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testbed_multibox_example.py
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testbed_multibox_example.py
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from fabric.api import env
#Management ip addresses of hosts in the cluster
host1 = 'root@1.1.1.1'
host2 = 'root@1.1.1.2'
host3 = 'root@1.1.1.3'
host4 = 'root@1.1.1.4'
host5 = 'root@1.1.1.5'
host6 = 'root@1.1.1.6'
host7 = 'root@1.1.1.7'
host8 = 'root@1.1.1.8'
host9 = 'root@1.1.1.9'
host10 = 'root@1.1.1.10'
#External routers if any
#for eg.
#ext_routers = [('mx1', '10.204.216.253')]
ext_routers = []
#Autonomous system number
router_asn = 64512
#Host from which the fab commands are triggered to install and provision
host_build = 'root@1.1.1.1'
#Role definition of the hosts.
env.roledefs = {
'all': [host1, host2, host3, host4, host5, host6, host7, host8, host9, host10],
'cfgm': [host1, host2, host3],
'openstack': [host1],
'control': [host1, host2, host3],
'compute': [host4, host5, host6, host7, host8, host9, host10],
'collector': [host1, host2, host3],
'webui': [host1],
'database': [host1, host2, host3],
'build': [host_build],
'storage-master': [host1],
'storage-compute': [host4, host5, host6, host7, host8, host9, host10],
# 'vgw': [host4, host5], # Optional, Only to enable VGW. Only compute can support vgw
# 'backup':[backup_node], # only if the backup_node is defined
}
env.hostnames = {
'all': ['a0s1', 'a0s2', 'a0s3','a0s4', 'a0s5', 'a0s6', 'a0s7', 'a0s8', 'a0s9', 'a0s10','backup_node']
}
#Openstack admin password
env.openstack_admin_password = 'secret123'
env.password = 'secret'
#Passwords of each host
env.passwords = {
host1: 'secret',
host2: 'secret',
host3: 'secret',
host4: 'secret',
host5: 'secret',
host6: 'secret',
host7: 'secret',
host8: 'secret',
host9: 'secret',
host10: 'secret',
# backup_node: 'secret',
host_build: 'secret',
}
#For reimage purpose
env.ostypes = {
host1: 'centos',
host2: 'centos',
host3: 'centos',
host4: 'centos',
host5: 'centos',
host6: 'centos',
host7: 'centos',
host8: 'centos',
host9: 'centos',
host10: 'centos',
}
# INFORMATION FOR DB BACKUP/RESTORE ..
#=======================================================
#Optional,Backup Host configuration if it is not available then it will put in localhost
#backup_node = 'root@2.2.2.2'
# Optional, Local/Remote location of backup_data path
# if it is not passed then it will use default path
#backup_db_path= ['/home/','/root/']
#cassandra backup can be defined either "full" or "custom"
#full -> take complete snapshot of cassandra DB
#custom -> take snapshot except defined in skip_keyspace
#cassandra_backup='custom' [ MUST OPTION]
#skip_keyspace=["ContrailAnalytics"] IF cassandra_backup is selected as custom
#service token need to define to do restore of backup data
#service_token = '53468cf7552bbdc3b94f'
#OPTIONAL ANALYTICS CONFIGURATION
#================================
# database_dir is the directory where cassandra data is stored
#
# If it is not passed, we will use cassandra's default
# /var/lib/cassandra/data
#
#database_dir = '<separate-partition>/cassandra'
