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build(deps): bump jdx/mise-action from 5.1.1 to 5.2.0 - #2861

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build(deps): bump jdx/mise-action from 5.1.1 to 5.2.0#2861
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dependabot/github_actions/jdx/mise-action-5.2.0

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Bumps jdx/mise-action from 5.1.1 to 5.2.0.

Release notes

Sourced from jdx/mise-action's releases.

v5.2.0: Periodic cache rebuilds, signed packslip verification, and monorepo installs

The default cache key now rolls over every 30 days, so long-lived caches pick up newer mise releases. The action also checks the downloaded mise binary against the release's signed packslip, and it runs mise install --monorepo automatically in monorepos. Existing caches miss once after you upgrade, because the default cache key format has changed.

Added

  • The cache is rebuilt every 30 days by default. GitHub never evicts a cache that keeps getting hits. Before this release, an active repo could keep the same mise binary and tools for months, until a config file changed. The default cache key now includes a period suffix (-p<N>), so the cache is rebuilt from scratch at least once per period. All repos roll over on the same calendar boundary. Use the new cache_max_age_days input to change the period, or set it to 0 to keep the old key that never expires. Custom cache_key templates can use the new {{cache_period}} variable, which {{default}} already includes. A custom key that doesn't use it behaves as before. On self-hosted runners that keep mise data between runs, you may also need auto_update: true to pick up a newer mise. (#689 by @​jdx, fixes #688) 
    - uses: jdx/mise-action@v5
  with:
    cache_max_age_days: 14 # default 30; 0 disables periodic rebuilds
  • Throttled cache restores and saves can be retried. Before this release, when GitHub's cache service returned HTTP 429, the action gave up right away: a restore counted as a miss and a save was skipped. The new cache_restore_retry_budget and cache_save_retry_budget inputs set how long the action may wait. Each retry waits for the Retry-After value plus some random jitter. Once the budget runs out, the action falls back to the old behavior. Retries apply to the main cache, the post-step save and the binary cache. Real cache misses and reservation conflicts are never retried. Both budgets default to 0s (no retries). @actions/cache doesn't report 429 errors directly, so the action detects throttling from its warning messages. If those messages change in a future @actions/cache release, throttling won't be detected and nothing will be retried. (#692 by @​jdx, fixes #691) 
    - uses: jdx/mise-action@v5
  with:
    cache_restore_retry_budget: 60s
    cache_save_retry_budget: 120s
  • The latest mise binary can fall back to a second download source. When the action downloads the latest mise version, it can fall back between GitHub and mise.jdx.dev if the first source fails. The fetch_from_github setting decides which source it tries first. Pinned versions and minimum_release_age installs are only downloaded from GitHub. The binary is still checked against the signed checksums for the resolved version, whichever source it came from. (#692 by @​jdx)
  • The mise binary is checked against its signed packslip. If a mise release includes packslip.sigstore.json, the action checks the downloaded binary against it. The bundle must be signed by mise's release workflow for that exact tag. After a successful check, the log shows Verified <asset> against the signed packslip. If the check fails, the install stops instead of falling back to a weaker check. Releases without a packslip use the existing minisign and SHASUMS256 check. An explicit sha256 input still takes precedence. (#693 by @​jdx)
  • Monorepo-aware installs. If your mise config sets [monorepo].config_roots, the action now adds --monorepo to mise install, so tools configured anywhere in the monorepo get installed. Repos without that setting aren't affected. To opt out, set monorepo: false. (#679 by @​zeitlinger)

Fixed

  • Tool directories that mise moves to the front of PATH are now exported. The action used to find mise's PATH changes by comparing mise's PATH with the runner's. If a tool's bin directory was already on the runner's PATH, such as ~/.cargo/bin, mise only moved it to the front, so the action didn't export it. Later steps then found the mise shim first. For example, rustup resolved to the shim instead of ~/.cargo/bin/rustup. The action now asks mise for its entries with mise env --paths and exports them in the order mise reports. This fix needs a mise version that supports --paths. With older versions, the action uses the old comparison. (#685 by @​jdx)

Documentation

  • The new "Release workflows" section of the README says that jobs that publish releases shouldn't restore caches. A lower-trust workflow that can write to default-branch caches could otherwise slip files into a release. In those jobs, use cache: false or GitHub's cache-mode: none. (#682 by @​jdx)
  • The README explains how to cache mise's downloads, keyed on mise.lock, instead of installed tools. It includes a Windows example that sets MISE_CACHE_DIR from ${{ runner.temp }}, because actions/cache doesn't expand %TEMP%. (#686, #690 by @​zeitlinger)

Breaking Changes

  • The default cache key has a new format, so the first run after upgrading is a cache miss and saves a fresh cache. After that, the cache is rebuilt every 30 days by default. To keep the old cache key that never expires, set cache_max_age_days: 0. Workflows that set a custom cache_key without {{default}} or {{cache_period}} aren't affected.

Full Changelog: jdx/mise-action@v5.1.2...v5.2.0

v5.1.2: mise_dir now sets MISE_DATA_DIR; auto_update handles a locked mise binary

The mise_dir input now also sets where mise installs tools, so those tools end up in the cache. With auto_update: true, the action no longer crashes on Windows when the mise binary is still in use.

