Gladex Agent Logs

- **The live `--apply`, all four verifications taken this run.** Before: `ino=2889771 size=925458`, 16 lines, md5 `db92bf65380dbc235d310ffb619ca548`. The tool's own plan (`--keep-lines 7 --archive-count 2`, dry-run) said `kept_lines 7 / kept_bytes 395848 / rotated_lines 9 / rotated_bytes 529610 / concurrent_writer false`, rc 0; `--apply --format json` returned the same figures with `mode: apply`, rc 0. After: **inode 2889771 unchanged**, live **7 lines / 395,848 B**, `.1` **9 lines / 529,610 B**, `archives_pruned 0`. (1) *Nothing lost and nothing reordered*: `cat FILE.1 FILE` reproduces the pre-apply file **byte-for-byte** — 925,458 B, md5 `db92bf65…` — so the kept tail IS the original's last 7 lines (my own pre-apply hash had captured the wrong half, the head that rotates away; the concatenation check is what pins it, reported rather than smoothed over). (2) *The writer still lands in the same inode*: a real `systemctl start tmp-sweep.service` fire (dry-run unit, `StandardOutput=append:`) left `ino=2889771` with the fd's new line at **line 8**, live now 8 lines / 463,332 B. (3) *The kept tail survived that append intact*: first 7 lines md5 `aae4153c7ad88c0d4199dedea5a195f3` **before and after** the fire. (4) *The new line is a real record*: line 8 parses as JSON with `mode: dry-run`, `ok: true`, `ts` an **epoch integer** (`1793327923`). `systemctl --failed` before and after: the same **7** standing units, no new failure.
- **The resulting bound**: live holds `keep_lines + 1` (8) between fires and 7 after each rotation ≈ **396 KiB**; the two archives hold ≤ 9 lines each ≈ ≤ 521 KiB. Total ≈ **≤1.5 MB steady state** instead of ~29 MB/yr climbing forever, and every rotated line is retained (`.1`/`.2` shift, single oldest slot pruned per rotation — rule 2, never a discard).

### Tests
- **`bash tests/test_jsonl_rotate.sh` → 106 passed / 0 failed / 0 skipped**, re-run **after** the live apply: section H's read-only plan of the real log still exits 0 with `mode: dry-run` and an unchanged inode/size during the plan, so the suite is unaffected by the rotation it was built to allow (log `/tmp/opencode/gate-1022-jsonl.log`). `./tools/repo-lint` → `all 237 linted file(s) parse clean (exit 0)`. `./tools/queue-source-check` pre-append → **rc 0** on `[0.4.381]`, the expected transitional R8 once this heading lands, cleared by this entry. No suite file, no tool source and no `REGISTRY` figure changed → **`- Live:` stays 126**.

### Notes
- **No promote, and none exists to take**: only `CHANGELOG.md`, `tools/REGISTRY.md`, `STRUCTURE.md` (unit rows + design note) and `agent-logs/PROGRESS.md` are repo scope — dev and prod stay **0.4.28** (the 2026-10-05 correction stands; `0.4.29` quoted nowhere). STEP 0 paid first and owed nothing: **0 unread** `investor_to_agent` in both DBs, `./tools/inbox-status` rc 0 "nothing owed", `INBOX.md` 80/80/0, last reply dev 150 / prod 115 — no `agent_to_investor` row written. The only `systemctl` actions this run: `daemon-reload`, `enable --now jsonl-rotate.timer`, one manual `start tmp-sweep.service` (its own verification append; the unit stays **dry-run**, `--apply` in it is unchanged). `tmp-sweep.timer` is untouched. No DNS/zone write (apex incident `DOMAIN.md ## INCIDENT 2026-10-24` untouched), no mail, no messages-DB write, no `hiring/queue/` write (2 proposals still `status=proposed`), no API key, never `git stash`, staging by explicit pathspec. Spend **0.00**, free `*-free` models only.

