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module itertools

module `itertools`¶

Source: stdlib/itertools.codon

`count(start: T = 0, step: T = 1, T: type)` @inline Function always inlined ¶

`cycle(iterable: Generator[T], T: type)` @inline Function always inlined ¶

`repeat(object: T, times: Optional[int] = None, T: type)` @inline Function always inlined ¶

`accumulate(iterable: Generator[T], func = lambda a, b: (a + b), initial = 0, T: type)` @inline Function always inlined ¶

`accumulate(iterable: Generator[T], func = lambda a, b: (a + b), T: type)` @inline Function always inlined @overload Function is overloaded ¶

`chain` @tuple Class is named tuple (cannot write fields) ¶

Magic methods¶

`new(*iterables)` @inline Function always inlined ¶

Methods¶

`from_iterable(iterables)` @inline Function always inlined ¶

`compress(data: Generator[T], selectors: Generator[B], T: type, B: type)` @inline Function always inlined ¶

`dropwhile(predicate: CallableTrait[T, bool], iterable: Generator[T], T: type)` @inline Function always inlined ¶

`filterfalse(predicate: CallableTrait[T, bool], iterable: Generator[T], T: type)` @inline Function always inlined ¶

`groupby(iterable, key = Optional[int]())` @inline Function always inlined ¶

`islice(iterable: Generator[T], stop: Optional[int], T: type)`¶

`islice(iterable: Generator[T], start: Optional[int], stop: Optional[int], step: Optional[int] = None, T: type)` @overload Function is overloaded ¶

`starmap(function, iterable)` @inline Function always inlined ¶

`takewhile(predicate: CallableTrait[T, bool], iterable: Generator[T], T: type)` @inline Function always inlined ¶

`tee(iterable: Generator[T], n: int = 2, T: type)`¶

**`zip_longest(*iterables, fillvalue)`** @inline Function always inlined ¶

**`zip_longest(*args)`** @inline Function always inlined @overload Function is overloaded ¶

**`product(*iterables, repeat: int)`**¶

**`product(*iterables, repeat: Literal[int] = 1)`** @overload Function is overloaded ¶

`combinations(pool, r: int)`¶

`combinations(pool, r: Literal[int])` @overload Function is overloaded ¶

`combinations_with_replacement(pool, r: int)`¶

`combinations_with_replacement(pool, r: Literal[int])` @overload Function is overloaded ¶

`permutations(pool, r = None)`¶

`permutations(pool, r: Literal[int])` @overload Function is overloaded ¶