@@ -80,7 +80,7 @@ The way this would work is that `Read` and `read_to_string` would become generic
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their "asyncness". When compiled for an ` async ` context, they will behave
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asynchronously. When compiled in a non-async context, they will behave
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synchronously. The ` .await ` in the ` read_to_string ` function body is necessary
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- to mark the cancellation pointin case the function is compiled as async; but
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+ to mark the cancellation point in case the function is compiled as async; but
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when not async would essentially become a no-op [ ^ always-async-maybe ] :
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[ ^ always-async-maybe ] : One restriction ` ?async ` contexts have is that they can
@@ -400,14 +400,14 @@ the following proposals (in no particular order):
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We'll be working closely with the Lang Team, Const WG, and Async WG on these
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proposals, and in some cases (such as ` trait async ` ) we may even take an
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- advicing role with a WG directly driving the RFC. As usual, these will be going
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+ advising role with a WG directly driving the RFC. As usual, these will be going
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through the RFC-nightly-stabilization cycle. And only once we're fully confident
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in them will they become available on stable Rust.
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We're intentionally not yet including ` effect/.do ` notation on this roadmap. We
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expect to only be able to start this work once we have ` ?async ` on nightly,
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which we don't yet have. So for now we'll continue work on designing it within
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- the iniatiative , and hold off on making plans to introduce it quiet yet.
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+ the initiative , and hold off on making plans to introduce it quiet yet.
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## Conclusion
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