arp_reply: Whether ARP Reply is enabled/disabled
vrs_configuration_time_limit: The maximum wait time limit in minutes to get VRS configured at cluster level
v_require_nuage_metadata: Whether split-activation or not (Openstack/CloudStack)
name(Mandatory): Name of the Datacenter
manage_vrs_availability: When this is set to true, the vCenter Integration Node will be responsible for marking a VRS Agent as available in the EAM framework. Until a VRS Agent has been marked as available, vCenter will not migrate VMs to the host running the VRS Agent and will not allow VMs to be powered on that host.
managed_object_id: VCenter Managed Object ID of the Datacenter.
last_updated_by: ID of the user who last updated the object.
data_dns1: Data DNS 1
data_dns2: Data DNS 2
data_gateway: Data Gateway
data_network_portgroup: Data Network Port Group
datapath_sync_timeout: Datapath Sync Timeout
secondary_data_uplink_dhcp_enabled: Enable DHCP on the secondary data uplink.
secondary_data_uplink_enabled(Mandatory): Enable secondary data uplink
secondary_data_uplink_interface: Interface to use for the secondary data uplink. This interface can be a normal interface or a VLAN on an existing interface. Please read the VMware integration guide for more details.
secondary_data_uplink_mtu: Secondary data uplink MTU
secondary_data_uplink_primary_controller: Secondary data uplink primary controller IP
secondary_data_uplink_secondary_controller: Secondary data uplink secondary controller IP
secondary_data_uplink_underlay_id: Secondary data uplink underlay ID
secondary_data_uplink_vdf_control_vlan: The VLAN for the control communication with VSC on the secondary datapath interface, when VDF is enabled. This VLAN can not be used as a subnet VLAN in the VSD configuration.
secondary_nuage_controller: IP address of the secondary Controller (VSC)
deleted_from_vcenter: Set to true if the datacenter is deleted from Vcenter
memory_size_in_gb: Memory in Gigabytes
remote_syslog_server_ip: Remote syslog server IP
remote_syslog_server_port: Remote syslog server port
remote_syslog_server_type: Remote syslog server type (UDP/TCP)
generic_split_activation: Whether split-activation is needed from VRO
separate_data_network: Whether Data will use the management network or not
personality: The personality of the VRS Agent, supported values when deploying through the vCenter Integration Node: VRS, VDF.
description: Description of the Datacenter
destination_mirror_port: Extra Vnic to mirror access port
metadata_server_ip: Metadata Server IP
metadata_server_listen_port: Metadata Server Listen Port
metadata_server_port: Metadata Server Port
metadata_service_enabled: Metadata Service Enabled
network_uplink_interface: Network Upling Interface to support PAT/NAT with no tunnels on VRS-VM
network_uplink_interface_gateway: Network Uplink Interface Gateway
network_uplink_interface_ip: Ip Address to support PAT/NAT with no tunnels on VRS-VM
network_uplink_interface_netmask: Network Uplink Interface Netmask
revertive_controller_enabled(Mandatory): Enable revertive controller behaviour. If this is enabled, OVS will make its primary VSC as its master VSC once it is back up.
revertive_timer(Mandatory): A timer in seconds indicating after how long OVS should retry to connect to the primary VSC as its master after a failure.
nfs_log_server: IP address of NFS server to send the VRS log
nfs_mount_path: Location to mount the NFS server
mgmt_dns1: DNS server 1
mgmt_dns2: DNS server 2
mgmt_gateway: Gateway for the IP address
mgmt_network_portgroup: Management Network Port group
dhcp_relay_server: To provide IP address of the interface from which you will connect to the DHCP relay server
mirror_network_portgroup: Mirror Port Group Name
disable_gro_on_datapath: Disable GRO on datapath
disable_lro_on_datapath: Disable LRO on datapath
site_id: Site ID field for object profiles to support VSD Geo-redundancy
allow_data_dhcp: Whether to get the Data IP for the VRS VM from DHCP or statically
allow_mgmt_dhcp: Whether to get the management IP for the VRS VM from DHCP or statically
flow_eviction_threshold: Flow Eviction Threshold
vm_network_portgroup: VM Network Port Group Name
enable_vrs_resource_reservation: Enable resource reservation on the VRS. When this is enabled, all memory and 100% of CPU resources allocated to the VRS will be reserved.
entity_scope: Specify if scope of entity is Data center or Enterprise level
configured_metrics_push_interval: Configured VRS metrics push interval on VCIN
portgroup_metadata: Port Group Meta data
nova_client_version: Nova client Version
nova_identity_url_version: Keystone identity version to use for the Nova metadata configuration on the VRS
nova_metadata_service_auth_url: Nova metadata service auth url
nova_metadata_service_endpoint: Nova metadata service endpoint
nova_metadata_service_password: Nova metadata service password
nova_metadata_service_tenant: Nova metadata service tenant
nova_metadata_service_username: Nova metadata service username
nova_metadata_shared_secret: Nova metadata shared secret
nova_os_keystone_username: Keystone username used by nova
nova_project_domain_name: Name of the project that the Nova service uses, can be determined from the nova.conf on the OpenStack controller
nova_project_name: Name of the default Nova project (example: services)
nova_region_name: Nova region name
nova_user_domain_name: Name of the user domain used by the Nova service, can be determined from the nova.conf on the OpenStack controller
upgrade_package_password: Upgrade package password used for script based upgrades
upgrade_package_url: Upgrade package URLused for script based upgrades
upgrade_package_username: Upgrade package username used for script based upgrades
upgrade_script_time_limit: Time limit for the patch based upgrade functionality. If the upgrade process of a VRS has not returned a success or failure status within this time limit, the status will be changed to TIMEOUT. Specified in seconds
cpu_count: The number of vCPUs that will be assigned to the VRS.
primary_data_uplink_underlay_id: Primary data uplink underlay ID
primary_data_uplink_vdf_control_vlan: The VLAN for the control communication with VSC on the primary datapath interface, when VDF is enabled. This VLAN can not be used as a subnet VLAN in the VSD configuration.
primary_nuage_controller: IP address of the primary Controller (VSC)
vrs_password: VRS password to be used by toolbox to communicate with VRS
vrs_user_name: VRS user name to be used by toolbox to communicate with VRS
associated_vcenter_id: The ID of the vcenter to which this host is attached
static_route: static route to be configured in the VRS
static_route_gateway: Gateway for the static route given above
static_route_netmask: Nova region name
ntp_server1: IP of the NTP server 1
ntp_server2: IP of the NTP server 1
mtu: Maximum Transmission Unit for eth2 interface
multi_vmssupport: Whether Multi VM is to be used or not
multicast_receive_interface: Multicast Receive Interface
multicast_receive_interface_ip: IP address for eth3 interface
multicast_receive_interface_netmask: Multicast Interface netmask
multicast_receive_range: Allowed Range to receive the Multicast traffic from
multicast_send_interface: Multicast Send Interface
multicast_send_interface_ip: IP address for eth3 interface
multicast_send_interface_netmask: Multicast Interface netmask
multicast_source_portgroup: Multi Cast Source Port Group Name
customized_script_url: To provide a URL to install a custom app on VRS
ovf_url: ovf url
avrs_enabled: When enabled, the AVRS functionality will be enabled on the VRS during bootstrapping. This feature requires special AVRS licenses and specific configuration which is described in the product documentation.
avrs_profile: The AVRS configuration profile that needs to be set up. This profile will configure the AVRS services so that it can support a certain type of performance.
external_id: External object ID. Used for integration with third party systems