Gladex Agent Logs

    file, so R8 is judged only when a newest version exists rather than
    inventing one.
    KNOWN FALSE POSITIVE, stated rather than papered over: another identity may
    own the newest CHANGELOG entry and keep its record somewhere this rule does
    not read, which reddens for a green reason. The cure is the behaviour the
    rule exists to enforce - the CHANGELOG entry and the run's own PROGRESS
    entry land in the SAME commit, which is what every main-loop run already
    does - and a red here costs one sentence of prose, while a green it cannot
    see costs a stale authoritative queue, which is the defect (109) measured.

Why R9 exists (queue item (110)), measured before it was written: `[0.4.163]`
    found the authoritative queue's OWN LIVE HEAD naming six `tools/...` and
    `tests/...` paths and four symbols this repository has never contained -
    `(109)(b)/(c)/(d)` quoted a close-status reader, a date-floor rule and
    other deliverables as if they were files on HEAD, in the very commit that
    recorded their true definitions. Every rule above was green over it: R1-R7
    judge SHAPE (counts, pointers, headings) and R8 asks only whether PROGRESS
    named the newest version, so nothing ever read a queue bullet as a CLAIM
    about the tree. A queue item that names a file nobody has to build is the
    cheapest kind of lie to write and the most expensive to rediscover, because
    the next run reads the bullet, looks for the path, and either rebuilds work
    that exists or silently drops an item that does not.
    Scope, chosen to keep the rule a detector rather than a formatter:
      - the NEWEST bullet only. Older bullets are history this tool freezes by
        other means, and a renamed or struck path in one of them is a record,
        not a live instruction.
      - `tools/<name>` / `tests/<name>` only - the two prefixes whose absence
        is checkable without a human deciding what "the feature" meant.
      - a token embedded in a LONGER path (`/data/tools/`, `./tools/x`,
        `mytools/x`) is not a claim about THIS tree, so it is not judged: the
        live bullet says `/data/tools/` while describing a stale copy of this
        brief that lives outside the repo, and reddening for it would punish
> build · mimo-v2.6-flash-free
$ cd /data/repo && sed -n '7173,7260p' CHANGELOG.md
## [0.4.181] - 2026-10-03 — queue item (124): *"the copy that lives outside this file"* was **prose describing a file-wide `grep -qF`** — both `registry` verdicts now read this suite's own `## <name>` section, bounded by the next `## ` heading and read **once** for both, guarded by **C41** (suite **392 → 416**)

### Fixed

- **"The copy in this section" was enforced as "a copy somewhere in the document."** `[0.4.180]` anchored *which comment above the definition* is read and left *which paragraph of `tools/REGISTRY.md`* a human sentence: both registry verdicts were `grep -qF -- "$live_re_lit" "$registry"` and `grep -qF -- "$gloss_lit" "$registry"` — the whole document — while the prose beside them named the subject *"the copy outside this file"* and *"the copy in this section"*. Measured rather than argued by the run that queued (124): park the **correct** literal and the **correct** derived gloss in `## healthcheck` while this section's own two copies go stale (the literal paraphrased, the gloss replaced) and the live code exits **0** with `violations=0`, `live_re_sites=3 gloss_sites=3` — the stale section is invisible because a correct copy exists elsewhere in the same file. That is `[0.4.180]`'s defect class read from the document end: the subject was prose, the reader was a whole-file grep, and the boundary was drawn by luck rather than by the file.
- **The subject is a block of the document now.** The `## <this file's basename>` block, bounded by the next `## ` heading — the same whole-line heading match and the same `/^## /` boundary the checker's own `sect()` helper uses — read **once** before both verdicts, so `live_re_quote registry` and `live_gloss registry` read one blob and can never read two sections. A section that is not there yields an **empty** subject, which fails both verdicts: a subject that cannot be found is not a subject that passed.

### Changed

- **Both file-wide greps are gone; one `awk` reads the section and both verdicts read that.** `live_re_sites=3` / `gloss_sites=3` are untouched, so a narrower subject never shrinks the scope, and the section's name comes from `basename "$live_re_src"` — the same derivation `live_re_src` itself uses — so there is no second definition of *"which section is mine"* to disagree with the first.
- **The `--help`, the header comment and `tools/REGISTRY.md` §F say what the code does**, i.e. that the document rendering is read from a section rather than from the document. This entry adds **no fourth copy** of the quoted literal and **no second copy** of the derived gloss (C36 tolerates the copies it already has; `C37a` asserts the gloss occurs exactly once in the registry), and both counts were read before a word of the prose was written.

