Connector SysML

class Connector

Implementation of Connector defined in the KerML specification.

Specification:

A Connector is a usage of Associations, with links restricted according to instances of the Type in which they are used (domain of the Connector). The associations of the Connector restrict what kinds of things might be linked. The Connector further restricts these links to be between values of Features on instances of its domain.

For language description, see section 7.4.6 of the KerML specification. For more details on the model, see section 8.3.4.5.3 of the KerML specification.

Members inherited from Feature (44 members)

	`basic_feature`	`R`	The `last_chaining_feature` if one exists, otherwise this `Feature`.
	`chaining_features`	`R` SysML	Implementation of `chaining_feature` defined in the KerML specification.
	`cross_feature`	`R` SysML	Implementation of `cross_feature` defined in the KerML specification.
	`direction`	`RW` SysML	Implementation of `direction` defined in the KerML specification.
	`end_owning_type`	`R` SysML	Implementation of `end_owning_type` defined in the KerML specification.
	`explicit_direction`	`R`	Returns the direction this `Feature` has been declared with in the textual syntax.
	`feature_target`	`R` SysML	Implementation of `feature_target` defined in the KerML specification.
	`feature_value`	`R`	The `FeatureValue` owned by this `Feature` if any.
	`feature_value_expression`	`R`	The feature value `Expression` of this `Feature` if any.
	`feature_value_member`	`R`	Syside specific accessor for manipulating `feature_value`.
	`featuring_types`	`R` SysML	Implementation of `featuring_type` defined in the KerML specification.
	`first_chaining_feature`	`R`	The related `Feature` related by the first `owned_feature_chaining` if any.
	`is_composite`	`RW` SysML	Implementation of `is_composite` defined in the KerML specification.
	`is_composite_explicitly`	`R`	Returns `True` if this `Feature` has been declared `composite` in the textual syntax.
	`is_constant`	`RW` SysML	Implementation of `is_constant` defined in the KerML specification.
	`is_constant_explicitly`	`R`	Returns `True` if this `Feature` has been declared `constant` in the textual syntax.
	`is_derived`	`RW` SysML	Implementation of `is_derived` defined in the KerML specification.
	`is_end`	`RW` SysML	Implementation of `is_end` defined in the KerML specification.
	`is_end_explicitly`	`R`	Returns `True` if this `Feature` has been declared `end` in the textual syntax.
	`is_nonunique`	`RW`
	`is_ordered`	`RW` SysML	Implementation of `is_ordered` defined in the KerML specification.
	`is_portion`	`RW` SysML	Implementation of `is_portion` defined in the KerML specification.
	`is_read_only`	`RW`	Alias for is_constant.
	`is_unique`	`RW` SysML	Implementation of `is_unique` defined in the KerML specification.
	`is_variable`	`RW` SysML	Implementation of `is_variable` defined in the KerML specification.
	`is_variable_explicitly`	`R`	Returns `True` if this `Feature` has been declared `variable` in the textual syntax.
	`last_chaining_feature`	`R`	The related `Feature` related by the last `owned_feature_chaining` if any.
	`owned_cross_feature`	`R`	The member `Feature` that is declared before any prefixes in the textual syntax.
	`owned_cross_feature_member`	`R`	Syside specific accessor for either owned crossing_feature or crossing_multiplicity. This is the member `Feature` that is declared before any prefixes in the textual syntax.
	`owned_cross_subsetting`	`R` SysML	Implementation of `owned_cross_subsetting` defined in the KerML specification.
	`owned_feature_chainings`	`R` SysML	Implementation of `owned_feature_chaining` defined in the KerML specification.
	`owned_feature_invertings`	`R` SysML	Implementation of `owned_feature_inverting` defined in the KerML specification.
	`owned_redefinitions`	`R` SysML	Implementation of `owned_redefinition` defined in the KerML specification.
	`owned_reference_subsetting`	`R` SysML	Implementation of `owned_reference_subsetting` defined in the KerML specification.
	`owned_subsettings`	`R` SysML	Implementation of `owned_subsetting` defined in the KerML specification.
	`owned_type_featurings`	`R` SysML	Implementation of `owned_type_featuring` defined in the KerML specification.
	`owned_typings`	`R` SysML	Implementation of `owned_typing` defined in the KerML specification.
	`owning_feature_membership`	`R` SysML	Implementation of `owning_feature_membership` defined in the KerML specification.
	`owning_type`	`R` SysML	Implementation of `owning_type` defined in the KerML specification.
	`referenced_feature`	`R`	Returns the `Feature` this `Feature` references through `ReferenceSubsetting` if any.
	`referenced_feature_target`	`R`	Returns the `feature_target` of `referenced_feature`, i.e. `referenced_feature.feature_target`.
	`types`	`R` SysML	Implementation of `type` defined in the KerML specification.
	`find_owned_cross_feature`		Find the owned cross feature by potentially checking children. This is needed for spec that defined owned cross feature as the first member feature that is not a MetadataFeature or Multiplicity of an end feature. Since SysML does not allow member features (member keyword in KerML), this is equivalent to owned_cross_feature in SysML.
	`try_set_is_variable`		Non-raising variant of `is_variable` setter that returns `False` on `Usages` without modifying `is_variable`.