Fixed

  • mise_dir now exports MISE_DATA_DIR. Before this release, mise_dir moved the mise binary and the cache path, but mise kept installing tools to ~/.local/share/mise. The saved cache didn't include the tools. On runners where ~/.local isn't writable, the step failed with EACCES: permission denied. When mise_dir is set, the action now exports MISE_DATA_DIR=<mise_dir>, so tools are installed into the directory that gets cached. If your workflow sets a different MISE_DATA_DIR, the mise_dir input overrides it. If mise_dir isn't set, nothing changes. mise's state directory (~/.local/state/mise) stays where it is. If that path also can't be written, set MISE_STATE_DIR yourself. (#672 by @​jdx, fixes #668) 
    - uses: jdx/mise-action@v5
  with:
    mise_dir: ${{ runner.tool_cache }}/mise/data
  • auto_update no longer crashes when it can't replace mise.exe. On Windows, the step used to fail with a bare EPERM: operation not permitted, unlink '…\mise.exe' if another process was still using the binary. Now, if version isn't pinned and the existing binary passes verification against its recorded version, the action prints a warning and continues with that version. In any other case, the step fails with a message that says the file is in use and how to fix it. A pinned version never quietly keeps an older binary. (#665 by @​jdx, fixes #664)

... (truncated)

Changelog

Sourced from jdx/mise-action's changelog.

Changelog

5.2.0 - 2026-10-16

🚀 Features

  • (cache) rebuild the cache every 30 days by default (#689) by @​jdx in #689
  • (cache) retry throttled cache restores and saves (#692) by @​jdx in #692
  • verify the mise binary against its signed packslip (#693) by @​jdx in #693

🐛 Bug Fixes

  • export the PATH entries mise reports with mise env --paths (#685) by @​jdx in #685

🔍 Other Changes

📚 Documentation

⚙️ Miscellaneous Tasks

5.1.2 - 2026-10-12

🐛 Bug Fixes

  • continue with the existing mise when auto-update cannot replace it (#665) by @​jdx in #665
  • export mise_dir as MISE_DATA_DIR so mise installs tools there (#672) by @​jdx in #672

📚 Documentation

⚙️ Miscellaneous Tasks

... (truncated)

Commits
  • 9b200bc chore: release v5.2.0 (#680)
  • b511e8d Change minimum age for auto-merging release PRs
  • 887d1f4 docs: use resolved Windows downloads cache path (#690)
  • 93c62ad chore: replace prettier with oxfmt (#694)
  • 04716d4 feat: verify the mise binary against its signed packslip (#693)
  • 5108104 feat(cache): retry throttled cache restores and saves (#692)
  • d401260 docs: explain caching mise downloads instead of installs (#686)
  • e7cf35f feat(cache): rebuild the cache every 30 days by default (#689)
  • cd02696 fix: export the PATH entries mise reports with mise env --paths (#685)
  • 6784481 docs: tell release workflows not to use the cache (#682)
  • Additional commits viewable in compare view

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@dependabot
build(deps): bump jdx/mise-action from 5.1.1 to 5.2.0
1f6de70 
Bumps [jdx/mise-action](https://github.com/jdx/mise-action) from 5.1.1 to 5.2.0.
- [Release notes](https://github.com/jdx/mise-action/releases)
- [Changelog](https://github.com/jdx/mise-action/blob/main/CHANGELOG.md)
- [Commits](jdx/mise-action@2d8d4ca...9b200bc)

---
updated-dependencies:
- dependency-name: jdx/mise-action
  dependency-version: 5.2.0
  dependency-type: direct:production
  update-type: version-update:semver-minor
...

Signed-off-by: dependabot[bot] <support@github.com>
@dependabot dependabot Bot mentioned this pull request Oct 19, 2026
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✅ All modified and coverable lines are covered by tests.

