Add DetMir primary recovery guard

This commit is contained in:
igor04091968
2026-07-03 08:51:11 +03:00
parent 130d4cd94f
commit 08c67bde1a
7 changed files with 672 additions and 2 deletions
@@ -250,6 +250,10 @@ server {
} }
{% for route in proxmox_web_gateway_routes %} {% for route in proxmox_web_gateway_routes %}
location = /go/{{ route.slug }} {
return 302 {{ route.target_url }};
}
{% if route.proxy_target_url is defined %} {% if route.proxy_target_url is defined %}
location = {{ route.proxy_path }} { location = {{ route.proxy_path }} {
proxy_set_header Authorization ""; proxy_set_header Authorization "";
@@ -274,7 +278,7 @@ server {
location ^~ /portal/api/readiness { location ^~ /portal/api/readiness {
proxy_set_header Authorization ""; proxy_set_header Authorization "";
proxy_set_header X-Remote-User $remote_user; proxy_set_header X-Remote-User $remote_user;
proxy_pass http://192.0.2.13:8721/api/readiness; proxy_pass http://127.0.0.1:8720/readyz;
proxy_redirect off; proxy_redirect off;
} }
+18 -1
View File
@@ -1,6 +1,6 @@
# Ежедневное обслуживание AWatch-rus # Ежедневное обслуживание AWatch-rus
Дата актуализации: 2026-07-02 Дата актуализации: 2026-07-03
Документ описывает ежедневный операторский цикл обслуживания AWatch-rus / Документ описывает ежедневный операторский цикл обслуживания AWatch-rus /
DetMir и безопасное использование Pollinations AI как вспомогательного DetMir и безопасное использование Pollinations AI как вспомогательного
@@ -87,6 +87,22 @@ node scripts/deployment-readiness-smoke.mjs
Критерий: нет новых hard-fail проверок. Warning допустим только при известном Критерий: нет новых hard-fail проверок. Warning допустим только при известном
и задокументированном operational constraint. и задокументированном operational constraint.
### 3.1. Primary recovery guard
Проверить, что автоматический recovery первичного AW API включен и не скрывает
новые incident:
```bash
systemctl is-active detmir-aw-primary-recovery.timer
systemctl status detmir-aw-primary-recovery.timer --no-pager
sudo /usr/local/bin/detmir-aw-primary-recovery --check-only
sudo jq . /var/lib/detmir-aw-primary-recovery/latest.json 2>/dev/null || true
```
Критерий: timer активен, `--check-only` возвращает `status=ok`, новые incident
не имеют `outcome=failed`. Если latest incident отсутствует, это нормально для
контура, где recovery еще ни разу не требовался.
### 4. Очереди, backlog и storage growth ### 4. Очереди, backlog и storage growth
Проверить отсутствие неконтролируемого роста: Проверить отсутствие неконтролируемого роста:
@@ -305,6 +321,7 @@ unset ALL_PROXY all_proxy
- [Operations Runbook](OPERATIONS_RUNBOOK_RU.md) - [Operations Runbook](OPERATIONS_RUNBOOK_RU.md)
- [Эксплуатационная проверка контура](OPERATIONS_VALIDATION_RUNBOOK_RU.md) - [Эксплуатационная проверка контура](OPERATIONS_VALIDATION_RUNBOOK_RU.md)
- [DetMir service reliability runbook](DETMIR_SERVICE_RELIABILITY_RUNBOOK_RU.md)
- [Retention and Cleanup Policy](RETENTION_POLICY_RU.md) - [Retention and Cleanup Policy](RETENTION_POLICY_RU.md)
- [Production readiness](PRODUCTION_READINESS_RU.md) - [Production readiness](PRODUCTION_READINESS_RU.md)
- [Autonomous validation](AUTONOMOUS_VALIDATION_RU.md) - [Autonomous validation](AUTONOMOUS_VALIDATION_RU.md)
@@ -0,0 +1,233 @@
# DetMir Service Reliability Runbook
Дата актуализации: 2026-07-03
Документ описывает production-safe контур снижения повторных выпадений сервисов
AWatch-rus/DetMir. Главная цель — отделять первичный отказ ActivityWatch API от
вторичных падений ingest/report/health jobs и выполнять ограниченное
автовосстановление только для подтвержденного безопасного сценария.
