tripleo-heat-templates/puppet/compute.yaml
Juan Antonio Osorio Robles 279376fe10 Remove default for the RabbitMQ password
Since the password is now autogenerated from the tripleoclient,
there is no need to keep the default value here.

Change-Id: If41cb56134966456f8590da04f392faffe5c62a1
Closes-Bug: #1557688
2016-03-18 09:29:03 +00:00

822 lines
32 KiB
YAML

heat_template_version: 2015-10-15
description: >
OpenStack hypervisor node configured via Puppet.
parameters:
AdminPassword:
description: The password for the keystone admin account, used for monitoring, querying neutron etc.
type: string
hidden: true
CeilometerComputeAgent:
description: Indicates whether the Compute agent is present and expects nova-compute to be configured accordingly
type: string
default: ''
constraints:
- allowed_values: ['', Present]
CeilometerMeteringSecret:
description: Secret shared by the ceilometer services.
type: string
hidden: true
CeilometerPassword:
description: The password for the ceilometer service account.
type: string
hidden: true
CinderEnableNfsBackend:
default: false
description: Whether to enable or not the NFS backend for Cinder
type: boolean
CinderEnableRbdBackend:
default: false
description: Whether to enable or not the Rbd backend for Cinder
type: boolean
Debug:
default: ''
description: Set to True to enable debugging on all services.
type: string
ExtraConfig:
default: {}
description: |
Additional hiera configuration to inject into the cluster. Note
that NovaComputeExtraConfig takes precedence over ExtraConfig.
type: json
Flavor:
description: Flavor for the nova compute node
type: string
constraints:
- custom_constraint: nova.flavor
GlanceHost:
type: string
default: '' # Has to be here because of the ignored empty value bug
Image:
type: string
default: overcloud-compute
constraints:
- custom_constraint: glance.image
ImageUpdatePolicy:
default: 'REBUILD_PRESERVE_EPHEMERAL'
description: What policy to use when reconstructing instances. REBUILD for rebuilds, REBUILD_PRESERVE_EPHEMERAL to preserve /mnt.
type: string
KeyName:
description: Name of an existing Nova key pair to enable SSH access to the instances
type: string
default: default
constraints:
- custom_constraint: nova.keypair
KeystoneAdminApiVirtualIP:
type: string
default: ''
KeystonePublicApiVirtualIP:
type: string
default: ''
NeutronBridgeMappings:
description: >
The OVS logical->physical bridge mappings to use. See the Neutron
documentation for details. Defaults to mapping br-ex - the external
bridge on hosts - to a physical name 'datacentre' which can be used
to create provider networks (and we use this for the default floating
network) - if changing this either use different post-install network
scripts or be sure to keep 'datacentre' as a mapping network name.
type: comma_delimited_list
default: "datacentre:br-ex"
NeutronEnableTunnelling:
type: string
default: "True"
NeutronEnableL2Pop:
type: string
description: >
Enable/disable the L2 population feature in the Neutron agents.
default: "False"
NeutronFlatNetworks:
type: comma_delimited_list
default: 'datacentre'
description: >
If set, flat networks to configure in neutron plugins.
NeutronHost:
type: string
default: '' # Has to be here because of the ignored empty value bug
NeutronNetworkType:
type: comma_delimited_list
description: The tenant network type for Neutron.
default: 'vxlan'
NeutronNetworkVLANRanges:
default: 'datacentre:1:1000'
description: >
The Neutron ML2 and OpenVSwitch vlan mapping range to support. See the
Neutron documentation for permitted values. Defaults to permitting any
VLAN on the 'datacentre' physical network (See NeutronBridgeMappings).
type: comma_delimited_list
NeutronPassword:
description: The password for the neutron service account, used by neutron agents.
type: string
hidden: true
NeutronPhysicalBridge:
default: 'br-ex'
description: An OVS bridge to create for accessing external networks.
type: string
NeutronPublicInterface:
default: nic1
description: A port to add to the NeutronPhysicalBridge.
type: string
NeutronTenantMtu:
description: >
The default MTU for tenant networks. For VXLAN/GRE tunneling, this should
be at least 50 bytes smaller than the MTU on the physical network. This
value will be used to set the MTU on the virtual Ethernet device.
