def preload_image_to_esx(url, glance_id, sizes, version):
esxi_hosts = getattr(testbed, 'esxi_hosts', None)
if not esxi_hosts:
return
for esxi in esxi_hosts.values():
if esxi['contrail_vm']['host'] in env.roledefs['compute']:
apply_esxi_defaults(esxi)
# for havana(2013.2), images are stored under datastore/vmware_base/
base = esxi['datastore'] + 'vmware_base/'
# for icehouse, images are stored under datstore/<ip>_base/<glanceid>/
if '2014.1' in version:
ip = esxi['contrail_vm']['host'].split('@')[-1]
base = esxi['datastore'] + ip + '_base/' + glance_id + '/'
with settings(host_string=esxi['username'] + '@' + esxi['ip'],
password=esxi['password'],
warn_only=True,
shell='/bin/sh -l -c'):
run('mkdir -p %s' % base)
with cd(base):
run('wget -O ' + glance_id + '-sparse.vmdk.gz ' + url)
run('gunzip ' + glance_id + '-sparse.vmdk.gz')
run('vmkfstools -i ' + glance_id + '-sparse.vmdk -a ide ' +
glance_id + '.vmdk')
run('rm ' + glance_id + '-sparse.vmdk')
for size in sizes:
run('vmkfstools -i ' + glance_id + '.vmdk -a ide ' +
glance_id + '.' + str(size) + '.vmdk')
run('vmkfstools -X ' + str(size) + 'G ' + glance_id +
'.' + str(size) + '.vmdk')
def preload_image_to_esx(url, glance_id, sizes, version):
esxi_hosts = getattr(testbed, 'esxi_hosts', None)
if not esxi_hosts:
return
for esxi in esxi_hosts.values():
if esxi['contrail_vm']['host'] in env.roledefs['compute']:
apply_esxi_defaults(esxi)
# for havana(2013.2), images are stored under datastore/vmware_base/
base = esxi['datastore'] + 'vmware_base/'
# for icehouse, images are stored under datstore/<ip>_base/<glanceid>/
if '2014.1' in version:
ip = esxi['contrail_vm']['host'].split('@')[-1]
base = esxi['datastore'] + ip + '_base/' + glance_id + '/'
with settings(host_string = esxi['username'] + '@' + esxi['ip'],
password = esxi['password'], warn_only=True,
shell = '/bin/sh -l -c'):
run('mkdir -p %s' % base)
with cd(base):
run('wget -O ' + glance_id + '-sparse.vmdk.gz ' + url)
run('gunzip ' + glance_id + '-sparse.vmdk.gz')
run('vmkfstools -i ' + glance_id + '-sparse.vmdk -a ide ' + glance_id + '.vmdk')
run('rm ' + glance_id + '-sparse.vmdk')
for size in sizes:
run('vmkfstools -i ' + glance_id + '.vmdk -a ide ' + glance_id + '.' + str(size) + '.vmdk')
run('vmkfstools -X ' + str(size) + 'G ' + glance_id + '.' + str(size) + '.vmdk')
def frame_vnc_compute_cmd(host_string, cmd='setup-vnc-compute',
manage_nova_compute='yes', configure_nova='yes'):
orch = get_orchestrator()
ncontrols = len(env.roledefs['control'])
cfgm_host = get_control_host_string(env.roledefs['cfgm'][0])
cfgm_ip = get_contrail_internal_vip() or hstr_to_ip(cfgm_host)
cfgm_user = env.roledefs['cfgm'][0].split('@')[0]
cfgm_passwd = get_env_passwords(env.roledefs['cfgm'][0])
compute_host = get_control_host_string(host_string)
(tgt_ip, tgt_gw) = get_data_ip(host_string)
metadata_secret = get_metadata_secret()
compute_mgmt_ip= host_string.split('@')[1]
compute_control_ip= hstr_to_ip(compute_host)
amqp_server_ip = get_contrail_amqp_server()
# Using amqp running in openstack node
if (get_from_testbed_dict('openstack', 'manage_amqp', 'no') == 'yes' or
get_from_testbed_dict('openstack', 'amqp_host', None)):
amqp_server_ip = get_openstack_amqp_server()
cpu_mode = get_nova_cpu_mode()
cpu_model = get_nova_cpu_model()
