Struct ComponentDef 

pub struct ComponentDef {
    pub name: String,
    pub repository_id: String,
    pub base_component: Option<String>,
    pub supported_interfaces: Vec<String>,
    pub facets: Vec<FacetDef>,
    pub receptacles: Vec<ReceptacleDef>,
    pub event_sources: Vec<EventSourceDef>,
    pub event_sinks: Vec<EventSinkDef>,
    pub attributes: Vec<AttributeDef>,
    pub primary_key: Vec<String>,
}

Component-Type-Definition.

Fields

name: String

Component-Name.

repository_id: String

Repository-ID.

base_component: Option<String>

Optionale Single-Inheritance auf einen Base-Component.

supported_interfaces: Vec<String>

supports-Iface-IDs.

facets: Vec<FacetDef>

Facets.

receptacles: Vec<ReceptacleDef>

Receptacles.

event_sources: Vec<EventSourceDef>

Event-Sources.

event_sinks: Vec<EventSinkDef>

Event-Sinks.

attributes: Vec<AttributeDef>

Attributes.

primary_key: Vec<String>

PrimaryKey-Type-IDs (Spec §6.7.2 — Keyed-Component-Indikator).

Implementations

impl ComponentDef

pub fn is_keyed(&self) -> bool

true wenn der Component Keyed ist (Primary-Key vorhanden).

pub fn port_count(&self) -> usize

Anzahl Ports (Facets + Receptacles + Events).

pub fn is_equivalent_component_kind(&self, repo_id: &str) -> bool

Spec §6.1.4 — is_equivalent_component_kind(repo_id). Liefert true wenn der gegebene Repository-ID dem Component (oder einer Base-Komponente in der Inheritance-Kette via caller-supplied Resolver) entspricht.

pub fn get_component_def_repo_id(&self) -> &str

Spec §6.1.4 — get_component_def() -> ComponentIR::ComponentDef. Wir liefern hier die Repository-ID des ComponentDef-Eintrags im IFR; Caller setzt darauf den IFR-Lookup auf.

pub fn provide_facet(&self, name: &str) -> Option<&FacetDef>

Spec §6.4.3 — provide_facet(name) -> CORBA::Object. Liefert den FacetDef mit dem gegebenen Namen oder None. Caller bindet das interface_id an die ORB-konkrete Object-Reference.

pub fn get_all_facets(&self) -> &[FacetDef]

Spec §6.4.3 — get_all_facets() -> FacetDescriptions. Liefert alle Facets als unveraenderbarer Slice.

pub fn get_named_facets(&self, names: &[&str]) -> Vec<&FacetDef>

Spec §6.4.3 — get_named_facets(names) -> FacetDescriptions. Liefert die Facets, deren Namen in der gegebenen Liste stehen (Reihenfolge wie in names); fehlende Namen werden uebersprungen.

pub fn get_all_receptacles(&self) -> &[ReceptacleDef]

Spec §6.5.3 — get_all_receptacles() -> ReceptacleDescriptions.

pub fn get_named_receptacles(&self, names: &[&str]) -> Vec<&ReceptacleDef>

Spec §6.5.3 — get_named_receptacles(names) -> ReceptacleDescriptions.

pub fn get_all_publishers(&self) -> Vec<&EventSourceDef>

Spec §6.6.8 — get_all_publishers() -> PublisherDescriptions. Publisher = event_sources mit emit_only == false.

pub fn get_all_emitters(&self) -> Vec<&EventSourceDef>

Spec §6.6.8 — get_all_emitters() -> EmitterDescriptions. Emitter = event_sources mit emit_only == true.

pub fn get_named_publishers(&self, names: &[&str]) -> Vec<&EventSourceDef>

Spec §6.6.8 — get_named_publishers(names).

pub fn get_named_emitters(&self, names: &[&str]) -> Vec<&EventSourceDef>

Spec §6.6.8 — get_named_emitters(names).

pub fn supports_interface(&self, interface_repo_id: &str) -> bool

Spec §6.4.5 — Type-Identity-Narrowing. Liefert true wenn die Component das gegebene Interface unterstuetzt (supports <I> in der Equivalent-IDL). Caller-Layer kombiniert dies mit dem ORB-is_a-Predicate fuer die Object-Reference.

pub fn supported_interface_repo_ids(&self) -> &[String]

Spec §6.4.5 — alle unterstuetzten Interfaces (Type-Identity- Side; Object-Reference-Widening bleibt ORB).

Trait Implementations

impl Clone for ComponentDef

fn clone(&self) -> ComponentDef

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for ComponentDef

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Default for ComponentDef

fn default() -> ComponentDef

Returns the “default value” for a type.

impl PartialEq for ComponentDef

fn eq(&self, other: &ComponentDef) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl Eq for ComponentDef

impl StructuralPartialEq for ComponentDef