python-vmware-nsx 1.0.0-1 / etc / neutron / nsx.ini

[DEFAULT]
# User name for NSX controller
# nsx_user = admin

# Password for NSX controller
# nsx_password = admin

# Time before aborting a request on an unresponsive controller (Seconds)
# http_timeout = 75

# Maximum number of times a particular request should be retried
# retries = 2

# Maximum number of times a redirect response should be followed
# redirects = 2

# Comma-separated list of NSX controller endpoints (<ip>:<port>). When port
# is omitted, 443 is assumed. This option MUST be specified, e.g.:
# nsx_controllers = xx.yy.zz.ww:443, aa.bb.cc.dd, ee.ff.gg.hh.ee:80

# UUID of the pre-existing default NSX Transport zone to be used for creating
# tunneled isolated "Neutron" networks. This option MUST be specified, e.g.:
# default_tz_uuid = 1e8e52cf-fa7f-46b0-a14a-f99835a9cb53

# (Optional) UUID for the default l3 gateway service to use with this cluster.
# To be specified if planning to use logical routers with external gateways.
# default_l3_gw_service_uuid =

# (Optional) UUID for the default l2 gateway service to use with this cluster.
# To be specified for providing a predefined gateway tenant for connecting their networks.
# default_l2_gw_service_uuid =

# (Optional) UUID for the default service cluster. A service cluster is introduced to
# represent a group of gateways and it is needed in order to use Logical Services like
# dhcp and metadata in the logical space. NOTE: If agent_mode is set to 'agentless' this
# config parameter *MUST BE* set to a valid pre-existent service cluster uuid.
# default_service_cluster_uuid =

# Name of the default interface name to be used on network-gateway.  This value
# will be used for any device associated with a network gateway for which an
# interface name was not specified
# nsx_default_interface_name = breth0

# Reconnect connection to nsx if not used within this amount of time.
# conn_idle_timeout = 900

# Specify the class path for the Layer 2 gateway backend driver(i.e. NSXv3/NSX-V).
# This field will be used when a L2 Gateway service plugin is configured.
# nsx_l2gw_driver =

[quotas]
# number of network gateways allowed per tenant, -1 means unlimited
# quota_network_gateway = 5

[nsxv]
# URL for NSXv manager
# manager_uri = https://management_ip

# User name for NSXv manager
# user = admin

# Password for NSXv manager
# password = default

# Specify a CA bundle file to use in verifying the NSXv server certificate.
# ca_file =

# If true, the NSXv server certificate is not verified. If false,
# then the default CA truststore is used for verification. This option
# is ignored if "ca_file" is set.
# insecure = true

# (Required) Datacenter MoRef ID for Edge deployment
# datacenter_moid =

# (Required) Cluster MoRef IDs for OpenStack compute clusters, comma separated
# cluster_moid =

# (Optional) Deployment Container MoRef ID for NSX Edge deployment
# If not specified, either a default global container will be used, or
# the resource pool and datastore specified below will be used
# deployment_container_id =

# (Optional) Resource pool MoRef ID for NSX Edge deployment
# resource_pool_id =

# (Optional) Datastore MoRef ID for NSX Edge deployment
# datastore_id =

# (Required) Portgroup MoRef ID for Edge physical network connectivity
# external_network =

# (Optional) Asynchronous task status check interval
# default is 2000 (millisecond)
# task_status_check_interval = 2000

# (Optional) Transport Zone MoRef ID for VXLAN logical networks
# vdn_scope_id =

# (Optional) DVS MoRef ID for DVS connected to Management / Edge cluster
# dvs_id =

# (ListOpt) Define backup edge pool's management range with the four-tuple:
# <edge_type>:[edge_size]:<minimum_pooled_edges>:<maximum_pooled_edges>.
# edge_type:'service'(service edge) or 'vdr'(distributed edge).
# edge_size: 'compact', 'large'(by default), 'xlarge' or 'quadlarge'.
#
# By default, edge pool manager would manage service edge
# with compact&&large size and distributed edge with large size as following:
# backup_edge_pool = service:large:4:10,service:compact:4:10,vdr:large:4:10