### 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 '^## \[0\.4\.382\]' CHANGELOG.md; grep -n '^## \[0\.4\.38' CHANGELOG.md | tail -3; tail -c 200 CHANGELOG.md
1
11339:## [0.4.380] - 2026-10-29 — the last carried figure red `V7b` closed by reconciling Sofia's model cell to the runtime wrapper (a data-drift fix, no code and no figure moved): `test_identity_wrapper.sh` 44/1 → 45/0, `test_registry_figure_readers.sh` 43/1 → 44/0
11355:## [0.4.381] - 2026-10-30 — `loop-outcomes` moves the newest run's completion witness OUT of the transcript: while any `run-<id>.exit` exists in the run-log dir the sidecar is the SOLE witness for the newest log (its in-transcript pair now reads in-flight), closing §16m's stated fake-pair residual; with zero sidecars anywhere the old pair rule governs unchanged (suite 473 → **519** assertions, §16n five shapes, mutant M15)
11375:## [0.4.382] - 2026-10-30 — `jsonl-rotate` is SCHEDULED and the live log rotated once: `jsonl-rotate.timer` (daily `00:40` local + `RandomizedDelaySec=600`, `Persistent=true`, enabled) fires `jsonl-rotate.service` (`--keep-lines 7 --archive-count 2 --apply`) ≥10 min after `tmp-sweep.timer`'s latest possible fire; the live apply preserved the inode (`2889771` before/after), archived the 9-line head to `.1` byte-identical, and the writer's next `tmp-sweep` append landed in the SAME inode behind the kept tail — growth stops at ~29 MB/yr unbounded → a bounded ~1.5 MB
xt 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
$ cd /data/repo && grep -n '^## \[0\.4\.161\]' CHANGELOG.md | head -2; grep -n 'jsonl-rotate' CHANGELOG.md | grep -v 382 | head -5; echo "---does 0.4.161 exist?---"; grep -c '^## \[0\.4\.161\] ' CHANGELOG.md
6395:## [0.4.161] - 2026-10-01 — queue item (109), candidate (a): `queue-source-check` gains **R8** — the newest CHANGELOG entry must be *named* in `agent-logs/PROGRESS.md`, so the run whose own append was staged out of the tree turns the gate red instead of green; suite **181 → 209** (section **Q**, 24 assertions, plus mutant **M13**), `rules` **11 → 12 keys**, exit-1 cause list **5 → 6** in both compared copies
11052:## [0.4.365] - 2026-10-16 — `tools/jsonl-rotate` bounds the append-only JSONL plan log by keeping the newest N complete lines live and archiving the head to `FILE.1` (shifting up to `--archive-count`, oldest pruned) while PRESERVING THE INODE — offset-0 rewrite + ftruncate, never `mv`, because the writer is systemd `StandardOutput=append:`, an O_APPEND fd held open ACROSS fires that a rename-based rotation would strand on the old inode — dry-run by default with `--apply`, two anti-destruction floors refused at exit 3, a concurrent-writer guard that aborts with the file intact (exit 1) rather than truncating a moving target, symlinks lstat'ed and refused, trailing partial lines always kept live — plus its 124th-suite guard `tests/test_jsonl_rotate.sh` (106 assertions, 4 mutants)
11055:- **`tools/jsonl-rotate` — the queued half of run 980's reviewer note ("the JSONL has no rotation yet (~29 MB/yr, queued)").** `/data/agent-logs/tmp-sweep-plans.jsonl` grows on every timer fire and nothing bounded it. The reason this is not `mv log log.1; touch log` and not a stock logrotate config is one systemd line: `tmp-sweep.service` writes with `StandardOutput=append:`, so the writer's O_APPEND fd is held open ACROSS fires. A rename-based rotation keeps every future line flowing into the renamed inode while the "live" file stays empty forever — so rotation preserves the INODE: keep the newest `--keep-lines` complete lines, archive the head to `FILE.1`, and rewrite the kept tail at offset 0 + ftruncate (logrotate's `copytruncate` semantics, decided once in code). **Dry-run by default** — the plan is printed, nothing rewritten; `--apply` is what rotates.
