frege.run7

Interface Func.X<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚>

All Superinterfaces:

java.util.concurrent.Callable<Func.X<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚>>, frege.run.Kind.B<Func.X<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,?,?>,𝓙,𝓚>, frege.run.Kind.IX<Func.X<𝓐,𝓑,?,?,?,?,?,?,?,?,?>,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚>, frege.run.Kind.Q<Func.X<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,?,?,?,?>,𝓗,𝓘,𝓙,𝓚>, frege.run.Kind.T<Func.X<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,?,?,?>,𝓘,𝓙,𝓚>, frege.run.Kind.U<Func.X<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,?>,𝓚>, frege.run.Kind.V<Func.X<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,?,?,?,?,?>,𝓖,𝓗,𝓘,𝓙,𝓚>, frege.run.Kind.VI<Func.X<𝓐,𝓑,𝓒,𝓓,𝓔,?,?,?,?,?,?>,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚>, frege.run.Kind.VII<Func.X<𝓐,𝓑,𝓒,𝓓,?,?,?,?,?,?,?>,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚>, frege.run.Kind.VIII<Func.X<𝓐,𝓑,𝓒,?,?,?,?,?,?,?,?>,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚>, frege.run.Kind.X<Func.X<𝓐,?,?,?,?,?,?,?,?,?,?>,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚>, frege.run.Kind.XI<Func.X<?,?,?,?,?,?,?,?,?,?,?>,𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚>, Lazy<Func.X<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚>>

All Known Implementing Classes:

Func.X.D

Enclosing class:

Func

public static interface Func.X<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚>
extends Lazy<Func.X<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚>>, frege.run.Kind.U<Func.X<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,?>,𝓚>, frege.run.Kind.B<Func.X<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,?,?>,𝓙,𝓚>, frege.run.Kind.T<Func.X<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,?,?,?>,𝓘,𝓙,𝓚>, frege.run.Kind.Q<Func.X<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,?,?,?,?>,𝓗,𝓘,𝓙,𝓚>, frege.run.Kind.V<Func.X<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,?,?,?,?,?>,𝓖,𝓗,𝓘,𝓙,𝓚>, frege.run.Kind.VI<Func.X<𝓐,𝓑,𝓒,𝓓,𝓔,?,?,?,?,?,?>,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚>, frege.run.Kind.VII<Func.X<𝓐,𝓑,𝓒,𝓓,?,?,?,?,?,?,?>,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚>, frege.run.Kind.VIII<Func.X<𝓐,𝓑,𝓒,?,?,?,?,?,?,?,?>,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚>, frege.run.Kind.IX<Func.X<𝓐,𝓑,?,?,?,?,?,?,?,?,?>,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚>, frege.run.Kind.X<Func.X<𝓐,?,?,?,?,?,?,?,?,?,?>,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚>, frege.run.Kind.XI<Func.X<?,?,?,?,?,?,?,?,?,?,?>,𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚>

Nested Class Summary

Nested Classes

Modifier and Type	Interface and Description
static class	Func.X.D<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚>

Method Summary

Modifier and Type	Method and Description
Lazy<𝓚>	apply(Lazy<𝓐> a, Lazy<𝓑> b, Lazy<𝓒> c, Lazy<𝓓> d, Lazy<𝓔> e, Lazy<𝓕> f, Lazy<𝓖> g, Lazy<𝓗> h, Lazy<𝓘> i, Lazy<𝓙> j)
Func.X<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚>	call() Compute the value if it is needed.
boolean	isShared() Tell if this is shared.

Methods inherited from interface frege.run7.Lazy

asThunk

Method Detail

apply

Lazy<𝓚> apply(Lazy<𝓐> a,
               Lazy<𝓑> b,
               Lazy<𝓒> c,
               Lazy<𝓓> d,
               Lazy<𝓔> e,
               Lazy<𝓕> f,
               Lazy<𝓖> g,
               Lazy<𝓗> h,
               Lazy<𝓘> i,
               Lazy<𝓙> j)

call

Func.X<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚> call()

Description copied from interface: Lazy

Compute the value if it is needed.

Specified by:

call in interface java.util.concurrent.Callable<Func.X<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚>>

Specified by:

call in interface Lazy<Func.X<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚>>

See Also:

Callable.call()

isShared

boolean isShared()

Description copied from interface: Lazy

Tell if this is shared.

Data and functions whose Lazy.call() method returns this as well as simple boxes that just hold a value ready to be supplied and Thunks are considered shared.

But a bare lambda expression is assumed to be in need of sharing. For example:

() -> 42

Specified by:

isShared in interface Lazy<Func.X<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚>>