Public API

collect(continuable[, n]) -> Vector

Constructs Vector out of the given Continuable. If also given the length n explicitly, a Vector of respective is preallocated. IMPORTANTLY n needs to be the true length of the continuable. Smaller n will result in error.

reduce(operator, continuable; [init])

Like Base.reduce this will apply operator iteratively to combine all elements into one accumulated result.

zip(continuables...; [lazy])

Constructs new Continuable with elements from the given continuables zipped up. I.e. will yield for each position in the original continuables a tuple (x, y, ...) where x, y, ... are the elements from continuables at the same position respectively.

If lazy=true (default), it will use Channels to do the zipping. Elseif lazy=false, it will use Arrays instead.

!!! warning CAUTION zip on Continuables is not performant, but will fallback to either Channels (lazy=true, default) which are very slow, or Arrays (lazy=false) which will load everything into Memory.

foreach(func, continuable)

Runs the continuable with func as the continuation. This is the core interface of a continuable.

It is especially handy when using do syntax.

map(func, continuable)

Constructs new Continuable where the given func was applied to each element.

all([func, ]continuable; [lazy])

Checks whether all elements in the continuable are true. If a function func is given, it is first applied to the elements before comparing for truth.

If lazy=true (default) the Continuable will only be evaluated until the first false value. Elseif lazy=false all elements of the Continuable will be combined.

any([func, ]continuable; [lazy])

Checks whether at least one element in the continuable is true. If a function func is given, it is first applied to the elements before comparing for truth.

If lazy=true (default) the Continuable will only be evaluated until the first true value. Elseif lazy=false all elements of the Continuable will be combined.

sum(continuable)

sums up all elements

sum(continuable)

multiplies up all elements