#
# analytics_data_dir is the directory where cassandra data for analytics
# is stored. This is used to seperate cassandra's main data storage [internal
# use and config data] with analytics data. That way critical cassandra's
# system data and config data are not overrun by analytis data
#
# If it is not passed, we will use cassandra's default
# /var/lib/cassandra/data
#
#analytics_data_dir = '<separate-partition>/analytics_data'
#
# ssd_data_dir is the directory where cassandra can store fast retrievable
# temporary files (commit_logs). Giving cassandra an ssd disk for this
# purpose improves cassandra performance
#
# If it is not passed, we will use cassandra's default
# /var/lib/cassandra/commit_logs
#
#ssd_data_dir = '<seperate-partition>/commit_logs_data'
#OPTIONAL BONDING CONFIGURATION
#==============================
#Inferface Bonding
#bond= {
# host2 : { 'name': 'bond0', 'member': ['p2p0p0','p2p0p1','p2p0p2','p2p0p3'], 'mode': '802.3ad', 'xmit_hash_policy': 'layer3+4' },
# host5 : { 'name': 'bond0', 'member': ['p4p0p0','p4p0p1','p4p0p2','p4p0p3'], 'mode': '802.3ad', 'xmit_hash_policy': 'layer3+4' },
#}
#OPTIONAL SEPARATION OF MANAGEMENT AND CONTROL + DATA and OPTIONAL VLAN INFORMATION
#==================================================================================
#control_data = {
# host1 : { 'ip': '192.168.10.1/24', 'gw' : '192.168.10.254', 'device':'eth0', 'vlan': '224' },
# host2 : { 'ip': '192.168.10.2/24', 'gw' : '192.168.10.254', 'device':'bond0', 'vlan': '224' },
# host3 : { 'ip': '192.168.10.3/24', 'gw' : '192.168.10.254', 'device':'eth0', 'vlan': '224' },
# host4 : { 'ip': '192.168.10.4/24', 'gw' : '192.168.10.254', 'device':'eth3', 'vlan': '224' },
# host5 : { 'ip': '192.168.10.5/24', 'gw' : '192.168.10.254', 'device':'bond0', 'vlan': '224' },
# host6 : { 'ip': '192.168.10.6/24', 'gw' : '192.168.10.254', 'device':'eth0', 'vlan': '224' },
# host7 : { 'ip': '192.168.10.7/24', 'gw' : '192.168.10.254', 'device':'eth1', 'vlan': '224' },
# host8 : { 'ip': '192.168.10.8/24', 'gw' : '192.168.10.254', 'device':'eth1', 'vlan': '224' },
#}
#OPTIONAL STATIC ROUTE CONFIGURATION
#===================================
#static_route = {
# host2 : [{ 'ip': '10.1.1.0', 'netmask' : '255.255.255.0', 'gw':'192.168.10.254', 'intf': 'bond0' },
# { 'ip': '10.1.2.0', 'netmask' : '255.255.255.0', 'gw':'192.168.10.254', 'intf': 'bond0' }],
# host5 : [{ 'ip': '10.1.1.0', 'netmask' : '255.255.255.0', 'gw':'192.168.10.254', 'intf': 'bond0' }],
#}
#storage compute disk config
#storage_node_config = {
# host4 : { 'disks' : ['/dev/sdc', '/dev/sdd'], 'journal' : ['/dev/sde', '/dev/sdf'] },
# host5 : { 'disks' : ['/dev/sdc:/dev/sde', '/dev/sdd:/dev/sde'], 'ssd-disks' : ['/dev/sdf', '/dev/sdg'] },
# host6 : { 'disks' : ['/dev/sdc', '/dev/sdd'], 'local-disks' : ['/dev/sde'], 'local-ssd-disks' : ['/dev/sdf'] },
#}
#live migration config
#live_migration = True
#Enable this for External NFS server
#ext_nfs_livem = True
#ext_nfs_livem_mount = '11.1.0.1:/nfsvol'
#Enable this for Ceph based NFS VM server
#ceph_nfs_livem = True
#ceph_nfs_livem_subnet = '192.168.10.253/24'
#ceph_nfs_livem_image = '/ubuntu/livemnfs.qcow2'
