The integration_tests job restores the pre-built frontend dist from
cache and copies it to the embed location, but then runs make build
which unconditionally rebuilds the frontend via npm — failing because
node_modules aren't installed. Use go build directly since the
frontend is already embedded.
Initialize rateTracker in ApplyHostReport test monitors to prevent nil
pointer panic when CalculateRates is called during host report processing.
Add pre-push hook guard that blocks pushing version tags directly —
releases must go through the create-release.yml workflow.
Host network sparklines were displaying wildly incorrect values (e.g., 147 GB/s
for an idle Raspberry Pi) because cumulative byte counters (total bytes since
boot) were being stored directly instead of being converted to rates.
Changes:
- monitor.go: Use RateTracker to calculate network rates for hosts, matching
the existing pattern used for VMs and containers. Only record network
metrics when we have enough samples to calculate valid rates.
- router.go: Remove network metrics from live fallback for hosts since we
can't calculate rates from a single snapshot. Better to show nothing than
misleading cumulative totals.
The fix follows the established codebase pattern where:
1. Agent reports cumulative RXBytes/TXBytes
2. RateTracker compares consecutive samples to calculate bytes/second
3. Rates are stored in metrics history for sparkline display
- Replace Go stdlib smtp.PlainAuth (which refuses credentials without TLS)
with a custom plainAuth that respects the user's explicit transport choice
- Remove TLS guard from LoginAuth for the same reason
- Add RateLimit field to EmailConfig so the user's configured value is
persisted instead of being silently overwritten with 60
- Implement actual sanitization in the "Export for GitHub" diagnostics
button (was previously ignored — both exports produced identical data)
Related to #1189
Update history entry LastSeen on alert resolution so the stored duration
reflects how long the alert was actually active, not the snapshot captured
at creation time. This fixes the "0m" duration display for all resolved
metric-based alerts.
Fix reevaluateActiveAlertsLocked to use HostDefaults for host agent alerts
and PBSDefaults for PBS alerts instead of falling through to GuestDefaults
and NodeDefaults respectively, which could incorrectly resolve or retain
alerts on config save when thresholds differ.
The per-point min/max in the tooltip would appear and disappear while
scrubbing because some aggregated points happened to have min equal to
value. Replaced with overall dataset min/max displayed right-aligned in
the chart header, color-coded blue (min) and red (max).
Guest polling (CheckGuest) runs before CheckNode in each poll cycle,
so the display name cache was empty when the first guest alert was
created. This caused the initial notification to use the raw Proxmox
node name. Fix by seeding the cache from modelNodes (which are already
available) before guest polling starts.
Related to #1188
Alerts previously showed the raw Proxmox node name (e.g., "on pve") even
when users configured a display name (e.g., "SPACEX") via Settings or the
host agent --hostname flag. This affected the alert UI, email notifications,
and webhook payloads.
Add NodeDisplayName field to the alert chain: cache display names in the
alert Manager (populated by CheckNode/CheckHost on every poll), resolve
them at alert creation via preserveAlertState, refresh on metric updates,
and enrich at read time in GetActiveAlerts. Update models.Alert, the
syncAlertsToState conversion, email templates, Apprise body text, webhook
payloads, and all frontend rendering paths.
Related to #1188
Enrich the patrol seed context with service identity (from discovery
store) and network reachability (via ICMP ping through host agents).
The guest metrics table now includes Service and Reachable columns,
and a Service Health Issues section highlights running-but-unreachable
guests. A new SignalGuestUnreachable signal type creates deterministic
findings for unreachable guests.
New files:
- patrol_intelligence.go: GuestProber interface, GuestIntelligence
type, gatherGuestIntelligence() with concurrent per-node probing
- patrol_prober.go: agentExecProber implementation using batch ping
commands via connected host agents
rcourtman