Members inherited from Type (37 members)

	`declared_multiplicity`	`R`	The owned multiplicity that is declared before the children block in the textual syntax.
	`declared_multiplicity_member`	`R`	Syside specific accessor for manipulating `declared_multiplicity`.
	`differencing_types`	`R` SysML	Implementation of `differencing_type` defined in the KerML specification.
	`directed_features`	`R` SysML	Implementation of `directed_feature` defined in the KerML specification.
	`disjoining_types`	`R`	The types that related to this `Type` through `owned_disjoinings`.
	`end_features`	`R` SysML	Implementation of `end_feature` defined in the KerML specification.
	`feature_memberships`	`R` SysML	Implementation of `feature_membership` defined in the KerML specification.
	`features`	`R` SysML	Implementation of `feature` defined in the KerML specification.
	`heritage`	`R`	The specializations and conjugations owned by this `Type`.
	`inherited_features`	`R` SysML	Implementation of `inherited_feature` defined in the KerML specification.
	`inherited_memberships`	`R` SysML	Implementation of `inherited_membership` defined in the KerML specification.
	`inputs`	`R` SysML	Implementation of `input` defined in the KerML specification.
	`intersecting_types`	`R` SysML	Implementation of `intersecting_type` defined in the KerML specification.
	`is_abstract`	`RW` SysML	Implementation of `is_abstract` defined in the KerML specification.
	`is_abstract_explicitly`	`R`	Returns `True` if this `Type` was declared as `abstract` in the textual syntax.
	`is_conjugated`	`R` SysML	Implementation of `is_conjugated` defined in the KerML specification.
	`is_sufficient`	`RW` SysML	Implementation of `is_sufficient` defined in the KerML specification.
	`is_sufficient_explicitly`	`R`	Returns `True` if this `Type` was declared as `sufficient` in the textual syntax.
	`multiplicity`	`R` SysML	Implementation of `multiplicity` defined in the KerML specification.
	`outputs`	`R` SysML	Implementation of `output` defined in the KerML specification.
	`owned_conjugator`	`R` SysML	Implementation of `owned_conjugator` defined in the KerML specification.
	`owned_differencings`	`R` SysML	Implementation of `owned_differencing` defined in the KerML specification.
	`owned_directed_features`	`R`	The `directed_features` that are owned by this `Type`.
	`owned_disjoinings`	`R` SysML	Implementation of `owned_disjoining` defined in the KerML specification.
	`owned_end_features`	`R` SysML	Implementation of `owned_end_feature` defined in the KerML specification.
	`owned_feature_memberships`	`R` SysML	Implementation of `owned_feature_membership` defined in the KerML specification.
	`owned_features`	`R` SysML	Implementation of `owned_feature` defined in the KerML specification.
	`owned_inputs`	`R`	The `inputs` that are owned by this `Type`.
	`owned_intersectings`	`R` SysML	Implementation of `owned_intersecting` defined in the KerML specification.
	`owned_outputs`	`R`	The `outputs` that are owned by this `Type`.
	`owned_specializations`	`R` SysML	Implementation of `owned_specialization` defined in the KerML specification.
	`owned_unionings`	`R` SysML	Implementation of `owned_unioning` defined in the KerML specification.
	`type_relationships`	`R`	The other type, feature relationships and `FeatureChainings` owned by this `Type`.
	`unioning_types`	`R` SysML	Implementation of `unioning_type` defined in the KerML specification.
	`conforms`		Returns `True` if this `Type` directly or indirectly specializes another `Type` while following `FeatureChainings`.
	`direction_of`		Returns the direction of a `Feature` in this `Type`.
	`specializes`		Returns `True` if this `Type` directly or indirectly specializes another `Type` while ignoring `FeatureChainings`.

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.

 Attributes

STD: tuple[Union[type[syside.Connector], type[ConnectorAsUsage]], ...] = ()

property associations: syside.LazyIterator[syside.ConnectionDefinition | syside.Association]

Implementation of association defined in the KerML specification.

Specification:

The Associations that type the Connector.

See section 8.3.4.5.3 of the KerML specification for more details.

property connector_ends: syside.LazyIterator[syside.Feature]

Implementation of connector_end defined in the KerML specification.

Specification:

The end_features of a Connector, which redefine the end_features of the associations of the Connector. The connector_ends determine via ReferenceSubsetting Relationships which Features are related by the Connector.

See section 8.3.4.5.3 of the KerML specification for more details.

property declared_ends: syside.ConnectorEnds: Ends that are explicitly declared using textual syntax shorthand before the children block.

property default_featuring_type: syside.Type | None

Implementation of default_featuring_type defined in the KerML specification.

