FutureList<E> extension
Future list extension maps the native List properties and methods to the result of a Future that yields a List, in addition with a couple of useful return types and methods.
Properties
-
reversed
→ Future<
Iterable< E> > -
Refer to List.reversed.
no setter
Methods
-
add(
E e) → Future< List< E> > - Refer to List.add.
-
addAll(
Iterable< E> iterable) → Future<List< E> > - Refer to List.addAll.
-
as<
T> (T f(E e)) → Future< List< T> > -
Returns a new lazy
Listof Type by applying the transformation function. -
asMap(
) → Future< Map< int, E> > - Refer to List.asMap.
-
cast<
R> () → Future< List< R> > - Refer to List.cast.
-
clear(
) → Future< List< E> > - Refer to List.clear.
-
fillRange(
int start, int end, [E? value]) → Future< List< E> > - Refer to List.fillRange.
-
getRange(
int start, int end) → Future< Iterable< E> > - Refer to List.getRange.
-
indexOf(
E e, [int start = 0]) → Future< int> - Refer to List.indexOf.
-
indexWhere(
bool test(E e), [int start = 0]) → Future< int> - Refer to List.indexWhere.
-
insert(
int index, E element) → Future< List< E> > - Refer to List.insert.
-
insertAll(
int index, Iterable< E> iterable) → Future<List< E> > - Refer to List.insertAll.
-
lastIndexOf(
E e, [int? start]) → Future< int> - Refer to List.lastIndexOf.
-
lastIndexWhere(
bool test(E e), [int? start]) → Future< int> - Refer to List.lastIndexWhere.
-
remove(
Object o) → Future< List< E> > - Refer to List.remove.
-
removeAt(
int index) → Future< List< E> > - Refer to List.removeAt.
-
removeLast(
) → Future< List< E> > - Refer to List.removeLast.
-
removeRange(
int start, int end) → Future< List< E> > - Refer to List.removeRange.
-
removeWhere(
bool test(E e)) → Future< List< E> > - Refer to List.removeWhere.
-
replaceRange(
int start, int end, Iterable< E> iterable) → Future<List< E> > - Refer to List.replaceRange.
-
retainWhere(
bool test(E e)) → Future< List< E> > - Refer to List.retainWhere.
-
setAll(
int index, Iterable< E> iterable) → Future<List< E> > - Refer to List.setAll.
-
setRange(
int start, int end, Iterable< E> iterable) → Future<List< E> > - Refer to List.setRange.
-
shuffle(
[Random? random]) → Future< List< E> > - Refer to List.shuffle.
-
sort(
[int compare(E a, E b)?]) → Future< List< E> > - Refer to List.sort.
-
sublist(
int start, [int? end]) → Future< List< E> > - Refer to List.sublist.