enabler_conf.ini

[general]
# Compute node user name and password that can be used to ssh command.
# Also the user must be a sudoer assuming all compute nodes have the same
# password.
# Credentials of compute servers.
#
# compute_user = username
# compute_passwd = password
# IF uplink detection is not needed, enter the hostname in node field, which
# is comma separated list of hosts for which static uplink is configured.
# The node_uplink field has the comma separated uplink ports in server which
# is connected to the leaf. In example below, host1 has eth5 connected to
# leaf and host2 has eth4 connected to leaf.
# The node name should be fully qualified domain name (e.g. host1.example.com)
#
# node = host1.example.com, host2.example.com
# node_uplink = eth5, eth4
#
# If Openstack is running in any UCS FI blade server, enter the EVB DMAC
# configured in the fabric. The enabler software running in the node will
# detect if it's a UCS FI blade server, but the interface connected to the
# switch has be given in the 'node_uplink' configuration above along with 
# the node.
#
# ucs_fi_evb_dmac = '01:80:c2:12:34:56'

[dfa_agent]
# OVS Neutron Agent related configuration. Ensure that this is the same as
# what is configured for OVS Neutron Agent.
# The defaults are given below for convenience.
# integration_bridge = br-int
# external_dfa_bridge = br-ethd

[dcnm]
# IP address of the DCNM. It should be reachable from openstack
# controller node.
#
# dcnm_ip = 3.3.3.3


# DCNM server login and rabbitmq messaging credentials
#
# dcnm_user = dcnm-login-username
# dcnm_amqp_user = dncm-amqp-username
# dcnm_password = dcnm-password


# Gateway MAC address. It should be the same as configured on the leaf nodes
#
# gateway_mac = 20:20:00:00:00:AA

# Orchestrator ID
# Orchestartor id used for registering the segmentation id range on DCNM
# If there are multiple setups using the same DCNM, please ensure
# different orchestrator IDs are used.
#
# orchestrator_id = 'Openstack Controller'

# Segmentation ID range.
# The seg-id-min and seg-id-max are 24-bit integer values
#
# segmentation_id_min = seg-id-min
# segmentation_id_max = seg-id-max
# This means the segmentation ID after released will only be reused after
# 1 hour. If this functionality is not needed, enter a value of 0. OR if you
# would like to change the default of 1hr, uncomment the below and enter a
# different number (only integers)
# segmentation_reuse_timeout = 1

# Currently this is needed only for services like LB and FW.
# If the below is left commented, the defaults will be picked, which is also
# shown below for convenience.
# Please ensure the range falls in the detectable range of the mobility
# domain of fabric leaf ports where FW or LB are connected.
#vlan_id_min = 800
#vlan_id_max = 1000
# Same meaning as that of seg reuse above. But, here the default is 0, which
# means the VLAN will be reused immediately after release.
#vlan_reuse_timeout = 0


# The suffix of a network name when it is created by DCNM.
#
# dcnm_net_ext = '(DCNM)'


# The lease file name of DHCP server on the DCNM.
#
# dcnm_dhcp_leases = '/var/lib/dhcpd/dhcpd.leases'


# Default configuration profile when creating a network in DCNM.
#
# The default is 'defaultNetworkUniversalTfProfile'.
# default_cfg_profile = defaultNetworkUniversalTfProfile


# Default vrf profile name for a partition in DCNM.
#
# default_vrf_profile = vrf-common-universal

# If you want to use dcnm's dhcp server, then set dcnm_dhcp=True,
# If you set it to false, openstack native dhcp will be used instead
# dcnm_dhcp = True

[dfa_rpc]
# Transport URL parameter for RPC.
# The credentials should be set based on setup.
#
# transport_url = rabbit://username:password@rabbitmq-server-ip:5672//

[dfa_mysql]
# MYSQL DB connection option
# The credentials should be set based on the setup.
#
# connection = mysql://username:password@mysql-server-ip/cisco_dfa?charset=utf8


[dfa_notify]
# Notification queue name for DFA enabler.
# service_name: keystone and neutron
#
# cisco_dfa_notify_queue = cisco_dfa_%(service_name)s_notify

[dfa_log]
# Log file name. DEPRECATED (use Log file prefix instead)
# If log file name and directory is not specified, the default
# is the standard output.
#
# log_file = fabric_enabler.log

# Log file prefix
# Prefix will be used by Fabric Enabler processes to
# create own log files.
#
# log_file_prefix = fabric_enabler

# The direcoty name for the log file.
#
# log_dir = /home/localadmin/Logs

# Enabler debugging output level. Default is WARNING.
# Set to DEBUG to see the debbugging output
#
# log_level = DEBUG


# Enable syslog. Debugging messages goes to syslog
#
# use_syslog = False
# syslog_log_facility = LOG_USER


# Output format of log messages.
#
# log_format = %(asctime)s %(levelname)8s [%(name)s] %(message)s


# If need to save pid of fabric-enabler-server and fabric-enabler-agent
# the location of pid files should be set by the following options.
#
# pid_dir =
# pid_server_file =
# pid_agent_file =

[vdp]
# VDP default options
#
# mgrid2 = 0
# typeid = 0
# typeidver = 0
# vsiidfrmt = 5
# hints = none
# filter = 4
# vdp_sync_timeout = 30

[firewall]
# Firewall Default Parameters
#
#Currently supports phy_asa and Openstack native Firewall.
#Uncomment the below if FW support is needed and enter phy_asa or native
#device = phy_asa
#fw_mgmt_ip = [1.1.1.1]
#Uncomment the below and fill up the right values for phy_asa, not needed for
#native FW.
#fw_username = [admin]
#fw_password = [cisco123]
#fw_interface_in = [Gi0/0]
#fw_interface_out = [Gi0/1]
# Currently only the MAX scheduling is supported
#sched_policy = 'max_sched'
# fw_auto_serv_nwk_create = True
# mob_domain_name = 'md0'
# fw_service_host_profile = 'serviceNetworkUniversalESChainLBESProfile'
# fw_service_host_fwd_mode = 'proxy-gateway'
# fw_service_part_vrf_profile = 'vrf-common-universal-external-dynamic-ES'
# fw_service_ext_profile = 'externalNetworkUniversalDynamicRoutingESProfile'
# fw_service_ext_fwd_mode = 'anycast-gateway'
# It assumes a 24 subnet. In the example below, the first service IN network
# will have 100.100.2.x, and subsequent ones withh have 100.100.3.x and so on.
# fw_service_in_ip_start = 100.100.2.0
# fw_service_in_ip_end = 100.100.20.0
# fw_service_out_ip_start = 200.200.2.0
# fw_service_out_ip_end = 200.200.20.0
# fw_service_dummy_ip_subnet = '9.9.9.0/24'

[loadbalance]
#lb_enabled = false
#lb_vrf_profile = vrf-common-universal-dynamic-LB-ES
#lb_svc_net_profile=serviceNetworkUniversalDynamicRoutingLBProfile
#lb_svc_net = 199.199.1.0/24
#lb_svc_net_name_prefix=lbaasInternal
#lb_driver = dfa.server.services.loadbalance.drivers.f5.F5Device.F5Device
# The following must be filled by the user
# comma seperated list of mgmt IPs of the box
#lb_mgmt_ip = 172.28.10.180
#lb_user_name = admin
#lb_user_password = cisco123
#lb_f5_interface = 1.1

[sys]
# Default root_helper
#
# root_helper = 'sudo'