ConjugatedPortTyping SysML

class ConjugatedPortTyping

Implementation of ConjugatedPortTyping defined in the SysML specification.

Specification:

A ConjugatedPortTyping is a FeatureTyping whose type is a ConjugatedPortDefinition. (This relationship is intended to be an abstract-syntax marker for a special surface notation for conjugated typing of ports.)

For language description, see section 7.12.3 of the SysML specification. For more details on the model, see section 8.3.12.3 of the SysML specification.

Members defined in ConjugatedPortTyping (4 members)

	CHAINABLE	R	Whether this relationship can be used with chained features.
	STD	R	All subtypes of ConjugatedPortTyping according to the specification.
	conjugated_port_definition	R SysML	Implementation of conjugated_port_definition defined in the SysML specification.
	port_definition	R SysML	Implementation of port_definition defined in the SysML specification.

Members inherited from FeatureTyping (5 members)

	owning_feature	R SysML	Implementation of owning_feature defined in the KerML specification.
	type	R SysML	Implementation of type defined in the KerML specification.
	type_target	R	Syside specific accessor for manipulating the target of type.
	typed_feature	R SysML	Implementation of typed_feature defined in the KerML specification.
	typed_feature_target	R	Syside specific accessor for manipulating the target of typed_feature.

Members inherited from Specialization (6 members)

	children	R	The elements enclosed by curly brackets in textual syntax.
	general	R SysML	Implementation of general defined in the KerML specification.
	general_target	R	Syside specific accessor for manipulating the target of general.
	owning_type	R SysML	Implementation of owning_type defined in the KerML specification.
	specific	R SysML	Implementation of specific defined in the KerML specification.
	specific_target	R	Syside specific accessor for manipulating the target of specific.

Members inherited from Relationship (12 members)

	first_source	R	Convenience method for sources[0].
	first_target	R	Convenience method for targets[0].
	is_implied	RW SysML	Implementation of is_implied defined in the KerML specification.
	is_visibility_implied	R	Returns True if this Relationship is using implicit visibility.
	owned_related_elements	R SysML	Implementation of owned_related_element defined in the KerML specification.
	owning_related_element	R SysML	Implementation of owning_related_element defined in the KerML specification.
	related_elements	R SysML	Implementation of related_element defined in the KerML specification.
	sources	R SysML	Implementation of source defined in the KerML specification.
	targets	R SysML	Implementation of target defined in the KerML specification.
	visibility	RW	The visibility level of the related elements from this Relationship relative to the owning_related_element.
	reset_visibility		Reset visibility to its implicit value.
	try_set_visibility		Non-throwing alternative to visibility setter.

Members inherited from Element (25 members)

	alias_ids	R SysML	Implementation of alias_ids defined in the KerML specification.
	comments	R	The owned Comments related by owned_relationships.
	declared_name	RW SysML	Implementation of declared_name defined in the KerML specification.
	declared_short_name	RW SysML	Implementation of declared_short_name defined in the KerML specification.
	documentation	R SysML	Implementation of documentation defined in the KerML specification.
	element_id	RW SysML	Implementation of element_id defined in the KerML specification.
	is_implied_included	R SysML	Implementation of is_implied_included defined in the KerML specification.
	is_library_element	R SysML	Implementation of is_library_element defined in the KerML specification.
	metadata	R	The owned metadata related by owned_relationships.
	name	R SysML	Implementation of name defined in the KerML specification.
	owned_annotations	R SysML	Implementation of owned_annotation defined in the KerML specification.
	owned_elements	R SysML	Implementation of owned_element defined in the KerML specification.
	owned_relationships	R SysML	Implementation of owned_relationship defined in the KerML specification.
	owner	R SysML	Implementation of owner defined in the KerML specification.
	owning_membership	R SysML	Implementation of owning_membership defined in the KerML specification.
	owning_namespace	R SysML	Implementation of owning_namespace defined in the KerML specification.
	owning_relationship	R SysML	Implementation of owning_relationship defined in the KerML specification.
	path	R	Return a unique description of the location of this Element in the containment structure rooted in a root Namespace. In most cases the segments will be identical to QualifiedName.
	qualified_name	R SysML	Implementation of qualified_name defined in the KerML specification.
	scoped_owner	R	The owner of this Element as the parent of owning_membership or owning_relationship otherwise.
	sema_state	RW	The state of semantic resolution for this Element. Based on this, sema may skip elements to avoid duplicate work, e.g. when resolving elements in a group of related documents.
	short_name	R SysML	Implementation of short_name defined in the KerML specification.
	textual_representations	R SysML	Implementation of textual_representation defined in the KerML specification.
	__str__
	matches_qualified_name		Check if the qualified name of this Element matches the provided segments of a qualified name.

Members inherited from AstNode (7 members)

	cst_node	R	The source CST node of self if one exists.
	document	R	The document that owns this node.
	parent	R	The parent node of self.
	__hash__		Identity based hash of this node.
	cast		cast(self, *type: type[TNode]) -> TNode
	isinstance		Chainable equivalent to isintance(self, type)
	try_cast		Checked cast to type.

 Attributes

CHAINABLE: bool = False

Whether this relationship can be used with chained features.

Using this in, e.g. append_chain, will raise TypeError.

STD: tuple[type[syside.ConjugatedPortTyping], ...] = ()

All subtypes of ConjugatedPortTyping according to the specification.

This is needed because the implementation does not use multiple inheritance like the standard metamodel. However, all would-be inherited attributes are implemented explicitly on classes in ConjugatedPortTyping.Std.

When working with standard metamodel types, use:

if isinstance(element, ConjugatedPortTyping.STD):
    ...

For type hints, instead use ConjugatedPortTyping.Std:

def function(element: Element) -> ConjugatedPortTyping.Std:
    ...

Note that ConjugatedPortTyping.Std is only defined during TYPE_CHECKING, depending on the Python version used either from __future__ import annotations or def function(...) -> "ConjugatedPortTyping.Std" may be required to ensure that annotations are resolved lazily without an actual object present.

property conjugated_port_definition: syside.ConjugatedPortDefinition | None

Implementation of conjugated_port_definition defined in the SysML specification.

Specification:

The type of this ConjugatedPortTyping considered as a FeatureTyping, which must be a ConjugatedPortDefinition.

See section 8.3.12.3 of the SysML specification for more details.

property port_definition: syside.PortDefinition | None

Implementation of port_definition defined in the SysML specification.

Specification:

The original_port_definition of the conjugated_port_definition of this ConjugatedPortTyping.

See section 8.3.12.3 of the SysML specification for more details.

 Used in

• syside.ConjugatedPortTyping

  • STD