# Frame the command line to provision compute node.
cmd += " --self_ip %s" % compute_control_ip
cmd += " --cfgm_ip %s" % cfgm_ip
cmd += " --cfgm_user %s" % cfgm_user
cmd += " --cfgm_passwd %s" % cfgm_passwd
cmd += " --ncontrols %s" % ncontrols
cmd += " --amqp_server_ip %s" % amqp_server_ip
cmd += " --service_token %s" % get_service_token()
cmd += " --orchestrator %s" % get_orchestrator()
cmd += " --hypervisor %s" % get_hypervisor(host_string)
haproxy = get_haproxy()
if haproxy:
cmd += " --haproxy %s" % haproxy
if tgt_ip != compute_mgmt_ip:
cmd += " --non_mgmt_ip %s" % tgt_ip
cmd += " --non_mgmt_gw %s" % tgt_gw
if orch == 'openstack':
openstack_mgmt_ip = hstr_to_ip(env.roledefs['openstack'][0])
authserver_ip = get_authserver_ip()
ks_auth_protocol = get_authserver_protocol()
ks_auth_port = get_authserver_port()
ks_admin_user, ks_admin_password = get_authserver_credentials()
cmd += " --keystone_ip %s" % authserver_ip
cmd += " --openstack_mgmt_ip %s" % openstack_mgmt_ip
cmd += " --keystone_auth_protocol %s" % ks_auth_protocol
cmd += " --keystone_auth_port %s" % ks_auth_port
cmd += " --quantum_service_protocol %s" % get_quantum_service_protocol()
cmd += " --keystone_admin_user %s" % ks_admin_user
cmd += " --keystone_admin_password %s" % ks_admin_password
cmd += " --nova_password %s" % get_nova_password()
cmd += " --neutron_password %s" % get_neutron_password()
cmd += " --service_tenant_name %s" % get_keystone_service_tenant_name()
if cpu_mode is not None:
cmd += " --cpu_mode %s" % cpu_mode
if cpu_mode == 'custom':
if cpu_model is None:
raise Exception('cpu model is required for custom cpu mode')
cmd += " --cpu_model %s" % cpu_model
# Add metadata_secret if available
if metadata_secret:
cmd += " --metadata_secret %s" % metadata_secret
# HA arguments
internal_vip = get_openstack_internal_vip()
if internal_vip:
# Highly availbale setup
cmd += " --internal_vip %s" % internal_vip
external_vip = get_from_testbed_dict('ha', 'external_vip', None)
if external_vip:
cmd += ' --external_vip %s' % external_vip
if manage_nova_compute == 'no':
cmd = cmd + " --no_contrail_openstack"
contrail_internal_vip = get_contrail_internal_vip()
if contrail_internal_vip:
# Highly availbale setup with mulitple interfaces
cmd += " --contrail_internal_vip %s" % contrail_internal_vip
if internal_vip or contrail_internal_vip:
cmd += " --mgmt_self_ip %s" % compute_mgmt_ip
if configure_nova == 'no':
cmd = cmd + " --no_nova_config"
# Simple Gateway(vgw) arguments
(set_vgw, gateway_routes, public_subnet, public_vn_name, vgw_intf_list) = get_vgw_details(host_string)
if set_vgw:
cmd += " --vgw_public_subnet %s" % str([(';'.join(str(e) for e in public_subnet)).replace(" ","")])
cmd += " --vgw_public_vn_name %s" % str([(';'.join(str(e) for e in public_vn_name)).replace(" ","")])
cmd += " --vgw_intf_list %s" % str([(';'.join(str(e) for e in vgw_intf_list)).replace(" ","")])
if gateway_routes:
cmd += " --vgw_gateway_routes %s" % str([(';'.join(str(e) for e in gateway_routes)).replace(" ","")])
if 'vcenter_compute' in env.roledefs:
compute_host = 'root' + '@' + compute_mgmt_ip
if compute_host in env.roledefs['vcenter_compute'][:]:
vcenter_info = getattr(env, 'vcenter', None)
if compute_mgmt_ip == vcenter_info['vcenter_compute']:
cmd += " --vcenter_server %s" % vcenter_info['server']
cmd += " --vcenter_username %s" % vcenter_info['username']
cmd += " --vcenter_password %s" % vcenter_info['password']
cluster_list = vcenter_info['cluster']
cluster_list_now = ""
for cluster in cluster_list:
cluster_list_now += cluster
cluster_list_now += ","
cluster_list_now = cluster_list_now.rstrip(',')