This number is related to the value of NeutronDnsmasqOptions, since that
will determine the MTU that is assigned to the VM host through DHCP.
default: 1400
type: number
NeutronTunnelTypes:
type: comma_delimited_list
description: |
The tunnel types for the Neutron tenant network.
default: 'vxlan'
NeutronTunnelIdRanges:
description: |
Comma-separated list of <tun_min>:<tun_max> tuples enumerating ranges
of GRE tunnel IDs that are available for tenant network allocation
default: ["1:4094", ]
type: comma_delimited_list
NeutronVniRanges:
description: |
Comma-separated list of <vni_min>:<vni_max> tuples enumerating ranges
of VXLAN VNI IDs that are available for tenant network allocation
default: ["1:4094", ]
type: comma_delimited_list
NeutronPublicInterfaceRawDevice:
default: ''
type: string
NeutronDVR:
default: 'False'
type: string
NeutronMetadataProxySharedSecret:
description: Shared secret to prevent spoofing
type: string
hidden: true
NeutronCorePlugin:
default: 'ml2'
description: |
The core plugin for Neutron. The value should be the entrypoint to be loaded
from neutron.core_plugins namespace.
type: string
NeutronServicePlugins:
default: "router,qos"
description: |
Comma-separated list of service plugin entrypoints to be loaded from the
neutron.service_plugins namespace.
type: comma_delimited_list
NeutronTypeDrivers:
default: "vxlan,vlan,flat,gre"
description: |
Comma-separated list of network type driver entrypoints to be loaded.
type: comma_delimited_list
NeutronMechanismDrivers:
default: 'openvswitch'
description: |
The mechanism drivers for the Neutron tenant network.
type: comma_delimited_list
NeutronAgentExtensions:
default: "qos"
description: |
Comma-separated list of extensions enabled for the Neutron agents.
type: comma_delimited_list
# Not relevant for Computes, should be removed
NeutronAllowL3AgentFailover:
default: 'True'
description: Allow automatic l3-agent failover
type: string
# Not relevant for Computes, should be removed
NeutronL3HA:
default: 'False'
description: Whether to enable l3-agent HA
type: string
NeutronAgentMode:
default: 'dvr_snat'
description: Agent mode for the neutron-l3-agent on the controller hosts
type: string
NodeIndex:
type: number
default: 0
NovaApiHost:
type: string
default: '' # Has to be here because of the ignored empty value bug
NovaComputeDriver:
type: string
default: libvirt.LibvirtDriver
NovaComputeExtraConfig:
default: {}
description: |
NovaCompute specific configuration to inject into the cluster. Same
structure as ExtraConfig.
type: json
NovaComputeIPs:
default: {}
type: json
NovaComputeLibvirtType:
type: string
default: kvm
NovaComputeLibvirtVifDriver:
default: ''
description: Libvirt VIF driver configuration for the network
type: string
NovaEnableRbdBackend:
default: false
description: Whether to enable or not the Rbd backend for Nova
type: boolean
NovaIPv6:
default: false
description: Enable IPv6 features in Nova
type: boolean
NovaPassword:
description: The password for the nova service account, used by nova-api.
type: string
hidden: true
NovaPublicIP:
type: string
default: '' # Has to be here because of the ignored empty value bug
NovaOVSBridge:
default: 'br-int'
description: Name of integration bridge used by Open vSwitch
type: string
NovaSecurityGroupAPI:
default: 'neutron'
description: The full class name of the security API class
type: string
NtpServer:
default: ''
description: Comma-separated list of ntp servers
type: comma_delimited_list
RabbitHost:
type: string
default: '' # Has to be here because of the ignored empty value bug
RabbitPassword:
description: The password for RabbitMQ
type: string
hidden: true
RabbitUserName:
default: guest
description: The username for RabbitMQ
type: string
RabbitClientUseSSL:
default: false
description: >
Rabbit client subscriber parameter to specify
an SSL connection to the RabbitMQ host.
