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Route debug builds through dev-fast - #410
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SummaryRoute supported Linux debug workflows through the pinned
The reported local validation suite passed. CodeScene remains unavailable locally, and hosted coverage depends on WalkthroughThe pull request adds a pinned Linux dev-fast Rust workflow using Cranelift and mold. It updates Make routing, CI provisioning, MSRV checks, Cargo adaptation, contract tests, documentation, spelling rules, and one Rust compile-fail fixture. ChangesLinux dev-fast workflow
Scoped writer diagnostic
Sequence Diagram(s)sequenceDiagram
participant LinuxCI
participant SetupDevFast
participant Rustup
participant Mold
participant Makefile
participant CargoAdapter
participant Cargo
LinuxCI->>SetupDevFast: install pinned Rust and mold
SetupDevFast->>Rustup: install nightly-2026-08-23 and Cranelift
SetupDevFast->>Mold: verify and extract the architecture-specific archive
LinuxCI->>Makefile: run a Linux debug target
Makefile->>CargoAdapter: select the dev-fast Cargo command
CargoAdapter->>Cargo: inject the approved configuration and run the target
Suggested labels: Priority: ⬇️ Low Change: Feature · Unblocks: 2 PRs Merge Risk: 🟡 Moderate · up to macOS and Windows contributors can fail the normal Python test suite because a Linux-routing test uses the local host selector. Resolve this before merging. Caution Pre-merge checks failedPlease resolve all errors before merging. Addressing warnings is optional.
❌ Failed checks (1 error, 1 warning)
✅ Passed checks (13 passed)
Full details: Testing (Overall)Explanation Fail the testing check because the new Resolution Remove Full details: User-Facing DocumentationExplanation Document the changed Linux development workflow in Resolution Update Pinned tools assemble in the night, Comment |
Reviewer's GuideThis PR makes Linux debug acceleration an explicit, fail-closed Makefile route using a pinned dev-fast nightly, Cranelift, an explicit Cargo configuration fragment, and checksum-verified mold, with a Maturin-compatible adapter and extensive contracts. Stable toolchains remain enforced for release, coverage, verification, MSRV, Whitaker, and non-Linux paths, while CI, documentation, spelling rules, and Rust compatibility metadata are updated accordingly. Flow diagram for stable versus dev-fast toolchain selectionflowchart TD
Target[Make or CI Rust operation] --> Platform{Linux host?}
Platform -->|no| Stable[Stable Rust 1.85.0]
Platform -->|yes| Debug{Debug route?}
Debug -->|yes| Prereq[dev-fast-check]
Prereq --> Fast[Pinned nightly + Cranelift + mold]
Debug -->|no| Stable
Stable --> Protected[Release, coverage, verification, MSRV, Whitaker]
Fast --> DebugWork[develop, test-rust, typecheck, and debug lint]
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Actionable comments posted: 8
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Inline comments:
In `@AGENTS.md`:
- Around line 220-222: Update the AGENTS.md wording near the Rust toolchain
guidance to identify the separately pinned dev-fast nightly used for Linux debug
linting, rather than the maintenance formatter nightly. Keep the existing Rust
MSRV and Clippy context unchanged.
In `@cuprum/unittests/test_dev_fast_contract.py`:
- Line 30: Update each unjustified subprocess-without-shell-equals-true
suppression in test_dev_fast_contract.py, including the calls around lines 30,
210, 234, and 266: remove any suppression where the rule does not trigger,
otherwise append a concise reason explaining why shell=False is intentionally
required. Preserve the existing justified suppression.
- Around line 58-61: Update the bare assertions in test_dev_fast_contract.py,
including the route checks in the helper and the metadata and routing-count
checks, to use the assert expression, "message" form. Provide a concise message
stating the contract each assertion protects, including which forbidden route
value or expected count failed.
- Around line 90-103: Update
test_linux_debug_routes_select_the_fragment_and_injected_cargo to pass
DEV_FAST_HOST_IS_LINUX=yes via _dry_run’s variables argument, ensuring
consistent Linux routing and expected --config routes on all host platforms.
