fi
#install the packages needed
+sudo apt-get install software-properties-common -y
sudo apt-add-repository ppa:juju/stable -y
sudo apt-add-repository ppa:maas/stable -y
-sudo apt-add-repository cloud-archive:newton -y
+sudo apt-add-repository cloud-archive:ocata -y
sudo apt-get update -y
#sudo apt-get dist-upgrade -y
-sudo apt-get install bridge-utils openssh-server bzr git virtinst qemu-kvm libvirt-bin juju \
- maas maas-region-controller python-pip python-psutil python-openstackclient \
+sudo apt-get install bridge-utils openssh-server bzr git virtinst qemu-kvm libvirt-bin \
+ maas maas-region-controller juju python-pip python-psutil python-openstackclient \
python-congressclient gsutil charm-tools pastebinit python-jinja2 sshpass \
- openssh-server vlan ipmitool jq expect -y
+ openssh-server vlan ipmitool jq expect snap -y
-sudo pip install --upgrade pip
+#sudo apt-get install snap -y
+#sudo snap install maas --classic
+#sudo snap install juju --classic
+
+sudo -H pip install --upgrade pip
#first parameter should be custom and second should be either
# absolute location of file (including file name) or url of the
MY_UPSTREAM_DNS=`grep "upstream_dns" deployconfig.yaml | cut -d ':' -f 2 | sed -e 's/ //'`
SSH_KEY=`cat ~/.ssh/id_rsa.pub`
MAIN_ARCHIVE=`grep "main_archive" deployconfig.yaml | cut -d ':' -f 2-3 | sed -e 's/ //'`
-URL=https://images.maas.io/ephemeral-v2/daily/
+URL=https://images.maas.io/ephemeral-v3/daily/
KEYRING_FILE=/usr/share/keyrings/ubuntu-cloudimage-keyring.gpg
SOURCE_ID=1
FABRIC_ID=1
PRIMARY_RACK_CONTROLLER="$MAAS_IP"
-SUBNET_CIDR=`cat labconfig.json | jq '.opnfv.spaces[] | select(.type=="admin")'.cidr | cut -d \" -f 2 `
-SUBNETDATA_CIDR=`cat labconfig.json | jq '.opnfv.spaces[] | select(.type=="data")'.cidr | cut -d \" -f 2 `
-SUBNETPUB_CIDR=`cat labconfig.json | jq '.opnfv.spaces[] | select(.type=="public")'.cidr | cut -d \" -f 2 `
-SUBNETSTOR_CIDR=`cat labconfig.json | jq '.opnfv.spaces[] | select(.type=="storage")'.cidr | cut -d \" -f 2 `
-SUBNETFLOAT_CIDR=`cat labconfig.json | jq '.opnfv.spaces[] | select(.type=="floating")'.cidr | cut -d \" -f 2 `
-VLAN_TAG="untagged"
+VLAN_UNTTAGED="untagged"
# In the case of a virtual deployment get deployconfig.yaml
if [ "$virtinstall" -eq 1 ]; then
# define the pool and try to start even though its already exist.
# For fresh install this may or may not there.
-sudo adduser $USER libvirtd
+#some system i am seeing libvirt and some have libvirtd looks like libvirt-bin is
+#keep switching so lets try both.
+
+sudo adduser $USER libvirtd || true
+sudo adduser $USER libvirt || true
sudo virsh pool-define-as default --type dir --target /var/lib/libvirt/images/ || true
sudo virsh pool-start default || true
sudo virsh pool-autostart default || true
# In case of virtual install set network
if [ "$virtinstall" -eq 1 ]; then
sudo virsh net-dumpxml default > default-net-org.xml
- sudo sed -i '/dhcp/d' default-net-org.xml
- sudo sed -i '/range/d' default-net-org.xml
- sudo virsh net-define default-net-org.xml
+ sed -i '/dhcp/d' default-net-org.xml
+ sed -i '/range/d' default-net-org.xml
sudo virsh net-destroy default
+ sudo virsh net-define default-net-org.xml
sudo virsh net-start default
rm -f default-net-org.xml
fi
# To avoid problem between apiclient/maas_client and apiclient from google
# we remove the package google-api-python-client from yardstick installer
-if [ $(pip list |grep google-api-python-client |wc -l) == 1 ]; then
+if [ $(pip list --format=columns | grep google-api-python-client | wc -l) == 1 ]; then
sudo pip uninstall google-api-python-client
fi
configuremaas(){
#reconfigure maas with correct MAAS address.
#Below code is needed as MAAS have issue in commisoning without restart.
- sudo ./maas-reconfigure-region.sh $MAAS_IP
+ #sudo ./maas-reconfigure-region.sh $MAAS_IP
sleep 30
sudo maas-rack config --region-url http://$MAAS_IP:5240/MAAS
#create the required spaces.
maas $PROFILE space update 0 name=default || true
for space in unused admin-api internal-api public-api compute-data \
- compute-external storage-data storage-cluster
+ compute-external storage-data storage-cluster admin \
+ tenant-data tenant-api tenant-public
do
echo "Creating the space $space"
maas $PROFILE spaces create name=$space || true
done
- #maas $PROFILE boot-source update $SOURCE_ID \
- # url=$URL keyring_filename=$KEYRING_FILE || true
- #maas $PROFILE boot-resources import || true
- #sleep 60
+ maas $PROFILE boot-source update $SOURCE_ID \
+ url=$URL keyring_filename=$KEYRING_FILE || true
+
+ maas $PROFILE boot-resources import || true
while [ "$(maas $PROFILE boot-resources is-importing)" == "true" ];
do
done
}
-enablesubnetanddhcp(){
- TEMP_CIDR=$1
- enabledhcp=$2
- space=$3
-
- SUBNET_PREFIX=${TEMP_CIDR::-5}
-
- IP_RES_RANGE_LOW="$SUBNET_PREFIX.1"
- IP_RES_RANGE_HIGH="$SUBNET_PREFIX.39"
-
- API_KEY=`sudo maas-region apikey --username=ubuntu`
- maas login $PROFILE $API_SERVERMAAS $API_KEY
-
- maas $PROFILE ipranges create type=reserved \
- start_ip=$IP_RES_RANGE_LOW end_ip=$IP_RES_RANGE_HIGH \
- comment='This is a reserved range' || true
-
- IP_DYNAMIC_RANGE_LOW="$SUBNET_PREFIX.40"
- IP_DYNAMIC_RANGE_HIGH="$SUBNET_PREFIX.150"
-
- maas $PROFILE ipranges create type=dynamic \
- start_ip=$IP_DYNAMIC_RANGE_LOW end_ip=$IP_DYNAMIC_RANGE_HIGH \
- comment='This is a reserved dynamic range' || true
-
- FABRIC_ID=$(maas $PROFILE subnet read $TEMP_CIDR | jq '.vlan.fabric_id')
-
- PRIMARY_RACK_CONTROLLER=$(maas $PROFILE rack-controllers read | jq -r '.[0].system_id')
-
- if [ "$space" == "admin" ]; then
- MY_GATEWAY=`cat labconfig.json | jq '.opnfv.spaces[] | select(.type=="admin")'.gateway | cut -d \" -f 2 `
- #MY_NAMESERVER=`cat deployconfig.json | jq '.opnfv.upstream_dns' | cut -d \" -f 2`
- if ([ $MY_GATEWAY ] && [ "$MY_GATEWAY" != "null" ]); then
- maas $PROFILE subnet update $TEMP_CIDR gateway_ip=$MY_GATEWAY || true
- fi
- #maas $PROFILE subnet update $TEMP_CIDR dns_servers=$MY_NAMESERVER || true
- #below command will enable the interface with internal-api space.
- SPACEID=$(maas $PROFILE space read internal-api | jq '.id')
- maas $PROFILE subnet update $TEMP_CIDR space=$SPACEID || true
- if [ "$enabledhcp" == "true" ]; then
- maas $PROFILE vlan update $FABRIC_ID $VLAN_TAG dhcp_on=True primary_rack=$PRIMARY_RACK_CONTROLLER || true
- fi
- elif [ "$space" == "data" ]; then
- MY_GATEWAY=`cat labconfig.json | jq '.opnfv.spaces[] | select(.type=="data")'.gateway | cut -d \" -f 2 `
- if ([ $MY_GATEWAY ] && [ "$MY_GATEWAY" != "null" ]); then
- maas $PROFILE subnet update $TEMP_CIDR gateway_ip=$MY_GATEWAY || true
- fi
- #below command will enable the interface with data-api space for data network.
- SPACEID=$(maas $PROFILE space read admin-api | jq '.id')
- maas $PROFILE subnet update $TEMP_CIDR space=$SPACEID || true
- if [ "$enabledhcp" == "true" ]; then
- maas $PROFILE vlan update $FABRIC_ID $VLAN_TAG dhcp_on=True primary_rack=$PRIMARY_RACK_CONTROLLER || true
- fi
- elif [ "$space" == "public" ]; then
- MY_GATEWAY=`cat labconfig.json | jq '.opnfv.spaces[] | select(.type=="data")'.public | cut -d \" -f 2 `
- if ([ $MY_GATEWAY ] && [ "$MY_GATEWAY" != "null" ]); then
- maas $PROFILE subnet update $TEMP_CIDR gateway_ip=$MY_GATEWAY || true
- fi
- #below command will enable the interface with public-api space for data network.
- SPACEID=$(maas $PROFILE space read public-api | jq '.id')
- maas $PROFILE subnet update $TEMP_CIDR space=$SPACEID || true
- if [ "$enabledhcp" == "true" ]; then
- maas $PROFILE vlan update $FABRIC_ID $VLAN_TAG dhcp_on=True primary_rack=$PRIMARY_RACK_CONTROLLER || true
+setupspacenetwork(){
+
+ #get space, subnet and vlan and create accordingly.
+ #for type in admin data storage external floating public; do
+ nettypes=`cat labconfig.json | jq '.opnfv.spaces[]'.type | cut -d \" -f 2`
+ for type in $nettypes; do
+ config_done=0
+ SPACE_CIDR=`cat labconfig.json | jq '.opnfv.spaces[] | select(.type=="'$type'")'.cidr | cut -d \" -f 2 `
+ SPACE_VLAN=`cat labconfig.json | jq '.opnfv.spaces[] | select(.type=="'$type'")'.vlan | cut -d \" -f 2 `
+ SPACE_GWAY=`cat labconfig.json | jq '.opnfv.spaces[] | select(.type=="'$type'")'.gateway | cut -d \" -f 2 `
+ NET_FABRIC_NAME=$(maas $PROFILE subnets read | jq -r ".[] | select(.cidr==\"$SPACE_CIDR\")".vlan.fabric)
+ if ([ $NET_FABRIC_NAME ] && [ $NET_FABRIC_NAME != "null" ]); then
+ NET_FABRIC_VID=$(maas $PROFILE subnets read | jq -r ".[] | select(.cidr==\"$SPACE_CIDR\")".vlan.vid)
+ NET_FABRIC_ID=$(maas $PROFILE fabric read $NET_FABRIC_NAME | jq -r ".id")
+ if ([ $SPACE_VLAN == "null" ]); then
+ SPACE_VLAN=0
+ fi
+ NET_VLAN_ID=$(maas $PROFILE vlans read $NET_FABRIC_ID | jq -r ".[] | select(.vid==\"$SPACE_VLAN\")".id)
+ NET_VLAN_VID=$(maas $PROFILE vlans read $NET_FABRIC_ID | jq -r ".[] | select(.vid==\"$SPACE_VLAN\")".vid)
+ if ([ $SPACE_GWAY ] && [ "$SPACE_GWAY" != "null" ]); then
+ maas $PROFILE subnet update $SPACE_CIDR gateway_ip=$SPACE_GWAY
+ fi
+ if ([ $NET_VLAN_VID ] && [ $NET_VLAN_VID == "0" ]); then
+ config_done=1
+ elif ([ $NET_VLAN_VID ] && [ $NET_VLAN_VID == $SPACE_VLAN ]); then
+ config_done=1
+ else