cmd += " --vcenter_cluster %s" % cluster_list_now
cmd += " --vcenter_dvswitch %s" % vcenter_info['dv_switch']['dv_switch_name']
# Contrail with vmware as orchestrator
esxi_data = get_vmware_details(host_string)
if esxi_data:
apply_esxi_defaults(esxi_data)
cmd += " --vmware %s" % esxi_data['ip']
cmd += " --vmware_username %s" % esxi_data['username']
cmd += " --vmware_passwd %s" % esxi_data['password']
cmd += " --vmware_vmpg_vswitch %s" % esxi_data['vm_vswitch']
if orch is 'vcenter':
# Setting mtu when vmware is orchestrator
mtu = "1500"
cmd += " --vmware_vmpg_vswitch_mtu %s" % mtu
else:
cmd += " --vmware_vmpg_vswitch_mtu %s" % esxi_data['vm_vswitch_mtu']
cmd += " --mode %s" % get_mode(env.host_string)
dpdk = getattr(env, 'dpdk', None)
if dpdk:
if env.host_string in dpdk:
cmd += " --dpdk"
return cmd
def frame_vnc_compute_cmd(host_string,
cmd='setup-vnc-compute',
manage_nova_compute='yes',
configure_nova='yes'):
orch = get_orchestrator()
cfgm_host = get_control_host_string(env.roledefs['cfgm'][0])
cfgm_ip = get_contrail_internal_vip() or hstr_to_ip(cfgm_host)
cfgm_user = env.roledefs['cfgm'][0].split('@')[0]
cfgm_passwd = get_env_passwords(env.roledefs['cfgm'][0])
compute_host = get_control_host_string(host_string)
(tgt_ip, tgt_gw) = get_data_ip(host_string)
metadata_secret = get_metadata_secret()
compute_mgmt_ip = host_string.split('@')[1]
compute_control_ip = hstr_to_ip(compute_host)
amqp_server_ip = get_contrail_amqp_server()
# Using amqp running in openstack node
if (get_from_testbed_dict('openstack', 'manage_amqp', 'no') == 'yes'
or get_from_testbed_dict('openstack', 'amqp_host', None)):
amqp_server_ip = get_openstack_amqp_server()
cpu_mode = get_nova_cpu_mode()
cpu_model = get_nova_cpu_model()
# Frame the command line to provision compute node.
cmd += " --self_ip %s" % compute_control_ip
cmd += " --cfgm_ip %s" % cfgm_ip
cmd += " --cfgm_user %s" % cfgm_user
cmd += " --cfgm_passwd %s" % cfgm_passwd
cmd += " --amqp_server_ip %s" % amqp_server_ip
cmd += " --service_token %s" % get_service_token()
cmd += " --orchestrator %s" % get_orchestrator()
cmd += " --hypervisor %s" % get_hypervisor(host_string)
collector_host_list = []
for entry in env.roledefs['collector']:
collector_host_list.append(hstr_to_ip(get_control_host_string(entry)))
cmd += ' --collectors %s' % ' '.join(collector_host_list)
control_host_list = []
for entry in env.roledefs['control']:
control_host_list.append(hstr_to_ip(get_control_host_string(entry)))
cmd += ' --control-nodes %s' % ' '.join(control_host_list)
haproxy = get_haproxy()
if haproxy:
cmd += " --haproxy %s" % haproxy
if tgt_ip != compute_mgmt_ip:
cmd += " --non_mgmt_ip %s" % tgt_ip
cmd += " --non_mgmt_gw %s" % tgt_gw
if orch == 'openstack':
openstack_mgmt_ip = hstr_to_ip(env.roledefs['openstack'][0])
openstack_ctrl_ip = hstr_to_ip(
get_control_host_string(env.roledefs['openstack'][0]))
authserver_ip = get_authserver_ip()
ks_auth_protocol = get_authserver_protocol()
ks_auth_port = get_authserver_port()
ks_admin_user, ks_admin_password = get_authserver_credentials()
cmd += " --keystone_ip %s" % authserver_ip
cmd += " --keystone_version %s" % get_keystone_version()
cmd += " --openstack_mgmt_ip %s" % openstack_mgmt_ip
cmd += " --openstack_ctrl_ip %s" % openstack_ctrl_ip
cmd += " --keystone_auth_protocol %s" % ks_auth_protocol
cmd += " --keystone_auth_port %s" % ks_auth_port
cmd += " --quantum_service_protocol %s" % get_quantum_service_protocol(
)
cmd += " --keystone_admin_user %s" % ks_admin_user
cmd += " --keystone_admin_password %s" % ks_admin_password
cmd += " --nova_password %s" % get_nova_password()
cmd += " --neutron_password %s" % get_neutron_password()