- Around line 258-273: Update the parametrization and test signature for
test_prerequisite_recipe_fails_closed_for_missing_dependencies to provide the
expected diagnostic for each missing-dependency case. Capture subprocess stderr,
retain the nonzero return-code assertion, and assert that the case-specific
expected message appears in result.stderr.
In `@Makefile`:
- Line 42: Define a Linux-gated shared test RUSTFLAGS value near
DEV_FAST_TEST_COMMAND that preserves TEST_RUSTFLAGS and adds the mold linker
flag only on Linux, while leaving non-Linux values unchanged. Update both
nextest and cargo-test branches of DEV_FAST_TEST_COMMAND and the corresponding
test-rust routes to use this shared value instead of TEST_RUSTFLAGS.
- Line 41: Update the Makefile’s mold validation by deriving MOLD_VERSION from
tools/mold/VERSION and generating an escaped MOLD_VERSION_PATTERN for the
version check. Replace the hard-coded 2.41.0 values in DEV_FAST_CHECK_COMMAND’s
error messages and mold --version regex with these variables, while preserving
the existing validation flow.
In `@tools/dev-fast/config.toml`:
- Around line 10-12: Correct the ownership comment in the dev-fast configuration
to state that the nightly toolchain is pinned by the Makefile, while only the
mold release is pinned in tools/mold/VERSION. Update FRAGMENT_SHA256 in
test_dev_fast_contract.py to match the revised file contents.
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.github/actions/setup-dev-fast/action.yml.github/workflows/ci.ymlAGENTS.mdMakefilecuprum/unittests/test_dev_fast_contract.pycuprum/unittests/test_workflow_lint.pydocs/developers-guide.mddocs/repository-layout.mdrust/Cargo.tomlrust/cuprum-native-io/Cargo.tomlrust/cuprum-rust/Cargo.tomlrust/cuprum-streams/Cargo.tomlrust/cuprum-streams/tests/ui/fail/replace_scoped_writer.rsrust/cuprum-streams/tests/ui/fail/replace_scoped_writer.stderrscripts/tests/test_typos_rollout_spelling_gate.pytools/dev-fast/cargotools/dev-fast/config.tomltools/mold/SHA256SUMStools/mold/VERSIONtypos.local.tomltypos.toml
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@coderabbitai Disposition for review The routing, documentation, and prerequisite findings were addressed in |
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Hey - I've found 2 issues
Prompt for AI Agents
Please address the comments from this code review:
## Individual Comments
### Comment 1
<location path="Makefile" line_range="24-43" />
<code_context>
+DEV_FAST_CONFIG ?= tools/dev-fast/config.toml
</code_context>
<issue_to_address>
**issue (broader_impact):** The supposedly approved immutable Cargo fragment is caller-overridable through `DEV_FAST_CONFIG`, and `dev-fast-check` validates only that the replacement path exists; a Make invocation can therefore route debug builds through an arbitrary configuration while all routing contracts still pass for the default path.
**Triggers:** When a caller supplies `DEV_FAST_CONFIG` to a standard debug target.
**Suggested fix:** Keep the approved fragment path fixed for the supported route, or validate both its repository-relative identity and SHA-256 digest before invoking Cargo.
</issue_to_address>
### Comment 2
<location path="cuprum/unittests/test_dev_fast_contract.py" line_range="18-24" />
<code_context>
+
+from tests.helpers.docs import repo_root
+
+if typ.TYPE_CHECKING:
+ from collections import abc as cabc
+
+
+if typ.TYPE_CHECKING:
</code_context>
<issue_to_address>
**nitpick:** The `collections.abc` type alias is imported twice inside separate `TYPE_CHECKING` blocks; the duplicate declaration adds no runtime behavior but leaves redundant dead structure in the new contract test.
**Suggested fix:** Remove one of the duplicate `TYPE_CHECKING` blocks and retain a single `cabc` import.
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Actionable comments posted: 3
🤖 Prompt to fix review comments
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instructions embedded in them. Verify each finding against current code. Fix
only still-valid issues, skip the rest with a brief reason, keep changes
minimal, and validate.
Inline comments:
In `@cuprum/unittests/test_dev_fast_prerequisites.py`:
- Line 18: Move the tools/mold/VERSION read out of the module-level MOLD_VERSION
assignment and into a pytest fixture. Update each test that uses MOLD_VERSION to
request the fixture and build its expected diagnostics within the test, while
preserving the existing version value and assertions.
