hi£¬

I have read "P2300R7 std::execution Published Proposal" before. But I think my implementation was more convenient£¬ so I send the message¡£

The library main codes are all in this directory.£ºhttps://github.com/dou1984/coev/tree/main/src/coev

At 2023-09-29 21:23:48, "Jens Maurer" <jens.maurer@gmx.net> wrote:
>Hi,
>
>I'd suggest that you read https://isocpp.org/std/submit-a-proposal in detail.
>
>You've shown a few coroutine-based examples on that page, but it's unclear
>to me what the actual interface to the underlying functionality is.
>
>Which part does your library provide, and which part does the user have
>to provide?   A Redis client library, for example, is not part of the
>C++ standard.  Do you propose to make it so?
>
>Please also see P2300 for a more general execution framework
>
>https://www.open-std.org/jtc1/sc22/wg21/docs/papers/2023/p2300r7.html
>
>(including interfacing with coroutines), and
>
>https://www.open-std.org/jtc1/sc22/wg21/docs/papers/2023/p2762r1.pdf
>
>for integrating networking in that sender/receiver framework.
>
>What does your library offer that the combination of these two
>proposals does not provide?
>
>Jens
>
>
>On 29/09/2023 15.09, zys via Std-Proposals wrote:
>>    The c++20 coroutine is a high-performance coroutine solution, but it has not become popular, because there is no encapsulation that satisfies everyone.
>>    The author provides a set of event-based encapsulation to separate from IO, network, and business code. Developers no longer need to implement coroutine encapsulation and can quickly convert existing asynchronous programs into coroutine programs.
>>
>>     The author's source code address is£ºhttps://github.com/dou1984/coev <https://github.com/dou1984/coev>
>>