type: string
RabbitClientPort:
default: 5672
description: Set rabbit subscriber port, change this if using SSL
type: number
SnmpdReadonlyUserName:
default: ro_snmp_user
description: The user name for SNMPd with readonly rights running on all Overcloud nodes
type: string
SnmpdReadonlyUserPassword:
description: The user password for SNMPd with readonly rights running on all Overcloud nodes
type: string
hidden: true
UpgradeLevelNovaCompute:
type: string
description: Nova Compute upgrade level
default: ''
EnablePackageInstall:
default: 'false'
description: Set to true to enable package installation via Puppet
type: boolean
ServiceNetMap:
default: {}
description: Mapping of service_name -> network name. Typically set
via parameter_defaults in the resource registry.
type: json
EndpointMap:
default: {}
description: Mapping of service endpoint -> protocol. Typically set
via parameter_defaults in the resource registry.
type: json
TimeZone:
default: 'UTC'
description: The timezone to be set on compute nodes.
type: string
UpdateIdentifier:
default: ''
type: string
description: >
Setting to a previously unused value during stack-update will trigger
package update on all nodes
Hostname:
type: string
default: '' # Defaults to Heat created hostname
HostnameMap:
type: json
default: {}
description: Optional mapping to override hostnames
NetworkDeploymentActions:
type: comma_delimited_list
description: >
Heat action when to apply network configuration changes
default: ['CREATE']
SoftwareConfigTransport:
default: POLL_SERVER_CFN
description: |
How the server should receive the metadata required for software configuration.
type: string
constraints:
- allowed_values: [POLL_SERVER_CFN, POLL_SERVER_HEAT, POLL_TEMP_URL, ZAQAR_MESSAGE]
CloudDomain:
default: ''
type: string
description: >
The DNS domain used for the hosts. This should match the dhcp_domain
configured in the Undercloud neutron. Defaults to localdomain.
ServerMetadata:
default: {}
description: >
Extra properties or metadata passed to Nova for the created nodes in
the overcloud. It's accessible via the Nova metadata API.
type: json
SchedulerHints:
type: json
description: Optional scheduler hints to pass to nova
default: {}
resources:
NovaCompute:
type: OS::Nova::Server
properties:
image:
{get_param: Image}
image_update_policy:
get_param: ImageUpdatePolicy
flavor: {get_param: Flavor}
key_name: {get_param: KeyName}
networks:
- network: ctlplane
user_data_format: SOFTWARE_CONFIG
user_data: {get_resource: UserData}
name:
str_replace:
template: {get_param: Hostname}
params: {get_param: HostnameMap}
software_config_transport: {get_param: SoftwareConfigTransport}
metadata: {get_param: ServerMetadata}
scheduler_hints: {get_param: SchedulerHints}
# Combine the NodeAdminUserData and NodeUserData mime archives
UserData:
type: OS::Heat::MultipartMime
properties:
parts:
- config: {get_resource: NodeAdminUserData}
type: multipart
- config: {get_resource: NodeUserData}
type: multipart
# Creates the "heat-admin" user if configured via the environment
# Should return a OS::Heat::MultipartMime reference via OS::stack_id
NodeAdminUserData:
type: OS::TripleO::NodeAdminUserData
