mirror of
https://github.com/rcourtman/Pulse.git
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Integrate reviewed manual backup pause guidance
Retain exact Core candidate 3fd44b8325 alongside published guest-memory repairs. Reviewed source-ifgmfzhw and exact built desktop/phone render proof cover the unchanged documentation and test content; no native thaw or installed recovery claim.
Change-source: pulse-maintainer
This commit is contained in:
pulse-triage[bot]
@@ -233,8 +233,11 @@ repair an older generated unit rather than adding a JSON-parsing wrapper.
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token's read permissions. Schedule any setup change or restart outside backups.
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- Do not run guest-agent probes during backup freeze/thaw. An OK backup task
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or an absent lock does not confirm thaw.
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- See [VM Disk Monitoring](VM_DISK_MONITORING.md) for the passive host preflight
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and backup safety precaution; it does not verify a fresh disk poll.
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- See [VM Disk Monitoring](VM_DISK_MONITORING.md) for the passive host preflight;
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it does not verify a fresh disk poll. If an affected installation needs to
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pause monitoring, follow the [manual backup precaution](VM_DISK_MONITORING.md#pause-pulse-for-a-planned-freeze-enabled-backup).
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It checks the server service and update timer before the backup, then requires
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independent guest thaw confirmation before starting Pulse again.
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#### Temperature data missing
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- Install `lm-sensors` on the host.
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@@ -24,6 +24,89 @@ or force-reset a guest as a disk-monitoring diagnostic. Those operations can
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affect workloads or backup consistency. Preserve the existing backup task and
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redacted error, rather than repeat a potentially harmful backup for a report.
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### Pause Pulse for a planned freeze-enabled backup
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This manual precaution is for an affected **systemd installation**, before a
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scheduled backup starts. It is **not a recovery procedure** for a backup already
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in progress or an unresponsive guest, and **not an automatic backup hook**.
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1. **Identify the Pulse server service.** Run these commands on the machine
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running the Pulse server: for Proxmox LXC, **inside the Pulse LXC**,
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**not the Proxmox host or the backed-up VM**. The examples use
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`pulse.service`; substitute your actual server unit throughout
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(`pulse-backend.service` on some older installs), **not pulse-agent.service**.
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```bash
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systemctl show pulse.service --property=LoadState,ActiveState,MainPID
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```
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Require `LoadState=loaded` and record whether Pulse was active. If the unit
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is missing, do not assume monitoring has stopped: identify your deployment's
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actual stop control. Docker and other supervisors need their own controls.
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2. **Prevent an update from starting Pulse again.** Do not install or update
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Pulse during this window. If you use unattended updates, inspect the actual
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matching timer (the default is `pulse-update.timer`):
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```bash
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systemctl show pulse-update.timer --property=LoadState,ActiveState
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```
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Record whether the timer was active. For a loaded timer, pause it and check
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both it and its update service, substituting your actual unit names:
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```bash
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sudo systemctl stop pulse-update.timer
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systemctl show pulse-update.timer pulse-update.service \
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--property=Id,LoadState,ActiveState,MainPID
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```
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The timer must be inactive. If the update service is active, activating or
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deactivating, let it finish normally before continuing. Do not interrupt an
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installation. A missing update unit is not proof that a custom updater is
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idle; check your deployment's update controls too.
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3. **Stop Pulse and confirm it is stopped, before the backup starts.**
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```bash
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sudo systemctl stop pulse.service
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systemctl show pulse.service --property=LoadState,ActiveState,MainPID
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```
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Require `LoadState=loaded`, `ActiveState=inactive` and `MainPID=0` after a
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successful stop. Do not start the backup if the stop fails, the state is
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unknown or another Pulse server is still polling the affected guests.
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**Pulse monitoring and alerts are unavailable while stopped.** Do not run
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an update, start another Pulse instance or reboot its host during the pause.
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4. **Verify the guest independently, then restore only what you paused.**
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Keep Pulse stopped until the backup has ended **and** your established
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guest-console or workload checks confirm thaw, including **fresh successful
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workload writes** to the filesystems covered by the backup. A console
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connection or a successful read alone is not enough. If thaw cannot be
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confirmed, leave Pulse stopped and use the guest/platform's recovery
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procedure; do not repeat the backup or use guest-agent probes to test it.
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Only after that confirmation, if Pulse was active beforehand:
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```bash
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sudo systemctl start pulse.service
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systemctl is-active pulse.service
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```
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`active` confirms service startup, not proof that polling or alerts have
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recovered. Check normal observation times in Pulse without Run Diagnostics
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or manual guest-agent probes. Restore the update timer **only if it was
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active beforehand**, after Pulse has started:
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```bash
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sudo systemctl start pulse-update.timer
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```
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Leave previously inactive services/timers inactive. Arrange independent
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outage coverage and repeat the precaution for each affected backup window;
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this manual sequence does not schedule future pauses or prove a fix.
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## 🚀 Setup
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Plan changes outside backup windows and follow the guest's normal maintenance
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@@ -233,8 +233,11 @@ repair an older generated unit rather than adding a JSON-parsing wrapper.