cmd += " --service_tenant_name %s" % get_keystone_service_tenant_name()
cmd += " --region_name %s" % get_region_name()
if cpu_mode is not None:
cmd += " --cpu_mode %s" % cpu_mode
if cpu_mode == 'custom':
if cpu_model is None:
raise Exception(
'cpu model is required for custom cpu mode')
cmd += " --cpu_model %s" % cpu_model
# Add metadata_secret if available
if metadata_secret:
cmd += " --metadata_secret %s" % metadata_secret
# HA arguments
internal_vip = get_openstack_internal_vip()
if internal_vip:
# Highly availbale setup
cmd += " --internal_vip %s" % internal_vip
external_vip = get_from_testbed_dict('ha', 'external_vip', None)
if external_vip:
cmd += ' --external_vip %s' % external_vip
if manage_nova_compute == 'no':
cmd = cmd + " --no_contrail_openstack"
contrail_internal_vip = get_contrail_internal_vip()
if contrail_internal_vip:
# Highly availbale setup with mulitple interfaces
cmd += " --contrail_internal_vip %s" % contrail_internal_vip
if internal_vip or contrail_internal_vip:
cmd += " --mgmt_self_ip %s" % compute_mgmt_ip
if configure_nova == 'no':
cmd = cmd + " --no_nova_config"
# Simple Gateway(vgw) arguments
(set_vgw, gateway_routes, public_subnet, public_vn_name,
vgw_intf_list) = get_vgw_details(host_string)
if set_vgw:
cmd += " --vgw_public_subnet %s" % str([(';'.join(
str(e) for e in public_subnet)).replace(" ", "")])
cmd += " --vgw_public_vn_name %s" % str([(';'.join(
str(e) for e in public_vn_name)).replace(" ", "")])
cmd += " --vgw_intf_list %s" % str([(';'.join(
str(e) for e in vgw_intf_list)).replace(" ", "")])
if gateway_routes:
cmd += " --vgw_gateway_routes %s" % str([(';'.join(
str(e) for e in gateway_routes)).replace(" ", "")])
# Qos Arguments
(set_qos, qos_logical_queue, qos_queue_id,
default_hw_queue) = get_qos_details(host_string)
if set_qos:
cmd += " --qos_logical_queue %s" % ' '.join(qos_logical_queue)
cmd += " --qos_queue_id %s" % ' '.join(qos_queue_id)
if default_hw_queue:
cmd += " --default_hw_queue"
# Qos priority group arguments
(set_priority, priority_id, priority_bandwidth,
priority_scheduling) = get_priority_group_details(host_string)
set_priority = False
if set_priority:
cmd += " --priority_id %s" % ' '.join(priority_id)
cmd += " --priority_scheduling %s" % ' '.join(priority_scheduling)
cmd += " --priority_bandwidth %s" % ' '.join(priority_bandwidth)
compute_as_gateway_list = get_compute_as_gateway_list()
if compute_as_gateway_list:
cmd += " --gateway_server_list %s" % ' '.join(compute_as_gateway_list)
sriov_string = get_sriov_details(host_string)
if sriov_string:
cmd += " --sriov %s" % sriov_string
if 'vcenter_compute' in env.roledefs:
compute_host = 'root' + '@' + compute_mgmt_ip
if compute_host in env.roledefs['vcenter_compute'][:]:
vcenter_info = getattr(env, 'vcenter_servers', None)
for v in vcenter_info.keys():
vcenter_server = vcenter_info[v]
datacenters = get_vcenter_datacenters(vcenter_server)
for dc in datacenters:
dc_info = vcenter_server['datacenters'][dc]
vcenter_compute_nodes = get_vcenter_compute_nodes(dc_info)
if compute_mgmt_ip in vcenter_compute_nodes:
vcenter_compute_node = compute_mgmt_ip
cmd += " --vcenter_server %s" % vcenter_server['server']
cmd += " --vcenter_username %s" % vcenter_server[
'username']
cmd += " --vcenter_password %s" % vcenter_server[
'password']
for dvs in dc_info['dv_switches'].keys():
dvs_info = dc_info['dv_switches'][dvs]
if vcenter_compute_node == dvs_info[
'vcenter_compute']:
dv_switch = dvs
cluster_list = dvs_info['clusters']
break
cluster_list_now = ""
for cluster in cluster_list:
cluster_list_now += cluster
cluster_list_now += ","
