MembershipExpose SysML

class MembershipExpose

Implementation of MembershipExpose defined in the SysML specification.

Specification:

A MembershipExpose is an Expose that exposes a specific imported_membership and, if is_recursive = true, additional Memberships recursively.

For language description, see section 7.26.2 of the SysML specification. For more details on the model, see section 8.3.26.3 of the SysML specification.

Inheritance:

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[type[syside.MembershipExpose], ...] = Ellipsis

All subtypes of MembershipExpose 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 MembershipExpose.Std.

When working with standard metamodel types, use:

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

For type hints, instead use MembershipExpose.Std:

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

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

`children`	`R`	The elements enclosed by curly brackets in textual syntax.
`import_owning_namespace`	`R` SysML	Implementation of `import_owning_namespace` defined in the KerML specification.
`import_target`	`R`	The target element of this `Import`.
`imported_element`	`R` SysML	Implementation of `imported_element` defined in the KerML specification.
`is_import_all`	`RW` SysML	Implementation of `is_import_all` defined in the KerML specification.
`is_recursive`	`RW` SysML	Implementation of `is_recursive` defined in the KerML specification.
`owning_related_element`	`R` SysML	Implementation of `owning_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.
`try_set_is_import_all`		Try setting `is_import_all`. For `Expose` elements, this will return `False` instead of throwing `TypeError` when using `is_import_all` setter.

`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.
`related_elements`	`R` SysML	Implementation of `related_element` 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.

`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`.

MembershipExpose SysML

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