protected GenericEntity(final T entity) { if (entity == null) { throw new IllegalArgumentException("The entity must not be null"); } this.entity = entity; this.type = GenericType.getTypeArgument(getClass(), GenericEntity.class); this.rawType = entity.getClass(); }
protected GenericEntity(final T entity) { if (entity == null) { throw new IllegalArgumentException("The entity must not be null"); } this.entity = entity; this.type = GenericType.getTypeArgument(getClass(), GenericEntity.class); this.rawType = entity.getClass(); }
protected GenericEntity(final T entity) { if (entity == null) { throw new IllegalArgumentException("The entity must not be null"); } this.entity = entity; this.type = GenericType.getTypeArgument(getClass(), GenericEntity.class); this.rawType = entity.getClass(); }
protected GenericEntity(final T entity) { if (entity == null) { throw new IllegalArgumentException("The entity must not be null"); } this.entity = entity; this.type = GenericType.getTypeArgument(getClass(), GenericEntity.class); this.rawType = entity.getClass(); }
protected GenericEntity(final T entity) { if (entity == null) { throw new IllegalArgumentException("The entity must not be null"); } this.entity = entity; this.type = GenericType.getTypeArgument(getClass(), GenericEntity.class); this.rawType = entity.getClass(); }
/** * Constructs a new generic type, deriving the generic type and class from * type parameter. Note that this constructor is protected, users should create * a (usually anonymous) subclass as shown above. * * @throws IllegalArgumentException in case the generic type parameter value is not * provided by any of the subclasses. */ protected GenericType() { // Get the type parameter of GenericType<T> (aka the T value) type = getTypeArgument(getClass(), GenericType.class); rawType = getClass(type); }
protected GenericType() { // Get the type parameter of GenericType<T> (aka the T value) type = getTypeArgument(getClass(), GenericType.class); rawType = getClass(type); }
/** * Constructs a new generic type, deriving the generic type and class from * type parameter. Note that this constructor is protected, users should create * a (usually anonymous) subclass as shown above. * * @throws IllegalArgumentException in case the generic type parameter value is not * provided by any of the subclasses. */ protected GenericType() { // Get the type parameter of GenericType<T> (aka the T value) type = getTypeArgument(getClass(), GenericType.class); rawType = getClass(type); }
protected GenericType() { // Get the type parameter of GenericType<T> (aka the T value) type = getTypeArgument(getClass(), GenericType.class); rawType = getClass(type); }
protected GenericType() { // Get the type parameter of GenericType<T> (aka the T value) type = getTypeArgument(getClass(), GenericType.class); rawType = getClass(type); }
protected GenericType() { // Get the type parameter of GenericType<T> (aka the T value) type = getTypeArgument(getClass(), GenericType.class); rawType = getClass(type); }
/** * Constructs a new generic type, deriving the generic type and class from * type parameter. Note that this constructor is protected, users should create * a (usually anonymous) subclass as shown above. * * @throws IllegalArgumentException in case the generic type parameter value is not * provided by any of the subclasses. */ protected GenericType() { // Get the type parameter of GenericType<T> (aka the T value) type = getTypeArgument(getClass(), GenericType.class); rawType = getClass(type); }
/** * Constructs a new generic type, deriving the generic type and class from * type parameter. Note that this constructor is protected, users should create * a (usually anonymous) subclass as shown above. * * @throws IllegalArgumentException in case the generic type parameter value is not * provided by any of the subclasses. */ protected GenericType() { // Get the type parameter of GenericType<T> (aka the T value) type = getTypeArgument(getClass(), GenericType.class); rawType = getClass(type); }
protected GenericType() { type = getTypeArgument(getClass(), GenericType.class); rawType = getClass(type); }
/** * Constructs a new generic type, deriving the generic type and class from * type parameter. Note that this constructor is protected, users should create * a (usually anonymous) subclass as shown above. * * @throws IllegalArgumentException in case the generic type parameter value is not * provided by any of the subclasses. */ protected GenericType() { // Get the type parameter of GenericType<T> (aka the T value) type = getTypeArgument(getClass(), GenericType.class); rawType = getClass(type); }
/** * Constructs a new generic type, deriving the generic type and class from * type parameter. Note that this constructor is protected, users should create * a (usually anonymous) subclass as shown above. * * @throws IllegalArgumentException in case the generic type parameter value is not * provided by any of the subclasses. */ protected GenericType() { // Get the type parameter of GenericType<T> (aka the T value) type = getTypeArgument(getClass(), GenericType.class); rawType = getClass(type); }
/** * Constructs a new generic type, deriving the generic type and class from * type parameter. Note that this constructor is protected, users should create * a (usually anonymous) subclass as shown above. * * @throws IllegalArgumentException in case the generic type parameter value is not * provided by any of the subclasses. */ protected GenericType() { // Get the type parameter of GenericType<T> (aka the T value) type = getTypeArgument(getClass(), GenericType.class); rawType = getClass(type); }
/** * Constructs a new generic type, deriving the generic type and class from * type parameter. Note that this constructor is protected, users should create * a (usually anonymous) subclass as shown above. * * @throws IllegalArgumentException in case the generic type parameter value is not * provided by any of the subclasses. */ protected GenericType() { // Get the type parameter of GenericType<T> (aka the T value) type = getTypeArgument(getClass(), GenericType.class); rawType = getClass(type); }
/** * Constructs a new generic type, deriving the generic type and class from * type parameter. Note that this constructor is protected, users should create * a (usually anonymous) subclass as shown above. * * @throws IllegalArgumentException in case the generic type parameter value is not * provided by any of the subclasses. */ protected GenericType() { // Get the type parameter of GenericType<T> (aka the T value) type = getTypeArgument(getClass(), GenericType.class); rawType = getClass(type); }
/** * Constructs a new generic type, deriving the generic type and class from * type parameter. Note that this constructor is protected, users should create * a (usually anonymous) subclass as shown above. * * @throws IllegalArgumentException in case the generic type parameter value is not * provided by any of the subclasses. */ protected GenericType() { // Get the type parameter of GenericType<T> (aka the T value) type = getTypeArgument(getClass(), GenericType.class); rawType = getClass(type); }