#Management ip addresses of hosts in the cluster
host1 = 'user@10.xx.xx.xx'   #Contrail Controller
host2 = 'user@10.xx.xx.xx'   #ContrailVM on ESXi

#External routers if any
ext_routers = []

#Autonomous system number
router_asn = 64512

#Host from which the fab commands are triggered to install and provision
host_build = 'user@10.xx.xx.xx'

minimum_diskGB=32

env.ntp_server = 'ntp.juniper.net'

#Role definition of the hosts.
env.roledefs = {
    'all': [host1, host2],
    'cfgm': [host1],
    'control': [host1],
    'compute': [host2],
    'collector': [host1],
    'webui': [host1],
    'database': [host1],
    'build': [host_build],
}

#Openstack admin password
env.openstack_admin_password = 'secret123'
env.orchestrator = 'vcenter' #other values are 'vcenter' default:openstack

#Disable multi-tenancy feature
multi_tenancy = False

env.password = 'secret'
#Passwords of each host
env.passwords = {
    host1: '<password>',
    host2: '<password>',
    host_build: '<password>',
}

#For reimage purpose
env.ostypes = {
    host1: 'ubuntu',
    host2: 'ubuntu',
}

######################################################
#vcenter provisioning
#server is the vcenter server ip
#port is the port on which vcenter is listening for connection
#username is the vcenter username credentials
#password is the vcenter password credentials
#auth is the authentication type used to talk to vcenter, http or https
#datacenter is the datacenter name we are operating on
#datacenter_mtu is the mtu size across the datacenter
#            optional, defaults to 1500
#cluster is the clustername we are operating on
#dvswitch section contains distributed switch related para,s
#       dv_switch_name is the name of the dvswitch
#dvportgroup section contains the distributed port group info
#       dv_portgroupname and the number of ports the group has
#######################################################
env.vcenter_servers = {
       'vcenter1': {
           'server':'10.xx.xx.xx',
           'port': '443',
           'username': 'administrator@vsphere.local',
           'password': '<password>!',
           'auth': 'https',
           'datacenter': 'test_dc',
           ‘datacenter_mtu’: ‘1500’,
           'cluster': ['test_cluster'],
           'dv_switch': { 'dv_switch_name': 'test_dvswitch',},
           'dv_port_group': { 'dv_portgroup_name': 'test_dvportgroup',
                              'number_of_ports': '3',
                        },
       },
}

###################################################################
# The compute vm provisioning on ESXI host
# This section is used to copy a vmdk on to the ESXI box and bring it up
# the contrailVM which comes up will be setup as a compute node with only
# vrouter running on it. Each host has an associated esxi to it.
#
# esxi_host information:
#    ip: the esxi ip on which the contrailvm(host/compute) runs
#    username: username used to login to esxi
#    password: password for esxi
#    fabric_vswitch: the name of the underlay vswitch that runs on esxi
#                    optional, defaults to 'vswitch0'
#    fabric_port_group: the name of the underlay port group for esxi
#                       optional, defaults to contrail-fab-pg'
#    uplink_nic: the nic used for underlay
#                 optional, defaults to None
#    data_store: the datastore on esxi where the vmdk is copied to
#    vcenter_server: the vcenter_server name which manages this esxi
#    cluster: name of the cluster to which this esxi is added
#    contrail_vm information:
#        mac: the virtual mac address for the contrail vm
#        host: the contrail_vm ip in the form of 'user@contrailvm_ip'
#        mode: the mode is 'openstack' or 'vcenter'
#               optional, defaults to env.orchestrator value
#        pci_devices: pci_devices information
#            nic: pci_id of the pass-through interfaces
#        sr_iov_nics: virtual functions enabled physical interface's name
#        vmdk: the absolute path of the contrail-vmdk used to spawn vm
#              optional, if vmdk_download_path is specified
#        vmdk_download_path: download path of the contrail-vmdk.vmdk used to spawn vm
#                            optional, if vmdk is specified
##########################################################################
esxi_hosts = {
       'b4s4': {
             'ip': '10.xx.xx.xx',
             'username': 'root',
             'password': '<password>',
             'datastore': "/vmfs/volumes/",
             'vcenter_server': 'vcenter1',
             'cluster': 'test_cluster',
             'contrail_vm': {
                   'mac': "00:50:56:05:ba:ba",
                   'host': host2,
                   'mode': "vcenter",
                   'vmdk': "/tmp/ContrailVM-disk1.vmdk",
             }
       },
}

#Management ip addresses of hosts in the cluster
host1 = 'user@10.xx.xx.xx'   #Contrail Controller
host2 = 'user@10.xx.xx.xx'   #ContrailVM on ESXi
host3 = 'user@10.xx.xx.xx'   #vcenter-compute
host4 = 'user@10.xx.xx.xx'   #KVM Compute