#ceph_nfs_livem_host = host4
#To disable installing contrail interface rename package
#env.interface_rename = False
#In environments where keystone is deployed outside of Contrail provisioning
#scripts , you can use the below options
#
# Note :
# "insecure" is applicable only when protocol is https
# The entries in env.keystone overrides the below options which used
# to be supported earlier :
# service_token
# keystone_ip
# keystone_admin_user
# keystone_admin_password
# region_name
#
#env.keystone = {
# 'keystone_ip' : 'x.y.z.a',
# 'auth_protocol' : 'http', #Default is http
# 'auth_port' : '35357', #Default is 35357
# 'admin_token' : '33c57636fbc2c5552fd2', #admin_token in keystone.conf
# 'admin_user' : 'admin', #Default is admin
# 'admin_password': 'contrail123', #Default is contrail123
# 'service_tenant': 'service', #Default is service
# 'admin_tenant' : 'admin', #Default is admin
# 'region_name' : 'RegionOne', #Default is RegionOne
# 'insecure' : 'True', #Default = False
# 'manage_neutron': 'no', #Default = 'yes' , Does configure neutron user/role in keystone required.
#}
#
# In Openstack or Contrail High Availability setups.
# internal_vip : Virtual IP of the openstack HA Nodes in the data/control(internal) nerwork,
# all the Openstack services behind this VIP are accessed using this VIP.
# external_vip : Virtual IP of the Openstack HA Nodes in the management(external) nerwork,
# Openstack dashboard and novncproxy services behind this VIP are accessed using this VIP.
# contrail_internal_vip : Virtual IP of the Contrail HA Nodes in the data/control(internal) nerwork,
# all the Contrail services behind this VIP is accessed using this VIP.
# contrail_external_vip : Virtual IP of the Contrail HA Nodes in the management(external) nerwork,
# Contrail introspects are are accessed using this VIP.
# nfs_server : NFS server to be used to store the glance images.
# nfs_glance_path : NFS server image path, which will be mounted on the Openstack Nodes and
# the glance images will be placed/accesed in/from this location.
#env.ha = {
# 'internal_vip' : '1.1.1.100', #Internal Virtual IP of the openstack HA Nodes.
# 'external_vip' : '2.2.2.200', #External Virtual IP of the openstack HA Nodes.
# 'contrail_internal_vip' : '1.1.1.10', #Internal Virtual IP of the contrail HA Nodes.
# 'contrail_external_vip' : '2.2.2.20', #External Virtual IP of the contrail HA Nodes.
# 'nfs_server' : '3.3.3.3', #IP address of the NFS Server which will be mounted to /var/lib/glance/images of openstack Node, Defaults to env.roledefs['compute'][0]
# 'nfs_glance_path' : '/var/tmp/images/', #NFS Server path to save images, Defaults to /var/tmp/glance-images/
#}
# In environments where openstack services are deployed independently
# from contrail, you can use the below options
# service_token : Common service token for for all services like nova,
# neutron, glance, cinder etc
# amqp_host : IP of AMQP Server to be used in openstack
# manage_amqp : Default = 'no', if set to 'yes' provision's amqp in openstack nodes and
# openstack services uses the amqp in openstack nodes instead of config nodes.
# amqp_host is neglected if manage_amqp is set
#
#env.openstack = {
# 'service_token' : '33c57636fbc2c5552fd2', #Common service token for for all openstack services
# 'amqp_host' : '10.204.217.19', #IP of AMQP Server to be used in openstack
# 'manage_amqp' : 'yes', #Default no, Manage seperate AMQP for openstack services in openstack nodes.
#}
#To enable multi-tenancy feature
#multi_tenancy = True
#To enable haproxy feature
#haproxy = True
#To Enable prallel execution of task in multiple nodes
#do_parallel = True
# To configure the encapsulation priority. Default: MPLSoGRE
#env.encap_priority = "'MPLSoUDP','MPLSoGRE','VXLAN'"
# Optional proxy settings.
# env.http_proxy = os.environ.get('http_proxy')
#To enable LBaaS feature
# Default Value: False
#env.enable_lbaas = True
#OPTIONAL REMOTE SYSLOG CONFIGURATION
#===================================
#For R1.10 this needs to be specified to enable rsyslog.
#For Later releases this would be enabled as part of provisioning,
#with following default values.
#
#port = 19876
#protocol = tcp
#collector = dynamic i.e. rsyslog clients will connect to servers in a round
# robin fasion. For static collector all clients will
# connect to a single collector. static - is a test
# only option.
#status = enable
#
#env.rsyslog_params = {'port':19876, 'proto':'tcp', 'collector':'dynamic', 'status':'enable'}
#OPTIONAL Virtual gateway CONFIGURATION
#=======================================
#Section vgw is only relevant when you want to use virtual gateway feature.
#You can use one of your compute node as gateway .
#Definition for the Key used
#-------------------------------------
#vn: Virtual Network fully qualified name. This particular VN will be used by VGW.
#ipam-subnets: Subnets used by vn. It can be single or multiple
#gateway-routes: If any route is present then only those routes will be published
#by VGW or Default route (0.0.0.0) will be published
#env.vgw = {host4: {'vgw1':{'vn':'default-domain:admin:public:public', 'ipam-subnets': ['10.204.220.128/29', '10.204.220.136/29', 'gateway-routes': ['8.8.8.0/24', '1.1.1.0/24']}]},
# 'vgw2':{'vn':'default-domain:admin:public1:public1', 'ipam-subnets': ['10.204.220.144/29']}},
# host5: {'vgw2':{'vn':'default-domain:admin:public1:public1', 'ipam-subnets': ['10.204.220.144/29']}}
# }