11058:- **`tools/REGISTRY.md`** gains `## jsonl-rotate` and `## test_jsonl_rotate.sh`, and the **`- Live:` suite figure 123 → 124** (this run added the 124th suite, so it owns the refresh, as section F of `tests/test_registry_coverage.sh` requires); `tests/test_registry_coverage.sh`'s two hardcoded scope claims move with their history: **C28g 33 → 34** tools printing an option list, **G38 `cl_other` 28 → 30** (`--keep-lines N` and `--archive-count N` — a bare `N` is neither an enum list nor one of the quantity class's named numeric metavars, so like `tmp-sweep`'s `HOURS` these two decide nothing a class may reject).
11069:- **No promote, and that is by construction**: `tools/`, `tests/` and this file are repo scope, not one of `source-sync-check`'s two env-synced trees (`app/src/php`, `examples/workflows`) — verified `--env both` → **exit 0, 48 file(s) in sync** — so dev and prod are untouched and stay **0.4.28**: the investor's 2026-10-05 correction stands and the wrong figure is quoted nowhere. Reviewer gate run anyway, per the standing convention for `tools/`+`tests/` edits: request `mailboxes/main-to-reviewer/REVIEW-20261016T044500Z-jsonl-rotate.md`, verdict `mailboxes/reviewer-to-main/VERDICT-20261016T044500Z-jsonl-rotate.md`. STEP 0 paid first and owed nothing (0 unread `investor_to_agent` in both databases, `inbox-status` rc 0 *"nothing owed"*, `INBOX.md` 80 / 80 / 0 open, last reply dev 147 / prod 112), so no `agent_to_investor` row was written; the mia/sofia repin ask is still unanswered, so **A12/A30 stay standing** and `identity-run.sh` stays untouched. **The live log was never rotated**: every `--apply` in the suite carried a fixture, section H is a plan, and the tool's default-file runs were dry-runs. **No unit or timer change**, no `systemctl reset-failed` — the timer `--apply` decision stays queued (first scheduled fire 2026-10-17 00:00 CEST, and its own reviewer gate). No live messages-DB write, no DNS write, no mail sent, no `hiring/queue/` write, no paid API, no API key configured; **never `git stash`** in this tree; staging by explicit pathspec only, never `git add -A` on the shared index. Spend **0.00**, free `*-free` models only.
11088:- **`REGISTRY_COVERAGE_CHILD=1 bash tests/test_registry_coverage.sh` → rc 0, `violations=0`, `fig_claim=125 fig_stale=0`, `syn_n=35 syn_ok=35 synp_n=87 synp_ok=87`, `cl_scope=90`** (`fmt 32 + port 4 + enum 3 + num 15 + declared 3 + other 33 = 90`). An intermediate run was red on exactly **two** violations, both of this run's own refreshed literals (C28g, G38), plus a third the checker caught that no assertion predicted: **`synopsis_flags failed-units-classify`** — the checker reads only the FIRST `usage:` row, and argparse had wrapped my four flags across five lines, so three value-taking flags were "missing" from the synopsis. Fixed the way `jsonl-rotate` already does it (explicit one-line `usage=` plus `metavar="PATH"` on each path flag), so the synopsis names every metavalue pair on one row.
---does 0.4.161 exist?---
1
> build · mimo-v2.6-flash-free
Correcting a wrong version citation in my entry (run 981's build is `[0.4.365]`, not `[0.4.161]`):
← Edit repo/CHANGELOG.md
Index: repo/CHANGELOG.md
===================================================================
--- repo/CHANGELOG.md
+++ repo/CHANGELOG.md
@@ -11374,9 +11374,9 @@
 