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LLGo baseline benchmarks

1f6de7085836 | workflow run | long-term charts

Program measurements

Platform Workload File size vs base Text size vs base Build vs base Run vs base
Linux cprintf 8336 B 0 B / +0.0% 387 B 0 B / +0.0% 804.511 ms -105.8 ms / -11.6% (better) 1.300 ms +44.6 us / +3.6% (worse)
Linux cprintf-lto 8120 B 0 B / +0.0% 368 B 0 B / +0.0% 844.791 ms -93.67 ms / -10.0% (better) 1.415 ms +169.6 us / +13.6% (worse)
Linux fmtprintf 2701520 B -80 B / -0.002961% (better) 506861 B 0 B / +0.0% 5.225 s -365.6 ms / -6.5% (better) 3.915 ms -252.2 us / -6.1% (better)
Linux fmtprintf-lto 2193408 B +48 B / +0.002188% (worse) 444811 B 0 B / +0.0% 15.440 s +368.8 ms / +2.4% (worse) 3.981 ms -205.9 us / -4.9% (better)
Linux println 241800 B +80 B / +0.0331% (worse) 17095 B 0 B / +0.0% 862.538 ms -69.6 ms / -7.5% (better) 1.692 ms -180.7 us / -9.6% (better)
Linux println-lto 104976 B 0 B / +0.0% 14484 B 0 B / +0.0% 1.254 s -48.64 ms / -3.7% (better) 1.670 ms -129.6 us / -7.2% (better)
macOS cprintf 50672 B 0 B / +0.0% 4409 B 0 B / +0.0% 1.066 s -112.9 ms / -9.6% (better) 2.808 ms -2.354 ms / -45.6% (better)
macOS cprintf-lto 50592 B -16 B / -0.03162% (better) 161 B 0 B / +0.0% 1.140 s -105.5 ms / -8.5% (better) 2.422 ms -1.27 ms / -34.4% (better)
macOS fmtprintf 1659808 B 0 B / +0.0% 883620 B 0 B / +0.0% 4.684 s -1.63 s / -25.8% (better) 36.260 ms -6.457 ms / -15.1% (better)
macOS fmtprintf-lto 1362160 B -16 B / -0.001175% (better) 766720 B 0 B / +0.0% 8.109 s -1.839 s / -18.5% (better) 69.645 ms -10.63 ms / -13.2% (better)
macOS println 96512 B 0 B / +0.0% 24519 B 0 B / +0.0% 1.008 s -180.5 ms / -15.2% (better) 7.202 ms +2.734 ms / +61.2% (worse)
macOS println-lto 84112 B -16 B / -0.01902% (better) 21732 B 0 B / +0.0% 1.022 s -432.9 ms / -29.8% (better) 4.577 ms -4.656 ms / -50.4% (better)
Windows MinGW cprintf 676352 B 0 B / +0.0% 4390 B 0 B / +0.0% 1.666 s +11.79 ms / +0.7% (worse) 3.523 ms +84.9 us / +2.5% (worse)
Windows MinGW cprintf-lto 44544 B 0 B / +0.0% 4342 B 0 B / +0.0% 1.814 s +165.9 ms / +10.1% (worse) 3.469 ms -128.7 us / -3.6% (better)
Windows MinGW fmtprintf 5473792 B 0 B / +0.0% 605958 B 0 B / +0.0% 6.255 s +797.9 ms / +14.6% (worse) 12.399 ms +1.447 ms / +13.2% (worse)
Windows MinGW fmtprintf-lto 4161024 B 0 B / +0.0% 553094 B 0 B / +0.0% 12.955 s -137.6 ms / -1.1% (better) 10.542 ms -297.7 us / -2.7% (better)
Windows MinGW println 733696 B 0 B / +0.0% 25286 B 0 B / +0.0% 1.620 s -20.08 ms / -1.2% (better) 6.685 ms +503 us / +8.1% (worse)
Windows MinGW println-lto 210944 B 0 B / +0.0% 22166 B 0 B / +0.0% 1.970 s +58.84 ms / +3.1% (worse) 6.905 ms +85.6 us / +1.3% (worse)
Windows MinGW 386 cprintf 627200 B 0 B / +0.0% 5352 B 0 B / +0.0% 1.177 s +18.06 ms / +1.6% (worse) 3.807 ms -110.9 us / -2.8% (better)
Windows MinGW 386 cprintf-lto 104448 B 0 B / +0.0% 5112 B 0 B / +0.0% 1.210 s +16.21 ms / +1.4% (worse) 3.958 ms +105.2 us / +2.7% (worse)
Windows MinGW 386 fmtprintf 4776448 B 0 B / +0.0% 473886 B 0 B / +0.0% 4.081 s +95.05 ms / +2.4% (worse) 9.579 ms +21.3 us / +0.2% (worse)
Windows MinGW 386 fmtprintf-lto 4162560 B 0 B / +0.0% 452294 B 0 B / +0.0% 9.744 s -30.94 ms / -0.3% (better) 9.873 ms -3.3 us / -0.03341% (better)
Windows MinGW 386 println 681472 B 0 B / +0.0% 21694 B 0 B / +0.0% 1.174 s +381.3 us / +0.03249% (worse) 6.510 ms -118.4 us / -1.8% (better)
Windows MinGW 386 println-lto 260608 B 0 B / +0.0% 19514 B 0 B / +0.0% 1.407 s +3.196 ms / +0.2% (worse) 6.555 ms +13.4 us / +0.2% (worse)
