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`basename $0`: Deploys the Fuel@OPNFV stack
-usage: `basename $0` -b base-uri [-B PXE Bridge] [-f] [-F] [-H] -l lab-name -p pod-name -s deploy-scenario [-S image-dir] [-T timeout] -i iso
+usage: `basename $0` -b base-uri
+ [-B PXE Bridge [-B Mgmt Bridge [-B Internal Bridge [-B Public Bridge]]]]
+ [-f] [-F] [-H] -l lab-name -p pod-name -s deploy-scenario
+ [-S image-dir] [-T timeout] -i iso
-s deployment-scenario [-S optional Deploy-scenario path URI]
[-R optional local relen repo (containing deployment Scenarios]
OPTIONS:
-b Base-uri for the stack-configuration structure
- -B PXE Bridge for booting of Fuel master
+ -B Bridge(s): 1st usage = PXE, 2nd = Mgmt, 3rd = Internal, 4th = Public
-d Dry-run
-f Deploy on existing Fuel master
-e Do not launch environment deployment
Input parameters to the build script is:
-b Base URI to the configuration directory (needs to be provided in a URI
style, it can be a local resource: file:// or a remote resource http(s)://)
--B PXE Bridge for booting of Fuel master. It can be specified several times,
+-B Bridges to be used by deploy script. It can be specified several times,
or as a comma separated list of bridges, or both: -B br1 -B br2,br3
- One NIC connected to each specified bridge will be created in the Fuel VM,
- in the same order as provided in the command line. The default is pxebr.
+ First occurence sets PXE Brige, next Mgmt, then Internal and Public.
+ For an empty value, the deploy script will use virsh to create the default
+ expected network (e.g. -B pxe,,,public will use existing "pxe" and "public"
+ bridges, respectively create "mgmt" and "internal").
+ The default is pxebr.
-d Dry-run - Produces deploy config files (config/dea.yaml and
config/dha.yaml), but does not execute deploy
-f Deploy on existing Fuel master
#
SCRIPT_PATH=$(readlink -f $(dirname ${BASH_SOURCE[0]}))
DEPLOY_DIR=$(cd ${SCRIPT_PATH}/../mcp/scripts; pwd)
-PXE_BRIDGE=''
+OPNFV_BRIDGES=('pxe' 'mgmt' 'internal' 'public')
NO_HEALTH_CHECK=''
USE_EXISTING_FUEL=''
FUEL_CREATION_ONLY=''
############################################################################
# BEGIN of main
#
+OPNFV_BRIDGE_IDX=0
while getopts "b:B:dfFHl:L:p:s:S:T:i:he" OPTION
do
case $OPTION in
fi
;;
B)
- for bridge in ${OPTARG//,/ }; do
- PXE_BRIDGE+=" -b $bridge"
+ OIFS=${IFS}
+ IFS=','
+ OPT_BRIDGES=($OPTARG)
+ for bridge in "${OPT_BRIDGES[@]}"; do
+ if [ -n "${bridge}" ]; then
+ OPNFV_BRIDGES[${OPNFV_BRIDGE_IDX}]="${bridge}"
+ fi
+ OPNFV_BRIDGE_IDX=$[OPNFV_BRIDGE_IDX + 1]
done
+ IFS=${OIFS}
;;
d)
DRY_RUN=1
# Infra setup
generate_ssh_key
prepare_vms virtual_nodes $base_image
-create_networks
-create_vms virtual_nodes virtual_nodes_ram virtual_nodes_vcpus
-update_pxe_network
+create_networks OPNFV_BRIDGES
+create_vms virtual_nodes virtual_nodes_ram virtual_nodes_vcpus OPNFV_BRIDGES
+update_pxe_network OPNFV_BRIDGES
start_vms virtual_nodes
check_connection
}
create_networks() {
+ local -n vnode_networks=$1
# create required networks
- for net in pxe mgmt internal public; do
- if virsh net-info $net >/dev/null 2>&1; then
- virsh net-destroy ${net}
- virsh net-undefine ${net}
+ for net in "${vnode_networks[@]}"; do
+ if virsh net-info "${net}" >/dev/null 2>&1; then
+ virsh net-destroy "${net}"
+ virsh net-undefine "${net}"
+ fi
+ # in case of custom network, host should already have the bridge in place
+ if [ -f "net_${net}.xml" ]; then
+ virsh net-define "net_${net}.xml"
+ virsh net-autostart "${net}"
+ virsh net-start "${net}"
fi
- virsh net-define net_${net}.xml
- virsh net-autostart ${net}
- virsh net-start ${net}
done
}
local -n vnodes=$1
local -n vnodes_ram=$2
local -n vnodes_vcpus=$3
+ local -n vnode_networks=$4
+
+ # prepare network args
+ net_args=""
+ for net in "${vnode_networks[@]}"; do
+ net_type="network"
+ # in case of custom network, host should already have the bridge in place
+ if [ ! -f "net_${net}.xml" ]; then
+ net_type="bridge"
+ fi
+ net_args="${net_args} --network ${net_type}=${net},model=virtio"
+ done
# create vms with specified options
for node in "${vnodes[@]}"; do
- virt-install --name ${node} \
- --ram ${vnodes_ram[$node]} --vcpus ${vnodes_vcpus[$node]} \
- --cpu host-passthrough --accelerate \
- --network network:pxe,model=virtio \
- --network network:mgmt,model=virtio \
- --network network:internal,model=virtio \
- --network network:public,model=virtio \
- --disk path=$(pwd)/images/mcp_${node}.qcow2,format=qcow2,bus=virtio,cache=none,io=native \
+ virt-install --name "${node}" \
+ --ram "${vnodes_ram[$node]}" --vcpus "${vnodes_vcpus[$node]}" \
+ --cpu host-passthrough --accelerate ${net_args} \
+ --disk path="$(pwd)/images/mcp_${node}.qcow2",format=qcow2,bus=virtio,cache=none,io=native \
--os-type linux --os-variant none \
--boot hd --vnc --console pty --autostart --noreboot \
- --disk path=$(pwd)/images/mcp_${node}.iso,device=cdrom \
+ --disk path="$(pwd)/images/mcp_${node}.iso",device=cdrom \
--noautoconsole
done
}
update_pxe_network() {
- # set static ip address for salt master node
- virsh net-update pxe add ip-dhcp-host \
- "<host mac='$(virsh domiflist cfg01 | awk '/pxe/ {print $5}')' name='cfg01' ip='$SALT_MASTER'/>" --live
+ local -n vnode_networks=$1
+ if virsh net-info "${vnode_networks[0]}" >/dev/null 2>&1; then
+ # set static ip address for salt master node, only if managed via virsh
+ # NOTE: below expr assume PXE network is always the first in domiflist
+ virsh net-update "${vnode_networks[0]}" add ip-dhcp-host \
+ "<host mac='$(virsh domiflist cfg01 | awk '/network/ {print $5; exit}')' name='cfg01' ip='${SALT_MASTER}'/>" --live
+ fi
}
start_vms() {
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