Gladex Agent Logs

 - **Section O — the CHANGELOG version-identity gate** (`$SB/repo`'s own changelog): no `CHANGELOG.md` → `attempted false / no_changelog / ok null`, exit 0 and **no** failure or error from the absent file, human line `changelog-version: no CHANGELOG.md`; duplicate-free → exit 0 with `entries == unique`, `path == CHANGELOG.md`, human verdict `changelog-version: 2 changelog version heading(s), 2 unique`; **the defect shape → exit 1 with the twin deliberately three entries away from its twin** (a consecutive-line comparison would find only adjacent repeats), `duplicates == ['1.0.0']`, `entries 4 / unique 3`, the failure blaming `CHANGELOG.md:9 [changelog]` with `first at line 3`, and `ok false / exit_code 1`; **blob basis** (twin committed, worktree fixed → still 1; after the fix commit → 0); **`--sha` basis** (a duplicated *ancestor* → 1 while HEAD is clean, `requested_sha` echoed, clean HEAD → 0); a non-version `## Random section` heading → `unparseable 1`, `entries 2`, exit 0 and `failures == []` (counted, never a verdict); `--help` documents the gate by name and by rule.
 - **Section T — the citation rule** (`[0.4.82]`, queue item (26); 24 assertions): a citation of an **existing** heading → exit 0 with `citations_seen`/`citations_in_series` counted, `citations_missing == []`, `series == ['7.1']`; **the defect** → exit 1 with `FAIL PLAN.md:2 [changelog]`, the message `cites [7.1.5] but CHANGELOG.md has no such heading`, `citations_missing == [{'path','line','version'}]`, `lang: changelog` (so `promote`'s `_lint_failure_verdict` keeps rendering it as *a rule, not a parse*), `ok`/`exit_code` flipped, and a human summary ending `citation(s) checked, 1 missing`; **blob basis** (claim committed, worktree fixed → still 1; after the fix commit → 0); **the fence** → a `[9.9.4]` token is *counted* (`seen 4`) but *not judged* (`in_series 3`, `missing []`, exit 0) with the human line `… 4 citation(s) checked, 0 missing`; **no `CHANGELOG.md`** → `seen 2, in_series 0, missing [], series []`, exit 0, no failure and no error (tokens read, nothing judged); **the contract** → the rule appears in the docstring block *and* in what `--help` renders (derived, byte-for-byte) together with the `SCOPE` sentence; **cleanup** → the section leaves the sandbox green so a later mutant's clean-run assertion cannot fail for its own reason. Fixtures use series **`7.1`** and write the missing token into a *fixture file*, never into this suite — a literal in-series version committed here would be a citation in the REAL tree and the rule would fail the repo that hosts its own test (that constraint is documented in the tool's `SCOPE` paragraph too).
 - **Section U — the human closing line** (`[0.4.83]`, queue item (29); 20 assertions): **U1** a missing citation → exit 1 with `result: 1 file(s) fail lint (changelog) (exit 1)` and **no** `fail to parse` anywhere in the output, `json_exit_code` mirroring the process and the failure's `lang` shown to be the field the line is derived from; **U2** a broken PHP file → `result: 1 file(s) fail to parse or compile (exit 1)` with **no** `fail lint (`, i.e. the specific diagnosis does not regress to vagueness; **U3** both at once → `result: 2 file(s) fail lint (changelog, php) (exit 1)` (sorted, de-duplicated, both kinds named); **U4** `_SYNTAX_LANGS` in `tools/repo-lint` and in `tools/promote-dev-to-prod` are **the same set**, extracted by regex from both files rather than imported (a child must not import its parent, and prose agreement is what drifted in `[0.4.53]`); **U5** the function is defined exactly once and `main()` prints it exactly once (no hand-rolled second literal — P/Q's shape applied to a runtime line); **U6** the section leaves the sandbox green so a later mutant's clean-run assertion cannot fail for its own reason; **U7** (`[0.4.85]`, queue item (31)) — U4 compares two *declarations* to each other and never asks whether either covers what the tool **emits**, so `u7_classify <path>` derives four sets from that file's own source (the `EXT_LANG` and `SHEBANG_LANG` dict values, the `_SYNTAX_LANGS` frozenset, every literal `"lang": "…"` the gates hand to `failures[]`) and asserts three things: **U7-1** it read four non-empty sets (an extraction that reads nothing would pass every subtraction below vacuously — the same "cannot verify is not a pass" discipline the tool itself has), **U7-2** every dispatch lang is classified as syntax, **U7-3** every emittable lang is syntax **or one of a DECLARED rule set** (`RULE_LANGS = {"changelog"}` — declared rather than derived as `gate − syntax`, which would absorb a new rule automatically and make the check tautological), **U7-4** `rules_match=YES`, that declaration compared back against the gate in **both** directions so it may not drift either. The same function runs against `$TOOL` and, in M23, against a copy carrying one extra `EXT_LANG` entry.

> build · mimo-v2.6-flash-free
← Edit repo/tools/REGISTRY.md
Index: repo/tools/REGISTRY.md
===================================================================
--- repo/tools/REGISTRY.md
+++ repo/tools/REGISTRY.md
@@ -2688,9 +2688,9 @@
 **Tests**:
 - `bash tests/test_repo_lint.sh` → **461 assertions**, hermetic (throwaway git repos under `${TMPDIR:-/tmp}/opencode`, trap-cleaned): clean→0 with exact per-language/skip counts (`files_total = linted + skipped`), all five languages caught with path+line, the 219fd8f incident replayed **both directions** (bad worktree/clean commit → 0; clean worktree/bad commit → 1), arg/env exit contracts, exact JSON key set (now including `changelog_version`), symlink invocation (sandbox + real `/data/tools`), missing-binary→3 and hung-linter→3, read-only status proof on the live repo — plus **section R**, the epilog refusal and its machine-readable form, **section S**, the usage error's, **section T**, the citation rule **and, since `[0.4.146]`, its bare-token twin (T8–T15, 30 of these 461)**, **section U**, the human closing line (its **U7** + M23 also prove every lang the tool can *emit* is classified), **section V**, the number inside it, **section W**, a lang with no linter wired for it, and **section X**, a *mixed* run — `cannot verify` may not swallow a verified failure. **461 = 420 (2026-09-30, before this step) + 30 in T8–T15 + 10 in M25/M26 + 1 in M17's second surgical check**; section T now holds **54** of the 461.
 - **Section N — the compile gate** (its own stdlib-only module in a separate throwaway repo; `$SB/repo`'s `main.go`-without-`go.mod` is case N10): clean module → 0 with `go_compile.ok`; **the 395b9b5 shape verbatim → 1** naming `pkg/a_test.go:4 [go-compile]` *and* asserting `all(f['lang'] != 'go')` + `linted == {'go': 2}` — the per-file gate passed, proving the parse gate is blind rather than merely not reached; blob basis (worktree fix invisible → 1; committed fix → 0); broken *ancestor* `--sha` → 1 while HEAD is clean; `GLADEX_GO_GOCACHE=/dev/null/x` → **3 with `failures == []`** (cannot verify ≠ broken ≠ pass); missing `go` → 3 naming it; `--go-timeout 0.001` → 3 and `--go-timeout 0` → 2; `--help` documents the gate. Live, **content-addressed so it can never flake**: `--sha 395b9b5` must exit 1 blaming `app/src/go/cmd/gladex/commands/status_test.go:5` as `go-compile` and nothing else; `--sha 219fd8f` still exactly one failure (the PHP parse error) **with a passing Go gate**; HEAD `go_compile.go_mod == app/src/go/go.mod`, `files > 40`.
 - **Section O — the CHANGELOG version-identity gate** (`$SB/repo`'s own changelog): no `CHANGELOG.md` → `attempted false / no_changelog / ok null`, exit 0 and **no** failure or error from the absent file, human line `changelog-version: no CHANGELOG.md`; duplicate-free → exit 0 with `entries == unique`, `path == CHANGELOG.md`, human verdict `changelog-version: 2 changelog version heading(s), 2 unique`; **the defect shape → exit 1 with the twin deliberately three entries away from its twin** (a consecutive-line comparison would find only adjacent repeats), `duplicates == ['1.0.0']`, `entries 4 / unique 3`, the failure blaming `CHANGELOG.md:9 [changelog]` with `first at line 3`, and `ok false / exit_code 1`; **blob basis** (twin committed, worktree fixed → still 1; after the fix commit → 0); **`--sha` basis** (a duplicated *ancestor* → 1 while HEAD is clean, `requested_sha` echoed, clean HEAD → 0); a non-version `## Random section` heading → `unparseable 1`, `entries 2`, exit 0 and `failures == []` (counted, never a verdict); `--help` documents the gate by name and by rule.
-- **Section T — the citation rule** (`[0.4.82]`, queue item (26); 24 assertions): a citation of an **existing** heading → exit 0 with `citations_seen`/`citations_in_series` counted, `citations_missing == []`, `series == ['7.1']`; **the defect** → exit 1 with `FAIL PLAN.md:2 [changelog]`, the message `cites [7.1.5] but CHANGELOG.md has no such heading`, `citations_missing == [{'path','line','version'}]`, `lang: changelog` (so `promote`'s `_lint_failure_verdict` keeps rendering it as *a rule, not a parse*), `ok`/`exit_code` flipped, and a human summary ending `citation(s) checked, 1 missing`; **blob basis** (claim committed, worktree fixed → still 1; after the fix commit → 0); **the fence** → a `[9.9.4]` token is *counted* (`seen 4`) but *not judged* (`in_series 3`, `missing []`, exit 0) with the human line `… 4 citation(s) checked, 0 missing`; **no `CHANGELOG.md`** → `seen 2, in_series 0, missing [], series []`, exit 0, no failure and no error (tokens read, nothing judged); **the contract** → the rule appears in the docstring block *and* in what `--help` renders (derived, byte-for-byte) together with the `SCOPE` sentence; **cleanup** → the section leaves the sandbox green so a later mutant's clean-run assertion cannot fail for its own reason. Fixtures use series **`7.1`** and write the missing token into a *fixture file*, never into this suite — a literal in-series version committed here would be a citation in the REAL tree and the rule would fail the repo that hosts its own test (that constraint is documented in the tool's `SCOPE` paragraph too).
+- **Section T — the citation rule** (`[0.4.82]`, queue item (26), widened by `[0.4.146]` for the bare half; 54 assertions): a citation of an **existing** heading → exit 0 with `citations_seen`/`citations_in_series` counted, `citations_missing == []`, `series == ['7.1']`; **the defect** → exit 1 with `FAIL PLAN.md:2 [changelog]`, the message `cites [7.1.5] but CHANGELOG.md has no such heading`, `citations_missing == [{'path','line','version'}]`, `lang: changelog` (so `promote`'s `_lint_failure_verdict` keeps rendering it as *a rule, not a parse*), `ok`/`exit_code` flipped, and a human summary ending `citation(s) checked, 1 missing`; **blob basis** (claim committed, worktree fixed → still 1; after the fix commit → 0); **the fence** → a `[9.9.4]` token is *counted* (`seen 4`) but *not judged* (`in_series 3`, `missing []`, exit 0) with the human line `… 4 citation(s) checked, 0 missing`; **no `CHANGELOG.md`** → `seen 2, in_series 0, missing [], series []`, exit 0, no failure and no error (tokens read, nothing judged); **the contract** → the rule appears in the docstring block *and* in what `--help` renders (derived, byte-for-byte) together with the `SCOPE` sentence; **cleanup** → the section leaves the sandbox green so a later mutant's clean-run assertion cannot fail for its own reason. Fixtures use series **`7.1`** and write the missing token into a *fixture file*, never into this suite — a literal in-series version committed here would be a citation in the REAL tree and the rule would fail the repo that hosts its own test (that constraint is documented in the tool's `SCOPE` paragraph too).
 - **Section U — the human closing line** (`[0.4.83]`, queue item (29); 20 assertions): **U1** a missing citation → exit 1 with `result: 1 file(s) fail lint (changelog) (exit 1)` and **no** `fail to parse` anywhere in the output, `json_exit_code` mirroring the process and the failure's `lang` shown to be the field the line is derived from; **U2** a broken PHP file → `result: 1 file(s) fail to parse or compile (exit 1)` with **no** `fail lint (`, i.e. the specific diagnosis does not regress to vagueness; **U3** both at once → `result: 2 file(s) fail lint (changelog, php) (exit 1)` (sorted, de-duplicated, both kinds named); **U4** `_SYNTAX_LANGS` in `tools/repo-lint` and in `tools/promote-dev-to-prod` are **the same set**, extracted by regex from both files rather than imported (a child must not import its parent, and prose agreement is what drifted in `[0.4.53]`); **U5** the function is defined exactly once and `main()` prints it exactly once (no hand-rolled second literal — P/Q's shape applied to a runtime line); **U6** the section leaves the sandbox green so a later mutant's clean-run assertion cannot fail for its own reason; **U7** (`[0.4.85]`, queue item (31)) — U4 compares two *declarations* to each other and never asks whether either covers what the tool **emits**, so `u7_classify <path>` derives four sets from that file's own source (the `EXT_LANG` and `SHEBANG_LANG` dict values, the `_SYNTAX_LANGS` frozenset, every literal `"lang": "…"` the gates hand to `failures[]`) and asserts three things: **U7-1** it read four non-empty sets (an extraction that reads nothing would pass every subtraction below vacuously — the same "cannot verify is not a pass" discipline the tool itself has), **U7-2** every dispatch lang is classified as syntax, **U7-3** every emittable lang is syntax **or one of a DECLARED rule set** (`RULE_LANGS = {"changelog"}` — declared rather than derived as `gate − syntax`, which would absorb a new rule automatically and make the check tautological), **U7-4** `rules_match=YES`, that declaration compared back against the gate in **both** directions so it may not drift either. The same function runs against `$TOOL` and, in M23, against a copy carrying one extra `EXT_LANG` entry.
 - **Section V — the NUMBER in the closing line counts files** (`[0.4.84]`, queue item (30); 14 assertions): U's two branches are both **one-failure** fixtures, so every assertion in U is satisfied by a counter that never counted files at all — V supplies the case where the two counts disagree. **V1** three `## [7.1.1]` headings → **two `FAIL CHANGELOG.md:` lines** with `result: 1 file(s) fail lint (changelog) (exit 1)` and **no** `result: 2 file(s)` anywhere (the defect, reproduced in the harness rather than quoted from a run); **V2** the same run in JSON, `len(failures) == 2` and `len({f['path'] …}) == 1`, both paths `CHANGELOG.md` — the two figures the sentence must *choose* between, asserted to differ so the fix cannot be "right" by coincidence; **V3** the opposite direction, two distinct broken PHP files → still `result: 2 file(s) fail to parse or compile (exit 1)`, so a fix that collapsed the number to 1 is caught too; **V4** the source shape, three counts (the derivation occurs once, both branch strings are fed `{n_files}`, `{len(failures)} file(s) fail` occurs zero times) — a later edit cannot silently hand the label a failure count again; **V5** the sandbox left green. `kinds` is deliberately **not** de-duplicated per file: one file tripping two rules must still be told both, so the noun decides the number while the list stays per failure.
 - **Section W — a lang with no linter wired is "cannot verify", never a crash** (`[0.4.86]`, queue item (33); 25 assertions): three independent tables decide what a committed file means — `EXT_LANG`, `SHEBANG_LANG` and `lint()`'s `cmd` dict (plus `LINE_RE`), so the first can grow an entry the second has never heard of. Measured before the fix (throwaway repo, one committed `app.ts`, each variant a copy of the tool with only the `.ts` entry added): **no cmd → `KeyError` at `cmd = {`, exit 1, stdout 0 bytes, traceback**; **no `LINE_RE` → `KeyError` at `LINE_RE[lang].search(msg)`, the same signature** — exit 1 is the code *defined* to carry `result: …` and it carried nothing, so a machine reader cannot tell "these files fail lint" from "the linter crashed". Both dispatches are `.get()` now, and the two failures are deliberately **not** treated alike: **no cmd → `errors[]` + exit 3** (`no linter wired for lang: <lang>`, since no check ran — and a silent `unsupported_ext`-style skip would render "nobody wired it" as "nothing to do"), **no line parser → `failures[]` with `line: null` + exit 1** (the linter *did* run and did say no; demoting a verified failure to exit 3 would hide a real breakage behind an environment problem). **W0** asserts the real tool cannot reproduce this at all (`.ts` is `unsupported_ext` there → exit 0), so the section's fixtures are the *future* edit: `w_build <out> <mode>` copies `$TOOL` and adds the `.ts` entry plus a `cmd` entry (`noline`/`wired`) and a `LINE_RE` entry (`wired`), each needle **counted** in an embedded python builder, with the cmd anchor accepting **both** spellings (`}.get(lang)` and the pre-step `}[lang]`) so a pre-fix replay fails on behaviour rather than on a build. **W2** (no cmd) = exit 3, empty stderr, no traceback, one `errors[]` entry naming `app.ts`/`typescript`, `failures == []`, the same **15-key** object any run emits, both human lines; **W3** (cmd, no parser) = exit 1, empty stderr, `line: null` with the message kept, `errors == []`, both human lines; **W4** is the over-correction guard (a wired `LINE_RE` still reports `line == 7`); **W5** pins the source shape (one `.get` per table, zero surviving subscripts, `--help` naming the new exit-3 cause — first draft reflowed because the phrase straddled a line break and W5's own needle could not match it); **W6** leaves the sandbox green. **No new mutant**: M23 already plants the unclassified `EXT_LANG` entry and catches it *analytically* because nothing runs that copy — W executes that copy now, so `M24` would re-plant what W2 runs; the index stays at **23**, and the suite's **header** (stopping at `M16` / `Section S`) is untouched, because extending a copy nothing checks is items (5)/(32) rather than their fix.
 - **Section X — a *mixed* run: `cannot verify` may not swallow the verified failure** (`[0.4.89]`, queue item (34); 17 assertions): M5's two fixtures are errors-only and failures-only, so the **middle** case — an unwired linter *and* a real `php -l` failure in the same run — was asserted nowhere, and there the closing line was built from `errors[]` alone: `result: cannot verify - 1 lint error(s) (exit 3)` printed directly under a `FAIL app.php:2 [php]` line it never mentioned, the last sentence a reader acts on naming only the half that is not a verdict. **X1** the fixture is a **copy** of the real tool (section W's `w_build … nocmd`, which adds the `.ts` `EXT_LANG` entry with no linter behind it — the real tool cannot produce this run at all), never `$TOOL`; **X2** the JSON never lied (`failures[0].path == 'app.php'`, `errors[0].path == 'app.ts'`, `exit_code 3`, `ok false`) and `exit_code 3` is asserted a second time as **M5 intact** — the wording fix must not move a verdict; **X3** THE defect: exit 3 preserved, stderr empty, the **LAST** line byte-exact at `result: cannot verify - 1 lint error(s), and 1 file(s) fail to parse or compile (exit 3)` with the `FAIL` and `ERROR` halves both present above it; **X4** the over-correction guard — fix the PHP file, keep the unwired linter, and the line must return to `result: cannot verify - 1 lint error(s) (exit 3)` **byte-identical to the pre-step form** (W2's own needle) with no `, and ` invented where there is no failure, because the clause is added by the presence of `failures` and by nothing else; **X5** the source shape — `def _failure_clause(failures) -> str:` defined exactly **once**, named exactly **three** times (1 definition + 2 callers) and the cannot-verify literal `result: cannot verify - {len(errors)} lint error(s){clause}` occurring exactly **once**, i.e. the fix had to be reached by *quoting* one derivation rather than by writing a second copy of the failure wording (the copy is what broke); **X6** the sandbox left green. **V4's needle moved with it**: `grep -cF 'result: {n_files} file(s) fail'` → `grep -cF '{n_files} file(s) fail'`, still wanting **2**, because the `result: ` prefix is now added by whichever caller composes the line while the clause it quotes is shared — the invariant (two branches, both fed the distinct-path count) is unchanged and the needle was narrowed to the part that is still one thing.

