iter

func FromSlice ¶

func FromSlice[T any](s []T) c.Iterator[T]

func Map ¶

func Map[I any, O any](it c.Iterator[I], to func(item I) O) c.Iterator[O]

Map will map values of type `I` from to type `O` through the `to` mapper function.

Example:

v := collection.Vec[int]{1, 2, 3, 4, 5, 6, 7, 8, 9}
number_iterator := v.Iter().Filter(func(item int) string { return item%2 == 0})
iter.Map(number_iterator, func(item int) string { return fmt.Sprint("number ", item) }).
	ForEach(func(item string) { fmt.Prinln(item) })

This is a workaround to implement `Map` as currently methods cannot have type paramters.

func Range ¶

func Range(end int) c.Iterator[int]

Iterate from 0 to `end` by steps of 1

func Reduce ¶

func Reduce[I any, O any](it c.Iterator[I], start O, reducer func(acc O, item I) O) O

Reduce will reduce the values through the reducer

This is a workaround to implement `Reduce` as currently methods cannot have type paramters.

func Sum ¶

func Sum[T constraints.Ordered](it c.Iterator[T]) T

Sum will return the sum of the values. If the iterated values are strings it will concatenate them

func XRange ¶

func XRange(start, end, step int) c.Iterator[int]

Iterate from `start` to `end` by steps of `step`. Currently the range will only increase, the step will be added for each iteration so make sure that it will eventually reach the end, otherwise you enter an infinite loop.