# (Optional) Maximum number of sub interfaces supported per vnic in edge
# default is 20
# maximum_tunnels_per_vnic = 20

# Maximum number of API retries
# retries = 10

# (Optional) Portgroup MoRef ID for metadata proxy management network
# mgt_net_moid =

# (Optional) Management network IP address for metadata proxy, comma separated
# mgt_net_proxy_ips =

# (Optional) Management network netmask for metadata proxy
# mgt_net_proxy_netmask =

# (Optional) Management network default gateway for metadata proxy
# mgt_net_default_gateway =

# (Optional) IP addresses used by Nova metadata service
# nova_metadata_ips =

# (Optional) TCP Port used by Nova metadata server
# nova_metadata_port = 8775

# (Optional) Shared secret to sign metadata requests
# metadata_shared_secret =

# (Optional) Indicates if Nsxv spoofguard component is used to implement
# port-security feature.
# spoofguard_enabled = True

# (Optional) Deploys NSX Edges in HA mode
# edge_ha = False

# (Optional) Edge appliance size to be used for creating exclusive router.
# Valid values: ['compact', 'large', 'xlarge', 'quadlarge']
# This exclusive_router_appliance_size will be picked up if --router-size
# parameter is not specified while doing neutron router-create
# exclusive_router_appliance_size = compact

# (ListOpt) Ordered list of router_types to allocate as tenant routers.
# It limits the router types that the Nsxv can support for tenants:
# distributed: router is supported by distributed edge at the backend.
# shared: multiple routers share the same service edge at the backend.
# exclusive: router exclusivly occupies one service edge at the backend.
# Nsxv would select the first available router type from tenant_router_types
# list if router-type is not specified.
# If the tenant defines the router type with "--distributed",
# "--router_type exclusive" or "--router_type shared", Nsxv would verify that
# the router type is in tenant_router_types.
# Admin supports all these three router types
#
# tenant_router_types = shared, distributed, exclusive
# Example: tenant_router_types = distributed, shared

# (Optional) Enable an administrator to configure the edge user and password
# Username to configure for Edge appliance login
# edge_appliance_user =
# (Optional) Password to configure for Edge appliance login
# edge_appliance_password =

# (Optional) URL for distributed locking coordination resource for lock manager
# This value is passed as a parameter to tooz coordinator.
# By default, value is None and oslo_concurrency is used for single-node
# lock management.
# locking_coordinator_url =

# (Optional) DHCP lease time
# dhcp_lease_time = 86400

[nsx]
# Maximum number of ports for each bridged logical switch
# The recommended value for this parameter varies with NSX version
# Please use:
# NSX 2.x -> 64
# NSX 3.0, 3.1 -> 5000
# NSX 3.2 -> 10000
# max_lp_per_bridged_ls = 5000

# Maximum number of ports for each overlay (stt, gre) logical switch
# max_lp_per_overlay_ls = 256

# Number of connections to each controller node.
# default is 10
# concurrent_connections = 10

# Number of seconds a generation id should be valid for (default -1 meaning do not time out)
# nsx_gen_timeout = -1

# Acceptable values for 'metadata_mode' are:
#   - 'access_network': this enables a dedicated connection to the metadata
#     proxy for metadata server access via Neutron router.
#   - 'dhcp_host_route': this enables host route injection via the dhcp agent.
# This option is only useful if running on a host that does not support
# namespaces otherwise access_network should be used.
# metadata_mode = access_network

# The default network transport type to use (stt, gre, bridge, ipsec_gre, or ipsec_stt)
# default_transport_type = stt

# Specifies in which mode the plugin needs to operate in order to provide DHCP and
# metadata proxy services to tenant instances. If 'agent' is chosen (default)
# the NSX plugin relies on external RPC agents (i.e. dhcp and metadata agents) to
# provide such services. In this mode, the plugin supports API extensions 'agent'
# and 'dhcp_agent_scheduler'. If 'agentless' is chosen (experimental in Icehouse),
# the plugin will use NSX logical services for DHCP and metadata proxy. This
# simplifies the deployment model for Neutron, in that the plugin no longer requires
# the RPC agents to operate. When 'agentless' is chosen, the config option metadata_mode
# becomes ineffective. The 'agentless' mode works only on NSX 4.1.
# Furthermore, a 'combined' mode is also provided and is used to support existing
# deployments that want to adopt the agentless mode. With this mode, existing networks
# keep being served by the existing infrastructure (thus preserving backward
# compatibility, whereas new networks will be served by the new infrastructure.
# Migration tools are provided to 'move' one network from one model to another; with
# agent_mode set to 'combined', option 'network_auto_schedule' in neutron.conf is
# ignored, as new networks will no longer be scheduled to existing dhcp agents.
# agent_mode = agent

# Specifies which mode packet replication should be done in. If set to service
# a service node is required in order to perform packet replication. This can
# also be set to source if one wants replication to be performed locally (NOTE:
# usually only useful for testing if one does not want to deploy a service node).
# In order to leverage distributed routers, replication_mode should be set to
# "service".
# replication_mode = service

