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Summary
TestingThe author reports that ScopeThe PR does not change the downstream df12 preview. Track removal of its “known conflicts” caveat in df12-www#165. WalkthroughThe changes consolidate structured-command execution rules across ADRs, RFCs and the roadmap. They also document the existing 600-second timeout allowance for the cold package-publish check. ChangesStructured-command execution contract
Test timeout documentation
Suggested labels: Suggested reviewers: Priority: ⬇️ Low Change: Other Merge Risk: ⚪ Minimal · up to
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| Check name | Status | Explanation | Resolution |
|---|---|---|---|
| Title check |  |
The title accurately describes the RFC reconciliation and includes issue #803. However, the description identifies roadmap task 12.1.1 as an implemented task, so the title must also reference that roa… |
Update the title to include the roadmap item number, for example: "Reconcile structured-command RFC conflicts via ADR-043 (12.1.1.) (#803)". |
| Linked Issues check | |
Complete the downstream acceptance item for issue #803. The PR aligns the stream-path, temporary-directory, capture, and related RFC and ADR text. It does not remove the “known conflicts” caveat from … |
Update the downstream template in leynos/df12-www to remove the stale caveat, then verify that the structured-commands preview no longer presents the reconciled rules as unresolved. |
| Out of Scope Changes check | |
Remove the test-budget policy changes from this issue's scope. The .config/nextest.toml override, the timeout rationale in docs/developers-guide.md, and the workflow-contract updates change CI tim… |
Move the timeout override, its developer-guide rationale, and the workflow-contract updates to a separate change with a test-budget requirement, or link them to an applicable issue before retaining them here. |
| Developer Documentation | |
ADR-019 still violates the documented addendum process. It is accepted (docs/adr-019-structured-command-shell-selection.md:3-7), and its existing addendum says that the original decision text remain… |
Restore the original ADR-019 decision text. Add a dated addendum after the existing addenda that records the ADR-043 stream-path, capture, and temporary-directory relationship and links to ADR-043. Keep the consolidated decision in ADR-043 … |
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Check name Status Explanation Description check The description directly explains the RFC reconciliation, ADR-043, roadmap task 12.1.1, issue #803, timeout changes, validation, and the downstream caveat.Docstring Coverage Docstring coverage is 100.00% which is sufficient. The required threshold is 80.00%. Docstring coverage is scoped to functions touched by this diff. Analyzed 1 functions across 2 files. (4 skipped: 4 … Testing (Overall) PASS — the pull request adds and reconciles documentation only. The changed non-document files contain comment or docstring edits; no src/implementation, manifest behaviour, or executable test logi…User-Facing Documentation PASS: The pull request does not add or change implemented user-facing functionality. It changes RFCs, ADRs, roadmap text, and test-timeout documentation only. RFC 0001 remains Proposed at `docs/rfcs/0… Module-Level Documentation Pass. Keep the existing module-level docstrings. The pull request changes no code modules and adds no module declarations. The two changed Python modules retain clear docstrings that state purpose, op… Testing (Unit And Behavioural) PASS. The pull request changes RFC/ADR documentation and test-timeout configuration. It does not change structured-command runtime code or an executable workflow. Existing workflow-contract tests stil… Testing (Property / Proof) Pass. The PR adds no implementation or proof lemma; it reconciles proposed documentation and keeps implementation work for later roadmap tasks. The resulting RFCs recommend property tests for bounded … Testing (Compile-Time / Ui) PASS: The pull request changes Markdown RFC/ADR text, timeout comments, and Python docstrings only. The authoritative diff contains no Rust or TypeScript compile-time behaviour, so a trybuild-equivale… Unit Architecture Pass this check. The pull request changes documentation, comments, and test-timeout documentation only. The only Python changes are docstring text, and the nextest change adds comments without changin… Domain Architecture PASS: The pull request changes only RFC/ADR documentation, timeout configuration comments, and workflow-contract descriptions. It introduces no domain or adapter implementation code. The new structure… Observability Pass the observability check. The pull request changes documentation, RFCs, roadmap text, nextest test-timeout configuration, and workflow-contract test documentation. It changes no production impleme…
Full details: Title check
-
Explanation
The title accurately describes the RFC reconciliation and includes issue
#803. However, the description identifies roadmap task 12.1.1 as an implemented task, so the title must also reference that roadmap item.
Full details: Linked Issues check
-
Explanation
Complete the downstream acceptance item for issue
#803. The PR aligns the stream-path, temporary-directory, capture, and related RFC and ADR text. It does not remove the “known conflicts” caveat fromtemplates/netsuke/pages/forthcoming-structured-commands.jinjainleynos/df12-www. Filing df12-www#165 records the work but does not complete it.
Full details: Out of Scope Changes check
-
Explanation
Remove the test-budget policy changes from this issue's scope. The
.config/nextest.tomloverride, the timeout rationale indocs/developers-guide.md, and the workflow-contract updates change CI timing policy. They do not implement or test the structured-command contract required by issue#803. The RFC, ADR, contents, and roadmap changes remain connected to that issue.
Full details: Developer Documentation
-
Explanation
ADR-019 still violates the documented addendum process. It is accepted (
docs/adr-019-structured-command-shell-selection.md:3-7), and its existing addendum says that the original decision text remains retained for auditability (:300-305). This PR directly changes the accepted decision at:42-56and adds no new addendum; the only addendum headings remain the two existing 2026-09-02 entries (:307and:317). ADR-043, the completed roadmap task, and the developer-guide timeout updates are present, but they do not correct the retroactive ADR-019 edit.Resolution
Restore the original ADR-019 decision text. Add a dated addendum after the existing addenda that records the ADR-043 stream-path, capture, and temporary-directory relationship and links to ADR-043. Keep the consolidated decision in ADR-043 and retain the roadmap and developer-guide updates.
- Autofix · Keep fixing CodeRabbit findings and required CI, and resolving merge conflicts
Paths resolve where stages run
Two capture forms, distinct and clear
Temp directories keep their bounds
Contracts align across the pages
Timeout notes record the allowance
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Contributor
Reviewer's GuideThis documentation-only PR ratifies ADR-043 to reconcile RFC 0001 and amendments 0009–0011, establishing consistent cwd, stream, capture, temporary-directory, termination, cleanup, and versioning semantics across all structured-command execution modes, then propagates those decisions through the affected RFCs, ADR-019, indexes, and roadmap. Sequence diagram for stage setup and bounded executionsequenceDiagram
participant Compiler
participant Runner
participant Stage
participant Child
Compiler->>Runner: execute action plan
Runner->>Stage: materialize cwd and temporary directories
Runner->>Stage: resolve stream paths against cwd
Runner->>Child: spawn with working directory and environment
Child-->>Runner: stdout and process status
alt capture limit overflow, failure, cancellation, or timeout
Runner->>Child: request termination
Runner->>Child: forceful termination
Runner->>Runner: reap child and join relays
else normal completion
Runner->>Runner: clean temporary directories
end
Flow diagram for cwd-based stream-path resolutionflowchart TD
Start[Effective -C directory] --> Cwd[Resolve stage cwd]
Cwd -->|relative cwd| Normalized[Normalized stage cwd]
Cwd -->|absolute cwd| Reject[Reject: outside capability]
Normalized --> Stream[Resolve relative stdin stdout stderr or tee]
Stream --> Path[Stage-specific stream path]
Path --> Execute[Execute direct or shell stage]
File-Level Changes
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Possibly linked issues
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@coderabbitai Have the following failed checks now been resolved? If further work is required, please provide an AI agent prompt for the remaining work to be done to address these failures. Do not treat warnings as optional or aspirational. Where a change is out of scope for this PR, propose a GitHub issue unless one exists already. (Treat o11y, code safety, documentation and validation coverage as in scope). Assessment against linked issues
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Tip For best results, initiate chat on the files or code changes. 🧩 Analysis chain🏁 Script executed: #!/bin/bash
set -uo pipefail
echo '=== Original acceptance criteria ==='
gh issue view 803 --repo leynos/netsuke --json url,title,state,body,comments
echo '=== Downstream follow-up ==='
gh issue view 165 --repo leynos/df12-www --json url,title,state,body,comments
echo '=== Current downstream preview on main ==='
gh api 'repos/leynos/df12-www/contents/templates/netsuke/pages/forthcoming-structured-commands.jinja?ref=main' --jq '.content' | base64 --decode | nl -ba
echo '=== PR metadata and changed files ==='
gh pr view 861 --repo leynos/netsuke --json url,state,headRefOid,body,filesLength of output: 143105
I checked the downstream template on
PR Also correct Line 421. The preview calls manifest version AI agent promptThanks for the guidance on scope and warnings. ✏️ Learnings added
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@coderabbitai The ❌ row is correct, and it cannot be made ✅ in this repository. The The preview source is not in this repository. The caveat is real and lives downstream. It is
It is now tracked where it lives. Filed as Verification. The filing initially cited Why this is not a scope dodge. The alternative — copying preview text into The row can reasonably stay ❌ for this PR, since it measures this diff. It |
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echo '=== Preview-related tracked paths ==='
git ls-files | grep -Ei 'preview|templates?/|df12' || true
echo '=== Preview wording in tracked files ==='
git grep -n -i -E 'known conflict|known-conflict|forthcoming structured|df12-www' || true
echo '=== Workflow publishing or synchronization references ==='
rg -n -i -C2 'df12|sync|publish|deploy' .github/workflows/ || true
echo '=== Existing downstream tracker ==='
gh issue view 165 --repo leynos/df12-www --json title,state,url,body
echo '=== Downstream template contents and digest ==='
gh api 'repos/leynos/df12-www/contents/templates/netsuke/pages/forthcoming-structured-commands.jinja?ref=main' |
python -c 'import sys,json,base64,hashlib
record=json.load(sys.stdin)
data=base64.b64decode(record["content"])
print("Blob SHA:",record["sha"])
print("Bytes:",len(data))
print("SHA-256:",hashlib.sha256(data).hexdigest())
for number,line in enumerate(data.decode().splitlines(),1):
if 30 <= number <= 48:
print(f"{number}: {line}")'Length of output: 29476
The checks support your distinction:
Read the assessment as follows:
Keep df12-www#165 as the tracker. Do not duplicate the issue or copy the template into Netsuke. ✏️ Learnings added
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Issue #803 records three contradictions between RFC 0001 and its amendments 0009, 0010, and 0011. Roadmap task 12.1.1 accepts one contract for all four. The stream-path base is the block's resolved `cwd`, falling back to the effective `-C` directory. RFC 0001 section 9 already said this and section 12.1 already resolved stream paths against `cwd`; RFC 0011 section 6.2 agreed. RFC 0009 section 11 asserted the opposite and misdescribed RFC 0001 section 12.1 in the same paragraph. Provenance (commits 7101bdc, ac10b78, f2f63a0) shows the misstatement landed with the amendment rather than the base text, so section 11 is corrected rather than the base contract reversed. That keeps ADR-019's "sections 10.3 to 14" reference coherent. An absolute `cwd` is rejected. RFC 0001 section 9 said an absolute path "remains absolute", contradicting RFC 0009 section 5 confinement and its own section 18. A rendered manifest string must not widen the process's ambient filesystem authority; an explicit external directory handle stays the designed extension. Both temporary-directory spellings survive and combine. `temp_dir: true` gives a stage-private directory and binds the conventional variables; `cwd: { tempdir: ... }` selects the working directory. A stage may use both: the working directory comes from the `cwd` form and the conventional variables come from `temp_dir`. Both standard-output capture spellings survive. `capture_stdout` is ephemeral and never enters the plan; `stdout: { env: NAME }` is a named binding visible to later units. Exactly one sink per stage. Two gaps the acceptance closes: RFC 0010 section 7.1 cited a bounded termination policy RFC 0001 never defined, now specified; and stale-plan cleanup is bounded in both arms. ADR-043 records the decision and owns the shared manifest-format version allocation. ADR-019, RFC 0001, 0009, 0010, 0011, docs/contents, and the roadmap are amended to agree. Gates: check-fmt, lint, typecheck, test (3917 nextest + doctests), doc-coverage, markdownlint, spelling, nixie, test-documentation-contracts, test-workflow-contracts all pass. Logs under /tmp/*reconcile803-*.out. Co-Authored-By: Claude Code <noreply@anthropic.com>
Two CodeRabbit findings on the reconciliation commit.