cluster_list_now = cluster_list_now.rstrip(',')
cmd += " --vcenter_cluster %s" % cluster_list_now
cmd += " --vcenter_dvswitch %s" % dv_switch
# Contrail with vmware as orchestrator
esxi_data = get_vmware_details(host_string)
if esxi_data:
apply_esxi_defaults(esxi_data)
datacenter_mtu = get_vcenter_datacenter_mtu(
esxi_data['vcenter_server'])
cmd += " --vmware %s" % esxi_data['ip']
cmd += " --vmware_username %s" % esxi_data['username']
cmd += " --vmware_passwd %s" % esxi_data['password']
cmd += " --vmware_vmpg_vswitch %s" % esxi_data['vm_vswitch']
mode = get_mode(env.host_string)
cmd += " --mode %s" % mode
cmd += " --vmware_vmpg_vswitch_mtu %s" % datacenter_mtu
cmd += " --vmware_datanic_mtu %s" % datacenter_mtu
dpdk = getattr(env, 'dpdk', None)
if dpdk:
if host_string in dpdk:
cmd += " --dpdk"
return cmd
def frame_vnc_compute_cmd(host_string, cmd='setup-vnc-compute',
manage_nova_compute='yes', configure_nova='yes'):
orch = get_orchestrator()
cfgm_host = get_control_host_string(env.roledefs['cfgm'][0])
cfgm_ip = get_contrail_internal_vip() or hstr_to_ip(cfgm_host)
cfgm_user = env.roledefs['cfgm'][0].split('@')[0]
cfgm_passwd = get_env_passwords(env.roledefs['cfgm'][0])
compute_host = get_control_host_string(host_string)
(tgt_ip, tgt_gw) = get_data_ip(host_string)
metadata_secret = get_metadata_secret()
compute_mgmt_ip= host_string.split('@')[1]
compute_control_ip= hstr_to_ip(compute_host)
amqp_server_ip = get_contrail_amqp_server()
# Using amqp running in openstack node
if (get_from_testbed_dict('openstack', 'manage_amqp', 'no') == 'yes' or
get_from_testbed_dict('openstack', 'amqp_host', None)):
amqp_server_ip = get_openstack_amqp_server()
cpu_mode = get_nova_cpu_mode()
cpu_model = get_nova_cpu_model()
# Frame the command line to provision compute node.
cmd += " --self_ip %s" % compute_control_ip
cmd += " --cfgm_ip %s" % cfgm_ip
cmd += " --cfgm_user %s" % cfgm_user
cmd += " --cfgm_passwd %s" % cfgm_passwd
cmd += " --amqp_server_ip %s" % amqp_server_ip
cmd += " --service_token %s" % get_service_token()
cmd += " --orchestrator %s" % get_orchestrator()
cmd += " --hypervisor %s" % get_hypervisor(host_string)
collector_host_list=[]
for entry in env.roledefs['collector']:
collector_host_list.append(hstr_to_ip(get_control_host_string(entry)))
cmd += ' --collectors %s' % ' '.join(collector_host_list)
control_host_list=[]
for entry in env.roledefs['control']:
control_host_list.append(hstr_to_ip(get_control_host_string(entry)))
cmd += ' --control-nodes %s' % ' '.join(control_host_list)
haproxy = get_haproxy()
if haproxy:
cmd += " --haproxy %s" % haproxy
if tgt_ip != compute_mgmt_ip:
cmd += " --non_mgmt_ip %s" % tgt_ip
cmd += " --non_mgmt_gw %s" % tgt_gw
if orch == 'openstack':
openstack_mgmt_ip = hstr_to_ip(env.roledefs['openstack'][0])
openstack_ctrl_ip = hstr_to_ip(get_control_host_string(env.roledefs['openstack'][0]))
authserver_ip = get_authserver_ip()
ks_auth_protocol = get_authserver_protocol()
ks_auth_port = get_authserver_port()
ks_admin_user, ks_admin_password = get_authserver_credentials()
cmd += " --keystone_ip %s" % authserver_ip
cmd += " --keystone_version %s" % get_keystone_version()
cmd += " --openstack_mgmt_ip %s" % openstack_mgmt_ip
cmd += " --openstack_ctrl_ip %s" % openstack_ctrl_ip
cmd += " --keystone_auth_protocol %s" % ks_auth_protocol
cmd += " --keystone_auth_port %s" % ks_auth_port
cmd += " --quantum_service_protocol %s" % get_quantum_service_protocol()
cmd += " --keystone_admin_user %s" % ks_admin_user
cmd += " --keystone_admin_password %s" % ks_admin_password
cmd += " --nova_password %s" % get_nova_password()
cmd += " --neutron_password %s" % get_neutron_password()