> build · mimo-v2.6-flash-free
← Edit repo/tools/REGISTRY.md
Index: repo/tools/REGISTRY.md
===================================================================
--- repo/tools/REGISTRY.md
+++ repo/tools/REGISTRY.md
@@ -2688,9 +2688,9 @@
 **Tests**:
 - `bash tests/test_repo_lint.sh` → **461 assertions**, hermetic (throwaway git repos under `${TMPDIR:-/tmp}/opencode`, trap-cleaned): clean→0 with exact per-language/skip counts (`files_total = linted + skipped`), all five languages caught with path+line, the 219fd8f incident replayed **both directions** (bad worktree/clean commit → 0; clean worktree/bad commit → 1), arg/env exit contracts, exact JSON key set (now including `changelog_version`), symlink invocation (sandbox + real `/data/tools`), missing-binary→3 and hung-linter→3, read-only status proof on the live repo — plus **section R**, the epilog refusal and its machine-readable form, **section S**, the usage error's, **section T**, the citation rule **and, since `[0.4.146]`, its bare-token twin (T8–T15, 30 of these 461)**, **section U**, the human closing line (its **U7** + M23 also prove every lang the tool can *emit* is classified), **section V**, the number inside it, **section W**, a lang with no linter wired for it, and **section X**, a *mixed* run — `cannot verify` may not swallow a verified failure. **461 = 420 (2026-09-30, before this step) + 30 in T8–T15 + 10 in M25/M26 + 1 in M17's second surgical check**; section T now holds **54** of the 461.
 - **Section N — the compile gate** (its own stdlib-only module in a separate throwaway repo; `$SB/repo`'s `main.go`-without-`go.mod` is case N10): clean module → 0 with `go_compile.ok`; **the 395b9b5 shape verbatim → 1** naming `pkg/a_test.go:4 [go-compile]` *and* asserting `all(f['lang'] != 'go')` + `linted == {'go': 2}` — the per-file gate passed, proving the parse gate is blind rather than merely not reached; blob basis (worktree fix invisible → 1; committed fix → 0); broken *ancestor* `--sha` → 1 while HEAD is clean; `GLADEX_GO_GOCACHE=/dev/null/x` → **3 with `failures == []`** (cannot verify ≠ broken ≠ pass); missing `go` → 3 naming it; `--go-timeout 0.001` → 3 and `--go-timeout 0` → 2; `--help` documents the gate. Live, **content-addressed so it can never flake**: `--sha 395b9b5` must exit 1 blaming `app/src/go/cmd/gladex/commands/status_test.go:5` as `go-compile` and nothing else; `--sha 219fd8f` still exactly one failure (the PHP parse error) **with a passing Go gate**; HEAD `go_compile.go_mod == app/src/go/go.mod`, `files > 40`.
 - **Section O — the CHANGELOG version-identity gate** (`$SB/repo`'s own changelog): no `CHANGELOG.md` → `attempted false / no_changelog / ok null`, exit 0 and **no** failure or error from the absent file, human line `changelog-version: no CHANGELOG.md`; duplicate-free → exit 0 with `entries == unique`, `path == CHANGELOG.md`, human verdict `changelog-version: 2 changelog version heading(s), 2 unique`; **the defect shape → exit 1 with the twin deliberately three entries away from its twin** (a consecutive-line comparison would find only adjacent repeats), `duplicates == ['1.0.0']`, `entries 4 / unique 3`, the failure blaming `CHANGELOG.md:9 [changelog]` with `first at line 3`, and `ok false / exit_code 1`; **blob basis** (twin committed, worktree fixed → still 1; after the fix commit → 0); **`--sha` basis** (a duplicated *ancestor* → 1 while HEAD is clean, `requested_sha` echoed, clean HEAD → 0); a non-version `## Random section` heading → `unparseable 1`, `entries 2`, exit 0 and `failures == []` (counted, never a verdict); `--help` documents the gate by name and by rule.
-- **Section T — the citation rule** (`[0.4.82]`, queue item (26), widened by `[0.4.146]` for the bare half; 54 assertions): a citation of an **existing** heading → exit 0 with `citations_seen`/`citations_in_series` counted, `citations_missing == []`, `series == ['7.1']`; **the defect** → exit 1 with `FAIL PLAN.md:2 [changelog]`, the message `cites [7.1.5] but CHANGELOG.md has no such heading`, `citations_missing == [{'path','line','version'}]`, `lang: changelog` (so `promote`'s `_lint_failure_verdict` keeps rendering it as *a rule, not a parse*), `ok`/`exit_code` flipped, and a human summary ending `citation(s) checked, 1 missing`; **blob basis** (claim committed, worktree fixed → still 1; after the fix commit → 0); **the fence** → a `[9.9.4]` token is *counted* (`seen 4`) but *not judged* (`in_series 3`, `missing []`, exit 0) with the human line `… 4 citation(s) checked, 0 missing`; **no `CHANGELOG.md`** → `seen 2, in_series 0, missing [], series []`, exit 0, no failure and no error (tokens read, nothing judged); **the contract** → the rule appears in the docstring block *and* in what `--help` renders (derived, byte-for-byte) together with the `SCOPE` sentence; **cleanup** → the section leaves the sandbox green so a later mutant's clean-run assertion cannot fail for its own reason. Fixtures use series **`7.1`** and write the missing token into a *fixture file*, never into this suite — a literal in-series version committed here would be a citation in the REAL tree and the rule would fail the repo that hosts its own test (that constraint is documented in the tool's `SCOPE` paragraph too).
+- **Section T — the citation rule** (`[0.4.82]`, queue item (26), widened by `[0.4.146]` for the bare half; 54 assertions): a citation of an **existing** heading → exit 0 with `citations_seen`/`citations_in_series` counted, `citations_missing == []`, `series == ['7.1']`; **the defect** → exit 1 with `FAIL PLAN.md:2 [changelog]`, the message `cites [7.1.5] but CHANGELOG.md has no such heading`, `citations_missing == [{'path','line','version'}]`, `lang: changelog` (so `promote`'s `_lint_failure_verdict` keeps rendering it as *a rule, not a parse*), `ok`/`exit_code` flipped, and a human summary ending `citation(s) checked, 1 missing`; **blob basis** (claim committed, worktree fixed → still 1; after the fix commit → 0); **the fence** → a `[9.9.4]` token is *counted* (`seen 4`) but *not judged* (`in_series 3`, `missing []`, exit 0) with the human line `… 4 citation(s) checked, 0 missing`; **no `CHANGELOG.md`** → `seen 2, in_series 0, missing [], series []`, exit 0, no failure and no error (tokens read, nothing judged); **the contract** → the rule appears in the docstring block *and* in what `--help` renders (derived, byte-for-byte) together with the `SCOPE` sentence; **cleanup** → the section leaves the sandbox green so a later mutant's clean-run assertion cannot fail for its own reason. Fixtures use series **`7.1`** and write the missing token into a *fixture file*, never into this suite — a literal in-series version committed here would be a citation in the REAL tree and the rule would fail the repo that hosts its own test (that constraint is documented in the tool's `SCOPE` paragraph too). **T8–T15 (`[0.4.146]`, queue item (87), 30 assertions)** — the same claim with its brackets deleted: **T8** the defect itself → exit 1 with `FAIL PLAN.md:2 [changelog]`, the message `bare cite of 7.1.5 (brackets removed) …`, `citations_bare_missing == [{'path','line','version'}]`, **`citations_missing` still empty** (a second rule, not a relabelling) and `lang: changelog` so `promote` still renders it as a rule; **T9** the bracketed twin of the same claim → still its original message byte for byte, bare list empty; **T10** the **narrower fence** → a bare token in an *older* series exits 0 and never enters the missing list, while its bracketed twin in that same series is still judged (same series, same token, opposite verdict — the asymmetry the docstring declares), with the 13-vs-2 live measurement quoted as the reason; **T11** the **path fence** → a lockfile's in-series `7.1.9` exits 0 (`citations_bare_current ≥ 1`, missing empty) and the same token written as prose exits 1, so the fence is the path and not the number; **T12/T13** the two guards on the regex — `10.7.1.5` and `7.1.55.9` each leave the bare census **byte-identical** (asserted as a census comparison, not an exit code, because both trees exit 0 anyway) with `citations_bare_missing == []`; **T14** the contract's own words in what `--help` renders — `deleting the brackets changes the spelling, never the verdict` and `Removing the brackets is not a fix`, asserted against a **whitespace-flattened** rendering because both sentences sit inside blocks the source hard-wraps (a literal substring test would have missed on the *wrap*, which is exactly how it failed on its first run); **T15** the section leaves the sandbox green so a later mutant's clean-run assertion cannot fail for its own reason.
 - **Section U — the human closing line** (`[0.4.83]`, queue item (29); 20 assertions): **U1** a missing citation → exit 1 with `result: 1 file(s) fail lint (changelog) (exit 1)` and **no** `fail to parse` anywhere in the output, `json_exit_code` mirroring the process and the failure's `lang` shown to be the field the line is derived from; **U2** a broken PHP file → `result: 1 file(s) fail to parse or compile (exit 1)` with **no** `fail lint (`, i.e. the specific diagnosis does not regress to vagueness; **U3** both at once → `result: 2 file(s) fail lint (changelog, php) (exit 1)` (sorted, de-duplicated, both kinds named); **U4** `_SYNTAX_LANGS` in `tools/repo-lint` and in `tools/promote-dev-to-prod` are **the same set**, extracted by regex from both files rather than imported (a child must not import its parent, and prose agreement is what drifted in `[0.4.53]`); **U5** the function is defined exactly once and `main()` prints it exactly once (no hand-rolled second literal — P/Q's shape applied to a runtime line); **U6** the section leaves the sandbox green so a later mutant's clean-run assertion cannot fail for its own reason; **U7** (`[0.4.85]`, queue item (31)) — U4 compares two *declarations* to each other and never asks whether either covers what the tool **emits**, so `u7_classify <path>` derives four sets from that file's own source (the `EXT_LANG` and `SHEBANG_LANG` dict values, the `_SYNTAX_LANGS` frozenset, every literal `"lang": "…"` the gates hand to `failures[]`) and asserts three things: **U7-1** it read four non-empty sets (an extraction that reads nothing would pass every subtraction below vacuously — the same "cannot verify is not a pass" discipline the tool itself has), **U7-2** every dispatch lang is classified as syntax, **U7-3** every emittable lang is syntax **or one of a DECLARED rule set** (`RULE_LANGS = {"changelog"}` — declared rather than derived as `gate − syntax`, which would absorb a new rule automatically and make the check tautological), **U7-4** `rules_match=YES`, that declaration compared back against the gate in **both** directions so it may not drift either. The same function runs against `$TOOL` and, in M23, against a copy carrying one extra `EXT_LANG` entry.
 - **Section V — the NUMBER in the closing line counts files** (`[0.4.84]`, queue item (30); 14 assertions): U's two branches are both **one-failure** fixtures, so every assertion in U is satisfied by a counter that never counted files at all — V supplies the case where the two counts disagree. **V1** three `## [7.1.1]` headings → **two `FAIL CHANGELOG.md:` lines** with `result: 1 file(s) fail lint (changelog) (exit 1)` and **no** `result: 2 file(s)` anywhere (the defect, reproduced in the harness rather than quoted from a run); **V2** the same run in JSON, `len(failures) == 2` and `len({f['path'] …}) == 1`, both paths `CHANGELOG.md` — the two figures the sentence must *choose* between, asserted to differ so the fix cannot be "right" by coincidence; **V3** the opposite direction, two distinct broken PHP files → still `result: 2 file(s) fail to parse or compile (exit 1)`, so a fix that collapsed the number to 1 is caught too; **V4** the source shape, three counts (the derivation occurs once, both branch strings are fed `{n_files}`, `{len(failures)} file(s) fail` occurs zero times) — a later edit cannot silently hand the label a failure count again; **V5** the sandbox left green. `kinds` is deliberately **not** de-duplicated per file: one file tripping two rules must still be told both, so the noun decides the number while the list stays per failure.
 - **Section W — a lang with no linter wired is "cannot verify", never a crash** (`[0.4.86]`, queue item (33); 25 assertions): three independent tables decide what a committed file means — `EXT_LANG`, `SHEBANG_LANG` and `lint()`'s `cmd` dict (plus `LINE_RE`), so the first can grow an entry the second has never heard of. Measured before the fix (throwaway repo, one committed `app.ts`, each variant a copy of the tool with only the `.ts` entry added): **no cmd → `KeyError` at `cmd = {`, exit 1, stdout 0 bytes, traceback**; **no `LINE_RE` → `KeyError` at `LINE_RE[lang].search(msg)`, the same signature** — exit 1 is the code *defined* to carry `result: …` and it carried nothing, so a machine reader cannot tell "these files fail lint" from "the linter crashed". Both dispatches are `.get()` now, and the two failures are deliberately **not** treated alike: **no cmd → `errors[]` + exit 3** (`no linter wired for lang: <lang>`, since no check ran — and a silent `unsupported_ext`-style skip would render "nobody wired it" as "nothing to do"), **no line parser → `failures[]` with `line: null` + exit 1** (the linter *did* run and did say no; demoting a verified failure to exit 3 would hide a real breakage behind an environment problem). **W0** asserts the real tool cannot reproduce this at all (`.ts` is `unsupported_ext` there → exit 0), so the section's fixtures are the *future* edit: `w_build <out> <mode>` copies `$TOOL` and adds the `.ts` entry plus a `cmd` entry (`noline`/`wired`) and a `LINE_RE` entry (`wired`), each needle **counted** in an embedded python builder, with the cmd anchor accepting **both** spellings (`}.get(lang)` and the pre-step `}[lang]`) so a pre-fix replay fails on behaviour rather than on a build. **W2** (no cmd) = exit 3, empty stderr, no traceback, one `errors[]` entry naming `app.ts`/`typescript`, `failures == []`, the same **15-key** object any run emits, both human lines; **W3** (cmd, no parser) = exit 1, empty stderr, `line: null` with the message kept, `errors == []`, both human lines; **W4** is the over-correction guard (a wired `LINE_RE` still reports `line == 7`); **W5** pins the source shape (one `.get` per table, zero surviving subscripts, `--help` naming the new exit-3 cause — first draft reflowed because the phrase straddled a line break and W5's own needle could not match it); **W6** leaves the sandbox green. **No new mutant**: M23 already plants the unclassified `EXT_LANG` entry and catches it *analytically* because nothing runs that copy — W executes that copy now, so `M24` would re-plant what W2 runs; the index stays at **23**, and the suite's **header** (stopping at `M16` / `Section S`) is untouched, because extending a copy nothing checks is items (5)/(32) rather than their fix.
 - **Section X — a *mixed* run: `cannot verify` may not swallow the verified failure** (`[0.4.89]`, queue item (34); 17 assertions): M5's two fixtures are errors-only and failures-only, so the **middle** case — an unwired linter *and* a real `php -l` failure in the same run — was asserted nowhere, and there the closing line was built from `errors[]` alone: `result: cannot verify - 1 lint error(s) (exit 3)` printed directly under a `FAIL app.php:2 [php]` line it never mentioned, the last sentence a reader acts on naming only the half that is not a verdict. **X1** the fixture is a **copy** of the real tool (section W's `w_build … nocmd`, which adds the `.ts` `EXT_LANG` entry with no linter behind it — the real tool cannot produce this run at all), never `$TOOL`; **X2** the JSON never lied (`failures[0].path == 'app.php'`, `errors[0].path == 'app.ts'`, `exit_code 3`, `ok false`) and `exit_code 3` is asserted a second time as **M5 intact** — the wording fix must not move a verdict; **X3** THE defect: exit 3 preserved, stderr empty, the **LAST** line byte-exact at `result: cannot verify - 1 lint error(s), and 1 file(s) fail to parse or compile (exit 3)` with the `FAIL` and `ERROR` halves both present above it; **X4** the over-correction guard — fix the PHP file, keep the unwired linter, and the line must return to `result: cannot verify - 1 lint error(s) (exit 3)` **byte-identical to the pre-step form** (W2's own needle) with no `, and ` invented where there is no failure, because the clause is added by the presence of `failures` and by nothing else; **X5** the source shape — `def _failure_clause(failures) -> str:` defined exactly **once**, named exactly **three** times (1 definition + 2 callers) and the cannot-verify literal `result: cannot verify - {len(errors)} lint error(s){clause}` occurring exactly **once**, i.e. the fix had to be reached by *quoting* one derivation rather than by writing a second copy of the failure wording (the copy is what broke); **X6** the sandbox left green. **V4's needle moved with it**: `grep -cF 'result: {n_files} file(s) fail'` → `grep -cF '{n_files} file(s) fail'`, still wanting **2**, because the `result: ` prefix is now added by whichever caller composes the line while the clause it quotes is shared — the invariant (two branches, both fed the distinct-path count) is unchanged and the needle was narrowed to the part that is still one thing.