# For optional operator additional userdata
# Should return a OS::Heat::MultipartMime reference via OS::stack_id
NodeUserData:
type: OS::TripleO::NodeUserData
ExternalPort:
type: OS::TripleO::Compute::Ports::ExternalPort
properties:
ControlPlaneIP: {get_attr: [NovaCompute, networks, ctlplane, 0]}
IPPool: {get_param: NovaComputeIPs}
NodeIndex: {get_param: NodeIndex}
InternalApiPort:
type: OS::TripleO::Compute::Ports::InternalApiPort
properties:
ControlPlaneIP: {get_attr: [NovaCompute, networks, ctlplane, 0]}
IPPool: {get_param: NovaComputeIPs}
NodeIndex: {get_param: NodeIndex}
StoragePort:
type: OS::TripleO::Compute::Ports::StoragePort
properties:
ControlPlaneIP: {get_attr: [NovaCompute, networks, ctlplane, 0]}
IPPool: {get_param: NovaComputeIPs}
NodeIndex: {get_param: NodeIndex}
StorageMgmtPort:
type: OS::TripleO::Compute::Ports::StorageMgmtPort
properties:
ControlPlaneIP: {get_attr: [NovaCompute, networks, ctlplane, 0]}
IPPool: {get_param: NovaComputeIPs}
NodeIndex: {get_param: NodeIndex}
TenantPort:
type: OS::TripleO::Compute::Ports::TenantPort
properties:
ControlPlaneIP: {get_attr: [NovaCompute, networks, ctlplane, 0]}
IPPool: {get_param: NovaComputeIPs}
NodeIndex: {get_param: NodeIndex}
ManagementPort:
type: OS::TripleO::Compute::Ports::ManagementPort
properties:
ControlPlaneIP: {get_attr: [NovaCompute, networks, ctlplane, 0]}
IPPool: {get_param: NovaComputeIPs}
NodeIndex: {get_param: NodeIndex}
NetIpMap:
type: OS::TripleO::Network::Ports::NetIpMap
properties:
ControlPlaneIp: {get_attr: [NovaCompute, networks, ctlplane, 0]}
ExternalIp: {get_attr: [ExternalPort, ip_address]}
ExternalIpUri: {get_attr: [ExternalPort, ip_address_uri]}
InternalApiIp: {get_attr: [InternalApiPort, ip_address]}
InternalApiIpUri: {get_attr: [InternalApiPort, ip_address_uri]}
StorageIp: {get_attr: [StoragePort, ip_address]}
StorageIpUri: {get_attr: [StoragePort, ip_address_uri]}
StorageMgmtIp: {get_attr: [StorageMgmtPort, ip_address]}
StorageMgmtIpUri: {get_attr: [StorageMgmtPort, ip_address_uri]}
TenantIp: {get_attr: [TenantPort, ip_address]}
TenantIpUri: {get_attr: [TenantPort, ip_address_uri]}
ManagementIp: {get_attr: [ManagementPort, ip_address]}
ManagementIpUri: {get_attr: [ManagementPort, ip_address_uri]}
NetworkConfig:
type: OS::TripleO::Compute::Net::SoftwareConfig
properties:
ControlPlaneIp: {get_attr: [NovaCompute, networks, ctlplane, 0]}
ExternalIpSubnet: {get_attr: [ExternalPort, ip_subnet]}
InternalApiIpSubnet: {get_attr: [InternalApiPort, ip_subnet]}
StorageIpSubnet: {get_attr: [StoragePort, ip_subnet]}
StorageMgmtIpSubnet: {get_attr: [StorageMgmtPort, ip_subnet]}
TenantIpSubnet: {get_attr: [TenantPort, ip_subnet]}
ManagementIpSubnet: {get_attr: [ManagementPort, ip_subnet]}
NetworkDeployment:
type: OS::TripleO::SoftwareDeployment
properties:
name: NetworkDeployment
config: {get_resource: NetworkConfig}
server: {get_resource: NovaCompute}
actions: {get_param: NetworkDeploymentActions}
input_values:
bridge_name: {get_param: NeutronPhysicalBridge}
interface_name: {get_param: NeutronPublicInterface}
NovaComputeConfig:
type: OS::Heat::StructuredConfig
properties:
group: os-apply-config
config:
hiera:
hierarchy:
- '"%{::uuid}"'
- heat_config_%{::deploy_config_name}