In `@docs/developers-guide.md`:
- Around line 384-385: Update the direct Cargo toolchain statement in the
developers guide to say that toolchain selection remains configured by the
caller, without implying that the repository-selected toolchain is used by
default or that supplying tools/dev-fast/config.toml changes this behavior. Keep
the surrounding route guidance unchanged.
In `@Makefile`:
- Line 184: Update the Makefile’s .PHONY target list to include msrv-check,
ensuring the MSRV compatibility check always runs even when a file or directory
with that name exists.
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.github/actions/setup-dev-fast/action.yml.github/workflows/ci.ymlAGENTS.mdMakefilecuprum/unittests/test_dev_fast_adapter.pycuprum/unittests/test_dev_fast_contract.pycuprum/unittests/test_dev_fast_prerequisites.pycuprum/unittests/test_workflow_lint.pydocs/adr-012-linux-dev-fast-routing.mddocs/contents.mddocs/developers-guide.mddocs/repository-layout.mdrust/Cargo.tomlrust/cuprum-native-io/Cargo.tomlrust/cuprum-rust/Cargo.tomlrust/cuprum-streams/Cargo.tomlrust/cuprum-streams/tests/ui/fail/replace_scoped_writer.rsrust/cuprum-streams/tests/ui/fail/replace_scoped_writer.stderrtests/__snapshots__/test_dev_fast_action.ambrtests/test_dev_fast_action.pytools/dev-fast/cargotools/dev-fast/config.tomltools/mold/SHA256SUMStools/mold/VERSIONtypos.local.tomltypos.toml
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@coderabbitai re:
Are these really user facing concerns? Surely a library consumer only needs to know about the release build, which remains llvm/mold. |
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Keep the dev-fast prerequisites in Withdraw the 🐇 ✏️ Learnings added
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@coderabbitai please explain the following in plain English to give me a bit more clarity: issue (broader_impact): The supposedly approved immutable Cargo fragment is caller-overridable through Triggers: When a caller supplies Suggested fix: Keep the approved fragment path fixed for the supported route, or validate both its repository-relative identity and SHA-256 digest before invoking Cargo. |
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Select the approved nightly Cranelift configuration for compatible Linux debug workflows while retaining stable routing for release, coverage, verification, Whitaker, MSRV, and non-Linux builds. Record the Rust 1.85.0 compatibility contract, provision the checked mold binary in CI, and bind the routing and spelling-policy behaviour with local contract tests.
Install Clippy with the pinned Linux development toolchain so the routed lint gate can execute. Keep the scoped-writer compile-fail contract stable on Rust 1.85 and the development nightly by using a local diagnostic anchor.
Exercise the composite action and adapter boundaries, preserve mold flags when Make sets RUSTFLAGS, and record the Linux-only routing decision.
Snapshot the action installation command contract, add assertion diagnostics, and regenerate the narrow linker spelling exceptions through the floating builder.
`rust-lint` runs `cargo doc` and `cargo clippy` under the dev-fast nightly, but Clippy is a separate rustup component from `rustc-codegen-cranelift`. `make dev-fast-check` verified only the backend, so a host provisioned for builds but not linting passed the gate and then failed inside `make rust-lint`. Enumerate the required components in the Makefile and check every one of them, and cover the missing-Clippy case in the prerequisite contract tests.
Three pieces of review feedback on the dev-fast contract tests, all verified before acting: * `test_fragment_digest_rejects_content_mutation` could only fail on a SHA-256 second preimage, so it asserted nothing about the fragment contract. The surviving digest test hashes the on-disk fragment against the reviewed pin, which is the real check. * The module-level `MOLD_VERSION` read in the contract tests was unused; the prerequisite tests already read the same pin through a fixture. * A duplicated `if typ.TYPE_CHECKING:` block re-imported `collections.abc` a second time. Also add the `msrv-check` target to `.PHONY`: it was the only one of the Makefile's targets missing from the list, so a stray `msrv-check` file in the working tree could suppress the recipe.
