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#
# Vnswad configuration options
#
[CONTROL-NODE]
# IP address to be used to connect to control-node. Maximum of 2 IP addresses
# (separated by a space) can be provided. If no IP is configured then the
# value provided by discovery service will be used. (Optional)
# server = 10.0.0.1 10.0.0.2
[DEFAULT]
# Everything in this section is optional
# IP address and port to be used to connect to collector. If these are not
# configured, value provided by discovery service will be used. Multiple
# IP:port strings separated by space can be provided
# collectors = 127.0.0.1:8086
# Agent mode : can be vrouter / tsn / tor (default is vrouter)
{% if contrail_vrouter_mode is defined %}agent_mode = {{ contrail_vrouter_mode }}
{% else %}# agent_mode =
{% endif %}
# Enable/disable debug logging. Possible values are 0 (disable) and 1 (enable)
# debug = 0
# Aging time for flow-records in seconds
# flow_cache_timeout = 0
# Hostname of compute-node. If this is not configured value from `hostname`
# will be taken
# hostname =
# Http server port for inspecting vnswad state (useful for debugging)
# http_server_port = 8085
# Category for logging. Default value is '*'
# log_category =
# Local log file name
log_file = /var/log/contrail/contrail-vrouter-agent.log
# Log severity levels. Possible values are SYS_EMERG, SYS_ALERT, SYS_CRIT,
# SYS_ERR, SYS_WARN, SYS_NOTICE, SYS_INFO and SYS_DEBUG. Default is SYS_DEBUG
log_level = SYS_NOTICE
# Enable/Disable local file logging. Possible values are 0 (disable) and 1 (enable)
log_local = 1
# Encapsulation type for tunnel. Possible values are MPLSoGRE, MPLSoUDP, VXLAN
# tunnel_type =
# Enable/Disable headless mode for agent. In headless mode agent retains last
# known good configuration from control node when all control nodes are lost.
# Possible values are true(enable) and false(disable)
# headless_mode =
# DHCP relay mode (true or false) to determine if a DHCP request in fabric
# interface with an unconfigured IP should be relayed or not
# dhcp_relay_mode =
# DPDK or legacy work mode
platform = default
# Physical address of PCI used by dpdk
physical_interface_address =
# MAC address of device used by dpdk
physical_interface_mac = {{ hostvars[inventory_hostname]['ansible_'+contrail_vhost_device]['macaddress'] }}
[DISCOVERY]
# If COLLECTOR and/or CONTROL-NODE and/or DNS is not specified this section is
# mandatory. Else this section is optional
# IP address of discovery server
server = {{ contrail_haproxy_address }}
# Number of control-nodes info to be provided by Discovery service. Possible
# values are 1 and 2
max_control_nodes = {{ groups['controller'] | length }}
[DNS]
# IP address and port to be used to connect to dns-node. Maximum of 2 IP
# addresses (separated by a space) can be provided. If no IP is configured then
# the value provided by discovery service will be used.
# server = 10.0.0.1:53 10.0.0.2:53
[HYPERVISOR]
# Everything in this section is optional
# Hypervisor type. Possible values are kvm, xen and vmware
type = kvm
vmware_mode =
# Link-local IP address and prefix in ip/prefix_len format (for xen)
# xen_ll_ip =
# Link-local interface name when hypervisor type is Xen
# xen_ll_interface =
# Physical interface name when hypervisor type is vmware
vmware_physical_interface =
[FLOWS]
# Everything in this section is optional
# Maximum flows allowed per VM (given as % of maximum system flows)
# max_vm_flows = 100
# Maximum number of link-local flows allowed across all VMs
# max_system_linklocal_flows = 4096
# Maximum number of link-local flows allowed per VM
# max_vm_linklocal_flows = 1024
[METADATA]
# Shared secret for metadata proxy service (Optional)
# metadata_proxy_secret = contrail
[NETWORKS]
# control-channel IP address used by WEB-UI to connect to vnswad to fetch
# required information (Optional)
control_network_ip = {{ contrail_haproxy_address }}
[VIRTUAL-HOST-INTERFACE]
# Everything in this section is mandatory
# name of virtual host interface
name = vhost0
# IP address and prefix in ip/prefix_len format
ip = {{ contrail_vhost_address }}{{ lastip.stdout_lines[0] }}/{{ contrail_prefixlen }}
# Gateway IP address for virtual host
gateway = {{ contrail_vhost_gateway }}
# Physical interface name to which virtual host interface maps to
physical_interface = {{ contrail_vhost_device }}
# We can have multiple gateway sections with different indices in the
# following format
# [GATEWAY-0]
# Name of the routing_instance for which the gateway is being configured
# routing_instance = default-domain:admin:public:public
# Gateway interface name
# interface = vgw
# Virtual network ip blocks for which gateway service is required. Each IP
# block is represented as ip/prefix. Multiple IP blocks are represented by
# separating each with a space
# ip_blocks = 1.1.1.1/24
# [GATEWAY-1]
# Name of the routing_instance for which the gateway is being configured
# routing_instance = default-domain:admin:public1:public1
# Gateway interface name
# interface = vgw1
# Virtual network ip blocks for which gateway service is required. Each IP
# block is represented as ip/prefix. Multiple IP blocks are represented by
# separating each with a space
# ip_blocks = 2.2.1.0/24 2.2.2.0/24
# Routes to be exported in routing_instance. Each route is represented as
# ip/prefix. Multiple routes are represented by separating each with a space
# routes = 10.10.10.1/24 11.11.11.1/24
[SERVICE-INSTANCE]
# Path to the script which handles the netns commands
netns_command = /usr/bin/opencontrail-vrouter-netns
# Number of workers that will be used to start netns commands
#netns_workers = 1
# Timeout for each netns command, when the timeout is reached, the netns
# command is killed.
#netns_timeout = 30
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