P2458R1
2022 January Library Evolution Polls

Published Proposal,

Author:
(NVIDIA)
Source:
GitHub
Issue Tracking:
GitHub
Project:
ISO/IEC JTC1/SC22/WG21 14882: Programming Language — C++
Audience:
WG21

1. Introduction

This paper contains the decision polls that the C++ Library Evolution group will take in January of 2022.

2. Voting

These decision polls will be conducted electronically; see [P2195R2] for more information on electronic voting procedures.

All committee members may vote, but if you have not participated in the Library Evolution discussions of a poll, please choose to not vote.

2.1. How to Vote

Vote here (polls 1 to 13)

Vote here (poll 14)

A documents.isocpp.org account is necessary to vote. If you have an isocpp.org/papers account, a documents.isocpp.org account has been created for you. Just go to documents.isocpp.org and reset your password. Email Bryce Adelstein Lelbach if you do not have an account or are having trouble accessing your account.

If you see "Form not found" when you go to the above link, you are not signed in to documents.isocpp.org. Go to documents.isocpp.org and sign in first.

You will not receive a confirmation email after voting. The Library Evolution chairs will send a confirmation to all voters before the close of the poll.

If you need to change how you voted or have any questions or issues about voting, please email Bryce Adelstein Lelbach.

2.2. Voting Timeline

3. Polls

Each poll consists of a statement; you vote on whether you support the statement. All polls will be 5-way polls; you’ll vote either "strongly favor", "weakly favor", "neutral", "weakly against", or "strongly against".

All committee members may vote, but if you have not participated in the Library Evolution discussions of a poll (in-person, over telecon, or over email), please consider whether you sufficiently understand the topic to be able to vote in an informed manner. If you do not, please choose to not participate in the poll.

If you do not want to participate in a poll, select the "I do not want to participate in this poll" option. Those who do not participate in a poll will not be counted or recorded. Voting neutral is not the same as choosing to not participate; please don’t vote neutral if you did not participate in the discussions of the poll.

Each poll has a comment field. Please write a few sentences explaining the rationale for your vote. We recommend drafting your comments in a text editor and then pasting them into the polling system.

Poll results and selected comments will be shared with Library Evolution after the end of the polling period, including attribution of your votes and comments.

If you want to discuss the polls or how you plan on voting, please start an email thread on the Library Evolution mailing list.

You will not receive a confirmation email after voting.

If you need to see how you voted, change how you voted, or have any questions or issues about voting, please contact the Library Evolution chair.

3.1. Poll 1: [P2300R4] std::execution

Send [P2300R4] (std::execution) to Library Working Group for C++23, classified as a focus ([P0592R4] bucket 1 item).

3.2. Poll 2: [P2363R3] Extending Associative Containers With The Remaining Heterogeneous Overloads

Send [P2363R3] (Extending Associative Containers With The Remaining Heterogeneous Overloads) to Library Working Group for C++23, classified as an addition ([P0592R4] bucket 3 item).

3.3. Poll 3: [P0493R3] Atomic Maximum/Minimum

Send [P0493R3] (Atomic Maximum/Minimum) to Library Working Group for C++23, classified as an addition ([P0592R4] bucket 3 item).

3.4. Poll 4: [P2286R6] Formatting Ranges

Send [P2286R6] (Formatting Ranges) to Library Working Group for C++23, classified as an addition ([P0592R4] bucket 3 item).

3.5. Poll 5: [P2165R3] Compatibility Between tuple, pair, And tuple-Like Objects

Send [P2165R3] (Compatibility Between tuple, pair, And tuple-Like Objects) to Library Working Group for C++23, classified as an improvement of an existing feature ([P0592R4] bucket 2 item).

3.6. Poll 6: [P2494R1] Relaxing Range Adaptors To Allow For Move Only Types

Send [P2494R1] (Relaxing Range Adaptors To Allow For Move Only Types) to Library Working Group for C++23, classified as an improvement of an existing feature ([P0592R4] bucket 2 item).

3.7. Poll 7: [P2322R5] ranges::fold

Send [P2322R5] (ranges::fold) to Library Working Group for C++23, classified as an addition ([P0592R4] bucket 3 item).