Windows MinGW ARM64 cprintf 686592 B 0 B / +0.0% 4204 B 0 B / +0.0% 1.886 s +11.98 ms / +0.6% (worse) 6.023 ms -59 us / -1.0% (better)
Windows MinGW ARM64 cprintf-lto 44032 B 0 B / +0.0% 4156 B 0 B / +0.0% 1.921 s +14.68 ms / +0.8% (worse) 6.514 ms +60.3 us / +0.9% (worse)
Windows MinGW ARM64 fmtprintf 5381632 B 0 B / +0.0% 514048 B 0 B / +0.0% 5.384 s +123.8 us / +0.0023% (worse) 14.392 ms -1.488 ms / -9.4% (better)
Windows MinGW ARM64 fmtprintf-lto 4326400 B 0 B / +0.0% 480124 B 0 B / +0.0% 12.058 s +20.11 ms / +0.2% (worse) 15.360 ms +32.9 us / +0.2% (worse)
Windows MinGW ARM64 println 739840 B 0 B / +0.0% 23928 B 0 B / +0.0% 1.901 s -12.38 ms / -0.6% (better) 10.752 ms -1.595 ms / -12.9% (better)
Windows MinGW ARM64 println-lto 218112 B 0 B / +0.0% 21284 B 0 B / +0.0% 2.137 s -43.13 ms / -2.0% (better) 11.293 ms -135.7 us / -1.2% (better)
Windows MSVC cprintf 921088 B 0 B / +0.0% 66003 B 0 B / +0.0% 1.264 s +173.5 ms / +15.9% (worse) 2.794 ms +595.7 us / +27.1% (worse)
Windows MSVC cprintf-lto 292352 B 0 B / +0.0% 65971 B 0 B / +0.0% 1.149 s +93.76 ms / +8.9% (worse) 4.976 ms +2.811 ms / +129.9% (worse)
Windows MSVC fmtprintf 5774848 B 0 B / +0.0% 701862 B 0 B / +0.0% 3.657 s +184.2 ms / +5.3% (worse) 9.782 ms +1.679 ms / +20.7% (worse)
Windows MSVC fmtprintf-lto 4484096 B 0 B / +0.0% 652806 B 0 B / +0.0% 8.475 s -47.18 ms / -0.6% (better) 8.978 ms +697 us / +8.4% (worse)
Windows MSVC println 1044992 B 0 B / +0.0% 121334 B 0 B / +0.0% 1.127 s +161 ms / +16.7% (worse) 5.485 ms +588.7 us / +12.0% (worse)
Windows MSVC println-lto 531456 B 0 B / +0.0% 118870 B 0 B / +0.0% 1.268 s +139.7 ms / +12.4% (worse) 5.454 ms +536.3 us / +10.9% (worse)
Windows MSVC 386 cprintf 538624 B 0 B / +0.0% 3947 B 0 B / +0.0% 1.517 s +37.28 ms / +2.5% (worse) 6.527 ms +637.3 us / +10.8% (worse)
Windows MSVC 386 cprintf-lto 44544 B 0 B / +0.0% 3901 B 0 B / +0.0% 1.629 s +118.6 ms / +7.9% (worse) 3.029 ms -2.97 ms / -49.5% (better)
Windows MSVC 386 fmtprintf 4508672 B 0 B / +0.0% 457314 B 0 B / +0.0% 5.315 s -49.64 ms / -0.9% (better) 14.233 ms +439 us / +3.2% (worse)
Windows MSVC 386 fmtprintf-lto 3910656 B 0 B / +0.0% 427681 B 0 B / +0.0% 11.686 s -113.6 ms / -1.0% (better) 14.138 ms -322.6 us / -2.2% (better)
Windows MSVC 386 println 593920 B 0 B / +0.0% 20566 B 0 B / +0.0% 1.498 s -124.7 ms / -7.7% (better) 10.045 ms +511.9 us / +5.4% (worse)
Windows MSVC 386 println-lto 200192 B 0 B / +0.0% 18711 B 0 B / +0.0% 1.776 s +48.82 ms / +2.8% (worse) 9.916 ms +564.2 us / +6.0% (worse)
Windows MSVC ARM64 cprintf 687616 B 0 B / +0.0% 4240 B 0 B / +0.0% 1.651 s -57.85 ms / -3.4% (better) 6.625 ms -634.9 us / -8.7% (better)
Windows MSVC ARM64 cprintf-lto 49152 B 0 B / +0.0% 4140 B 0 B / +0.0% 1.544 s -206.3 ms / -11.8% (better) 6.432 ms -1.587 ms / -19.8% (better)
Windows MSVC ARM64 fmtprintf 5379072 B 0 B / +0.0% 514148 B 0 B / +0.0% 4.929 s -558.1 ms / -10.2% (better) 15.486 ms -3.052 ms / -16.5% (better)
Windows MSVC ARM64 fmtprintf-lto 4333568 B 0 B / +0.0% 480960 B 0 B / +0.0% 11.206 s -128.1 ms / -1.1% (better) 16.409 ms +286.9 us / +1.8% (worse)
Windows MSVC ARM64 println 741376 B 0 B / +0.0% 24200 B 0 B / +0.0% 1.578 s -166 ms / -9.5% (better) 12.225 ms -2.708 ms / -18.1% (better)
Windows MSVC ARM64 println-lto 223232 B 0 B / +0.0% 21688 B 0 B / +0.0% 1.778 s -202 ms / -10.2% (better) 11.750 ms -2.441 ms / -17.2% (better)
Core language and compiler benchmarks
Platform Benchmark ns/op vs base