[nsx_sync]
# Interval in seconds between runs of the status synchronization task.
# The plugin will aim at resynchronizing operational status for all
# resources in this interval, and it should be therefore large enough
# to ensure the task is feasible. Otherwise the plugin will be
# constantly synchronizing resource status, ie: a new task is started
# as soon as the previous is completed.
# If this value is set to 0, the state synchronization thread for this
# Neutron instance will be disabled.
# state_sync_interval = 10

# Random additional delay between two runs of the state synchronization task.
# An additional wait time between 0 and max_random_sync_delay seconds
# will be added on top of state_sync_interval.
# max_random_sync_delay = 0

# Minimum delay, in seconds, between two status synchronization requests for NSX.
# Depending on chunk size, controller load, and other factors, state
# synchronization requests might be pretty heavy. This means the
# controller might take time to respond, and its load might be quite
# increased by them. This parameter allows to specify a minimum
# interval between two subsequent requests.
# The value for this parameter must never exceed state_sync_interval.
# If this does, an error will be raised at startup.
# min_sync_req_delay = 1

# Minimum number of resources to be retrieved from NSX in a single status
# synchronization request.
# The actual size of the chunk will increase if the number of resources is such
# that using the minimum chunk size will cause the interval between two
# requests to be less than min_sync_req_delay
# min_chunk_size = 500

# Enable this option to allow punctual state synchronization on show
# operations. In this way, show operations will always fetch the operational
# status of the resource from the NSX backend, and this might have
# a considerable impact on overall performance.
# always_read_status = False

[nsx_lsn]
# Pull LSN information from NSX in case it is missing from the local
# data store. This is useful to rebuild the local store in case of
# server recovery
# sync_on_missing_data = False

[nsx_dhcp]
# (Optional) Comma separated list of additional dns servers. Default is an empty list
# extra_domain_name_servers =

# Domain to use for building the hostnames
# domain_name = openstacklocal

# Default DHCP lease time
# default_lease_time = 43200

[nsx_metadata]
# IP address used by Metadata server
# metadata_server_address = 127.0.0.1

# TCP Port used by Metadata server
# metadata_server_port = 8775

# When proxying metadata requests, Neutron signs the Instance-ID header with a
# shared secret to prevent spoofing. You may select any string for a secret,
# but it MUST match with the configuration used by the Metadata server
# metadata_shared_secret =

[nsx_v3]
# IP address of NSX manager
# nsx_manager = 1.2.3.4

# User name of NSX Manager
# nsx_user = admin

# Password of NSX Manager
# nsx_password = default

# UUID of the default NSX overlay transport zone that will be used for creating
# tunneled isolated Neutron networks
# default_overlay_tz_uuid = afc40f8a-4967-477e-a17a-9d560d1786c7

# UUID of default NSX VLAN transport zone that will be used for bridging
# between Neutron Networks
# default_vlan_tz_uuid = afc40f8a-4967-477e-a17a-9d560d1786c7

# Default Edge Cluster Identifier
# default_edge_cluster_uuid = afc40f8a-4967-477e-a17a-9d560d1786c7

# Maximum number of times to retry API requests
# retries = 10

# Specify a CA bundle file to use in verifying the NSX Manager
# server certificate. This option is ignored if "insecure" is set to True.
# ca_file =

# If true, the NSX Manager server certificate is not verified. If false,
# then the default CA truststore is used for verification.
# insecure = True

# UUID of the default tier0 router that will be used for connecting to
# tier1 logical routers and configuring external network
# default_tier0_router_uuid = 412983fd-9016-45e5-93f2-48ba2a931225

# UUID of the default NSX bridge cluster that will be used to perform
# L2 gateway bridging between VXLAN and VLAN networks. It is an optional
# field. If default bridge cluster UUID is not specified, admin will have to
# manually create a L2 gateway corresponding to a NSX Bridge Cluster using
# L2 gateway APIs.
# This field must be specified on one of the active neutron servers only.
# default_bridge_cluster_uuid =

# UUID of the default NSX switching profile to allow DHCP traffic. This will be
# applied on the DHCP ports, if neutron's DHCP service is enabled.
# In order to create the DHCP switching profile, go the NSX manager and perform
# the following steps:
# Create a new Switching Profile of type 'Switch Security'.
# Disable DHCP Client Block and DHCP Server Block options for this profile.
# Save the profile and copy the Switching Profile's UUID below.
# default_switching_profile_dhcp_uuid =