def _create_node_details(cluster_name):
operators = utils.parse_olm_operators_from_env()
return {
"libvirt_worker_memory":
utils.resource_param(args.worker_memory,
consts.OperatorResource.WORKER_MEMORY_KEY,
operators),
"libvirt_master_memory":
utils.resource_param(
args.master_memory
if not args.master_count == 1 else args.master_memory * 2,
consts.OperatorResource.MASTER_MEMORY_KEY, operators),
"libvirt_worker_vcpu":
utils.resource_param(args.worker_cpu,
consts.OperatorResource.WORKER_VCPU_KEY,
operators),
"libvirt_master_vcpu":
utils.resource_param(
args.master_cpu
if not args.master_count == 1 else args.master_cpu * 2,
consts.OperatorResource.MASTER_VCPU_KEY, operators),
"worker_count":
utils.resource_param(args.number_of_workers,
consts.OperatorResource.WORKER_COUNT_KEY,
operators),
"cluster_name":
cluster_name,
"cluster_domain":
args.base_dns_domain,
"libvirt_network_name":
consts.TEST_NETWORK + args.namespace,
"libvirt_network_mtu":
args.network_mtu,
"libvirt_network_if":
args.network_bridge,
"libvirt_worker_disk":
utils.resource_param(args.worker_disk,
consts.OperatorResource.WORKER_DISK_KEY,
operators),
"libvirt_master_disk":
utils.resource_param(args.master_disk,
consts.OperatorResource.MASTER_DISK_KEY,
operators),
"libvirt_secondary_network_name":
consts.TEST_SECONDARY_NETWORK + args.namespace,
"libvirt_secondary_network_if":
f's{args.network_bridge}',
"bootstrap_in_place":
args.master_count == 1,
"master_disk_count":
utils.resource_param(args.master_disk_count,
consts.OperatorResource.MASTER_DISK_COUNT_KEY,
operators),
"worker_disk_count":
utils.resource_param(args.worker_disk_count,
consts.OperatorResource.WORKER_DISK_COUNT_KEY,
operators),
}
def _cluster_create_params():
ipv4 = args.ipv4 and args.ipv4.lower() in MachineNetwork.YES_VALUES
ipv6 = args.ipv6 and args.ipv6.lower() in MachineNetwork.YES_VALUES
ntp_source = _get_host_ip_from_cidr(
args.vm_network_cidr6 if ipv6 and not ipv4 else args.vm_network_cidr)
user_managed_networking = is_user_managed_networking()
http_proxy, https_proxy, no_proxy = _get_http_proxy_params(ipv4=ipv4,
ipv6=ipv6)
params = {
"openshift_version":
utils.get_openshift_version(),
"base_dns_domain":
args.base_dns_domain,
"cluster_network_cidr":
args.cluster_network if ipv4 else args.cluster_network6,
"cluster_network_host_prefix":
args.host_prefix if ipv4 else args.host_prefix6,
"service_network_cidr":
args.service_network if ipv4 else args.service_network6,
"pull_secret":
args.pull_secret,
"http_proxy":
http_proxy,
"https_proxy":
https_proxy,
"no_proxy":
no_proxy,
"vip_dhcp_allocation":
bool(args.vip_dhcp_allocation) and not user_managed_networking,
"additional_ntp_source":
ntp_source,
"user_managed_networking":
user_managed_networking,
"high_availability_mode":
consts.HighAvailabilityMode.NONE
if args.master_count == 1 else consts.HighAvailabilityMode.FULL,
"olm_operators": [{
'name': name
} for name in utils.parse_olm_operators_from_env()]
}
return params
"cluster_cidr":
utils.get_env('CLUSTER_CIDR', '10.128.0.0/14'),
"host_prefix":
int(utils.get_env('HOST_PREFIX', '23')),
"iso_image_type":
utils.get_env('ISO_IMAGE_TYPE', consts.ImageType.FULL_ISO),
"worker_vcpu":
utils.get_env('WORKER_CPU', consts.WORKER_CPU),
"master_vcpu":
utils.get_env('MASTER_CPU', consts.MASTER_CPU),
"test_teardown":
bool(util.strtobool(utils.get_env('TEST_TEARDOWN', 'true'))),
"namespace":
utils.get_env('NAMESPACE', consts.DEFAULT_NAMESPACE),
"olm_operators":
utils.parse_olm_operators_from_env(),
"platform":
utils.get_env("PLATFORM", consts.Platforms.BARE_METAL),
"user_managed_networking":
False,
"high_availability_mode":
consts.HighAvailabilityMode.FULL,
"download_image":
bool(util.strtobool(utils.get_env("DOWNLOAD_IMAGE", default="True"))),
"is_ipv6":
bool(util.strtobool(utils.get_env("IPv6", default="False"))),
"cluster_id":
utils.get_env("CLUSTER_ID"),
"additional_ntp_source":
utils.get_env("ADDITIONAL_NTP_SOURCE",
consts.DEFAULT_ADDITIONAL_NTP_SOURCE),
utils.get_env('CLUSTER_CIDR', '10.128.0.0/14'),
"host_prefix":
int(utils.get_env('HOST_PREFIX', '23')),
"iso_image_type":
utils.get_env('ISO_IMAGE_TYPE', consts.ImageType.FULL_ISO),
"worker_vcpu":
utils.get_env('WORKER_CPU', consts.WORKER_CPU),
"master_vcpu":
utils.get_env('MASTER_CPU', consts.MASTER_CPU),
"test_teardown":
bool(util.strtobool(utils.get_env('TEST_TEARDOWN', 'true'))),
"namespace":
utils.get_env('NAMESPACE', consts.DEFAULT_NAMESPACE),
"olm_operators": [{
'name': name
} for name in utils.parse_olm_operators_from_env()],
"platform":
utils.get_env("PLATFORM", consts.Platforms.BARE_METAL),
"user_managed_networking":
False,
"high_availability_mode":
consts.HighAvailabilityMode.FULL,
}
cluster_mid_name = infra_utils.get_random_name()
# Tests running on terraform parallel must have unique ISO file
if not qe_env:
image = utils.get_env(
'ISO',
os.path.join(
consts.IMAGE_FOLDER,