Pulse/internal/config/vmware_test.go
rcourtman 406b966b86 v6(settings): phase 8 — per-surface Monitor* scope for TrueNAS and VMware
Adds positive MonitorDatasets/Pools/Replication booleans to TrueNASInstance
and MonitorVMs/Hosts/Datastores to VMwareVCenterInstance, matching the
PVE/PBS/PMG scope pattern. NewInstance defaults all surfaces to true;
ApplyDefaults migrates legacy all-false records to all-true so existing
truenas.json / vmware.json on disk continue monitoring after upgrade.

The unified connections aggregator now reads those booleans into the
Scope map and flips SupportsScope to true for both types, so the Scope
UI in the ConnectionEditor is a straight wire-through to the native
config fields — no new storage or adapter layer. Per-type API clients,
form state, and the TrueNAS and VMware credential slots render the same
three-checkbox "Collection scope" panel used by PVE/PBS/PMG, replacing
the old per-type Stop-this-surface dialog end-to-end from the editor's
side.

Contracts updated: agent-lifecycle, api-contracts, storage-recovery.
Tests: truenas.test.ts and vmware.test.ts round-trip the new monitor*
flags through list + update payloads; config tests cover the legacy
all-false ApplyDefaults migration; aggregator test asserts the scope map
and SupportsScope: true for both types.

Provider Refresh paths still fetch everything in one trip; honoring
Monitor* inside VMware and TrueNAS pollers is deferred to a follow-up.
2026-04-19 15:02:18 +01:00

50 lines
1.6 KiB
Go

package config
import (
"testing"
"github.com/stretchr/testify/require"
)
func TestVMwareNewInstanceDefaults(t *testing.T) {
inst := NewVMwareVCenterInstance()
require.NotEmpty(t, inst.ID)
require.Equal(t, defaultVMwarePort, inst.Port)
require.True(t, inst.Enabled)
require.True(t, inst.MonitorVMs)
require.True(t, inst.MonitorHosts)
require.True(t, inst.MonitorDatastores)
}
func TestVMwareApplyDefaultsLegacyScopeMigration(t *testing.T) {
// A record saved before Monitor* fields existed decodes with
// zero-value false across the board. ApplyDefaults must treat that
// as "never configured" and enable every surface so the upgrade
// doesn't silently stop collecting.
inst := VMwareVCenterInstance{}
inst.ApplyDefaults()
require.Equal(t, defaultVMwarePort, inst.Port)
require.True(t, inst.MonitorVMs)
require.True(t, inst.MonitorHosts)
require.True(t, inst.MonitorDatastores)
}
func TestVMwareApplyDefaultsPreservesExplicitScope(t *testing.T) {
inst := VMwareVCenterInstance{MonitorVMs: true, MonitorHosts: false, MonitorDatastores: false}
inst.ApplyDefaults()
require.True(t, inst.MonitorVMs)
require.False(t, inst.MonitorHosts)
require.False(t, inst.MonitorDatastores)
}
func TestVMwareRedactedPreservesMonitorFields(t *testing.T) {
inst := VMwareVCenterInstance{
Name: "vc", Host: "vc.lan", Password: "secret",
MonitorVMs: true, MonitorHosts: false, MonitorDatastores: true,
}
redacted := inst.Redacted()
require.Equal(t, vmwareSensitiveMask, redacted.Password)
require.True(t, redacted.MonitorVMs)
require.False(t, redacted.MonitorHosts)
require.True(t, redacted.MonitorDatastores)
}