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token's read permissions. Schedule any setup change or restart outside backups.
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- Do not run guest-agent probes during backup freeze/thaw. An OK backup task
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or an absent lock does not confirm thaw.
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- See [VM Disk Monitoring](VM_DISK_MONITORING.md) for the passive host preflight
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and backup safety precaution; it does not verify a fresh disk poll.
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- See [VM Disk Monitoring](VM_DISK_MONITORING.md) for the passive host preflight;
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it does not verify a fresh disk poll. If an affected installation needs to
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pause monitoring, follow the [manual backup precaution](VM_DISK_MONITORING.md#pause-pulse-for-a-planned-freeze-enabled-backup).
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It checks the server service and update timer before the backup, then requires
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independent guest thaw confirmation before starting Pulse again.
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#### Temperature data missing
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- Install `lm-sensors` on the host.
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@@ -24,6 +24,89 @@ or force-reset a guest as a disk-monitoring diagnostic. Those operations can
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affect workloads or backup consistency. Preserve the existing backup task and
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redacted error, rather than repeat a potentially harmful backup for a report.
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### Pause Pulse for a planned freeze-enabled backup
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This manual precaution is for an affected **systemd installation**, before a
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scheduled backup starts. It is **not a recovery procedure** for a backup already
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in progress or an unresponsive guest, and **not an automatic backup hook**.
|
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1. **Identify the Pulse server service.** Run these commands on the machine
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running the Pulse server: for Proxmox LXC, **inside the Pulse LXC**,
|
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**not the Proxmox host or the backed-up VM**. The examples use
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`pulse.service`; substitute your actual server unit throughout
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(`pulse-backend.service` on some older installs), **not pulse-agent.service**.
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```bash
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systemctl show pulse.service --property=LoadState,ActiveState,MainPID
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```
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Require `LoadState=loaded` and record whether Pulse was active. If the unit
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is missing, do not assume monitoring has stopped: identify your deployment's
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actual stop control. Docker and other supervisors need their own controls.
|
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2. **Prevent an update from starting Pulse again.** Do not install or update
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Pulse during this window. If you use unattended updates, inspect the actual
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matching timer (the default is `pulse-update.timer`):
|
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```bash
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systemctl show pulse-update.timer --property=LoadState,ActiveState
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```
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Record whether the timer was active. For a loaded timer, pause it and check
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both it and its update service, substituting your actual unit names:
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```bash
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sudo systemctl stop pulse-update.timer
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systemctl show pulse-update.timer pulse-update.service \
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--property=Id,LoadState,ActiveState,MainPID
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```
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The timer must be inactive. If the update service is active, activating or
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deactivating, let it finish normally before continuing. Do not interrupt an
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installation. A missing update unit is not proof that a custom updater is
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idle; check your deployment's update controls too.
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3. **Stop Pulse and confirm it is stopped, before the backup starts.**
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```bash
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sudo systemctl stop pulse.service
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systemctl show pulse.service --property=LoadState,ActiveState,MainPID
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```
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Require `LoadState=loaded`, `ActiveState=inactive` and `MainPID=0` after a
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successful stop. Do not start the backup if the stop fails, the state is
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unknown or another Pulse server is still polling the affected guests.
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**Pulse monitoring and alerts are unavailable while stopped.** Do not run
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an update, start another Pulse instance or reboot its host during the pause.
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4. **Verify the guest independently, then restore only what you paused.**
|
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Keep Pulse stopped until the backup has ended **and** your established
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guest-console or workload checks confirm thaw, including **fresh successful
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workload writes** to the filesystems covered by the backup. A console
|
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connection or a successful read alone is not enough. If thaw cannot be
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confirmed, leave Pulse stopped and use the guest/platform's recovery
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procedure; do not repeat the backup or use guest-agent probes to test it.
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Only after that confirmation, if Pulse was active beforehand:
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```bash
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sudo systemctl start pulse.service
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systemctl is-active pulse.service
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```
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`active` confirms service startup, not proof that polling or alerts have
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recovered. Check normal observation times in Pulse without Run Diagnostics
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or manual guest-agent probes. Restore the update timer **only if it was
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active beforehand**, after Pulse has started:
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```bash
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sudo systemctl start pulse-update.timer
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```
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Leave previously inactive services/timers inactive. Arrange independent
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outage coverage and repeat the precaution for each affected backup window;
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this manual sequence does not schedule future pauses or prove a fix.
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## 🚀 Setup
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Plan changes outside backup windows and follow the guest's normal maintenance
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@@ -0,0 +1,107 @@
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import { readFileSync } from 'node:fs';
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import path from 'node:path';
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import { fileURLToPath } from 'node:url';
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import { describe, expect, it } from 'vitest';
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import { renderDocMarkdown } from '@/features/docs/docMarkdown';
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const root = path.resolve(path.dirname(fileURLToPath(import.meta.url)), '../../../..');
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const read = (name: string) => readFileSync(path.join(root, name), 'utf8');
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const guide = read('docs/VM_DISK_MONITORING.md');
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const section =
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guide.split('### Pause Pulse for a planned freeze-enabled backup')[1]?.split('## 🚀 Setup')[0] ??
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'';
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const words = section.replace(/\s+/g, ' ');
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function render(markdown: string, name: string): HTMLElement {
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const article = document.createElement('article');
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article.innerHTML = renderDocMarkdown(markdown, name);
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return article;
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}
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describe('manual backup safety help', () => {
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it('ships the complete precaution and makes it reachable from troubleshooting', () => {
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expect(read('frontend-modern/public/docs/VM_DISK_MONITORING.md')).toBe(guide);
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const troubleshooting = read('docs/TROUBLESHOOTING.md');
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expect(read('frontend-modern/public/docs/TROUBLESHOOTING.md')).toBe(troubleshooting);
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const link = render(troubleshooting, 'TROUBLESHOOTING').querySelector(
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'a[href="/docs/VM_DISK_MONITORING#pause-pulse-for-a-planned-freeze-enabled-backup"]',
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);
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expect(link?.textContent).toBe('manual backup precaution');
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expect(
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render(guide, 'VM_DISK_MONITORING').querySelector(
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'#pause-pulse-for-a-planned-freeze-enabled-backup',
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)?.textContent,
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).toBe('Pause Pulse for a planned freeze-enabled backup');
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});
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it('keeps service control in the actual Pulse server container, not the guest or host agent', () => {
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expect(words).toContain('inside the Pulse LXC');
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expect(words).toContain('not the Proxmox host or the backed-up VM');
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expect(words).toContain('pulse-backend.service');
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expect(words).toContain('not pulse-agent.service');
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expect(words).toContain('LoadState=loaded');
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expect(words).toContain('If the unit is missing');
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});
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it('checks updater state before server stop and preserves the original timer state', () => {
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expect(words).toContain('Record whether the timer was active');
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expect(words).toContain('let it finish normally before continuing');
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expect(words).toContain('Do not interrupt an installation');
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expect(words).toContain('only if it was active beforehand');
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const blocks = [...render(section, 'VM_DISK_MONITORING').querySelectorAll('pre code')].map(
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(code) => code.textContent?.trim(),
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);
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expect(blocks).toEqual([
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'systemctl show pulse.service --property=LoadState,ActiveState,MainPID',
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'systemctl show pulse-update.timer --property=LoadState,ActiveState',
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'sudo systemctl stop pulse-update.timer\nsystemctl show pulse-update.timer pulse-update.service \\\n --property=Id,LoadState,ActiveState,MainPID',
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'sudo systemctl stop pulse.service\nsystemctl show pulse.service --property=LoadState,ActiveState,MainPID',
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'sudo systemctl start pulse.service\nsystemctl is-active pulse.service',
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'sudo systemctl start pulse-update.timer',
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]);
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// These defaults and the stopped-service condition are from the existing
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// installer, not a new service or a promise about a custom deployment.
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const installer = read('install.sh');
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expect(installer).toContain('DEFAULT_SERVICE_NAME="pulse"');
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expect(installer).toContain('SERVICE_NAME="pulse-backend"');
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expect(installer).toContain(
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"ExecCondition=/bin/sh -c 'systemctl is-active --quiet ${service_name}'",
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);
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});
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it('requires stopped-state readback and discloses the whole monitoring outage', () => {
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expect(words).toContain('ActiveState=inactive');
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expect(words).toContain('MainPID=0');
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expect(words).toContain('Do not start the backup if');
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expect(words).toContain('Pulse monitoring and alerts are unavailable');
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expect(words).toContain('Do not run an update, start another Pulse instance');
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expect(words).toContain('repeat the precaution for each affected backup window');
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});
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it('requires independent workload writes before restart, never merely an OK task or an open console', () => {
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expect(words).toContain('Keep Pulse stopped until');
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expect(words).toContain('fresh successful workload writes');
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expect(words).toContain('console connection or a successful read alone is not enough');
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expect(words).toContain('not proof that polling or alerts have recovered');
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expect(words).toContain('normal observation times');
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expect(words).toContain('without Run Diagnostics or manual guest-agent probes');
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expect(guide).toContain('An OK backup task or an absent VM lock');
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expect(guide).toContain('does not prove thaw succeeded');
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expect(guide).toContain('not a claim\nthat the monitoring defect is fixed');
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});
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it('does not turn a planned precaution into an incident recovery or an automatic restart hook', () => {
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expect(words).toContain('not a recovery procedure');
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expect(words).toContain('not an automatic backup hook');
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expect(words).toContain('If thaw cannot be confirmed, leave Pulse stopped');
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expect(guide).toContain(
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'Do not test freeze/thaw commands, clear backup locks, disable backup freezing',
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);
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const commands = [...render(section, 'VM_DISK_MONITORING').querySelectorAll('pre code')]
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.map((code) => code.textContent)
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.join('\n');
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expect(commands).not.toMatch(
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/qm |pct |pvesh |guest-fsfreeze|restart|disable|enable|mask|reset|rm |kill|curl|wget|Environment/,
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);
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});
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});
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Reference in New Issue
Block a user