private final ModelType<T> elementType;

        public ModelSetModelViewFactory(ModelType<T> elementType) {
            this.elementType = elementType;
        }

        @Override
        public ModelView<ModelSet<T>> toView(MutableModelNode modelNode, ModelRuleDescriptor ruleDescriptor, boolean mutable) {
            ModelType<ModelSet<T>> setType = ModelTypes.modelSet(elementType);

    Es verbessert die Editor-Unterstützung für Pydantic-Modelle, mit:

    * Code-Vervollständigung
    * Typüberprüfungen
    * Refaktorisierung
    * Suchen
    * Inspektionen

## Das Modell verwenden

Innerhalb der Funktion können Sie alle Attribute des Modells direkt verwenden:

=== "Python 3.10+"

    ```Python hl_lines="19"

    public Optional<Model> getRawModel(String modelId) {
        return Optional.ofNullable(rawModels.get(modelId));
    }

    public DefaultModelBuilderResult setRawModel(String modelId, Model rawModel) {
        // Intentionally notNull because Super POM may not contain a modelId
        Objects.requireNonNull(modelId, "modelId cannot be null");

        rawModels.put(modelId, rawModel);

        return this;
    }

        DefaultModelProblem pb2 =
                new DefaultModelProblem("message2", ModelProblem.Severity.ERROR, null, "source", 0, 0, "modelId", null);
        String msg = ModelBuildingException.toMessage("modelId", Arrays.asList(pb1, pb2));
        assertEquals(
                "2 problems were encountered while building the effective model for modelId" + System.lineSeparator()

        void setValue(String value)
    }

    def collectionPath = ModelPath.path("collection")
    def collectionType = new ModelType<ModelSet<NamedThing>>() {}
    private ModelReference<ModelSet<NamedThing>> reference = ModelReference.of(collectionPath, new ModelType<ModelSet<NamedThing>>() {})

    def setup() {
        registry.register(

            val addressSerializer = BlockAddressSerializer()
            val intermediateModels = mutableMapOf<ModelKey, BlockAddress>()
            readCollection {
                val modelKey = readModelKey()
                val address = addressSerializer.read(this)
                intermediateModels[modelKey] = address
            }
            val metadata = mutableMapOf<Path, BlockAddress>()
            readCollection {

    /**
     * Set the identifier of the POM in the format {@code
     * <groupId>:<artifactId>:<version>}.
     *
     * @param modelId
     */
    public void setModelId(String modelId) {
        this.modelId = modelId;
    } // -- void setModelId( String )

    @Override
    public String toString() {
        return getModelId() + " " + getLocation();
    }

                "@${Managed.name} interface SomeThing { SomeThing getThing() }",
                "@${Managed.name} interface SomeThing { ${ModelSet.name}<SomeThing> getThings() }",
                "@${Managed.name} interface SomeThing { @${Managed.name} static interface Child {}; ${ModelSet.name}<Child> getThings() }",
        ]
    }

    def "does not hold strong reference to a managed #type type"() {
        given:

# OpenAPI-`models`

OpenAPI Pydantic-Modelle, werden zum Generieren und Validieren der generierten OpenAPI verwendet.

            int columnNumber,
            String modelId,
            Exception exception) {
        this.message = message;
        this.severity = (severity != null) ? severity : Severity.ERROR;
        this.source = (source != null) ? source : "";
        this.lineNumber = lineNumber;
        this.columnNumber = columnNumber;
        this.modelId = (modelId != null) ? modelId : "";
        this.exception = exception;