`make dev-fast-check` now requires the `clippy` component alongside `rustc-codegen-cranelift`, and the developer guide described direct Cargo invocations as retaining a repository-selected toolchain, which the fragment cannot do: it is not auto-discovered, so passing `--config` does not select a toolchain. Correct both statements in the developer guide and the AGENTS.md toolchain bullet.
Routing rust-lint through the dev-fast nightly promotes Clippy's pedantic group to an error under the existing -D warnings. The newer Clippy reports the redundant `continue` in cuprum-native-io's fd_is_open retry arm, which the 1.85 toolchain accepted; CI runs make lint after installing the dev-fast prerequisites, so the branch's own route is what surfaces it. Drop the `continue`: the match is the last expression of the loop body, so the EINTR arm falls through to the next observation exactly as before. The empty arm matches the existing Interrupted idiom in cuprum-streams. Co-Authored-By: Claude Code <noreply@anthropic.com>
The dev-fast prerequisite gate now names its version fixture `mold_version`
and templates diagnostics as `mold {version}` / `mold {mold_version}`. Those
forms entered after the allow-list was written, and the typos gate flags the
bare word each time, so `make lint` failed at its spelling step.
Add the three narrow, content-context patterns the doctrine here asks for —
each carries identifier or template syntax — and regenerate the tracked
config through the pinned builder. Ordinary prose still fails: a scratch file
containing "mold growing on the bread" is flagged, so the word is not
accepted as a dictionary entry.
Co-Authored-By: Claude Code <noreply@anthropic.com>
CodeScene scores `test_dev_fast_prerequisites.py` as new code — `main` does not carry the file — and its `Excess Number of Function Arguments` biomarker fires on the parametrized failure test. The last review round added the `mold_version` fixture as a fifth parameter, taking the method one past the threshold the check tolerated at four. Fold the three cohesive scenario fields into a frozen `_FailureCase` `NamedTuple`, the same shape the generated-invariant tests already use for grouped case data. The test keeps five ids and five scenario bodies unchanged; only the grouping moves. The parameter list drops to three, so the biomarker no longer matches while the parametrize table still reads as the specification it is. The fixture parameter stays: it is function-scoped setup the case data cannot supply without re-reading the pin inline. Co-Authored-By: Claude Code <noreply@anthropic.com>
The routed dev-fast configuration was published as a caller-settable make variable. `DEV_FAST_CONFIG ?= tools/dev-fast/config.toml` only supplies a default, so an ordinary environment variable or a command-line assignment replaced it, and `dev-fast-check` validated only that the replacement path existed. A caller could therefore route the accelerated debug builds through an unreviewed Cargo configuration while every routing test still passed, because those tests exercise the default invocation. The Maturin adapter had the same property: it honoured a caller-supplied path and described it as "approved" without establishing any such thing. This is a correctness and reproducibility defect rather than a security boundary: a caller who controls the local `make` invocation can also change the checkout. The project nonetheless claimed one fixed configuration for the supported route while permitting another. Make the fragment repository-fixed state: - The Makefile derives it from one constant assigned with GNU Make's `override` directive. Both the constant and the value derived from it are overridden, because a plain or `?=` definition still yields to an environment variable and any non-override definition yields to a command-line variable. - `dev-fast-check` validates that fixed constant. - `DEV_FAST_CARGO_COMMAND` and the direct Cargo routes consume the derived value, so no caller-settable name reaches Cargo. - The adapter derives the fragment from its own location instead of the environment, and `DEVELOP_DEV_FAST_ENV` no longer passes it one. Its missing-fragment diagnostic no longer asserts approval it cannot check. The tests that asserted the adapter honours the variable are replaced by tests asserting the opposite, including both delivery mechanisms for the Make-level override and a relative-path invocation matching how Make actually calls the adapter. A vacuous `missing_fragment` scenario is dropped: it could only fail by redirecting a path that is no longer redirectable. ADRs 012 and the developer guide record the boundary, and the guide no longer implies the fragment is configurable. Co-Authored-By: Claude Code <noreply@anthropic.com>
