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##############################################################################
# Copyright (c) 2018 Mirantis Inc., Enea AB and others.
# All rights reserved. This program and the accompanying materials
# are made available under the terms of the Apache License, Version 2.0
# which accompanies this distribution, and is available at
# http://www.apache.org/licenses/LICENSE-2.0
##############################################################################
---
{%- import 'net_map.j2' as nm with context %}
{%- import 'net_macros.j2' as ma with context %}
{#- Filter-out NIC duplicates by constructing a dict (used NICs only) #}
{%- set nics = { nm.ctl01.nic_mgmt: True, nm.ctl01.nic_private: True } %}
{%- set vlans = { nm.vlan_mgmt: nm.ctl01.nic_mgmt } %}
{%- if '-fdio-' in conf.MCP_DEPLOY_SCENARIO %}
{%- do nics.update({ nm.ctl01.nic_public: True }) %}
{%- do vlans.update({ nm.vlan_public: nm.ctl01.nic_public }) %}
{%- elif '-ovs-' not in conf.MCP_DEPLOY_SCENARIO %}
{%- set vlan_private_start = (nm.vlan_private | string).rsplit('-')[0] %}
{%- do vlans.update({ vlan_private_start: nm.ctl01.nic_private }) %}
{%- endif %}
parameters:
linux:
network:
{%- if '-fdio-' not in conf.MCP_DEPLOY_SCENARIO %}
{%- set floating_br_type = 'ovs_bridge' %}
bridge: openvswitch
{%- else %}
{%- set floating_br_type = 'bridge' %}
vpp:
enabled: true
# Reuse ovs-dpdk socket mem configuration from IDF
dpdk_socket_mem: ${_param:compute_ovs_dpdk_socket_mem}
main_core: ${linux:system:kernel:isolcpu}
gid: 'neutron'
commands: |
create tap host-if-name vpp_ext_tap host-bridge br-floating rx-ring-size 1024 tx-ring-size 1024
set interface state ${_param:external_vpp_tap} up
dpdk:
enabled: true
driver: "${_param:compute_dpdk_driver}"
{%- endif %}
interface:
pxe_admin_int:
enabled: true
name: {{ nm.ctl01.nic_admin }}
proto: static
type: eth
address: ${_param:pxe_admin_address}
netmask: ${_param:opnfv_net_admin_mask}
mtu: ${_param:interface_mtu}
noifupdown: true
{#- prevent duplicates for tagged mgmt on the same physical interface as PXE/admin #}
{%- if nm.ctl01.nic_admin in nics %}
{%- do nics.pop(nm.ctl01.nic_admin) %}
{%- endif %}
{{ ma.linux_network_interfaces_nic(nics) }}
{{ ma.linux_network_interfaces_vlan(vlans) }}
{%- if '-fdio-' not in conf.MCP_DEPLOY_SCENARIO %}
ovs_port_{{ nm.ctl01.nic_public }}:
enabled: true
name: {{ ma.interface_str(nm.ctl01.nic_public, nm.vlan_public) }}
mtu: ${_param:interface_mtu}
proto: manual
ovs_port_type: OVSPort
type: ovs_port
ovs_bridge: br-floating
bridge: br-floating
{%- endif %}
br-floating:
enabled: true
type: {{ floating_br_type }}
proto: static
address: ${_param:external_address}
netmask: ${_param:opnfv_net_public_mask}
gateway: ${_param:opnfv_net_public_gw}
name_servers: {{ nm.dns_public }}
use_interfaces:
- {{ ma.interface_str(nm.ctl01.nic_public, nm.vlan_public) }}
noifupdown: true
br-mgmt:
enabled: true
type: bridge
proto: static
address: ${_param:single_address}
netmask: ${_param:opnfv_net_mgmt_mask}
mtu: ${_param:interface_mtu}
use_interfaces:
- {{ ma.interface_str(nm.ctl01.nic_mgmt, nm.vlan_mgmt) }}
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