Linux BenchmarkLookupPCRandom 14.540 ns/op -0.24 ns/op / -1.6% (better)
Linux BenchmarkMergeCompilerFlags 202.400 ns/op -11.4 ns/op / -5.3% (better)
Linux BenchmarkMergeLinkerFlags 133.500 ns/op -17.9 ns/op / -11.8% (better)
Linux BenchmarkChannelBuffered 57.490 ns/op +2.06 ns/op / +3.7% (worse)
Linux BenchmarkChannelHandoff 14692 ns/op +1374 ns/op / +10.3% (worse)
Linux BenchmarkDefer 61.750 ns/op +7.96 ns/op / +14.8% (worse)
Linux BenchmarkDirectCall 1.225 ns/op +0.06 ns/op / +5.2% (worse)
Linux BenchmarkGlobalRead 1.187 ns/op +0.015 ns/op / +1.3% (worse)
Linux BenchmarkGlobalWrite 8.630 ns/op +0.83 ns/op / +10.6% (worse)
Linux BenchmarkGoroutine 26703 ns/op +2309 ns/op / +9.5% (worse)
Linux BenchmarkInterfaceCall 6.635 ns/op -0.367 ns/op / -5.2% (better)
Linux BenchmarkRuntimeGetG 3.122 ns/op +0.155 ns/op / +5.2% (worse)
macOS BenchmarkLookupPCRandom 12.530 ns/op -8.6 ns/op / -40.7% (better)
macOS BenchmarkMergeCompilerFlags 108.700 ns/op -73.2 ns/op / -40.2% (better)
macOS BenchmarkMergeLinkerFlags 64.550 ns/op -53.35 ns/op / -45.3% (better)
macOS BenchmarkChannelBuffered 30.840 ns/op -0.45 ns/op / -1.4% (better)
macOS BenchmarkChannelHandoff 9862 ns/op -3289 ns/op / -25.0% (better)
macOS BenchmarkDefer 41.180 ns/op -6.22 ns/op / -13.1% (better)
macOS BenchmarkDirectCall 1.257 ns/op -0.134 ns/op / -9.6% (better)
macOS BenchmarkGlobalRead 1.273 ns/op +0.002 ns/op / +0.2% (worse)
macOS BenchmarkGlobalWrite 1.642 ns/op +0.205 ns/op / +14.3% (worse)
macOS BenchmarkGoroutine 34143 ns/op -31698 ns/op / -48.1% (better)
macOS BenchmarkInterfaceCall 4.879 ns/op -0.263 ns/op / -5.1% (better)
macOS BenchmarkRuntimeGetG 2.167 ns/op -0.886 ns/op / -29.0% (better)
Windows MinGW BenchmarkLookupPCRandom 13 ns/op -0.25 ns/op / -1.9% (better)
Windows MinGW BenchmarkMergeCompilerFlags 631.900 ns/op -7.4 ns/op / -1.2% (better)
Windows MinGW BenchmarkMergeLinkerFlags 560.800 ns/op +8.7 ns/op / +1.6% (worse)
Windows MinGW BenchmarkChannelBuffered 30.130 ns/op +0.42 ns/op / +1.4% (worse)
Windows MinGW BenchmarkChannelHandoff 1075 ns/op -189 ns/op / -15.0% (better)
Windows MinGW BenchmarkDefer 55.780 ns/op -0.85 ns/op / -1.5% (better)
Windows MinGW BenchmarkDirectCall 1.548 ns/op -0.001 ns/op / -0.1% (better)
Windows MinGW BenchmarkGlobalRead 1.547 ns/op -0.004 ns/op / -0.3% (better)
Windows MinGW BenchmarkGlobalWrite 2.464 ns/op +0.004 ns/op / +0.2% (worse)
Windows MinGW BenchmarkGoroutine 91595 ns/op +1204 ns/op / +1.3% (worse)
Windows MinGW BenchmarkInterfaceCall 8.998 ns/op -0.013 ns/op / -0.1% (better)
Windows MinGW BenchmarkRuntimeGetG 2.485 ns/op +0.005 ns/op / +0.2% (worse)
Windows MinGW 386 BenchmarkLookupPCRandom 21.550 ns/op +0.02 ns/op / +0.1% (worse)
Windows MinGW 386 BenchmarkMergeCompilerFlags 555.600 ns/op -2.6 ns/op / -0.5% (better)
Windows MinGW 386 BenchmarkMergeLinkerFlags 521.300 ns/op -2.6 ns/op / -0.5% (better)
Windows MinGW 386 BenchmarkChannelBuffered 33.920 ns/op +0.01 ns/op / +0.02949% (worse)
Windows MinGW 386 BenchmarkChannelHandoff 757 ns/op -63.5 ns/op / -7.7% (better)
Windows MinGW 386 BenchmarkDefer 34.260 ns/op +0.69 ns/op / +2.1% (worse)
Windows MinGW 386 BenchmarkDirectCall 1.357 ns/op -0.001 ns/op / -0.1% (better)
Windows MinGW 386 BenchmarkGlobalRead 1.358 ns/op +0.001 ns/op / +0.1% (worse)
Windows MinGW 386 BenchmarkGlobalWrite 6.989 ns/op +0.006 ns/op / +0.1% (worse)
Windows MinGW 386 BenchmarkGoroutine 69068 ns/op +854 ns/op / +1.3% (worse)