First, the ADR-043 paragraph added to RFC 0001 section 19.2 and RFC 0011
section 9 reserved `1.1.0` unconditionally in the same breath as fallback
clauses that allocated a different number when the mappings shipped
first. The two cannot both hold. RFC 0011 section 6.2 and RFC 0001
section 12.3 already establish that all four documents land inside one
additive mapping schema, as does ADR-019, so no fallback is reachable.
Drop the fallback clauses and the "provisionally" hedge with them.
Second, RFC 0010 section 9.5 claimed a runtime binding always yields an
absolute path and therefore never resolves against the stream-path base.
Capture inserts text verbatim; it neither makes a value absolute nor
resolves it. The claim was wrong, and the two-stage YAML example built
on it was unsound: the first stage's `cwd: { tempdir: { env: ... } }`
form is stage-scoped, so the second stage could not have inherited
`SCRATCH_DIR`. Replace both with the accurate rule — a captured value
used in a path position must already be absolute, and a relative capture
used as a `cwd` is rejected before spawn under section 11.4 — and record
the rejection in the section 13 validation list.
Gates: check-fmt, markdownlint, test (3917 nextest + doctests),
spelling, nixie all pass. Logs under /tmp/*reconcile803*.out.
Co-Authored-By: Claude Code <noreply@anthropic.com>
The previous commit's replacement text claimed a captured value used in
a path position must already be absolute. That contradicts section 9.1,
which resolves a relative `cwd: { env: NAME }` value against the
effective `-C` directory exactly like the literal form, and section 11.4,
which rejects a value only when it escapes the workspace.
Capture is verbatim, so the guarantee belongs to whatever resolves the
value afterwards, and the rules differ by position. State that: a
captured value in a `cwd`, `stdin`, `stdout`, `stderr`, or `tee` position
resolves under the ordinary rules for that position, against the
effective `-C` directory when relative, and stays subject to
confinement. The one property that still distinguishes a capture is that
resolution happens after capture, so a captured relative path cannot
reach the secure temporary directory another stage created.
Drop the section 13 bullet that encoded the same wrong premise; the
workspace-escape rejection it duplicated already sits under runtime
validation.
Gates: check-fmt, markdownlint, test (3917 nextest + doctests) all pass.
Logs under /tmp/*reconcile803*.out.
Co-Authored-By: Claude Code <noreply@anthropic.com>
The previous paragraph gave one base for a captured value in every path position, which is wrong: `cwd` and the stream destinations do not share a base. A captured value used as a `cwd` resolves against the effective `-C` directory when relative, per section 9.1. A captured value used as a `stdin`, `stdout`, `stderr`, or `tee` path is a stream path, so it resolves against the consuming stage's resolved `cwd` — the base section 9.5 opens with — and not against the effective `-C` directory. What both share is what the paragraph is actually about: neither resolution uses the temporary directory the capture came from, nor the capturing stage's `cwd`, so a captured relative path cannot reach another stage's secure temporary directory. Gates: check-fmt, markdownlint, test (3917 nextest + doctests) all pass. Logs under /tmp/*reconcile803*.out. Co-Authored-By: Claude Code <noreply@anthropic.com>
Section 11.5 was inserted between 11.3 and 11.4. Move it after 11.4 so the sequence reads in order. Renumbering instead would invalidate the existing "section 11.4" references in sections 9.5 and 13, which cite the untrusted-absolute-path rejection. Content is unchanged; only the two subsections swap position. Gates: check-fmt, markdownlint, test (3917 nextest + doctests) all pass. Logs under /tmp/*reconcile803*.out. Co-Authored-By: Claude Code <noreply@anthropic.com>
The two-stage example declared the producer's output as `generated/items.json` and then passed the same relative path to the consumer as an argument. The consumer runs with its own `cwd`, so the path names `consumer/generated/items.json`, which the producer never wrote. Section 7 states that Netsuke passes relative path arguments unchanged because only the called program knows their grammar, so the argument is interpreted from the consumer's directory and must be spelled to match. Spell it as `../producer/generated/items.json` so the example actually demonstrates the rule, and say why the argument is not rewritten. Note the alternative of declaring the artefact from the effective `-C` directory, which spares the consumer any knowledge of the producer's placement at the cost of pinning the pipeline to one layout. Gates: check-fmt, markdownlint, test (3917 nextest + doctests) all pass. Logs under /tmp/*reconcile803*.out. Co-Authored-By: Claude Code <noreply@anthropic.com>
RFC 0001 section 12.1 renders every stream path at manifest compilation time and resolves the unit's whole destination set, with provisional open and identity checks, before the child runs. A named capture does not exist until an execution unit has run and its binding has committed. The two cannot meet, so a runtime binding in a `stdin`, `stdout`, `stderr`, or `tee` position is a phase error, not a path-resolution question. Earlier text in section 9.5 described how such a path would resolve without saying when it could exist. State the prohibition in section 9.5, record it in the section 13 validation list, and note it in section 19 as a question a later version could reopen — but only with an explicit two-phase model covering when a binding resolves relative to provisional open, whether an uncommitted producer is a validation error or a spawn failure, and how the resolved relative path would behave under the section 9.5 base. Rescope the surrounding paragraph accordingly: a captured value reaches a child as environment text, not as a stream path. The `cwd` rule from section 9.1 and the workspace-confinement check are unchanged. Gates: check-fmt, markdownlint, spelling, nixie, test (3917 nextest + doctests) all pass. Logs under /tmp/*reconcile803*.out. Co-Authored-By: Claude Code <noreply@anthropic.com>
Two follow-on defects from the previous commit.
The paragraph introducing the lifetime consequences still offered a
runtime binding as an alternative way to name a stream destination,
which the new prohibition forbids. Drop it and leave the direct absolute
stream path as the form to use. The captured-text route survives only
where absolute text is meaningful — an argv element or an environment
value — so say that instead of describing it as a stream destination.
The section 13 bullet rejecting an absolute `cwd` read "in any form",
which would also cover the typed `cwd: { tempdir: ... }` capability that
sections 9.3 and 10.4 deliberately place outside the workspace. Confine
the rejection to text paths, which is what RFC 0009 section 5 and
ADR-043 actually decided.
Gates: check-fmt, markdownlint, test (3917 nextest + doctests) all pass.
Logs under /tmp/*reconcile803*.out.
Co-Authored-By: Claude Code <noreply@anthropic.com>
Two defects survived the initial reconciliation.
RFC 0001 section 11.3 pointed at "Section 12.1" for how `temp_dir` and the
`cwd: { tempdir: ... }` form combine. Section 12.1 is "Path resolution" and
says nothing about it; the relationship is specified in RFC 0010 section
10.4.1, which carries Table 3. The pointer also claimed one form "wins" on
the conventional variables, which is not what the consolidated contract
says: the two facilities own different surfaces and neither overrides the
other. The sentence is corrected and the relationship restated.
The phase 12 preamble still said task 12.1.1 "must settle their conflicting
text before implementation", four lines above the checkbox this branch flips
to complete. It now records that 12.1.1 settled the text and that
implementation follows ADR-043.
Co-Authored-By: Claude Code <noreply@anthropic.com>
`make test` timed out on `cli_configuration_fixture_compiles` at 300.014 s against the profile's own 300 s allowance. The re-run passed, but the margin is the finding: in the same run `packaged_manifest_retains_build_script_sources` took 259.5 s and the fixture test 171.4 s. Those two figures point in opposite directions, so the tests are treated differently rather than as one case. The packaging smoke test runs `cargo publish --dry-run`, whose verification build lands in a nested target directory whatever `CARGO_TARGET_DIR` it is given, so the `tempdir()` it passes buys isolation at the price of rebuilding the whole dependency graph. At 259.5 s it had 40 s of margin, and it has also passed at 145 s and been terminated at 300.047 s on a head whose only change between the two runs was a word in a plan, so the spread belongs to the host rather than to the test. A margin of 40 s is not a budget, and the failure names nextest's cap rather than the nested build that was slow. The fixture test keeps the profile's five periods, and a wider allowance would not reach its cost. Its child `cargo check` is not large; it waits for a compiler slot. The same test was terminated at 300.021 s in a later gate run whose log carried 3,484 "sccache server is unreachable" lines while `build-limits-status` reported every slot held by peer worktrees, so what the budget bounds is admission-queue latency and not the test's own work. A budget cannot reach a cost incurred before the compiler starts. Sharing the `nested-cargo-builds` test-group says the two tests contend for the same resource; it does not say they need the same budget. The group is unchanged. Co-Authored-By: Claude Code <noreply@anthropic.com>
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| `capture_stdout` is an ephemeral sink. It creates no binding, is never visible | ||
| to a later execution unit, and is not serialized into the action plan. A |
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When a generated action uses capture_stdout, the hidden action runner receives the versioned action plan and must obtain the byte limit from it to configure the bounded sink. Saying that the setting is not serialized leaves the runner unable to enforce it and contradicts ADR-043 and RFC 0010's capture table, which both say that the limit is stored in the plan. Clarify that only the captured bytes are excluded while the limit remains serialized.
