data.py-dist

# Configuration file, to be adapted to one's needs

from __future__ import annotations

import os

from lib.common import hash_password

from typing import TYPE_CHECKING, Any

if TYPE_CHECKING:
    from lib.typing import IsoImageDef

# Default user and password to connect to a host through XAPI
# Note: this won't be used for SSH.
# You need to have an SSH key into the hosts' /root/.ssh/authorized_keys.
HOST_DEFAULT_USER = "root"
HOST_DEFAULT_PASSWORD = ""

HOST_DEFAULT_PASSWORD_HASH = hash_password(HOST_DEFAULT_PASSWORD)

# Public keys for a private keys available to the test runner
TEST_SSH_PUBKEY = """
ssh-ed25519 AAAAC3NzaC1lZDI1NTE5AAAAIMnN/wVdQqHA8KsndfrLS7fktH/IEgxoa533efuXR6rw XCP-ng CI
ssh-rsa AAAAB3NzaC1yc2EAAAADAQABAAABAQDKz9uQOoxq6Q0SQ0XTzQHhDolvuo/7EyrDZsYQbRELhcPJG8MT/o5u3HyJFhIP2+HqBSXXgmqRPJUkwz9wUwb2sUwf44qZm/pyPUWOoxyVtrDXzokU/uiaNKUMhbnfaXMz6Ogovtjua63qld2+ZRXnIgrVtYKtYBeu/qKGVSnf4FTOUKl1w3uKkr59IUwwAO8ay3wVnxXIHI/iJgq6JBgQNHbn3C/SpYU++nqL9G7dMyqGD36QPFuqH/cayL8TjNZ67TgAzsPX8OvmRSqjrv3KFbeSlpS/R4enHkSemhgfc8Z2f49tE7qxWZ6x4Uyp5E6ur37FsRf/tEtKIUJGMRXN XCP-ng CI
"""

# The following prefix will be added to the `name-label` parameter of XAPI objects
# that the tests will create or import, such as VMs and SRs.
# Default value: [your login/user]
# OBJECTS_NAME_PREFIX = "[TEST]"
OBJECTS_NAME_PREFIX = None

# Override settings for specific hosts
# skip_xo_config allows to not touch XO's configuration regarding the host
# Else the default behaviour is to add the host to XO servers at the beginning
# of the testing session and remove it at the end.
HOSTS: dict[str, dict[str, Any]] = {
#    "10.0.0.1": {"user": "root", "password": ""},
#    "testhost1": {"user": "root", "password": "", 'skip_xo_config': True},
}

NETWORKS = {
    "MGMT": "Pool-wide network associated with eth0",
}

# PXE config server for automated XCP-ng installation
PXE_CONFIG_SERVER = 'pxe'

# server on MGMT network, where ARP tables can reveal the MACs
ARP_SERVER = PXE_CONFIG_SERVER

# Default VM images location
DEF_VM_URL = 'http://pxe/images/'

# Guest tools ISO download location
ISO_DOWNLOAD_URL = 'http://pxe/isos/'

# Definitions of Windows guest tool ISOs to be tested
WIN_GUEST_TOOLS_ISOS = {
    "stable": {
        # ISO name on SR or subpath of ISO_DOWNLOAD_URL
        "name": "guest-tools-win.iso",
        # Whether ISO should be downloaded from ISO_DOWNLOAD_URL
        "download": True,
        # ISO-relative path of MSI file to be installed
        "package": "package\\XenDrivers-x64.msi",
        # ISO-relative path of XenClean script
        "xenclean_path": "package\\XenClean\\x64\\Invoke-XenClean.ps1",
        # ISO-relative path of root cert file to be installed before guest tools (optional)
        "testsign_cert": "testsign\\XCP-ng_Test_Signer.crt",
        # What's the onboard family of our tools? This is equal to the WinPV VENDOR_NAME value
        "onboard_family": "XCP-ng",
    },
    # Add more guest tool ISOs here as needed
}

# Definition of ISO containing other guest tools to be tested
OTHER_GUEST_TOOLS_ISO = {
    "name": "other-guest-tools-win.iso",
    "download": False,
}