#External routers if any
ext_routers = []

#Autonomous system number
router_asn = 64512

#Host from which the fab commands are triggered to install and provision
host_build = user@10.xx.xx.xx4'

minimum_diskGB=32

env.ntp_server = 'ntp.juniper.net'

#Role definition of the hosts.
env.roledefs = {
    'all': [host1, host2, host3, host4 ],
    'cfgm': [host1],
    'control': [host1],
    'compute': [host2, host4],
    'collector': [host1],
    'webui': [host1],
    'database': [host1],
    'openstack': [host1],
    'vcenter_compute': [host3 ],
    'build': [host_build],
}


#Openstack admin password
env.openstack_admin_password = 'secret123'

env.password = 'secret'
#Passwords of each host
env.passwords = {
    host1: '<password>',
    host2: '<password>',
    host3: '<password>',
    host4: '<password>',
    host_build: '<password>',
}

#For reimage purpose
env.ostypes = {
    host1: 'ubuntu',
    host2: 'ubuntu',
    host3: 'ubuntu',
    host4: 'ubuntu',
}

#To enable multi-tenancy feature
multi_tenancy = True

########################################################
#vcenter provisioning
#server is the vcenter server ip
#port is the port on which vcenter is listening for connection
#username is the vcenter username credentials
#password is the vcenter password credentials
#auth is the autentication type used to talk to vcenter, http or https
#datacenter is the datacenter name we are operating on
#datacenter_mtu is the mtu size across the datacenter
#            optional, defaults to 1500
#cluster is the clustername we are operating on
#vcenter_compute is the nova-compute node for this vcenter server
#dvswitch section contains distributed switch related para,s
#       dv_switch_name is the name of the dvswitch
#dvportgroup section contains the distributed port group info
#       dv_portgroupname and the number of ports the group has
#########################################################
env.vcenter_servers = {
       'vcenter1': {
           'server':'10.xx.xx.xx',
           'port': '443',
           'username': 'administrator@vsphere.local',
           'password': '<password>',
           'auth': 'https',
           'datacenter': 'test_dc',
           ‘datacenter_mtu’: ‘1500’,
           'cluster': ['test_cluster'],
           'vcenter_compute':'10.xx.xx.xx',
           'dv_switch': { 'dv_switch_name': 'test_dvswitch',},
           'dv_port_group': { 'dv_portgroup_name': 'test_dvportgroup',
                              'number_of_ports': '3',
                        },
       },
 }

########################################################################
# The compute vm provisioning on ESXI host
# This section is used to copy a vmdk on to the ESXI box and bring it up
# the contrailVM which comes up will be setup as a compute node with only
# vrouter running on it. Each host has an associated esxi to it.
#
# esxi_host information:
#    ip: the esxi ip on which the contrailvm(host/compute) runs
#    username: username used to login to esxi
#    password: password for esxi
#    fabric_vswitch: the name of the underlay vswitch that runs on esxi
#                    optional, defaults to 'vswitch0'
#    fabric_port_group: the name of the underlay port group for esxi
#                       optional, defaults to contrail-fab-pg'
#    uplink_nic: the nic used for underlay
#                 optional, defaults to None
#    data_store: the datastore on esxi where the vmdk is copied to
#    vcenter_server: the vcenter_server name which manages this esxi
#    cluster: name of the cluster to which this esxi is added
#    contrail_vm information:
#        mac: the virtual mac address for the contrail vm
#        host: the contrail_vm ip in the form of 'user@contrailvm_ip'
#        mode: the mode is 'openstack' or 'vcenter'
#               optional, defaults to env.orchestrator value
#        pci_devices: pci_devices information
#            nic: pci_id of the pass-through interfaces
#        sr_iov_nics: virtual functions enabled physical interface's name
#        vmdk: the absolute path of the contrail-vmdk used to spawn vm
#              optional, if vmdk_download_path is specified
#        vmdk_download_path: download path of the contrail-vmdk.vmdk used to spawn vm
#                            optional, if vmdk is specified
##########################################################################
esxi_hosts = {
       'b4s4': {
             'ip': '10.xx.xx.xx',
             'username': 'user',
             'password': '<password>',
             'datastore': "/vmfs/volumes/",
             'vcenter_server': 'vcenter1',
             'cluster': 'test_cluster',
             'contrail_vm': {
                   'mac': "00:50:56:05:ba:ba",
                   'host': host2,
                   'mode': "vcenter",
                   'vmdk': "/tmp/ContrailVM-disk1.vmdk",
             }
       },
}