public static enum DataResult.Instance extends Enum<instance DataResult<_>> implements Applicative DataResult<_>
DataResult.| Enum Constant and Description |
|---|
INSTANCE
The type instance.
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| Modifier and Type | Method and Description |
|---|---|
<A,R> DataResult<R> |
ap(DataResult<(A) -> R> func,
DataResult<A> arg)
Maps the contents of
arg from A to R using a wrapped transformation function. |
<A,B,R> DataResult<R> |
ap2(DataResult<(A,B) -> R> func,
DataResult<A> a,
DataResult<B> b)
|
<T1,T2,T3,R> |
ap3(DataResult<(T1,T2,T3) -> R> func,
DataResult<T1> t1,
DataResult<T2> t2,
DataResult<T3> t3)
Maps the contents of the input containers to a container of
R using a wrapped Function3. |
<A,R> (DataResult<A>) -> DataResult<R> |
lift1(DataResult<(A) -> R> function)
Lifts a wrapped transformation function into a function between containers.
|
<T,R> DataResult<R> |
map((? super T) -> ? extends R func,
DataResult<T> ts)
Maps the contents of
ts from T to R using the func. |
<A> DataResult<A> |
point(A a)
Wraps a value in a container, for example an object in a list.
|
static instance DataResult<_> |
valueOf(String name)
Returns the enum constant of this type with the specified name.
|
static instance DataResult<_>[] |
values()
Returns an array containing the constants of this enum type, in
the order they are declared.
|
clone, compareTo, equals, finalize, getDeclaringClass, hashCode, name, ordinal, toString, valueOfpublic static final instance DataResult<_> INSTANCE
public static instance DataResult<_>[] values()
for (DataResult.Instance c : DataResult.Instance.values()) System.out.println(c);
public static instance DataResult<_> valueOf(String name)
name - the name of the enum constant to be returned.IllegalArgumentException - if this enum type has no constant with the specified nameNullPointerException - if the argument is nullpublic <T,R> DataResult<R> map((? super T) -> ? extends R func, DataResult<T> ts)
Functorts from T to R using the func.map in interface Functor DataResult<_>T - The input type.R - The output type.func - The transformation function.ts - The input container that will be transformed.public <A> DataResult<A> point(A a)
Applicativepoint in interface Applicative DataResult<_>A - The type of the value.a - The input value.public <A,R> (DataResult<A>) -> DataResult<R> lift1(DataResult<(A) -> R> function)
Applicativelift1 in interface Applicative DataResult<_>A - The input type.R - The output type.function - The container containing the transformation function.public <A,R> DataResult<R> ap(DataResult<(A) -> R> func, DataResult<A> arg)
Applicativearg from A to R using a wrapped transformation function.ap in interface Applicative DataResult<_>A - The input type.R - The output type.func - The wrapped transformation function.arg - The input container that will be transformed.public <A,B,R> DataResult<R> ap2(DataResult<(A,B) -> R> func, DataResult<A> a, DataResult<B> b)
Applicativeap2 in interface Applicative DataResult<_>A - The first input type.B - The second input type.R - The output type.func - The wrapped transformation function.a - The first input container that will be transformed.b - The second input container that will be transformed.public <T1,T2,T3,R> DataResult<R> ap3(DataResult<(T1,T2,T3) -> R> func, DataResult<T1> t1, DataResult<T2> t2, DataResult<T3> t3)
ApplicativeR using a wrapped Function3.ap3 in interface Applicative DataResult<_>T1 - The first input type.T2 - The second input type.T3 - The third input type.R - The output type.func - The wrapped transformation function.t1 - The first input container that will be transformed.t2 - The second input container that will be transformed.t3 - The third input container that will be transformed.