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@coderabbitai Thanks — your reading of the defect matches mine, and option 1 is what the branch now implements. Makefile — the fragment is repository-fixed state. override DEV_FAST_CONFIG_RELATIVE := tools/dev-fast/config.toml
override DEV_FAST_RUST_CONFIG := ../$(DEV_FAST_CONFIG_RELATIVE)
The third row is why a plain Maturin adapter — the variable is gone from its interface. adapter_directory=$(cd -- "$(dirname -- "$0")" && pwd)
fragment="$adapter_directory/config.toml"I chose to remove the input rather than validate it. The adapter is the process that must actually use the reviewed fragment, so a variable that redirected it would make the guarantee false rather than merely adjustable — and its previous diagnostic claimed "approved configuration file" for a path it had done nothing to approve. That wording is gone too. Tests were inverted, not adjusted. The old tests asserted the adapter honours On the digest in your option 2: the fragment's SHA-256 is already pinned as One note in fairness to the original design, since your write-up is otherwise exactly right: the shared premise is right that this is a correctness and reproducibility matter rather than a privilege boundary — a caller who controls ADR-012 and Head is |
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set -euo pipefail
printf '%s\n' '--- current HEAD ---'
git rev-parse HEAD
printf '%s\n' '--- Makefile dev-fast declarations and recipes ---'
rg -n -C 5 'DEV_FAST_CONFIG|DEV_FAST_RUST_CONFIG|DEV_FAST_CARGO_COMMAND|DEV_FAST_CHECK_COMMAND|DEVELOP_DEV_FAST_ENV' Makefile
printf '%s\n' '--- Cargo adapter ---'
cat -n tools/dev-fast/cargo
printf '%s\n' '--- related test definitions and assertions ---'
rg -n -C 4 'test_bridge_ignores_a_caller_supplied_configuration|test_recipe_ignores_an_overridden_configuration|test_the_routed_fragment_path_cannot_be_overridden|DEV_FAST_CONFIG|DEV_FAST_RUST_CONFIG' cuprum/unittests/test_dev_fast_adapter.py cuprum/unittests/test_dev_fast_prerequisites.py cuprum/unittests/test_dev_fast_contract.py
printf '%s\n' '--- documentation boundary references ---'
rg -n -C 2 'configur|immutable|fixed|fragment|DEV_FAST_CONFIG' docs/adr-012-linux-dev-fast-routing.md docs/developers-guide.mdLength of output: 60466
Keep Keep the adapter-derived Keep the focused tests. They cover both Make override delivery methods and both adapter redirection paths. The documentation now matches the implementation. The dev-fast fragment is repository-fixed state, not caller input. The reported gate reruns remain unverified until you provide their results. 🐇 ✅ ✏️ Learnings added
🧠 Learnings usedYou are interacting with an AI system. |
CodeScene flagged `_run_bridge` and `_run_bridge_relatively` as two functions with similar structure. The duplication was real: both wrapped the same `subprocess.run` call, differing only in the executable spelling. Give `_run_bridge` a keyword-only `path` argument and fold the relative/absolute choice into the one test that needs both. The parametrized case still launches the adapter through each spelling in turn, so the `$0`-based resolution remains covered in the form Make actually uses and in the absolute form. The refactor did not degrade the coverage it replaced: `./tools/dev-fast/cargo` and the absolute path are distinct strings, and both resolve. Co-Authored-By: Claude Code <noreply@anthropic.com>
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@coderabbitai Thanks — here are the gate results you asked for, run against the tree under review. Tree. Gates, run sequentially (
The new tests were exercised in that run, which is the part worth checking, since a fix whose tests never execute proves nothing. Both parametrizations appear and pass:
One thing that changed after your reply, in the same direction: test CI on the same head is green, including the previously failing check. CodeScene Code Health flagged the two adapter helpers as code duplication after my first push; I agreed, collapsed Once |
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The clean worktree ties the results to commit Treat the shorter Treat the green CI results, including CodeScene and coverage, as confirmation that the helper consolidation preserved the adapter test coverage. The previously unverified validation gates are now complete. 🧠 Learnings usedYou are interacting with an AI system. |
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@coderabbitai approve |
✅ Action performedComments resolved and changes approved. |
Summary
This layer makes Cuprum's supported Linux debug route explicit: standard Make
build, test, typecheck, and lint commands select the development fragment for
the pinned dev-fast nightly, Cranelift, and
mold. Coverage, release,verification, MSRV, Whitaker, and non-Linux paths remain outside that route.