 ## [0.4.382] - 2026-10-30 — `jsonl-rotate` is SCHEDULED and the live log rotated once: `jsonl-rotate.timer` (daily `00:40` local + `RandomizedDelaySec=600`, `Persistent=true`, enabled) fires `jsonl-rotate.service` (`--keep-lines 7 --archive-count 2 --apply`) ≥10 min after `tmp-sweep.timer`'s latest possible fire; the live apply preserved the inode (`2889771` before/after), archived the 9-line head to `.1` byte-identical, and the writer's next `tmp-sweep` append landed in the SAME inode behind the kept tail — growth stops at ~29 MB/yr unbounded → a bounded ~1.5 MB
 
 ### Fixed
-- **The tool was built but never run, so the log still grew without bound.** `/data/agent-logs/tmp-sweep-plans.jsonl` had no rotation since `[0.4.161]`-era run 981 built `tools/jsonl-rotate`: measured at open this run it held **16 lines / 925,458 B** (≈ 57.8 KiB per daily `tmp-sweep.timer` fire ≈ 29 MB/yr), and `tools/jsonl-rotate`'s default `--keep-lines 100` could never bite on a 16-line file — the schedule, not the tool, was the missing half (queue item since run 1021). Now scheduled as two **system-scope** unit files in `/etc/systemd/system/` (NOT in git, brief §8): **`jsonl-rotate.timer`** — `OnCalendar=*-*-* 00:40:00`, `RandomizedDelaySec=600`, `Persistent=true`, `WantedBy=timers.target`, enabled — and **`jsonl-rotate.service`** — `Type=oneshot`, `ExecStart=/data/repo/tools/jsonl-rotate /data/agent-logs/tmp-sweep-plans.jsonl --keep-lines 7 --archive-count 2 --apply`, `StandardOutput=journal`, `Nice=10`, `IOSchedulingClass=idle`, `NoNewPrivileges=yes`, plus `After=tmp-sweep.service`.
+- **The tool was built but never run, so the log still grew without bound.** `/data/agent-logs/tmp-sweep-plans.jsonl` had no rotation since run 981 built `tools/jsonl-rotate` (`[0.4.365]`): measured at open this run it held **16 lines / 925,458 B** (≈ 57.8 KiB per daily `tmp-sweep.timer` fire ≈ 29 MB/yr), and `tools/jsonl-rotate`'s default `--keep-lines 100` could never bite on a 16-line file — the schedule, not the tool, was the missing half (queue item since run 1021). Now scheduled as two **system-scope** unit files in `/etc/systemd/system/` (NOT in git, brief §8): **`jsonl-rotate.timer`** — `OnCalendar=*-*-* 00:40:00`, `RandomizedDelaySec=600`, `Persistent=true`, `WantedBy=timers.target`, enabled — and **`jsonl-rotate.service`** — `Type=oneshot`, `ExecStart=/data/repo/tools/jsonl-rotate /data/agent-logs/tmp-sweep-plans.jsonl --keep-lines 7 --archive-count 2 --apply`, `StandardOutput=journal`, `Nice=10`, `IOSchedulingClass=idle`, `NoNewPrivileges=yes`, plus `After=tmp-sweep.service`.
 - **Why that slot is safe, measured rather than assumed**: `tmp-sweep.timer` is `OnCalendar=daily` + `RandomizedDelaySec=1800`, i.e. it can fire **00:00..00:30** local; the rotation fires **00:40..00:50** — a ≥10 min margin after the worst-case sweep start (armed reading at creation: sweep `Sat 2026-10-31 00:28:11 CET`, rotation `00:46:12 CET`). The `After=tmp-sweep.service` line covers the one case timing cannot: both timers are `Persistent=true`, so a reboot inside the missed window enqueues **both** catch-up fires in one transaction, and the ordering then puts the rotation after the sweep's append instead of on top of it. Third line of defence stays the tool's own `read_stable` concurrent-writer guard (exit 1, file intact) — the schedule exists so that guard is never needed, not so it can be ignored.
 - **The live `--apply`, all four verifications taken this run.** Before: `ino=2889771 size=925458`, 16 lines, md5 `db92bf65380dbc235d310ffb619ca548`. The tool's own plan (`--keep-lines 7 --archive-count 2`, dry-run) said `kept_lines 7 / kept_bytes 395848 / rotated_lines 9 / rotated_bytes 529610 / concurrent_writer false`, rc 0; `--apply --format json` returned the same figures with `mode: apply`, rc 0. After: **inode 2889771 unchanged**, live **7 lines / 395,848 B**, `.1` **9 lines / 529,610 B**, `archives_pruned 0`. (1) *Nothing lost and nothing reordered*: `cat FILE.1 FILE` reproduces the pre-apply file **byte-for-byte** — 925,458 B, md5 `db92bf65…` — so the kept tail IS the original's last 7 lines (my own pre-apply hash had captured the wrong half, the head that rotates away; the concatenation check is what pins it, reported rather than smoothed over). (2) *The writer still lands in the same inode*: a real `systemctl start tmp-sweep.service` fire (dry-run unit, `StandardOutput=append:`) left `ino=2889771` with the fd's new line at **line 8**, live now 8 lines / 463,332 B. (3) *The kept tail survived that append intact*: first 7 lines md5 `aae4153c7ad88c0d4199dedea5a195f3` **before and after** the fire. (4) *The new line is a real record*: line 8 parses as JSON with `mode: dry-run`, `ok: true`, `ts` an **epoch integer** (`1793327923`). `systemctl --failed` before and after: the same **7** standing units, no new failure.
 - **The resulting bound**: live holds `keep_lines + 1` (8) between fires and 7 after each rotation ≈ **396 KiB**; the two archives hold ≤ 9 lines each ≈ ≤ 521 KiB. Total ≈ **≤1.5 MB steady state** instead of ~29 MB/yr climbing forever, and every rotated line is retained (`.1`/`.2` shift, single oldest slot pruned per rotation — rule 2, never a discard).
 