## План реализации
1. Считать `activitywatch-server` первичным сервисом для AW API.
2. Считать `aw-workforce-ingest`, `aw-worktime-autoheal`, `aw-worktime-prewarm`,
`aw-worktime-ui-bridge`, `aw-worktime-influx-exporter`, `aw-rus-healthd` и
`aw-slo-monitor` вторичными зависимыми jobs.
3. Проверять AW API через `/api/0/settings/` и `/api/0/buckets/`.
4. Автоматически восстанавливать только подтвержденный класс отказа:
`poisoned datastore lock` или неактивный `activitywatch-server`.
5. Перед restart первичного сервиса временно остановить вторичные jobs, чтобы
они не усиливали нагрузку на AW SQLite.
6. Перезапустить только `activitywatch-server` внутри CT `203`.
7. Дождаться восстановления AW API.
8. Вернуть вторичные timers и записать incident JSON.
## Что реализовано
Реализован script:
```text
scripts/detmir-aw-primary-recovery.sh
```
Systemd units для Proxmox host:
```text
ops/systemd/detmir-aw-primary-recovery.service
ops/systemd/detmir-aw-primary-recovery.timer
```
Контур предназначен для запуска на Proxmox host `10.10.10.2`, потому что там
доступны одновременно:
- управление PVE jobs через локальный `systemctl`;
- управление AW CT через `pct exec 203`;
- проверка внешнего AW API `http://10.10.10.13:5600`.
## Safety Rules
Recovery script:
- не удаляет SQLite database, lock files или journal files;
- не включает DLP, Loki или always-on Velociraptor;
- не перезапускает Windows host и Windows collectors;
- не меняет конфигурацию AW server;
- не выполняет recovery при произвольном HTTP timeout без подтвержденной
причины;
- имеет cooldown между restart попытками;
- пишет incident evidence в JSON.
## Установка
На Proxmox host:
```bash
sudo install -m 0755 scripts/detmir-aw-primary-recovery.sh \
/usr/local/bin/detmir-aw-primary-recovery
sudo install -m 0644 ops/systemd/detmir-aw-primary-recovery.service \
/etc/systemd/system/detmir-aw-primary-recovery.service
sudo install -m 0644 ops/systemd/detmir-aw-primary-recovery.timer \
/etc/systemd/system/detmir-aw-primary-recovery.timer
sudo systemctl daemon-reload
sudo systemctl enable --now detmir-aw-primary-recovery.timer
```
Опциональная конфигурация:
```bash
sudo install -d -m 0755 /etc/detmir
sudoedit /etc/detmir/aw-primary-recovery.env
```
Пример:
```bash
DETMIR_AW_RECOVERY_URL=http://10.10.10.13:5600
DETMIR_AW_RECOVERY_CT_ID=203
DETMIR_AW_RECOVERY_CONFIRM_ATTEMPTS=2
DETMIR_AW_RECOVERY_COOLDOWN_SECONDS=900
DETMIR_AW_RECOVERY_HTTP_TIMEOUT_SECONDS=8
```
## Проверка без изменений
```bash
/usr/local/bin/detmir-aw-primary-recovery --self-test
/usr/local/bin/detmir-aw-primary-recovery --check-only
systemctl start detmir-aw-primary-recovery.service
journalctl -u detmir-aw-primary-recovery.service -n 80 --no-pager
```
Ожидаемо для здорового контура:
```text
event=probe attempt=1 status=ok
```
## Evidence
Incident files:
```text
/var/lib/detmir-aw-primary-recovery/incidents/*.json
/var/lib/detmir-aw-primary-recovery/latest.json
/var/lib/detmir-aw-primary-recovery/status.json
```
Проверка последнего incident:
```bash
sudo jq . /var/lib/detmir-aw-primary-recovery/latest.json
```
Ключевые поля:
- `outcome`: `recovered`, `failed`, `skipped`, `observed_no_action`, `dry_run`;
- `reason`: `poisoned_lock`, `service_inactive`, `cooldown_active_after_*`;
- `recovered`: boolean;
- `pve_pause_units`;
- `ct_pause_units`;
- `details`.
