public abstract static class Func.XXVI.D<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚,𝓛,𝓜,𝓝,𝓞,𝓟,𝓠,𝓡,𝓢,𝓣,𝓤,𝓥,𝓦,𝓧,𝓨,𝓩,Ω> extends java.lang.Object implements Func.XXVI<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚,𝓛,𝓜,𝓝,𝓞,𝓟,𝓠,𝓡,𝓢,𝓣,𝓤,𝓥,𝓦,𝓧,𝓨,𝓩,Ω>
| Constructor and Description |
|---|
D() |
| Modifier and Type | Method and Description |
|---|---|
abstract Lazy<Ω> |
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,
Lazy<𝓚> k,
Lazy<𝓛> l,
Lazy<𝓜> m,
Lazy<𝓝> n,
Lazy<𝓞> o,
Lazy<𝓟> p,
Lazy<𝓠> q,
Lazy<𝓡> r,
Lazy<𝓢> s,
Lazy<𝓣> t,
Lazy<𝓤> u,
Lazy<𝓥> v,
Lazy<𝓦> w,
Lazy<𝓧> x,
Lazy<𝓨> y,
Lazy<𝓩> z) |
Thunk<Func.XXVI<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚,𝓛,𝓜,𝓝,𝓞,𝓟,𝓠,𝓡,𝓢,𝓣,𝓤,𝓥,𝓦,𝓧,𝓨,𝓩,Ω>> |
asThunk()
Tell if this is really a
Thunk |
Func.XXVI<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚,𝓛,𝓜,𝓝,𝓞,𝓟,𝓠,𝓡,𝓢,𝓣,𝓤,𝓥,𝓦,𝓧,𝓨,𝓩,Ω> |
call()
Compute the value if it is needed.
|
boolean |
isShared()
Tell if this is shared.
|
public Func.XXVI<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚,𝓛,𝓜,𝓝,𝓞,𝓟,𝓠,𝓡,𝓢,𝓣,𝓤,𝓥,𝓦,𝓧,𝓨,𝓩,Ω> call()
LazyCompute the value if it is needed.
call in interface Func.XXVI<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚,𝓛,𝓜,𝓝,𝓞,𝓟,𝓠,𝓡,𝓢,𝓣,𝓤,𝓥,𝓦,𝓧,𝓨,𝓩,Ω>call in interface Lazy<Func.XXVI<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚,𝓛,𝓜,𝓝,𝓞,𝓟,𝓠,𝓡,𝓢,𝓣,𝓤,𝓥,𝓦,𝓧,𝓨,𝓩,Ω>>call in interface java.util.concurrent.Callable<Func.XXVI<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚,𝓛,𝓜,𝓝,𝓞,𝓟,𝓠,𝓡,𝓢,𝓣,𝓤,𝓥,𝓦,𝓧,𝓨,𝓩,Ω>>Callable.call()public boolean isShared()
LazyTell 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 public Thunk<Func.XXVI<𝓐,𝓑,𝓒,𝓓,𝓔,𝓕,𝓖,𝓗,𝓘,𝓙,𝓚,𝓛,𝓜,𝓝,𝓞,𝓟,𝓠,𝓡,𝓢,𝓣,𝓤,𝓥,𝓦,𝓧,𝓨,𝓩,Ω>> asThunk()
Lazy Tell if this is really a Thunk
public abstract Lazy<Ω> 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, Lazy<𝓚> k, Lazy<𝓛> l, Lazy<𝓜> m, Lazy<𝓝> n, Lazy<𝓞> o, Lazy<𝓟> p, Lazy<𝓠> q, Lazy<𝓡> r, Lazy<𝓢> s, Lazy<𝓣> t, Lazy<𝓤> u, Lazy<𝓥> v, Lazy<𝓦> w, Lazy<𝓧> x, Lazy<𝓨> y, Lazy<𝓩> z)