> build · mimo-v2.6-flash-free
$ cd /data/repo && grep -n 'no rotation\|has no rotation\|rotation yet\|unscheduled' tools/REGISTRY.md STRUCTURE.md REPORT.md | head -20
tools/REGISTRY.md:10133:the rotation half of run 980's reviewer note ("the JSONL has no rotation yet
STRUCTURE.md:184:without one. The JSONL grows ~79 KB/day (~29 MB/yr) and has no rotation yet (queued).
> build · mimo-v2.6-flash-free
Updating `tools/REGISTRY.md` Status and `STRUCTURE.md`:
← Edit repo/STRUCTURE.md
Index: repo/STRUCTURE.md
===================================================================
--- repo/STRUCTURE.md
+++ repo/STRUCTURE.md
@@ -176,15 +176,26 @@
 | `identity-run@{lena,jonas,mia,leon,aylin,dispatcher,sofia}.timer` | 3x daily (08/13/18 `:50`+`RandomizedDelaySec=90`, `Persistent=true`) | Triggers each persona shift | ✅ 2026-09-23 (sofia added 2026-09-29) |
 | `public-redirect.service` | Disabled | ~~nft: 80→8000, 443→8001~~ superseded by Apache | ❌ retired |
 | `tmp-sweep.service` | On-demand (oneshot) | Runs `tools/tmp-sweep --format json` (**dry-run, no `--apply`**) → appends one JSON line to `/data/agent-logs/tmp-sweep-plans.jsonl` | ✅ 2026-10-16 (run 977's item (b), dry-run-first) |
 | `tmp-sweep.timer` | Daily (`OnCalendar=daily`, `RandomizedDelaySec=1800`, `Persistent=true`) | Triggers the dry-run sweep plan | ✅ 2026-10-16 — enabled |
+| `jsonl-rotate.service` | On-demand (oneshot, `After=tmp-sweep.service`) | Runs `tools/jsonl-rotate /data/agent-logs/tmp-sweep-plans.jsonl --keep-lines 7 --archive-count 2 --apply` → bounds the plan log **inode-preserving** (journal output, unlike the sweep's append) | ✅ 2026-10-30 (run 1022, `[0.4.382]`) |
+| `jsonl-rotate.timer` | Daily (`OnCalendar=*-*-* 00:40:00`, `RandomizedDelaySec=600`, `Persistent=true`) | Triggers the rotation **≥10 min after** `tmp-sweep.timer`'s worst-case fire (00:00 + ≤1800 s → ≤00:30) | ✅ 2026-10-30 — enabled |
 
 **tmp-sweep timer design note (run 980):** the service is deliberately **dry-run-only** —
 ExecStart omits `--apply` so a scheduled run can only print a plan, never remove anything;
 switching the timer to `--apply` is a separate, reviewer-gated step and must not be done
-without one. The JSONL grows ~79 KB/day (~29 MB/yr) and has no rotation yet (queued).
-Unit files are system-scope (in `/etc/systemd/system/`, not in git) per §8.
+without one. Unit files are system-scope (in `/etc/systemd/system/`, not in git) per §8.
 
+**Rotation note (run 1022, `[0.4.382]`):** the JSONL's unbounded growth (~57.8 KiB per
+daily fire ≈ 29 MB/yr, 16 lines / 925,458 B at open) is closed — `jsonl-rotate.timer` +
+`jsonl-rotate.service` run the inode-preserving `--apply` daily at 00:40..00:50 local,
+keeping the newest **7** lines live and the older ones in `.1`/`.2` (measured bound
+**≤ ~1.5 MB**). First live apply 2026-10-30 03:38 CET: inode **2889771** preserved across
+both the rotation and the next `tmp-sweep.service` append, `cat FILE.1 FILE` byte-identical
+to the pre-apply file, kept tail md5 unchanged. The `tmp-sweep` **dry-run-only** rule above
+is untouched — rotation is a separate unit, and neither the sweep timer nor its ExecStart
+gained an `--apply`.
+
 **Note**: agent-loop-watchdog is a safety net only. Primary work happens in agent runs.
 Never disable it — it catches silent stalls. Record in STRUCTURE.md, do not modify.
 
 ## Scheduled Personas (identity-run, live since 2026-09-23)

← Edit repo/tools/REGISTRY.md
Index: repo/tools/REGISTRY.md
===================================================================
--- repo/tools/REGISTRY.md
+++ repo/tools/REGISTRY.md
@@ -10202,12 +10202,38 @@
 **Status**: Built ✅ 2026-10-16 (run 981; queue: run 980's reviewer note, the
 JSONL rotation) — registers with the `- Live:` suite figure **123 → 124** in
 the same commit, as section F of `tests/test_registry_coverage.sh` requires of
 the run that adds a suite. The live log it defaults to
-(`/data/agent-logs/tmp-sweep-plans.jsonl`) is read by its suite as a PLAN
-only; no `--apply` has touched the real log, and the systemd unit's held-open
-append fd is the reason the inode rule exists.
+(`/data/agent-logs/tmp-sweep-plans.jsonl`) is read by its suite as a PLAN only,
+and the systemd unit's held-open append fd is the reason the inode rule exists.
 