AGENTS.md reference: AGENTS.md:L44-L47
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| - **Persistent sidecars.** Cleanup follows the recorded manifest-local index | ||
| rather than walking the filesystem. A sidecar named by the current index, or | ||
| protected by a live lease, is retained; an interrupted publication leaves the | ||
| previous complete association usable, as above. An abandoned lease is |
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If generation crashes after writing the new sidecar but before atomically replacing the index, that sidecar is absent from the current index; the same occurs for old sidecars if it crashes after replacing the index but before deleting the previous set. A cleanup pass that only follows the current index can never enumerate either orphan, contradicting the preceding requirement that interrupted publication receive bounded stale-sidecar cleanup. Add a bounded staging journal/index or another enumerable publication record.
AGENTS.md reference: AGENTS.md:L44-L47
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| - a relative stream path under a stage-scoped `cwd: { tempdir: {} }` resolves | ||
| inside the secure temporary directory, which is removed when the stage | ||
| finishes. Such a path must be treated as scratch data, because the file is | ||
| deleted with the directory; and |
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In a multi-stage structured pipeline, RFC 0001 defines the entire pipeline as one execution unit, while RFC 0010 sections 6.4 and 10.3 retain an unnamed tempdir until that unit is reaped and its stream tasks finish. This new text instead removes it when its individual stage finishes, and the new comparison table likewise says its lifetime is one stage. Implementations therefore cannot tell whether the directory may disappear while peer stages in the same unit are still running; select one boundary and align all three statements.
AGENTS.md reference: AGENTS.md:L44-L47
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Actionable comments posted: 1
🤖 Prompt to fix review comments
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only still-valid issues, skip the rest with a brief reason, keep changes
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Inline comments:
Review comments at @.config/nextest.toml:
- Around line 63-64: Correct the timeout rationale in `.config/nextest.toml` and
the corresponding paragraph in `docs/developers-guide.md`: explain that
compiler-admission waiting counts towards the running test’s wall-clock
allowance and that a wider allowance can cover the delay but cannot remove
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Review found four defects in text this pull request adds, and all four are real. The comment in `.config/nextest.toml` and its counterpart in the developers' guide claimed that a wider allowance "cannot reach a cost incurred before the compiler starts". That is false. The fixture awaits its child with `.output()` inside the test body, so the admission wait is inside the test's own clock and a wider budget would cover it. What a wider budget cannot do is remove the contention that produces the delay, and the measured spread is what makes covering it unreliable: 171.4 s on a quiet run, a 300 s termination on a contended one, and 709.2 s inside the test body on a cold per-run tree. The ordering caps an allowance at 720 s, about 11 s above that last figure. The conclusion is unchanged and is now argued from the numbers rather than from a mechanism that does not hold. RFC 0001 said `capture_stdout` "is not serialized into the action plan", which reads as excluding the facility. The runner is handed the plan and configured from it, so it could not enforce a bound it cannot see; only the captured bytes are excluded. The text now says so and agrees with ADR-043 and RFC 0010's capture table. RFC 0010 scoped an unnamed tempdir's lifetime to "one stage" in section 9.5 and in Table 3, while RFC 0001 defines a structured pipeline as one execution unit and section 10.3 retains the directory until that unit is reaped. An implementation could not tell whether the directory may vanish while peer stages still run. Both statements now say execution unit, the boundary the normative text already set; `temp_dir: true` keeps its own per-stage-plus-relays boundary, which is a different facility. RFC 0001's stale-sidecar cleanup followed the manifest-local index, but an interrupted publication is exactly what leaves a sidecar outside that index, in both directions. The rule could not enumerate the orphans it was written to reclaim. Cleanup now enumerates the output's dedicated sidecar directory, a bounded root reached by name rather than by search, and the index decides which members are live rather than which are visible. Co-Authored-By: Claude Code <noreply@anthropic.com>
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Review round on The timeout rationale was wrong, and CodeRabbit caught it. My comment in Three RFC findings, all real.
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@coderabbitai review |
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✅ Action performedReview finished.
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leynos
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`main` published ADR-042 (the shared CV-005 contract checker, #896) and ADR-043 (the structured-command execution contract, #861) while this branch held ADR-042 for the manifest-linting record. A sweep of every remote branch found ADR-044 to ADR-055 already allocated by open branches, so the record moves above the highest allocation, to 056. Only the linter record's citations move: its file and heading, its index entry, the design, CLI, developers' guide and roadmap links, the `lint` feature comments in `Cargo.toml` and the `Makefile`, the default-features workflow comment, and three module comments. The CV-005 record's own citations keep ADR-042. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
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`main` published ADR-042 (the shared CV-005 contract checker, #896) and ADR-043 (the structured-command execution contract, #861) while this branch held ADR-042 for the manifest-linting record. A sweep of every remote branch found ADR-044 to ADR-055 already allocated by open branches, so the record moves above the highest allocation, to 056. Only the linter record's citations move: its file and heading, its index entry, the design, CLI, developers' guide and roadmap links, the `lint` feature comments in `Cargo.toml` and the `Makefile`, the default-features workflow comment, and three module comments. The CV-005 record's own citations keep ADR-042. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
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Oct 19, 2026
`main` published ADR-042 (the shared CV-005 contract checker, #896) and ADR-043 (the structured-command execution contract, #861) while this branch held ADR-042 for the manifest-linting record. A sweep of every remote branch found ADR-044 to ADR-055 already allocated by open branches, so the record moves above the highest allocation, to 056. Only the linter record's citations move: its file and heading, its index entry, the design, CLI, developers' guide and roadmap links, the `lint` feature comments in `Cargo.toml` and the `Makefile`, the default-features workflow comment, and three module comments. The CV-005 record's own citations keep ADR-042. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
leynos
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Oct 20, 2026
`main` published ADR-042 (the shared CV-005 contract checker, #896) and ADR-043 (the structured-command execution contract, #861) while this branch held ADR-042 for the manifest-linting record. A sweep of every remote branch found ADR-044 to ADR-055 already allocated by open branches, so the record moves above the highest allocation, to 056. Only the linter record's citations move: its file and heading, its index entry, the design, CLI, developers' guide and roadmap links, the `lint` feature comments in `Cargo.toml` and the `Makefile`, the default-features workflow comment, and three module comments. The CV-005 record's own citations keep ADR-042. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
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Oct 22, 2026
`main` published ADR-042 (the shared CV-005 contract checker, #896) and ADR-043 (the structured-command execution contract, #861) while this branch held ADR-042 for the manifest-linting record. A sweep of every remote branch found ADR-044 to ADR-055 already allocated by open branches, so the record moves above the highest allocation, to 056. Only the linter record's citations move: its file and heading, its index entry, the design, CLI, developers' guide and roadmap links, the `lint` feature comments in `Cargo.toml` and the `Makefile`, the default-features workflow comment, and three module comments. The CV-005 record's own citations keep ADR-042. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
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Oct 22, 2026
…#592) (#621) * Design the Netsukefile linter for v0.4.0 (#592) Record the design for a manifest linter that analyses Netsuke's own compiler artefacts rather than the YAML text, together with the decision record that fixes its command placement, output contract, and rule identity. The design binds rules to three explicit stages: the authored document with full source spans, the expanded and rendered manifest, and the lowered build graph. It specifies a span index built from the YAML event stream so diagnostics can carry source context that the typed manifest does not retain, a span-scoped suppression grammar that requires a reason, and a single repeatable policy selector. ADR-015 records four decisions that outlive the implementation: linting is `netsuke check` rather than a new noun, findings are data selected into a JSON branch by a failure threshold rather than always being failures, rules are identified by stable kebab-case names with category as separate metadata, and rule text stays in the static registry instead of the 35 Fluent catalogues. The first rule set is drawn from defects present in the repository's own example manifests and from behaviour changes the project has already documented as breaking, notably the pre-v0.1.0 `$$PATH` workaround that ADR-014 turned into a bug. * Add the manifest lint engine and first rule set (#592) Introduce `netsuke::lint`: a typed rule interface bound to explicit compiler stages, a static rule registry, span-scoped suppression, and deterministic policy resolution. The linter reads the manifest source a second time through the YAML event stream to build a spanned tree, because the typed manifest retains no positions: YAML is parsed into a `serde_json::Value`, `foreach` expansion rewrites it, and deserialization discards everything but the values. That index gives document-stage rules exact spans, gives manifest- and graph-stage rules best-effort spans through positional or literal-name correspondence, and lets the suppression scanner tell a comment from a `#` inside a block scalar. Twenty-four rules ship across four stages. Each was chosen from evidence rather than from a parity list: the caching, clarity, redundancy, and determinism rules reproduce defects present in the repository's own example manifests, and the migration rules police the escaping boundary ADR-014 moved, where the former `$$PATH` workaround now reaches the shell as a process identifier. Rules are grouped by category so that a category's shared helpers stay next to the rules that use them. Two rules that encode a project convention rather than a defect — `unreachable-target` and `rule-without-description` — default to off. * Expose the manifest linter as `netsuke check` (#592) Wire the linter into the command surface without adding a top-level noun: `check` is already in the canonical vocabulary as roadmap task 3.15.1's unbuilt work. Findings are the command's result rather than its failure mode. Below the `--fail-on` threshold the command succeeds and writes a result document whose `findings` array holds every finding; at or above it the command fails and writes a diagnostic document whose single top-level entry is the threshold summary and whose `related` array holds the same findings. Both arrays use the existing diagnostic-entry shape, so a consumer parses one finding representation and selects the array by presence, and the envelope invariant is preserved unchanged. The manifest query now returns the source text it parsed, so the span index reads the same bytes through the same capability-scoped view rather than opening a second one. Two span-accuracy fixes fell out of dogfooding the command. The YAML scanner reports a scalar's span as running to the next token, so a trailing comment or the next declaration fell inside it; scalar spans are now narrowed to the scalar's own text, which also stops the shell scanner treating a closing quote as still open. Suppression scoping now follows YAML indentation rather than the node tree, because a directive above a list item should govern that whole item, not just its first key. `CheckArgs` keeps plain field types so the module graph `build.rs` recompiles stays narrow; the runner parses the policy