private Object writeReplace() throws ObjectStreamException { return new SerializationProxy<X>(getIdentifier()); }
private Object writeReplace() throws ObjectStreamException { return new SerializationProxy<X>(getIdentifier()); }
private Object writeReplace() throws ObjectStreamException { return new SerializationProxy<X>(getIdentifier()); }
private Object writeReplace() throws ObjectStreamException { return new SerializationProxy<X>(getIdentifier()); }
private Object writeReplace() throws ObjectStreamException { return new SerializationProxy<X>(getIdentifier()); }
private Object writeReplace() throws ObjectStreamException { return new SerializationProxy<X>(getIdentifier()); }
public <T> void disposeBackedAnnotatedType(Class<T> rawType, String bdaId, String suffix) { TypeHolder<T> typeHolder = new TypeHolder<>(rawType, rawType, bdaId, suffix); BackedAnnotatedType<T> annotatedType = cast(this.backedAnnotatedTypes.getValueIfPresent(typeHolder)); if (annotatedType != null) { this.backedAnnotatedTypes.invalidate(typeHolder); this.slimAnnotatedTypesById.remove(annotatedType.getIdentifier()); this.enhancedAnnotatedTypes.invalidate(annotatedType); } }
public <T> void disposeBackedAnnotatedType(Class<T> rawType, String bdaId, String suffix) { TypeHolder<T> typeHolder = new TypeHolder<>(rawType, rawType, bdaId, suffix); BackedAnnotatedType<T> annotatedType = cast(this.backedAnnotatedTypes.getValueIfPresent(typeHolder)); if (annotatedType != null) { this.backedAnnotatedTypes.invalidate(typeHolder); this.slimAnnotatedTypesById.remove(annotatedType.getIdentifier()); this.enhancedAnnotatedTypes.invalidate(annotatedType); } }
public <T> void disposeBackedAnnotatedType(Class<T> rawType, String bdaId, String suffix) { TypeHolder<T> typeHolder = new TypeHolder<>(rawType, rawType, bdaId, suffix); BackedAnnotatedType<T> annotatedType = cast(this.backedAnnotatedTypes.getValueIfPresent(typeHolder)); if (annotatedType != null) { this.backedAnnotatedTypes.invalidate(typeHolder); this.slimAnnotatedTypesById.remove(annotatedType.getIdentifier()); this.enhancedAnnotatedTypes.invalidate(annotatedType); } }
public <T> void disposeBackedAnnotatedType(Class<T> rawType, String bdaId, String suffix) { TypeHolder<T> typeHolder = new TypeHolder<>(rawType, rawType, bdaId, suffix); BackedAnnotatedType<T> annotatedType = cast(this.backedAnnotatedTypes.getValueIfPresent(typeHolder)); if (annotatedType != null) { this.backedAnnotatedTypes.invalidate(typeHolder); this.slimAnnotatedTypesById.remove(annotatedType.getIdentifier()); this.enhancedAnnotatedTypes.invalidate(annotatedType); } }
public <T> void disposeBackedAnnotatedType(Class<T> rawType, String bdaId, String suffix) { TypeHolder<T> typeHolder = new TypeHolder<>(rawType, rawType, bdaId, suffix); BackedAnnotatedType<T> annotatedType = cast(this.backedAnnotatedTypes.getValueIfPresent(typeHolder)); if (annotatedType != null) { this.backedAnnotatedTypes.invalidate(typeHolder); this.slimAnnotatedTypesById.remove(annotatedType.getIdentifier()); this.enhancedAnnotatedTypes.invalidate(annotatedType); } }
public <T> void disposeBackedAnnotatedType(Class<T> rawType, String bdaId, String suffix) { TypeHolder<T> typeHolder = new TypeHolder<>(rawType, rawType, bdaId, suffix); BackedAnnotatedType<T> annotatedType = cast(this.backedAnnotatedTypes.getValueIfPresent(typeHolder)); if (annotatedType != null) { this.backedAnnotatedTypes.invalidate(typeHolder); this.slimAnnotatedTypesById.remove(annotatedType.getIdentifier()); this.enhancedAnnotatedTypes.invalidate(annotatedType); } }