- compute_extraconfig
- extraconfig
- compute
- ceph_cluster # provided by CephClusterConfig
- ceph
- all_nodes # provided by allNodesConfig
- '"%{::osfamily}"'
- common
- neutron_bigswitch_data # Optionally provided by ComputeExtraConfigPre
- cisco_n1kv_data # Optionally provided by ComputeExtraConfigPre
- nova_nuage_data # Optionally provided by ComputeExtraConfigPre
- midonet_data # Optionally provided by AllNodesExtraConfig
- neutron_opencontrail_data # Optionally provided by ComputeExtraConfigPre
datafiles:
compute_extraconfig:
mapped_data: {get_param: NovaComputeExtraConfig}
extraconfig:
mapped_data: {get_param: ExtraConfig}
common:
raw_data: {get_file: hieradata/common.yaml}
ceph:
raw_data: {get_file: hieradata/ceph.yaml}
compute:
raw_data: {get_file: hieradata/compute.yaml}
mapped_data:
cinder_enable_nfs_backend: {get_input: cinder_enable_nfs_backend}
nova::use_ipv6: {get_input: nova_ipv6}
nova::debug: {get_input: debug}
nova::rabbit_userid: {get_input: rabbit_username}
nova::rabbit_password: {get_input: rabbit_password}
nova::rabbit_use_ssl: {get_input: rabbit_client_use_ssl}
nova::rabbit_port: {get_input: rabbit_client_port}
nova::upgrade_level_compute: {get_input: upgrade_level_nova_compute}
nova_compute_driver: {get_input: nova_compute_driver}
nova::compute::libvirt::libvirt_virt_type: {get_input: nova_compute_libvirt_type}
nova::compute::neutron::libvirt_vif_driver: {get_input: nova_compute_libvirt_vif_driver}
nova_api_host: {get_input: nova_api_host}
nova::compute::vncproxy_host: {get_input: nova_public_ip}
nova::compute::rbd::ephemeral_storage: {get_input: nova_enable_rbd_backend}
rbd_persistent_storage: {get_input: cinder_enable_rbd_backend}
nova_password: {get_input: nova_password}
nova::compute::network_device_mtu: {get_input: neutron_tenant_mtu}
nova::compute::vncserver_proxyclient_address: {get_input: nova_vnc_proxyclient_address}
nova::vncproxy::common::vncproxy_protocol: {get_input: nova_vncproxy_protocol}
nova::vncproxy::common::vncproxy_host: {get_input: nova_vncproxy_host}
nova::vncproxy::common::vncproxy_port: {get_input: nova_vncproxy_port}
nova::network::neutron::neutron_ovs_bridge: {get_input: nova_ovs_bridge}
nova::network::neutron::security_group_api: {get_input: nova_security_group_api}
ceilometer::debug: {get_input: debug}
ceilometer::rabbit_userid: {get_input: rabbit_username}
ceilometer::rabbit_password: {get_input: rabbit_password}
ceilometer::rabbit_use_ssl: {get_input: rabbit_client_use_ssl}
ceilometer::rabbit_port: {get_input: rabbit_client_port}
ceilometer::metering_secret: {get_input: ceilometer_metering_secret}
ceilometer::agent::auth::auth_password: {get_input: ceilometer_password}
ceilometer::agent::auth::auth_url: {get_input: ceilometer_agent_auth_url}
ceilometer_compute_agent: {get_input: ceilometer_compute_agent}
snmpd_readonly_user_name: {get_input: snmpd_readonly_user_name}
snmpd_readonly_user_password: {get_input: snmpd_readonly_user_password}
nova::glance_api_servers: {get_input: glance_api_servers}
neutron::debug: {get_input: debug}
neutron::rabbit_password: {get_input: rabbit_password}
neutron::rabbit_user: {get_input: rabbit_username}