## Rollback
Отключить automation:
```bash
sudo systemctl disable --now detmir-aw-primary-recovery.timer
sudo systemctl reset-failed detmir-aw-primary-recovery.service
```
Удаление установленных файлов не требуется для rollback. Если нужно убрать
полностью:
```bash
sudo rm -f /etc/systemd/system/detmir-aw-primary-recovery.service
sudo rm -f /etc/systemd/system/detmir-aw-primary-recovery.timer
sudo rm -f /usr/local/bin/detmir-aw-primary-recovery
sudo systemctl daemon-reload
```
## Manual Recovery Sequence
Если automation disabled или recovery не помог:
```bash
sudo systemctl stop aw-workforce-ingest.timer aw-workforce-ingest.service
sudo pct exec 203 -- systemctl stop \
aw-worktime-autoheal.timer aw-worktime-autoheal.service \
aw-worktime-prewarm.timer aw-worktime-prewarm.service \
aw-worktime-ui-bridge.timer aw-worktime-ui-bridge.service \
aw-worktime-influx-exporter.timer aw-worktime-influx-exporter.service \
aw-rus-healthd.timer aw-rus-healthd.service \
aw-slo-monitor.timer aw-slo-monitor.service
sudo pct exec 203 -- systemctl restart activitywatch-server
curl -fsS http://10.10.10.13:5600/api/0/settings/ >/dev/null
curl -fsS http://10.10.10.13:5600/api/0/buckets/ >/dev/null
sudo pct exec 203 -- systemctl start \
aw-worktime-autoheal.timer \
aw-worktime-prewarm.timer \
aw-worktime-ui-bridge.timer \
aw-worktime-influx-exporter.timer \
aw-rus-healthd.timer \
aw-slo-monitor.timer
sudo systemctl start aw-workforce-ingest.timer
```
## Post-Recovery Validation
```bash
cd /mnt/usb_hdd2/Projects/ActivityWatch-Russian
./check-aw-full.sh
ssh igor@10.10.10.2 'systemctl --failed --no-legend || true'
ssh igor@10.10.10.2 'sudo pct exec 203 -- systemctl --failed --no-legend || true'
curl -fsS http://10.10.10.13:5610/health | jq .
curl -fsS http://10.10.10.2:8720/readyz | jq .
```
Критерий:
- `check-aw-full.sh`: `DEAD=0`, `STALE=0`;
- failed units на Proxmox host: `0`;
- failed units внутри CT `203`: `0`;
- Worktime health: `status=OK`;
- Portal readiness: `status=ready`.
## Gateway Contract
Операторские shortcuts должны соответствовать runbook:
```text
/go/proxmox-gui
/go/file1c-brief
/go/file1c-actions
```
Они формируются из `proxmox_web_gateway_routes` в nginx template и должны
возвращать `302` на целевой внутренний URL после Basic Auth.
Readiness compatibility endpoint:
```text
/portal/api/readiness -> http://127.0.0.1:8720/readyz
```
## Known Limitations
- Recovery intentionally limited to AW API poisoned lock and inactive primary
service. Other failures remain operator-visible incidents.
- If restart does not restore AW API before timeout, secondary timers remain
paused to avoid failure amplification. Operator must inspect
`/var/lib/detmir-aw-primary-recovery/latest.json`.
- Windows credential or WinRM authentication problems are outside this recovery
loop.
- This does not prove backup/restore. It is runtime availability recovery only.
+18
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@@ -6,6 +6,10 @@
использование Pollinations AI для анализа sanitized evidence описаны отдельно: использование Pollinations AI для анализа sanitized evidence описаны отдельно:
[ежедневное обслуживание AWatch-rus](DAILY_MAINTENANCE_RU.md). [ежедневное обслуживание AWatch-rus](DAILY_MAINTENANCE_RU.md).
Автоматическое восстановление первичного AW API от подтвержденного
`poisoned datastore lock` описано отдельно:
[DetMir service reliability runbook](DETMIR_SERVICE_RELIABILITY_RUNBOOK_RU.md).