# Definitions of other guest tools contained in OTHER_GUEST_TOOLS_ISO
OTHER_GUEST_TOOLS = {
    "xcp-ng-9.0.9000": {
        # Whether we are installing MSI files ("msi"), bare .inf drivers ("inf")
        # or nothing in case of Windows Update (absent or null)
        "type": "msi",
        # ISO-relative path of this guest tool
        "path": "xcp-ng-9.0.9000",
        # "path"-relative path of MSI or driver files to be installed
        "package": "package\\XenDrivers-x64.msi",
        # Relative path of root cert file (optional)
        "testsign_cert": "testsign\\XCP-ng_Test_Signer.crt",
        # Whether this guest tool version wants vendor device to be activated (optional, defaults to False)
        # Note: other guest tools may not install correctly with this setting enabled
        "vendor_device": False,

        # Can we upgrade automatically from this guest tool to our tools?
        "upgradable": True,
        # What is the expected onboarding phase after running XenClean when this tool is installed? (optional)
        "onboarding_phase": "see test_xenclean.py ONBOARDING_PHASES",
    },
    "vendor": {
        "vendor_device": True,
        "upgradable": False,
    },
}

# Tools
TOOLS: dict[str, str] = {
#    "iso-remaster": "/home/user/src/xcpng/xcp/scripts/iso-remaster/iso-remaster.sh",
}

# Values can be either full URLs or only partial URLs that will be automatically appended to DEF_VM_URL
VM_IMAGES = {
    'mini-linux-x86_64-bios': 'alpine-minimal-3.12.0.xva',
    'mini-linux-x86_64-uefi': 'alpine-uefi-minimal-3.12.0.xva'
}

ISO_IMAGES_BASE = "https://updates.xcp-ng.org/isos/"
ISO_IMAGES_CACHE = "/home/user/iso"
# ISO_IMAGES path can be:
# - absolute filename
# - absolute URL
# - path relative to ISO_IMAGES_BASE URL
# Note the dirname part is ignored when looking in ISO_IMAGES_CACHE, abuse this
# for local-only ISO with things like "locally-built/my.iso" or "xs/8.3.iso".
# If 'net-only' is set to 'True' only source of type URL will be possible.
# By default the parameter is set to False.
ISO_IMAGES: dict[str, "IsoImageDef"] = {
    '83nightly': {'path': os.environ.get("XCPNG83_NIGHTLY",
                                         "http://unconfigured.iso"),
                  'unsigned': True},
    # FIXME: no such symlimk + useless without 'net-url'
    #'83nightlynet': {'path': "http://pxe/isos/xcp-ng-8.3-ci-netinstall-latest"},
    #                 'net-url': 'fake",
    #                 'net-only': True},
    '830': {'path': "8.3/xcp-ng-8.3.0.iso",
            #'net-url': "http://server/installers/xcp-ng/8.3.0",
            },
    ## FIXME: only a compensation for the lack of 83nightlynet
    #'830net': {'path': "8.3/xcp-ng-8.3.0-netinstall.iso",
    #           'net-url': "http://server/installers/xcp-ng/8.3.0",
    #           'net-only': True},
    '82nightly': {'path': os.environ.get("XCPNG82_NIGHTLY",
                                         "http://unconfigured.iso"),
                  'unsigned': True},
    '821.1': {'path': "8.2/xcp-ng-8.2.1-20231130.iso",
              #'net-url': f"http://{PXE_CONFIG_SERVER}/installers/xcp-ng/8.2.1-refreshed/",
              },
    '821': {'path': "8.2/xcp-ng-8.2.1.iso"},
    '820': {'path': "8.2/xcp-ng-8.2.0.iso"},
    '81': {'path': "8.1/xcp-ng-8.1.0-2.iso"},
    '80': {'path': "8.0/xcp-ng-8.0.0.iso"},
    '76': {'path': "7.6/xcp-ng-7.6.0.iso"},
    '75': {'path': "7.5/xcp-ng-7.5.0-2.iso"},
    'xs8': {'path': "XenServer8_2024-03-18.iso"},
    'ch821.1': {'path': "CitrixHypervisor-8.2.1-2306-install-cd.iso"},
    'ch821': {'path': "CitrixHypervisor-8.2.1-install-cd.iso"},
}

