Gladex Agent Logs
Agent run logs & app logs · env: prod · LAN-only investor surface
Overview
| Run logs | 3540 files, 138.5 MB |
| Latest run log | run-20261102-021129-3074.log |
| Log directory | /data/agent-logs |
| App log directory | /opt/startup/prod/logs |
Run logs (newest first, last 50)
Tail — run-20261102-021129-3074.log (last 200 lines)
+ ( cd "$REPO" && tools/system-status 2>&1 ) >"$PROBE_TMP/sys.out" & SYS_PID=$!
+ ( cd "$REPO" && tools/system-status --format json 2>&1 ) >"$PROBE_TMP/sysj.out" & SYSJ_PID=$!
+ wait "$LINT_PID"; LINT_RC=$?
+ wait "$SYS_PID"; SYS_RC=$?
+ wait "$SYSJ_PID"; SYSJ_RC=$?
+ LINT_OUT=$(cat "$PROBE_TMP/lint.out")
+ SYS_OUT=$(cat "$PROBE_TMP/sys.out")
+ SYSJ_OUT=$(cat "$PROBE_TMP/sysj.out")
+ rm -rf "$PROBE_TMP"
+else
+ LINT_OUT=$(cd "$REPO" && tools/repo-lint 2>&1); LINT_RC=$?
+ SYS_OUT=$(cd "$REPO" && tools/system-status 2>&1); SYS_RC=$?
+ SYSJ_OUT=$(cd "$REPO" && tools/system-status --format json 2>&1); SYSJ_RC=$?
+fi
OUT[lint]="$LINT_OUT"; OUT[lint_rc]="$LINT_RC"
-
-SYS_OUT=$(cd "$REPO" && tools/system-status 2>&1); SYS_RC=$?
OUT[sys]="$SYS_OUT"; OUT[sys_rc]="$SYS_RC"
-
-SYSJ_OUT=$(cd "$REPO" && tools/system-status --format json 2>&1); SYSJ_RC=$?
OUT[sysj]="$SYSJ_OUT"; OUT[sysj_rc]="$SYSJ_RC"
# sysverdict — system-status's ONE claim, read once from the four readings
# above. This is the probe [0.4.279] collapsed A12/A13/A16/A17/A18 into: the
> build · mimo-v2.6-flash-free
Now let me verify the monitor edit (timed) in the background while I plan the red-watch changes.
[0m$ [0mcd /data/repo
echo "=== verify + time the parallelized monitor (background) ==="
time timeout 320 bash tests/test_gladex_monitor.sh >/tmp/mon2.out 2>/tmp/mon2.err
echo "rc=$?"
tail -3 /tmp/mon2.out
echo "=== also verify test_monitor_cascade still passes (background) ==="
timeout 200 bash tests/test_monitor_cascade.sh >/tmp/casc.out 2>&1; echo "cascade rc=$?"; tail -3 /tmp/casc.out
Command moved to the background (shell ID: sh_199e8cde50016TlkAptX81qYKD).
Output is streaming to: /root/.local/share/opencode/shell/fa3e85b2145a60c127b5c9261e76a7ba6d520299/sh_199e8cde50016TlkAptX81qYKD.out
> build · mimo-v2.6-flash-free
The monitor fix is a real 41% cut but its floor is the double system-status (~107s concurrent). Now let me make red-watch itself run its two warn-only children **concurrently with the monitor** (via a thread pool — reusing `evaluate_*` unchanged), add an explicit overall budget, and record `last_run` so a timeout can never read as ok. First the import:
[0m← [0mEdit repo/tools/red-watch
Index: repo/tools/red-watch
===================================================================
--- repo/tools/red-watch
+++ repo/tools/red-watch
@@ -122,8 +122,9 @@
from __future__ import annotations
import argparse
+import concurrent.futures
import datetime
import json
import os
import re
> build · mimo-v2.6-flash-free
Monitor now runs in **1m56s** (down from 3m13s) and `test_monitor_cascade` passes **49/49**. But the monitor went from 2 fails to **4 fails** — my change may have broken 2 assertions. Let me see exactly which failed.
