FpdartOnMutableIterable<T> extension

Functional programming functions on a mutable dart Iterable using fpdart.

on

Iterable<T>

Properties

firstOption → Option<T>: Get the first element of the list. If the list is empty, return None.
read-only
head → Option<T>: Get the first element of the list. If the list is empty, return None.
read-only
init → Option<Iterable<T>>: Return all the elements of a list except the last one. If the list is empty, return None.
read-only
lastOption → Option<T>: Get the last element of the list. If the list is empty, return None.
read-only
tail → Option<Iterable<T>>: Return all the elements of a list except the first one. If the list is empty, return None.
read-only

Methods

all(bool predicate(T t)) → bool: Checks whether every element of this Iterable satisfies test.
ap(Iterable fl) → Iterable: Apply all the functions inside fl to the Iterable.
append(T t) → Iterable<T>: Insert element t at the end of the Iterable.
bind(Iterable f(T t)) → Iterable: For each element of the Iterable apply function f and flat the result.
bindWithIndex(Iterable f(T t, int index)) → Iterable: For each element of the Iterable apply function f with the index and flat the result.
breakI(bool predicate(T t)) → Tuple2<Iterable<T>, Iterable<T>>: Return a Tuple2 where first element is longest prefix (possibly empty) of this Iterable with elements that do not satisfy predicate and second element is the remainder of the Iterable.
concatMap(Iterable f(T t)) → Iterable: Apply f to each element of the Iterable and flat the result using concat.
concatMapWithIndex(Iterable f(T t, int index)) → Iterable: Apply f to each element of the Iterable using the index and flat the result using concat.
delete(T element) → Iterable<T>: Remove the first occurrence of element from this Iterable.
drop(int n) → Iterable<T>: Return the suffix of this Iterable after the first n elements.
dropWhileLeft(bool predicate(T t)) → Iterable<T>: Remove all elements starting from the first as long as predicate returns true.
dropWhileRight(bool predicate(T t)) → Iterable<T>: Remove all elements starting from the last as long as predicate returns true.
elem(T element) → bool: Check if element is contained inside this Iterable.
filter(bool predicate(T t)) → Iterable<T>: Returns the list of those elements that satisfy predicate.
flatMap(Iterable f(T t)) → Iterable: For each element of the Iterable apply function f and flat the result.
flatMapWithIndex(Iterable f(T t, int index)) → Iterable: For each element of the Iterable apply function f with the index and flat the result.
foldLeft(B initialValue, B f(B b, T t)) → B: Fold a List into a single value by aggregating each element of the list from the first to the last.
foldLeftWithIndex(B initialValue, B f(B accumulator, T element, int index)) → B: Fold a List into a single value by aggregating each element of the list from the first to the last using their index.
foldRight(B initialValue, B f(T element, B accumulator)) → B: Fold a List into a single value by aggregating each element of the list from the last to the first.
foldRightWithIndex(B initialValue, B f(T element, B accumulator, int index)) → B: Fold a List into a single value by aggregating each element of the list from the last to the first using their index.
insertBy(Order<T> order, T element) → Iterable<T>: Insert element into the list at the first position where it is less than or equal to the next element based on order.
insertWith<A>(A insert(T instance), Order<A> order, T element) → Iterable<T>: Insert element into the list at the first position where it is less than or equal to the next element based on order of an object of type A extracted from element using insert.
intersect(Iterable<T> l) → Iterable<T>: Return the intersection of two Iterable (all the elements that both Iterable have in common).
mapWithIndex(B f(T t, int index)) → Iterable: Map Iterable from type T to type B using the index.
maximumBy(Order<T> order) → Option<T>: The largest element of this Iterable based on order.
minimumBy(Order<T> order) → Option<T>: The least element of this Iterable based on order.
notElem(T element) → bool: Check if element is not contained inside this Iterable.
partition(bool f(T t)) → Tuple2<Iterable<T>, Iterable<T>>: Return a Tuple2 where the first element is an Iterable with all the elements of this Iterable that do not satisfy f and the second all the elements that do satisfy f.
plus(Iterable<T> l) → Iterable<T>: Append l to this Iterable.
prepend(T t) → Iterable<T>: Insert element t at the beginning of the Iterable.
sortBy(Order<T> order) → Iterable<T>: Sort this Iterable based on order.
sortWith<A>(A sort(T instance), Order<A> order) → Iterable<T>: Sort this Iterable based on order of an object of type A extracted from T using sort.
sortWithDate(DateTime getDate(T instance)) → Iterable<T>: Sort Iterable based on DateTime extracted from type T using getDate.
span(bool predicate(T t)) → Tuple2<Iterable<T>, Iterable<T>>: Return a Tuple2 where first element is longest prefix (possibly empty) of this Iterable with elements that satisfy predicate and second element is the remainder of the Iterable.
splitAt(int n) → Tuple2<Iterable<T>, Iterable<T>>: Return a Tuple2 where first element is an Iterable with the first n elements of this Iterable, and the second element contains the rest of the Iterable.
takeWhileLeft(bool predicate(T t)) → Iterable<T>: Extract all elements starting from the first as long as predicate returns true.
takeWhileRight(bool predicate(T t)) → Iterable<T>: Extract all elements starting from the last as long as predicate returns true.
zip(Iterable lb) → Iterable<Tuple2<T, B>>: zip is used to join elements at the same index from two different List into one List of Tuple2.
zipWith<B, C>(C Function(B b) f(T t)) → Iterable<C> Function(Iterable lb): Join elements at the same index from two different List into one List containing the result of calling f on the elements pair.

FpdartOnMutableIterable<T> extension

Properties

Methods

fpdart library