Specification:

The innermost Type that is a common direct or indirect featuring_type of the related_features, such that, if it exists and was the featuring_type of this Connector, the Connector would satisfy the check_connector_type_featuring constraint.

See section 8.3.4.5.3 of the KerML specification for more details.

property is_implied: bool

Implementation of is_implied defined in the KerML specification.

Specification:

Whether this Relationship was generated by tooling to meet semantic rules, rather than being directly created by a modeler.

See section 8.3.2.1.3 of the KerML specification for more details.

property owned_related_elements: syside.LazyIterator[syside.Feature]

Implementation of owned_related_element defined in the KerML specification.

Specification:

The related_elements of this Relationship that are owned by the Relationship.

See section 8.3.2.1.3 of the KerML specification for more details.

property owning_related_element: None

Implementation of owning_related_element defined in the KerML specification.

Specification:

The related_element of this Relationship that owns the Relationship, if any.

See section 8.3.2.1.3 of the KerML specification for more details.

property related_elements: syside.LazyIterator[syside.Feature]

Implementation of related_element defined in the KerML specification.

Specification:

The Elements that are related by this Relationship, derived as the union of the source and target Elements of the Relationship.

See section 8.3.2.1.3 of the KerML specification for more details.

property related_features: syside.LazyIterator[syside.Feature]

Implementation of related_feature defined in the KerML specification.

Specification:

The Features that are related by this Connector considered as a Relationship and that restrict the links it identifies, given by the referenced Features of the connector_ends of the Connector.

See section 8.3.4.5.3 of the KerML specification for more details.

property source: syside.Feature | None

Implementation of source defined in the KerML specification.

Specification:

The related_elements from which this Relationship is considered to be directed.

See section 8.3.2.1.3 of the KerML specification for more details.

property source_feature: syside.Feature | None

Implementation of source_feature defined in the KerML specification.

Specification:

The source related_feature for this Connector. It is the first related_feature.

See section 8.3.4.5.3 of the KerML specification for more details.

property sources: list[syside.Feature]

Implementation of source defined in the KerML specification.

Specification:

The related_elements from which this Relationship is considered to be directed.

See section 8.3.2.1.3 of the KerML specification for more details.

property target_features: syside.LazyIterator[syside.Feature]

Implementation of target_feature defined in the KerML specification.

Specification:

The target related_features for this Connector. This includes all the related_features other than the source_feature.

See section 8.3.4.5.3 of the KerML specification for more details.

property targets: syside.LazyIterator[syside.Feature]

Implementation of target defined in the KerML specification.

Specification:

The related_elements to which this Relationship is considered to be directed.

See section 8.3.2.1.3 of the KerML specification for more details.

	`children`	`R`	The elements enclosed by curly brackets in textual syntax.
	`imported_memberships`	`R` SysML	Implementation of `imported_membership` defined in the KerML specification.
	`members`	`R` SysML	Implementation of `member` defined in the KerML specification.
	`memberships`	`R` SysML	Implementation of `membership` defined in the KerML specification.
	`owned_imports`	`R` SysML	Implementation of `owned_import` defined in the KerML specification.
	`owned_members`	`R` SysML	Implementation of `owned_member` defined in the KerML specification.
	`owned_memberships`	`R` SysML	Implementation of `owned_membership` defined in the KerML specification.
	`prefixes`	`R`	Metadata prefixes, prefixed with `#` in textual syntax.
	`__getitem__`		Access owned named members by name. Throws `KeyError` if a member with such name does not exist.
	`get_member`		Non-throwing variant of `__getitem__`. Returns None if a named member was not found.
	`get_membership`		Access owned memberships by name. Returns None if an owned member or membership with such name does not exist.

Connector SysML

Feedback

Legal

Company

	`STD`	`R`
	`associations`	`R` SysML	Implementation of `association` defined in the KerML specification.
	`connector_ends`	`R` SysML	Implementation of `connector_end` defined in the KerML specification.
	`declared_ends`	`R`	Ends that are explicitly declared using textual syntax shorthand before the children block.
	`default_featuring_type`	`R` SysML	Implementation of `default_featuring_type` defined in the KerML specification.
	`is_implied`	`RW` SysML	Implementation of `is_implied` defined in the KerML specification.
	`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.
	`related_features`	`R` SysML	Implementation of `related_feature` defined in the KerML specification.
	`source`	`R` SysML	Implementation of `source` defined in the KerML specification.
	`source_feature`	`R` SysML	Implementation of `source_feature` defined in the KerML specification.
	`sources`	`R` SysML	Implementation of `source` defined in the KerML specification.
	`target_features`	`R` SysML	Implementation of `target_feature` defined in the KerML specification.
	`targets`	`R` SysML	Implementation of `target` defined in the KerML specification.

	`cst_node`	`R`
	`document`	`R`
	`parent`	`R`
	`__hash__`
	`cast`
	`isinstance`
	`try_cast`