neutron::rabbit_use_ssl: {get_input: rabbit_client_use_ssl}
neutron::rabbit_port: {get_input: rabbit_client_port}
neutron::plugins::ml2::flat_networks: {get_input: neutron_flat_networks}
neutron_host: {get_input: neutron_host}
neutron::agents::ml2::ovs::local_ip: {get_input: neutron_local_ip}
neutron::network_device_mtu: {get_input: neutron_tenant_mtu}
neutron::plugins::ml2::tenant_network_types: {get_input: neutron_tenant_network_types}
neutron::agents::ml2::ovs::tunnel_types: {get_input: neutron_tunnel_types}
neutron::agents::ml2::ovs::extensions: {get_input: neutron_agent_extensions}
neutron::plugins::ml2::network_vlan_ranges: {get_input: neutron_network_vlan_ranges}
neutron::plugins::ml2::tunnel_id_ranges: {get_input: neutron_tunnel_id_ranges}
neutron::plugins::ml2::vni_ranges: {get_input: neutron_vni_ranges}
neutron::agents::ml2::ovs::bridge_mappings: {get_input: neutron_bridge_mappings}
neutron::agents::ml2::ovs::enable_tunneling: {get_input: neutron_enable_tunneling}
neutron::agents::ml2::ovs::l2_population: {get_input: neutron_enable_l2pop}
neutron_physical_bridge: {get_input: neutron_physical_bridge}
neutron_public_interface: {get_input: neutron_public_interface}
nova::network::neutron::neutron_password: {get_input: neutron_password}
nova::network::neutron::neutron_url: {get_input: neutron_internal_url}
nova::network::neutron::neutron_auth_url: {get_input: neutron_auth_url}
neutron_router_distributed: {get_input: neutron_router_distributed}
neutron_agent_mode: {get_input: neutron_agent_mode}
neutron_metadata_proxy_shared_secret: {get_input: neutron_metadata_proxy_shared_secret}
neutron::core_plugin: {get_input: neutron_core_plugin}
neutron::service_plugins: {get_input: neutron_service_plugins}
neutron::plugins::ml2::type_drivers: {get_input: neutron_type_drivers}
neutron::plugins::ml2::mechanism_drivers: {get_input: neutron_mechanism_drivers}
neutron_public_interface_raw_device: {get_input: neutron_public_interface_raw_device}
keystone_public_api_virtual_ip: {get_input: keystone_vip}
admin_password: {get_input: admin_password}
ntp::servers: {get_input: ntp_servers}
timezone::timezone: {get_input: timezone}
tripleo::packages::enable_install: {get_input: enable_package_install}
tripleo::packages::enable_upgrade: {get_input: enable_package_upgrade}
NovaComputeDeployment:
type: OS::TripleO::SoftwareDeployment
depends_on: NetworkDeployment
properties:
name: NovaComputeDeployment
config: {get_resource: NovaComputeConfig}
server: {get_resource: NovaCompute}
input_values:
cinder_enable_nfs_backend: {get_param: CinderEnableNfsBackend}
debug: {get_param: Debug}
nova_compute_driver: {get_param: NovaComputeDriver}
nova_compute_libvirt_type: {get_param: NovaComputeLibvirtType}
nova_compute_libvirt_vif_driver: {get_param: NovaComputeLibvirtVifDriver}
nova_public_ip: {get_param: NovaPublicIP}
nova_api_host: {get_param: NovaApiHost}
nova_password: {get_param: NovaPassword}
nova_enable_rbd_backend: {get_param: NovaEnableRbdBackend}
nova_ipv6: {get_param: NovaIPv6}
cinder_enable_rbd_backend: {get_param: CinderEnableRbdBackend}
nova_vnc_proxyclient_address: {get_attr: [NetIpMap, net_ip_map, {get_param: [ServiceNetMap, NovaVncProxyNetwork]}]}