[0m$ [0mcd /data/repo
echo "=== FAIL lines from the parallelized monitor ==="
grep "^FAIL\|^ FAIL\|FAIL " /tmp/mon2.out | head -20
echo ""
echo "=== full summary + any check lines ==="
grep -iE "summary|check-error|sysverdict|not healthy|unreadable|empty" /tmp/mon2.out | head
echo ""
echo "=== stderr (in case) ==="
head -20 /tmp/mon2.err
=== FAIL lines from the parallelized monitor ===
FAIL A3 tree clean AND in sync with origin/main (kind=is key=git want=## main...origin/main)
FAIL A12 system-status verdict - checks in error: failed-units,DNS:gladex.de,ip-drift (kind=is key=sysverdict want=HEALTHY)
FAIL A15 git-tree reports a clean tree (kind=contains key=sys want=[OK] clean)
FAIL A30 no unit is left in systemctl --failed (kind=contains key=sys want=[OK] 0 failed unit(s))
=== full summary + any check lines ===
FAIL A12 system-status verdict - checks in error: failed-units,DNS:gladex.de,ip-drift (kind=is key=sysverdict want=HEALTHY)
summary: 28 assertions, 24 passed, 4 failed
=== stderr (in case) ===
> build · mimo-v2.6-flash-free
The 4 fails are **2 standing reds** (A12 system-status verdict, A30 failed units — both pre-existing box state) + **2 from my own uncommitted edits** (A3/A15 tree-dirty), not from parallelization — the sysverdict correctly parsed the json (`checks in error: failed-units,DNS:gladex.de,ip-drift`), proving both channels captured fine, and `test_monitor_cascade` is **49/49**. On a clean tree it returns to the standing 2. Now let me wire red-watch: budget + concurrent children + `last_run`. Let me re-read the exact regions.
[0m→ [0mRead repo/tools/red-watch [90m[limit=65, offset=438][0m
> build · mimo-v2.6-flash-free
[0m← [0mEdit repo/tools/red-watch
Index: repo/tools/red-watch
===================================================================
--- repo/tools/red-watch
+++ repo/tools/red-watch
@@ -464,8 +464,27 @@
# environments, one refusal, and no log line written for a typo.
print("%s: invalid REDWATCH_COVERAGE_GUARD_TIMEOUT (must be a positive integer)" % TOOL,
file=sys.stderr)
return 2
+ try:
+ budget = int(os.environ.get("REDWATCH_BUDGET_TIMEOUT", "150"))
+ except ValueError:
+ budget = 0
+ if budget <= 0:
+ # The overall wall-clock budget is the fourth member of the same
+ # pre-I/O gate: it is what a suite pins ("a full run finishes inside
+ # its own budget"), so a typo in it must refuse before any probe runs,
+ # exactly like the three child timeouts above.
+ print("%s: invalid REDWATCH_BUDGET_TIMEOUT (must be a positive integer)" % TOOL,
+ file=sys.stderr)
+ return 2
+ # The monitor is the long pole (it embeds system-status twice); the two
+ # warn-only children run CONCURRENTLY with it and are each capped at their
+ # own 20s, so the whole tick costs max(monitor, children) <= max(monitor,
+ # 20). Capping the monitor at min(its own timeout, the budget) therefore
+ # caps the WHOLE run at the budget, and a monitor that overruns it reads
+ # as a CHECK-ERROR (exit 3) — never as ok.
+ monitor_bound = min(timeout, budget)
stamp = now_iso()
day = stamp[:10].replace("-", "")
log_file = os.path.join(log_dir, "red-watch-%s.log" % day)
> build · mimo-v2.6-flash-free
Now the monitor run + children region — make children concurrent with the monitor and use `monitor_bound`:
[0m→ [0mRead repo/tools/red-watch [90m[limit=60, offset=515][0m
> build · mimo-v2.6-flash-free
[0m← [0mEdit repo/tools/red-watch
Index: repo/tools/red-watch
===================================================================
--- repo/tools/red-watch
+++ repo/tools/red-watch
@@ -511,8 +511,20 @@
file=sys.stdout,
)
return 3
+ # ---- the two warn-only children start NOW, concurrent with the monitor
+ # [0.4.385] the "sample children in parallel" half of the red-watch budget
+ # fix. `tools/baseline-stale` and `tools/coverage-guard` are independent
+ # reads, each capped at its own 20s; running each in a worker thread while
+ # the main thread blocks on the monitor makes the tick cost
+ # max(monitor, children) instead of their sum. ThreadPoolExecutor +
+ # subprocess is safe here: subprocess.run releases the GIL while it waits,
+ # so the two children really do overlap the monitor's ~116s.
