Uses of Class
one.microstream.collections.ConstHashEnum

Packages that use ConstHashEnum

Package	Description
one.microstream
one.microstream.collections

Uses of ConstHashEnum in one.microstream

Methods in one.microstream that return ConstHashEnum

Modifier and Type	Method and Description
static <E> ConstHashEnum<E>	X.ConstEnum(E... elements)

Uses of ConstHashEnum in one.microstream.collections

Methods in one.microstream.collections that return ConstHashEnum

Modifier and Type	Method and Description
ConstHashEnum<E>	ConstHashEnum.copy()
ConstHashEnum<K>	HashTable.Keys.immure() This method creates a EqConstHashEnum instance containing all (currently existing) elements of this ConstHashEnum. No matter which hashing logic this instance uses, the new EqConstHashEnum instance always uses a STRONG EQUALATOR logic, using this instance's logic's HashEqualator. This is necessary to ensure that the EqConstHashEnum instance is really constant and does not (can not!) lose elements over time. If a EqConstHashEnum with volatile elements is needed (e.g.
ConstHashEnum<E>	HashEnum.immure()
ConstHashEnum<E>	ConstHashEnum.immure()
static <E> ConstHashEnum<E>	ConstHashEnum.New()
static <E> ConstHashEnum<E>	ConstHashEnum.New(E... entries)
static <E> ConstHashEnum<E>	ConstHashEnum.New(XGettingCollection<? extends E> entries)
static <E> ConstHashEnum<E>	ConstHashEnum.NewCustom(float hashDensity, E... entries)
static <E> ConstHashEnum<E>	ConstHashEnum.NewCustom(float hashDensity, XGettingCollection<? extends E> entries)
static <E> ConstHashEnum<E>	ConstHashEnum.NewCustom(int initialCapacity)
static <E> ConstHashEnum<E>	ConstHashEnum.NewCustom(int initialCapacity, float hashDensity)
ConstHashEnum<E>	ConstHashEnum.toReversed()

Methods in one.microstream.collections that return types with arguments of type ConstHashEnum

Modifier and Type	Method and Description
HashCollection.Analysis<ConstHashEnum<E>>	ConstHashEnum.analyze()