nova_vncproxy_protocol: {get_param: [EndpointMap, NovaVNCProxyPublic, protocol]}
# Remove brackets that may come if the IP address is IPv6.
# For DNS names and IPv4, this will just get the NovaVNCProxyPublic value
nova_vncproxy_host:
str_replace:
template: {get_param: [EndpointMap, NovaVNCProxyPublic, host]}
params:
'[': ''
']': ''
nova_vncproxy_port: {get_param: [EndpointMap, NovaVNCProxyPublic, port]}
nova_ovs_bridge: {get_param: NovaOVSBridge}
nova_security_group_api: {get_param: NovaSecurityGroupAPI}
upgrade_level_nova_compute: {get_param: UpgradeLevelNovaCompute}
ceilometer_metering_secret: {get_param: CeilometerMeteringSecret}
ceilometer_password: {get_param: CeilometerPassword}
ceilometer_compute_agent: {get_param: CeilometerComputeAgent}
ceilometer_agent_auth_url: {get_param: [EndpointMap, KeystoneInternal, uri]}
snmpd_readonly_user_name: {get_param: SnmpdReadonlyUserName}
snmpd_readonly_user_password: {get_param: SnmpdReadonlyUserPassword}
glance_api_servers: {get_param: [EndpointMap, GlanceInternal, uri]}
neutron_flat_networks:
str_replace:
template: NETWORKS
params:
NETWORKS: {get_param: NeutronFlatNetworks}
neutron_host: {get_param: NeutronHost}
neutron_local_ip: {get_attr: [NetIpMap, net_ip_map, {get_param: [ServiceNetMap, NeutronTenantNetwork]}]}
neutron_tunnel_id_ranges:
str_replace:
template: RANGES
params:
RANGES: {get_param: NeutronTunnelIdRanges}
neutron_vni_ranges:
str_replace:
template: RANGES
params:
RANGES: {get_param: NeutronVniRanges}
neutron_tenant_network_types:
str_replace:
template: TYPES
params:
TYPES: {get_param: NeutronNetworkType}
neutron_tunnel_types:
str_replace:
template: TYPES
params:
TYPES: {get_param: NeutronTunnelTypes}
neutron_network_vlan_ranges:
str_replace:
template: RANGES
params:
RANGES: {get_param: NeutronNetworkVLANRanges}
neutron_bridge_mappings:
str_replace:
template: MAPPINGS
params:
MAPPINGS: {get_param: NeutronBridgeMappings}
neutron_tenant_mtu: {get_param: NeutronTenantMtu}
neutron_enable_tunneling: {get_param: NeutronEnableTunnelling}
neutron_enable_l2pop: {get_param: NeutronEnableL2Pop}
neutron_physical_bridge: {get_param: NeutronPhysicalBridge}
neutron_public_interface: {get_param: NeutronPublicInterface}
neutron_password: {get_param: NeutronPassword}
neutron_agent_mode: {get_param: NeutronAgentMode}
neutron_router_distributed: {get_param: NeutronDVR}
neutron_metadata_proxy_shared_secret: {get_param: NeutronMetadataProxySharedSecret}
neutron_core_plugin: {get_param: NeutronCorePlugin}
neutron_service_plugins:
str_replace:
template: PLUGINS
params:
PLUGINS: {get_param: NeutronServicePlugins}
neutron_type_drivers:
str_replace:
template: DRIVERS
params:
DRIVERS: {get_param: NeutronTypeDrivers}
neutron_mechanism_drivers:
str_replace:
template: MECHANISMS
params:
MECHANISMS: {get_param: NeutronMechanismDrivers}
neutron_agent_extensions:
str_replace:
template: AGENT_EXTENSIONS
params:
AGENT_EXTENSIONS: {get_param: NeutronAgentExtensions}
neutron_public_interface_raw_device: {get_param: NeutronPublicInterfaceRawDevice}
neutron_internal_url: {get_param: [EndpointMap, NeutronInternal, uri]}
neutron_auth_url: {get_param: [EndpointMap, KeystoneV3Admin, uri]}
keystone_vip: {get_param: KeystonePublicApiVirtualIP}
admin_password: {get_param: AdminPassword}
rabbit_username: {get_param: RabbitUserName}
rabbit_password: {get_param: RabbitPassword}
rabbit_client_use_ssl: {get_param: RabbitClientUseSSL}
rabbit_client_port: {get_param: RabbitClientPort}
ntp_servers: {get_param: NtpServer}
timezone: {get_param: TimeZone}
enable_package_install: {get_param: EnablePackageInstall}
enable_package_upgrade: {get_attr: [UpdateDeployment, update_managed_packages]}
