WG21 PAPERS

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6 out of 6 papers selected for export
SelectPaper Title Authors Audience Doc Date
P3826R3 Fix Sender Algorithm Customization E. Niebler
Intent Proposal
Mailing Date 2026-01 Unassigned
Author(s) Eric Niebler
Target Audience LEWGLWGSG1
Revisions R5R4
Tracking issue View on GitHub
P3927R0 task_scheduler Support for Parallel Bulk Execution E. Niebler
Intent Proposal
Mailing Date 2026-01 Unassigned
Author(s) Eric Niebler
Target Audience LEWGLWGSG1
Revisions R2R1
Tracking issue View on GitHub
P3941R1 Scheduler Affinity D. Kühl
Intent Proposal
Mailing Date 2026-01 Unassigned
Author(s) Dietmar Kühl
Target Audience LEWGLWGSG1
Revisions R4R3R2
Tracking issue View on GitHub
Abstract There are a few NB comments raised about the way `affine_on` works:
P3950R0 return_value & return_void Are Not Mutually Exclusive R. Leahy
Intent Proposal
Mailing Date 2026-01 Unassigned
Author(s) Robert Leahy
Target Audience EWGSG1SG17
Revisions R1
Tracking issue View on GitHub
Abstract The standard specifies the effect of `co_return` statements in terms of equivalent statements within the context of a *replacement body* (§9.6.4 [dcl.fct.def.coroutine]). Like a regular `return` statement `co_return` statements have two distinct forms: Those that return `void` and those that return some value. These are specified as follows (§8.8.5 [stmt.return.coroutine]):
P3955R0 It's Scopes All the Way Down R. Leahy
Intent Proposal
Mailing Date 2026-01 Unassigned
Author(s) Robert Leahy
Target Audience LEWGSG1
Revisions R1
Tracking issue View on GitHub
Abstract The fundamental scope algorithm is `within`. It establishes a scope by running an enter scope sender. Thereafter it allows a child operation to run (in that scope since the exit scope sender has not yet run), and then before completing the overall operation runs the exit scope sender yielded by the enter scope sender.
P3960R0 Define copy-constructibility-from-bytes M. Hoemmen, R. Arutyunyan
Intent Proposal
Mailing Date 2026-01 Unassigned
Target Audience EWGLEWGSG1SG17
Tracking issue View on GitHub
Abstract Given an object `src` of trivially-copyable type `T`, we can copy the object’s value representation to an array of bytes, and implicitly create a new `T` object (e.g., with `start_lifetime_as`) in the array of bytes. The result will hold the same value as `src`.
Showing 6 of 6 papers · source: open-std.org