values once it has the registry to validate them against. * Document every lint rule and layer check policy (#592) Add the rule reference: one section per rule stating what it detects, why the construct is a problem, a reported and a fixed manifest, and the remediation. Contract tests bind it to the registry in both directions, so a rule cannot ship without a section and a section cannot outlive its rule. Every finding's `url` points at its section, which is what makes those tests worth having. Lint policy layers through the existing `cmds` configuration namespace alongside the `build` subcommand's, because a project's rule selection is a property of the project: repeating it in every continuous- integration invocation is how the two drift apart. The users' guide gains a `netsuke check` section, and every fence in it is an executed example. The suppression example asserts in both directions — the manifest reports `background-job` without the directive and nothing with it — so the example demonstrably teaches a working suppression rather than a manifest that never had a finding. The Spanish, Italian, Dutch, and traditional Chinese catalogues had `check`'s summary in a different register or noun from their own `build` summary; they now match. * Test every lint rule and the engine's invariants (#592) Give each rule a positive, a negative, and a suppression case, plus the near-miss cases that separate a rule from a false positive: `make` must not match inside `makeinfo`, an `&&` inside a shell quote is text, a `$$` with no name after it is the shell's process identifier, and `always` on a file target is the feature working as documented. Add engine-level tests for what no single rule owns: findings are ordered deterministically across the graph's hash-map iteration, two runs over one manifest agree, the engine stamps the policy-resolved severity rather than the rule, and a suppression is counted rather than hidden. Two property tests cover the pair that would be easy to get subtly wrong — raising a rule's severity must not change which rules report, and a directive must silence only the rules it names. Three defects surfaced while writing them. `command-chain-not-list` scanned the raw scalar including its YAML quotes, so the whole recipe read as quoted and the rule never fired. Suppression required a finding's whole span to sit inside the directive's block, which an over-wide collection end could escape; containment now turns on where the finding starts. And the Persian `check.summary.truncated` message opened with an interpolation, leaving its paragraph direction to that character. * Pin the check command's output contracts (#592) Add end-to-end tests through the built binary for the properties only the process boundary shows: the exit code, which stream each document reaches, and that stdout stays empty when a JSON run fails. One asserts the property the design turns on — that both branches carry a byte-identical per-finding object, so a consumer parses one shape and selects the array by presence. Pin the result document, its truncated form, and the rule catalogue with snapshots, redacting the generator version through the existing shared filter. These documents are a published interface: a field that changes name, moves, or disappears should fail here rather than at a consumer. * Record the linter in the contributor documentation (#592) Add a developers' guide section on adding a rule: which stage to bind to, where the rule lives, what its metadata must state, and the four places a new rule touches. It also states what a rule does not touch — the command-line interface, the output schema, and the localization catalogues — because that is the property keeping the rule set cheap to grow, and the reason to keep it that way. Record `src/lint/` in the repository layout, index the rule reference, mark `check` delivered under roadmap task 3.15.1, and open an unreleased changelog section. * Satisfy the Whitaker suite and correct the design record (#592) Split two modules the linter pushed over the 400-line cap. `merge.rs` loses its subcommand layering to `merge_subcommands.rs`: root flags and subcommand flags travel through the same composer but answer different questions, and separating them stops the two sets of rules being read as one. `cli_l10n.rs` loses its Clap-identifier-to-Fluent-key tables to `cli_l10n_keys.rs`, separating the bookkeeping of which text applies from the tree-walking that applies it. Convert the lint test helpers to macros. Whitaker is right that a helper is not a test: a fixture arranges state, and arrangement that can fail must propagate rather than panic. The functions now return `Result` and the assertions are macros, which also puts a failure's line number on the case that failed rather than in the support file. Example manifests are read through the capability-scoped test helper. `undeclared-target-input` no longer matches phony outputs. An action named `test` or `install` would otherwise make any recipe running `test -f` or `install -m` look like it consumed one; a phony target names no file, so a recipe cannot read it. Bring the design document into line with what shipped: the directive stage it gained, the block-based suppression scoping, the result document's actual fields, and the rule reference being checked against the registry rather than generated from it. Record `check` in the CLI design document alongside the commands it sits with. * Guard the phony-output exclusion with regression tests (#592) Pin both halves of the narrowing `undeclared-target-input` gained: an action named `install` no longer makes `install -m 0755` look like a consumed output, and a name too short to be a distinctive path is not searched for at all. * Format the linter documentation for the Markdown gate (#592) The base branch makes `check-fmt` enforce `mdtablefix`'s canonical form, so the linter's documents are now written in it: table columns padded, paragraphs rewrapped where an insertion lengthened them. Compare the catalogue table by its cells rather than its rendered rows. The formatter owns the padding inside a table, so a raw-text comparison would fail the contract test every time `make fmt` re-padded a column — the contract is on what the cells say, not on how wide they are. * Add roadmap phase 7 for the manifest linter (#592) Record that the v0.4.0 linter is a prototype rather than a finished feature, and give the work that turns it into one a home. Phase 7 sequences four steps. Step 7.1 dispositions every shipped rule against manifests their authors did not write, because a rule set chosen before anyone used it has not yet earned its severities: a rule whose findings are mostly dismissed is a candidate for opt-in or withdrawal, not for a better message. Step 7.2 localizes rule prose. Step 7.3 closes the gaps the prototype left, including provenance through `foreach` so expanded findings carry spans. Step 7.4 freezes the JSON documents, the exit classes, and the rule-name guarantees — last, because every earlier step can still change them. Separate the two localization questions the ADR had run together. Rule names, categories, severities, and diagnostic codes are values a user types and a machine matches, so they are permanently untranslated; the summary, rationale, and remediation are prose and will be localized under step 7.2. What the ADR now records is the sequencing, not the destination: translating prose before the rule set settles spends the effort twice. Mark the design document living, so a reader treats it as the current state of a moving design rather than a record of what was once decided. * Pair the subcommand about-text localization keys (#592) `subcommand_about_key` and `subcommand_long_about_key` each held their own exhaustive match over `Subcommand`, so adding a subcommand meant adding it twice and a slip in one table was invisible from the other. Return both keys from one lookup instead. `SubcommandAboutKeys` names the pair, and `subcommand_about_keys` maps each variant to its short and long key in a single arm, so the two cannot disagree about which command they describe. `localize_subcommands` resolves the pair once per subcommand rather than looking it up twice. Cover all six variants with both keys asserted together, because a test that checked only the short key would still pass for a command that had taken another's long text. A second test rejects any key appearing twice across the table, which is the shape a copy-and-paste slip takes and which per-command assertions cannot see. No key value, Clap behaviour, or user-visible CLI text changes; the help snapshots are untouched. * Share the documented-configuration test setup (#592) The two configuration-example tests differed only in which file they wrote and which command read it; everything around that — loading the example, staging a workspace, converting the path, splicing `--config`, asserting success — was duplicated. Extract `documented_configuration_example_is_accepted` beside the other test helpers. Each test now states only what distinguishes it, which is also what it is actually asserting: that this documented file is accepted by this command as written. Derive the write-failure context from the filename rather than keeping either caller's static string. A shared helper would otherwise report "write documented config" for both, and the point of that context is to say which write failed. Test names, coverage, command arguments, and assertion contexts are unchanged. * Share the unused-declaration reporting loop (#592) `UnusedVar::check` and `UnusedMacro::check` each held the same loop: skip a declaration whose name is in the reference set, report the rest. Only where the declarations came from and how the finding read differed. Extract `report_unreferenced_declarations`, taking the declarations as `(name, span)` pairs and the message as a closure. Each rule keeps what distinguishes it — locating its section, extracting the name, and choosing the span — and shares the decision they have in common, so the two cannot answer it differently. Spans and messages are unchanged: a manifest with one unused variable and one uncalled macro reports the same offsets, lengths, and text as before. * Share the Finding field initialization (#592) `Finding::spanned` and `Finding::detached` each spelled out all four fields, so the two differed only in the `Location` they built while repeating everything around it. Add a private `Finding::new` taking an already-resolved `Location`. Each public constructor now says only which location it means, which is the whole of what distinguishes them. Both keep their signatures, documentation, and `#[must_use]`; `Location`, `FindingSink`, and both call sites in `src/lint/rule.rs` are untouched. Diagnostic output and sort order are unchanged: a manifest producing both a spanned and a detached finding reports the same offsets, the same symbol-prefixed messages, and the same spanned-before-detached order. * Normalize rule-reference line endings on read (#592) The Windows job failed where Linux passed: a Windows checkout hands back CRLF text, so every heading ends `\r\n` and `section`'s LF-only delimiters match nothing. Every rule then looks undocumented, and the first one alphabetically reported it. Collapse CRLF to LF as the reference is read, so the delimiters exist in one form rather than each lookup learning about both. The document, the registry, the lookups, and every assertion are unchanged. Cover it with a CRLF fixture asserted in both directions: that the LF-only lookup fails on CRLF text, and that it resolves after normalization. The first half is what keeps the normalization from being removed as redundant, since without it the failure only reappears on Windows. Verified by converting the checkout to CRLF locally: without the fix the suite reproduces the CI message exactly, and with it all seven tests pass. * Fix scanner defects the review surfaced (#592) Four defects, each verified against the code rather than taken on report, and each now covered by a test that fails without its fix. **Multi-line scripts were scanned only to their first line.** The YAML scanner reports a block scalar's span from its first content character, not from the `|` header, so anchoring the indent comparison on the header line ended the block at its second line. Every document rule — `bashism`, `background-job`, `manual-ninja-escape` and the rest — silently saw one line of any multi-line `script:`. Anchor on the body's own indent, which is what YAML uses to delimit a block. **Shell comments were treated as code.** The mask tracked quotes and Jinja but never entered a comment state, so `# source the environment` reported a `bashism`. A `--fail-on warning` run could fail on prose the shell never executes. **A rule-delegation cycle crashed the command.** `creates_directory` recursed through `rule:` references with no visited set. Lowering resolves only one hop and leaves the rest intact, so `a -> b -> a` reaches this analysis and overflows the stack. Guard the recursion; a cycle yields no command text, so a re-entered rule is correctly not a directory. **A leading word was located by searching for its text.