## Быстрая проверка ## Быстрая проверка
Проверить доступность: Проверить доступность:
@@ -108,6 +112,20 @@ systemctl --failed --no-pager
- coverage; - coverage;
- errors in logs. - errors in logs.
### ActivityWatch API возвращает `503 poisoned lock`
Проверить, сработал ли primary recovery guard:
```bash
systemctl status detmir-aw-primary-recovery.timer --no-pager
journalctl -u detmir-aw-primary-recovery.service -n 80 --no-pager
sudo jq . /var/lib/detmir-aw-primary-recovery/latest.json
```
Если guard отключен, использовать manual sequence из
`DETMIR_SERVICE_RELIABILITY_RUNBOOK_RU.md`. Не удалять SQLite, lock или journal
файлы ActivityWatch вручную.
### Нет данных ### Нет данных
Проверить: Проверить:
@@ -0,0 +1,18 @@
[Unit]
Description=DetMir ActivityWatch primary recovery guard
Documentation=https://github.com/igor04091968/AWatch-rus/blob/main/docs/DETMIR_SERVICE_RELIABILITY_RUNBOOK_RU.md
Wants=network-online.target
After=network-online.target
ConditionPathExists=/usr/sbin/pct
[Service]
Type=oneshot
EnvironmentFile=-/etc/detmir/aw-primary-recovery.env
ExecStart=/usr/local/bin/detmir-aw-primary-recovery --once
User=root
Group=root
Nice=5
TimeoutStartSec=5min
StandardOutput=journal
StandardError=journal
SyslogIdentifier=detmir-aw-primary-recovery
@@ -0,0 +1,13 @@
[Unit]
Description=Run DetMir ActivityWatch primary recovery guard every 2 minutes
[Timer]
OnBootSec=3min
OnUnitActiveSec=2min
AccuracySec=30s
RandomizedDelaySec=15s
Persistent=false
Unit=detmir-aw-primary-recovery.service
[Install]
WantedBy=timers.target
+367
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@@ -0,0 +1,367 @@
#!/usr/bin/env bash
set -euo pipefail
# Production-safe primary recovery loop for DetMir ActivityWatch.
#
# Scope:
# - Detects ActivityWatch API poisoned datastore lock.
# - Pauses dependent secondary jobs before restarting the primary AW service.
# - Restarts only activitywatch-server inside the configured Proxmox CT.
# - Writes structured incident evidence.
#
# Non-goals:
# - Does not delete SQLite, journal or lock files.
# - Does not enable DLP, Loki or Velociraptor.
# - Does not restart Windows collectors.
AW_URL="${DETMIR_AW_RECOVERY_URL:-http://10.10.10.13:5600}"
AW_CT_ID="${DETMIR_AW_RECOVERY_CT_ID:-203}"
AW_SERVICE="${DETMIR_AW_RECOVERY_SERVICE:-activitywatch-server}"
STATE_DIR="${DETMIR_AW_RECOVERY_STATE_DIR:-/var/lib/detmir-aw-primary-recovery}"
HTTP_TIMEOUT_SECONDS="${DETMIR_AW_RECOVERY_HTTP_TIMEOUT_SECONDS:-8}"
CONFIRM_ATTEMPTS="${DETMIR_AW_RECOVERY_CONFIRM_ATTEMPTS:-2}"
CONFIRM_SLEEP_SECONDS="${DETMIR_AW_RECOVERY_CONFIRM_SLEEP_SECONDS:-5}"
STARTUP_TIMEOUT_SECONDS="${DETMIR_AW_RECOVERY_STARTUP_TIMEOUT_SECONDS:-120}"
STARTUP_SLEEP_SECONDS="${DETMIR_AW_RECOVERY_STARTUP_SLEEP_SECONDS:-5}"
COOLDOWN_SECONDS="${DETMIR_AW_RECOVERY_COOLDOWN_SECONDS:-900}"
DRY_RUN="${DETMIR_AW_RECOVERY_DRY_RUN:-0}"
PVE_PAUSE_UNITS="${DETMIR_AW_RECOVERY_PVE_PAUSE_UNITS:-aw-workforce-ingest.timer aw-workforce-ingest.service}"
PVE_RESUME_UNITS="${DETMIR_AW_RECOVERY_PVE_RESUME_UNITS:-aw-workforce-ingest.timer}"
CT_PAUSE_UNITS="${DETMIR_AW_RECOVERY_CT_PAUSE_UNITS:-aw-worktime-autoheal.timer aw-worktime-autoheal.service aw-worktime-prewarm.timer aw-worktime-prewarm.service aw-worktime-ui-bridge.timer aw-worktime-ui-bridge.service aw-worktime-influx-exporter.timer aw-worktime-influx-exporter.service aw-rus-healthd.timer aw-rus-healthd.service aw-slo-monitor.timer aw-slo-monitor.service}"
CT_RESUME_UNITS="${DETMIR_AW_RECOVERY_CT_RESUME_UNITS:-aw-worktime-autoheal.timer aw-worktime-prewarm.timer aw-worktime-ui-bridge.timer aw-worktime-influx-exporter.timer aw-rus-healthd.timer aw-slo-monitor.timer}"
usage() {
cat <<'EOF'
Usage:
detmir-aw-primary-recovery.sh [--once|--check-only|--self-test]
Environment:
DETMIR_AW_RECOVERY_URL default: http://10.10.10.13:5600
DETMIR_AW_RECOVERY_CT_ID default: 203
DETMIR_AW_RECOVERY_SERVICE default: activitywatch-server
DETMIR_AW_RECOVERY_STATE_DIR default: /var/lib/detmir-aw-primary-recovery
DETMIR_AW_RECOVERY_CONFIRM_ATTEMPTS default: 2
DETMIR_AW_RECOVERY_COOLDOWN_SECONDS default: 900
DETMIR_AW_RECOVERY_DRY_RUN default: 0
DETMIR_AW_RECOVERY_PVE_PAUSE_UNITS space-separated units on Proxmox host
DETMIR_AW_RECOVERY_PVE_RESUME_UNITS space-separated units on Proxmox host
DETMIR_AW_RECOVERY_CT_PAUSE_UNITS space-separated units inside AW CT
DETMIR_AW_RECOVERY_CT_RESUME_UNITS space-separated units inside AW CT
The script never removes ActivityWatch SQLite, lock or journal files.
EOF
}
log() {
printf 'ts=%s component=detmir-aw-primary-recovery %s\n' "$(date -u +%Y-%m-%dT%H:%M:%SZ)" "$*"
}
require_command() {
local cmd="$1"
if ! command -v "$cmd" >/dev/null 2>&1; then
log "level=error event=missing_command command=$cmd"
exit 127
fi
}
json_string_array() {
jq -Rsc 'split(" ") | map(select(length > 0))' <<<"$1"
}
record_incident() {
local outcome="$1"
local reason="$2"
local recovered="$3"
local started_at="$4"
local finished_at="$5"
local details="$6"
local incident_id
incident_id="$(date -u +%Y%m%dT%H%M%SZ)-$$"
local incident_path="${STATE_DIR}/incidents/${incident_id}.json"
install -d -m 0750 "${STATE_DIR}/incidents"
jq -n \
--arg generated_at_utc "$finished_at" \
--arg started_at_utc "$started_at" \
--arg outcome "$outcome" \
--arg reason "$reason" \
--arg recovered "$recovered" \
--arg aw_url "$AW_URL" \
--arg aw_ct_id "$AW_CT_ID" \
--arg aw_service "$AW_SERVICE" \
--arg details "$details" \
--argjson pve_pause_units "$(json_string_array "$PVE_PAUSE_UNITS")" \
--argjson ct_pause_units "$(json_string_array "$CT_PAUSE_UNITS")" \
'{
generated_at_utc: $generated_at_utc,
started_at_utc: $started_at_utc,
outcome: $outcome,
reason: $reason,
recovered: ($recovered == "true"),
aw_url: $aw_url,
aw_ct_id: ($aw_ct_id | tonumber? // $aw_ct_id),
aw_service: $aw_service,
details: $details,
pve_pause_units: $pve_pause_units,
ct_pause_units: $ct_pause_units
}' >"$incident_path"
ln -sfn "$incident_path" "${STATE_DIR}/latest.json"
log "level=info event=incident_written path=$incident_path outcome=$outcome reason=$reason recovered=$recovered"
}
classify_http_response() {
local code="$1"
local body_file="$2"
if [[ "$code" =~ ^2[0-9][0-9]$ ]]; then
printf 'ok'
return 0
fi
if grep -Eiq 'poisoned lock|Taking datastore lock failed|datastore lock failed' "$body_file"; then
printf 'poisoned_lock'
return 0
fi
printf 'http_%s' "$code"
}
probe_path() {
local path="$1"
local body_file
body_file="$(mktemp)"
local code rc
code="$(curl -sS --max-time "$HTTP_TIMEOUT_SECONDS" -o "$body_file" -w '%{http_code}' "${AW_URL}${path}" 2>/dev/null)" || rc=$?
rc="${rc:-0}"
if [[ "$rc" -ne 0 ]]; then
rm -f "$body_file"
printf 'timeout'
return 0
fi
local status
status="$(classify_http_response "$code" "$body_file")"
rm -f "$body_file"
printf '%s' "$status"
}
ct_systemctl() {
pct exec "$AW_CT_ID" -- systemctl "$@"
}
activitywatch_service_status() {
if ! pct status "$AW_CT_ID" >/dev/null 2>&1; then
printf 'ct_unavailable'
return 0
fi
if ct_systemctl is-active --quiet "$AW_SERVICE"; then
printf 'active'
else
printf 'inactive'
fi
}
probe_aw() {
local service_state settings_status buckets_status
service_state="$(activitywatch_service_status)"
if [[ "$service_state" != "active" ]]; then
printf 'service_%s' "$service_state"
return 0
fi
settings_status="$(probe_path '/api/0/settings/')"
buckets_status="$(probe_path '/api/0/buckets/')"
if [[ "$settings_status" == "ok" && "$buckets_status" == "ok" ]]; then
printf 'ok'
elif [[ "$settings_status" == "poisoned_lock" || "$buckets_status" == "poisoned_lock" ]]; then
printf 'poisoned_lock'
else
printf '%s,%s' "$settings_status" "$buckets_status"
fi
}
stop_units_on_host() {
local units="$1"
local unit
for unit in $units; do
log "level=info event=stop_unit scope=pve unit=$unit"
systemctl stop "$unit" >/dev/null 2>&1 || true
done
}
start_units_on_host() {
local units="$1"
local unit
for unit in $units; do
log "level=info event=start_unit scope=pve unit=$unit"
systemctl start "$unit" >/dev/null 2>&1 || true
done
}
stop_units_in_ct() {
local units="$1"
local unit
for unit in $units; do
log "level=info event=stop_unit scope=ct ct=$AW_CT_ID unit=$unit"
ct_systemctl stop "$unit" >/dev/null 2>&1 || true
done
}
start_units_in_ct() {
local units="$1"
local unit
for unit in $units; do
log "level=info event=start_unit scope=ct ct=$AW_CT_ID unit=$unit"
ct_systemctl start "$unit" >/dev/null 2>&1 || true
done
}
cooldown_active() {
local last_file="${STATE_DIR}/last_restart_epoch"
[[ -f "$last_file" ]] || return 1
local now last
now="$(date -u +%s)"
last="$(cat "$last_file" 2>/dev/null || printf '0')"
[[ "$last" =~ ^[0-9]+$ ]] || return 1
(( now - last < COOLDOWN_SECONDS ))
}
wait_for_aw_ok() {
local deadline now status
deadline=$(( $(date -u +%s) + STARTUP_TIMEOUT_SECONDS ))
while true; do
status="$(probe_aw)"
if [[ "$status" == "ok" ]]; then
return 0
fi
now="$(date -u +%s)"
if (( now >= deadline )); then
log "level=error event=wait_for_aw_timeout last_status=$status"
return 1
fi
log "level=info event=wait_for_aw status=$status"
sleep "$STARTUP_SLEEP_SECONDS"
done
}
run_recovery() {
local reason="$1"
local started_at="$2"
if cooldown_active; then
local finished_at
finished_at="$(date -u +%Y-%m-%dT%H:%M:%SZ)"
record_incident "skipped" "cooldown_active_after_${reason}" "false" "$started_at" "$finished_at" "restart suppressed by cooldown"
return 0
fi
if [[ "$DRY_RUN" == "1" ]]; then
local finished_at
finished_at="$(date -u +%Y-%m-%dT%H:%M:%SZ)"
record_incident "dry_run" "$reason" "false" "$started_at" "$finished_at" "dry run requested"
return 0
fi
log "level=warn event=recovery_start reason=$reason ct=$AW_CT_ID service=$AW_SERVICE"
stop_units_on_host "$PVE_PAUSE_UNITS"
stop_units_in_ct "$CT_PAUSE_UNITS"
log "level=warn event=restart_primary ct=$AW_CT_ID service=$AW_SERVICE"
ct_systemctl restart "$AW_SERVICE"
printf '%s\n' "$(date -u +%s)" >"${STATE_DIR}/last_restart_epoch"
local finished_at
if wait_for_aw_ok; then
start_units_in_ct "$CT_RESUME_UNITS"
start_units_on_host "$PVE_RESUME_UNITS"
finished_at="$(date -u +%Y-%m-%dT%H:%M:%SZ)"
record_incident "recovered" "$reason" "true" "$started_at" "$finished_at" "primary restarted and AW API returned ok"
return 0
fi
finished_at="$(date -u +%Y-%m-%dT%H:%M:%SZ)"
record_incident "failed" "$reason" "false" "$started_at" "$finished_at" "primary restart did not restore AW API; secondary timers left paused"
return 1
}
check_once() {
install -d -m 0750 "$STATE_DIR"
local started_at status attempt reason
started_at="$(date -u +%Y-%m-%dT%H:%M:%SZ)"
reason=""
for attempt in $(seq 1 "$CONFIRM_ATTEMPTS"); do
status="$(probe_aw)"
log "level=info event=probe attempt=$attempt status=$status"
case "$status" in
ok)
jq -n \
--arg generated_at_utc "$started_at" \
--arg status "ok" \
--arg aw_url "$AW_URL" \
'{generated_at_utc: $generated_at_utc, status: $status, aw_url: $aw_url}' \
>"${STATE_DIR}/status.json"
return 0
;;
poisoned_lock|service_inactive|service_ct_unavailable)
reason="$status"
;;
*)
local finished_at
finished_at="$(date -u +%Y-%m-%dT%H:%M:%SZ)"
record_incident "observed_no_action" "$status" "false" "$started_at" "$finished_at" "unhealthy state is not in automatic recovery allowlist"
return 0
;;
esac
if [[ "$attempt" -lt "$CONFIRM_ATTEMPTS" ]]; then
sleep "$CONFIRM_SLEEP_SECONDS"
fi
done
run_recovery "$reason" "$started_at"
}
self_test() {
local tmp
tmp="$(mktemp)"
printf '{"message":"Taking datastore lock failed, returning 504: poisoned lock: another task failed inside"}' >"$tmp"
[[ "$(classify_http_response 503 "$tmp")" == "poisoned_lock" ]]
printf '{"ok":true}' >"$tmp"
[[ "$(classify_http_response 200 "$tmp")" == "ok" ]]
printf '{"message":"other"}' >"$tmp"
[[ "$(classify_http_response 503 "$tmp")" == "http_503" ]]
rm -f "$tmp"
log "level=info event=self_test status=ok"
}
main() {
local mode="${1:---once}"
case "$mode" in
--help|-h)
usage
;;
--self-test)
require_command jq
self_test
;;
--check-only)
require_command curl
require_command jq
require_command pct
status="$(probe_aw)"
log "level=info event=check_only status=$status"
[[ "$status" == "ok" ]]
;;
--once)
require_command curl
require_command jq
require_command pct
require_command flock
install -d -m 0750 "$STATE_DIR"
exec 9>"${STATE_DIR}/lock"
if ! flock -n 9; then
log "level=warn event=lock_busy"
exit 0
fi
check_once
;;
*)
usage >&2
exit 2
;;
esac
}
main "$@"