3.8. Poll 8: [P2302R2] ranges::contains

Send [P2302R2] (ranges::contains) to Library Working Group for C++23, classified as an addition ([P0592R4] bucket 3 item).

3.9. Poll 9: [P1899R2] views::stride

Send [P1899R2] (views::stride) to Library Working Group for C++23, classified as an addition ([P0592R4] bucket 3 item).

3.10. Poll 10: [P2474R1] views::repeat

Send [P2474R1] (views::repeat) to Library Working Group for C++23, classified as an addition ([P0592R4] bucket 3 item).

3.11. Poll 11: [P2508R1] Expose basic-format-string<charT, Args...>

Send [P2508R1] (Expose basic-format-string<charT, Args...>) to Library Working Group for C++23, classified as an addition ([P0592R4] bucket 3 item).

3.12. Poll 12: [P2248R4] Enabling List-Initialization For Algorithms

Send [P2248R4] (Enabling List-Initialization For Algorithms) to Library Working Group for C++23, classified as an improvement of an existing feature ([P0592R4] bucket 2 item).

3.13. Poll 13: [P2404R2] Move-Only Types For equality_comparable_with, totally_ordered_with, And three_way_comparable_with

Send [P2404R2] (Move-Only Types For equality_comparable_with, totally_ordered_with, And three_way_comparable_with) to Library Working Group for C++23, classified as an improvement of an existing feature ([P0592R4] bucket 2 item).

3.14. Poll 14: [P2502R1] std::generator

Send [P2502R1] (std::generator) to Library Working Group for C++23, classified as a focus ([P0592R4] bucket 1 item).

References

Informative References

[P0493R3]
Al Grant, Bronek Kozicki, Tim Northover. Atomic maximum/minimum. 18 December 2021. URL: https://wg21.link/p0493r3
[P0592R4]
Ville Voutilainen. To boldly suggest an overall plan for C++23. 25 November 2019. URL: https://wg21.link/p0592r4
[P1899R2]
Christopher di Bella; Tim Song. stride_view. 2021-12-20. URL: https://wg21.link/P1899R2
[P2165R3]
Corentin Jabot. Compatibility between tuple, pair and tuple-like objects. 2022-01-17. URL: https://wg21.link/P2165R3
[P2195R2]
Bryce Adelstein Lelbach. Electronic Straw Polls. 28 January 2021. URL: https://wg21.link/p2195r2
[P2248R4]
Giuseppe D'Angelo. Enabling list-initialization for algorithms. 2022-01-03. URL: https://wg21.link/P2248R4
[P2286R6]
Barry Revzin. Formatting Ranges. 2022-01-18. URL: https://wg21.link/P2286R6
[P2300R4]
Michał Dominiak; et al. std::execution. 2022-01-18. URL: https://wg21.link/P2300R4
[P2302R2]
Christopher Di Bella. std::ranges::contains. 12 December 2021. URL: https://wg21.link/p2302r2
[P2322R5]
Barry Revzin. ranges::fold. 18 October 2021. URL: https://wg21.link/p2322r5
[P2363R3]
Konstantin Boyarinov; Sergey Vinogradov; Ruslan Arutyunyan. Extending associative containers with the remaining heterogeneous overloads. 2022-01-19. URL: https://wg21.link/P2363R3
[P2404R2]
Justin Bassett. Move-only types for equality_comparable_with, totally_ordered_with, and three_way_comparable_with. 2022-01-19. URL: https://wg21.link/P2404R2
[P2474R1]
Michał Dominiak. views::repeat. 2022-01-18. URL: https://wg21.link/P2474R1
[P2494R1]
Michał Dominiak. Relaxing range adaptors to allow for move only types. 2022-01-17. URL: https://wg21.link/P2494R1
[P2502R1]
Casey Carter. std::generator. 2022-01-25. URL: https://wg21.link/P2502R1
[P2508R1]
Barry Revzin. Expose `basic-format-string<charT, Args...>`. 2022-01-18. URL: https://wg21.link/P2508R1