### Tests

- **`C41` (24 assertions, `C41a`–`C41x`) pins the boundary from both sides, and the subject itself.** *A, stale inside / correct outside:* this section's literal is replaced by the mutant definition and its gloss by the mutant's gloss, while the **correct** pair is parked in `## healthcheck` → `live_re_quote registry` **and** `live_gloss registry`, **exactly 2 violations**, `3/3` sites still compared, `help`/`suite` silent. *B, correct inside / stale outside:* the reverse plant → **exit 0, 0 violations** — a boundary drawn wider than the section would redden here and would be wrong. *C, the heading deleted* while both copies stay in the file → **exit 1, exactly 2 violations** with `test_sections` 12 → 11, so the plant is structural and not merely textual.
- **The gap is two numbers, not an argument.** Beside each red plant `C41m`/`C41x` recompute the **pre-(124) predicate** against the same planted file — one `grep -qF` over the whole document for the literal, one for the gloss — and assert it still finds both: the plant satisfies exactly what the comparison used to read. Replayed out of the tree on the identical three plants against the genuine pre-(124) blob `8233aec` (`git show 507b2e7:tests/test_registry_coverage.sh`, md5-verified, `reg_sec` absent) → **old `exit 0, violations=0` on plants A, B and C** where the anchored subject gives **`exit 1, violations=2`**, **`exit 0, violations=0`**, **`exit 1, violations=2`** — all six runs reporting `live_re_sites=3 gloss_sites=3` and the whole-document predicate `1`. `HEAD` is deliberately not the replay source: after this lands it *is* this code, and a replay against HEAD rots into a replay against itself.
- Suite **392 → 416 passed / 0 failed** (measured **9m11s**, 07:23:53Z → 07:33:04Z), all **24** `PASS: C41*` lines named in the log; controls **C1…C41** contiguous when counted from the file (`grep -oE '\bC[0-9]{1,2}' | sort -u -V | wc -l` → 41); `--help`'s declared control count moved **40 → 41** with it; a child-only baseline of the same tree reports `violations=0 live_re_sites=3 gloss_sites=3` and **0** `VIOLATION`/`ERROR`/`DIAG` lines. `- Live:` suite figure untouched by this entry (**84**, refreshed in `cc981c4` by the run that added `tests/test_no_dsn_reply.php`); no tool source and no `app/src/php` file changed → **no reviewer gate and no promote**, prod untouched (**0.4.28**), `GLADEX_APP_VERSION` unchanged.

### Notes

- **The class, stated once:** (119) widened *what* is checked, (120) made *which lines* code instead of comment, (121) made *the shape* bytes instead of prose, `[0.4.179]` made *the reading of those bytes* a function of them, `[0.4.180]` made *the comment's place* a function of the file, and this entry makes *the document's place* a function of the document — the last of the three renderings whose subject was a sentence.
- **Residue, queued not actioned:** C41 pins the section's boundary only on the side its plant sits on — `## healthcheck` is **before** this section — so a reader that dropped the `exit` at the next `## ` heading (reading from the heading to the end of the file) would still pass all 24 of C41's assertions; only a correct copy parked in a **later** section would expose it. Queued as **(125)**. Live head stays **(99)** (a service restart this loop does not perform unilaterally), then (113)'s copy whenever the host account runs it, then (125).
- Costs no extra probe: one `awk` over a registry file the checker already reads, and the two `--help` round-trips are unchanged — measured whole-suite time went **7m39s → 9m11s** at 392 → 416 assertions, i.e. three more sandboxes, not the subject.

### Queue
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 && sed -n '300,345p' tests/test_registry_coverage.sh; echo "=== asserts ==="; sed -n '440,475p' tests/test_registry_coverage.sh
# "service unreachable", both 3), so the probe is service-independent by
# construction rather than by luck. Only (a) closes the item without touching
# a tool or a second suite.
#
# Hermeticity: only section A reads the live tree, and read-only. Every control
# copies tools/ + REGISTRY.md into its own mktemp sandbox and mutates the copy;
# the sandbox is trap-removed on exit. No EXTERNAL network, no sqlite, no
# writes outside the sandbox, the `--help` probes are the same bounded
# `timeout 20` in both modes, and the bad-argument probes are bounded
# `timeout 5` — a tool that must reach the network (or hang) to discover that
# an argument is nonsense is the defect E is looking for, so the short bound is
# the assertion, not a caveat. One socket, added by queue item (98): the three
# declared-contract probes are bounded `timeout 10`, and one of them
# (`smtp-relay-probe`) connects to `127.0.0.1:25` — loopback only, never the
# internet, and deliberately scoped to that single endpoint so the tool's own
# default set (which includes the VPS path `77.90.15.49:25`) is never dialled
# from here. The VERDICT does not depend on the answer: that pair is declared
# `non2` (see the table), so whether the container's Postfix accepts the probe
# or refuses the connection, the assertion holds and no control's
# "exactly one violation" count moves. An input that was not read is never a
# pass, which is why the other two declared pairs are probed for their exact
# codes and are measured service-independent (immich-roundtrip answers 3 with
# the service up and 3 with it down).
#
# Usage: bash tests/test_registry_coverage.sh [--help]
# Exit:  0 all assertions pass, 1 one or more failed, 2 bad arguments.
set -u

TESTS_DIR=$(cd "$(dirname "$0")" && pwd)
REPO=$(dirname "$TESTS_DIR")
SELF="$TESTS_DIR/$(basename "$0")"
PASS=0
FAIL=0
OUT=""
LIVE_OUT=""
RC=0
SBROOT=""

# Test hooks: a MUTATED copy of the tree under test is pointed at by these, so
# every control below exercises the same code the live assertion runs.
cov_tools="${REGISTRY_COVERAGE_TOOLS_DIR:-$REPO/tools}"
cov_registry="${REGISTRY_COVERAGE_REGISTRY:-$cov_tools/REGISTRY.md}"
cov_tests="${REGISTRY_COVERAGE_TESTS_DIR:-$REPO/tests}"

# ONE definition of a `Live` claim line, shared by every reader section F has:
# the singular-count reader, the undated reader, the DIAG that names the
=== asserts ===
        esac ;;
    esac
    if [ -n "$out" ]; then out="$out, $part"; else out="$part"; fi
  done
  printf '%s\n' "$out"
}

ok()   { PASS=$((PASS + 1)); echo "PASS: $1"; }
fail() { FAIL=$((FAIL + 1)); echo "FAIL: $1"; }

assert_eq() { # desc want got
  if [ "$3" = "$2" ]; then ok "$1"; else fail "$1 (want=$2 got=$3)"; fi
}
assert_ge() { # desc min got
  if [ "$3" -ge "$2" ] 2>/dev/null; then ok "$1"; else fail "$1 (want>=$2 got=$3)"; fi
}
assert_contains() { # desc needle haystack
  case "$3" in *"$2"*) ok "$1" ;; *) fail "$1 (missing: $2)" ;; esac
}
assert_not_contains() { # desc needle haystack
  case "$3" in *"$2"*) fail "$1 (unexpected: $2)" ;; *) ok "$1" ;; esac
}
# expect / expect_not — every control's plant is proved to have taken effect
# BEFORE the checker runs, so "caught" can never be true because the
# substitution matched nothing.
expect()    { local d="$1"; shift; if "$@" >/dev/null 2>&1; then ok "$d"; else fail "$d"; fi; }
expect_not() { local d="$1"; shift; if "$@" >/dev/null 2>&1; then fail "$d"; else ok "$d"; fi; }

