Uses of Class fj.data.Enumerator

Packages that use Enumerator
Package Description

fj
Types that set the premise for the existence of Functional Java.

fj.data
Common algebraic data types.

Uses of Enumerator in fj

Methods in fj with parameters of type Enumerator
Modifier and Type	Method	Description
`static <A> Monoid<Set<A>>`	Monoid.`setIntersectionMonoid(Bounded<A> bounded, Enumerator<A> enumerator)`	A intersection monoid for sets.

Uses of Enumerator in fj.data

Fields in fj.data declared as Enumerator
Modifier and Type	Field	Description
`static Enumerator<java.math.BigDecimal>`	Enumerator.`bigdecimalEnumerator`	An enumerator for `BigDecimal`.
`static Enumerator<java.math.BigInteger>`	Enumerator.`bigintEnumerator`	An enumerator for `BigInteger`.
`static Enumerator<java.lang.Boolean>`	Enumerator.`booleanEnumerator`	An enumerator for `boolean`.
`static Enumerator<java.lang.Byte>`	Enumerator.`byteEnumerator`	An enumerator for `byte`.
`static Enumerator<java.lang.Character>`	Enumerator.`charEnumerator`	An enumerator for `char`.
`static Enumerator<java.lang.Double>`	Enumerator.`doubleEnumerator`	An enumerator for `double`.
`static Enumerator<java.lang.Float>`	Enumerator.`floatEnumerator`	An enumerator for `float`.
`static Enumerator<java.lang.Integer>`	Enumerator.`intEnumerator`	An enumerator for `int`.
`static Enumerator<java.lang.Long>`	Enumerator.`longEnumerator`	An enumerator for `long`.
`static Enumerator<Natural>`	Enumerator.`naturalEnumerator`	An enumerator for `Natural`
`static Enumerator<Ordering>`	Enumerator.`orderingEnumerator`	An enumerator for `Ordering`.
`static Enumerator<java.lang.Short>`	Enumerator.`shortEnumerator`	An enumerator for `short`.

Methods in fj.data that return Enumerator
Modifier and Type	Method	Description
`static <A> Enumerator<A>`	Enumerator.`enumerator(F<A,Option<A>> successor, F<A,Option<A>> predecessor, Option<A> max, Option<A> min, Ord<A> order)`	Construct an enumerator.
`static <A> Enumerator<A>`	Enumerator.`enumerator(F<A,Option<A>> successor, F<A,Option<A>> predecessor, Option<A> max, Option<A> min, Ord<A> order, F<A,F<java.lang.Long,Option<A>>> plus)`	Construct an enumerator.
`Enumerator<A>`	Enumerator.`setMax(Option<A> max)`	Create a new enumerator with the given maximum value.
`Enumerator<A>`	Enumerator.`setMin(Option<A> min)`	Create a new enumerator with the given minimum value.
`<B> Enumerator<B>`	Enumerator.`xmap(F<A,B> f, F<B,A> g)`	Invariant functor map over this enumerator.

Methods in fj.data with parameters of type Enumerator
Modifier and Type	Method	Description
`static <A> Stream<A>`	Stream.`forever(Enumerator<A> e, A from)`	Returns a stream that is either infinite or bounded up to the maximum value of the given iterator starting at the given value and stepping at increments of `1`.
`static <A> Stream<A>`	Stream.`forever(Enumerator<A> e, A from, long step)`	Returns a stream that is either infinite or bounded up to the maximum value of the given iterator starting at the given value and stepping at the given increment.
`static <A,B> Stream<A>`	Stream.`fromFunction(Enumerator<B> e, F<B,A> f, B i)`	Converts a function of an enumerable type to a stream of the results of that function, starting at the given index.
`static <A> Stream<A>`	Stream.`range(Enumerator<A> e, A from, A to)`	Returns a stream using the given enumerator from the given value to the other given value stepping at increments of `1`.
`static <A> Stream<A>`	Stream.`range(Enumerator<A> e, A from, A to, long step)`	Returns a stream using the given enumerator from the given value to the other given value stepping at the given increment.