Windows MinGW 386 BenchmarkInterfaceCall 7.339 ns/op +0.005 ns/op / +0.1% (worse)
Windows MinGW 386 BenchmarkRuntimeGetG 1.629 ns/op -0.005 ns/op / -0.3% (better)
Windows MinGW ARM64 BenchmarkLookupPCRandom 12.140 ns/op +0.02 ns/op / +0.2% (worse)
Windows MinGW ARM64 BenchmarkMergeCompilerFlags 586.500 ns/op +11.9 ns/op / +2.1% (worse)
Windows MinGW ARM64 BenchmarkMergeLinkerFlags 537.100 ns/op +0.9 ns/op / +0.2% (worse)
Windows MinGW ARM64 BenchmarkChannelBuffered 36.980 ns/op -0.37 ns/op / -1.0% (better)
Windows MinGW ARM64 BenchmarkChannelHandoff 3903 ns/op +191 ns/op / +5.1% (worse)
Windows MinGW ARM64 BenchmarkDefer 54.040 ns/op +0.68 ns/op / +1.3% (worse)
Windows MinGW ARM64 BenchmarkDirectCall 0.590 ns/op -0.0001 ns/op / -0.01696% (better)
Windows MinGW ARM64 BenchmarkGlobalRead 0.664 ns/op -0.0002 ns/op / -0.03013% (better)
Windows MinGW ARM64 BenchmarkGlobalWrite 0.663 ns/op +0.0003 ns/op / +0.04524% (worse)
Windows MinGW ARM64 BenchmarkGoroutine 59557 ns/op -1315 ns/op / -2.2% (better)
Windows MinGW ARM64 BenchmarkInterfaceCall 4.140 ns/op -0.102 ns/op / -2.4% (better)
Windows MinGW ARM64 BenchmarkRuntimeGetG 1.802 ns/op +0.033 ns/op / +1.9% (worse)
Windows MSVC BenchmarkLookupPCRandom 7.456 ns/op +0.021 ns/op / +0.3% (worse)
Windows MSVC BenchmarkMergeCompilerFlags 287.200 ns/op +0.7 ns/op / +0.2% (worse)
Windows MSVC BenchmarkMergeLinkerFlags 267.200 ns/op -1 ns/op / -0.4% (better)
Windows MSVC BenchmarkChannelBuffered 31.780 ns/op +2.17 ns/op / +7.3% (worse)
Windows MSVC BenchmarkChannelHandoff 925.600 ns/op +203.2 ns/op / +28.1% (worse)
Windows MSVC BenchmarkDefer 39.640 ns/op +5.7 ns/op / +16.8% (worse)
Windows MSVC BenchmarkDirectCall 0.985 ns/op +0.0375 ns/op / +4.0% (worse)
Windows MSVC BenchmarkGlobalRead 1.053 ns/op +0.1142 ns/op / +12.2% (worse)
Windows MSVC BenchmarkGlobalWrite 4.732 ns/op +0.09 ns/op / +1.9% (worse)
Windows MSVC BenchmarkGoroutine 46961 ns/op -443 ns/op / -0.9% (better)
Windows MSVC BenchmarkInterfaceCall 5.228 ns/op +0.029 ns/op / +0.6% (worse)
Windows MSVC BenchmarkRuntimeGetG 1.083 ns/op +0.1237 ns/op / +12.9% (worse)
Windows MSVC 386 BenchmarkLookupPCRandom 26.470 ns/op +0.02 ns/op / +0.1% (worse)
Windows MSVC 386 BenchmarkMergeCompilerFlags 776.500 ns/op +17.8 ns/op / +2.3% (worse)
Windows MSVC 386 BenchmarkMergeLinkerFlags 690 ns/op -10.9 ns/op / -1.6% (better)
Windows MSVC 386 BenchmarkChannelBuffered 40.040 ns/op +0.06 ns/op / +0.2% (worse)
Windows MSVC 386 BenchmarkChannelHandoff 1074 ns/op +57 ns/op / +5.6% (worse)
Windows MSVC 386 BenchmarkDefer 45.390 ns/op -0.76 ns/op / -1.6% (better)
Windows MSVC 386 BenchmarkDirectCall 1.555 ns/op +0.005 ns/op / +0.3% (worse)
Windows MSVC 386 BenchmarkGlobalRead 1.552 ns/op +0.001 ns/op / +0.1% (worse)
Windows MSVC 386 BenchmarkGlobalWrite 7.837 ns/op +0.049 ns/op / +0.6% (worse)
Windows MSVC 386 BenchmarkGoroutine 107183 ns/op -2746 ns/op / -2.5% (better)
Windows MSVC 386 BenchmarkInterfaceCall 8.174 ns/op +0.033 ns/op / +0.4% (worse)
Windows MSVC 386 BenchmarkRuntimeGetG 2.479 ns/op +0.003 ns/op / +0.1% (worse)
Windows MSVC ARM64 BenchmarkLookupPCRandom 12.100 ns/op +0.08 ns/op / +0.7% (worse)
Windows MSVC ARM64 BenchmarkMergeCompilerFlags 580.400 ns/op +2.4 ns/op / +0.4% (worse)
Windows MSVC ARM64 BenchmarkMergeLinkerFlags 533.600 ns/op -9.7 ns/op / -1.8% (better)
Windows MSVC ARM64 BenchmarkChannelBuffered 37.570 ns/op +0.03 ns/op / +0.1% (worse)
Windows MSVC ARM64 BenchmarkChannelHandoff 3249 ns/op -1313 ns/op / -28.8% (better)