> build · mimo-v2.6-flash-free
← Edit repo/tools/REGISTRY.md
Index: repo/tools/REGISTRY.md
===================================================================
--- repo/tools/REGISTRY.md
+++ repo/tools/REGISTRY.md
@@ -2704,9 +2704,9 @@
 - **Section Q — EVERY epilog section derived, not copied** (`[0.4.59]`): Q applies P's two checks to the six remaining docstring/epilog pairs (`languages`, `go compile gate`, `changelog version gate`, `reads GIT BLOBS`, `env`, `examples`). **Q-render** (Q1–Q6) runs `--help` and compares each labelled section to its docstring block **byte for byte**, requiring the docstring side to be non-empty (a heading that no longer exists in the docstring cannot pass by rendering nothing); **Q-source** (Q7–Q12) counts each section's distinctive text in the tool source and requires **exactly one** — the check that sees a copy `--help` never renders. **Q13** requires the hand-written `Usage:` synopsis to be *gone* (needle `[--sha SHA] [--format human|json]`, count 0): argparse generates the synopsis from the argument definitions, and the docstring's copy had already drifted from it (no `-h`, `human|json` vs `{human,json}`), so the fifth pair the queue named was closed by deletion rather than by keeping two things in step. Guards: `--help` exits 0 and its `usage:` line is argparse's own.
 - **Section R — the epilog REFUSES to build a label over nothing** (`[0.4.60]`, widened by `[0.4.61]`): derivation made the epilog correct, but `docstring_section` still returned `""` for a heading it could not find and `"\n\n".join` does not complain about `""`, so a renamed or deleted docstring heading produced `env:` printed above a blank line with `--help` exiting **0** — and only Q-render's non-empty requirement stood in the way, i.e. a defect that was *tested* rather than *prevented*, covering only the heading someone named. **R1–R3** are guards on the healthy tool (exit 0, no refusal on stderr, all seven labels rendering a non-empty body); **R4–R9** cover a heading **renamed away** while the tuple still names it (refuse with exit 3; name the pair `'env:' -> 'Environment:'`; nothing on stdout; name **only** the broken pair), and R9 points `GLADEX_REPO_DIR` at the real sandbox repo for the same reason it always did — run from `$SB` the mutant's default repo is not a git repo and it exited 3 for *that* reason, a false pass the red had to be read to catch. **R10–R12b** cover a heading that **exists but whose block is empty** — `docstring_section` stops at the first blank line, so "found" must not mean "fine". **R9's original assertion was written inverted and is corrected in `[0.4.61]`**: it required *no* parseable JSON from the refusing tool — which is exactly the defect (`| jq` meeting empty stdin), so it passed for it. It now asserts the contract, and the block grew accordingly: **R9b** one object on stdout with `ok false`/`exit 3`; **R9c** it names the broken pair; **R9d** it is an ERROR not a verdict (`failures`/`errors` empty, `sha_resolved` null); **R9e** `go_compile`/`changelog_version` null (die()'s shape); **R9f** stderr clean in json mode; **R9g** its **key set is byte-equal to a normal run's** — the shape-level proof that the refusal is the contract and not an exception to it.
 - **Section R, argv parity — the refusal's reading of argv must BE argparse's** (`[0.4.61]`): it fires before argparse exists, so it reads argv with a throwaway parser built from the **same `_add_flags`** definitions; each assertion below is the first place a hand-rolled `sys.argv` scan would diverge. **R13** one definition, two call sites (source count); **R14/R14b** the `--format=json` equals form; **R15/R15b** argparse's unique-prefix rule (`--form json`) with **R15c** as the guard that argparse really does accept it; **R16/R16b** `--sha probe-r9` echoed by the refusal with **R16c/R16d** as the parity reference — the *healthy* tool must report the same `requested_sha`, one expectation read by two code paths; **R17/R17b/R17c** `--` termination (the scan stops there and emits no JSON, while argparse itself rejects the same argv with exit 2); **R18/R18b/R18c/R18d** an argv argparse rejects (refusal still fires, still names the pair, no `usage:` noise leaked, stdout still empty in human mode) with **R19** as the guard that argparse keeps ownership of validation (invalid choice alone → exit 2). **R17b, R18c and R18d are vacuously green before the fix** — with no scan in existence nothing could print or leak — and they only begin testing something once it exists; disclosed as guards, not findings. **Guards that passed against the pre-fix tool and thereby identify themselves**: R1–R8, R10–R12b, the exit-3 half of R9/R14/R15/R16, R15c, R16c/R16d, R17, R17c, R18, R18b, R19.
 - **Section S — a usage error under `--format json` is still ONE JSON object** (`[0.4.62]`): `repo-lint --format json --timeout abc` used to exit 2 with usage prose on stderr and an **empty stdout**, so a `| jq` consumer got jq's own parse error and could not tell a mistyped flag from a crash — the last path with no object after `[0.4.61]`, and reachable on a perfectly healthy tool. **S1 is the human guard** (usage on stderr, empty stdout, exit 2 — passes before *and* after, which is what makes it a guard rather than a finding, and what M16 leaves green while S3 goes red); **S2–S8** the defect itself (exit 2 preserved; stdout non-empty; one object with `ok false`/`exit_code 2`; `error` names the bad argument; **key set byte-equal to a normal run's** — the shape-level proof that the usage object *is* the contract; not a verdict — `failures[]`/`errors[]` empty, `sha_resolved` null; stderr clean); **S9–S11** argv forms a hand-rolled scan gets wrong — the failing token **before** `--format` (a full pre-parse aborts first and would answer `human`), `--format=json`, `--form json`; **S12** the tool's own `p.error()` checks take the same route as argparse's rejections (both are inside one `try`); **S13–S15** the three argv shapes where **no** format can be read (`--format yaml`, a bare `--format`, anything after `--`) → human, asserted not assumed; **S16/S16b** exactly one `add_argument("--format", …)` and two readers of it (`_add_format_flag` feeds `_add_flags` and `_format_of` — splitting the flag out must not become a second choices list); **S17/S18** guards that a healthy json run still exits 0 and `--help` still exits 0. The section captures **stdout and stderr separately** throughout (`run_tool` merges them) because *which stream* is half of what it asserts, which is why it also needed `assert_empty`/`assert_nonempty`: `assert_not_contains` takes its needle as argument 2, so an empty needle matches every haystack and "this stream is empty" could not be expressed without failing by construction.
-- **Mutation**: 24, each precondition-asserted to occur exactly once, caught by a divergence assertion, and surgically checked — M1 exit gate defeated (`(1 if failures else 0)` → 0); M2 `--sha` ignored (always lints HEAD); M3 `.php` dropped from `EXT_LANG` (mutant still catches broken sh); **M4** `failures.extend(gentries)` → `extend([])` (the 395b9b5 defect returns: a build-breaking commit reports 0; mutant still 0 on a compiling commit); **M5** `3 if errors` → `1 if errors` (an environment failure reads as "broken file": real=3/mutant=1; mutant still 1 on broken php); **M6** the gate's blob read → `open(<worktree path>)` (the 219fd8f class applied to Go: a fixed worktree hides a broken commit; mutant still 1 when the worktree is broken too); **M7** `failures.extend(cl_failures)` → `extend([])` (the hand-off dies while the JSON still names the twin — `ok false`, `duplicates == ['1.0.0']`, `exit_code 0`; mutant still exits 1 on broken php); **M8** `if ver in first_seen:` → `if False:` (the test itself dies: `duplicates == []` and `ok true` where the real tool reports a twin; mutant still green on a clean changelog); **M9** the changelog blob read pinned to `HEAD` instead of `--sha` while the existence probe still uses `--sha` (an ancestor's twin vanishes — real=1/mutant=0; mutant still 0 on a clean HEAD); **M10** the CHANGELOG rule dropped from the tool's one contract (the `[0.4.56]` defect itself planted) — caught by P2/P5 while **P1 and P4 stay green**: the docstring and `--help` still agree because they are one copy, so they lost the rule *together*; surgical checks are the agreement holding, the parse rule surviving, and `--help` still exiting 0; **M11** a second copy of the contract planted as a source comment `--help` never renders — caught by **P1 alone**, with P4 deliberately asserted **green** (what `--help` prints is still byte-identical to the docstring), proving the source-level count is not redundant with the render-level check; **M12** the same shape for a *derived* section (a source-comment second copy of the go-gate text) — caught by **Q-source**, with **Q-render asserted green** on the mutant (`--help` still equals the docstring, so the byte comparison provably cannot see it) and `--help` still exiting 0; **M13** the inverse — `("env:", "Environment:")` repointed to the languages heading, so `env:` renders a different docstring block — caught by **Q-render**, with **Q-source asserted green** (the Environment text still occurs exactly once, so the count cannot see a misattribution) and the `exit codes:` pair still agreeing (one pair misattributed, not the whole epilog). M12/M13 are complementary by construction, exactly as M10/M11 are: each one's green assertions are what prove the other's necessity; **M14** the pre-`[0.4.60]` state reproduced — R's trigger (the docstring heading renamed to `Environment (renamed):` while the tuple still says `Environment:`) **in the same copy as** the refusal's condition defeated (`if missing:` → `if False:`). Two edits deliberately: defeating the guard **alone** changes nothing, because a healthy docstring still yields seven full sections — I built it that way first and the mutant came out **green**, which is the finding rather than a flaw in the mutation: the guard is not the defect, it is what makes an always-available trigger loud. With both halves present `--help` exits 0 over a label printed on nothing, stderr silent — caught by R's refusal assertions and by `r_labels` (R3's own check, run against the mutant) going red at **exactly** `env:` — while an unrelated section still byte-equals its docstring (surgical: one condition defeated, not the derivation); **M15** the machine channel dropped (`[0.4.61]`): R's trigger **in the same copy as** the fix reverted (`raise SystemExit(die(None, default_repo(), message, sha, fmt))` → the bare `sys.stderr.write(message)` + `SystemExit(EXIT_CANNOT)`), i.e. the refusal output as it stood before this step. Two edits for the same reason M14 needs two — with a healthy docstring nothing refuses, so the dropped channel is unobservable (I planted the revert alone first and the mutant came out green, **exit 0**: the second time this mutation taught its own lesson) — and the catch is the point: **every human assertion stays GREEN** (exit still 3, pair still named, `--help` still refusing with an empty stdout) while **R9b** sees the empty stdout. The old suite asserted the *absence* of JSON, so the defect passed it. **M16** the usage-error channel dropped (`[0.4.62]`): `if fmt == "json":` → `if False:` in `_Parser.error`, i.e. the pre-step state exactly — argparse always prints usage to stderr and exits 2, so `--format json --timeout abc` gives a jq pipeline empty stdin again. **One edit where M14 and M15 each needed two, and the difference is the finding**: those needed a *trigger* because a healthy docstring never refuses, whereas here the argv that says json is supplied **by the test**, so the trigger and the defect are the same line. Caught by **S3** (stdout empty again) with **every human assertion staying GREEN** — exit still 2, usage still on stderr, `--help` still 0, the healthy json run still 0 — because the human path never had the check; that asymmetry is the argument for having written S1/S13/S14/S15 as guards. **M17–M19 (the citation rule, `[0.4.82]`)** — three ways to lint green over a version nobody wrote, each with a surgical value that says *which* one: **M17** the existence test → `if False` → the token is still **counted and classified in series** but never judged (`seen ≥ 3, in_series ≥ 3, missing [], exit 0`), caught `real=1 mutant=0`; **M18** the **series fence** dropped (`in_series = list(citations)`) → the one excluded token becomes the defect (`in_series 4`, `missing ['9.9.4']`), caught `real=0 mutant=1`, i.e. red on a fixture the real rule calls clean — and its replace runs through python with `t.count(old) == 1` asserted **inside** the script, because a sed pattern of brackets and quotes that matches the wrong line edits a path no fixture exercises and comes back green; **M19** the **collection** dropped (`citations.extend([])`) → `citations_seen == 0`, nothing was scanned at all, caught `real=1 mutant=0`. M17 vs M19 is the pair that matters: both exit 0 over the defect, and only `citations_seen` (counted-but-unjudged vs never-scanned) tells them apart. Every mutant file is `[ -f ]`-checked before it is run, so a build that produced nothing cannot be reported as a catch. **M20/M21 (`[0.4.83]`, the closing line)** — the two halves of one judgement call, both planted in `_result_line`'s syntax-set test by exact-string replace with `t.count(old) == 1` asserted inside the script: **M20** `if all(…)` → `if True:` (every failure called a parse/compile failure — the pre-step constant with the count still derived) is caught by **U1** while the exit code stays **1 on both sides**, and its surgical check is a *real* syntax failure where mutant and tool say exactly the same sentence; **M21** `if all(…)` → `if False:` (a rule failure never reported as a rule) is caught by **U2** with a *syntax* fixture, and its surgical check is a rule fixture where the inverted mutant is **indistinguishable** from the real tool — which is precisely why only a wording pin on the other branch can catch it. Neither mutant changes any verdict, so no exit-code assertion sees either: the section U pins are the only thing that does. **M22 (`[0.4.84]`, the count)** — the pre-step defect planted in the one expression that decides the number: `n_files = len({f.get("path") for f in failures})` → `n_files = len(failures)`, planted by the same exact-string replace with `t.count(old) == 1` asserted inside the script. Exit code, `kinds` and `failures[]` all stay put, so **every verdict assertion in the suite is green over it**; caught by **V1** with `real_rc == mut_rc == 1` and only the digits telling them apart (`real: 1 file(s)`, `mutant: 2 file(s)`), and its surgical check is V3's fixture — one failure per file, where failures and files are equal and the mutant is **indistinguishable** from the real tool, which is precisely why V1's fixture has to separate them. **M23 (`[0.4.85]`, the coverage)** — an `EXT_LANG` entry nothing classifies (`".ts": "typescript"` planted by exact-string replace with `t.count(old) == 1` asserted inside the script). Nothing RUNS this copy, deliberately: a bare new extension lang dies in `lint()` at `cmd = {...}[lang]` with an **uncaught KeyError** (measured 2026-09-27 in a throwaway repo — traceback, exit 1, no result line; that is a separate defect class, queued as (33)), so the defect cannot be caught through an exit code at all. The catch is therefore the **analyser diverging between two sources** — the same `u7_classify` reports `dispatch_unclassified=NONE` on the tool and `dispatch_unclassified=typescript` on the mutant — which is exactly U7's shape: it reads a file, so the mutant hands it a different file. Its surgical check is that `gate=changelog,go-compile`, `rules_match=YES` and the whole `syntax=` set are byte-identical between the two sources with `emittable_unclassified=typescript` naming **one** lang, i.e. one missing classification rather than a wrecked read.
+- **Mutation**: 26, each precondition-asserted to occur exactly once, caught by a divergence assertion, and surgically checked — M1 exit gate defeated (`(1 if failures else 0)` → 0); M2 `--sha` ignored (always lints HEAD); M3 `.php` dropped from `EXT_LANG` (mutant still catches broken sh); **M4** `failures.extend(gentries)` → `extend([])` (the 395b9b5 defect returns: a build-breaking commit reports 0; mutant still 0 on a compiling commit); **M5** `3 if errors` → `1 if errors` (an environment failure reads as "broken file": real=3/mutant=1; mutant still 1 on broken php); **M6** the gate's blob read → `open(<worktree path>)` (the 219fd8f class applied to Go: a fixed worktree hides a broken commit; mutant still 1 when the worktree is broken too); **M7** `failures.extend(cl_failures)` → `extend([])` (the hand-off dies while the JSON still names the twin — `ok false`, `duplicates == ['1.0.0']`, `exit_code 0`; mutant still exits 1 on broken php); **M8** `if ver in first_seen:` → `if False:` (the test itself dies: `duplicates == []` and `ok true` where the real tool reports a twin; mutant still green on a clean changelog); **M9** the changelog blob read pinned to `HEAD` instead of `--sha` while the existence probe still uses `--sha` (an ancestor's twin vanishes — real=1/mutant=0; mutant still 0 on a clean HEAD); **M10** the CHANGELOG rule dropped from the tool's one contract (the `[0.4.56]` defect itself planted) — caught by P2/P5 while **P1 and P4 stay green**: the docstring and `--help` still agree because they are one copy, so they lost the rule *together*; surgical checks are the agreement holding, the parse rule surviving, and `--help` still exiting 0; **M11** a second copy of the contract planted as a source comment `--help` never renders — caught by **P1 alone**, with P4 deliberately asserted **green** (what `--help` prints is still byte-identical to the docstring), proving the source-level count is not redundant with the render-level check; **M12** the same shape for a *derived* section (a source-comment second copy of the go-gate text) — caught by **Q-source**, with **Q-render asserted green** on the mutant (`--help` still equals the docstring, so the byte comparison provably cannot see it) and `--help` still exiting 0; **M13** the inverse — `("env:", "Environment:")` repointed to the languages heading, so `env:` renders a different docstring block — caught by **Q-render**, with **Q-source asserted green** (the Environment text still occurs exactly once, so the count cannot see a misattribution) and the `exit codes:` pair still agreeing (one pair misattributed, not the whole epilog). M12/M13 are complementary by construction, exactly as M10/M11 are: each one's green assertions are what prove the other's necessity; **M14** the pre-`[0.4.60]` state reproduced — R's trigger (the docstring heading renamed to `Environment (renamed):` while the tuple still says `Environment:`) **in the same copy as** the refusal's condition defeated (`if missing:` → `if False:`). Two edits deliberately: defeating the guard **alone** changes nothing, because a healthy docstring still yields seven full sections — I built it that way first and the mutant came out **green**, which is the finding rather than a flaw in the mutation: the guard is not the defect, it is what makes an always-available trigger loud. With both halves present `--help` exits 0 over a label printed on nothing, stderr silent — caught by R's refusal assertions and by `r_labels` (R3's own check, run against the mutant) going red at **exactly** `env:` — while an unrelated section still byte-equals its docstring (surgical: one condition defeated, not the derivation); **M15** the machine channel dropped (`[0.4.61]`): R's trigger **in the same copy as** the fix reverted (`raise SystemExit(die(None, default_repo(), message, sha, fmt))` → the bare `sys.stderr.write(message)` + `SystemExit(EXIT_CANNOT)`), i.e. the refusal output as it stood before this step. Two edits for the same reason M14 needs two — with a healthy docstring nothing refuses, so the dropped channel is unobservable (I planted the revert alone first and the mutant came out green, **exit 0**: the second time this mutation taught its own lesson) — and the catch is the point: **every human assertion stays GREEN** (exit still 3, pair still named, `--help` still refusing with an empty stdout) while **R9b** sees the empty stdout. The old suite asserted the *absence* of JSON, so the defect passed it. **M16** the usage-error channel dropped (`[0.4.62]`): `if fmt == "json":` → `if False:` in `_Parser.error`, i.e. the pre-step state exactly — argparse always prints usage to stderr and exits 2, so `--format json --timeout abc` gives a jq pipeline empty stdin again. **One edit where M14 and M15 each needed two, and the difference is the finding**: those needed a *trigger* because a healthy docstring never refuses, whereas here the argv that says json is supplied **by the test**, so the trigger and the defect are the same line. Caught by **S3** (stdout empty again) with **every human assertion staying GREEN** — exit still 2, usage still on stderr, `--help` still 0, the healthy json run still 0 — because the human path never had the check; that asymmetry is the argument for having written S1/S13/S14/S15 as guards. **M17–M19 (the citation rule, `[0.4.82]`)** — three ways to lint green over a version nobody wrote, each with a surgical value that says *which* one: **M17** the existence test → `if False` → the token is still **counted and classified in series** but never judged (`seen ≥ 3, in_series ≥ 3, missing [], exit 0`), caught `real=1 mutant=0`; **M18** the **series fence** dropped (`in_series = list(citations)`) → the one excluded token becomes the defect (`in_series 4`, `missing ['9.9.4']`), caught `real=0 mutant=1`, i.e. red on a fixture the real rule calls clean — and its replace runs through python with `t.count(old) == 1` asserted **inside** the script, because a sed pattern of brackets and quotes that matches the wrong line edits a path no fixture exercises and comes back green; **M19** the **collection** dropped (`citations.extend([])`) → `citations_seen == 0`, nothing was scanned at all, caught `real=1 mutant=0`. M17 vs M19 is the pair that matters: both exit 0 over the defect, and only `citations_seen` (counted-but-unjudged vs never-scanned) tells them apart. Every mutant file is `[ -f ]`-checked before it is run, so a build that produced nothing cannot be reported as a catch. **M20/M21 (`[0.4.83]`, the closing line)** — the two halves of one judgement call, both planted in `_result_line`'s syntax-set test by exact-string replace with `t.count(old) == 1` asserted inside the script: **M20** `if all(…)` → `if True:` (every failure called a parse/compile failure — the pre-step constant with the count still derived) is caught by **U1** while the exit code stays **1 on both sides**, and its surgical check is a *real* syntax failure where mutant and tool say exactly the same sentence; **M21** `if all(…)` → `if False:` (a rule failure never reported as a rule) is caught by **U2** with a *syntax* fixture, and its surgical check is a rule fixture where the inverted mutant is **indistinguishable** from the real tool — which is precisely why only a wording pin on the other branch can catch it. Neither mutant changes any verdict, so no exit-code assertion sees either: the section U pins are the only thing that does. **M22 (`[0.4.84]`, the count)** — the pre-step defect planted in the one expression that decides the number: `n_files = len({f.get("path") for f in failures})` → `n_files = len(failures)`, planted by the same exact-string replace with `t.count(old) == 1` asserted inside the script. Exit code, `kinds` and `failures[]` all stay put, so **every verdict assertion in the suite is green over it**; caught by **V1** with `real_rc == mut_rc == 1` and only the digits telling them apart (`real: 1 file(s)`, `mutant: 2 file(s)`), and its surgical check is V3's fixture — one failure per file, where failures and files are equal and the mutant is **indistinguishable** from the real tool, which is precisely why V1's fixture has to separate them. **M23 (`[0.4.85]`, the coverage)** — an `EXT_LANG` entry nothing classifies (`".ts": "typescript"` planted by exact-string replace with `t.count(old) == 1` asserted inside the script). Nothing RUNS this copy, deliberately: a bare new extension lang dies in `lint()` at `cmd = {...}[lang]` with an **uncaught KeyError** (measured 2026-09-27 in a throwaway repo — traceback, exit 1, no result line; that is a separate defect class, queued as (33)), so the defect cannot be caught through an exit code at all. The catch is therefore the **analyser diverging between two sources** — the same `u7_classify` reports `dispatch_unclassified=NONE` on the tool and `dispatch_unclassified=typescript` on the mutant — which is exactly U7's shape: it reads a file, so the mutant hands it a different file. Its surgical check is that `gate=changelog,go-compile`, `rules_match=YES` and the whole `syntax=` set are byte-identical between the two sources with `emittable_unclassified=typescript` naming **one** lang, i.e. one missing classification rather than a wrecked read.
 - Live: HEAD → exit 0 (176 files — **174 → 176 with `[0.4.65]`**, its own `tools/regression-run` + `tests/test_regression_run.sh` going from untracked to tracked (`linted.bash` 24 → 25, `linted.python` 11 → 12), following **173 → 174 with `[0.4.64]`**; the pre-commit run reads **174** with `bash 24` / `python 11` because those blobs are not there yet — the stale-live-number class, re-read after the commit below — 45 module files compile clean in ~1.6s. **`[0.4.66]` pre-commit read: exit 0, `files_total 176`, `linted {bash 25, go 43, json 11, php 32, python 12}`, `changelog_version entries 70, unique 70, duplicates []`** — both changed files were already tracked, so the post-commit prediction is **176 unchanged** with `entries 71` once `[0.4.66]` lands, re-read after the commit rather than carried. **`[0.4.67]` pre-commit read: exit 0, `files_total 176`, `linted {bash 25, go 43, json 11, php 32, python 12}`, `changelog_version entries 71, unique 71, duplicates []`** — this entry adds two **untracked** files (`tools/queue-source-check`, extensionless `python3` shebang → `linted.python`; `tests/test_queue_source.sh`, `.sh` → `linted.bash`) plus its own heading, so the post-commit prediction is **178** with `bash 26`, `python 13` and `entries 72`, re-read after the commit rather than carried) with `changelog_version` = `attempted true, entries 70, unique 70, unparseable 0, duplicates [], ok true` (**69 → 70 with `[0.4.65]`**, following **68 → 69 with `[0.4.64]`**: the count is read from the COMMITTED blob, so it is re-read after the append commits rather than carried over — it read 68 while `[0.4.64]` was still uncommitted, which is the whole point of re-reading; the working-tree count was verified the anchored way, `grep -c '^## \['` → 69 with `uniq -d` empty, because the greedy `sed 's/.*\[\([^]]*\)\].*/\1/'` form reports **5 phantom duplicates** on this tree — 0.4.31/0.4.40/0.4.44/0.4.49/0.4.62 — by taking the last bracket in a heading that cites other versions. The **file** count is 173, not the 171 drafted mid-run: `[0.4.63]`'s own two mailbox files were untracked when that number was written and tracked once it committed, so 171 → 173 is this entry's own movement rather than a count carried); `--sha 219fd8f` → exit 1 naming `tests/test_mailbox_a11y.php:208 [php]`; `--sha 395b9b5` → exit 1 naming `.../status_test.go:5 [go-compile]`; unknown rev / non-repo → exit 3; `--sha probe-r9` → exit 3 with `requested_sha: probe-r9` (the R16 parity reference, live); `--format yaml` → exit 2 with **usage on stderr and an empty stdout** (no format could be read, so none is invented — `[0.4.62]`); **`--format json` + a bad argv → exit 2 with a 384-byte 15-key object on stdout and 0 bytes on stderr** (`--timeout abc`, `--nonsense`, `--timeout 0`, empty `--sha`, and the failing token placed *before* `--format`), while the same argv in human mode still gives argparse's `usage:`+`error:` with **stdout 0 bytes**; `--help` (**106 lines**, was 57 before the epilog stopped carrying its own prose, 102 before the exit-3 clause widened, 103 through `[0.4.61]`, **+3 for `[0.4.62]`'s widened exit-2 clause**) renders all seven docstring blocks verbatim under their labels; a copy with a heading renamed → `repo-lint: ERROR refusing to run - docstring section missing or empty …` + `  'env:' -> 'Environment:'` → **exit 3**, stderr only, and under `--format json` the **same refusal as an object** — `ok false`, `exit_code 3`, `error` naming the pair, **stderr 0 bytes** — which is the `| jq` consumer `[0.4.60]`'s queue described, now parsing (`--format=json` → 3; `--form json` → 3; `-- --format json` → no JSON on stdout; `--format yaml` on the broken copy → refusal only, no `usage:` leak) — **and on that same broken copy `--format json --timeout abc` now yields the 458-byte refusal object with `exit_code 3` instead of falling back to `human`**, which is `[0.4.61]`'s own queue item struck as actioned. **`[0.4.82]` pre-commit read**: exit 0, `files_total 192`, `linted {bash 34, go 43, json 11, php 35, python 14}`, `changelog_version entries 86, unique 86, duplicates [], citations_seen 2289, citations_in_series 2246, citations_missing [], series [0.1, 0.2, 0.3, 0.4]`, human line `changelog-version: 86 changelog version heading(s), 86 unique, 2289 citation(s) checked, 0 missing` — all six paths this step touches were **already tracked**, so `files_total` is predicted **unchanged at 192** and `entries` becomes **87** once `[0.4.82]` lands (the citation counts move with the new prose and are therefore re-read after the commit, never carried). **Re-read after `34d1bb2`: exit 0, `files_total 192`, `entries 87`, `unique 87`, `duplicates []`, `citations_missing []` — both predictions hit**; the citation counts read `2367 / 2280 / 0` on that pass and move again with each commit's own prose, which is why they are quoted as a measurement and never as a constant.
 - Pre-fix replay: the **then-`HEAD` suite against the then-`HEAD` tool** → **88 passed / 28 failed** (including `L: 395b9b5 … (want rc=1 got=0)`) for the Go gate of `[0.4.3x]`; for the changelog gate the *new* suite against the pre-fix tool (md5 `3a4e09176e24ca3414366952467d4944`, log `/tmp/opencode/changelog-gate/pre-fix.log`, suite md5 `9e352394d02096183adef92d55fc5a73`) → **125 passed / 22 failed**: the exact key-set pin plus every O1–O7 finding red, and M7/M8/M9 unplantable (0 matching lines) — while the six guard-style assertions inside O (absent file adds no failure; fixed commit → 0) already passed, which is what identifies them as guards rather than findings. For `[0.4.56]` the new section P against the pre-fix tool (tool md5 `3ebcf0b4ae7e290796fbed12c57e422b`, suite md5 `a50e16d7a5643bdfd18b667752e50d2c`, log `/tmp/opencode/exitcodes/pre-fix.log`) → **166 passed / 6 failed**: P1 (the contract text occurs **twice**), P2 ×2 (Go rule and CHANGELOG rule both absent from the docstring), P4 (the docstring block and `--help`'s section differ), M10's agreement surgical check (pre-fix both copies still exist, so the mutant's docstring and `--help` disagree), and M11's precondition (already 2 occurrences → unplantable, so its other three assertions could not run pre-fix — hence 172 counted pre-fix against 175 post-fix). Guards that passed pre-fix and thereby identify themselves: P2's parse rule, P3 (all four codes), P4's `--help exits 0`, and all three P5 rules — the epilog was the copy that was right. Baseline re-verified on a checkout of the same commit before the fix: **155/156 then 156/156 twice**, the single red being `L: real repo status changed during a run` (a concurrent identity committed mid-run), not this change. For `[0.4.59]` the new section Q against the pre-fix tool (tool md5 `f17563d67064a79f313ef2bab376cd66`, suite md5 `9217e2653fbed256afb704d0a01fd359`, log `/tmp/opencode/epilogderive/pre-fix.log`; baseline of the *old* suite against the old tool was **175/0** first) → **186 passed / 9 failed**: the seven findings are Q1–Q6 (every pair renders different bytes) and Q13 (the drifted synopsis still present), plus **M12's surgical render check** — which fails pre-fix only because the two renderings differ by definition, i.e. it restates Q2 — and **M13's precondition unplantable** (the derivation tuple does not exist yet, so its other three assertions could not run: hence 186 counted pre-fix against 198 post-fix). **Guards passed pre-fix and thereby identify themselves**: all six Q-source counts (each section's text already occurred exactly once — the copies differed, they were not duplicated line-for-line), `--help exits 0`, the generated-usage line, and M12's precondition plus its "caught" assertion. For `[0.4.60]` the new section R against the pre-fix tool (old tool md5 `4e6c58ffc86441a5745054a4ea45d084`, final suite md5 `e126f791dbcd4b1d9ae0bd0626022d82`, log `/tmp/opencode/epilogrefuse/pre-fix.log`; baseline of the old suite against the old tool was **198/0** first) → **203 passed / 10 failed**, captured **inside a clone of the repo** rather than from `/tmp`: pointing `REPO_LINT_BIN` at a copy outside `tools/` makes section L's live checks fail for *path* reasons, because `default_repo()` resolves relative to the script, so the tool reported `repo_root: /tmp/...` and exited 3 — a harness artifact that cost a second capture to get a red meaning what it says. **Nine of the ten are real**: **R5, R6, R7, R9 ×2, R11, R12, R12b** plus **M14's precondition unplantable** (the refusal does not exist yet, so its other five assertions could not run — hence 213 counted pre-fix against 218 post-fix); the tenth is `L: live json structurally sound`, whose `d['repo_root'] == '/data/repo'` is true in the real repo and false in a clone — disclosed as an artifact of my cloning rather than counted as a finding. **Guards passed pre-fix and thereby identify themselves**: R1 (healthy tool exits 0), R2 (no refusal on stderr), R3 (all seven labels non-empty), R4 and R10 (both mutant preconditions), R8 (the refusal names only the broken pair — pre-fix stderr is empty, so it passes vacuously, which is what makes it a guard rather than a finding). For `[0.4.61]` the widened section R against the pre-fix tool (old tool md5 `d6b50e6dcf68df6dccb5a46dfe06e5a0`, **final** suite md5 `b71b64db24d64fa65263e3867e45ba97`, log `/tmp/opencode/jsonrefuse/pre-fix.log`; baseline of the committed suite against the committed tool was **218/218** first) → **230 passed / 12 failed**, again **inside a clone** for the same path reason. **Eleven are real**: **R9b, R9c, R9d, R9e, R9f, R9g** (one cause — stdout empty, refusal on stderr), **R13** (`_add_flags` does not exist yet), **R14b, R15b, R16b** (same empty-stdout cause) and **M15's precondition unplantable** (the die()-routing line does not exist, so its five other assertions could not run — hence **242 counted pre-fix against 247 post-fix**). The twelfth is again `L: live json structurally sound` (`repo_root` is the clone, not `/data/repo`) — disclosed as a cloning artifact, not counted. **Guards passed pre-fix and thereby identify themselves**: R1–R8, R10–R12b, the exit-3 half of R9/R14/R15/R16, **R15c** (argparse really accepts `--form`), **R16c/R16d** (the healthy tool already echoed `requested_sha: probe-r9` — the reference both readers must match), R17, R17c, R18, R18b, R19; and **R17b, R18c, R18d are vacuously green** (nothing could print before a scan existed) — disclosed as guards, not findings. Two first-draft defects of mine are recorded in the CHANGELOG: R9c's predicate used `->` outside a string (the *checker* raised SyntaxError — a red meaning the wrong thing), and M15 was first planted without its trigger (mutant exited **0** and was "NOT caught", because nothing refuses when the docstring is healthy). For `[0.4.62]` the new section S against the pre-fix tool (tool md5 `f42b33e34ab28588334b5f616a551798`, **final** suite md5 `4acbd04968016e319778dda544c6596e`, log `/tmp/opencode/usagejson/pre-fix.log`; baseline of the committed suite against the committed tool was **247/247** first) → **268 passed / 16 failed** of 284, captured **in place rather than in a clone** — the tool was still unmodified at its real path, so section L's `repo_root == '/data/repo'` check passed on its own; the clone was only ever needed because a copy *outside* `tools/` changes `default_repo()`. **All sixteen are real**: **S3–S8** (one cause — stdout empty, usage on stderr), **S9b, S9c, S10b, S10c, S11b** (same cause, one per argv form), **S12b, S12c, S12e, S12f** (same cause, via our own `p.error()`), **S16b** (`_add_format_flag` does not exist yet — hence 268 counted pre-fix against 291 post-fix). **Guards passed pre-fix and thereby identify themselves**: **S1** (the human channel was already exactly right — the strongest evidence this was a *channel* defect, not a validation one), S2, S9a, S10a, S11a, S12a, S12d, **S13a–S15b** (no-format-readable argv), **S16** (the `--format` definition was already single), **S17, S18**. Two first-draft defects of mine are recorded in the CHANGELOG: S17b read `$OUT` where `s_run` wrote `$S_OUT` (a **stale** object, so the assertion failed against the *old* tool for an unrelated reason — caught as the 17th red and fixed before the tool was touched, the capture then re-taken honestly at 16), and S16b's predicate `grep -c '_add_format_flag(p)'` also matched the `def` line, reporting `3` for two call sites plus a definition — the third time this suite has been wrong in the *predicate* direction.
 