+**Scheduled ✅ 2026-10-30 (`[0.4.382]`, run 1022)** — the tool existed but
+nothing ran it, and its default `--keep-lines 100` could never bite on a
+16-line file, so the schedule was the missing half. Two **system-scope** units
+(`/etc/systemd/system/`, not in git, brief §8): **`jsonl-rotate.timer`** =
+`OnCalendar=*-*-* 00:40:00`, `RandomizedDelaySec=600`, `Persistent=true`,
+enabled — `tmp-sweep.timer` is `OnCalendar=daily` + `RandomizedDelaySec=1800`,
+i.e. it can fire **00:00..00:30** local, so 00:40..00:50 is a **≥10 min**
+margin after its worst case (armed reading: sweep `Sat 2026-10-31 00:28:11
+CET`, rotation `00:46:12 CET`); **`jsonl-rotate.service`** = oneshot with
+`After=tmp-sweep.service` (covers the `Persistent=true` reboot catch-up, where
+both missed fires queue in one transaction) and
+`ExecStart=/data/repo/tools/jsonl-rotate /data/agent-logs/tmp-sweep-plans.jsonl
+--keep-lines 7 --archive-count 2 --apply`. The tool's concurrent-writer guard
+(exit 1, file intact) stays the backstop; the schedule exists so it is never
+needed. **The first live `--apply` was taken and measured this run**: before
+16 lines / 925,458 B / inode **2889771** (md5 `db92bf65380dbc235d310ffb619ca548`)
+→ keep **7** (395,848 B), `.1` **9** lines (529,610 B), `archives_pruned 0`,
+**inode unchanged**; `cat FILE.1 FILE` reproduces the pre-apply file
+**byte-for-byte** (925,458 B, same md5) so the kept tail is the original's last
+7 lines; then a real `systemctl start tmp-sweep.service` append landed in the
+**same inode** at line 8 with the first 7 lines' md5 (`aae4153c…`) unchanged and
+line 8 a valid epoch-`ts` JSON record — the inode rule proven on the live file,
+not only in section F. Bound: live ≤ 8 lines ≈ 396 KiB + two archives ≤ 9
+lines each ≈ **≤1.5 MB steady** instead of ~29 MB/yr. `systemctl --failed`
+before/after: the same 7 standing units. Suite re-run after the apply: **106
+passed / 0 failed**.
+
 ## test_jsonl_rotate.sh
 
 **Purpose**: the hermetic guard for `tools/jsonl-rotate`. What is pinned, and
 why each could fail: the arg contract (unknown flag, `--format xml`,

> build · mimo-v2.6-flash-free
Running the doc gates:
$ cd /data/repo && ./tools/repo-lint 2>&1 | tail -2; echo "===queue-source (expect transitional R8)==="; ./tools/queue-source-check; echo "rc=$?"
elf-allowlist: 2 tracked ELF file(s), all shipped
result: all 237 linted file(s) parse clean (exit 0)
===queue-source (expect transitional R8)===
queue-source-check: FAIL - 1 violation(s): [0.4.382] is not named in agent-logs/PROGRESS.md - the newest CHANGELOG entry has no record in the authoritative file
  - [0.4.382] is not named in agent-logs/PROGRESS.md - the newest CHANGELOG entry has no record in the authoritative file
rc=1
$ cd /data/repo && bash tests/test_registry_figure_readers.sh 2>&1 | tail -3; echo "===leak==="; bash tests/test_leak_figure_readers.sh 2>&1 | tail -3
(no output)

Command exceeded timeout of 180000 ms. Retry with a larger timeout if the command is expected to take longer.
> build · mimo-v2.6-flash-free
repo-lint clean; queue-source shows the expected transitional R8. Running the remaining doc suites in the background (they exceed the foreground timeout):
$ cd /data/repo && { echo "### registry_figure_readers"; bash tests/test_registry_figure_readers.sh 2>&1 | tail -4; echo "### leak_figure_readers"; bash tests/test_leak_figure_readers.sh 2>&1 | tail -4; echo "### cross_reader_agreement"; bash tests/test_cross_reader_agreement.sh 2>&1 | tail -4; echo "### registry_coverage"; REGISTRY_COVERAGE_CHILD=1 bash tests/test_registry_coverage.sh 2>&1 | tail -6; } > /tmp/opencode/gate-1022-docsuites.log 2>&1; echo done
Command moved to the background (shell ID: sh_18ab27be6001TngfxLImyck43V).
Output is streaming to: /root/.local/share/opencode/shell/fa3e85b2145a60c127b5c9261e76a7ba6d520299/sh_18ab27be6001TngfxLImyck43V.out
> build · mimo-v2.6-flash-free
While the suites run, taking the read-only readings:
$ cd /data/repo && ./tools/inbox-status 2>&1 | tail -5; echo "rc=$?"; ./tools/version-check 2>&1 | tail -2; ./tools/healthcheck 2>&1 | tail -4; ./tools/budget-show 2>&1 | tail -4; echo "---git---"; git status --porcelain; git rev-list --left-right --count main...origin/main; echo "---sidecars---"; ls -1 /data/agent-logs/run-*.exit | wc -l; ls -1 /data/agent-logs/run-*.exit
messages unread : dev 0 / prod 0 / total 0
  last reply      : dev 150 / prod 115
  INBOX.md        : 80 entries, 80 handled, 0 open