# Resource for site-specific injection of root certificate
NodeTLSCAData:
depends_on: NovaComputeDeployment
type: OS::TripleO::NodeTLSCAData
properties:
server: {get_resource: NovaCompute}
# Hook for site-specific additional pre-deployment config, e.g extra hieradata
ComputeExtraConfigPre:
depends_on: NovaComputeDeployment
type: OS::TripleO::ComputeExtraConfigPre
properties:
server: {get_resource: NovaCompute}
# Hook for site-specific additional pre-deployment config,
# applying to all nodes, e.g node registration/unregistration
NodeExtraConfig:
depends_on: [ComputeExtraConfigPre, NodeTLSCAData]
type: OS::TripleO::NodeExtraConfig
properties:
server: {get_resource: NovaCompute}
UpdateConfig:
type: OS::TripleO::Tasks::PackageUpdate
UpdateDeployment:
type: OS::Heat::SoftwareDeployment
properties:
name: UpdateDeployment
config: {get_resource: UpdateConfig}
server: {get_resource: NovaCompute}
input_values:
update_identifier:
get_param: UpdateIdentifier
outputs:
ip_address:
description: IP address of the server in the ctlplane network
value: {get_attr: [NovaCompute, networks, ctlplane, 0]}
external_ip_address:
description: IP address of the server in the external network
value: {get_attr: [ExternalPort, ip_address]}
internal_api_ip_address:
description: IP address of the server in the internal_api network
value: {get_attr: [InternalApiPort, ip_address]}
storage_ip_address:
description: IP address of the server in the storage network
value: {get_attr: [StoragePort, ip_address]}
storage_mgmt_ip_address:
description: IP address of the server in the storage_mgmt network
value: {get_attr: [StorageMgmtPort, ip_address]}
tenant_ip_address:
description: IP address of the server in the tenant network
value: {get_attr: [TenantPort, ip_address]}
management_ip_address:
description: IP address of the server in the management network
value: {get_attr: [ManagementPort, ip_address]}
hostname:
description: Hostname of the server
value: {get_attr: [NovaCompute, name]}
hosts_entry:
description: >
Server's IP address and hostname in the /etc/hosts format
value:
str_replace:
template: |
PRIMARYIP PRIMARYHOST.DOMAIN PRIMARYHOST
EXTERNALIP EXTERNALHOST
INTERNAL_APIIP INTERNAL_APIHOST
STORAGEIP STORAGEHOST
STORAGE_MGMTIP STORAGE_MGMTHOST
TENANTIP TENANTHOST
MANAGEMENTIP MANAGEMENTHOST
params:
PRIMARYIP: {get_attr: [NetIpMap, net_ip_map, {get_param: [ServiceNetMap, ComputeHostnameResolveNetwork]}]}
DOMAIN: {get_param: CloudDomain}
PRIMARYHOST: {get_attr: [NovaCompute, name]}
EXTERNALIP: {get_attr: [ExternalPort, ip_address]}
EXTERNALHOST:
list_join:
- '-'
- - {get_attr: [NovaCompute, name]}
- external
INTERNAL_APIIP: {get_attr: [InternalApiPort, ip_address]}
INTERNAL_APIHOST:
list_join:
- '-'
- - {get_attr: [NovaCompute, name]}
- internalapi
STORAGEIP: {get_attr: [StoragePort, ip_address]}
STORAGEHOST:
list_join:
- '-'
- - {get_attr: [NovaCompute, name]}
- storage
STORAGE_MGMTIP: {get_attr: [StorageMgmtPort, ip_address]}
STORAGE_MGMTHOST:
list_join:
- '-'
- - {get_attr: [NovaCompute, name]}
- storagemgmt
TENANTIP: {get_attr: [TenantPort, ip_address]}
TENANTHOST:
list_join:
- '-'
- - {get_attr: [NovaCompute, name]}
- tenant
MANAGEMENTIP: {get_attr: [ManagementPort, ip_address]}
MANAGEMENTHOST:
list_join:
- '-'
- - {get_attr: [NovaCompute, name]}
- management
nova_server_resource:
description: Heat resource handle for the Nova compute server
value:
{get_resource: NovaCompute}
config_identifier:
description: identifier which changes if the node configuration may need re-applying
value:
list_join:
- ','
- - {get_attr: [NovaComputeDeployment, deploy_stdout]}
- {get_attr: [NodeTLSCAData, deploy_stdout]}
- {get_attr: [ComputeExtraConfigPre, deploy_stdout]}
- {get_param: UpdateIdentifier}