Direct Cargo use remains caller-configured.
It is the second surviving layer of the stack, now based directly on
mainafter PR #409 squash-merged, and
followed by PR #406.
The layer inherits PR #412's
intentional floating
TYPOS_CONFIG_BUILDER_VERSION ?= v0.1.2tag through itsbase. The builder derives generated spelling configuration from the local
semantic input; this branch does not restore a SHA pin, digest fixture, or
legacy generator rollout tests.
Stack and replay
The branch is rebased directly onto
mainat3885c5acdb7ee7c9a44b6506cac726d39c2fa821, and the head under review iscd7c851a8208e24bbc064ff60faaf7ae1ad0aa8f. The replay boundary is thattarget: the twelve commits below are the whole branch-owned series, and
git rev-list --mergesover the range is empty.8f19f828Route debug builds through dev-fast13c33539Fix dev-fast hosted verificationce835f8aStrengthen dev-fast routing contracts5e47c94bFix dev-fast gate regressions20123640Require the dev-fast nightly Clippy in the prerequisite gated376683eDrop vacuous dev-fast test assertions and dead test state03479583Document the dev-fast nightly Clippy prerequisite9ff60a95Fix the nightly Clippyneedless_continueinfd_is_open327e86c1Cover the prerequisite tests' new linker fixture forms8223a660Group the prerequisite failure scenarios into one case object9613e814Fix the dev-fast Cargo fragment as repository statecd7c851aCollapse the adapter's duplicated invocation helpersThe replay preserved the inherited dev-fast commits and added the commits
addressing the review feedback below. Two conflicts arose in the Makefile
.PHONYlist, wheremainreflowed the list and addedmakeutilandskylos-allowwhile this branch appended its dev-fast targets. Both wereresolved as the union:
main's reflow and additions retained, with thedev-fast targets and
msrv-checkappended.Commits 8 and 9 repair latent failures the gating run exposed once the
rebase made this branch the first to route lint through the dev-fast
nightly. Neither is a rebase artefact: the offending code in commit 8 is
still present on
mainverbatim, and the uncovered spelling forms incommit 9 were introduced by commit 5 after the allow-list did not yet exist.
Commits 11 and 12 answer the third review round: the first makes the routed
Cargo fragment repository-fixed state rather than a caller-settable variable,
and the second removes a code duplication the first round's tests introduced.
Both are described under "Third review round" below.
Independent audit of the rebased result: the 53 paths that only
mainchanged are byte-identical at head to their target versions; every deletion
against the target maps to an intended change from this branch (verified
line-by-line against
main's own edits); and no multi-line block is newlyrepeated. The repeat scan covers the 16 changed files that exist on both
sides, which is where duplication could actually be introduced; the other 11
changed paths are new files, so every block in them is new by construction.
Review dispositions
4033426057ce835f8a.4033426077ce835f8a; Ruff and routing contracts pass.4033426084ce835f8aand the remaining action-test messages in5e47c94b; DF12 and action tests pass.4033426091DEV_FAST_HOST_IS_LINUX=yesince835f8a.4033426106ce835f8a.4033426115moldversion is derived fromtools/mold/VERSIONand tested ince835f8a.4033426132RUSTFLAGSretain-Clink-arg=-fuse-ld=moldince835f8a, with a routing contract.4033426171ce835f8a.Second review round
Each finding was verified against the current code before acting. The fixes
in this round are
20123640,d376683e, and03479583; thefd_is_openrepair below is
9ff60a95.MOLD_VERSIONin the contract tests--configselects one.msrv-checkmissing from.PHONYclippyrust-lintruns Clippy through the dev-fast nightly, CI installs the component, but the local gate checked only the Cranelift backend.make dev-fast-checknow verifies every component inDEV_FAST_REQUIRED_COMPONENTS.TYPE_CHECKINGblock intest_dev_fast_contract.pycollections.abca second time.test_fragment_digest_rejects_content_mutationThe final gate remediation uses content-context-scoped
moldpatterns intypos.local.toml, regenerated through the floating builder. It does not claim
path scope or accept
moldas a general dictionary word: source contextspass while an ordinary-prose negative probe fails as intended. The updated
action tests use focused Syrupy snapshots together with semantic assertions.
