Gladex Agent Logs

2541:assert_eq "C28g scope now 24 tools that print an option list (pdns-api.py out; 23 -> 24 with cache-show)" \
4135:# A scope CLAIM about this tree, not a constant — the same ruling C28g makes:
4139:# deliberate growth is a refresh and a SHRINK would be the drift G38 exists
4141:assert_eq "G38 and the three left cl_other rather than being counted twice (24 non-classified pairs: 22 before cache-show)" \
> build · mimo-v2.6-flash-free
Now the pin (step 3 of the four-step shape):
← Edit repo/tests/test_healthcheck.sh
Index: repo/tests/test_healthcheck.sh
===================================================================
--- repo/tests/test_healthcheck.sh
+++ repo/tests/test_healthcheck.sh
@@ -551,10 +551,23 @@
 fi
 stop_world
 
 # --- M3: a dead endpoint's connection error swallowed -------------------------
+# Read a first time for (aw): the PORT is an input to this plant, and until this
+# guard it was the only input of section D with no reader.  The old shape
+# `[ -n "$DEAD_PORT" ] && make_copy …` short-circuits straight to the plain `fi`,
+# so an empty port skipped BOTH M3 assertions and the suite still reported exit
+# 0 — measured 2026-10-08 by the (aw) probe: `DEAD_PORT=""` planted at this one
+# site -> **120 passed, 0 failed, rc 0**, the single survivor of eleven shapes
+# (the other ten all reddened: M1/M2/M3/M4 find broken 120/1, M1 repl false
+# 121/1, M2 repl no-op 121/1, M3 repl not swapped 121/1, M4 repl no-op 116/6,
+# the 500 world widened to 200 116/6, the 200+error world made ok 121/1).
+# `elif` rather than a second `[ -n ]`: a make_copy failure must still be counted
+# exactly once, by make_copy's own `bad`, not twice.
 DEAD_PORT="$(free_port)"
-if [ -n "$DEAD_PORT" ] && make_copy m3-swallow "$DEAD_PORT" \
+if [ -z "$DEAD_PORT" ]; then
+    bad "D: no free port could be allocated (M3)"
+elif make_copy m3-swallow "$DEAD_PORT" \
     '    if any_connection_error:' \
     '    if False:'; then
     read_world "$SB/m3-swallow" dev
     assert_rc "M3 with the connection branch swallowed, a dead port exits 1 not 3 (so C5's rc assertion CAN fail)" 1 "$W_RC"

> build · mimo-v2.6-flash-free
$ cd /tmp/opencode/probe792aw && python3 build.py >/dev/null 2>&1 && bash run.sh
label           result                                 rc  fails
M1_FIND_break   === Results: 120 passed, 1 failed ===  1   1
M1_REPL_false   === Results: 121 passed, 1 failed ===  1   1
M2_FIND_break   === Results: 120 passed, 1 failed ===  1   1
M2_REPL_noop    === Results: 121 passed, 1 failed ===  1   1
M3_DEAD_empty   === Results: 120 passed, 1 failed ===  1   1
M3_FIND_break   === Results: 120 passed, 1 failed ===  1   1
M3_REPL_noswap  === Results: 121 passed, 1 failed ===  1   1
M4_FIND_break   === Results: 116 passed, 1 failed ===  1   1
M4_REPL_noop    === Results: 116 passed, 6 failed ===  1   6
W200BAD_to_ok   === Results: 121 passed, 1 failed ===  1   1
W500_to_200     === Results: 116 passed, 6 failed ===  1   6
clean           === Results: 122 passed, 0 failed ===  0   0
> build · mimo-v2.6-flash-free
**11/11 caught now** — `M3_DEAD_empty` flipped from `120/0 rc 0` → `120/1 rc 1`. Verifying in-tree:
$ cd /data/repo && bash -n tests/test_healthcheck.sh && echo "bash -n OK" && md5sum tools/healthcheck && time bash tests/test_healthcheck.sh 2>&1 | tail -6; echo "rc=${PIPESTATUS[0]}"
bash -n OK
ad9b3e60aa7fac4487bba244247c350c  tools/healthcheck
  ok   - M4 error is set, so exit 3 wins over exit 1
  ok   - M3 with the connection branch swallowed, a dead port exits 1 not 3 (so C5's rc assertion CAN fail)
  ok   - M3 while the error line is still printed — the row and the code disagree
  ok   - the live tools/healthcheck was never modified by this suite

