (cls, Optional[Type] processor=None)
	Reset the specifiers that have been set from processors.

	reset_processor_elems (cls, Optional[Type] processor=None)

	recognize_all (cls, bool recognize_all=True)
	Set whether all attributes under this node should be recognized.

str	get_tag (self)
	Get the tag of this node.

Iterable[Tuple[Union[str, int], Any]]	items (self)
	Get iterable of (key, value) or (index, value) pairs.

T	combine_index (self, Union[str, int] key, T value)
	Combine the value at the given key with the given value.

str	get_name (self, Union[Set, None] seen=None)
	Get the name of this node.

	check_unrecognized (self, bool ignore_empty=False, ignore_should_have_been_removed_by=False)
	Check for unrecognized keys in this node and all subnodes.

Any	recursive_apply (self, callable func, bool self_first=False, set applied_to=None)
	Apply a function to this node and all subnodes.

	clean_empties (self)
	Remove empty nodes from this node and all subnodes.

bool	isempty (self)
	Return True if this node is empty.

bool	isempty_recursive (self)
	Return True if this node or all subnodes are empty.

	add_attr (cls, str key_or_tag, Optional[Union[type, Tuple[type,...], Tuple[None,...], Tuple[str,...], None]] required_type=None, Any default=default_unspecified_, Optional[Callable] callfunc=None, Optional[bool] part_name_match=None, Optional[bool] no_change_key=None, Any _processor_responsible_for_removing=None, Optional[Dict[str, TypeSpecifier]] _add_checker_to=None)
	Initialize a type specifier for this class.

List[T]	get_nodes_of_type (self, Type[T] node_type)
	Return a list of all subnodes of a given type.

Callable	get_setter_lambda (self, Union[str, int] keytag)
	Get a function that can be used to set a value in this node.

Callable	get_combiner_lambda (self, Union[str, int] keytag)
	Get a function that can be used to combine a value to this node.

List[Tuple[Any, Callable]]	get_setters_for_keytag (self, str keytag, bool recursive=True)
	Get a list of tuples of the form (value, setter) for all keys/tags in this node that match the given key/tag.

List[Tuple[Any, Callable]]	get_combiners_for_keytag (self, str keytag, bool recursive=True)
	Get a list of tuples of the form (value, combiner) for all keys/tags in this node that match the given key/tag.

List[Tuple[Any, Callable]]	get_setters_for_type (self, Type t, bool recursive=True)
	Get a list of tuples of the form (value, setter) for all keys/tags in this node that match the given type.

List[Tuple[Any, Callable]]	get_combiners_for_type (self, Type t, bool recursive=True)
	Get a list of tuples of the form (value, combiner) for all keys/tags in this node that match the given type.

	__str__ (self)
	Return the name of this node.

	__format__ (self, format_spec)
	Formats the name of this node.

bool	is_defined_non_default_non_empty (self, str key)
	Returns True if the given key is defined in this node and is not the default value and is not empty.

Any	__getitem__ (self, Union[str, int] key)
	Get the value at the given key or index.

	__setitem__ (self, Union[str, int] key, Any value)
	Set the value at the given key or index.

	parse_expressions (self, Optional[Dict[str, Any]] symbol_table=None, Optional[set] parsed_ids=None, Optional[Callable] callfunc=None)
	Parse expressions in this node and all subnodes.

	unique_class_name (cls)
	Return a unique name for this class.

Additional Inherited Members
Static Public Member Functions inherited from pytimeloop.timeloopfe.common.nodes.Node
"BaseSpecification"	get_global_spec ()
	Get the global specification object.

	set_global_spec ("BaseSpecification" spec)
	Set the global specification object.

Any	try_combine (Any a, Any b, Union["Node", None] innonde=None, Union[int, str, None] index=None)
	Try to combine two values.

Public Attributes inherited from pytimeloop.timeloopfe.common.nodes.ListNode
	from_data = list(self)

Public Attributes inherited from pytimeloop.timeloopfe.common.nodes.Node
Node	parent_node = None

"BaseSpecification"	spec = Node.get_global_spec()

	logger = logging.getLogger(self.__class__.__name__)

	from_data = None

Protected Member Functions inherited from pytimeloop.timeloopfe.common.nodes.Node
Dict[str, TypeSpecifier]	_get_type_specifiers (cls, "BaseSpecification" spec)
	Get the type specifiers for this node.

	_get_all_recognized (self)

Dict[Union[str, int], TypeSpecifier]	_get_index2checker (self, Optional[List[Tuple[str, Any]]] key2elem=None)

	_parse_elem (self, Union[str, int] key, TypeSpecifier check, Any value_override=None)

	_parse_elems (self)

	_parse_extra_elems (self, List[Tuple[str, Any]] key2elem)

	_check_unrecognized (self, ignore_empty=False, ignore_should_have_been_removed_by=False)

	_parse_expression (self, Union[str, int] index, Dict[str, Any] symbol_table, Optional[TypeSpecifier] checker=None)

Static Protected Member Functions inherited from pytimeloop.timeloopfe.common.nodes.Node
str	_get_tag (x)

Protected Attributes inherited from pytimeloop.timeloopfe.common.nodes.Node
tuple	_init_args = (args, kwargs)

bool	_default_parse = False

Member Function Documentation

◆ declare_attrs()

pytimeloop.timeloopfe.v4.art.Tables.declare_attrs	(		cls,
		*	args,
		**	kwargs )

Initialize the attributes of this node.

Reimplemented from pytimeloop.timeloopfe.common.nodes.Node.

The documentation for this class was generated from the following file:

pytimeloop/timeloopfe/v4/art.py

Public Member Functions

Additional Inherited Members

Member Function Documentation

◆ declare_attrs()