cmd += " --service_tenant_name %s" % get_keystone_service_tenant_name()
cmd += " --region_name %s" % get_region_name()
if cpu_mode is not None:
cmd += " --cpu_mode %s" % cpu_mode
if cpu_mode == 'custom':
if cpu_model is None:
raise Exception('cpu model is required for custom cpu mode')
cmd += " --cpu_model %s" % cpu_model
# Add metadata_secret if available
if metadata_secret:
cmd += " --metadata_secret %s" % metadata_secret
# HA arguments
internal_vip = get_openstack_internal_vip()
if internal_vip:
# Highly availbale setup
cmd += " --internal_vip %s" % internal_vip
external_vip = get_from_testbed_dict('ha', 'external_vip', None)
if external_vip:
cmd += ' --external_vip %s' % external_vip
if manage_nova_compute == 'no':
cmd = cmd + " --no_contrail_openstack"
contrail_internal_vip = get_contrail_internal_vip()
if contrail_internal_vip:
# Highly availbale setup with mulitple interfaces
cmd += " --contrail_internal_vip %s" % contrail_internal_vip
if internal_vip or contrail_internal_vip:
cmd += " --mgmt_self_ip %s" % compute_mgmt_ip
if configure_nova == 'no':
cmd = cmd + " --no_nova_config"
# Simple Gateway(vgw) arguments
(set_vgw, gateway_routes, public_subnet, public_vn_name, vgw_intf_list) = get_vgw_details(host_string)
if set_vgw:
cmd += " --vgw_public_subnet %s" % str([(';'.join(str(e) for e in public_subnet)).replace(" ","")])
cmd += " --vgw_public_vn_name %s" % str([(';'.join(str(e) for e in public_vn_name)).replace(" ","")])
cmd += " --vgw_intf_list %s" % str([(';'.join(str(e) for e in vgw_intf_list)).replace(" ","")])
if gateway_routes:
cmd += " --vgw_gateway_routes %s" % str([(';'.join(str(e) for e in gateway_routes)).replace(" ","")])
# Qos Arguments
(set_qos, qos_logical_queue, qos_queue_id, default_hw_queue) = get_qos_details(host_string)
if set_qos:
cmd += " --qos_logical_queue %s" % ' '.join(qos_logical_queue)
cmd += " --qos_queue_id %s" % ' '.join(qos_queue_id)
if default_hw_queue:
cmd += " --default_hw_queue"
# Qos priority group arguments
(set_priority, priority_id, priority_bandwidth, priority_scheduling) = get_priority_group_details(host_string)
set_priority = False
if set_priority:
cmd += " --priority_id %s" % ' '.join(priority_id)
cmd += " --priority_scheduling %s" % ' '.join(priority_scheduling)
cmd += " --priority_bandwidth %s" % ' '.join(priority_bandwidth)
compute_as_gateway_list = get_compute_as_gateway_list()
if compute_as_gateway_list:
cmd += " --gateway_server_list %s" % ' '.join(compute_as_gateway_list)
sriov_string = get_sriov_details(host_string)
if sriov_string:
cmd += " --sriov %s" % sriov_string
if 'vcenter_compute' in env.roledefs:
compute_host = 'root' + '@' + compute_mgmt_ip
if compute_host in env.roledefs['vcenter_compute'][:]:
vcenter_info = getattr(env, 'vcenter_servers', None)
for v in vcenter_info.keys():
vcenter_server = vcenter_info[v]
datacenters = get_vcenter_datacenters(vcenter_server)
for dc in datacenters:
dc_info = vcenter_server['datacenters'][dc]
vcenter_compute_nodes = get_vcenter_compute_nodes(dc_info)
if compute_mgmt_ip in vcenter_compute_nodes:
vcenter_compute_node = compute_mgmt_ip
cmd += " --vcenter_server %s" % vcenter_server['server']
cmd += " --vcenter_username %s" % vcenter_server['username']
cmd += " --vcenter_password %s" % vcenter_server['password']
for dvs in dc_info['dv_switches'].keys():
dvs_info = dc_info['dv_switches'][dvs]
if vcenter_compute_node == dvs_info['vcenter_compute']:
dv_switch = dvs
cluster_list = dvs_info['clusters']
break
cluster_list_now = ""
for cluster in cluster_list:
cluster_list_now += cluster
cluster_list_now += ","
cluster_list_now = cluster_list_now.rstrip(',')
