Merge "add support in devstack to run it with cisco plugin"

This commit is contained in:
Jenkins 2013-06-19 11:08:16 +00:00 committed by Gerrit Code Review
commit 04ac51c48b

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lib/quantum_plugins/cisco Normal file
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# Quantum Cisco plugin
# ---------------------------
# Save trace setting
MY_XTRACE=$(set +o | grep xtrace)
set +o xtrace
# Scecify the VSM parameters
Q_CISCO_PLUGIN_VSM_IP=${Q_CISCO_PLUGIN_VSM_IP:-}
# Specify the VSM username
Q_CISCO_PLUGIN_VSM_USERNAME=${Q_CISCO_PLUGIN_VSM_USERNAME:-admin}
# Specify the VSM passward for above username
Q_CISCO_PLUGIN_VSM_PASSWORD=${Q_CISCO_PLUGIN_VSM_PASSWORD:-}
# Specify the uVEM integration bridge name
Q_CISCO_PLUGIN_INTEGRATION_BRIDGE=${Q_CISCO_PLUGIN_INTEGRATION_BRIDGE:-br-int}
# Specify if tunneling is enabled
Q_CISCO_PLUGIN_ENABLE_TUNNELING=${Q_CISCO_PLUGIN_ENABLE_TUNNELING:-True}
# Specify the VXLAN range
Q_CISCO_PLUGIN_VXLAN_ID_RANGES=${Q_CISCO_PLUGIN_VXLAN_ID_RANGES:-5000:10000}
# Specify the VLAN range
Q_CISCO_PLUGIN_VLAN_RANGES=${Q_CISCO_PLUGIN_VLAN_RANGES:-vlan:1:4094}
# Specify ncclient package information
NCCLIENT_DIR=$DEST/ncclient
NCCLIENT_VERSION=${NCCLIENT_VERSION:-0.3.1}
NCCLIENT_REPO=${NCCLIENT_REPO:-${GIT_BASE}/CiscoSystems/ncclient.git}
NCCLIENT_BRANCH=${NCCLIENT_BRANCH:-master}
# This routine put a prefix on an existing function name
function _prefix_function() {
declare -F $1 > /dev/null || die "$1 doesn't exist"
eval "$(echo "${2}_${1}()"; declare -f ${1} | tail -n +2)"
}
function _has_ovs_subplugin() {
local subplugin
for subplugin in ${Q_CISCO_PLUGIN_SUBPLUGINS[@]}; do
if [[ "$subplugin" == "openvswitch" ]]; then
return 0
fi
done
return 1
}
function _has_nexus_subplugin() {
local subplugin
for subplugin in ${Q_CISCO_PLUGIN_SUBPLUGINS[@]}; do
if [[ "$subplugin" == "nexus" ]]; then
return 0
fi
done
return 1
}
function _has_n1kv_subplugin() {
local subplugin
for subplugin in ${Q_CISCO_PLUGIN_SUBPLUGINS[@]}; do
if [[ "$subplugin" == "n1kv" ]]; then
return 0
fi
done
return 1
}
# This routine populates the cisco config file with the information for
# a particular nexus switch
function _config_switch() {
local cisco_cfg_file=$1
local switch_ip=$2
local username=$3
local password=$4
local ssh_port=$5
shift 5
local section="NEXUS_SWITCH:$switch_ip"
iniset $cisco_cfg_file $section username $username
iniset $cisco_cfg_file $section password $password
iniset $cisco_cfg_file $section ssh_port $ssh_port
while [[ ${#@} != 0 ]]; do
iniset $cisco_cfg_file $section $1 $2
shift 2
done
}
# Prefix openvswitch plugin routines with "ovs" in order to differentiate from
# cisco plugin routines. This means, ovs plugin routines will coexist with cisco
# plugin routines in this script.
source $TOP_DIR/lib/quantum_plugins/openvswitch
_prefix_function quantum_plugin_create_nova_conf ovs
_prefix_function quantum_plugin_install_agent_packages ovs
_prefix_function quantum_plugin_configure_common ovs
_prefix_function quantum_plugin_configure_debug_command ovs
_prefix_function quantum_plugin_configure_dhcp_agent ovs
_prefix_function quantum_plugin_configure_l3_agent ovs
_prefix_function quantum_plugin_configure_plugin_agent ovs
_prefix_function quantum_plugin_configure_service ovs
_prefix_function quantum_plugin_setup_interface_driver ovs
_prefix_function has_quantum_plugin_security_group ovs
# Check the version of the installed ncclient package
function check_ncclient_version() {
python << EOF
version = '$NCCLIENT_VERSION'
import sys
try:
import pkg_resources
import ncclient
module_version = pkg_resources.get_distribution('ncclient').version
if version != module_version:
sys.exit(1)
except:
sys.exit(1)
EOF
}
# Install the ncclient package
function install_ncclient() {
git_clone $NCCLIENT_REPO $NCCLIENT_DIR $NCCLIENT_BRANCH
(cd $NCCLIENT_DIR; sudo python setup.py install)
}
# Check if the required version of ncclient has been installed
function is_ncclient_installed() {
# Check if the Cisco ncclient repository exists
if [[ -d $NCCLIENT_DIR ]]; then
remotes=$(cd $NCCLIENT_DIR; git remote -v | grep fetch | awk '{ print $2}')
for remote in $remotes; do
if [[ $remote == $NCCLIENT_REPO ]]; then
break;
fi
done
if [[ $remote != $NCCLIENT_REPO ]]; then
return 1
fi
else
return 1
fi
# Check if the ncclient is installed with the right version
if ! check_ncclient_version; then
return 1
fi
return 0
}
function has_quantum_plugin_security_group() {
if _has_ovs_subplugin; then
ovs_has_quantum_plugin_security_group
else
return 1
fi
}
function is_quantum_ovs_base_plugin() {
# Cisco uses OVS if openvswitch subplugin is deployed
_has_ovs_subplugin
return
}
# populate required nova configuration parameters
function quantum_plugin_create_nova_conf() {
if _has_ovs_subplugin; then
ovs_quantum_plugin_create_nova_conf
else
_quantum_ovs_base_configure_nova_vif_driver
fi
}
function quantum_plugin_install_agent_packages() {
# Cisco plugin uses openvswitch to operate in one of its configurations
ovs_quantum_plugin_install_agent_packages
}
# Configure common parameters
function quantum_plugin_configure_common() {
# setup default subplugins
if [ ! -v Q_CISCO_PLUGIN_SUBPLUGINS ]; then
declare -ga Q_CISCO_PLUGIN_SUBPLUGINS
Q_CISCO_PLUGIN_SUBPLUGINS=(openvswitch nexus)
fi
if _has_ovs_subplugin; then
ovs_quantum_plugin_configure_common
Q_PLUGIN_EXTRA_CONF_PATH=etc/quantum/plugins/cisco
Q_PLUGIN_EXTRA_CONF_FILES=(cisco_plugins.ini)
else
Q_PLUGIN_CONF_PATH=etc/quantum/plugins/cisco
Q_PLUGIN_CONF_FILENAME=cisco_plugins.ini
fi
Q_PLUGIN_CLASS="quantum.plugins.cisco.network_plugin.PluginV2"
Q_DB_NAME=cisco_quantum
}
function quantum_plugin_configure_debug_command() {
if _has_ovs_subplugin; then
ovs_quantum_plugin_configure_debug_command
fi
}
function quantum_plugin_configure_dhcp_agent() {
iniset $Q_DHCP_CONF_FILE DEFAULT dhcp_agent_manager quantum.agent.dhcp_agent.DhcpAgentWithStateReport
}
function quantum_plugin_configure_l3_agent() {
if _has_ovs_subplugin; then
ovs_quantum_plugin_configure_l3_agent
fi
}
function _configure_nexus_subplugin() {
local cisco_cfg_file=$1
# Install a known compatible ncclient from the Cisco repository if necessary
if ! is_ncclient_installed; then
# Preserve the two global variables
local offline=$OFFLINE
local reclone=$RECLONE
# Change their values to allow installation
OFFLINE=False
RECLONE=yes
install_ncclient
# Restore their values
OFFLINE=$offline
RECLONE=$reclone
fi
# Setup default nexus switch information
if [ ! -v Q_CISCO_PLUGIN_SWITCH_INFO ]; then
declare -A Q_CISCO_PLUGIN_SWITCH_INFO
HOST_NAME=$(hostname)
Q_CISCO_PLUGIN_SWITCH_INFO=([1.1.1.1]=stack:stack:22:${HOST_NAME}:1/10)
else
iniset $cisco_cfg_file CISCO nexus_driver quantum.plugins.cisco.nexus.cisco_nexus_network_driver_v2.CiscoNEXUSDriver
fi
# Setup the switch configurations
local nswitch
local sw_info
local segment
local sw_info_array
declare -i count=0
for nswitch in ${!Q_CISCO_PLUGIN_SWITCH_INFO[@]}; do
sw_info=${Q_CISCO_PLUGIN_SWITCH_INFO[$nswitch]}
sw_info_array=${sw_info//:/ }
sw_info_array=( $sw_info_array )
count=${#sw_info_array[@]}
if [[ $count < 5 || $(( ($count-3) % 2 )) != 0 ]]; then
die $LINENO "Incorrect switch configuration: ${Q_CISCO_PLUGIN_SWITCH_INFO[$nswitch]}"
fi
_config_switch $cisco_cfg_file $nswitch ${sw_info_array[@]}
done
}
# Configure n1kv plugin
function _configure_n1kv_subplugin() {
local cisco_cfg_file=$1
# populate the cisco plugin cfg file with the VSM information
echo "Configuring n1kv in $cisco_cfg_file-- $Q_CISCO_PLUGIN_VSM_IP $Q_CISCO_PLUGIN_VSM_USERNAME $Q_CISCO_PLUGIN_VSM_PASSWORD"
iniset $cisco_cfg_file N1KV:$Q_CISCO_PLUGIN_VSM_IP username $Q_CISCO_PLUGIN_VSM_USERNAME
iniset $cisco_cfg_file N1KV:$Q_CISCO_PLUGIN_VSM_IP password $Q_CISCO_PLUGIN_VSM_PASSWORD
iniset $cisco_cfg_file CISCO_N1K integration_bridge $Q_CISCO_PLUGIN_INTEGRATION_BRIDGE
iniset $cisco_cfg_file CISCO_N1K enable_tunneling $Q_CISCO_PLUGIN_ENABLE_TUNNELING
iniset $cisco_cfg_file CISCO_N1K vxlan_id_ranges $Q_CISCO_PLUGIN_VXLAN_ID_RANGES
iniset $cisco_cfg_file CISCO_N1K network_vlan_ranges $Q_CISCO_PLUGIN_VLAN_RANGES
# Setup the integration bridge by calling the ovs_base
OVS_BRIDGE=$Q_CISCO_PLUGIN_INTEGRATION_BRIDGE
_quantum_ovs_base_setup_bridge $OVS_BRIDGE
}
function quantum_plugin_configure_plugin_agent() {
if _has_ovs_subplugin; then
ovs_quantum_plugin_configure_plugin_agent
fi
}
function quantum_plugin_configure_service() {
local subplugin
local cisco_cfg_file
if _has_ovs_subplugin; then
ovs_quantum_plugin_configure_service
cisco_cfg_file=/${Q_PLUGIN_EXTRA_CONF_FILES[0]}
else
cisco_cfg_file=/$Q_PLUGIN_CONF_FILE
fi
# Setup the [CISCO_PLUGINS] section
if [[ ${#Q_CISCO_PLUGIN_SUBPLUGINS[@]} > 2 ]]; then
die $LINENO "At most two subplugins are supported."
fi
if _has_ovs_subplugin && _has_n1kv_subplugin; then
die $LINENO "OVS subplugin and n1kv subplugin cannot coexist"
fi
# Setup the subplugins
inicomment $cisco_cfg_file CISCO_PLUGINS nexus_plugin
inicomment $cisco_cfg_file CISCO_PLUGINS vswitch_plugin
inicomment $cisco_cfg_file CISCO_TEST host
for subplugin in ${Q_CISCO_PLUGIN_SUBPLUGINS[@]}; do
case $subplugin in
nexus) iniset $cisco_cfg_file CISCO_PLUGINS nexus_plugin quantum.plugins.cisco.nexus.cisco_nexus_plugin_v2.NexusPlugin;;
openvswitch) iniset $cisco_cfg_file CISCO_PLUGINS vswitch_plugin quantum.plugins.openvswitch.ovs_quantum_plugin.OVSQuantumPluginV2;;
n1kv) iniset $cisco_cfg_file CISCO_PLUGINS vswitch_plugin quantum.plugins.cisco.n1kv.n1kv_quantum_plugin.N1kvQuantumPluginV2;;
*) die $LINENO "Unsupported cisco subplugin: $subplugin";;
esac
done
if _has_nexus_subplugin; then
_configure_nexus_subplugin $cisco_cfg_file
fi
if _has_n1kv_subplugin; then
_configure_n1kv_subplugin $cisco_cfg_file
fi
}
function quantum_plugin_setup_interface_driver() {
local conf_file=$1
iniset $conf_file DEFAULT interface_driver quantum.agent.linux.interface.OVSInterfaceDriver
}
# Restore xtrace
$MY_XTRACE