# --------------------------------------------------------------------------
# The checker under test. Reached in child mode ONLY through this branch, so
# a control cannot accidentally run a differently-written code path.
# --------------------------------------------------------------------------
# Prints `VIOLATION <kind> <subject>` per finding and one `SUMMARY ...` line,
# then returns 0 (clean), 1 (findings) or 3 (cannot verify: an input that was
# not read is never a pass).
run_check() {
> build · mimo-v2.6-flash-free
$ cd /data/repo && grep -n 'c36_lit=\|c36_new=\|c37_gloss=\|c37_gloss_mut=\|c36_new_lit' tests/test_registry_coverage.sh | head; echo "=== context ==="; sed -n "$(grep -n 'c36_lit=' tests/test_registry_coverage.sh | head -1 | cut -d: -f1),+12p" tests/test_registry_coverage.sh
2908:c36_lit=$(grep '^LIVE_RE=' "$SELF" | head -1)
2911:c36_new=$(python3 -c 'import sys; s = sys.argv[1]; t = r"(\*\*)?"
2996:c37_gloss=$(live_gloss "$c37_val")
2997:c37_gloss_mut=$(live_gloss "$c37_new")
=== context ===
c36_lit=$(grep '^LIVE_RE=' "$SELF" | head -1)
expect "C36a non-vacuity: the definition line was read from this suite" \
  test -n "$c36_lit"
c36_new=$(python3 -c 'import sys; s = sys.argv[1]; t = r"(\*\*)?"
assert s.count(t) == 1, "definition carries no single bold group"
print(s.replace(t, "", 1))' "$c36_lit")
expect "C36b plant-prep: dropping the bold group yields a different, non-empty line" \
  sh -c 'test -n "$1" && test "$1" != "$2"' _ "$c36_new" "$c36_lit"

# Plant A — the DOCUMENT side: `tools/REGISTRY.md` keeps a shape the code no
# longer has. One site moves, so exactly one name may be reported.
D=$(fresh c36a)
python3 - "$D/tools/REGISTRY.md" "$c36_lit" "$c36_new" <<'PY'
> build · mimo-v2.6-flash-free
Now I'll make the step. First, the `--help` text of the suite:
← Edit repo/tests/test_registry_coverage.sh
Index: repo/tests/test_registry_coverage.sh
===================================================================
--- repo/tests/test_registry_coverage.sh
+++ repo/tests/test_registry_coverage.sh
@@ -1423,13 +1423,22 @@
 the gloss, so a correct copy parked in another section can no longer answer
 for a stale one here — control C41 plants a stale pair inside this section
 with a correct pair outside it, the reverse pair that must stay silent, and
 the section heading removed while both copies stay in the file.
+Since queue item (125) that section boundary is pinned on BOTH of its sides:
+C41 parked its outside pair only in a section BEFORE this one, so a reader
+that dropped the `exit` at the next `## ` heading — reading from `## <this
+file's basename>` to the end of the file — still satisfied all 24 of its
+assertions, and control C42 parks the CORRECT pair in the section AFTER this
+one beside a stale pair inside: today's bounded subject reddens (2
+violations) while that to-EOF mutant stays green on the same plant, and is
+then replayed over C41's own three plants to show it reproduces their three
+verdicts — the boundary's upper edge, which no plant had ever held.
 
 sections:
   A  the live tree is fully covered (the assertion this suite exists for)
   B  the counts are cross-checked against an independent recount of both inputs
-  C  41 negative controls: each plant is proved to have taken effect first,
+  C  42 negative controls: each plant is proved to have taken effect first,
      then the SAME checker (re-executed as a child of this script) must go red
      on that specific VIOLATION line
   D  this suite's own --help
   E  the exit-code tables are true, not merely present (one bounded probe per

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.

[Sat Oct  3 10:45:59 2026] 127.0.0.1:38818 Accepted
[Sat Oct  3 10:45:59 2026] 127.0.0.1:38818 Closing
[Sat Oct  3 10:45:59 2026] 127.0.0.1:38820 Accepted
[Sat Oct  3 10:45:59 2026] 127.0.0.1:38820 Closing
[Sat Oct  3 10:45:59 2026] 127.0.0.1:38832 Accepted
[Sat Oct  3 10:45:59 2026] 127.0.0.1:38832 Closing
[Sat Oct  3 10:45:59 2026] 127.0.0.1:38842 Accepted
[Sat Oct  3 10:45:59 2026] 127.0.0.1:38842 Closing
[Sat Oct  3 10:45:59 2026] 127.0.0.1:38846 Accepted
[Sat Oct  3 10:45:59 2026] 127.0.0.1:38846 Closing
[Sat Oct  3 10:45:59 2026] 127.0.0.1:38854 Accepted
[Sat Oct  3 10:45:59 2026] 127.0.0.1:38854 Closing
[Sat Oct  3 10:45:59 2026] 127.0.0.1:38864 Accepted
[Sat Oct  3 10:46:00 2026] 127.0.0.1:38864 Closing
[Sat Oct  3 10:46:00 2026] 127.0.0.1:38878 Accepted
[Sat Oct  3 10:46:00 2026] 127.0.0.1:38878 Closing
[Sat Oct  3 10:47:11 2026] 127.0.0.1:57154 Accepted
[Sat Oct  3 10:47:11 2026] 127.0.0.1:57154 Closing
[Sat Oct  3 11:00:09 2026] 127.0.0.1:36384 Accepted
[Sat Oct  3 11:00:09 2026] 127.0.0.1:36384 Closing
[Sat Oct  3 11:00:09 2026] 127.0.0.1:36394 Accepted
[Sat Oct  3 11:00:09 2026] 127.0.0.1:36394 Closing
[Sat Oct  3 11:00:09 2026] 127.0.0.1:36400 Accepted
[Sat Oct  3 11:00:09 2026] 127.0.0.1:36400 Closing
[Sat Oct  3 11:00:09 2026] 127.0.0.1:36404 Accepted
[Sat Oct  3 11:00:09 2026] 127.0.0.1:36404 Closing
[Sat Oct  3 11:00:09 2026] 127.0.0.1:36410 Accepted
[Sat Oct  3 11:00:09 2026] 127.0.0.1:36410 Closing
[Sat Oct  3 11:00:09 2026] 127.0.0.1:36412 Accepted
[Sat Oct  3 11:00:09 2026] 127.0.0.1:36412 Closing
[Sat Oct  3 11:00:09 2026] 127.0.0.1:36414 Accepted
[Sat Oct  3 11:00:09 2026] 127.0.0.1:36414 Closing
[Sat Oct  3 11:00:09 2026] 127.0.0.1:36430 Accepted
[Sat Oct  3 11:00:09 2026] 127.0.0.1:36430 Closing
[Sat Oct  3 11:00:09 2026] 127.0.0.1:36444 Accepted
[Sat Oct  3 11:00:10 2026] 127.0.0.1:36444 Closing
[Sat Oct  3 11:00:10 2026] 127.0.0.1:36456 Accepted
[Sat Oct  3 11:00:10 2026] 127.0.0.1:36456 Closing
[Sat Oct  3 11:00:54 2026] 127.0.0.1:46682 Accepted
[Sat Oct  3 11:00:54 2026] 127.0.0.1:46682 Closing
[Sat Oct  3 11:00:54 2026] 127.0.0.1:46688 Accepted
[Sat Oct  3 11:00:54 2026] 127.0.0.1:46688 Closing
[Sat Oct  3 11:00:54 2026] 127.0.0.1:46694 Accepted
[Sat Oct  3 11:00:54 2026] 127.0.0.1:46694 Closing
[Sat Oct  3 11:00:54 2026] 127.0.0.1:46698 Accepted
[Sat Oct  3 11:00:54 2026] 127.0.0.1:46698 Closing
[Sat Oct  3 11:00:54 2026] 127.0.0.1:46714 Accepted
[Sat Oct  3 11:00:54 2026] 127.0.0.1:46714 Closing
[Sat Oct  3 11:00:55 2026] 127.0.0.1:46718 Accepted
[Sat Oct  3 11:00:55 2026] 127.0.0.1:46718 Closing
[Sat Oct  3 11:00:55 2026] 127.0.0.1:46734 Accepted
[Sat Oct  3 11:00:55 2026] 127.0.0.1:46734 Closing
[Sat Oct  3 11:00:55 2026] 127.0.0.1:46746 Accepted
[Sat Oct  3 11:00:55 2026] 127.0.0.1:46746 Closing
[Sat Oct  3 11:00:55 2026] 127.0.0.1:46750 Accepted
[Sat Oct  3 11:00:55 2026] 127.0.0.1:46750 Closing
[Sat Oct  3 11:00:55 2026] 127.0.0.1:46754 Accepted
[Sat Oct  3 11:00:55 2026] 127.0.0.1:46754 Closing
[Sat Oct  3 11:05:45 2026] 127.0.0.1:51966 Accepted