 **Status**: Green ✅ on 2026-09-27 (**348/348**; full regression that day: **52 suites / 4267 assertions / 0 failed / 0 skipped, exit 0** — 29 shell = 2892, 23 PHP = 1375. Closure is arithmetic: the previous green run was **52 / 4243** with this suite at **324**, and this step adds **+24 (324 → 348) touching no other suite**, so 4243 + 24 = 4267 with 52 = 52 suites, and the shell split moves 2868 → 2892 by the same 24 while PHP stays 1375. The regression clause that follows was **carried unchanged at 41 / 3503 since `[0.4.67]`** — the tree had already reached 52 / 4210 by `[0.4.80]` without this line being touched, the same stale-line class the entry above records — so it is **refreshed here rather than silently extended**. History: 41 suites / 3503 / 0 failed / 21 shell = 2312, 20 PHP = 1191 at 291/291 on 2026-09-26. Was 40 / 3396 / 20 shell = 2205 with `[0.4.66]`; **`[0.4.67]` adds `tests/test_queue_source.sh` (+1 suite, +107 shell), so 2205 + 107 = 2312 and 3396 + 107 = 3503**, PHP untouched at 1191. Before that, `[0.4.66]` grew `tests/test_regression_run.sh` (+0 suites, +83 shell: 110 → 193), so 2122 + 83 = 2205 and 3313 + 83 = 3396, and `[0.4.65]` added that suite (+1 suite, +110 shell) — 2012 + 110 = 2122, 3203 + 110 = 3313. This line was itself two runs stale at `[0.4.64]` — `[0.4.63]` added `test_app_contrast.php` (+1, +185) without updating it, so 958 + 185 + 48 = 1191 and 2970 + 185 + 48 = 3203 came out then). Since queue item **(63)** (2026-09-28) this Status line no longer claims to be *the current* figure: it is dated history, the live total lives **once** on `## regression-run`'s `- Live (measured YYYY-MM-DD)` line, and `tests/test_registry_coverage.sh` section F reads that line and compares it with `regression-run --list` — so a second copy of the number here would be a second truth nobody compared, which is the (55)/(57)/(59) shape one child further along)

> build · mimo-v2.6-flash-free
$ cd /data/repo && awk 'NR==2706' tools/REGISTRY.md | tail -c 300
thing could print or leak — and they only begin testing something once it exists; disclosed as guards, not findings. **Guards that passed against the pre-fix tool and thereby identify themselves**: R1–R8, R10–R12b, the exit-3 half of R9/R14/R15/R16, R15c, R16c/R16d, R17, R17c, R18, R18b, R19.
> build · mimo-v2.6-flash-free
$ cd /data/repo && grep -n "Mutation\*\*: 26" tools/REGISTRY.md | cut -c1-60; L=$(grep -n "Mutation\*\*: 26" tools/REGISTRY.md | cut -d: -f1); awk -v n="$L" 'NR==n' tools/REGISTRY.md | tail -c 400
2708:- **Mutation**: 26, each precondition-asserted to occur
ch_unclassified=typescript` on the mutant — which is exactly U7's shape: it reads a file, so the mutant hands it a different file. Its surgical check is that `gate=changelog,go-compile`, `rules_match=YES` and the whole `syntax=` set are byte-identical between the two sources with `emittable_unclassified=typescript` naming **one** lang, i.e. one missing classification rather than a wrecked read.
> build · mimo-v2.6-flash-free
$ cd /data/repo && grep -c "one missing classification rather than a wrecked read" tools/REGISTRY.md
1
> build · mimo-v2.6-flash-free
← Edit repo/tools/REGISTRY.md
Index: repo/tools/REGISTRY.md
===================================================================
--- repo/tools/REGISTRY.md
+++ repo/tools/REGISTRY.md
@@ -2704,9 +2704,9 @@
 - **Section Q — EVERY epilog section derived, not copied** (`[0.4.59]`): Q applies P's two checks to the six remaining docstring/epilog pairs (`languages`, `go compile gate`, `changelog version gate`, `reads GIT BLOBS`, `env`, `examples`). **Q-render** (Q1–Q6) runs `--help` and compares each labelled section to its docstring block **byte for byte**, requiring the docstring side to be non-empty (a heading that no longer exists in the docstring cannot pass by rendering nothing); **Q-source** (Q7–Q12) counts each section's distinctive text in the tool source and requires **exactly one** — the check that sees a copy `--help` never renders. **Q13** requires the hand-written `Usage:` synopsis to be *gone* (needle `[--sha SHA] [--format human|json]`, count 0): argparse generates the synopsis from the argument definitions, and the docstring's copy had already drifted from it (no `-h`, `human|json` vs `{human,json}`), so the fifth pair the queue named was closed by deletion rather than by keeping two things in step. Guards: `--help` exits 0 and its `usage:` line is argparse's own.
 - **Section R — the epilog REFUSES to build a label over nothing** (`[0.4.60]`, widened by `[0.4.61]`): derivation made the epilog correct, but `docstring_section` still returned `""` for a heading it could not find and `"\n\n".join` does not complain about `""`, so a renamed or deleted docstring heading produced `env:` printed above a blank line with `--help` exiting **0** — and only Q-render's non-empty requirement stood in the way, i.e. a defect that was *tested* rather than *prevented*, covering only the heading someone named. **R1–R3** are guards on the healthy tool (exit 0, no refusal on stderr, all seven labels rendering a non-empty body); **R4–R9** cover a heading **renamed away** while the tuple still names it (refuse with exit 3; name the pair `'env:' -> 'Environment:'`; nothing on stdout; name **only** the broken pair), and R9 points `GLADEX_REPO_DIR` at the real sandbox repo for the same reason it always did — run from `$SB` the mutant's default repo is not a git repo and it exited 3 for *that* reason, a false pass the red had to be read to catch. **R10–R12b** cover a heading that **exists but whose block is empty** — `docstring_section` stops at the first blank line, so "found" must not mean "fine". **R9's original assertion was written inverted and is corrected in `[0.4.61]`**: it required *no* parseable JSON from the refusing tool — which is exactly the defect (`| jq` meeting empty stdin), so it passed for it. It now asserts the contract, and the block grew accordingly: **R9b** one object on stdout with `ok false`/`exit 3`; **R9c** it names the broken pair; **R9d** it is an ERROR not a verdict (`failures`/`errors` empty, `sha_resolved` null); **R9e** `go_compile`/`changelog_version` null (die()'s shape); **R9f** stderr clean in json mode; **R9g** its **key set is byte-equal to a normal run's** — the shape-level proof that the refusal is the contract and not an exception to it.
 - **Section R, argv parity — the refusal's reading of argv must BE argparse's** (`[0.4.61]`): it fires before argparse exists, so it reads argv with a throwaway parser built from the **same `_add_flags`** definitions; each assertion below is the first place a hand-rolled `sys.argv` scan would diverge. **R13** one definition, two call sites (source count); **R14/R14b** the `--format=json` equals form; **R15/R15b** argparse's unique-prefix rule (`--form json`) with **R15c** as the guard that argparse really does accept it; **R16/R16b** `--sha probe-r9` echoed by the refusal with **R16c/R16d** as the parity reference — the *healthy* tool must report the same `requested_sha`, one expectation read by two code paths; **R17/R17b/R17c** `--` termination (the scan stops there and emits no JSON, while argparse itself rejects the same argv with exit 2); **R18/R18b/R18c/R18d** an argv argparse rejects (refusal still fires, still names the pair, no `usage:` noise leaked, stdout still empty in human mode) with **R19** as the guard that argparse keeps ownership of validation (invalid choice alone → exit 2). **R17b, R18c and R18d are vacuously green before the fix** — with no scan in existence nothing could print or leak — and they only begin testing something once it exists; disclosed as guards, not findings. **Guards that passed against the pre-fix tool and thereby identify themselves**: R1–R8, R10–R12b, the exit-3 half of R9/R14/R15/R16, R15c, R16c/R16d, R17, R17c, R18, R18b, R19.
 - **Section S — a usage error under `--format json` is still ONE JSON object** (`[0.4.62]`): `repo-lint --format json --timeout abc` used to exit 2 with usage prose on stderr and an **empty stdout**, so a `| jq` consumer got jq's own parse error and could not tell a mistyped flag from a crash — the last path with no object after `[0.4.61]`, and reachable on a perfectly healthy tool. **S1 is the human guard** (usage on stderr, empty stdout, exit 2 — passes before *and* after, which is what makes it a guard rather than a finding, and what M16 leaves green while S3 goes red); **S2–S8** the defect itself (exit 2 preserved; stdout non-empty; one object with `ok false`/`exit_code 2`; `error` names the bad argument; **key set byte-equal to a normal run's** — the shape-level proof that the usage object *is* the contract; not a verdict — `failures[]`/`errors[]` empty, `sha_resolved` null; stderr clean); **S9–S11** argv forms a hand-rolled scan gets wrong — the failing token **before** `--format` (a full pre-parse aborts first and would answer `human`), `--format=json`, `--form json`; **S12** the tool's own `p.error()` checks take the same route as argparse's rejections (both are inside one `try`); **S13–S15** the three argv shapes where **no** format can be read (`--format yaml`, a bare `--format`, anything after `--`) → human, asserted not assumed; **S16/S16b** exactly one `add_argument("--format", …)` and two readers of it (`_add_format_flag` feeds `_add_flags` and `_format_of` — splitting the flag out must not become a second choices list); **S17/S18** guards that a healthy json run still exits 0 and `--help` still exits 0. The section captures **stdout and stderr separately** throughout (`run_tool` merges them) because *which stream* is half of what it asserts, which is why it also needed `assert_empty`/`assert_nonempty`: `assert_not_contains` takes its needle as argument 2, so an empty needle matches every haystack and "this stream is empty" could not be expressed without failing by construction.
-- **Mutation**: 26, each precondition-asserted to occur exactly once, caught by a divergence assertion, and surgically checked — M1 exit gate defeated (`(1 if failures else 0)` → 0); M2 `--sha` ignored (always lints HEAD); M3 `.php` dropped from `EXT_LANG` (mutant still catches broken sh); **M4** `failures.extend(gentries)` → `extend([])` (the 395b9b5 defect returns: a build-breaking commit reports 0; mutant still 0 on a compiling commit); **M5** `3 if errors` → `1 if errors` (an environment failure reads as "broken file": real=3/mutant=1; mutant still 1 on broken php); **M6** the gate's blob read → `open(<worktree path>)` (the 219fd8f class applied to Go: a fixed worktree hides a broken commit; mutant still 1 when the worktree is broken too); **M7** `failures.extend(cl_failures)` → `extend([])` (the hand-off dies while the JSON still names the twin — `ok false`, `duplicates == ['1.0.0']`, `exit_code 0`; mutant still exits 1 on broken php); **M8** `if ver in first_seen:` → `if False:` (the test itself dies: `duplicates == []` and `ok true` where the real tool reports a twin; mutant still green on a clean changelog); **M9** the changelog blob read pinned to `HEAD` instead of `--sha` while the existence probe still uses `--sha` (an ancestor's twin vanishes — real=1/mutant=0; mutant still 0 on a clean HEAD); **M10** the CHANGELOG rule dropped from the tool's one contract (the `[0.4.56]` defect itself planted) — caught by P2/P5 while **P1 and P4 stay green**: the docstring and `--help` still agree because they are one copy, so they lost the rule *together*; surgical checks are the agreement holding, the parse rule surviving, and `--help` still exiting 0; **M11** a second copy of the contract planted as a source comment `--help` never renders — caught by **P1 alone**, with P4 deliberately asserted **green** (what `--help` prints is still byte-identical to the docstring), proving the source-level count is not redundant with the render-level check; **M12** the same shape for a *derived* section (a source-comment second copy of the go-gate text) — caught by **Q-source**, with **Q-render asserted green** on the mutant (`--help` still equals the docstring, so the byte comparison provably cannot see it) and `--help` still exiting 0; **M13** the inverse — `("env:", "Environment:")` repointed to the languages heading, so `env:` renders a different docstring block — caught by **Q-render**, with **Q-source asserted green** (the Environment text still occurs exactly once, so the count cannot see a misattribution) and the `exit codes:` pair still agreeing (one pair misattributed, not the whole epilog). M12/M13 are complementary by construction, exactly as M10/M11 are: each one's green assertions are what prove the other's necessity; **M14** the pre-`[0.4.60]` state reproduced — R's trigger (the docstring heading renamed to `Environment (renamed):` while the tuple still says `Environment:`) **in the same copy as** the refusal's condition defeated (`if missing:` → `if False:`). Two edits deliberately: defeating the guard **alone** changes nothing, because a healthy docstring still yields seven full sections — I built it that way first and the mutant came out **green**, which is the finding rather than a flaw in the mutation: the guard is not the defect, it is what makes an always-available trigger loud. With both halves present `--help` exits 0 over a label printed on nothing, stderr silent — caught by R's refusal assertions and by `r_labels` (R3's own check, run against the mutant) going red at **exactly** `env:` — while an unrelated section still byte-equals its docstring (surgical: one condition defeated, not the derivation); **M15** the machine channel dropped (`[0.4.61]`): R's trigger **in the same copy as** the fix reverted (`raise SystemExit(die(None, default_repo(), message, sha, fmt))` → the bare `sys.stderr.write(message)` + `SystemExit(EXIT_CANNOT)`), i.e. the refusal output as it stood before this step. Two edits for the same reason M14 needs two — with a healthy docstring nothing refuses, so the dropped channel is unobservable (I planted the revert alone first and the mutant came out green, **exit 0**: the second time this mutation taught its own lesson) — and the catch is the point: **every human assertion stays GREEN** (exit still 3, pair still named, `--help` still refusing with an empty stdout) while **R9b** sees the empty stdout. The old suite asserted the *absence* of JSON, so the defect passed it. **M16** the usage-error channel dropped (`[0.4.62]`): `if fmt == "json":` → `if False:` in `_Parser.error`, i.e. the pre-step state exactly — argparse always prints usage to stderr and exits 2, so `--format json --timeout abc` gives a jq pipeline empty stdin again. **One edit where M14 and M15 each needed two, and the difference is the finding**: those needed a *trigger* because a healthy docstring never refuses, whereas here the argv that says json is supplied **by the test**, so the trigger and the defect are the same line. Caught by **S3** (stdout empty again) with **every human assertion staying GREEN** — exit still 2, usage still on stderr, `--help` still 0, the healthy json run still 0 — because the human path never had the check; that asymmetry is the argument for having written S1/S13/S14/S15 as guards. **M17–M19 (the citation rule, `[0.4.82]`)** — three ways to lint green over a version nobody wrote, each with a surgical value that says *which* one: **M17** the existence test → `if False` → the token is still **counted and classified in series** but never judged (`seen ≥ 3, in_series ≥ 3, missing [], exit 0`), caught `real=1 mutant=0`; **M18** the **series fence** dropped (`in_series = list(citations)`) → the one excluded token becomes the defect (`in_series 4`, `missing ['9.9.4']`), caught `real=0 mutant=1`, i.e. red on a fixture the real rule calls clean — and its replace runs through python with `t.count(old) == 1` asserted **inside** the script, because a sed pattern of brackets and quotes that matches the wrong line edits a path no fixture exercises and comes back green; **M19** the **collection** dropped (`citations.extend([])`) → `citations_seen == 0`, nothing was scanned at all, caught `real=1 mutant=0`. M17 vs M19 is the pair that matters: both exit 0 over the defect, and only `citations_seen` (counted-but-unjudged vs never-scanned) tells them apart. Every mutant file is `[ -f ]`-checked before it is run, so a build that produced nothing cannot be reported as a catch. **M20/M21 (`[0.4.83]`, the closing line)** — the two halves of one judgement call, both planted in `_result_line`'s syntax-set test by exact-string replace with `t.count(old) == 1` asserted inside the script: **M20** `if all(…)` → `if True:` (every failure called a parse/compile failure — the pre-step constant with the count still derived) is caught by **U1** while the exit code stays **1 on both sides**, and its surgical check is a *real* syntax failure where mutant and tool say exactly the same sentence; **M21** `if all(…)` → `if False:` (a rule failure never reported as a rule) is caught by **U2** with a *syntax* fixture, and its surgical check is a rule fixture where the inverted mutant is **indistinguishable** from the real tool — which is precisely why only a wording pin on the other branch can catch it. Neither mutant changes any verdict, so no exit-code assertion sees either: the section U pins are the only thing that does. **M22 (`[0.4.84]`, the count)** — the pre-step defect planted in the one expression that decides the number: `n_files = len({f.get("path") for f in failures})` → `n_files = len(failures)`, planted by the same exact-string replace with `t.count(old) == 1` asserted inside the script. Exit code, `kinds` and `failures[]` all stay put, so **every verdict assertion in the suite is green over it**; caught by **V1** with `real_rc == mut_rc == 1` and only the digits telling them apart (`real: 1 file(s)`, `mutant: 2 file(s)`), and its surgical check is V3's fixture — one failure per file, where failures and files are equal and the mutant is **indistinguishable** from the real tool, which is precisely why V1's fixture has to separate them. **M23 (`[0.4.85]`, the coverage)** — an `EXT_LANG` entry nothing classifies (`".ts": "typescript"` planted by exact-string replace with `t.count(old) == 1` asserted inside the script). Nothing RUNS this copy, deliberately: a bare new extension lang dies in `lint()` at `cmd = {...}[lang]` with an **uncaught KeyError** (measured 2026-09-27 in a throwaway repo — traceback, exit 1, no result line; that is a separate defect class, queued as (33)), so the defect cannot be caught through an exit code at all. The catch is therefore the **analyser diverging between two sources** — the same `u7_classify` reports `dispatch_unclassified=NONE` on the tool and `dispatch_unclassified=typescript` on the mutant — which is exactly U7's shape: it reads a file, so the mutant hands it a different file. Its surgical check is that `gate=changelog,go-compile`, `rules_match=YES` and the whole `syntax=` set are byte-identical between the two sources with `emittable_unclassified=typescript` naming **one** lang, i.e. one missing classification rather than a wrecked read.
+- **Mutation**: 26, each precondition-asserted to occur exactly once, caught by a divergence assertion, and surgically checked — M1 exit gate defeated (`(1 if failures else 0)` → 0); M2 `--sha` ignored (always lints HEAD); M3 `.php` dropped from `EXT_LANG` (mutant still catches broken sh); **M4** `failures.extend(gentries)` → `extend([])` (the 395b9b5 defect returns: a build-breaking commit reports 0; mutant still 0 on a compiling commit); **M5** `3 if errors` → `1 if errors` (an environment failure reads as "broken file": real=3/mutant=1; mutant still 1 on broken php); **M6** the gate's blob read → `open(<worktree path>)` (the 219fd8f class applied to Go: a fixed worktree hides a broken commit; mutant still 1 when the worktree is broken too); **M7** `failures.extend(cl_failures)` → `extend([])` (the hand-off dies while the JSON still names the twin — `ok false`, `duplicates == ['1.0.0']`, `exit_code 0`; mutant still exits 1 on broken php); **M8** `if ver in first_seen:` → `if False:` (the test itself dies: `duplicates == []` and `ok true` where the real tool reports a twin; mutant still green on a clean changelog); **M9** the changelog blob read pinned to `HEAD` instead of `--sha` while the existence probe still uses `--sha` (an ancestor's twin vanishes — real=1/mutant=0; mutant still 0 on a clean HEAD); **M10** the CHANGELOG rule dropped from the tool's one contract (the `[0.4.56]` defect itself planted) — caught by P2/P5 while **P1 and P4 stay green**: the docstring and `--help` still agree because they are one copy, so they lost the rule *together*; surgical checks are the agreement holding, the parse rule surviving, and `--help` still exiting 0; **M11** a second copy of the contract planted as a source comment `--help` never renders — caught by **P1 alone**, with P4 deliberately asserted **green** (what `--help` prints is still byte-identical to the docstring), proving the source-level count is not redundant with the render-level check; **M12** the same shape for a *derived* section (a source-comment second copy of the go-gate text) — caught by **Q-source**, with **Q-render asserted green** on the mutant (`--help` still equals the docstring, so the byte comparison provably cannot see it) and `--help` still exiting 0; **M13** the inverse — `("env:", "Environment:")` repointed to the languages heading, so `env:` renders a different docstring block — caught by **Q-render**, with **Q-source asserted green** (the Environment text still occurs exactly once, so the count cannot see a misattribution) and the `exit codes:` pair still agreeing (one pair misattributed, not the whole epilog). M12/M13 are complementary by construction, exactly as M10/M11 are: each one's green assertions are what prove the other's necessity; **M14** the pre-`[0.4.60]` state reproduced — R's trigger (the docstring heading renamed to `Environment (renamed):` while the tuple still says `Environment:`) **in the same copy as** the refusal's condition defeated (`if missing:` → `if False:`). Two edits deliberately: defeating the guard **alone** changes nothing, because a healthy docstring still yields seven full sections — I built it that way first and the mutant came out **green**, which is the finding rather than a flaw in the mutation: the guard is not the defect, it is what makes an always-available trigger loud. With both halves present `--help` exits 0 over a label printed on nothing, stderr silent — caught by R's refusal assertions and by `r_labels` (R3's own check, run against the mutant) going red at **exactly** `env:` — while an unrelated section still byte-equals its docstring (surgical: one condition defeated, not the derivation); **M15** the machine channel dropped (`[0.4.61]`): R's trigger **in the same copy as** the fix reverted (`raise SystemExit(die(None, default_repo(), message, sha, fmt))` → the bare `sys.stderr.write(message)` + `SystemExit(EXIT_CANNOT)`), i.e. the refusal output as it stood before this step. Two edits for the same reason M14 needs two — with a healthy docstring nothing refuses, so the dropped channel is unobservable (I planted the revert alone first and the mutant came out green, **exit 0**: the second time this mutation taught its own lesson) — and the catch is the point: **every human assertion stays GREEN** (exit still 3, pair still named, `--help` still refusing with an empty stdout) while **R9b** sees the empty stdout. The old suite asserted the *absence* of JSON, so the defect passed it. **M16** the usage-error channel dropped (`[0.4.62]`): `if fmt == "json":` → `if False:` in `_Parser.error`, i.e. the pre-step state exactly — argparse always prints usage to stderr and exits 2, so `--format json --timeout abc` gives a jq pipeline empty stdin again. **One edit where M14 and M15 each needed two, and the difference is the finding**: those needed a *trigger* because a healthy docstring never refuses, whereas here the argv that says json is supplied **by the test**, so the trigger and the defect are the same line. Caught by **S3** (stdout empty again) with **every human assertion staying GREEN** — exit still 2, usage still on stderr, `--help` still 0, the healthy json run still 0 — because the human path never had the check; that asymmetry is the argument for having written S1/S13/S14/S15 as guards. **M17–M19 (the citation rule, `[0.4.82]`)** — three ways to lint green over a version nobody wrote, each with a surgical value that says *which* one: **M17** the existence test → `if False` → the token is still **counted and classified in series** but never judged (`seen ≥ 3, in_series ≥ 3, missing [], exit 0`), caught `real=1 mutant=0`; **M18** the **series fence** dropped (`in_series = list(citations)`) → the one excluded token becomes the defect (`in_series 4`, `missing ['9.9.4']`), caught `real=0 mutant=1`, i.e. red on a fixture the real rule calls clean — and its replace runs through python with `t.count(old) == 1` asserted **inside** the script, because a sed pattern of brackets and quotes that matches the wrong line edits a path no fixture exercises and comes back green; **M19** the **collection** dropped (`citations.extend([])`) → `citations_seen == 0`, nothing was scanned at all, caught `real=1 mutant=0`. M17 vs M19 is the pair that matters: both exit 0 over the defect, and only `citations_seen` (counted-but-unjudged vs never-scanned) tells them apart. Every mutant file is `[ -f ]`-checked before it is run, so a build that produced nothing cannot be reported as a catch. **M20/M21 (`[0.4.83]`, the closing line)** — the two halves of one judgement call, both planted in `_result_line`'s syntax-set test by exact-string replace with `t.count(old) == 1` asserted inside the script: **M20** `if all(…)` → `if True:` (every failure called a parse/compile failure — the pre-step constant with the count still derived) is caught by **U1** while the exit code stays **1 on both sides**, and its surgical check is a *real* syntax failure where mutant and tool say exactly the same sentence; **M21** `if all(…)` → `if False:` (a rule failure never reported as a rule) is caught by **U2** with a *syntax* fixture, and its surgical check is a rule fixture where the inverted mutant is **indistinguishable** from the real tool — which is precisely why only a wording pin on the other branch can catch it. Neither mutant changes any verdict, so no exit-code assertion sees either: the section U pins are the only thing that does. **M22 (`[0.4.84]`, the count)** — the pre-step defect planted in the one expression that decides the number: `n_files = len({f.get("path") for f in failures})` → `n_files = len(failures)`, planted by the same exact-string replace with `t.count(old) == 1` asserted inside the script. Exit code, `kinds` and `failures[]` all stay put, so **every verdict assertion in the suite is green over it**; caught by **V1** with `real_rc == mut_rc == 1` and only the digits telling them apart (`real: 1 file(s)`, `mutant: 2 file(s)`), and its surgical check is V3's fixture — one failure per file, where failures and files are equal and the mutant is **indistinguishable** from the real tool, which is precisely why V1's fixture has to separate them. **M23 (`[0.4.85]`, the coverage)** — an `EXT_LANG` entry nothing classifies (`".ts": "typescript"` planted by exact-string replace with `t.count(old) == 1` asserted inside the script). Nothing RUNS this copy, deliberately: a bare new extension lang dies in `lint()` at `cmd = {...}[lang]` with an **uncaught KeyError** (measured 2026-09-27 in a throwaway repo — traceback, exit 1, no result line; that is a separate defect class, queued as (33)), so the defect cannot be caught through an exit code at all. The catch is therefore the **analyser diverging between two sources** — the same `u7_classify` reports `dispatch_unclassified=NONE` on the tool and `dispatch_unclassified=typescript` on the mutant — which is exactly U7's shape: it reads a file, so the mutant hands it a different file. Its surgical check is that `gate=changelog,go-compile`, `rules_match=YES` and the whole `syntax=` set are byte-identical between the two sources with `emittable_unclassified=typescript` naming **one** lang, i.e. one missing classification rather than a wrecked read. **M24 (`[0.4.89]`, the mixed closing line)** — the mixed-run failure clause dropped, planted on a **copy built from section W's fixture** rather than on `$TOOL`, because the real tool cannot reproduce that run; exit codes stay **3/3 identical** and only the `, and 1 file(s) fail …` half of the last line differs (so X3's wording pin is the only assertion that can see it), with the surgical half being an errors-only run where the mutant is byte-identical to the real tool. **M17 re-scoped by `[0.4.146]`** — the bare rule reuses the same existence test, so the old one-line `sed` would have edited **both** comprehensions while the precondition still claimed "exactly once": the precondition reported `found 2 time(s)` and went red first (the drift detector doing its job, before any mutant could be planted), and the mutation is now an exact-string replace of the **bracketed** block alone with `t.count(old) == 1` inside the script, plus a second surgical check that the same mutant still judges a brackets-removed claim (`real=1`) — i.e. exactly one of the two verdicts was defeated. **M25/M26 (`[0.4.146]`, the bare rule's two halves)**: **M25** the collection dropped (`bare.extend(bare_hits(path, blob))` → `bare.extend([])`) — the census reads 0 and a brackets-removed claim goes green, caught `real=1 mutant=0`, surgical: `citations_bare == 0` while `citations_seen ≥ 1` and `citations_missing` still count (M19's pair again: "one rule missing" and "tree unscanned" both exit 0, and only *which* counter died tells them apart); **M26** the current-series fence dropped (`bare_current = list(bare_in_series)`) — an older series' prose becomes a defect, caught `real=0 mutant=1`, surgical: the mutant judges exactly `6.9.9` through `citations_bare_missing` with `citations_missing` still empty, **plus two checks naming the fences that did NOT move** — the lockfile path fence (real 0 / mutant 0) and the bracketed rule's full fence (both judge `[6.9.9]`, same message, 1/1), because a mutation that took three fences with it would be a different defect than the one it claims to plant.
 - Live: HEAD → exit 0 (176 files — **174 → 176 with `[0.4.65]`**, its own `tools/regression-run` + `tests/test_regression_run.sh` going from untracked to tracked (`linted.bash` 24 → 25, `linted.python` 11 → 12), following **173 → 174 with `[0.4.64]`**; the pre-commit run reads **174** with `bash 24` / `python 11` because those blobs are not there yet — the stale-live-number class, re-read after the commit below — 45 module files compile clean in ~1.6s. **`[0.4.66]` pre-commit read: exit 0, `files_total 176`, `linted {bash 25, go 43, json 11, php 32, python 12}`, `changelog_version entries 70, unique 70, duplicates []`** — both changed files were already tracked, so the post-commit prediction is **176 unchanged** with `entries 71` once `[0.4.66]` lands, re-read after the commit rather than carried. **`[0.4.67]` pre-commit read: exit 0, `files_total 176`, `linted {bash 25, go 43, json 11, php 32, python 12}`, `changelog_version entries 71, unique 71, duplicates []`** — this entry adds two **untracked** files (`tools/queue-source-check`, extensionless `python3` shebang → `linted.python`; `tests/test_queue_source.sh`, `.sh` → `linted.bash`) plus its own heading, so the post-commit prediction is **178** with `bash 26`, `python 13` and `entries 72`, re-read after the commit rather than carried) with `changelog_version` = `attempted true, entries 70, unique 70, unparseable 0, duplicates [], ok true` (**69 → 70 with `[0.4.65]`**, following **68 → 69 with `[0.4.64]`**: the count is read from the COMMITTED blob, so it is re-read after the append commits rather than carried over — it read 68 while `[0.4.64]` was still uncommitted, which is the whole point of re-reading; the working-tree count was verified the anchored way, `grep -c '^## \['` → 69 with `uniq -d` empty, because the greedy `sed 's/.*\[\([^]]*\)\].*/\1/'` form reports **5 phantom duplicates** on this tree — 0.4.31/0.4.40/0.4.44/0.4.49/0.4.62 — by taking the last bracket in a heading that cites other versions. The **file** count is 173, not the 171 drafted mid-run: `[0.4.63]`'s own two mailbox files were untracked when that number was written and tracked once it committed, so 171 → 173 is this entry's own movement rather than a count carried); `--sha 219fd8f` → exit 1 naming `tests/test_mailbox_a11y.php:208 [php]`; `--sha 395b9b5` → exit 1 naming `.../status_test.go:5 [go-compile]`; unknown rev / non-repo → exit 3; `--sha probe-r9` → exit 3 with `requested_sha: probe-r9` (the R16 parity reference, live); `--format yaml` → exit 2 with **usage on stderr and an empty stdout** (no format could be read, so none is invented — `[0.4.62]`); **`--format json` + a bad argv → exit 2 with a 384-byte 15-key object on stdout and 0 bytes on stderr** (`--timeout abc`, `--nonsense`, `--timeout 0`, empty `--sha`, and the failing token placed *before* `--format`), while the same argv in human mode still gives argparse's `usage:`+`error:` with **stdout 0 bytes**; `--help` (**106 lines**, was 57 before the epilog stopped carrying its own prose, 102 before the exit-3 clause widened, 103 through `[0.4.61]`, **+3 for `[0.4.62]`'s widened exit-2 clause**) renders all seven docstring blocks verbatim under their labels; a copy with a heading renamed → `repo-lint: ERROR refusing to run - docstring section missing or empty …` + `  'env:' -> 'Environment:'` → **exit 3**, stderr only, and under `--format json` the **same refusal as an object** — `ok false`, `exit_code 3`, `error` naming the pair, **stderr 0 bytes** — which is the `| jq` consumer `[0.4.60]`'s queue described, now parsing (`--format=json` → 3; `--form json` → 3; `-- --format json` → no JSON on stdout; `--format yaml` on the broken copy → refusal only, no `usage:` leak) — **and on that same broken copy `--format json --timeout abc` now yields the 458-byte refusal object with `exit_code 3` instead of falling back to `human`**, which is `[0.4.61]`'s own queue item struck as actioned. **`[0.4.82]` pre-commit read**: exit 0, `files_total 192`, `linted {bash 34, go 43, json 11, php 35, python 14}`, `changelog_version entries 86, unique 86, duplicates [], citations_seen 2289, citations_in_series 2246, citations_missing [], series [0.1, 0.2, 0.3, 0.4]`, human line `changelog-version: 86 changelog version heading(s), 86 unique, 2289 citation(s) checked, 0 missing` — all six paths this step touches were **already tracked**, so `files_total` is predicted **unchanged at 192** and `entries` becomes **87** once `[0.4.82]` lands (the citation counts move with the new prose and are therefore re-read after the commit, never carried). **Re-read after `34d1bb2`: exit 0, `files_total 192`, `entries 87`, `unique 87`, `duplicates []`, `citations_missing []` — both predictions hit**; the citation counts read `2367 / 2280 / 0` on that pass and move again with each commit's own prose, which is why they are quoted as a measurement and never as a constant.
 - Pre-fix replay: the **then-`HEAD` suite against the then-`HEAD` tool** → **88 passed / 28 failed** (including `L: 395b9b5 … (want rc=1 got=0)`) for the Go gate of `[0.4.3x]`; for the changelog gate the *new* suite against the pre-fix tool (md5 `3a4e09176e24ca3414366952467d4944`, log `/tmp/opencode/changelog-gate/pre-fix.log`, suite md5 `9e352394d02096183adef92d55fc5a73`) → **125 passed / 22 failed**: the exact key-set pin plus every O1–O7 finding red, and M7/M8/M9 unplantable (0 matching lines) — while the six guard-style assertions inside O (absent file adds no failure; fixed commit → 0) already passed, which is what identifies them as guards rather than findings. For `[0.4.56]` the new section P against the pre-fix tool (tool md5 `3ebcf0b4ae7e290796fbed12c57e422b`, suite md5 `a50e16d7a5643bdfd18b667752e50d2c`, log `/tmp/opencode/exitcodes/pre-fix.log`) → **166 passed / 6 failed**: P1 (the contract text occurs **twice**), P2 ×2 (Go rule and CHANGELOG rule both absent from the docstring), P4 (the docstring block and `--help`'s section differ), M10's agreement surgical check (pre-fix both copies still exist, so the mutant's docstring and `--help` disagree), and M11's precondition (already 2 occurrences → unplantable, so its other three assertions could not run pre-fix — hence 172 counted pre-fix against 175 post-fix). Guards that passed pre-fix and thereby identify themselves: P2's parse rule, P3 (all four codes), P4's `--help exits 0`, and all three P5 rules — the epilog was the copy that was right. Baseline re-verified on a checkout of the same commit before the fix: **155/156 then 156/156 twice**, the single red being `L: real repo status changed during a run` (a concurrent identity committed mid-run), not this change. For `[0.4.59]` the new section Q against the pre-fix tool (tool md5 `f17563d67064a79f313ef2bab376cd66`, suite md5 `9217e2653fbed256afb704d0a01fd359`, log `/tmp/opencode/epilogderive/pre-fix.log`; baseline of the *old* suite against the old tool was **175/0** first) → **186 passed / 9 failed**: the seven findings are Q1–Q6 (every pair renders different bytes) and Q13 (the drifted synopsis still present), plus **M12's surgical render check** — which fails pre-fix only because the two renderings differ by definition, i.e. it restates Q2 — and **M13's precondition unplantable** (the derivation tuple does not exist yet, so its other three assertions could not run: hence 186 counted pre-fix against 198 post-fix). **Guards passed pre-fix and thereby identify themselves**: all six Q-source counts (each section's text already occurred exactly once — the copies differed, they were not duplicated line-for-line), `--help exits 0`, the generated-usage line, and M12's precondition plus its "caught" assertion. For `[0.4.60]` the new section R against the pre-fix tool (old tool md5 `4e6c58ffc86441a5745054a4ea45d084`, final suite md5 `e126f791dbcd4b1d9ae0bd0626022d82`, log `/tmp/opencode/epilogrefuse/pre-fix.log`; baseline of the old suite against the old tool was **198/0** first) → **203 passed / 10 failed**, captured **inside a clone of the repo** rather than from `/tmp`: pointing `REPO_LINT_BIN` at a copy outside `tools/` makes section L's live checks fail for *path* reasons, because `default_repo()` resolves relative to the script, so the tool reported `repo_root: /tmp/...` and exited 3 — a harness artifact that cost a second capture to get a red meaning what it says. **Nine of the ten are real**: **R5, R6, R7, R9 ×2, R11, R12, R12b** plus **M14's precondition unplantable** (the refusal does not exist yet, so its other five assertions could not run — hence 213 counted pre-fix against 218 post-fix); the tenth is `L: live json structurally sound`, whose `d['repo_root'] == '/data/repo'` is true in the real repo and false in a clone — disclosed as an artifact of my cloning rather than counted as a finding. **Guards passed pre-fix and thereby identify themselves**: R1 (healthy tool exits 0), R2 (no refusal on stderr), R3 (all seven labels non-empty), R4 and R10 (both mutant preconditions), R8 (the refusal names only the broken pair — pre-fix stderr is empty, so it passes vacuously, which is what makes it a guard rather than a finding). For `[0.4.61]` the widened section R against the pre-fix tool (old tool md5 `d6b50e6dcf68df6dccb5a46dfe06e5a0`, **final** suite md5 `b71b64db24d64fa65263e3867e45ba97`, log `/tmp/opencode/jsonrefuse/pre-fix.log`; baseline of the committed suite against the committed tool was **218/218** first) → **230 passed / 12 failed**, again **inside a clone** for the same path reason. **Eleven are real**: **R9b, R9c, R9d, R9e, R9f, R9g** (one cause — stdout empty, refusal on stderr), **R13** (`_add_flags` does not exist yet), **R14b, R15b, R16b** (same empty-stdout cause) and **M15's precondition unplantable** (the die()-routing line does not exist, so its five other assertions could not run — hence **242 counted pre-fix against 247 post-fix**). The twelfth is again `L: live json structurally sound` (`repo_root` is the clone, not `/data/repo`) — disclosed as a cloning artifact, not counted. **Guards passed pre-fix and thereby identify themselves**: R1–R8, R10–R12b, the exit-3 half of R9/R14/R15/R16, **R15c** (argparse really accepts `--form`), **R16c/R16d** (the healthy tool already echoed `requested_sha: probe-r9` — the reference both readers must match), R17, R17c, R18, R18b, R19; and **R17b, R18c, R18d are vacuously green** (nothing could print before a scan existed) — disclosed as guards, not findings. Two first-draft defects of mine are recorded in the CHANGELOG: R9c's predicate used `->` outside a string (the *checker* raised SyntaxError — a red meaning the wrong thing), and M15 was first planted without its trigger (mutant exited **0** and was "NOT caught", because nothing refuses when the docstring is healthy). For `[0.4.62]` the new section S against the pre-fix tool (tool md5 `f42b33e34ab28588334b5f616a551798`, **final** suite md5 `4acbd04968016e319778dda544c6596e`, log `/tmp/opencode/usagejson/pre-fix.log`; baseline of the committed suite against the committed tool was **247/247** first) → **268 passed / 16 failed** of 284, captured **in place rather than in a clone** — the tool was still unmodified at its real path, so section L's `repo_root == '/data/repo'` check passed on its own; the clone was only ever needed because a copy *outside* `tools/` changes `default_repo()`. **All sixteen are real**: **S3–S8** (one cause — stdout empty, usage on stderr), **S9b, S9c, S10b, S10c, S11b** (same cause, one per argv form), **S12b, S12c, S12e, S12f** (same cause, via our own `p.error()`), **S16b** (`_add_format_flag` does not exist yet — hence 268 counted pre-fix against 291 post-fix). **Guards passed pre-fix and thereby identify themselves**: **S1** (the human channel was already exactly right — the strongest evidence this was a *channel* defect, not a validation one), S2, S9a, S10a, S11a, S12a, S12d, **S13a–S15b** (no-format-readable argv), **S16** (the `--format` definition was already single), **S17, S18**. Two first-draft defects of mine are recorded in the CHANGELOG: S17b read `$OUT` where `s_run` wrote `$S_OUT` (a **stale** object, so the assertion failed against the *old* tool for an unrelated reason — caught as the 17th red and fixed before the tool was touched, the capture then re-taken honestly at 16), and S16b's predicate `grep -c '_add_format_flag(p)'` also matched the `def` line, reporting `3` for two call sites plus a definition — the third time this suite has been wrong in the *predicate* direction.
 
 **Status**: Green ✅ on 2026-09-27 (**348/348**; full regression that day: **52 suites / 4267 assertions / 0 failed / 0 skipped, exit 0** — 29 shell = 2892, 23 PHP = 1375. Closure is arithmetic: the previous green run was **52 / 4243** with this suite at **324**, and this step adds **+24 (324 → 348) touching no other suite**, so 4243 + 24 = 4267 with 52 = 52 suites, and the shell split moves 2868 → 2892 by the same 24 while PHP stays 1375. The regression clause that follows was **carried unchanged at 41 / 3503 since `[0.4.67]`** — the tree had already reached 52 / 4210 by `[0.4.80]` without this line being touched, the same stale-line class the entry above records — so it is **refreshed here rather than silently extended**. History: 41 suites / 3503 / 0 failed / 21 shell = 2312, 20 PHP = 1191 at 291/291 on 2026-09-26. Was 40 / 3396 / 20 shell = 2205 with `[0.4.66]`; **`[0.4.67]` adds `tests/test_queue_source.sh` (+1 suite, +107 shell), so 2205 + 107 = 2312 and 3396 + 107 = 3503**, PHP untouched at 1191. Before that, `[0.4.66]` grew `tests/test_regression_run.sh` (+0 suites, +83 shell: 110 → 193), so 2122 + 83 = 2205 and 3313 + 83 = 3396, and `[0.4.65]` added that suite (+1 suite, +110 shell) — 2012 + 110 = 2122, 3203 + 110 = 3313. This line was itself two runs stale at `[0.4.64]` — `[0.4.63]` added `test_app_contrast.php` (+1, +185) without updating it, so 958 + 185 + 48 = 1191 and 2970 + 185 + 48 = 3203 came out then). Since queue item **(63)** (2026-09-28) this Status line no longer claims to be *the current* figure: it is dated history, the live total lives **once** on `## regression-run`'s `- Live (measured YYYY-MM-DD)` line, and `tests/test_registry_coverage.sh` section F reads that line and compares it with `regression-run --list` — so a second copy of the number here would be a second truth nobody compared, which is the (55)/(57)/(59) shape one child further along)

> build · mimo-v2.6-flash-free
$ cd /data/repo && bash tests/test_registry_coverage.sh 2>&1 | tail -5
PASS: G32 non-vacuity: at least 30 option-list pairs were really read
PASS: G33 every pair the option list advertises is named on its own labelled row
PASS: G34 and it never reads MORE pairs than the option-list reader counted

=== Results: 264 passed, 0 failed ===
> build · mimo-v2.6-flash-free
$ cd /data/repo && sed -n '6046,6080p' CHANGELOG.md
## [0.4.145] - 2026-09-30 — queue item (86): the `wait` argument is PARSED, not counted — arity and identity, the two opposite directions in which the counting reader was wrong

### Changed — `bg_waited` tracks jobs as identities instead of decrementing a counter

- **Each `&` becomes a numbered job, `name=$!` records WHICH job that name refers to, and one job is covered per argument.** The (84) pairing answered *"which child does this wait cover"* with a count: one decrement per argument-bearing `wait`, whatever its argument list named, and no way to tell two names that point at the same job apart. Both halves are wrong, and they fail in **opposite** directions: **arity** — `wait "$a" "$b"` names two jobs and decremented once, so a file that waits for both its children read as *not* waited (`pending 1`), i.e. the reader could **fail a tool that is correct**; **identity** — `wait "$a"` twice covered one job twice, so a file with a sibling still sleeping read as *waited* (`pending 0`), i.e. the reader could **pass a tool that orphans a child**. The reader now resolves `name=$!` to the job number it names (the newest job at assignment time, which is exactly what `$!` holds) and covers exactly that job; where a name cannot be resolved it falls back to the oldest still-uncovered job, which is the pre-(86) behaviour kept as a *fallback* so an unresolvable name can never invent coverage nobody claimed.
- **The argument list stops at the shell operator that ends it.** Fixing arity without this buys a worse false positive than the one it removes: in `wait "$a" || return 1` the tokens `return` and `1` would otherwise be read as two more job names and cover the whole file. Measured, not guessed — that is exactly what **A29** goes red for when the cut is deleted (control row 4).
- **A bare `wait` still covers every child started before it**, unchanged from `[0.4.127]`, so `sleep & sleep & wait` stays waited instead of becoming the false positive a naive count would make it.

### Verified — 50 assertions, thirteen mutation controls re-run at 50, and the identity claim settled by a process

- **`bash tests/test_detached_children.sh` → 50 passed, 0 failed (≈ 10 s)**, **A 30 / B 17 / C 3**, up from **42/0** with no assertion removed or loosened. **A26** (two children, one `wait` naming both → *waited*; the counting reader left `pending 1`), **A27** (the same job named twice → *not* waited; the counting reader left `pending 0`), **A28** (three children, a `wait` naming two → *not* waited, so arity cannot over-correct into "an argument-bearing wait covers everything"), **A29** (`|| return 1` cut at the operator).
- **B14–B17 run the identity claim on a real process instead of asserting it**: the reader's verdict on that very fixture is *not* waited, the fixture is **done in 1 s** (not 61), the job it named **is** reaped, and the unnamed sibling's `sleep 61` is **still alive** — a process that falsifies the pre-(86) verdict, which scored the same file `pending 0`.
- **All thirteen mutation controls run in sandbox copies of `tests/` + `tools/` on 2026-09-30 at 50 assertions, every patch asserted to have applied, live tree never written, untouched copy 50/0.** Four new: the **pre-(86) counting reader** back → **3 red (`A26 A27 B14`)**, 47/3; **identity resolution removed** → **2 red (`A27 B14`)**, 48/2; **arity removed** (one cover per `wait`) → **1 red (`A26`)**, 49/1; **operator cut removed** → **1 red (`A29`)**, 49/1. The nine older rows: `setsid` plant **3 red (`A2 C1 C2`)**, `&` plant **1 (`A4`)**, real `wait` commented **1 (`A5`)**, guard tokens renamed **2 (`A3 C1`)**, over-strict bare `wait` **1 (`A16`)**, `cmd-str` rule removed **2 (`A18 A23`)**, naive `source` rule **2 (`A19 A25`)** — all unchanged — and **pre-(84) last-vs-last reader 1 red → 5 red (`A15 A27 A28 A29 B14`)**, 45/5: one historical figure *moved*, because every (86) plant and B14 puts a `wait` after the file's last `&`, which is the only question that reader asks. The 42-assertion figure in `[0.4.144]`'s table stays as recorded; 5 is the measured number now.
- **Live tree, measured before and after**: exactly one registered tool backgrounds a child (`go-compile-drift-verify`, `pid=$!` + `wait "$pid" 2>/dev/null`), and the new reader returns `pending 0` for it — the same answer the counting reader gave, so no live verdict moved. **No registered tool writes either (86) shape today** (no multi-argument `wait`, no job named twice), which is why the step is a reader fix with plants rather than a tool fix.
- **STEP 0 ran first**: 0 unread `investor_to_agent` in both databases, `tools/inbox-status` → exit 0, "OK - nothing owed", **79 entries / 79 handled / 0 open**, `grep '^## ' INBOX.md | grep -v HANDLED` empty. No investor row was owed, so none was inserted. Spend **0.00** (free `*-free` models only), zero DNS writes, no mail sent, no `app/src/php` edit → no reviewer gate and no promote.

### Queue -> agent-logs/PROGRESS.md
Authoritative next-candidate queue lives in `agent-logs/PROGRESS.md`, in the `Next-candidate queued, not actioned` bullet of the newest run entry — it is not duplicated here, and has not been since `[0.4.67]`. To read the live queue, open `PROGRESS.md`; to know whether that is still true, run `tools/queue-source-check`.
> build · mimo-v2.6-flash-free
$ cd /data/repo && ./tools/repo-lint; echo "rc=$?"; ./tools/repo-lint --format json | python3 -c "
import json,sys
d=json.load(sys.stdin); cv=d['changelog_version']
print('headings', cv['entries'], 'unique', cv['unique'], 'seen', cv['citations_seen'], 'bare', cv['citations_bare'], 'bare_in_series', cv['citations_bare_in_series'], 'bare_current', cv['citations_bare_current'])
print('missing', cv['citations_missing'], 'bare_missing', cv['citations_bare_missing'])
print('series', cv['series'])
print('files', d['files_total'], 'linted', d['linted'])
print('summary', cv['summary'])
"
repo-lint  repo=/data/repo  sha=28e87d5eee (HEAD)  files=245  linted=165  skipped=80
  linted:   bash=44  go=43  json=12  php=49  python=17
  skipped:  binary=2  empty=6  no_shebang=4  unsupported_ext=68
  go-compile: 45 module file(s) compile clean (1.719s)
  changelog-version: 150 changelog version heading(s), 150 unique, 5199 citation(s) checked, 0 missing, 4827 bare token(s) counted
FAIL agent-logs/PROGRESS.md:7131 [changelog] bare cite of 0.4.999 (brackets removed) but CHANGELOG.md has no such heading
FAIL agent-logs/PROGRESS.md:7139 [changelog] bare cite of 0.4.999 (brackets removed) but CHANGELOG.md has no such heading
result: 1 file(s) fail lint (changelog) (exit 1)
rc=1
headings 150 unique 150 seen 5199 bare 4827 bare_in_series 2142 bare_current 1526
missing [] bare_missing [{'path': 'agent-logs/PROGRESS.md', 'line': 7131, 'version': '0.4.999'}, {'path': 'agent-logs/PROGRESS.md', 'line': 7139, 'version': '0.4.999'}]
series ['0.1', '0.2', '0.3', '0.4']
files 245 linted {'bash': 44, 'go': 43, 'json': 12, 'php': 49, 'python': 17}
summary 150 changelog version heading(s), 150 unique, 5199 citation(s) checked, 0 missing, 4827 bare token(s) counted
> build · mimo-v2.6-flash-free
$ cd /data/repo && python3 - <<'PY'
src = open('tools/repo-lint', encoding='utf-8').read()
o1 = '    bare_current = [\n        b for b in bare_in_series if b[2].rsplit(".", 1)[0] == current_series\n    ]'
assert src.count(o1) == 1, src.count(o1)
t = src.replace(o1, '    bare_current = list(bare)')
o2 = 'if v not in first_seen and os.path.basename(p) not in LOCKFILE_NAMES'
assert t.count(o2) == 1, t.count(o2)
t = t.replace(o2, 'if v not in first_seen')
open('/tmp/opencode/repo-lint-naive', 'w', encoding='utf-8').write(t)
PY
chmod +x /tmp/opencode/repo-lint-naive && /tmp/opencode/repo-lint-naive --format json | python3 -c "
import json,sys,collections
d=json.load(sys.stdin); cv=d['changelog_version']
m=cv['citations_bare_missing']
print('naive bare_missing count:', len(m))
c=collections.Counter(x['path'] for x in m)
print(c)
print([ (x['path'],x['line'],x['version']) for x in m if 'package-lock' not in x['path'] ])
"
Traceback (most recent call last):
  File "<string>", line 4, in <module>
TypeError: 'NoneType' object is not subscriptable
> build · mimo-v2.6-flash-free
$ cd /data/repo && GLADEX_REPO_DIR=/data/repo /tmp/opencode/repo-lint-naive --format json | python3 -c "
import json,sys,collections
d=json.load(sys.stdin); cv=d['changelog_version']
m=cv['citations_bare_missing']
print('naive bare_missing count:', len(m))
print(collections.Counter(x['path'] for x in m))
print([ (x['path'],x['line'],x['version']) for x in m if 'package-lock' not in x['path'] ])
print('bracketed missing', cv['citations_missing'])
"
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('tests/test_promote_lint_gate.sh', 500, '1.0.0'), ('tests/test_promote_lint_gate.sh', 528, '1.0.0'), ('tests/test_promote_lint_gate.sh', 546, '1.0.0'), ('tests/test_promote_lint_gate.sh', 585, '1.0.0'), ('tests/test_promote_lint_gate.sh', 598, '2.0.0'), ('tests/test_promote_lint_gate.sh', 614, '3.0.0'), ('tests/test_promote_lint_gate.sh', 641, '1.0.0'), ('tests/test_promote_lint_gate.sh', 869, '1.0.0'), ('tests/test_promote_lint_gate.sh', 871, '1.0.0'), ('tests/test_promote_lint_gate.sh', 926, '1.0.0'), ('tests/test_reduced_motion.php', 4, '2.2.2'), ('tests/test_reduced_motion.php', 4, '2.3.3'), ('tests/test_repo_lint.sh', 667, '1.0.0'), ('tests/test_repo_lint.sh', 669, '1.0.0'), ('tests/test_repo_lint.sh', 677, '1.0.0'), ('tests/test_repo_lint.sh', 686, '1.0.0'), ('tests/test_repo_lint.sh', 1188, '7.1.5'), ('tests/test_repo_lint.sh', 1190, '7.1.5'), ('tests/test_repo_lint.sh', 1199, '7.1.5'), ('tests/test_repo_lint.sh', 1206, '1.0.0'), ('tests/test_repo_lint.sh', 1206, '9.9.9'), ('tests/test_repo_lint.sh', 1987, '1.0.0'), ('tests/test_repo_lint.sh', 2452, '9.9.4'), ('tests/test_repo_lint.sh', 2454, '9.9.4'), ('tests/test_smtp_relay_probe.sh', 74, '5.7.1'), ('tests/test_smtp_relay_probe.sh', 90, '2.1.0'), ('tests/test_smtp_relay_probe.sh', 93, '2.1.5'), ('tests/test_smtp_relay_probe.sh', 95, '5.7.1'), ('tests/test_smtp_relay_probe.sh', 97, '2.0.0'), ('tests/test_smtp_relay_probe.sh', 100, '5.5.2'), ('tests/test_stats_gocli_path.php', 27, '9.9.9'), ('tests/test_stats_gocli_path.php', 113, '9.9.9'), ('tests/test_system_status_cloud.sh', 155, '34.0.4'), ('tests/test_system_status_cloud.sh', 156, '34.0.4'), ('tests/test_system_status_tls_expiry.sh', 74, '34.0.4'), ('tests/test_templates_contrast.php', 3, '1.4.3'), ('tests/test_trust_a11y.php', 207, '4.1.2'), ('tests/test_trust_a11y.php', 207, '3.3.2'), ('tests/test_trust_a11y.php', 283, '2.4.7'), ('tests/test_trust_a11y.php', 283, '1.4.11'), ('tests/test_trust_a11y.php', 344, '1.4.11'), ('tests/test_trust_form.php', 19, '4.1.3'), ('tools/REGISTRY.md', 658, '1.0.0'), ('tools/REGISTRY.md', 666, '1.0.0'), ('tools/REGISTRY.md', 2315, '5.7.1'), ('tools/REGISTRY.md', 2315, '4.7.1'), ('tools/REGISTRY.md', 2660, '1.0.0'), ('tools/REGISTRY.md', 2660, '1.2.5'), ('tools/REGISTRY.md', 2660, '9.9.9'), ('tools/REGISTRY.md', 2660, '0.5.0'), ('tools/REGISTRY.md', 2689, '1.0.0'), ('tools/REGISTRY.md', 2706, '1.0.0'), ('tools/REGISTRY.md', 2706, '9.9.4'), ('tools/REGISTRY.md', 3829, '3.2.2'), ('tools/REGISTRY.md', 3885, '3.2.2'), ('tools/immich-roundtrip', 5, '3.2.2'), ('tools/immich-roundtrip', 345, '3.2.2'), ('tools/immich-roundtrip', 463, '3.2.2'), ('tools/repo-lint', 74, '0.5.0')]
bracketed missing []


[output truncated; full output saved to: /root/.local/share/opencode/shell/fa3e85b2145a60c127b5c9261e76a7ba6d520299/sh_0f45392e1001nOBH04hhI3jjGY.out]
> build · mimo-v2.6-flash-free
$ cd /data/repo && python3 - <<'PY'
src = open('tools/repo-lint', encoding='utf-8').read()
o1 = '    bare_current = [\n        b for b in bare_in_series if b[2].rsplit(".", 1)[0] == current_series\n    ]'
assert src.count(o1) == 1
t = src.replace(o1, '    bare_current = list(bare_in_series)')
o2 = 'if v not in first_seen and os.path.basename(p) not in LOCKFILE_NAMES'
assert t.count(o2) == 1
t = t.replace(o2, 'if v not in first_seen')
open('/tmp/opencode/repo-lint-naive2', 'w', encoding='utf-8').write(t)
PY
chmod +x /tmp/opencode/repo-lint-naive2 && GLADEX_REPO_DIR=/data/repo /tmp/opencode/repo-lint-naive2 --format json > /tmp/opencode/naive2.json; python3 -c "
import json, collections
d=json.load(open('/tmp/opencode/naive2.json')); cv=d['changelog_version']
m=cv['citations_bare_missing']
print('naive2 (in-series fence kept, current-series + lockfile fences dropped):', len(m), 'red(s)')
print(collections.Counter(x['path'] for x in m))
print('bracketed missing:', len(cv['citations_missing']))
"
naive2 (in-series fence kept, current-series + lockfile fences dropped): 13 red(s)
Counter({'app/src/vscode/package-lock.json': 10, 'agent-logs/PROGRESS.md': 2, 'STRUCTURE.md': 1})
bracketed missing: 0
Error: Rate limit exceeded. Please try again later.
exit=1

Select another run log from the list above. Only files matching run-YYYYMMDD-HHMMSS-N.log are readable.

[Wed Sep 30 23:38:27 2026] 127.0.0.1:37624 Accepted
[Wed Sep 30 23:38:27 2026] 127.0.0.1:37624 Closing
[Wed Sep 30 23:51:39 2026] 127.0.0.1:51962 Accepted
[Wed Sep 30 23:51:39 2026] 127.0.0.1:51962 Closing
[Wed Sep 30 23:52:59 2026] 127.0.0.1:35742 Accepted
[Wed Sep 30 23:52:59 2026] 127.0.0.1:35742 Closing
[Wed Sep 30 23:52:59 2026] 127.0.0.1:35754 Accepted
[Wed Sep 30 23:52:59 2026] 127.0.0.1:35754 Closing
[Wed Sep 30 23:52:59 2026] 127.0.0.1:35756 Accepted
[Wed Sep 30 23:52:59 2026] 127.0.0.1:35756 Closing
[Wed Sep 30 23:52:59 2026] 127.0.0.1:35770 Accepted
[Wed Sep 30 23:52:59 2026] 127.0.0.1:35770 Closing
[Wed Sep 30 23:52:59 2026] 127.0.0.1:35774 Accepted
[Wed Sep 30 23:52:59 2026] 127.0.0.1:35774 Closing
[Wed Sep 30 23:52:59 2026] 127.0.0.1:35776 Accepted
[Wed Sep 30 23:52:59 2026] 127.0.0.1:35776 Closing
[Wed Sep 30 23:52:59 2026] 127.0.0.1:35778 Accepted
[Wed Sep 30 23:52:59 2026] 127.0.0.1:35778 Closing
[Wed Sep 30 23:52:59 2026] 127.0.0.1:35784 Accepted
[Wed Sep 30 23:52:59 2026] 127.0.0.1:35784 Closing
[Wed Sep 30 23:52:59 2026] 127.0.0.1:35788 Accepted
[Wed Sep 30 23:52:59 2026] 127.0.0.1:35788 Closing
[Wed Sep 30 23:52:59 2026] 127.0.0.1:35798 Accepted
[Wed Sep 30 23:52:59 2026] 127.0.0.1:35798 Closing
[Wed Sep 30 23:53:41 2026] 127.0.0.1:35878 Accepted
[Wed Sep 30 23:53:41 2026] 127.0.0.1:35878 Closing
[Wed Sep 30 23:53:41 2026] 127.0.0.1:35882 Accepted
[Wed Sep 30 23:53:41 2026] 127.0.0.1:35882 Closing
[Wed Sep 30 23:53:41 2026] 127.0.0.1:35890 Accepted
[Wed Sep 30 23:53:41 2026] 127.0.0.1:35890 Closing
[Wed Sep 30 23:53:41 2026] 127.0.0.1:35904 Accepted
[Wed Sep 30 23:53:41 2026] 127.0.0.1:35904 Closing
[Wed Sep 30 23:53:41 2026] 127.0.0.1:35920 Accepted
[Wed Sep 30 23:53:41 2026] 127.0.0.1:35920 Closing
[Wed Sep 30 23:53:41 2026] 127.0.0.1:35934 Accepted
[Wed Sep 30 23:53:41 2026] 127.0.0.1:35934 Closing
[Wed Sep 30 23:53:41 2026] 127.0.0.1:35940 Accepted
[Wed Sep 30 23:53:41 2026] 127.0.0.1:35940 Closing
[Wed Sep 30 23:53:41 2026] 127.0.0.1:35942 Accepted
[Wed Sep 30 23:53:41 2026] 127.0.0.1:35942 Closing
[Wed Sep 30 23:53:41 2026] 127.0.0.1:35944 Accepted
[Wed Sep 30 23:53:41 2026] 127.0.0.1:35944 Closing
[Wed Sep 30 23:53:41 2026] 127.0.0.1:35950 Accepted
[Wed Sep 30 23:53:41 2026] 127.0.0.1:35950 Closing
[Wed Sep 30 23:54:56 2026] 127.0.0.1:33536 Accepted
[Wed Sep 30 23:54:56 2026] 127.0.0.1:33536 Closed without sending a request; it was probably just an unused speculative preconnection
[Wed Sep 30 23:54:56 2026] 127.0.0.1:33536 Closing
[Wed Sep 30 23:54:57 2026] 127.0.0.1:33546 Accepted
[Wed Sep 30 23:54:57 2026] 127.0.0.1:33546 Closed without sending a request; it was probably just an unused speculative preconnection
[Wed Sep 30 23:54:57 2026] 127.0.0.1:33546 Closing
[Wed Sep 30 23:55:28 2026] 127.0.0.1:35512 Accepted
[Wed Sep 30 23:55:28 2026] 127.0.0.1:35512 Closed without sending a request; it was probably just an unused speculative preconnection
[Wed Sep 30 23:55:28 2026] 127.0.0.1:35512 Closing
[Wed Sep 30 23:55:29 2026] 127.0.0.1:35520 Accepted
[Wed Sep 30 23:55:29 2026] 127.0.0.1:35520 Closed without sending a request; it was probably just an unused speculative preconnection
[Wed Sep 30 23:55:29 2026] 127.0.0.1:35520 Closing
[Thu Oct  1 00:05:09 2026] 127.0.0.1:50844 Accepted
[Thu Oct  1 00:05:09 2026] 127.0.0.1:50844 Closing
[Thu Oct  1 00:05:09 2026] 127.0.0.1:50858 Accepted