cmd += " --vcenter_cluster %s" % cluster_list_now
cmd += " --vcenter_dvswitch %s" % dv_switch
# Contrail with vmware as orchestrator
esxi_data = get_vmware_details(host_string)
if esxi_data:
apply_esxi_defaults(esxi_data)
datacenter_mtu = get_vcenter_datacenter_mtu(esxi_data['vcenter_server'])
cmd += " --vmware %s" % esxi_data['ip']
cmd += " --vmware_username %s" % esxi_data['username']
cmd += " --vmware_passwd %s" % esxi_data['password']
cmd += " --vmware_vmpg_vswitch %s" % esxi_data['vm_vswitch']
mode = get_mode(env.host_string)
cmd += " --mode %s" % mode
cmd += " --vmware_vmpg_vswitch_mtu %s" % datacenter_mtu
cmd += " --vmware_datanic_mtu %s" % datacenter_mtu
dpdk = getattr(env, 'dpdk', None)
if dpdk:
if host_string in dpdk:
cmd += " --dpdk"
return cmd
def frame_vnc_compute_cmd(host_string, cmd="setup-vnc-compute", manage_nova_compute="yes", configure_nova="yes"):
orch = get_orchestrator()
ncontrols = len(env.roledefs["control"])
cfgm_host = get_control_host_string(env.roledefs["cfgm"][0])
cfgm_ip = get_contrail_internal_vip() or hstr_to_ip(cfgm_host)
cfgm_user = env.roledefs["cfgm"][0].split("@")[0]
cfgm_passwd = get_env_passwords(env.roledefs["cfgm"][0])
compute_host = get_control_host_string(host_string)
(tgt_ip, tgt_gw) = get_data_ip(host_string)
metadata_secret = get_metadata_secret()
compute_mgmt_ip = host_string.split("@")[1]
compute_control_ip = hstr_to_ip(compute_host)
amqp_server_ip = get_contrail_amqp_server()
# Using amqp running in openstack node
if get_from_testbed_dict("openstack", "manage_amqp", "no") == "yes" or get_from_testbed_dict(
"openstack", "amqp_host", None
):
amqp_server_ip = get_openstack_amqp_server()
cpu_mode = get_nova_cpu_mode()
cpu_model = get_nova_cpu_model()
# Frame the command line to provision compute node.
cmd += " --self_ip %s" % compute_control_ip
cmd += " --cfgm_ip %s" % cfgm_ip
cmd += " --cfgm_user %s" % cfgm_user
cmd += " --cfgm_passwd %s" % cfgm_passwd
cmd += " --ncontrols %s" % ncontrols
cmd += " --amqp_server_ip %s" % amqp_server_ip
cmd += " --service_token %s" % get_service_token()
cmd += " --orchestrator %s" % get_orchestrator()
cmd += " --hypervisor %s" % get_hypervisor(host_string)
haproxy = get_haproxy()
if haproxy:
cmd += " --haproxy %s" % haproxy
if tgt_ip != compute_mgmt_ip:
cmd += " --non_mgmt_ip %s" % tgt_ip
cmd += " --non_mgmt_gw %s" % tgt_gw
if orch == "openstack":
openstack_mgmt_ip = hstr_to_ip(env.roledefs["openstack"][0])
authserver_ip = get_authserver_ip()
ks_auth_protocol = get_authserver_protocol()
ks_auth_port = get_authserver_port()
ks_admin_user, ks_admin_password = get_authserver_credentials()
cmd += " --keystone_ip %s" % authserver_ip
cmd += " --keystone_version %s" % get_keystone_version()
cmd += " --openstack_mgmt_ip %s" % openstack_mgmt_ip
cmd += " --keystone_auth_protocol %s" % ks_auth_protocol
cmd += " --keystone_auth_port %s" % ks_auth_port
cmd += " --quantum_service_protocol %s" % get_quantum_service_protocol()
cmd += " --keystone_admin_user %s" % ks_admin_user
cmd += " --keystone_admin_password %s" % ks_admin_password
cmd += " --nova_password %s" % get_nova_password()
cmd += " --neutron_password %s" % get_neutron_password()
cmd += " --service_tenant_name %s" % get_keystone_service_tenant_name()
cmd += " --region_name %s" % get_region_name()
if cpu_mode is not None:
cmd += " --cpu_mode %s" % cpu_mode
if cpu_mode == "custom":
if cpu_model is None:
raise Exception("cpu model is required for custom cpu mode")
cmd += " --cpu_model %s" % cpu_model
# Add metadata_secret if available
if metadata_secret:
cmd += " --metadata_secret %s" % metadata_secret