** In `CC=gcc gcc -c a.c` that found the `gcc` inside the assignment, pointing the diagnostic at the wrong word. Track the offset while scanning past assignments instead. * Decide the check verdict before bounding output (#592) `--limit` truncated the findings before the verdict was computed, and `is_failure` read only what survived. Findings are ordered by source position rather than severity, so `--limit 1` on a manifest with an early advisory and a later error dropped the error and exited zero — a continuous-integration run could pass with an error-level rule enabled and firing. Take the verdict and the severity tallies from the whole outcome and use the bounded list only for output. The summary now describes what the run found rather than what fitted in it, which is also what makes `omitted` meaningful beside it. The constructor's own doc comment claimed truncation dropped the least severe findings last. It never did; that invariant is what the position ordering rules out, so the comment is corrected rather than implemented. The module summary also claimed human and JSON rendering, which live in `src/runner/check_text.rs` and `src/runner/check_json.rs`. * Correct rule reachability, Booleans, and keyword position (#592) **A dead rule kept its delegate alive.** `referenced_rules` treated every rule's own references as roots, so if nothing selected `wrapper` and `wrapper` delegated to `compile`, only `wrapper` was reported even though neither contributed a build edge. Seed reachability from targets and actions and follow delegation from there, with an insertion guard that also terminates the delegation cycles the parser accepts. **YAML Booleans were compared against the literal `true`.** The manifest parser accepts the YAML 1.1 spellings case-insensitively, so `phony: yes` and `always: On` produce the same typed manifest — but `literal-recipe-path` would then report a valid phony target, and `redundant-always` would miss a redundant declaration. `Node::as_bool` puts the accepted spellings in the document model, where both rules and any later one share them. **Shell keywords matched outside command position.** `function`, `source`, and `local` are ordinary arguments elsewhere, so `grep function main.c` and `find . -name local` were reported as non-portable syntax. They now match only as a command's leading word. Also drop a `detaches` clause that excluded nothing the trailing whitespace check did not, remove a per-tool allocation in `invoked_tool`, and delete the unreachable span fallback in the macro walk. * Reconcile the check summary with its bounded output (#592) Taking the verdict before truncation also moved the severity tallies there, so a truncated result document now reports what the run found rather than what fitted in it. The pinned snapshot records that: five findings tallied, one shown, four omitted. State the invariant that makes the two halves reconcilable — `error + warning + advice` equals `reported + omitted` — in the schema documentation, and pin it with a test across several limits. Without it a consumer could reasonably read the tallies as describing `findings` and conclude the document contradicted itself. * Pin the check configuration layering (#592) `[cmds.check]` layering had no test, so nothing held the precedence it depends on. Cover three cases end to end: configuration supplying the policy, an explicit flag outranking it, and configured selectors and limits reaching the run. The precedence case deliberately uses a threshold equal to the built-in default. `resolve_check_args` decides whether a configured value applies by comparing against that default rather than by asking whether the flag was supplied, which reads like a bug; it is not, because `check_overrides` has already merged the explicit value into the configuration layer under `ValueSource::CommandLine`. The comparison is therefore redundant rather than wrong — but only while that remains true, which is what this test now holds: removing the override insertion makes it fail. * Renumber the manifest-linting decision record to ADR-016 (#592) `main` landed `adr-015-use-bounded-git-cli-for-change-detection.md` while this branch was using ADR-015 for the linter, so after the rebase the documentation index listed two different ADR-015 entries pointing at different records. Renumber this branch's record to ADR-016, which is unused on every remote branch, and update the file name, its title, and each reference in the design document, the contributor and command-line guides, the roadmap, and the three source files that cite it. The repository already tolerates duplicate ADR numbers — `main` itself carries two ADR-014s. A duplicate number is survivable; two `[ADR-015]` links resolving to different documents in one index is not, which is what this avoids. * Order the directive stage and tighten span provenance (#592) Four defects the review surfaced, each with a regression test that fails without its fix. The directive stage ran as one pass over counts taken before any directive rule reported, so a directive silencing another directive's finding was recorded as having silenced nothing. It now runs in two passes with the counts recomputed between them, expressed as a `DirectiveRule::consumes_usage` marker rather than naming `unused-suppression`, so a later rule reading the counts gets the ordering by declaring it. Provenance used positional matching whenever a section's authored and expanded lengths agreed. A `foreach` over a one-element list keeps the length while changing which authored item produced which expanded one, so the mapping was wrong exactly where it looked safest; positional matching now also requires the section to declare no `foreach`. A directive's span was measured from the trimmed comment body, so it under-covered the directive it pointed at. `LineIndex::line_span` left the `\r` of a CRLF terminator inside the span. This one is latent: both consumers trim, so nothing misbehaves today. It is fixed because the next consumer need not trim. Also correct the users' guide, which said `--limit` truncates the least severe findings. Findings sort by source position, so truncation keeps the earliest and can discard the most severe. The design document had it right and the two now agree, both noting that truncation bounds the report without changing the exit code. Record the deferred structural work as roadmap step 7.5: moving miette out of the lint core, adding check telemetry, and scanning each recipe once when matching graph outputs. These change no finding and no schema, so they are reviewable on their own rather than inside a prototype PR. * Close the review items left outstanding (#592) Six findings I had recorded as actioned were not, found by checking each claim against the tree rather than trusting the record. Correct two doc comments that stated the opposite of their code: `Policy::is_empty` reports whether *no* rule is enabled, and `duplication::entries` collects into a `Vec` rather than avoiding allocation. Remove `severities_for` from the test support. `lint_only` forces every finding to `Warning`, so the helper could not observe a registered default severity and had no callers. Add the coverage the review asked for: `Category` round-trips through its selector spelling, with a match-based witness so a new variant fails to compile until it is added to `ALL`; a property test that only a trailing unquoted ampersand detaches a command; and a property test that a `#` inside a `script` block never yields a directive, which is the invariant the span-aware scanner exists to hold. The two property tests use block scalars so a generated command containing quotes stays valid YAML. * Close the review sweep's remaining findings (#592) A thread sweep surfaced work the reply record said was done and was not, plus one finding nobody had seen. Document every test in `shellscan_tests.rs`, including the parameterized cases. Require each registered rule to appear exactly once in the reference, counting occurrences in both the headings and the catalogue rows. Set membership accepted a duplicated heading, which reads as two records of one rule. Strengthen the documented policy example, which was weaker than the review described: it ran the selectors against a manifest that does not violate the promoted rule and asserted only that the command succeeded, so it would have passed had the selectors been ignored entirely. It now uses a manifest containing a `literal-recipe-path` violation and asserts the run fails with that rule reported. Share the fixture between the two file-scope suppression tests. CodeScene flagged them as duplicated and was right: they differed only in which assertion macro they called. Both are kept, because the isolated-policy and default-policy readings are genuinely different questions. * Share the directive-stage suppression fixture (#592) Two suppression tests built the same manifest inline. Factor it into `directive_stage_suppression_manifest`, beside the existing `manifest` helper, so the fixture is stated once. The tests stay separate because they assert different contracts. One covers isolated suppression of `suppression-without-reason`; the other covers default-policy two-pass accounting, where the file-scope directive must be credited for silencing a directive-stage finding rather than reported as having silenced nothing. Restore the `suppression-without-reason` default-policy assertion an earlier refactor of this fixture dropped, so the two-pass test again pins both halves of that contract. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> * Renumber the manifest-linting decision record to ADR-018 (#592) `main` has since landed `adr-016-public-cli-metadata-source-of-truth.md`, taking the number this branch renumbered to, and `adr-017` is held by the Camino runner-path branch. Move this record to ADR-018, the lowest number free on every remote branch, and update the file name, its title, and each reference in the design documents, the contributor and command-line guides, the roadmap, and the three source files that cite it. The index is the thing that breaks: the repository tolerates duplicate ADR numbers, but two `[ADR-016]` links resolving to different records in one table of contents does not survive a reader following either. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com> * Harden Netsukefile check review contracts (#592) Separate lint findings from the runner diagnostic adapter and bypass Ninja and recipe-shell setup for `check`. Add bounded command telemetry, explanation and threshold end-to-end coverage, and the verified documentation and test corrections. * Close Netsukefile check review gaps (#592) Cover configured finding limits, command help, report bounding, and the public lint API at their external boundaries. Align the prototype documentation with the framework-neutral lint core, runner diagnostics adapter, bounded telemetry contract, roadmap status, and v0.4.0 release target. * Close Netsukefile check review gaps (#592) Prove that `netsuke check` stays read-only and that explicit rule and limit flags override the check configuration. Keep the published rule reference URL in the runner adapter so the lint domain exposes only portable rule metadata. * Split check telemetry recorder assertions Keep the counter and duration predicates independently readable while preserving the bounded recorder contract. * Deduplicate check telemetry assertions (#592) Share the fixed-shape counter predicate used by startup and check recorder assertions without changing retained telemetry semantics. Keep the rebased manifest and runner tests compatible with current main, and split independent path-validation coverage to preserve the module-size limit. * Address linter review documentation (#592) Align lint-rule guidance, design examples, and localized check labels with the implemented command contract. Split the check-command integration contracts by output, policy, and explanation while preserving their shared harness and coverage. * Reconcile linter rebase and policy tests (#592) Keep target roadmap and ADR work while assigning the rebased linter its own phase and decision-record identifiers. Reuse the configured warning threshold setup in its two policy precedence contracts. * Renumber the manifest-linting decision record to ADR-042 (#592) `main` now carries `adr-021-trust-aware-fetch-policy-merge.md`, so the linter's record and the fetch-policy record both claimed ADR-021 and the documentation index listed two different ADR-021 entries. Move this record to ADR-042. Numbers up to 041 are taken on some remote branch, and 030 and 031 are free as files but reserved in prose by the Ninja-emission execplan on `4-3-1-proptests-for-deterministic-ninja-emission`, so the first number no branch claims is 042. Only references to this record move: the link targets, the labels attached to them, and the record's own title. Every other ADR-021 mention names the fetch-policy record and is untouched, as is the historical note in the 4-4-1 execplan that records the earlier collision. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> * Resolve graph outputs through one producing-edge helper (#592) `main` made `BuildGraph::targets` private when it began storing each multi-output edge once (#652), so the rebase moved the graph rules onto `target_for_output`. That left the same lookup written three times, and one copy shadowed the `edge` parameter of `dependency_closure`, which Clippy's `shadow_unrelated` rejects. Route all three through `producing_edge`. It borrows the output as a `Utf8Path` rather than allocating a `Utf8PathBuf` for every probe, and its doc comment records the property the rules now rely on: every output of a multi-output edge resolves to the same stored edge. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> * Index manifest spans with granit-parser (#592) The span index exists so a lint diagnostic points at the bytes the compiler parsed, and its dependency pin said so: `saphyr-parser` was held at the version `serde-saphyr` resolved, so both read one YAML grammar. `main` has since moved `serde-saphyr` to 1.2.0, which parses through `granit-parser`, its own fork of `saphyr-parser`. The pin kept building but no longer meant what its comment claimed. Depend on `granit-parser` 1.3.0 instead, which Cargo unifies with the copy `serde-saphyr` already resolves, so there is one parser in the graph again. The event API moved in three places: collection starts gain a leading structure style, documents carry a version, and comments arrive as events. `Event` is also `#[non_exhaustive]` now, so the index ignores event kinds it does not model instead of matching them by name; comments stay the directive scanner's job, which reads them from the source. `Marker::index` still counts characters, so the character-to-byte table is unchanged. `serde-saphyr` sets only resource limits and comment emission through its parser options, never grammar, so the default options read the same YAML. `Cargo.lock` is `main`'s plus this package's new dependency edge and nothing else; `cargo metadata --locked` accepts it. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> * State the positional-matching precondition exactly (#592) The linter design said positional correspondence applies whenever a section's expanded length equals its authored length. `resolve.rs` requires more: the section must also declare no `foreach`, because a `foreach` over a one-element list keeps the count while changing which authored item produced which expanded one. The regression test `a_single_element_foreach_does_not_resolve_positionally` pins that case; the design now says what the code does. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> * Repair Markdown the rebase resolutions broke (#592) Three defects came from resolving the rebase onto `main`, and the Markdown gates caught each: - `CHANGELOG.md` gained an `## Unreleased` section whose `### Added` heading duplicates the one in the `0.1.0-beta4` release. The file's convention is a `markdownlint-disable-next-line MD024` comment on each later duplicate, which the beta4 heading now carries. - Lifting the linter phase out from between phases 9 and 10 of `docs/roadmap.md` left two consecutive blank lines. - The rewritten span-index and positional-matching paragraphs in the linter design were not in `mdtablefix`'s canonical wrap. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> * Keep the localization key table under the module cap (#592) `src/localization/keys.rs` reached 401 lines once the rebase combined `main`'s new keys with this branch's `check` keys, and Whitaker's `module_max_lines` rejects anything over 400. Move the `define_keys!` macro definition into `localization/mod.rs`, so `keys.rs` holds only the key table. The build-time localization audit parses the one `define_keys!` invocation in `keys.rs` and never read the definition, so it is unaffected; `macro_rules!` scoping is textual, so the child module still sees the macro, and `build.rs` already includes `localization/mod.rs` for man-page generation. The table cannot be split across files instead without teaching the audit to read more than one. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> * Pin granit-parser's failure line in the span-index tests (#592) The malformed-source test expected an unclosed flow collection to be reported on the line after it, where `saphyr-parser` ran out of input. `granit-parser` reports the line the bracket opened on instead: `targets: [1, 2` now fails on line 1, not line 2. That is the more useful location and the one the manifest parser itself reports, since `serde-saphyr` scans through the same crate, so the linter's parse failure and the compiler's now name the same line. Update the two expected lines, rename the test from "where scanning stopped" to "the failing line", and correct the `ParseFailure::line` doc comment, which described the old behaviour. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> * Give the check dispatch test its own runner test module (#592) `src/runner/tests/mod.rs` reached 403 lines once the rebase combined `main`'s runner tests with this branch's check-dispatch test, over Whitaker's 400-line module cap. Move the test into `check_dispatch_tests.rs`, beside the existing `manifest_structure_telemetry_tests.rs` child. It is the one runner test about `netsuke check`, so it also becomes the single place the command's runner coverage is gated once the linter moves behind a Cargo feature. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> * Gate the manifest linter behind an off-by-default `lint` feature (#592) Release binaries build the default feature set (`release.yml` runs `cargo build --locked --bin netsuke`), so v0.1.0 final can ship without the linter if the linter is not in that set. Add a `lint` feature, off by default, and compile the whole `netsuke check` surface only when it is on. The feature is scaffolding with a planned removal at v0.2.0, not a permanent knob. What the feature gates: - `crate::lint` and the optional `granit-parser` dependency. - The CLI surface: `Commands::Check`, `CheckArgs` and its defaults, `HelpTopic::Check`, `CheckConfig` and the `cmds.check` field. `build.rs` compiles these files with the package's features, so the generated man page and shell completions drop `check` too. A stray `[cmds.check]` table in a default build is ignored, not rejected. - The runner: the `check` modules, their dispatch, the lint `RunnerError` variants, the `check` telemetry and its recorder arms, and the source-carrying `LoadedManifest` fields only the span index reads. What it deliberately does not gate: the Fluent keys and catalogue entries. The build-time audit is bidirectional across all 35 catalogues, so gating the key constants would make every locale look orphaned; six unused strings per locale is the cheaper side. The subcommand-to-key routing in `cli_l10n.rs` stays too, since it only maps names and never runs for a command Clap does not know. `main`'s `resolve_command` is restored unchanged; `check` defaults now apply in a separate step with a no-op definition when the feature is off. Clippy with `-D warnings` is clean under both feature sets. Tests follow the feature both ways: - Check-only suites (`check_command_tests`, the rule-reference contract, the public lint API UI fixture, the four documented `check` examples, the runner dispatch test, and the check recorder series, now in its own module) compile only with `lint`. - The help snapshots split by feature set. The unsuffixed files are `main`'s bytes again, which is the default build's help exactly; the `_with_lint` files pin the extra `check` line. - `check_command_absent_tests` compiles only without `lint` and asserts that `check` and `help check` are unknown subcommands and that the top help does not list `check`. That is what makes "not in the release build" a checked property rather than an intention. - `GATE_FEATURE_ARGUMENTS` now follows the lane that compiled the test, `--all-features` with `lint` and nothing without, so the nested UI harness builds reuse the lane's artefacts instead of recompiling the graph under a different fingerprint. Its workflow contract names both definitions. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> * Lint and test the default feature set in CI (#592) Every merge-gate lane built `--all-features`, so once `lint` became an off-by-default feature nothing in CI compiled the feature set release binaries actually ship. Code that only builds, or only stays warning-free, with every feature on could have reached a release. Add that lane without disturbing the existing one: - `make lint-default-features` (rustdoc and Clippy) and `make test-default-features` (nextest and doctests) mirror `lint-clippy` and `test` with the feature flag removed. The existing recipes are byte-identical, so the six contracts that pin their `--all-features` flags still hold. - `ci-default-features.yml` runs both targets on Linux with Ninja required. `ci.yml` calls it as a reusable workflow, the pattern the Windows gate uses, passing the nextest pin as an input. - The Windows lint job runs `make lint-default-features` after its existing Clippy step, so the `#[cfg(windows)]` arms are linted under both feature sets. The contracts know about the lane rather than overlook it. The new job joins `SETUP_RUST_JOBS` and `NEXTEST_JOBS`, so the toolchain and nextest-pin suites cover it, and the workflow joins the Linux scan with a documented exemption: it is the one deliberate uninstrumented test lane, because coverage measures the all-features build. The Windows gate tables name the new step. `ci_default_features_test.py` pins the call, the two gates, the Ninja requirement, and the rule that neither recipe selects extra features; a probe that restored `--all-features` to the Clippy recipe failed it. `workflow_loading.py` gains a shared `WORKFLOW_DIR`, which folds three wrapped path constants onto one line each and keeps the module within pylint's 400-line cap. Also register `lint_public_api_fixture_compiles` in the `nested-cargo-builds` group. `main` added the contract that every test spawning a child Cargo build is serialized there, and this branch's UI fixture test, which does, was never added; the contract failed on the rebased branch before this change. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> * Document the `lint` feature gate and retarget the linter to v0.2.0 (#592) `netsuke check` now compiles only with the off-by-default `lint` Cargo feature, so v0.1.0 release binaries ship without it. Say so wherever a reader meets the command, and record the decision and its mechanics. User-facing: - The users' guide opens the `netsuke check` section with the feature requirement, how to build it (`cargo install netsuke --features lint`), what an unsupported build reports, and the v0.2.0 plan. - The README bullet and the Unreleased changelog entry carry the same qualification. The changelog entry's continuation lines regain the two-space indent they had lost. - The v0.2.0 migration guide's signpost now describes v0.2.0 as the release that makes the command standard. Internal: - ADR-042 gains a "Release gating" section: what is gated and what is deliberately not (the Fluent keys, because the audit is bidirectional), how both configurations are verified, and the rejected alternatives (holding the branch unmerged; `cargo hack --each-feature`). - The developers' guide gains "Feature-gated code": the two lanes and their make targets, cfg placement, no-op twins, test gating, the absence test, split help snapshots, and `GATE_FEATURE_ARGUMENTS`. - Roadmap task 31.4.4 lists everything removing the gate involves. - The linter design, CLI design, and roadmap retarget the prototype from v0.4.0 to v0.2.0, the release the command now aims at. `docs/repository-layout.md` lists directories rather than files, so the new workflow and test files need no entry there. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> * Hold the default-feature test target to the worker-bound contract (#592) `tests/makefile_test_target.rs` discovers every Makefile recipe that runs `nextest run` and requires it to be named in `NEXTEST_TARGETS`, so each one forwards both worker bounds. The new `test-default-features` target invokes the runner and was not named, so the contract failed in both test lanes. It already forwards `NEXTEST_BUILD_JOBS` and `NEXTEST_TEST_JOBS`; declare it. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Keep serde out of the lint severity vocabulary (#592) `Severity` and `FailOn` derived `Serialize` and `Deserialize` with `rename_all = "lowercase"`, but nothing serialises or deserialises them: the JSON adapter renders both through `as_str()`, finding severities leave through the miette adapter, and configuration carries `fail_on` as a plain string that the runner parses. The derives only coupled the lint domain to a serialisation framework it does not use. Drop them. `parse_policy_severity`, `FromStr for FailOn`, and the accepted-value constants stay: they define the vocabulary `as_str()` prints, and `Policy::resolve` needs them inside the domain. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Point the linter documentation at roadmap phase 31 (#592) The linter's roadmap work is Phase 31, but the design document, ADR-042, and the `RuleMeta` doc comment still named the phase and its localization step by earlier numbers (phase 12, step 12.2, task 7.2.1), which now belong to unrelated work. Point them at phase 31, step 31.2, and task 31.2.1. The developers' guide also told contributors to update the localization catalogues when adding a rule, contradicting the prototype contract in the design and ADR-042: rule prose stays in `RuleMeta` until step 31.2 moves it. Adding a rule now reads as touching the registry, one category module, the rule reference, and tests. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Share the manifest-load error context across loaders (#592) `load_manifest_with_limits`, `load_manifest_with_source`, and `load_manifest_for_build_with_limits` each attached the same localized context to their loader's result: `RUNNER_CONTEXT_LOAD_MANIFEST` with the manifest path as `path`. Three copies of one closure is the duplication CodeScene reported against the first two. Move the closure into a private, ungated helper, `with_manifest_load_context`, and wrap each existing loader call with it. The message key and argument are unchanged, and the helper adds the context exactly once over the loader's own error, so the cause chain is as before. Nothing else moves. Each loader keeps its signature, visibility, documentation, and feature gate, and still calls the same loader: the two query loaders keep their side-effect restrictions and the build loader its effectful stdlib. The manifest is read once, as before, and source bytes, resource limits, stage callbacks, policy, and telemetry are untouched. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Declare lint categories from one list (#592) `Category`'s variants, the `Category::ALL` list, and the selector spellings in `as_str` were three hand-kept lists; a category added to one and forgotten in another would compile and silently drop out of `--rule` selection or the catalogue ordering. Generate all three from a single `define_categories!` list, following the `define_keys!` pattern in `localization`. Each entry carries its doc comment, variant, and spelling, so the variant docs still count towards doc coverage. `ALL` stays a fixed-size array, its length computed from the list, so no caller changes. The existing exhaustive-match test still pins each spelling. Add the ordinal check the macro cannot give by construction: `ALL` must list the variants in declaration order, which is what the derived `Ord`, and so the registry's catalogue sort, relies on. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Follow delegated rules when scanning recipe text (#592) `undeclared-target-input` read a `Recipe::Rule` action's rule *names* as if they were shell text. Lowering resolves one hop of delegation, so an action whose rule delegates onward still holds `rule: <name>`, and the command it runs was never scanned. Resolve the names through the manifest's rules recursively, with a visited set, because the parser accepts delegation cycles. Tests cover a delegated rule (fails before this change) and a cycle. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Parameterise the configured check-policy tests (#592) The configuration-supplies-policy and explicit-flag-outranks tests ran the same helper and differed only in their extra arguments and expected outcome. Merge them into one rstest with a case per scenario, keeping the rationale for testing the override at the built-in default. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Time netsuke check with an injected monotonic clock (#592) `instrument_check` read `Instant::now()` directly, so its duration histogram could only be asserted as "one sample exists". Take a `MonotonicClock` as the graph-generation telemetry already does, thread it through `execute_check`/`handle_check` from both call sites (the runner's early `check` route and `dispatch::execute`), and pin the recorded duration in the telemetry test with `FixedMonotonicClock`. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Select plural forms for the check truncation notice (#592) `LocalizedMessage` stringified every argument, and Fluent only selects a CLDR plural category for a numeric value, so `check.summary.truncated` could only ever render one noun form: "Showing 1 findings". - Keep message arguments typed (`MessageArg`) until the lookup, and add `with_count`, which passes a Fluent number. - Pass the shown and omitted counts through it. - Give the notice a select expression in every catalogue whose noun agrees with the count: en-US, en-GB, pl, nl, pt-BR, pt-PT, ro, de, fr, it, es-ES, es-419, cs, el, fi, he, ar, hi. Invariant nouns (cy, da, sv, nb, hu, tr, id, fa, gd, CJK, th, vi) and the `noun: N` form in ru and uk need none. - Correct the en-US translator note that said all arguments are strings. Tests pin the singular and plural in English and the `one`/`few` forms in Polish; the `one` cases fail with a string argument. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Name the check status label as a noun (#592) The other `status.tool.*` labels are nouns (Budowanie, Glanadh, Bereinigung); `status.tool.check` was an imperative or infinitive verb in twelve catalogues. Use the noun: gd Sgrùdadh, pl Sprawdzanie, cs Kontrola, es-ES Comprobación, es-419 Revisión, de Prüfung, pt-PT/pt-BR Verificação, ro Verificare, tr Denetleme, id Pemeriksaan, nb Kontroll. nl, it, cy, and da already match their siblings' form. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Move the linter modules into directory modules (#592) Rebasing onto main brought in the module layout contract from #811 (`tests/workflow_contracts/rust_module_layout_test.py`), which rejects sibling modules that share a name prefix. Every linter module and its `*_tests.rs` sibling, and the eleven `runner/check_*` files, formed such groups. Follow the convention in `docs/repository-layout.md`: - `foo.rs` + `foo_tests.rs` become `foo/mod.rs` + `foo/tests.rs`, with plain `mod tests;` in place of `#[path]`. Module paths are unchanged. - `lint::document_build` becomes `lint::document::build`. - `runner::check_{diagnostics,documentation,telemetry,explain,json,text}` become children of `runner::check`. `runner::check_diagnostics` stays public as an alias so its path does not change. - The proptest regression file follows `determinism_tests.rs`, because proptest keys it by the test's source path. Main's #811 also moved three modules this branch extends, leaving the branch's new test files behind with dead `#[path]`s: move `observability_recorder_{check,path_validation}_tests.rs` and `cli_l10n_tests.rs` into the new directories. `merge_apply.rs` moved a level deeper, so its default-constant paths gain a `super::`. Update the module paths in the linter design and developers' guide. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Give the Arabic truncation notice every plural form (#592) Arabic distinguishes six CLDR plural categories, and the notice had only `few` and `other`, so one, two, and 11-99 shown findings all fell through to the `other` wording. Add `one` and `two`, which express the count in the noun (نتيجة واحدة, نتيجتين) as the catalogue's own plural example does, and `many`, which takes the accusative singular (نتيجةً). No `zero` variant: the notice prints only when `--limit` truncated the report, which needs a positive limit, so at least one finding is shown. `$shown` already reaches Fluent as a number through `with_count`. Tests pin the `one` and `two` forms. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Property-test the shell scanner against built text (#592) `shellscan` is a state machine over quotes, escapes, comments, and Jinja delimiters, and the example tests covered only the cases a reader thinks of. Generate shell text from pieces whose activity is known by construction (words with multi-byte and mid-word `#`, whitespace, separators, single- and double-quoted strings with escapes, bare escapes of any character, all three Jinja delimiter forms, and comments) and hold the scanner to it: - the mask matches the constructed activity byte for byte; - `find_all` reports exactly the occurrences that start on syntax; - `segments` splits at exactly the active separators; - any Unicode text scans without panicking, active bytes sit on char boundaries, results slice back to the text, and `find_words` is a subset of `find_all`. The oracle is the construction rather than a copy of the scanner, so it can disagree with it: a comment that no longer needs preceding whitespace fails three properties, and a backslash escaping inside single quotes fails the mask property. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Split the `netsuke check` Fluent keys into their own table (#592) Rebasing onto main put `src/localization/keys.rs` at 408 lines: main had filled it to 396, and this branch adds 17 keys. Whitaker's `module_max_lines` rejects anything over 400, so `make lint` failed. Move the linter's keys (`check.*`, `cli.subcommand.check.*`, and `status.tool.check`) into `src/localization/check_keys.rs`, a second `define_keys!` table that `keys.rs` re-exports with a glob, so callers still write `keys::NAME`. `check` is a unique prefix in that directory, so the module layout contract holds without `#[path]`. The build-time audit read one file; it now reads every key table as one set and rejects a key declared in two, which the glob re-export would otherwise shadow silently. The staged-tree fixture copies both tables, a mutation case proves the duplicate check fires, and the macro-parsing test covers both files. Document where the keys live, and correct two paths in the same paragraphs that main's #811 moved (`src/cli_l10n.rs` to `src/cli/l10n/mod.rs`, `src/cli/merge_apply.rs` to `src/cli/merge/apply.rs`). Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Keep lint-built man pages and completions apart (#592) `build.rs` wrote the manual page and shell completions to `target/generated-{man,completions}/<target>/<profile>` whatever the feature set. The `lint` feature adds the `check` subcommand, so the two sets generate different files into one directory, and whichever build ran the script last decided what a test read: after a default-feature build, an all-features `completion_contract_tests` run whose cached build script did not rerun found no `check` and failed in all five shells. A lint-enabled build could equally overwrite the files release staging ships. Write a lint-enabled build's artefacts to a `lint/` subdirectory. The default set keeps the bare path that `.github/release-staging.toml` and the packaging tests name. New contract tests pin the separation for both artefacts, and the failing order (all-features build, default build, all-features tests) now passes. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Point the roadmap at the moved help telemetry module (#592) Main's #811 moved `src/runner/help_telemetry.rs` to `src/runner/help/telemetry/mod.rs`; the roadmap task this branch added still named the old path. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Move the recorder's `netsuke check` admission into a child (#592) Main's #811 regrouped the application recorder as `src/observability/recorder/mod.rs` at 380 lines; with this branch's `check` series admission on top it reached 407, over Whitaker's 400-line `module_max_lines` cap. The `check` pieces are cohesive and feature-gated: the outcome vocabulary and the name predicate with its default-build twin. Move them into `recorder/check.rs`, beside main's `recorder/labels.rs`, so the gate sits in one place and `mod.rs` returns to 390 lines. The admission arms stay in the shared `match`es. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Renumber the manifest-linting decision record to ADR-056 (#592) `main` published ADR-042 (the shared CV-005 contract checker, #896) and ADR-043 (the structured-command execution contract, #861) while this branch held ADR-042 for the manifest-linting record. A sweep of every remote branch found ADR-044 to ADR-055 already allocated by open branches, so the record moves above the highest allocation, to 056. Only the linter record's citations move: its file and heading, its index entry, the design, CLI, developers' guide and roadmap links, the `lint` feature comments in `Cargo.toml` and the `Makefile`, the default-features workflow comment, and three module comments. The CV-005 record's own citations keep ADR-042. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Split the CLI override collection by layer (#592) CodeScene flagged `cli_overrides_from_matches` as a Large Method at its 70-line limit. It did two jobs: copy the explicitly supplied top-level options into the root table, and assemble the per-command `cmds` table from `default_targets`, `build`, and (with `lint`) `check`. The top-level options move into `insert_global_cli_overrides`, and the `cmds` assembly moves into `command_overrides::command_cli_overrides`, beside the `build` and `check` collectors it composes. Those collectors become private to that module, and the merge entry point no longer needs a `lint` gate of its own. Behaviour is unchanged: the same keys are written in the same order, and an empty `cmds` is still omitted. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Parameterize the caching rule tests (#592) CodeScene reported three duplicated test bodies in the caching rule tests. The inline and shared-rule directory cases asserted the same finding through the same macro, and the two suppression tests differed only in the rule they silenced. They are now two `rstest` tables: one for the content dependency on a directory target, whether its recipe is inline or from a `rule:` selector, and one proving a directive silences each caching rule. Every original manifest is still exercised. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Record the two remaining CodeScene exemptions (#592) Two advisory findings are structural rather than defects, so each is exempted at its narrowest scope with the reason beside it. - `runner::generation`: `load_manifest_with_limits` and the lint-only `load_manifest_with_source` are thin wrappers over the same context helper with different return contracts and feature gates. Merging them would need the loader-mode enum, callback, or generic helper the loader design rules out. Per-function `@codescene` directives name the pair rather than exempting the whole module. - `lint::rules::shellscan::tests`: every parameterized case takes the shell fragment, and often the needle, that the scanner is tested on. Measured: 9 of 13 arguments are strings (69%), and folding every same-shaped table together still leaves 5 of 9 (55.6%), above the 39% threshold. The exemption is a path-scoped rule set in `.codescene/code-health-rules.json`, following the five already there. `cs review` scores both files 10.0 afterwards. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Correct four `netsuke check` reporting defects (#592) CodeRabbit's review of 6c65521c found four places where the check command reported something other than what happened. - An unknown `--explain` rule was recorded as `output_failure` on `netsuke_runner_check_total`, because every `explain::render` error mapped to `CheckFailure::Output`. Selection now happens first, in `explain::select`, and maps to `CheckFailure::Policy`; `render` takes the selected rules and can fail only on output. - The threshold diagnostic counted failing findings over the whole run but reported findings after `--limit`, so a truncated run could read "5 of 1 reported". Both counts now span the whole run. - A run whose every finding was suppressed printed "No lint findings." and dropped the suppressed count the JSON summary keeps. The clean message now requires nothing suppressed as well. - The Italian and Polish truncation notices inflected only the shown count, so one omitted finding read as plural. The omitted clause now has its own plural selector, with Polish `one`, `few`, `many` and `other` forms of "ustalenie". Each fix has a regression test in `runner::check::tests`. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Correct the Korean, Swedish, and Thai check strings (#592) - Korean: particles no longer stand apart from the word they mark. A literal option gains the noun 옵션 so its particle is fixed (`--limit 옵션으로`). A particle after a placeholder takes the paired form (`이(가)`, `은(는)`, `을(를)`), because the right form depends on whether the substituted word ends in a consonant, which the catalogue cannot know; `의` is invariant and simply attaches. - Swedish: "förväntade en av" lacked a subject. The expected-value clause is now a complete passive, "en av { $values } förväntades". - Thai: the `--fail-on` help repeated the causative ทำให้. It now reads "the severity of findings that will make the command fail". Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Assert what the documented check examples promise (#592) - `check_example_reports_a_clean_manifest` matched the localized prose "Lint results", so a wording change could break it while a broken report could still pass it. It still runs the documented command as written, then reads the JSON result document for a passing status, no error findings, and a findings array. - `check_configuration_example_is_accepted` only proved the file was accepted, which would also hold if it were ignored. It now runs the documented configuration against a manifest with an unreachable target: the run passes without the file and fails with it, naming the `unreachable-target` rule the file turns on. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Document the check outcome and truncation semantics (#592) The design document claimed the threshold message "states when truncation occurred", which it never did. Now that its two counts both span the whole run, a `related` array shorter than the reported count is what shows truncation, and the document says so. The developers' guide now states which telemetry outcome an unknown `--explain` rule records: it is a `policy_failure`, and `output_failure` is reserved for documents that could not be serialized or written. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Name the merged gate build selection in the guide (#592) `main` (#913) renamed `GATE_FEATURE_ARGUMENTS` to `GATE_BUILD_ARGUMENTS` and widened it to the workspace and target selection as well as the features. The rebase kept that shape and this branch's split by lane, so the all-features lane passes `--workspace --all-targets --all-features` and the default-features lane `--workspace --all-targets`. The developers' guide still described the old constant and its old values. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Prove `netsuke check` refuses effectful template helpers (#592) CodeRabbit's pre-merge "Testing (Overall)" check asked for a command-level regression test: `check` loads through the new source-preserving `load_manifest_with_source` path, and only the query loader's unit cases covered the restricted standard library. `check_refuses_an_effectful_template_helper` runs `netsuke --json check` as a subprocess on a manifest whose evaluated `description` calls `shell('touch helper-ran-marker')`. It asserts the run fails, the diagnostic names `shell`, neither the marker nor a `.netsuke` template cache appears, and no `netsuke::lint::` code is reported, so the refusal is a load failure rather than a lint finding. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Property-test node-scoped suppression coverage (#592) CodeRabbit's pre-merge "Testing (Property / Proof)" check asked for property coverage of node-scoped suppression, which resolves a directive to an indentation block and suppresses by finding start offset. `a_node_directive_covers_exactly_its_declaration` generates manifests of one to five targets, each with any mix of a `command`, a two-line `deps` list and `phony`, with optional blank separators. The directive is a run of one to three lines above one target, or trails its declaration line. The oracle is the construction: every content line of the directed target must be covered, and no line of a sibling target or of the surrounding `netsuke_version`, `targets` and `defaults` keys may be. Every directive in a run must resolve to the same node. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> * Avoid shadowing in the effectful-helper test (#592) Clippy's `shadow_reuse`, denied in the lint gate, rejected the closure parameter that reused the…
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Closes #803
Roadmap task 12.1.1. Issue #803 recorded three contradictions between
RFC 0001 and its amendments 0009, 0010, and 0011. This PR accepts one
contract and amends every affected document to agree.
Accepted contract
Stream-path base. The block's resolved
cwd, falling back to theeffective
-Cdirectory whencwdis absent. RFC 0001 section 9 alreadystated this and section 12.1 already resolved stream paths against
cwd;RFC 0011 section 6.2 agreed. RFC 0009 section 11 asserted the opposite and
misdescribed RFC 0001 section 12.1 in the same paragraph. Git provenance
(
7101bdc6,ac10b783,f2f63a08) shows the misstatement landed with theamendment, so section 11 is corrected rather than the base contract
reversed. That keeps ADR-019's "sections 10.3 to 14" reference coherent.
Absolute
cwdis rejected as text. RFC 0001 section 9 said an absolutepath "remains absolute", contradicting RFC 0009 section 5 confinement and
RFC 0009 section 18. A rendered manifest string must not widen the process's
ambient filesystem authority. The rejection is confined to text paths: the
typed
cwd: { tempdir: ... }capability deliberately selects a directoryoutside the workspace and remains valid.
Both temporary-directory spellings survive and combine.
temp_dir: truegives a stage-private directory and binds
TMPDIR,TMP, andTEMP;cwd: { tempdir: ... }selects the working directory. A stage may use both:the working directory comes from the
cwdform, the conventional variablesfrom
temp_dir.Both standard-output capture spellings survive.
capture_stdoutisephemeral and never enters the plan;
stdout: { env: NAME }is a namedbinding visible to later units. Exactly one sink per stage.
Gaps the acceptance also closes
defined. RFC 0001 section 13.3 now specifies it.
section 12.1 renders every stream path at manifest compilation time and
opens the destination set before the child runs, while a named capture
does not exist until a unit has run and committed. The attempt is a phase
error, now recorded in RFC 0010 section 13 and noted in section 19 as a
question a later version could reopen with an explicit two-phase model.
1.1.0is reserved for thenext additive mapping schema, which all four documents share (ADR-043).
Documents changed
docs/adr-043-consolidated-structured-command-execution-contract.mdrecords the decision and owns the version allocation.
docs/rfcs/0009-structured-command-working-directories.mdsection 11 isrewritten; section 20.3 flips from a rejected alternative to a rejected
alternative of the corrected rule; the two-stage example now spells the
consumer's argument from the consumer's own base.
docs/rfcs/0010-runtime-bindings-and-secure-tempdirs.mdgains section 9.5(stream-path base) and section 10.4.1 (how the two tempdir forms combine),
and section 11.5 distinguishes the two capture forms.
docs/rfcs/0001-structured-command-blocks.md,0011,docs/adr-019,docs/contents.md, anddocs/roadmap.mdamended to agree.The stale downstream caveat
Issue #803's fourth acceptance item asks for the df12 structured-commands
preview to drop its "known conflicts" caveat. That text does not live in this
repository: it is
templates/netsuke/pages/forthcoming-structured-commands.jinjainleynos/df12-www. The template was verified byte-identical to thatrepository's
mainand no existing issue tracked it, so it is now filed asdf12-www#165 with exact line
numbers, the stale wording, and suggested replacements. The caveat cannot be
removed from this repository, which is why it is tracked there.
A timeout raised on the way
make testfailed on this branch, oncli_configuration_fixture_compilesat300.014 s against the profile's own 300 s allowance, and the re-run passed. The
re-run's timings are the finding rather than the relief:
packaged_manifest_retains_build_script_sourcestook 259.5 s and the fixturetest 171.4 s, leaving 40 s of headroom on the larger one.
The fix is the one the mutation compile gate already recorded: a targeted
slow-timeoutoverride with a written rationale, which is what.config/nextest.toml's own policy asks for. The packaging test runscargo publish --dry-run, whose verification build lands in a nested targetdirectory whatever
CARGO_TARGET_DIRit is given, so itstempdir()buysisolation at the price of rebuilding the whole dependency graph. The precedent
is the mutation gate's own failure at 300.008 s on a head whose only diff was
eight lines of Markdown, and the packaging test has passed at 145 s and timed
out at 300.047 s on this host on one head whose only change between the runs
was a word in a plan.
The widened allowance is scoped to the packaging test alone, and the reason is
where the cost falls rather than how slow the two look. Both tests spawn a
nested Cargo build and share the
nested-cargo-buildsgroup, but the fixturetest's child
cargo checkis not large — it waits for a compiler slot in thesame four-slot admission pool every build on the host uses. An independent
probe of the same test with a 1,500 s allowance measured 709.2 s inside the
test body, with
build-limits-statusreadingcapacity 4, held 4and morethan twenty crates from a peer worktree queued behind it; on the gate run that
failed here the log carried 3,484
sccache server is unreachablelines,against 1 such line on runs where the same tests pass. So the wall clock is
the queue's, and a wider allowance cannot reach a cost incurred before the
compiler starts. It stays at five periods; the group is a statement about
contention for a resource, not about budget, so the group is unchanged and only
the packaging test moves to ten 60 s periods. This does not raise the largest
allowance in the file, because the mutation gate already sat at 600 s, so the
whole-run ordering is untouched: 780 s still clears 600 s by 180 s, and the
watchdog arithmetic keeps its terms.
Validation
Gates run against the head of this branch with
make, in the repository'sprescribed order, on a loaded shared host. See the comment below for the
revision and per-gate results of the final run.
Sourcery's assessment listed one outstanding item: the downstream
structured-commands caveat, marked as not demonstrably removed by this PR.
CodeRabbit raised the same row, then withdrew it: it confirmed that this
repository tracks no preview source, re-ran the four absence probes
independently, and re-fetched the downstream template to check the quoted size
and digest. Both now read the row as accurate for this diff while the item is
discharged downstream. That reading is the one this pull request takes: the
caveat is a file in
leynos/df12-wwwrather than in this repository, so theresponse is to track it there rather than to claim it here.
References
🤖 Generated with Claude Code
Summary by Sourcery
Ratify a single, confined structured-command execution contract and align the related RFCs, ADRs, roadmap, and test-timeout policies around it.
Enhancements:
CI:
Documentation:
Tests:
Chores: