ReadonlyArray$Typings<T> extension
Properties
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at
↔ T? Function(num)
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getter/setter pair
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entries
↔ IterableIterator<(num, T)> Function()
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getter/setter pair
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every
→ ({dynamic Function<S extends T>(dynamic predicate(T, num, List<T>), [dynamic thisArg]) $1, bool Function(Object? predicate(T, num, List<T>), [dynamic thisArg]) $2})
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Overload accessor: $1, $2
no setter
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filter
→ ({List<S> Function<S extends T>(dynamic predicate(T, num, List<T>), [dynamic thisArg]) $1, List<T> Function(Object? predicate(T, num, List<T>), [dynamic thisArg]) $2})
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Overload accessor: $1, $2
no setter
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find
→ ({S? Function<S extends T>(dynamic predicate(T, num, List<T>), [dynamic thisArg]) $1, T? Function(Object? predicate(T, num, List<T>), [dynamic thisArg]) $2})
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Overload accessor: $1, $2
no setter
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findIndex
↔ num Function(Object? (T, num, List<T>), [dynamic])
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getter/setter pair
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findLast
→ ({S? Function<S extends T>(dynamic predicate(T, num, List<T>), [dynamic thisArg]) $1, T? Function(Object? predicate(T, num, List<T>), [dynamic thisArg]) $2})
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Overload accessor: $1, $2
no setter
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findLastIndex
↔ num Function(Object? (T, num, List<T>), [dynamic])
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getter/setter pair
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flat
↔ List Function<A, D extends num>([D?])
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getter/setter pair
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flatMap
↔ List<U> Function<U, This>(Object (T, num, List<T>), [This?])
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getter/setter pair
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forEach
↔ void Function(void (T, num, List<T>), [dynamic])
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getter/setter pair
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includes
↔ bool Function(T, [num?])
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getter/setter pair
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indexOf
↔ num Function(T, [num?])
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getter/setter pair
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join
↔ String Function([String?])
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getter/setter pair
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keys
↔ IterableIterator<num> Function()
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getter/setter pair
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lastIndexOf
↔ num Function(T, [num?])
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getter/setter pair
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length
→ num
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Gets the length of the array. This is a number one higher than the highest element defined in an array.
no setter
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map
↔ List<U> Function<U>(U (T, num, List<T>), [dynamic])
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getter/setter pair
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reduce
→ ({T Function(T callbackfn(T, T, num, List<T>)) $1, T Function(T callbackfn(T, T, num, List<T>), T initialValue) $2, U Function<U>(U callbackfn(U, T, num, List<T>), U initialValue) $3})
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Overload accessor: $1, $2, $3
no setter
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reduceRight
→ ({T Function(T callbackfn(T, T, num, List<T>)) $1, T Function(T callbackfn(T, T, num, List<T>), T initialValue) $2, U Function<U>(U callbackfn(U, T, num, List<T>), U initialValue) $3})
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Overload accessor: $1, $2, $3
no setter
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slice
↔ List<T> Function([num?, num?])
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getter/setter pair
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some
↔ bool Function(Object? (T, num, List<T>), [dynamic])
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getter/setter pair
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toLocaleString
↔ String Function()
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getter/setter pair
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toReversed
↔ List<T> Function()
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getter/setter pair
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toSorted
↔ List<T> Function([num (T, T)?])
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getter/setter pair
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toString$
↔ String Function()
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getter/setter pair
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values
↔ IterableIterator<T> Function()
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getter/setter pair
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with$
↔ List<T> Function(num, T)
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getter/setter pair
Methods
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concat([Iterable? items])
→ List<T>
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Combines two or more arrays.
@param items Additional items to add to the end of array1.
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toSpliced(num start, num deleteCount, [Iterable? items])
→ List<T>
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Copies an array and removes elements while, if necessary, inserting new elements in their place, returning the remaining elements.
@param start The zero-based location in the array from which to start removing elements.
@param deleteCount The number of elements to remove.
@param items Elements to insert into the copied array in place of the deleted elements.
@returns A copy of the original array with the remaining elements.