# HA arguments
internal_vip = get_openstack_internal_vip()
if internal_vip:
# Highly availbale setup
cmd += " --internal_vip %s" % internal_vip
external_vip = get_from_testbed_dict("ha", "external_vip", None)
if external_vip:
cmd += " --external_vip %s" % external_vip
if manage_nova_compute == "no":
cmd = cmd + " --no_contrail_openstack"
contrail_internal_vip = get_contrail_internal_vip()
if contrail_internal_vip:
# Highly availbale setup with mulitple interfaces
cmd += " --contrail_internal_vip %s" % contrail_internal_vip
if internal_vip or contrail_internal_vip:
cmd += " --mgmt_self_ip %s" % compute_mgmt_ip
if configure_nova == "no":
cmd = cmd + " --no_nova_config"
# Simple Gateway(vgw) arguments
(set_vgw, gateway_routes, public_subnet, public_vn_name, vgw_intf_list) = get_vgw_details(host_string)
if set_vgw:
cmd += " --vgw_public_subnet %s" % str([(";".join(str(e) for e in public_subnet)).replace(" ", "")])
cmd += " --vgw_public_vn_name %s" % str([(";".join(str(e) for e in public_vn_name)).replace(" ", "")])
cmd += " --vgw_intf_list %s" % str([(";".join(str(e) for e in vgw_intf_list)).replace(" ", "")])
if gateway_routes:
cmd += " --vgw_gateway_routes %s" % str([(";".join(str(e) for e in gateway_routes)).replace(" ", "")])
# Qos Arguments
(set_qos, qos_logical_queue, qos_queue_id, default_hw_queue) = get_qos_details(host_string)
if set_qos:
cmd += " --qos_logical_queue %s" % " ".join(qos_logical_queue)
cmd += " --qos_queue_id %s" % " ".join(qos_queue_id)
if default_hw_queue:
cmd += " --default_hw_queue"
# Qos priority group arguments
(set_priority, priority_id, priority_bandwidth, priority_scheduling) = get_priority_group_details(host_string)
set_priority = False
if set_priority:
cmd += " --priority_id %s" % " ".join(priority_id)
cmd += " --priority_scheduling %s" % " ".join(priority_scheduling)
cmd += " --priority_bandwidth %s" % " ".join(priority_bandwidth)
compute_as_gateway_list = get_compute_as_gateway_list()
if compute_as_gateway_list:
cmd += " --gateway_server_list %s" % " ".join(compute_as_gateway_list)
sriov_string = get_sriov_details(host_string)
if sriov_string:
cmd += " --sriov %s" % sriov_string
if "vcenter_compute" in env.roledefs:
compute_host = "root" + "@" + compute_mgmt_ip
if compute_host in env.roledefs["vcenter_compute"][:]:
vcenter_info = getattr(env, "vcenter_servers", None)
for v in vcenter_info.keys():
vcenter_server = vcenter_info[v]
if compute_mgmt_ip == vcenter_server["vcenter_compute"]:
cmd += " --vcenter_server %s" % vcenter_server["server"]
cmd += " --vcenter_username %s" % vcenter_server["username"]
cmd += " --vcenter_password %s" % vcenter_server["password"]
cluster_list = vcenter_server["cluster"]
cluster_list_now = ""
for cluster in cluster_list:
cluster_list_now += cluster
cluster_list_now += ","
cluster_list_now = cluster_list_now.rstrip(",")
cmd += " --vcenter_cluster %s" % cluster_list_now
cmd += " --vcenter_dvswitch %s" % vcenter_server["dv_switch"]["dv_switch_name"]
# Contrail with vmware as orchestrator
esxi_data = get_vmware_details(host_string)
if esxi_data:
apply_esxi_defaults(esxi_data)
datacenter_mtu = get_vmware_datacenter_mtu(esxi_data["vcenter_server"])
cmd += " --vmware %s" % esxi_data["ip"]
cmd += " --vmware_username %s" % esxi_data["username"]
cmd += " --vmware_passwd %s" % esxi_data["password"]
cmd += " --vmware_vmpg_vswitch %s" % esxi_data["vm_vswitch"]
mode = get_mode(env.host_string)
cmd += " --mode %s" % mode
cmd += " --vmware_vmpg_vswitch_mtu %s" % datacenter_mtu
cmd += " --vmware_datanic_mtu %s" % datacenter_mtu
dpdk = getattr(env, "dpdk", None)
if dpdk:
if host_string in dpdk:
cmd += " --dpdk"
return cmd