public interface ValueFactory
| Modifier and Type | Interface and Description |
|---|---|
static interface |
ValueFactory.BoundedValueBuilder<E>
A builder pattern for constructing
MutableBoundedValues without the hassle of
keeping track of the order of arguments. |
| Modifier and Type | Method and Description |
|---|---|
<E> ValueFactory.BoundedValueBuilder<E> |
createBoundedValueBuilder(Key<MutableBoundedValue<E>> key)
Creates a
ValueFactory.BoundedValueBuilder |
<E> ListValue<E> |
createListValue(Key<ListValue<E>> key,
List<E> elements)
|
<E> ListValue<E> |
createListValue(Key<ListValue<E>> key,
List<E> elements,
List<E> defaults)
|
<K,V> MapValue<K,V> |
createMapValue(Key<MapValue<K,V>> key,
Map<K,V> map)
|
<K,V> MapValue<K,V> |
createMapValue(Key<MapValue<K,V>> key,
Map<K,V> map,
Map<K,V> defaults)
|
<E> OptionalValue<E> |
createOptionalValue(Key<OptionalValue<E>> key,
E element)
Creates an
OptionalValue where even the default value may be
Optional.empty(). |
<E> OptionalValue<E> |
createOptionalValue(Key<OptionalValue<E>> key,
E element,
E defaultElement)
Creates an
OptionalValue where the default is NOT
null, such that the actual value may be retained as
null. |
<E> SetValue<E> |
createSetValue(Key<SetValue<E>> key,
Set<E> elements)
|
<E> SetValue<E> |
createSetValue(Key<SetValue<E>> key,
Set<E> elements,
Set<E> defaults)
|
<E> Value<E> |
createValue(Key<Value<E>> key,
E element)
|
<E> Value<E> |
createValue(Key<Value<E>> key,
E element,
E defaultValue)
|
<E> Value<E> createValue(Key<Value<E>> key, E element)
E - The type of elementkey - The key for the valueelement - The element<E> Value<E> createValue(Key<Value<E>> key, E element, E defaultValue)
E - The type of elementkey - The key for the valueelement - The elementdefaultValue - The default value<E> ListValue<E> createListValue(Key<ListValue<E>> key, List<E> elements)
ListValue with the provided Key and
List of elements. The default value will be an empty list.E - The type of elementkey - The key for the valueelements - The list of elements<E> ListValue<E> createListValue(Key<ListValue<E>> key, List<E> elements, List<E> defaults)
E - The type of elementkey - The key for the valueelements - The list of elementsdefaults - The default list<E> SetValue<E> createSetValue(Key<SetValue<E>> key, Set<E> elements)
E - The type of elementkey - The key for the valueelements - The set of elements<E> SetValue<E> createSetValue(Key<SetValue<E>> key, Set<E> elements, Set<E> defaults)
E - The type of elementkey - The key for the valueelements - The set of elementsdefaults - The default set<K,V> MapValue<K,V> createMapValue(Key<MapValue<K,V>> key, Map<K,V> map)
K - The type of keyV - The type of valuekey - The key for the valuemap - The map of elements<K,V> MapValue<K,V> createMapValue(Key<MapValue<K,V>> key, Map<K,V> map, Map<K,V> defaults)
MapValue of the provided Key with the
types K and V along with the provided
Map defaults.K - The type of keyV - The type of valuekey - The key for the valuemap - The map of elementsdefaults - The default map<E> ValueFactory.BoundedValueBuilder<E> createBoundedValueBuilder(Key<MutableBoundedValue<E>> key)
ValueFactory.BoundedValueBuilderE - The type of valuekey - The key to the value<E> OptionalValue<E> createOptionalValue(Key<OptionalValue<E>> key, @Nullable E element)
OptionalValue where even the default value may be
Optional.empty(). These types of values should be restricted
to values that are live, that can be potentially large to retain a
reference to, and otherwise, not thread safe.E - The type of elementkey - The key to the valueelement - The element, if available<E> OptionalValue<E> createOptionalValue(Key<OptionalValue<E>> key, @Nullable E element, E defaultElement)
OptionalValue where the default is NOT
null, such that the actual value may be retained as
null.E - The type of elementkey - The key of the valueelement - The elementdefaultElement - The default value