PSProxmoxVE/tests/PSProxmoxVE.Tests/Integration

Integration Tests

This directory contains Pester 5 integration tests for PSProxmoxVE that exercise the module against a real, live Proxmox VE API endpoint. They are skipped by default and must be opted into explicitly.

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Prerequisites

Dedicated test node — never production

Integration tests create and destroy real resources (VMs, snapshots, ISO uploads, network objects, user accounts). You must use a dedicated PVE test cluster or standalone node running Proxmox VE 8.x or 9.x. Never point these tests at a production cluster.

Recommended minimum:

• Single-node cluster or standalone host
• At least one storage pool with images, iso, and rootdir content types enabled
• Network access from the machine running Pester to the PVE API port (default 8006)

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Required API Token

Create a dedicated API token on the test node with the permissions listed below. Using a scoped token (rather than the root password) limits blast radius if credentials leak.

pveum user add pester@pve
pveum acl modify / --users pester@pve --roles PVEAdmin
pveum user token add pester@pve pester-ci

Minimum permissions per domain

Test area	Required privilege(s)
Connection	Sys.Audit
Nodes	Sys.Audit
VMs (read)	VM.Audit
VMs (create)	VM.Allocate, VM.Config.Disk, VM.Config.Memory, VM.Config.Network
VMs (delete)	VM.Allocate
VMs (power)	VM.PowerMgmt
VMs (clone)	VM.Clone
Storage (read)	Datastore.Audit
Storage (ISO)	Datastore.AllocateSpace, Datastore.AllocateTemplate
Snapshots	VM.Snapshot, VM.Snapshot.Rollback
Network	Sys.Modify
Users	User.Modify
Templates	VM.Allocate, VM.Clone
Cloud-Init	VM.Config.CloudInit

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Environment Variables

Set these before running the integration suite. All six are required; any missing variable causes every integration test to be skipped with a clear reason message.

Variable	Description	Example value
PVETEST_HOST	Hostname or IP address of the test PVE node	192.168.1.10 or pve-test.internal
PVETEST_PORT	PVE API port	8006
PVETEST_APITOKEN	API token in USER@REALM!TOKENID=UUID format	pester@pve!pester-ci=xxxxxxxx-xxxx-xxxx-xxxx-xxxx
PVETEST_NODE	Node name as it appears in pvesh get /nodes	pve-test1
PVETEST_STORAGE	Storage pool to use for disk and ISO operations	local
PVETEST_ISO_PATH	Local path to a small .iso file used for upload tests	/tmp/tinycorelinux.iso

Setting variables (Bash / zsh)

export PVETEST_HOST="192.168.1.10"
export PVETEST_PORT="8006"
export PVETEST_APITOKEN="pester@pve!pester-ci=xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx"
export PVETEST_NODE="pve-test1"
export PVETEST_STORAGE="local"
export PVETEST_ISO_PATH="/tmp/tinycorelinux.iso"

Setting variables (PowerShell)

$env:PVETEST_HOST      = '192.168.1.10'
$env:PVETEST_PORT      = '8006'
$env:PVETEST_APITOKEN  = 'pester@pve!pester-ci=xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx'
$env:PVETEST_NODE      = 'pve-test1'
$env:PVETEST_STORAGE   = 'local'
$env:PVETEST_ISO_PATH  = '/tmp/tinycorelinux.iso'

GitHub Actions / CI

Add the variables as repository Actions secrets and expose them as environment variables in your workflow:

env:
  PVETEST_HOST:      ${{ secrets.PVETEST_HOST }}
  PVETEST_PORT:      ${{ secrets.PVETEST_PORT }}
  PVETEST_APITOKEN:  ${{ secrets.PVETEST_APITOKEN }}
  PVETEST_NODE:      ${{ secrets.PVETEST_NODE }}
  PVETEST_STORAGE:   ${{ secrets.PVETEST_STORAGE }}
  PVETEST_ISO_PATH:  ${{ secrets.PVETEST_ISO_PATH }}

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How to Run

The integration suite is tagged Integration. Use the -Tag filter so that the unit tests and integration tests can be run independently.

Via the project helper script (recommended)

./Invoke-Tests.ps1 -Tier Integration

Directly with Invoke-Pester

# Run integration tests only
Invoke-Pester -Path ./tests/PSProxmoxVE.Tests -Tag Integration -Output Detailed

# Run everything (unit + integration)
Invoke-Pester -Path ./tests/PSProxmoxVE.Tests -Output Detailed

# Run unit tests only (exclude integration)
Invoke-Pester -Path ./tests/PSProxmoxVE.Tests -ExcludeTag Integration -Output Detailed

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Warning — Real Resources Are Created and Destroyed

The integration tests:

• Create VMs (named pester-test-vm, pester-clone-vm) on PVETEST_NODE
• Delete those VMs after the test completes (via AfterAll cleanup)
• Start and stop an existing stopped VM if one is available
• Create and delete a snapshot on an existing stopped VM
• Upload an ISO to PVETEST_STORAGE

The AfterAll block performs best-effort cleanup. If the test run is interrupted, leftover VMs named pester-* may remain on the test node and should be removed manually.

Always confirm you are pointing at the correct, isolated test node before running.

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Planned Test Coverage

Domain	Current integration tests	Planned additions
Connection	Connect via API token, detect server version	Connect via credential (ticket auth), session expiry handling
Nodes	List nodes, get node status	Node resource usage metrics
VMs	List, create, delete, start, stop, clone	Migrate, resize disk, Get/Set-PveVmConfig, Move-PveVm
Storage	List, upload ISO	Get-PveStorageContent, Invoke-PveStorageDownload, Remove ISO
Snapshots	Create, list, delete snapshot on stopped VM	Restore snapshot, snapshots on running VM (with vmstate)
Network	List node networks	Create bridge, Set-PveNetwork, Invoke-PveNetworkApply
SDN	(none yet — requires SDN plugin enabled on test node)	Get/New/Remove zone and vnet
Users	List users, verify root@pam present	Create/remove user, assign role, set permission
Templates	List templates (count not asserted)	Convert VM to template, deploy VM from template
Cloud-Init	Get cloud-init config from a stopped VM (no-throw assertion)	Set cloud-init fields, verify propagation via VM config
Tasks	(implicitly exercised via -Wait on lifecycle cmdlets)	Get-PveTask, Wait-PveTask with custom timeout