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#!/usr/bin/python
##############################################################################
# Copyright (c) 2016 ZTE Coreporation and others.
# hu.zhijiang@zte.com.cn
# lu.yao135@zte.com.cn
# All rights reserved. This program and the accompanying materials
# are made available under the terms of the Apache License, Version 2.0
# which accompanies this distribution, and is available at
# http://www.apache.org/licenses/LICENSE-2.0
##############################################################################
from oslo_config import cfg
import sys
from daisyclient.v1 import client as daisy_client
import get_conf
import traceback
import time
import os
import ConfigParser
from utils import err_exit
daisy_version = 1.0
daisyrc_path = "/root/daisyrc_admin"
daisy_conf_path = "/home/daisy_install/daisy.conf"
iso_path = "/var/lib/daisy/kolla/"
deployment_interface = "ens3"
cluster_name = "clustertest"
_CLI_OPTS = [
cfg.StrOpt('dha',
help='The dha file path'),
cfg.StrOpt('network',
help='The network file path'),
cfg.StrOpt('cluster',
help='Config cluster'),
cfg.StrOpt('host',
help='Config host'),
cfg.StrOpt('install',
help='install daisy'),
cfg.IntOpt('isbare',
help='deploy environment'),
cfg.StrOpt('scenario',
help='deploy scenario'),
]
# ------------------------------------------------------------------------------------------
def parse(conf, args):
conf.register_cli_opts(_CLI_OPTS)
conf(args=args)
def print_bar(msg):
print ("--------------------------------------------")
print (msg)
print ("--------------------------------------------")
def get_configure_from_daisyconf(section, key):
config = ConfigParser.ConfigParser()
config.read(daisy_conf_path)
option_value = config.get(section, key)
return option_value
def get_endpoint(file_path):
for line in open(file_path):
if 'OS_ENDPOINT' in line:
daisyrc_admin_line = line.strip()
daisy_endpoint = daisyrc_admin_line.split("=")[1]
return daisy_endpoint
def prepare_install():
global deployment_interface
try:
print("get config...")
conf = cfg.ConfigOpts()
parse(conf, sys.argv[1:])
host_interface_map, hosts_name, network_map, vip, ceph_disk_name, mac_address_map = \
get_conf.config(conf['dha'], conf['network'])
if conf['cluster'] and conf['cluster'] == 'yes':
print("add cluster...")
cluster_meta = {'name': cluster_name, 'description': '',
'target_systems': 'os+kolla'}
clusters_info = client.clusters.add(**cluster_meta)
cluster_id = clusters_info.id
print("cluster_id=%s." % cluster_id)
print("update network...")
update_network(cluster_id, network_map)
print("build pxe server to install os...")
deployment_interface = get_configure_from_daisyconf("PXE", "eth_name")
build_pxe_for_discover(cluster_id, client, deployment_interface)
elif conf['host'] and conf['host'] == 'yes':
isbare = False if 'isbare' in conf and conf['isbare'] == 0 else True
print("discover host...")
discover_host(hosts_name)
time.sleep(10)
print("update hosts interface...")
hosts_info = get_hosts()
cluster_info = get_cluster(client)
cluster_id = cluster_info.id
add_hosts_interface(cluster_id, hosts_info, mac_address_map,
host_interface_map, vip, isbare, client)
if len(hosts_name) == 1:
protocol_type = 'LVM'
service_name = 'cinder'
elif len(hosts_name) > 2:
protocol_type = 'RAW'
service_name = 'ceph'
else:
print('hosts_num is %s' % len(hosts_name))
protocol_type = None
enable_cinder_backend(cluster_id, service_name,
ceph_disk_name, protocol_type, client)
if 'scenario' in conf:
if 'odl_l3' in conf['scenario'] or \
'odl' in conf['scenario']:
enable_opendaylight(cluster_id, 'odl_l3', client)
elif 'odl_l2' in conf['scenario']:
enable_opendaylight(cluster_id, 'odl_l2', client)
if not isbare:
install_os_for_vm_step1(cluster_id, client)
else:
print("daisy baremetal deploy start")
install_os_for_bm_oneshot(cluster_id, client)
elif conf['install'] and conf['install'] == 'yes':
cluster_info = get_cluster(client)
cluster_id = cluster_info.id
install_os_for_vm_step2(cluster_id, client)
except Exception:
print("Deploy failed!!!.%s." % traceback.format_exc())
sys.exit(1)
else:
print_bar("Everything is done!")
def build_pxe_for_discover(cluster_id, client, deployment_interface):
cluster_meta = {'cluster_id': cluster_id,
'deployment_interface': deployment_interface}
client.install.install(**cluster_meta)
def install_os_for_vm_step1(cluster_id, client):
cluster_meta = {'cluster_id': cluster_id,
'pxe_only': "true"}
client.install.install(**cluster_meta)
def install_os_for_bm_oneshot(cluster_id, client):
cluster_meta = {'cluster_id': cluster_id}
client.install.install(**cluster_meta)
def install_os_for_vm_step2(cluster_id, client):
cluster_meta = {'cluster_id': cluster_id,
'skip_pxe_ipmi': "true"}
client.install.install(**cluster_meta)
def discover_host(hosts_name):
while True:
hosts_info = get_hosts()
if len(hosts_info) == len(hosts_name):
print('discover hosts success!')
