hkaiser changed the topic of #ste||ar to: STE||AR: Systems Technology, Emergent Parallelism, and Algorithm Research | stellar-group.org | HPX: A cure for performance impaired parallel applications | github.com/STEllAR-GROUP/hpx | This channel is logged: irclog.cct.lsu.edu
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<gonidelis[m]>
hkaiser: they are like perfect for the task at had
<gonidelis[m]>
hand*
<gonidelis[m]>
because they .... well they represent tasks as blocks
<hkaiser>
gonidelis[m]: right, they are nothing but a vector of futures combined with a wait_all
<hkaiser>
...implemented slightly more efficiently
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<gonidelis[m]>
hkaiser: yt?
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<hkaiser>
gonidelis[m]: here
<gonidelis[m]>
can we meet in like 20/
<gonidelis[m]>
?
<hkaiser>
I have a meeting at 9 this morning
<hkaiser>
but could talk afterwards
<gonidelis[m]>
hkaiser: ok
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<gonidelis[m]>
if I have an `func(arg1, arg2)` and a `func(arg1)` and i call `hpx::async(func1, arg1)` does the hpx do the overload deduction?
<hkaiser>
no
<hkaiser>
C++ will not be able to resolve which of the two overloads you want to passto async
<gonidelis[m]>
how do i handle this then?
<hkaiser>
you explictly cast func to the desired type or create some function wrapper that does the overload resolution at invocation time