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Complete prerequisites first ([PRE-01](PRE-01) → [PRE-08](PRE-08) minimum) before running these tests. Go to prerequisites

Verify golden image import and PVC clone

Create and boot first VM from template (RHEL 9)

Masquerade uses OVN-K over eno2/br-ex — no bridge setup required

VM live migration (SNO: expected failure)

NOT POSSIBLE on SNO — live migration requires ≥2 nodes. Documented as an expected failure.

Create VM snapshots and perform restore

Test on local storage

Clone VM and use as template (Golden VM pattern)

Pod network (masquerade) and VM access via Service

Optimal for single-NIC — OVN-K over eno2/br-ex, no bridge setup required

VM directly reachable on LAN (OVN-K localnet) -- ⚠ HETZNER TOS VIOLATION

✗ NOT TESTABLE ON HETZNER -- TOS violation! OVN-K localnet works technically (verified 30.06.2026: ping successful), but any VM MAC that reaches eno2/the physical switch via this interface is detected and reported by Hetzner as an unauthorised MAC (server suspension threatened). Only the registered server MAC is permitted.

SR-IOV – high-performance networking (HW missing)

✗ NOT TESTABLE — SR-IOV requires a dedicated second NIC (Intel X710, Mellanox ConnectX). The sole NIC eno2 is consumed by OVN-K and cannot be used for SR-IOV VFs.

Test VLAN isolation — VMs in separate software bridges

Variant A uses pure software bridges br-net1/2/3 (port: []) — no VM MAC leaves eno2/the physical switch, no TOS risk. Variant B (on-premises, trunk port) is relevant only with your own switch.

Inter-VLAN routing via router VM (br-net1 ↔ br-net2)

purely internal software bridges br-net1/br-net2 (port: []) — no VM MAC leaves the node

VM with 3 Network Interfaces (Management + Data + Storage)

OVN-Kubernetes UserDefinedNetwork (Layer2 Overlay)

UserDefinedNetwork with Layer2 topology is a pure overlay (encapsulated Geneve tunnel within OVN-K) — explicitly NOT localnet, so no VM MAC leaves the node.

⚠️ DEDICATED NAMESPACE REQUIRED: see NOTE below.

Verify MetalLB Basic Functionality

2 Pools: internal-pool binds to br-net1 — external-pool binds to eno2, requires a 2nd public IP

Expose VM Services via MetalLB (SSH)

external-pool uses a provider-registered additional IP (e.g. Hetzner Additional IP); MetalLB speaker announces with the node's own MAC.

⚠️ SHARED RESOURCE: external-pool currently has only ONE IP — Clean up after this test (delete vm-ssh-lb) before starting TC-HCP-002

MetalLB BGP Mode with Router Peering

⚠️ NOT usable by default on the current SNO cluster: there is no customer-controlled router in the path for peering. Left for documentation purposes and future tests.

Multiple IP Pools and Namespace Isolation

MetalLB + Isolated Software Bridges: LB IPs per Bridge Interface

L2Advertisement explicitly binds to br-net1/br-net2 — ARP announcements stay node-internal.

Verify HyperShift Operator and MCE

Single-NIC OK — HyperShift pods use the OVN-K pod network.

⚠️ Check Pod/Node Capacity before starting TC-HCP-002 — see steps below.

Create Hosted Cluster with KubeVirt provider

⚠️ SNO EXAMPLE INSTALLATION: --control-plane-availability-policy SingleReplica is mandatory on a single-node cluster.

Scale NodePool and change VM flavour

⚠️ Be sure enough compute resources are available on the SNO node before starting this test.

Remove Hosted Cluster cleanly (destroy)

DataVolume import from multiple sources

Import over OVN-K — bandwidth is shared with OCP traffic on eno2/br-ex in this cluster

Create VM backup with OADP

Restore VM from OADP backup

The VM from TC-BKP-001 is deleted and fully restored from backup. Validates that Velero/OADP not only backs up but also restores reliably — including VM definition, PVC data, and network configuration.

Prerequisites checklist

Confirm these before running steps:

1Verify backup status again — 'oc get backup' shows no status column in this OADP version (printer columns are missing from the CRD), query via JSONPath:

oc get backup.velero.io vm-backup-01 -n openshift-adp -o jsonpath='{.status.phase}{"\n"}' # must show 'Completed'

2Login and delete the test file in the VM (for later restore comparison):

virtctl ssh cloud-user@vm/test-vm-rhel9 -n vmtest -i ~/.ssh/ocp-vm-key

rm /home/cloud-user/before-backup.txt

3Deliberately delete VM and associated resources (simulates data loss):

virtctl stop test-vm-rhel9 -n vmtest

oc delete vm test-vm-rhel9 -n vmtest

Verify: oc get vm,pvc -n vmtest -> test-vm-rhel9 no longer present

4Create Restore CR, referencing the backup (Commands / YAML tab)

5Watch restore status — likewise via JSONPath, same CRD limitation as backup:

watch "oc get restore.velero.io vm-restore-01 -n openshift-adp -o jsonpath='{.status.phase}{\"\n\"}'"

6Wait until Phase: Completed

7Check VM status after restore:

oc get vm,vmi -n vmtest

8Start VM if not started automatically:

virtctl start test-vm-rhel9 -n vmtest

9Verify data integrity: before-backup.txt must still be present

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🧪 Test cases(24 of 50)

Test cases(24 of 50)