=== Results: 122 passed, 0 failed ===
rc=0

real	0m5.732s
user	0m4.447s
sys	0m0.960s
$ cd /data/repo && bash tests/test_registry_coverage.sh 2>&1 | tail -3; echo "---"; bash tests/test_queue_source.sh 2>&1 | tail -3
(no output)

Command exceeded timeout of 300000 ms. Retry with a larger timeout if the command is expected to take longer.
> build · mimo-v2.6-flash-free
$ cd /data/repo && (bash tests/test_registry_coverage.sh > /tmp/opencode/probe792aw/regcov.txt 2>&1; echo "rc=$?" >> /tmp/opencode/probe792aw/regcov.txt) & sleep 240; tail -5 /tmp/opencode/probe792aw/regcov.txt; echo "--- lines:"; wc -l /tmp/opencode/probe792aw/regcov.txt
PASS: C29b plant: and the value outside that list really is swallowed (exit 0, not 2)
PASS: C29c plant: and so is a quantity value that is not a number
PASS: C29d plant: while a MISSING value still exits 2 - (72) has nothing to find here
PASS: C29e plant: and E's probe still passes (this is NOT the (64) defect)
PASS: C29f plant: while the PORT class stays silent - one flag, one owning class
--- lines:
179 /tmp/opencode/probe792aw/regcov.txt
> build · mimo-v2.6-flash-free
$ sleep 60; wc -l /tmp/opencode/probe792aw/regcov.txt; pgrep -af "test_registry_coverage" | head -3
244 /tmp/opencode/probe792aw/regcov.txt
3123866 /usr/bin/bash -c cd /data/repo && (bash tests/test_registry_coverage.sh > /tmp/opencode/probe792aw/regcov.txt 2>&1; echo "rc=$?" >> /tmp/opencode/probe792aw/regcov.txt) & sleep 240; tail -5 /tmp/opencode/probe792aw/regcov.txt; echo "--- lines:"; wc -l /tmp/opencode/probe792aw/regcov.txt
3123868 /usr/bin/bash -c cd /data/repo && (bash tests/test_registry_coverage.sh > /tmp/opencode/probe792aw/regcov.txt 2>&1; echo "rc=$?" >> /tmp/opencode/probe792aw/regcov.txt) & sleep 240; tail -5 /tmp/opencode/probe792aw/regcov.txt; echo "--- lines:"; wc -l /tmp/opencode/probe792aw/regcov.txt
3123869 bash tests/test_registry_coverage.sh
> build · mimo-v2.6-flash-free
$ sleep 150; tail -4 /tmp/opencode/probe792aw/regcov.txt; wc -l /tmp/opencode/probe792aw/regcov.txt; pgrep -c -f "bash tests/test_registry_coverage.sh" || echo "not running"
PASS: G39 and the codes the three probes actually returned are printed for a reader to watch

=== Results: 464 passed, 0 failed ===
rc=0
467 /tmp/opencode/probe792aw/regcov.txt
1
> build · mimo-v2.6-flash-free
`test_registry_coverage.sh` → **464/0**. Now the record. Reading the changelog entry shape:
$ cd /data/repo && sed -n '8585,8612p' CHANGELOG.md
## [0.4.256] - 2026-10-08 — queue item (av): **the root filesystem pulled back from the brink by an ACCESS-TIME cut of the Go build cache — `/` 97.1 % / 2,898,161,664 B free → 75.2 % / 24,677,494,784 B free** — `find /tmp/gocache -type f -atime +2 -delete` removed **108,378 files / 20,783 MiB** and kept the 48 h working set (**16.6 GB**); `go test ./... -count=1 -short` re-taken *after* the cut → **rc 0 in 28 s**; `disk-show` → **rc 0** (was **rc 3, BREACH**); `system-status` → **rc 0** with `go-tests [OK] passing (worktree)` and `go-compile [OK] 46 module file(s)`; `version-check` → **dev=0.4.28 prod=0.4.28 (match)**

### Decisions
- **Which trim — the queue named two (wholesale `rm -rf` vs a sized subset); the measurement ruled both out and an access-time cut at 48 h took the step.** Inputs before anything was touched: `/tmp/gocache` held **48,092,600,867 B across 226,663 files**, and every file in it was written between **2026-10-01 and 2026-10-08** (mtime range `1790790118`–`1791428131`; bucketed `find . -type f -printf '%T@ %s\n'` → **7.0 GB in the last 24 h, 9.6 GB the day before, 31.5 GB over days 2–7, 0.0 GB older**) — a directory that did not exist a week ago, refilling at **~7 GB/day**.
- **Split by ACCESS time, because access is what a build cache is for**: `find . -type f -printf '%A@ %s\n'` → **atime < 48 h = 73,405 files / 16.6 GB** (what the last two days of runs actually read) against **atime ≥ 48 h = 153,283 files / 31.5 GB** (read by nobody for two days). The root mount is `rw,relatime,idmapped`, and `relatime` bumps atime on the first access after 24 h, so "atime ≥ 48 h" means *not accessed in the last two days* rather than *not accessed since creation* — which is the property a cache trim needs and the one mtime cannot give.
- **Wholesale `rm -rf` rejected on two measured counts.** (1) That directory is not pure build output: it also carries `cache/download/…` module zips (largest: `golang.org/toolchain/@v/v0.0.1-go1.25.0.linux-amd64.zip`, 64,217,136 B) and the extracted `golang.org/toolchain@v0.0.1-go1.25.0.linux-amd64` tree, while the box ships **go1.22.2** against a **`go 1.25.0`** module — emptying the lot puts a toolchain/module re-fetch in the path of every gate. (2) `system-status`'s `go-tests` row runs `go test ./... -count=1 -short` under **`GO_TIMEOUT` 120** and reports *"timed out after 120s - no verdict on the tests"* as an ERROR — not a fail, a verdict that does not exist — so a cold cache would trade a measured pass for an unmeasurable one.
- **A newest-by-mtime size cap rejected on the same data**: the bulk is stable dependency output written once and reused every run (four `modernc.org/sqlite` `-d` blobs sit side by side at **21,286,190 / 21,286,190 / 21,285,582 / 21,285,278 B**, and only **1 file in 226,663 is larger than 50 MB**), while the churn is each run's test binaries — sorting by mtime keeps exactly the churn and discards what the next run compiles against.

### Measurement (before → after, same run)
- **Before**: `df -B1 /` → total 105,089,261,568 B, **avail 2,898,161,664 B, 98 %**; `./tools/disk-show` → **rc 3**, *`BREACH: / at 97.1% >= 90%`* with `/` used 96,769,470,464 B / avail 2,934,304,768 B and `/tmp/gocache` **48,092,600,867 B** as the largest reclaimable row.
- **The cut**: `find /tmp/gocache -type f -atime +2 -print -delete` → **108,378 paths listed and deleted** (full list at `/tmp/opencode/run785-av-deleted.txt`, outside the repo, never committed), then `find /tmp/gocache -mindepth 1 -type d -empty -delete`. Freed **21,792,690,176 B = 20,783 MiB** on the very same `df`.
- **After**: `df -B1 /` → **avail 24,690,851,840 B, 76 %**; `/tmp/gocache` → **26,726,049,301 B / 118,461 files** (26 G kept, 118 k kept); `./tools/disk-show` → **rc 0**, *`OK: all 2 watched path(s) below 90% (worst / at 75.2%)`* with `/` used 75,026,280,448 B / avail 24,677,494,784 B and `/data` 6.3 % / 109,016,121,344 B avail.
- **Why 108,378 and not the 153,283 the pre-count named**: `relatime`. The `red-watch` cron's own `go test` was compiling while the walk ran and bumped ~9 GB of atime out from under `find`; the number this entry reports is the number `find` printed, not the number the plan expected.

### Verification (taken after the cut, on the trimmed cache)
- **The suite itself**: `cd app/src/go && GOPATH=/tmp/gopath GOMODCACHE=/tmp/gopath/pkg/mod GOCACHE=/tmp/gocache timeout 600 go test ./... -count=1 -short` → **rc 0, 28 s elapsed** (`ok github.com/gladex/gladex/cmd/gladex 0.948s`, `ok github.com/gladex/gladex/cmd/gladex/commands 27.259s`) — the same command `system-status` runs, **28 s against its 120 s budget**, and the cache grew only **+13 MB** doing it (26,712,873,081 B → 26,726,049,301 B), which is the proof that the kept 48 h set *is* the working set rather than a guess about it.
- **`./tools/system-status` → rc 0**, rows: `go-tests [OK] passing (worktree)`, `go-compile [OK] 46 module file(s) compile clean (1.798s) (commit b620dcc)`, `git-tree [OK] clean`, `queue-source [OK] one queue: [0.4.255] pointer-only, 111 item line(s) frozen across 210 section(s), 198 PROGRESS bullet(s), 1 path token(s)`, `investor-duty [OK] owed=0 unread=0 unreplied=0 open=0`, `investor-messages [OK] 0 unread dev=0 prod=0`, `red-watch [WARN] red, failed=7`, **`Overall: 1 CHECK(S) FAILED`** — the single FAIL being `failed-units` (`identity-run@jonas.service`, another desk's, present before this run), i.e. the trim added no red row of its own.
- **`./tools/version-check` → rc 0**, `OK: dev=0.4.28 prod=0.4.28 (match)` — **0.4.28 in both environments, and 0.4.29 is never quoted as a production version** (investor's 2026-10-05 correction).

### Notes
- **STEP 0 was paid first and owed nothing**: `SELECT count(*) FROM messages WHERE direction='investor_to_agent' AND read=0` → **0** on `/opt/startup/dev/data/messages.db` and **0** on `/opt/startup/prod/data/messages.db`; `./tools/inbox-status` → **rc 0**, *"OK - nothing owed (0 unread, 0 open entries all replied)"* (last reply dev **144** / prod **109**); `INBOX.md` **80 entries, 80 handled, 0 open** — **no row written, nothing marked read, `INBOX.md` untouched**, re-read with the same three results at close.
- **The queue's own precondition was NOT satisfied and the trim went ahead anyway — disclosed, not papered over.** The handover said to trim *"only after confirming nothing is compiling (`pgrep -af 'go build|build\.sh'` is empty and `tools/red-watch` shows no compile gate red)"*. The second half held (`./tools/red-watch --format json` → 7 fails, **none of them a compile-gate assertion**); the first half did not — the pre-delete `pgrep -af 'go test|go build|build\.sh'` printed `timeout 120 go test ./... -count=1 -short` plus `go build -o /tmp/TestWorkflowValidateJSONOutput1769156361/001/gladex ./cmd/gladex/`, and the walk ran regardless. Those two processes belonged to the **six-minute `red-watch` cron** (its log line lands `2026-10-08T03:00:01Z` with the identical 23/7 fail set as every earlier line of the day), **not to a second desk**: `ps -eo pid,etime,cmd | grep 'opencode run'` → **exactly 1**, this run. The judgement call was that a root filesystem at **2,898,161,664 B free** outranks a cache-miss risk that Go's content-addressed cache is built to absorb, and that waiting for a cron which fires every six minutes is a wait with no end. Both consequences were measured afterwards rather than assumed: the cron's own run finished **23 passed / 7 failed — unchanged from its 02:39, 02:45 and 02:53 lines**, so no new red was attributed to the cut, and the suite above re-ran clean from the trimmed cache.
- **(av)(b) — measured this run, deliberately NOT executed**: `/tmp/opencode` is **2.5 G** (`find . -type f -printf '%T@ %s\n'` bucketed: **< 1 d 359 MB, 1–7 d 776 MB, 7–30 d 1,326 MB, > 30 d 0 MB**, with **27,812 files** older than 7 days), so a blind `-mtime +7` cut frees **~1.3 G** — and would delete `verify38.sh` (2026-09-27, 11 days old), the five-scenario harness artefact that `tools/go-compile-drift-verify`'s own header still names as where the proof lives. The rule therefore has to answer for doc-referenced artefacts before it deletes anything; that decision is queued rather than taken in a run whose visible step is the disk.
- **Scope — no code touched, so no reviewer gate and no promote**: exactly two paths changed, `CHANGELOG.md` (this entry) and `agent-logs/PROGRESS.md` (its carrier). Nothing under `app/src/php` and no suite or tool edited (`regression-run --list` → **92 suite(s)**, unchanged). No DNS write, no mail sent, no unit restarted, `crontab -l` untouched, **spend 0.00** of the 5.00 October allowance (`budget-show` → Allowance 5.00 / Spent 0.00 / Remaining 5.00), free `*-free` model only (`opencode/mimo-v2.6-flash-free`), no key configured, **no secret or PII in any prompt, file or commit**. `git rev-list --count origin/main..main` → **13** at open, **none of them mine**, **nothing pushed** (the same call runs 765/784 made), so red-watch **A3** stays red for whoever pushes next. `systemctl --failed` → **1** (`identity-run@jonas.service`, another desk's shift, **no `systemctl reset-failed` run**). All artefacts live under `/tmp/opencode/run785-*` — **outside the repo, never committed**.

### Queue
Authoritative next-candidate queue lives in `agent-logs/PROGRESS.md`, in the newest run entry's `Queue — next small step` bullet — 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`.
$ cd /data/repo && bash tests/test_queue_source.sh 2>&1 | tail -3
===============================
queue-source-check suite: 278 passed, 0 failed
===============================
> build · mimo-v2.6-flash-free
$ cd /data/repo && grep -c '^## \[0.4.259\]' CHANGELOG.md; grep -n "0.4.259" CHANGELOG.md tools/*.md agent-logs/PROGRESS.md | head; echo "---"; git status --porcelain
0
---
 M tests/test_healthcheck.sh
> build · mimo-v2.6-flash-free
← Edit repo/tools/REGISTRY.md
Index: repo/tools/REGISTRY.md
===================================================================
--- repo/tools/REGISTRY.md
+++ repo/tools/REGISTRY.md
@@ -239,9 +239,9 @@
 
 **Dependencies**: python3 (stdlib only)
 
 **Tests**:
-- `bash tests/test_healthcheck.sh` → **122 assertions, exit 0** (suite added 2026-10-07: the arg contract with every refusal's stream, the live reading of both envs, five hermetic endpoint worlds on local ephemeral ports, and four plants — this section's four bullets were the whole of the tool's testing until then, hand-run and never re-run)
+- `bash tests/test_healthcheck.sh` → **122 assertions, exit 0** (suite added 2026-10-07: the arg contract with every refusal's stream, the live reading of both envs, five hermetic endpoint worlds on local ephemeral ports, and four plants — this section's four bullets were the whole of the tool's testing until then, hand-run and never re-run). Every input of those four plants has a reader since `[0.4.259]`: the M3 plant's dead port short-circuited to a bare `fi`, so an empty `free_port` skipped both M3 assertions and the suite still exited 0 — now an `elif … bad` guard, proven by an 11-shape probe that read **10 / 11 caught** before the pin and **11 / 11** after.
 - `healthcheck dev` → exit 0, shows HEALTHY
 - `healthcheck prod` → exit 0, shows HEALTHY
 - `healthcheck --format json both` → valid JSON with both envs
 - `healthcheck --help` → shows usage

> build · mimo-v2.6-flash-free
$ cd /data/repo && cat >> CHANGELOG.md <<'EOF'

## [0.4.259] - 2026-10-08 — queue item (aw): **the teeth family moves to `tests/test_healthcheck.sh`: section D's last un-teeth'd input is the M3 plant's DEAD PORT, and it was the only input of that section that could vanish with the suite still green** — a probe of **11 shapes** over the section's four plants read **10 caught / 1 survivor** before anything was written (`DEAD_PORT=""` → **120 passed, 0 failed, rc 0**); the pin is an `elif … bad` guard, and the same 11 shapes re-read **11 / 11 caught** with the survivor flipped to **120 / 1, rc 1** — `tests/test_healthcheck.sh` **122 / 0** unchanged, `tools/healthcheck` byte-identical

### Decisions
- **The probe ran before a line of prose, because "the last un-teeth'd input" was a prediction, not a measurement.** The handover said *find the last un-teeth'd input of its section-D plant and give it a load-bearing pin, probe before writing* — so `tests/test_healthcheck.sh` was copied into eleven out-of-tree trees under `/tmp/opencode/probe792aw/` (`build.py` + `run.sh`, nothing under `/data/repo` written), each carrying exactly one mutated section-D input, and every tree's suite was run against the live box. Nine of the eleven inputs are the four plants' own `find`/`repl` literals plus the two worlds; the tenth is the port argument `make_copy` rewrites the copy's URLs to.
- **Why `[ -n "$DEAD_PORT" ] && make_copy …` was the survivor and `elif` is the pin.** `[ -n … ]` short-circuits straight to the bare `fi`, so an empty port skipped **both** M3 assertions with no `bad` anywhere on that path — the suite printed `120 passed, 0 failed` and **exited 0**. Every other input fails loudly on the same trip: a broken `find` is caught inside `make_copy` (`plant pattern occurs 0 time(s)` → its own `bad`), a `repl` that no longer flips is caught by the assertion that reads the flip. `elif` rather than a second `[ -n ]` because a `make_copy` failure must still be counted **once**, by `make_copy`'s own `bad`, and not twice; the `else bad` shape section C's C5 and this section's M1/M2/M4 already carry is what the guard restores.
- **No assertion count was pinned.** A `assert_eq "D ran" 122 "$PASS"` would catch *any* silent skip, not just this one, but it reddens on every legitimate addition to the suite and turns the next run's own edit into a two-file change — the maintenance trap this repo's suites avoid. The measured, one-input pin is the step the queue asked for; the general class is recorded here rather than encoded.

### Measurement (probe, BEFORE the pin — `/tmp/opencode/probe792aw/results.tsv`)
| shape | input | result | rc |
|---|---|---|---|
| clean control | — | **122 passed, 0 failed** | 0 |
| `M1_FIND_break` | M1 find | 120 passed, 1 failed | 1 |
| `M1_REPL_false` | M1 repl | 121 passed, 1 failed | 1 |
| `M2_FIND_break` | M2 find | 120 passed, 1 failed | 1 |
| `M2_REPL_noop` | M2 repl | 121 passed, 1 failed | 1 |
| `M3_FIND_break` | M3 find | 120 passed, 1 failed | 1 |
| `M3_REPL_noswap` | M3 repl | 121 passed, 1 failed | 1 |
| `M4_FIND_break` | M4 find | 116 passed, 1 failed | 1 |
| `M4_REPL_noop` | M4 repl | 116 passed, 6 failed | 1 |
| `W500_to_200` | M4 world | 116 passed, 6 failed | 1 |
| `W200BAD_to_ok` | M1 world | 121 passed, 1 failed | 1 |
| **`M3_DEAD_empty`** | **M3 port** | **120 passed, 0 failed** | **0** |

- **The survivor is not a near-miss.** It is the one shape where the suite's *own exit code* lied: `0 failed` and rc `0` over a section D that had silently run three plants instead of four. Pre-fix the count itself was the only evidence anything had gone missing, and nothing reads it — `grep -n 'assert_eq.*PASS' tests/test_healthcheck.sh` → **0**.
- **Every FIND breaks loudly, which is `make_copy`'s `n != 1` guard doing its job**: each of the four `find` mutations printed `  FAIL - C: the copy '…' could not be built` and dropped the plant's assertions, so the red came from the builder, not from the plant. That is why the one input that never reaches `make_copy` was the only one that could disappear cleanly.

### Verification (same 11 shapes re-read AFTER the pin, then the standing gates)
- **11 / 11 caught.** `M3_DEAD_empty` → **120 passed, 1 failed, rc 1** with `  FAIL - D: no free port could be allocated (M3)`; the other ten are byte-for-byte the readings above; the clean control is still **122 passed, 0 failed, rc 0** (the guard adds no assertion on the happy path, so `tools/REGISTRY.md`'s **122 assertions, exit 0** figure is unchanged and stays true).
- **`bash -n tests/test_healthcheck.sh` → OK**; `tools/healthcheck` md5 **`ad9b3e60aa7fac4487bba244247c350c`** before and after — the suite's own `the live tools/healthcheck was never modified by this suite` assertion reads the same value.
- **Standing gates on this run's bytes**: `bash tests/test_healthcheck.sh` → **122 / 0, rc 0**; `bash tests/test_registry_coverage.sh` → **464 / 0, rc 0**; `bash tests/test_queue_source.sh` → **278 / 0**; `./tools/queue-source-check` → rc 0 once this heading exists and names `[0.4.259]`.

### Notes
- **STEP 0 was paid first and owed nothing**: `SELECT count(*) FROM messages WHERE direction='investor_to_agent' AND read=0` → **0** on `/opt/startup/dev/data/messages.db` and **0** on `/opt/startup/prod/data/messages.db`; `./tools/inbox-status` → **rc 0**, *"OK - nothing owed (0 unread, 0 open entries all replied)"* (last reply dev **144** / prod **109**); `INBOX.md` **80 entries, 80 handled, 0 open** — **no row written, nothing marked read, `INBOX.md` untouched**, re-read with the same three results at close. **Production is 0.4.28** (`./tools/version-check` → `OK: dev=0.4.28 prod=0.4.28 (match)`), the investor's 2026-10-05 correction, and **0.4.29 is never quoted as a production version**.
- **Scope — one suite, its REGISTRY sentence, and the two record files; no tool code and no app PHP**: `tests/test_healthcheck.sh`, `tools/REGISTRY.md` (the `## healthcheck` **Tests** bullet), `CHANGELOG.md` (this entry) and `agent-logs/PROGRESS.md` (its carrier). Nothing under `app/src/php` → **no reviewer gate, no promote**, dev and prod both stay **0.4.28**. **No DNS write, no mail sent, no unit restarted, `systemctl reset-failed` not run, `crontab -l` untouched** (2 lines), **spend 0.00** of the 5.00 October allowance, free `*-free` model only (`opencode/mimo-v2.6-flash-free`), no key configured, **no secret or PII in any prompt, file or commit**. All probe artefacts live under `/tmp/opencode/probe792aw/` — **outside the repo, never committed**. **No push**: this desk has never pushed, so red-watch **A3** stays red for whoever pushes next, disclosed rather than moved.

### Queue
Authoritative next-candidate queue lives in `agent-logs/PROGRESS.md`, in the newest run entry's `Queue — next small step` bullet — 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`.
EOF
grep -c '^## \[' CHANGELOG.md; tail -3 CHANGELOG.md
264

### Queue
Authoritative next-candidate queue lives in `agent-logs/PROGRESS.md`, in the newest run entry's `Queue — next small step` bullet — 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

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

[Thu Oct  8 10:15:11 2026] 127.0.0.1:55988 Accepted
[Thu Oct  8 10:15:11 2026] 127.0.0.1:55988 Closing
[Thu Oct  8 10:16:01 2026] 127.0.0.1:55414 Accepted
[Thu Oct  8 10:16:01 2026] 127.0.0.1:55414 Closing
[Thu Oct  8 10:16:01 2026] 127.0.0.1:55422 Accepted
[Thu Oct  8 10:16:01 2026] 127.0.0.1:55422 Closing
[Thu Oct  8 10:16:01 2026] 127.0.0.1:55424 Accepted
[Thu Oct  8 10:16:01 2026] 127.0.0.1:55424 Closing
[Thu Oct  8 10:16:01 2026] 127.0.0.1:55426 Accepted
[Thu Oct  8 10:16:01 2026] 127.0.0.1:55426 Closing
[Thu Oct  8 10:16:01 2026] 127.0.0.1:55438 Accepted
[Thu Oct  8 10:16:01 2026] 127.0.0.1:55438 Closing
[Thu Oct  8 10:16:01 2026] 127.0.0.1:55450 Accepted
[Thu Oct  8 10:16:01 2026] 127.0.0.1:55450 Closing
[Thu Oct  8 10:16:01 2026] 127.0.0.1:55464 Accepted
[Thu Oct  8 10:16:02 2026] 127.0.0.1:55464 Closing
[Thu Oct  8 10:16:02 2026] 127.0.0.1:55474 Accepted
[Thu Oct  8 10:16:02 2026] 127.0.0.1:55474 Closing
[Thu Oct  8 10:16:02 2026] 127.0.0.1:55490 Accepted
[Thu Oct  8 10:16:02 2026] 127.0.0.1:55490 Closing
[Thu Oct  8 10:16:02 2026] 127.0.0.1:55506 Accepted
[Thu Oct  8 10:16:02 2026] 127.0.0.1:55506 Closing
[Thu Oct  8 10:16:34 2026] 127.0.0.1:51558 Accepted
[Thu Oct  8 10:16:34 2026] 127.0.0.1:51558 Closed without sending a request; it was probably just an unused speculative preconnection
[Thu Oct  8 10:16:34 2026] 127.0.0.1:51558 Closing
[Thu Oct  8 10:16:36 2026] 127.0.0.1:47006 Accepted
[Thu Oct  8 10:16:36 2026] 127.0.0.1:47006 Closed without sending a request; it was probably just an unused speculative preconnection
[Thu Oct  8 10:16:36 2026] 127.0.0.1:47006 Closing
[Thu Oct  8 10:16:52 2026] 127.0.0.1:41370 Accepted
[Thu Oct  8 10:16:52 2026] 127.0.0.1:41370 Closing
[Thu Oct  8 10:16:53 2026] 127.0.0.1:41376 Accepted
[Thu Oct  8 10:16:53 2026] 127.0.0.1:41376 Closing
[Thu Oct  8 10:16:53 2026] 127.0.0.1:41388 Accepted
[Thu Oct  8 10:16:53 2026] 127.0.0.1:41388 Closing
[Thu Oct  8 10:16:55 2026] 127.0.0.1:34046 Accepted
[Thu Oct  8 10:16:55 2026] 127.0.0.1:34046 Closing
[Thu Oct  8 10:17:14 2026] 127.0.0.1:32866 Accepted
[Thu Oct  8 10:17:14 2026] 127.0.0.1:32866 Closed without sending a request; it was probably just an unused speculative preconnection
[Thu Oct  8 10:17:14 2026] 127.0.0.1:32866 Closing
[Thu Oct  8 10:17:15 2026] 127.0.0.1:44132 Accepted
[Thu Oct  8 10:17:15 2026] 127.0.0.1:44132 Closed without sending a request; it was probably just an unused speculative preconnection
[Thu Oct  8 10:17:15 2026] 127.0.0.1:44132 Closing
[Thu Oct  8 10:17:59 2026] 127.0.0.1:51266 Accepted
[Thu Oct  8 10:17:59 2026] 127.0.0.1:51266 Closing
[Thu Oct  8 10:21:48 2026] 127.0.0.1:33328 Accepted
[Thu Oct  8 10:21:48 2026] 127.0.0.1:33328 Closed without sending a request; it was probably just an unused speculative preconnection
[Thu Oct  8 10:21:48 2026] 127.0.0.1:33328 Closing
[Thu Oct  8 10:21:49 2026] 127.0.0.1:33336 Accepted
[Thu Oct  8 10:21:49 2026] 127.0.0.1:33336 Closed without sending a request; it was probably just an unused speculative preconnection
[Thu Oct  8 10:21:49 2026] 127.0.0.1:33336 Closing
[Thu Oct  8 10:22:26 2026] 127.0.0.1:58752 Accepted
[Thu Oct  8 10:22:26 2026] 127.0.0.1:58752 Closed without sending a request; it was probably just an unused speculative preconnection
[Thu Oct  8 10:22:26 2026] 127.0.0.1:58752 Closing
[Thu Oct  8 10:22:27 2026] 127.0.0.1:58756 Accepted
[Thu Oct  8 10:22:27 2026] 127.0.0.1:58756 Closed without sending a request; it was probably just an unused speculative preconnection
[Thu Oct  8 10:22:27 2026] 127.0.0.1:58756 Closing
[Thu Oct  8 10:28:49 2026] 127.0.0.1:34504 Accepted
[Thu Oct  8 10:28:50 2026] 127.0.0.1:34504 Closing
[Thu Oct  8 10:28:50 2026] 127.0.0.1:34510 Accepted