use crate::Params;
use crate::generic_values::TransformableValues;
use crate::generic_values::runner_results::Infallible;
use crate::runner::ParallelRunner;
use crate::using::collect_into::u_par_collect_into::UParCollectIntoCore;
use alloc::vec::Vec;
use orx_concurrent_iter::ConcurrentIter;
use orx_fixed_vec::FixedVec;
impl<O> UParCollectIntoCore<O> for FixedVec<O>
where
O: Send + Sync,
{
fn u_m_collect_into<U, R, I, M1>(
self,
using: U,
orchestrator: R,
params: Params,
iter: I,
map1: M1,
) -> Self
where
U: crate::using::using_variants::Using,
R: ParallelRunner,
I: ConcurrentIter,
M1: Fn(&mut U::Item, I::Item) -> O + Sync,
{
let vec = Vec::from(self);
FixedVec::from(vec.u_m_collect_into(using, orchestrator, params, iter, map1))
}
fn u_x_collect_into<U, R, I, Vo, X1>(
self,
using: U,
orchestrator: R,
params: Params,
iter: I,
xap1: X1,
) -> Self
where
U: crate::using::using_variants::Using,
R: ParallelRunner,
I: ConcurrentIter,
Vo: TransformableValues<Item = O, Fallibility = Infallible>,
X1: Fn(&mut U::Item, I::Item) -> Vo + Sync,
{
let vec = Vec::from(self);
FixedVec::from(vec.u_x_collect_into(using, orchestrator, params, iter, xap1))
}
}