verdict: OK - nothing owed (0 unread, 0 open entries all replied)
rc=0
OK: dev=0.4.28 prod=0.4.28 (match)
  Response: {"status":"ok","service":"gladex-investor-app","env":"dev","timestamp":1793328326,"version":"0.4.28"}
prod: HEALTHY
  HTTP: 200
  Response: {"status":"ok","service":"gladex-investor-app","env":"prod","timestamp":1793328326,"version":"0.4.28"}
  - 2026-09-24: ledger narrative corrected — spent-line still said "purchase pending at registrar" 4 days after registration (queued candidate #1); numbers unchanged (1.50/3.50, no money moved), log history above kept verbatim.
  - 2026-10-01: month rolled per brief §4 (balance resets to 5.00 on the 1st, unspent does NOT roll over). September history above is kept verbatim; September closed at spent 1.50 / remaining 3.50.
  - 2026-10-02: October opened at spent 0.00 / remaining 5.00 because no October charge exists in any file on this box — while gladex.de is a known 1.50/mo recurring cost with NO renewal date recorded anywhere. Figure to be corrected the moment the investor answers REPORT.md §14.
  - 2026-10-12: renewal date MEASURED instead of left open, figure unchanged (0.00 / 5.00, no money moved): (1) DENIC RDAP rdap.denic.de/domain/gladex.de returns exactly ONE event — "last changed 2026-09-20T11:10:57+02:00", i.e. the purchase day already on file — and NO registration/expiration event; (2) controls denic.de ("last changed 2024-12-19T13:33:43+01:00") and bund.de ("last changed 2026-06-17T13:11:54+02:00") return the same one-event shape, so this is how DENIC answers for EVERY .de domain, not a gap in ours; (3) DENIC whois (port 43) prints only "Domain: gladex.de" + "Status: connect" — no expiry field; (4) the IANA RDAP bootstrap (data.iana.org/rdap/dns.json, 592 services) contains no "de" entry and no "denic" service, so the standard bootstrap path rdap.org/domain/gladex.de answers 404 (control: example.com answers 302). Conclusion: NO public registry source can date a renewal — only the investor's registrar account can, so REPORT.md §14 stays open with its question narrowed to the billing cadence. Registry-side, the only anchor on file is registration 2026-09-20 (this log line of 2026-09-20, corroborated by the RDAP timestamp), whose first anniversary falls 2027-09-20 — so no registry-side event lands in October 2026.
---git---
 M CHANGELOG.md
 M STRUCTURE.md
 M tools/REGISTRY.md
0	0
---sidecars---
2
/data/agent-logs/run-2687.exit
/data/agent-logs/run-2688.exit
> build · mimo-v2.6-flash-free
$ cd /data/repo && ./tools/budget-show 2>&1 | head -8; echo "==="; ./tools/budget-show --format json 2>&1 | head -3
=== Budget Status ===
Month:       2026-10
Allowance:   5.00 €
Spent:       0.00 € (no October charge in any file — MEASURED 2026-10-12: no public registry source can date a renewal (DENIC RDAP publishes only a "last changed" event, and does so for every .de domain; DENIC whois has no expiry field; the IANA RDAP bootstrap has no "de" entry), so the one open unknown is your billing cadence: monthly 1.50 as brief §4 states, or annual at the 2027-09-20 registration anniversary? Still NEEDS-INVESTOR, REPORT.md §14)
Remaining:   5.00 €

Log:
  - 2026-09-20: init, no domains ordered yet
===
{
  "month": "2026-10",
  "allowance": "5.00",
> build · mimo-v2.6-flash-free
Readings in hand (budget 5.00/0.00/5.00, versions 0.4.28 match, both envs healthy, tree has exactly the 3 doc files pending). Waiting on the background doc-suite run before writing the PROGRESS entry (the suites read `PROGRESS.md`/`REGISTRY.md`, so I won't edit them mid-run — run 1019's own hazard rule).
exit=0
agent-loop-exit=0 run=2689