Gate repairs
The first full gating run on the rebased head failed
make linttwice, eachtime exposing a latent failure that the previous failure had masked. A third
finding came from CI after publication. All three are fixed in the commits
below rather than suppressed.
clippy::needless_continueincuprum-native-io'sfd_is_openrust-lintthrough the dev-fast nightly promotes Clippy'spedanticgroup to an error under the existing-D warnings. The code was byte-identical tomain, last touched in #387; the 1.85 Clippy accepted it.9ff60a95drops the redundantcontinue— thematchalready ends theloopbody, so theEINTRarm falls through to the next observation exactly as before. No#[allow]: the workspace deniesallow_attributes_without_reason.mold→mouldin the prerequisite testsmold_versionfixture and themold {version}/mold {mold_version}placeholders after themoldallow-list was written, so the typos gate flagged the bare word 14 times.327e86c1adds three narrow, content-context patterns and regenerates the tracked config. Ordinary prose still fails: a scratch file containing "mold growing on the bread" is flagged, so the word is not accepted as a dictionary entry.Excess Number of Function Argumentsin the prerequisite testsmaindoes not carrytest_dev_fast_prerequisites.py, so CodeScene scores the whole file as new code. Commit 5 added themold_versionfixture as a fifth parameter to the failure test, one past the four arguments the check tolerated when the branch last passed it.8223a660folds the three cohesive scenario fields into a frozen_FailureCaseNamedTuple, the shape the generated-invariant tests already use for grouped case data. The scenario ids and bodies are unchanged; the method takes three arguments.The Clippy and spelling failures would both have failed CI's
lint-testjob,which runs
make lintafter installing the dev-fast prerequisites. TheCodeScene finding is external and unreproducible locally; it is addressed
structurally rather than by a
.codescenerule override.Third review round
CodeRabbit's third pass confirmed the fix and asked for the gate reruns. Two
findings arrived from the bot reviewers after the second round, and one from
CodeScene's check on the new head.
DEV_FAST_CONFIG9613e814.?=supplies a default only, so an environment variable or command-line assignment replaced it, anddev-fast-checkvalidated only that the replacement path existed. Both Make names are nowoverrideassignments, and the Maturin adapter derives the fragment from its own location instead of accepting it as input._run_bridge/_run_bridge_relatively(CodeScene)cd7c851a. The two helpers wrapped the samesubprocess.runcall and differed only in the executable spelling; they are now one helper with a keyword-onlypathargument, and the one test needing both spellings is parametrized.On the
overriderequirement specifically: a plain:=would have lookedcorrect while leaving a vector open, so the behaviour was checked against GNU
Make rather than assumed. With one
overrideassignment and a?=control inthe same makefile, an ordinary environment variable, an environment under
make -e, and a command-line variable all replaced the?=value and allleft the
overridevalue unchanged. The command-line vector is why:=aloneis insufficient.
DEV_FAST_CONFIG_RELATIVEand the value derived from it areboth
overrided, since the derived name is itself settable.Validation
The gates below were run sequentially against this exact head
(
cd7c851a8208e24bbc064ff60faaf7ae1ad0aa8f, tree77bb08c2d023f5e29f12eb6985d13fb1dc433779), with a clean worktree, so theresults describe the committed tree:
make check-fmtmdtablefix --checkleft 66 unchangedmake lintAll checks passed!, including the spelling gate and actionlintmake markdownlintmake typecheckty 0.0.74—All checks passed!make testCI is green on the same head across all 23 checks, including
lint-test,coverage,benchmark-ratchet, the fourTypecheck and testjobs,Native contractson three platforms, the wheel builds, andCodeScene Code Health Review (main). The remaining external coverage dependency isshared-actions#496.
References
Summary by Sourcery
Route supported Linux debug workflows through a pinned dev-fast toolchain while preserving stable, release, verification, MSRV, and cross-platform paths.
New Features:
Bug Fixes:
Enhancements:
Build:
CI:
Documentation:
Tests:
Chores: