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puppet-openstack/manifests/nova/compute.pp

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Puppet

#
# == Class: openstack::nova::compute
#
# Manifest to install/configure nova-compute and nova-volume
#
# === Parameters
#
# See params.pp
#
# === Examples
#
# class { 'openstack::nova::compute':
# internal_address => '192.168.2.2',
# vncproxy_host => '192.168.1.1',
# nova_user_password => 'changeme',
# }
class openstack::nova::compute (
# Network
$public_address = undef,
$public_interface = 'eth0',
$private_interface = 'eth1',
$fixed_range = '10.0.0.0/24',
$network_manager = 'nova.network.manager.FlatDHCPManager',
$network_config = {},
$multi_host = false,
# Virtualization
$libvirt_type = 'kvm',
# Volumes
$nova_volume = 'nova-volumes',
$manage_volumes = true,
$iscsi_ip_address = undef,
# VNC
$vnc_enabled = true,
$vncserver_listen = undef,
$vncserver_proxyclient_address = undef,
$vncproxy_host = undef,
# General
$verbose = false,
$exported_resources = true,
$enabled = true,
# Required Network
$internal_address,
# Required Nova
$nova_user_password
) inherits openstack::params {
# Set iscsi ip address if not set
if ($iscsi_ip_address == undef) {
$real_iscsi_ip_address = $internal_address
} else {
$real_iscsi_ip_address = $iscsi_ip_address
}
# Configure VNC variables
if ($vnc_enabled == true) {
if ($vncserver_listen == undef) {
$real_vncserver_listen = $internal_address
} else {
$real_vncserver_listen = $vncserver_listen
}
if ($vncserver_proxyclient_address == undef) {
$real_vncserver_proxyclient_address = $internal_address
} else {
$real_vncserver_proxyclient_address = $vncserver_proxyclient_address
}
if ($vncproxy_host == undef) {
if ($multi_host == true and $public_address != undef) {
$real_vncproxy_host = $public_address
} else {
fail('vncproxy_host must be set.')
}
} else {
# This should be the public IP of the cloud controller...
$real_vncproxy_host = $vncproxy_host
}
} else {
$real_vncserver_listen = undef
$real_vncserver_proxyclient_address = undef
$real_vncproxy_host = undef
}
# Install / configure nova-compute
class { '::nova::compute':
enabled => true,
vnc_enabled => $vnc_enabled,
vncserver_proxyclient_address => $real_vncserver_proxyclient_address,
vncproxy_host => $real_vncproxy_host,
}
# Configure libvirt for nova-compute
class { 'nova::compute::libvirt':
libvirt_type => $libvirt_type,
vncserver_listen => $real_vncserver_listen,
}
# if the compute node should be configured as a multi-host
# compute installation
if $multi_host {
include keystone::python
nova_config {
'multi_host': value => 'True';
'send_arp_for_ha': value => 'True';
}
if ! $public_interface {
fail('public_interface must be defined for multi host compute nodes')
}
$enable_network_service = true
class { 'nova::api':
enabled => $enabled,
admin_tenant_name => 'services',
admin_user => 'nova',
admin_password => $nova_user_password,
}
} else {
$enable_network-service = false
nova_config {
'multi_host': value => 'False';
'send_arp_for_ha': value => 'False';
}
}
# set up configuration for networking
if $enable_network_service {
class { 'nova::network':
private_interface => $private_interface,
public_interface => $public_interface,
fixed_range => $fixed_range,
floating_range => false, # double check
network_manager => $network_manager,
config_overrides => $network_config,
create_networks => false, # double check
enabled => $enable_network_service,
install_service => $enable_network_service,
}
}
if $manage_volumes {
# Install / configure nova-volume
class { 'nova::volume':
enabled => $enabled,
}
if $enabled {
class { 'nova::volume::iscsi':
volume_group => $nova_volume,
iscsi_ip_address => $internal_address,
}
}
}
}