Windows MSVC ARM64 BenchmarkDefer 60.240 ns/op -0.09 ns/op / -0.1% (better)
Windows MSVC ARM64 BenchmarkDirectCall 0.590 ns/op 0 ns/op / +0.0%
Windows MSVC ARM64 BenchmarkGlobalRead 0.590 ns/op 0 ns/op / +0.0%
Windows MSVC ARM64 BenchmarkGlobalWrite 3.751 ns/op 0 ns/op / +0.0%
Windows MSVC ARM64 BenchmarkGoroutine 57822 ns/op -1739 ns/op / -2.9% (better)
Windows MSVC ARM64 BenchmarkInterfaceCall 4.146 ns/op 0 ns/op / +0.0%
Windows MSVC ARM64 BenchmarkRuntimeGetG 1.770 ns/op +0.001 ns/op / +0.1% (worse)
Timer runtime benchmarks
Platform Operation and runtime ns/op vs base
Linux AfterFuncZeroDelivery/Go 924.800 ns/op +14.9 ns/op / +1.6% (worse)
Linux AfterFuncZeroDelivery/LLGo 38886 ns/op +733 ns/op / +1.9% (worse)
Linux CreateStop/Go 292.400 ns/op -2.4 ns/op / -0.8% (better)
Linux CreateStop/LLGo 1808 ns/op +28 ns/op / +1.6% (worse)
Linux RearmStopped/Go 116.400 ns/op +0.4 ns/op / +0.3% (worse)
Linux RearmStopped/LLGo 1271 ns/op +21 ns/op / +1.7% (worse)
Linux ResetActive/Go 67.480 ns/op -1.19 ns/op / -1.7% (better)
Linux ResetActive/LLGo 712.300 ns/op -88.3 ns/op / -11.0% (better)
Linux ResetHeap1024/Go 67.360 ns/op +0.11 ns/op / +0.2% (worse)
Linux ResetHeap1024/LLGo 158.900 ns/op -5.3 ns/op / -3.2% (better)
macOS AfterFuncZeroDelivery/Go 454.300 ns/op -277.8 ns/op / -37.9% (better)
macOS AfterFuncZeroDelivery/LLGo 33790 ns/op -44850 ns/op / -57.0% (better)
macOS CreateStop/Go 136.700 ns/op -129.3 ns/op / -48.6% (better)
macOS CreateStop/LLGo 392.100 ns/op -497.1 ns/op / -55.9% (better)
macOS RearmStopped/Go 62.370 ns/op -42.63 ns/op / -40.6% (better)
macOS RearmStopped/LLGo 286.800 ns/op -285.9 ns/op / -49.9% (better)
macOS ResetActive/Go 43.920 ns/op -32.81 ns/op / -42.8% (better)
macOS ResetActive/LLGo 151.500 ns/op -123.3 ns/op / -44.9% (better)
macOS ResetHeap1024/Go 43.620 ns/op -25.57 ns/op / -37.0% (better)
macOS ResetHeap1024/LLGo 75.900 ns/op -78.6 ns/op / -50.9% (better)
Windows MinGW AfterFuncZeroDelivery/Go 554.600 ns/op +6.7 ns/op / +1.2% (worse)
Windows MinGW AfterFuncZeroDelivery/LLGo 187621 ns/op -4338 ns/op / -2.3% (better)
Windows MinGW CreateStop/Go 116.200 ns/op -6.2 ns/op / -5.1% (better)
Windows MinGW CreateStop/LLGo 464.200 ns/op -60.6 ns/op / -11.5% (better)
Windows MinGW RearmStopped/Go 31.280 ns/op -0.3 ns/op / -0.9% (better)
Windows MinGW RearmStopped/LLGo 240 ns/op -0.6 ns/op / -0.2% (better)
Windows MinGW ResetActive/Go 20.140 ns/op +0.07 ns/op / +0.3% (worse)
Windows MinGW ResetActive/LLGo 161.500 ns/op +13.8 ns/op / +9.3% (worse)
Windows MinGW ResetHeap1024/Go 20.380 ns/op -0.01 ns/op / -0.04904% (better)
Windows MinGW ResetHeap1024/LLGo 117.100 ns/op -1.1 ns/op / -0.9% (better)
Windows MinGW 386 AfterFuncZeroDelivery/Go 764.600 ns/op -6.7 ns/op / -0.9% (better)
Windows MinGW 386 AfterFuncZeroDelivery/LLGo 129078 ns/op +250 ns/op / +0.2% (worse)
Windows MinGW 386 CreateStop/Go 168.400 ns/op +2.2 ns/op / +1.3% (worse)
Windows MinGW 386 CreateStop/LLGo 371.900 ns/op +21.6 ns/op / +6.2% (worse)
Windows MinGW 386 RearmStopped/Go 56.700 ns/op +0.07 ns/op / +0.1% (worse)
Windows MinGW 386 RearmStopped/LLGo 248.300 ns/op +6.9 ns/op / +2.9% (worse)
Windows MinGW 386 ResetActive/Go 32.530 ns/op -0.05 ns/op / -0.2% (better)
Windows MinGW 386 ResetActive/LLGo 863.700 ns/op -2.9 ns/op / -0.3% (better)
Windows MinGW 386 ResetHeap1024/Go 32.840 ns/op +0.06 ns/op / +0.2% (worse)
Windows MinGW 386 ResetHeap1024/LLGo 141.100 ns/op -0.2 ns/op / -0.1% (better)
Windows MinGW ARM64 AfterFuncZeroDelivery/Go 663.900 ns/op +10 ns/op / +1.5% (worse)
