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Rely on CTAD in the implementation of c++20 ranges algorithms #1801

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MikeDvorskiy opened this issue Aug 29, 2024 · 0 comments
Open

Rely on CTAD in the implementation of c++20 ranges algorithms #1801

MikeDvorskiy opened this issue Aug 29, 2024 · 0 comments

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@MikeDvorskiy
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          Can we not write this ugly `decltype`? I hope CTAD should help us here. If __tranform_functor is an aggregate, let's write our deduction guide. What do you think?

Originally posted by @rarutyun in #1457 (comment)

@dmitriy-sobolev dmitriy-sobolev changed the title Can we not write this ugly decltype? I hope CTAD should help us here. If __tranform_functor is an aggregate, let's write our deduction guide. What do you think? Rely on CTAD in the implementation of c++20 ranges algorithms. Sep 1, 2024
@dmitriy-sobolev dmitriy-sobolev changed the title Rely on CTAD in the implementation of c++20 ranges algorithms. Rely on CTAD in the implementation of c++20 ranges algorithms: __transform_functor Sep 1, 2024
@dmitriy-sobolev dmitriy-sobolev changed the title Rely on CTAD in the implementation of c++20 ranges algorithms: __transform_functor Rely on CTAD in the implementation of c++20 ranges algorithms Sep 1, 2024
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