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Add post-mono MIR passes to make mono-reachable analysis more accurate #131650
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@bors try @rust-timer queue |
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Add post-mono MIR passes to make mono-reachable analysis more accurate r? ghost
☀️ Try build successful - checks-actions |
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Finished benchmarking commit (b141564): comparison URL. Overall result: ❌✅ regressions and improvements - please read the text belowBenchmarking this pull request likely means that it is perf-sensitive, so we're automatically marking it as not fit for rolling up. While you can manually mark this PR as fit for rollup, we strongly recommend not doing so since this PR may lead to changes in compiler perf. Next Steps: If you can justify the regressions found in this try perf run, please indicate this with @bors rollup=never Instruction countThis is the most reliable metric that we have; it was used to determine the overall result at the top of this comment. However, even this metric can sometimes exhibit noise.
Max RSS (memory usage)Results (primary 14.5%, secondary 1.7%)This is a less reliable metric that may be of interest but was not used to determine the overall result at the top of this comment.
CyclesResults (primary 22.8%, secondary 13.8%)This is a less reliable metric that may be of interest but was not used to determine the overall result at the top of this comment.
Binary sizeResults (primary -0.3%, secondary -2.3%)This is a less reliable metric that may be of interest but was not used to determine the overall result at the top of this comment.
Bootstrap: 781.427s -> 807.023s (3.28%) |
@bors try @rust-timer queue |
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Add post-mono MIR passes to make mono-reachable analysis more accurate r? ghost
☀️ Try build successful - checks-actions |
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Finished benchmarking commit (9233d9f): comparison URL. Overall result: ❌✅ regressions and improvements - please read the text belowBenchmarking this pull request likely means that it is perf-sensitive, so we're automatically marking it as not fit for rolling up. While you can manually mark this PR as fit for rollup, we strongly recommend not doing so since this PR may lead to changes in compiler perf. Next Steps: If you can justify the regressions found in this try perf run, please indicate this with @bors rollup=never Instruction countThis is the most reliable metric that we have; it was used to determine the overall result at the top of this comment. However, even this metric can sometimes exhibit noise.
Max RSS (memory usage)Results (primary 11.3%, secondary 2.4%)This is a less reliable metric that may be of interest but was not used to determine the overall result at the top of this comment.
CyclesResults (primary 10.6%, secondary 3.2%)This is a less reliable metric that may be of interest but was not used to determine the overall result at the top of this comment.
Binary sizeResults (primary -0.1%, secondary -0.3%)This is a less reliable metric that may be of interest but was not used to determine the overall result at the top of this comment.
Bootstrap: 782.104s -> 806.252s (3.09%) |
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@bors try @rust-timer queue |
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Add post-mono MIR passes to make mono-reachable analysis more accurate As of rust-lang#131650 (comment) I believe most of the incr overhead comes from re-computing, re-encoding, and loading a lot more MIR when all we're actually doing is traversing through it. I think that can be addressed by caching a query that looks up the mentioned/used items for an Instance. I think the full-build regressions are pretty much just the expense of cloning, then monomorphizing, then caching the MIR.
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⌛ Trying commit 2035d35 with merge e0f825ec86746cdd39c760e342bbe1cade87b9dc... |
Add post-mono MIR passes to make mono-reachable analysis more accurate Debug full/incr-full builds regress, as far as I can tell this is just the expense of cloning, then monomorphizing, then caching the MIR.
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☀️ Try build successful - checks-actions |
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Finished benchmarking commit (e0f825e): comparison URL. Overall result: ❌✅ regressions and improvements - please read the text belowBenchmarking this pull request likely means that it is perf-sensitive, so we're automatically marking it as not fit for rolling up. While you can manually mark this PR as fit for rollup, we strongly recommend not doing so since this PR may lead to changes in compiler perf. Next Steps: If you can justify the regressions found in this try perf run, please indicate this with @bors rollup=never Instruction countThis is the most reliable metric that we have; it was used to determine the overall result at the top of this comment. However, even this metric can sometimes exhibit noise.
Max RSS (memory usage)Results (primary -0.0%, secondary -6.6%)This is a less reliable metric that may be of interest but was not used to determine the overall result at the top of this comment.
CyclesResults (primary -5.9%, secondary -12.4%)This is a less reliable metric that may be of interest but was not used to determine the overall result at the top of this comment.
Binary sizeResults (primary -0.3%, secondary -2.2%)This is a less reliable metric that may be of interest but was not used to determine the overall result at the top of this comment.
Bootstrap: 779.182s -> 791.751s (1.61%) |
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☔ The latest upstream changes (presumably #132526) made this pull request unmergeable. Please resolve the merge conflicts. |
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Querify mir collection Factored out of rust-lang#131650, these changes are required for post-mono MIR opts but I want to benchmark them on their own so that I can tune the implementation. r? ghost
…try> Querify mir collection Factored out of rust-lang#131650, these changes are required for post-mono MIR opts but I want to benchmark them on their own so that I can tune the implementation. r? ghost
☔ The latest upstream changes (presumably #132581) made this pull request unmergeable. Please resolve the merge conflicts. |
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…try> Querify mir collection Factored out of rust-lang#131650, these changes are required for post-mono MIR opts but I want to benchmark them on their own so that I can tune the implementation. r? ghost
Debug full/incr-full builds regress, as far as I can tell this is just the expense of cloning, then monomorphizing, then caching the MIR.