Windows MinGW ARM64 AfterFuncZeroDelivery/LLGo 151258 ns/op +1003 ns/op / +0.7% (worse)
Windows MinGW ARM64 CreateStop/Go 196.200 ns/op -1.8 ns/op / -0.9% (better)
Windows MinGW ARM64 CreateStop/LLGo 332.100 ns/op -9.7 ns/op / -2.8% (better)
Windows MinGW ARM64 RearmStopped/Go 70.320 ns/op -0.24 ns/op / -0.3% (better)
Windows MinGW ARM64 RearmStopped/LLGo 210.300 ns/op +0.7 ns/op / +0.3% (worse)
Windows MinGW ARM64 ResetActive/Go 31.030 ns/op -0.15 ns/op / -0.5% (better)
Windows MinGW ARM64 ResetActive/LLGo 107.200 ns/op +2.2 ns/op / +2.1% (worse)
Windows MinGW ARM64 ResetHeap1024/Go 30.970 ns/op -0.14 ns/op / -0.5% (better)
Windows MinGW ARM64 ResetHeap1024/LLGo 112.200 ns/op +0.3 ns/op / +0.3% (worse)
Windows MSVC AfterFuncZeroDelivery/Go 446.300 ns/op +9.4 ns/op / +2.2% (worse)
Windows MSVC AfterFuncZeroDelivery/LLGo 90754 ns/op +2881 ns/op / +3.3% (worse)
Windows MSVC CreateStop/Go 125.700 ns/op +3 ns/op / +2.4% (worse)
Windows MSVC CreateStop/LLGo 337.400 ns/op +23.3 ns/op / +7.4% (worse)
Windows MSVC RearmStopped/Go 48.370 ns/op +0.2 ns/op / +0.4% (worse)
Windows MSVC RearmStopped/LLGo 193.500 ns/op +19.1 ns/op / +11.0% (worse)
Windows MSVC ResetActive/Go 21.710 ns/op +0.52 ns/op / +2.5% (worse)
Windows MSVC ResetActive/LLGo 597.500 ns/op -30.6 ns/op / -4.9% (better)
Windows MSVC ResetHeap1024/Go 21.210 ns/op +0.09 ns/op / +0.4% (worse)
Windows MSVC ResetHeap1024/LLGo 84.230 ns/op -0.29 ns/op / -0.3% (better)
Windows MSVC 386 AfterFuncZeroDelivery/Go 964.200 ns/op +15.6 ns/op / +1.6% (worse)
Windows MSVC 386 AfterFuncZeroDelivery/LLGo 200908 ns/op +150 ns/op / +0.1% (worse)
Windows MSVC 386 CreateStop/Go 190.300 ns/op -4.9 ns/op / -2.5% (better)
Windows MSVC 386 CreateStop/LLGo 448.100 ns/op +7.1 ns/op / +1.6% (worse)
Windows MSVC 386 RearmStopped/Go 63.440 ns/op +0.02 ns/op / +0.03154% (worse)
Windows MSVC 386 RearmStopped/LLGo 295.900 ns/op -18.7 ns/op / -5.9% (better)
Windows MSVC 386 ResetActive/Go 38.990 ns/op -0.05 ns/op / -0.1% (better)
Windows MSVC 386 ResetActive/LLGo 944 ns/op -20.6 ns/op / -2.1% (better)
Windows MSVC 386 ResetHeap1024/Go 39.480 ns/op 0 ns/op / +0.0%
Windows MSVC 386 ResetHeap1024/LLGo 160.200 ns/op +1.1 ns/op / +0.7% (worse)
Windows MSVC ARM64 AfterFuncZeroDelivery/Go 687.200 ns/op +8.2 ns/op / +1.2% (worse)
Windows MSVC ARM64 AfterFuncZeroDelivery/LLGo 141054 ns/op -3601 ns/op / -2.5% (better)
Windows MSVC ARM64 CreateStop/Go 198.200 ns/op -14.9 ns/op / -7.0% (better)
Windows MSVC ARM64 CreateStop/LLGo 330.300 ns/op -7.8 ns/op / -2.3% (better)
Windows MSVC ARM64 RearmStopped/Go 70.840 ns/op +0.18 ns/op / +0.3% (worse)
Windows MSVC ARM64 RearmStopped/LLGo 222.800 ns/op -2.9 ns/op / -1.3% (better)
Windows MSVC ARM64 ResetActive/Go 31.130 ns/op +0.16 ns/op / +0.5% (worse)
Windows MSVC ARM64 ResetActive/LLGo 108.400 ns/op -2.5 ns/op / -2.3% (better)
Windows MSVC ARM64 ResetHeap1024/Go 31.040 ns/op +0.03 ns/op / +0.1% (worse)
Windows MSVC ARM64 ResetHeap1024/LLGo 117.100 ns/op -0.7 ns/op / -0.6% (better)

Compared with 53acb9a7ceb5 measured in the same runner job.

@dependabot @github

dependabot Bot commented on behalf of github Oct 22, 2026

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Contributor Author

Superseded by #2905.

@dependabot dependabot Bot closed this Oct 22, 2026
@dependabot
dependabot Bot deleted the dependabot/github_actions/jdx/mise-action-5.2.0 branch October 22, 2026 00:27
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