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f16
and f128
step 3: compiler support & feature gate
#121926
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Are there any positive tests (i.e. ones that show that feature(f16)
/feature(f128)
actually allows us to name and use f16
/f128
)?
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Some changes occurred to the CTFE / Miri engine cc @rust-lang/miri |
I was thinking the feature gate test happened both with and without the gate but I guess not. Added |
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@bors r+ |
I think that's the last of the compiler side for a while 🎉 thanks for the ton of help figuring this all out @compiler-errors |
I only see rust/compiler/rustc_ast_lowering/src/item.rs Lines 1580 to 1593 in 72d7897
rustc_resolve/src/late.rs , which we intercept here.
Thanks for the r+. As-is should be workable for now then, I can later update this gating to your suggestion if it improves the situation with libs. I am just not exactly sure what this would look like still. |
@bors rollup=iffy |
…, r=compiler-errors,petrochenkov `f16` and `f128` step 3: compiler support & feature gate Continuation of rust-lang#121841, another portion of rust-lang#114607 This PR exposes the new types to the world and adds a feature gate. Marking this as a draft because I need some feedback on where I did the feature gate check. It also does not yet catch type via suffixed literals (so the feature gate test will fail, probably some others too because I haven't belssed). If there is a better place to check all types after resolution, I can do that. If not, I figure maybe I can add a second gate location in AST when it checks numeric suffixes. Unfortunately I still don't think there is much testing to be done for correctness (codegen tests or parsed value checks) until we have basic library support. I think that will be the next step. Tracking issue: rust-lang#116909 r? `@compiler-errors` cc `@Nilstrieb` `@rustbot` label +F-f16_and_f128
The job Click to see the possible cause of the failure (guessed by this bot)
|
💔 Test failed - checks-actions |
Clock drift failed, I don’t think that’s from the changes |
@bors retry |
☀️ Test successful - checks-actions |
Finished benchmarking commit (c03ea3d): comparison URL. Overall result: no relevant changes - no action needed@rustbot label: -perf-regression Instruction countThis benchmark run did not return any relevant results for this metric. Max RSS (memory usage)This benchmark run did not return any relevant results for this metric. CyclesThis benchmark run did not return any relevant results for this metric. Binary sizeThis benchmark run did not return any relevant results for this metric. Bootstrap: 670.3s -> 670.952s (0.10%) |
…r=Amanieu `f16` and `f128` step 4: basic library support This is the next step after rust-lang#121926, another portion of rust-lang#114607 Tracking issue: rust-lang#116909 This PR adds the most basic operations to `f16` and `f128` that get lowered as LLVM intrinsics. This is a very small step but it seemed reasonable enough to add unopinionated basic operations before the larger modules that are built on top of them. r? `@Amanieu` since you were pretty involved in the RFC cc `@compiler-errors` `@rustbot` label +T-libs-api +S-blocked +F-f16_and_f128
…r=Amanieu `f16` and `f128` step 4: basic library support This is the next step after rust-lang#121926, another portion of rust-lang#114607 Tracking issue: rust-lang#116909 This PR adds the most basic operations to `f16` and `f128` that get lowered as LLVM intrinsics. This is a very small step but it seemed reasonable enough to add unopinionated basic operations before the larger modules that are built on top of them. r? ``@Amanieu`` since you were pretty involved in the RFC cc ``@compiler-errors`` ``@rustbot`` label +T-libs-api +S-blocked +F-f16_and_f128
…r=Amanieu `f16` and `f128` step 4: basic library support This is the next step after rust-lang#121926, another portion of rust-lang#114607 Tracking issue: rust-lang#116909 This PR adds the most basic operations to `f16` and `f128` that get lowered as LLVM intrinsics. This is a very small step but it seemed reasonable enough to add unopinionated basic operations before the larger modules that are built on top of them. r? ```@Amanieu``` since you were pretty involved in the RFC cc ```@compiler-errors``` ```@rustbot``` label +T-libs-api +S-blocked +F-f16_and_f128
…Amanieu `f16` and `f128` step 4: basic library support This is the next step after rust-lang#121926, another portion of rust-lang#114607 Tracking issue: rust-lang#116909 This PR adds the most basic operations to `f16` and `f128` that get lowered as LLVM intrinsics. This is a very small step but it seemed reasonable enough to add unopinionated basic operations before the larger modules that are built on top of them. r? `@Amanieu` since you were pretty involved in the RFC cc `@compiler-errors` `@rustbot` label +T-libs-api +S-blocked +F-f16_and_f128
…Amanieu `f16` and `f128` step 4: basic library support This is the next step after rust-lang#121926, another portion of rust-lang#114607 Tracking issue: rust-lang#116909 This PR adds the most basic operations to `f16` and `f128` that get lowered as LLVM intrinsics. This is a very small step but it seemed reasonable enough to add unopinionated basic operations before the larger modules that are built on top of them. r? `@Amanieu` since you were pretty involved in the RFC cc `@compiler-errors` `@rustbot` label +T-libs-api +S-blocked +F-f16_and_f128
Rollup merge of rust-lang#122470 - tgross35:f16-f128-step4-libs-min, r=Amanieu `f16` and `f128` step 4: basic library support This is the next step after rust-lang#121926, another portion of rust-lang#114607 Tracking issue: rust-lang#116909 This PR adds the most basic operations to `f16` and `f128` that get lowered as LLVM intrinsics. This is a very small step but it seemed reasonable enough to add unopinionated basic operations before the larger modules that are built on top of them. r? ```@Amanieu``` since you were pretty involved in the RFC cc ```@compiler-errors``` ```@rustbot``` label +T-libs-api +S-blocked +F-f16_and_f128
Continuation of #121841, another portion of #114607
This PR exposes the new types to the world and adds a feature gate. Marking this as a draft because I need some feedback on where I did the feature gate check. It also does not yet catch type via suffixed literals (so the feature gate test will fail, probably some others too because I haven't belssed).
If there is a better place to check all types after resolution, I can do that. If not, I figure maybe I can add a second gate location in AST when it checks numeric suffixes.
Unfortunately I still don't think there is much testing to be done for correctness (codegen tests or parsed value checks) until we have basic library support. I think that will be the next step.
Tracking issue: #116909
r? @compiler-errors
cc @Nilstrieb
@rustbot label +F-f16_and_f128