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

[Fri Oct 30 05:28:20 2026] 127.0.0.1:56506 Accepted
[Fri Oct 30 05:28:20 2026] 127.0.0.1:56506 Closing
[Fri Oct 30 05:30:12 2026] 127.0.0.1:59470 Accepted
[Fri Oct 30 05:30:12 2026] 127.0.0.1:59470 Closing
[Fri Oct 30 05:30:28 2026] 127.0.0.1:53266 Accepted
[Fri Oct 30 05:30:28 2026] 127.0.0.1:53266 Closing
[Fri Oct 30 05:30:28 2026] 127.0.0.1:53282 Accepted
[Fri Oct 30 05:30:28 2026] 127.0.0.1:53282 Closing
[Fri Oct 30 05:30:28 2026] 127.0.0.1:53288 Accepted
[Fri Oct 30 05:30:28 2026] 127.0.0.1:53288 Closing
[Fri Oct 30 05:30:28 2026] 127.0.0.1:53296 Accepted
[Fri Oct 30 05:30:28 2026] 127.0.0.1:53296 Closing
[Fri Oct 30 05:30:28 2026] 127.0.0.1:53302 Accepted
[Fri Oct 30 05:30:28 2026] 127.0.0.1:53302 Closing
[Fri Oct 30 05:30:28 2026] 127.0.0.1:53304 Accepted
[Fri Oct 30 05:30:28 2026] 127.0.0.1:53304 Closing
[Fri Oct 30 05:30:28 2026] 127.0.0.1:53316 Accepted
[Fri Oct 30 05:30:29 2026] 127.0.0.1:53316 Closing
[Fri Oct 30 05:30:29 2026] 127.0.0.1:53332 Accepted
[Fri Oct 30 05:30:29 2026] 127.0.0.1:53332 Closing
[Fri Oct 30 05:30:29 2026] 127.0.0.1:53348 Accepted
[Fri Oct 30 05:30:29 2026] 127.0.0.1:53348 Closing
[Fri Oct 30 05:30:29 2026] 127.0.0.1:53358 Accepted
[Fri Oct 30 05:30:29 2026] 127.0.0.1:53358 Closing
[Fri Oct 30 05:31:08 2026] 127.0.0.1:41084 Accepted
[Fri Oct 30 05:31:08 2026] 127.0.0.1:41084 Closing
[Fri Oct 30 05:31:42 2026] 127.0.0.1:53502 Accepted
[Fri Oct 30 05:31:42 2026] 127.0.0.1:53502 Closing
[Fri Oct 30 05:31:42 2026] 127.0.0.1:53518 Accepted
[Fri Oct 30 05:31:42 2026] 127.0.0.1:53518 Closing
[Fri Oct 30 05:31:42 2026] 127.0.0.1:53534 Accepted
[Fri Oct 30 05:31:42 2026] 127.0.0.1:53534 Closing
[Fri Oct 30 05:31:42 2026] 127.0.0.1:53536 Accepted
[Fri Oct 30 05:31:42 2026] 127.0.0.1:53536 Closing
[Fri Oct 30 05:31:42 2026] 127.0.0.1:53550 Accepted
[Fri Oct 30 05:31:42 2026] 127.0.0.1:53550 Closing
[Fri Oct 30 05:31:42 2026] 127.0.0.1:53558 Accepted
[Fri Oct 30 05:31:42 2026] 127.0.0.1:53558 Closing
[Fri Oct 30 05:31:42 2026] 127.0.0.1:53566 Accepted
[Fri Oct 30 05:31:42 2026] 127.0.0.1:53566 Closing
[Fri Oct 30 05:31:42 2026] 127.0.0.1:53572 Accepted
[Fri Oct 30 05:31:42 2026] 127.0.0.1:53572 Closing
[Fri Oct 30 05:31:42 2026] 127.0.0.1:53582 Accepted
[Fri Oct 30 05:31:43 2026] 127.0.0.1:53582 Closing
[Fri Oct 30 05:31:43 2026] 127.0.0.1:53590 Accepted
[Fri Oct 30 05:31:43 2026] 127.0.0.1:53590 Closing
[Fri Oct 30 05:35:43 2026] 127.0.0.1:52064 Accepted
[Fri Oct 30 05:35:43 2026] 127.0.0.1:52064 Closing
[Fri Oct 30 05:36:41 2026] 127.0.0.1:59108 Accepted
[Fri Oct 30 05:36:41 2026] 127.0.0.1:59108 Closing
[Fri Oct 30 05:42:33 2026] 127.0.0.1:57864 Accepted
[Fri Oct 30 05:42:33 2026] 127.0.0.1:57864 Closing
[Fri Oct 30 05:42:34 2026] 127.0.0.1:57878 Accepted
[Fri Oct 30 05:42:34 2026] 127.0.0.1:57878 Closing
[Fri Oct 30 05:44:00 2026] 127.0.0.1:60492 Accepted
[Fri Oct 30 05:44:00 2026] 127.0.0.1:60492 Closing
[Fri Oct 30 05:44:21 2026] 127.0.0.1:52824 Accepted
[Fri Oct 30 05:44:21 2026] 127.0.0.1:52824 Closing
[Fri Oct 30 05:44:22 2026] 127.0.0.1:52832 Accepted

Other app logs: downloads.log