def test_non_mgmt_display_network_over_ipv6(system, default_data_center,
default_cluster, host_0_up,
host0_eth1_ipv6, host0_eth2_ipv6,
engine_storage_ipv6):
"""
This test verifies that:
* it is possible to create a display role over an ipv6 only network
* it is possible to connect with a graphic display to a VM over this
network
Note: host0_eth1_ipv6 fixture is mandatory because if there is no ipv6
address on eth1 of the host, connection with the storage server
cannot be maintained
"""
assert host0_eth1_ipv6 != ''
with netlib.new_network('ipv6-disp_net', default_data_center) as net:
with clusterlib.network_assignment(default_cluster, net) as cl_net:
cl_net.set_usages((netlib.NetworkUsage.DISPLAY, ))
no_v4 = netattachlib.NoIpAssignment()
v6_no_gw = netattachlib.StaticIpAssignment(
version=netattachlib.IpVersion.V6,
addr=host0_eth2_ipv6,
mask='64',
)
attach_data = netattachlib.NetworkAttachmentData(
net, 'eth2', (no_v4, v6_no_gw))
with hostlib.setup_networks(host_0_up, (attach_data, )):
host_0_up.wait_for_networks_in_sync()
VM0 = 'vm_non_mgmt_display_net_over_ipv6'
DSK = 'disk_non_mgmt_display_net_over_ipv6'
with vm_powering_up(system, default_data_center,
default_cluster, host_0_up,
engine_storage_ipv6, VM0, DSK) as vm:
_try_spice_console_connect(vm)
def test_sync_across_cluster(default_data_center, default_cluster, host_0_up,
host_1_up):
cluster_hosts_up = (host_0_up, host_1_up)
with netlib.new_network('sync-net', default_data_center) as sync_net:
with clusterlib.network_assignment(default_cluster, sync_net):
with contextlib2.ExitStack() as stack:
for i, host in enumerate(cluster_hosts_up):
att_datum = create_attachment(sync_net, i)
stack.enter_context(
hostlib.setup_networks(host, (att_datum, )))
stack.enter_context(unsynced_host_network(host))
default_cluster.sync_all_networks()
for host in cluster_hosts_up:
host.wait_for_networks_in_sync()
def test_sync_across_cluster(default_data_center, default_cluster,
host_0_up, host_1_up):
cluster_hosts_up = (host_0_up, host_1_up)
with netlib.new_network('sync-net', default_data_center) as sync_net:
with clusterlib.network_assignment(default_cluster, sync_net):
with contextlib2.ExitStack() as stack:
for i, host in enumerate(cluster_hosts_up):
att_datum = create_attachment(sync_net, i)
stack.enter_context(
hostlib.setup_networks(host, (att_datum,))
)
stack.enter_context(unsynced_host_network(host))
default_cluster.sync_all_networks()
for host in cluster_hosts_up:
host.wait_for_networks_in_sync()
def test_setup_net_with_qos(system, default_data_center, default_cluster,
default_storage_domain, cluster_host_up,
qos_net, vm_qos):
qos_configs = default_data_center.list_qos()
assert len([qos for qos in qos_configs if qos.name in QOS_NAMES]) == 2
with clusterlib.network_assignment(default_cluster, qos_net):
attach_data = _create_net_attachment_data(qos_net)
with hostlib.setup_networks(cluster_host_up, (attach_data,)):
with netlib.create_vnic_profile(
system, QOS_VP, qos_net, vm_qos) as profile:
with vm_down(
system, default_cluster, default_storage_domain) as vm:
vm.create_vnic(NIC2, profile)
vm.run()
vm.wait_for_powering_up_status()
def test_setup_net_with_qos(system, default_data_center, default_cluster,
default_storage_domain, cluster_host_up,
qos_net, vm_qos):
qos_configs = default_data_center.list_qos()
assert len([qos for qos in qos_configs if qos.name in QOS_NAMES]) == 2
with clusterlib.network_assignment(default_cluster, qos_net):
attach_data = _create_net_attachment_data(qos_net)
with hostlib.setup_networks(cluster_host_up, (attach_data,)):
with netlib.create_vnic_profile(
system, QOS_VP, qos_net, vm_qos) as profile:
with vm_down(
system, default_cluster, default_storage_domain) as vm:
vm.create_vnic(NIC2, profile)
vm.run()
vm.wait_for_powering_up_status()