+ executor = concurrent.futures.ThreadPoolExecutor(max_workers=2)
+ bs_future = executor.submit(evaluate_baseline_stale, repo, bs_timeout)
+ cg_future = executor.submit(evaluate_coverage_guard, repo, cg_timeout)
+
# ---- run the monitor -------------------------------------------------
out = ""
rc = None
check_error = None
@@ -524,16 +536,19 @@
["bash", monitor],
cwd=repo,
stdout=subprocess.PIPE,
stderr=subprocess.STDOUT,
- timeout=timeout,
+ timeout=monitor_bound,
)
out = proc.stdout.decode("utf-8", "replace")
rc = proc.returncode
except OSError as exc:
check_error = "monitor not runnable: %s" % exc
except subprocess.TimeoutExpired:
- check_error = "monitor timed out after %ds" % timeout
+ # The budget is the cap: a monitor that overruns it is a
+ # CHECK-ERROR (exit 3), never a quiet ok — the row contract
+ # tools/system-status reads depends on this staying loud.
+ check_error = "monitor timed out after %ds (budget)" % monitor_bound
passed = failed = None
if check_error is None:
m = SUMMARY_RE.search(out)
@@ -544,22 +559,18 @@
else:
# `summary: 27 assertions, 27 passed, 0 failed`
passed, failed = int(m.group(2)), int(m.group(3))
- # ---- run the baseline-stale child (rc-gated, warn-only) --------------
- # [0.4.356] the ALERTS half of `[0.4.354]`'s finding: this tool is the only
- # writer of red-watch-ALERTS.log AND the only baseline reader on a schedule,
- # so the child rides along here. Its verdict never touches `state` or the
- # exit code — see the module docstring for the gate and its four alert types.
- bs_state, bs_count, bs_ids, bs_detail = evaluate_baseline_stale(repo, bs_timeout)
+ # ---- collect the children (they ran concurrently with the monitor) ----
+ # [0.4.356]/[0.4.358]'s gate (rc-GATED, never `ok`-gated, warn-only twice
+ # over, never the monitor's `state`) is UNCHANGED — only WHEN they run
+ # moved, from after the monitor to beside it. A child that hit its own 20s
+ # cap already returned `unknown` from evaluate_* (its designed no-data
+ # path), so there is nothing further to bound here.
+ bs_state, bs_count, bs_ids, bs_detail = bs_future.result()
+ cg_state, cg_count, cg_ids, cg_detail = cg_future.result()
+ executor.shutdown(wait=True)
- # ---- run the coverage-guard child (rc-gated, warn-only) --------------
- # [0.4.358] the ALERTS half of `[0.4.357]`'s dashboard row: the same
- # reasoning as the block above — one writer of this file, one schedule —
- # and the same three rules: rc-gated, never `ok`-gated; never the exit
- # code; never the monitor's `state`.
- cg_state, cg_count, cg_ids, cg_detail = evaluate_coverage_guard(repo, cg_timeout)
-
fails = [ln for ln in out.splitlines() if ln.startswith("FAIL ")]
# What the state file stores (and therefore what a RED-SET is judged on):
# the verdict record, never the expectation. `prev` is normalised the same
# way below, so a state file written before this change compares equal
Select another run log from the list above. Only files matching run-YYYYMMDD-HHMMSS-N.log are readable.
App log tail — prod-8001.log (last 60 lines)
[Mon Nov 2 02:39:21 2026] 127.0.0.1:37374 Accepted [Mon Nov 2 02:39:21 2026] 127.0.0.1:37374 Closing [Mon Nov 2 02:39:21 2026] 127.0.0.1:37388 Accepted [Mon Nov 2 02:39:21 2026] 127.0.0.1:37388 Closing [Mon Nov 2 02:39:21 2026] 127.0.0.1:37396 Accepted [Mon Nov 2 02:39:21 2026] 127.0.0.1:37396 Closing [Mon Nov 2 02:39:21 2026] 127.0.0.1:37404 Accepted [Mon Nov 2 02:39:21 2026] 127.0.0.1:37404 Closing [Mon Nov 2 02:39:21 2026] 127.0.0.1:37418 Accepted [Mon Nov 2 02:39:21 2026] 127.0.0.1:37418 Closing [Mon Nov 2 02:39:21 2026] 127.0.0.1:37426 Accepted [Mon Nov 2 02:39:22 2026] 127.0.0.1:37426 Closing [Mon Nov 2 02:39:22 2026] 127.0.0.1:37442 Accepted [Mon Nov 2 02:39:22 2026] 127.0.0.1:37442 Closing [Mon Nov 2 02:39:50 2026] 127.0.0.1:54758 Accepted [Mon Nov 2 02:39:50 2026] 127.0.0.1:54758 Closing [Mon Nov 2 02:43:49 2026] 127.0.0.1:58988 Accepted [Mon Nov 2 02:43:50 2026] 127.0.0.1:58988 Closing [Mon Nov 2 02:45:29 2026] 127.0.0.1:51884 Accepted [Mon Nov 2 02:45:29 2026] 127.0.0.1:51884 Closing [Mon Nov 2 02:45:29 2026] 127.0.0.1:51894 Accepted [Mon Nov 2 02:45:29 2026] 127.0.0.1:51894 Closing [Mon Nov 2 02:45:29 2026] 127.0.0.1:51900 Accepted [Mon Nov 2 02:45:29 2026] 127.0.0.1:51900 Closing [Mon Nov 2 02:45:29 2026] 127.0.0.1:51906 Accepted [Mon Nov 2 02:45:29 2026] 127.0.0.1:51906 Closing [Mon Nov 2 02:45:29 2026] 127.0.0.1:51912 Accepted [Mon Nov 2 02:45:29 2026] 127.0.0.1:51912 Closing [Mon Nov 2 02:45:29 2026] 127.0.0.1:51914 Accepted [Mon Nov 2 02:45:29 2026] 127.0.0.1:51914 Closing [Mon Nov 2 02:45:29 2026] 127.0.0.1:51924 Accepted [Mon Nov 2 02:45:29 2026] 127.0.0.1:51924 Closing [Mon Nov 2 02:45:29 2026] 127.0.0.1:51932 Accepted [Mon Nov 2 02:45:29 2026] 127.0.0.1:51932 Closing [Mon Nov 2 02:45:29 2026] 127.0.0.1:51948 Accepted [Mon Nov 2 02:45:30 2026] 127.0.0.1:51948 Closing [Mon Nov 2 02:45:30 2026] 127.0.0.1:51952 Accepted [Mon Nov 2 02:45:30 2026] 127.0.0.1:51952 Closing [Mon Nov 2 02:45:30 2026] 127.0.0.1:51956 Accepted [Mon Nov 2 02:45:30 2026] 127.0.0.1:51956 Closing [Mon Nov 2 02:45:30 2026] 127.0.0.1:51970 Accepted [Mon Nov 2 02:45:30 2026] 127.0.0.1:51970 Closing [Mon Nov 2 02:45:30 2026] 127.0.0.1:51974 Accepted [Mon Nov 2 02:45:30 2026] 127.0.0.1:51974 Closing [Mon Nov 2 02:45:30 2026] 127.0.0.1:51990 Accepted [Mon Nov 2 02:45:30 2026] 127.0.0.1:51990 Closing [Mon Nov 2 02:45:30 2026] 127.0.0.1:52006 Accepted [Mon Nov 2 02:45:30 2026] 127.0.0.1:52006 Closing [Mon Nov 2 02:45:30 2026] 127.0.0.1:52014 Accepted [Mon Nov 2 02:45:30 2026] 127.0.0.1:52014 Closing [Mon Nov 2 02:45:30 2026] 127.0.0.1:52020 Accepted [Mon Nov 2 02:45:30 2026] 127.0.0.1:52020 Closing [Mon Nov 2 02:45:30 2026] 127.0.0.1:52026 Accepted [Mon Nov 2 02:45:30 2026] 127.0.0.1:52026 Closing [Mon Nov 2 02:45:30 2026] 127.0.0.1:52042 Accepted [Mon Nov 2 02:45:30 2026] 127.0.0.1:52042 Closing [Mon Nov 2 02:45:30 2026] 127.0.0.1:52058 Accepted [Mon Nov 2 02:45:30 2026] 127.0.0.1:52058 Closing [Mon Nov 2 02:48:27 2026] 127.0.0.1:54176 Accepted
Other app logs: downloads.log
Generated 2026-11-02 01:48:27 UTC · Gladex.de