# In some cases, we may prefer to favour a local SR to store test VM disks,
# to avoid latency or unstabilities related to network or shared file servers.
# However it's not good practice to make a local SR the default SR for a pool of several hosts.
# Hence this configuration value that you can set to `local` so that our tests use this SR by default.
# This setting affects VMs managed by the `imported_vm` fixture.
# Possible values:
# - 'default': keep using the pool's default SR
# - 'local': use the first local SR found instead
# - A UUID of the SR to be used
DEFAULT_SR = 'default'

# Whether to cache VMs on the test host, that is import them only if not already
# present in the target SR. This also causes the VM to be cloned at the beginning
# of each test module, so that the original VM remains untouched.
# /!\ The VM identifier in cache is simply the URL where it was imported from.
# No checksum or date is checked.
# A cached VM is just a VM which has a special description.
# Example description: "[Cache for http://example.com/images/filename.xva]"
# Delete the VM to remove it from cache.
# This setting affects VMs managed by the `imported_vm` fixture.
CACHE_IMPORTED_VM = False

# Default LINSTOR redundancy configuration for creating SRs.
LINSTOR_REDUNDANCY = 2

# Default NFS device config:
NFS_DEVICE_CONFIG: dict[str, str] = {
#    'server': '10.0.0.2', # URL/Hostname of NFS server
#    'serverpath': '/path/to/shared/mount' # Path to shared mountpoint
}

# Default NFS4+ only device config:
NFS4_DEVICE_CONFIG: dict[str, str] = {
#    'server': '10.0.0.2', # URL/Hostname of NFS server
#    'serverpath': '/path_to_shared_mount' # Path to shared mountpoint
#    'nfsversion': '4.1'
}

# Default NFS ISO device config:
NFS_ISO_DEVICE_CONFIG: dict[str, str] = {
#    'location': '10.0.0.2:/path/to/shared/mount' # URL/Hostname of NFS server and path to shared mountpoint
}

# Default CIFS ISO device config:
CIFS_ISO_DEVICE_CONFIG: dict[str, str] = {
#    'location': r'\\10.0.0.2\<shared folder name>',
#    'username': '<user>',
#    'cifspassword': '<password>',
#    'type': 'cifs',
#    'vers': '<1.0> or <3.0>'
}

CEPHFS_DEVICE_CONFIG: dict[str, str] = {
#    'server': '10.0.0.2',
#    'serverpath': '/vms'
}

MOOSEFS_DEVICE_CONFIG: dict[str, str] = {
#    'masterhost': 'mfsmaster',
#    'masterport': '9421',
#    'rootpath': '/vms'
}

LVMOISCSI_DEVICE_CONFIG: dict[str, str] = {
#    'target': '192.168.1.1',
#    'port': '3260',
#    'targetIQN': 'target.example',
#    'SCSIid': 'id'
}

LVMOHBA_DEVICE_CONFIG: dict[str, str] = {
#    'SCSIid': 'wwid'
}

BASE_ANSWERFILES = dict(
    INSTALL={
        "TAG": "installation",
        "CONTENTS": (
            {"TAG": "root-password",
             "type": "hash",
             "CONTENTS": HOST_DEFAULT_PASSWORD_HASH},
            {"TAG": "timezone",
             "CONTENTS": "Europe/Paris"},
            {"TAG": "keymap",
             "CONTENTS": "us"},
        ),
    },
    UPGRADE={
        "TAG": "installation",
        "mode": "upgrade",
    },
    RESTORE={
        "TAG": "restore",
    },
)

IMAGE_EQUIVS: dict[str, str] = {
#    'install.test::Nested::install[bios-830-ext]-vm1-607cea0c825a4d578fa5fab56978627d8b2e28bb':
#    'install.test::Nested::install[bios-830-ext]-vm1-addb4ead4da49856e1d2fb3ddf4e31027c6b693b',
}

# This should be a working DNS server that's not used by any VM images.
TEST_DNS_SERVER = "1.1.1.1"

# List of NICs available on host for network tests.
# example: HOST_FREE_NICS: list[str] = ['eth1', 'eth2']
HOST_FREE_NICS: list[str] = []