break
else:
time.sleep(10)
def update_network(cluster_id, network_map, client):
network_meta = {'filters': {'cluster_id': cluster_id}}
network_info_gernerator = client.networks.list(**network_meta)
for net in network_info_gernerator:
network_id = net.id
network_name = net.name
if network_map.get(network_name):
network_meta = network_map[network_name]
client.networks.update(network_id, **network_meta)
def get_hosts(client):
hosts_list_generator = client.hosts.list()
hosts_info = []
for host in hosts_list_generator:
host_info = client.hosts.get(host.id)
hosts_info.append(host_info)
return hosts_info
def get_cluster(client):
cluster_list_generator = client.clusters.list()
for cluster in cluster_list_generator:
cluster_info = client.clusters.get(cluster.id)
return cluster_info
def add_hosts_interface(cluster_id, hosts_info, mac_address_map,
host_interface_map,
vip, isbare, client):
for host in hosts_info:
dha_host_name = None
host = host.to_dict()
host['cluster'] = cluster_id
if isbare:
host['ipmi_user'] = 'zteroot'
host['ipmi_passwd'] = 'superuser'
for interface in host['interfaces']:
interface_name = interface['name']
if interface_name in host_interface_map:
interface['assigned_networks'] = \
host_interface_map[interface_name]
for nodename in mac_address_map:
if interface['mac'] in mac_address_map[nodename]:
dha_host_name = nodename
if dha_host_name is None:
err_exit('Failed to find host name by mac address map: %r'
% mac_address_map)
pathlist = os.listdir(iso_path)
for filename in pathlist:
if filename.endswith('iso'):
host['os_version'] = iso_path + filename
if host['os_version'] == iso_path:
print("do not have os iso file in /var/lib/daisy/kolla/.")
client.hosts.update(host['id'], **host)
print("update role...")
add_host_role(cluster_id, host['id'], dha_host_name, vip, client)
def add_host_role(cluster_id, host_id, dha_host_name, vip, client):
role_meta = {'filters': {'cluster_id': cluster_id}}
role_list_generator = client.roles.list(**role_meta)
role_list = [role for role in role_list_generator]
lb_role_id = [role.id for role in role_list if
role.name == "CONTROLLER_LB"][0]
computer_role_id = [role.id for role in role_list if
role.name == "COMPUTER"][0]
if dha_host_name in ['all_in_one']:
role_lb_update_meta = {'nodes': [host_id],
'cluster_id': cluster_id, 'vip': vip}
client.roles.update(lb_role_id, **role_lb_update_meta)
role_computer_update_meta = {'nodes': [host_id],
'cluster_id': cluster_id}
client.roles.update(computer_role_id, **role_computer_update_meta)
if dha_host_name in ['controller01', 'controller02', 'controller03']:
role_lb_update_meta = {'nodes': [host_id],
'cluster_id': cluster_id, 'vip': vip}
client.roles.update(lb_role_id, **role_lb_update_meta)
if dha_host_name in ['computer01', 'computer02', 'computer03', 'computer04']:
role_computer_update_meta = {'nodes': [host_id],
'cluster_id': cluster_id}
client.roles.update(computer_role_id, **role_computer_update_meta)
def enable_cinder_backend(cluster_id, service_name, disk_name, protocol_type, client):
role_meta = {'filters': {'cluster_id': cluster_id}}
role_list_generator = client.roles.list(**role_meta)
lb_role_id = [role.id for role in role_list_generator if
role.name == "CONTROLLER_LB"][0]
service_disk_meta = {'service': service_name,
'disk_location': 'local',
'partition': disk_name,
'protocol_type': protocol_type,
'role_id': lb_role_id}
try:
client.disk_array.service_disk_add(**service_disk_meta)
except Exception as e:
print e
def enable_opendaylight(cluster_id, layer, client):
role_meta = {'filters': {'cluster_id': cluster_id}}
role_list_generator = client.roles.list(**role_meta)
lb_role_id = [role.id for role in role_list_generator if
role.name == "CONTROLLER_LB"][0]
odl_layer = 'l3'
if 'odl_l3' == layer:
odl_layer = 'l3'
elif 'odl_l2' == layer:
odl_layer = 'l2'
neutron_backend_info = {
'neutron_backends_array': [{'zenic_ip': '',
'sdn_controller_type': 'opendaylight',
'zenic_port': '',
'zenic_user_password': '',
'neutron_agent_type': '',
'zenic_user_name': '',
'enable_l2_or_l3': odl_layer}]}
try:
client.roles.update(lb_role_id, **neutron_backend_info)
except Exception as e:
print e
if __name__ == "__main__":
daisy_endpoint = get_endpoint(daisyrc_path)
client = daisy_client.Client(version=daisy_version, endpoint=daisy_endpoint)
prepare_install()
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