+ NET_VLAN_ID=$(maas $PROFILE vlans create $NET_FABRIC_ID vid=$SPACE_VLAN | jq --raw-output ".id")
+ if ([ $NET_VLAN_ID ] && [ $NET_VLAN_ID != "null" ]); then
+ maas $PROFILE subnet update $SPACE_CIDR vlan=$NET_VLAN_ID
+ NET_FABRIC_VID=$SPACE_VLAN
+ fi
+ fi
+ else
+ if ([ $SPACE_CIDR ] && [ "$SPACE_CIDR" != "null" ]); then
+ FABRIC_ID=$(maas $PROFILE fabrics create name=opnfv$type | jq --raw-output ".id")
+ NET_FABRIC_ID=$FABRIC_ID
+ NET_FABRIC_VID=$SPACE_VLAN
+ if ([ $SPACE_VLAN ] && [ "$SPACE_VLAN" != "null" ]); then
+ NET_VLAN_ID=$(maas $PROFILE vlans create $FABRIC_ID vid=$SPACE_VLAN | jq --raw-output ".id")
+ if ([ $SPACE_GWAY ] && [ "$SPACE_GWAY" != "null" ]); then
+ maas $PROFILE subnets create fabric=$FABRIC_ID cidr=$SPACE_CIDR vid=$VID_ID gateway_ip=$SPACE_GWAY
+ else
+ maas $PROFILE subnets create fabric=$FABRIC_ID cidr=$SPACE_CIDR vid=$VID_ID
+ fi
+ NET_FABRIC_VID=$VLAN_ID
+ else
+ if ([ $SPACE_GWAY ] && [ "$SPACE_GWAY" != "null" ]); then
+ maas $PROFILE subnets create fabric=$FABRIC_ID cidr=$SPACE_CIDR vid="0" gateway_ip=$SPACE_GWAY
+ else
+ maas $PROFILE subnets create fabric=$FABRIC_ID cidr=$SPACE_CIDR vid="0"
+ fi
+ fi
+ NET_FABRIC_NAME=$(maas $PROFILE subnets read | jq -r ".[] | select(.cidr==\"$SPACE_CIDR\")".vlan.fabric)
+ fi
fi
- elif [ "$space" == "storage" ]; then
- MY_GATEWAY=`cat labconfig.json | jq '.opnfv.spaces[] | select(.type=="data")'.storage | cut -d \" -f 2 `
- if ([ $MY_GATEWAY ] && [ "$MY_GATEWAY" != "null" ]); then
- maas $PROFILE subnet update $TEMP_CIDR gateway_ip=$MY_GATEWAY || true
+ case "$type" in
+ 'admin') JUJU_SPACE="internal-api"; DHCP='enabled' ;;
+ 'data') JUJU_SPACE="tenant-data"; DHCP='' ;;
+ 'public') JUJU_SPACE="public-api"; DHCP='' ;;
+ 'storage') JUJU_SPACE="tenant-stor"; DHCP='' ;;
+ 'storagecluster') JUJU_SPACE="storclus"; DHCP='' ;;
+ 'floating') JUJU_SPACE="tenant-public"; DHCP='' ;;
+ *) JUJU_SPACE='default'; DHCP='OFF'; echo " >>> Unknown SPACE" ;;
+ esac
+ JUJU_SPACE_ID=$(maas $PROFILE spaces read | jq -r ".[] | select(.name==\"$JUJU_SPACE\")".id)
+ JUJU_VLAN_VID=$(maas $PROFILE subnets read | jq -r ".[] | select(.name==\"$SPACE_CIDR\")".vlan.vid)
+ NET_FABRIC_ID=$(maas $PROFILE fabric read $NET_FABRIC_NAME | jq -r ".id")
+ if ([ $NET_FABRIC_ID ] && [ $NET_FABRIC_ID != "null" ]); then
+ if ([ $JUJU_VLAN_VID ] && [ $JUJU_VLAN_VID != "null" ]); then
+ maas $PROFILE vlan update $NET_FABRIC_ID $JUJU_VLAN_VID space=$JUJU_SPACE_ID
+ fi
fi
- #below command will enable the interface with public-api space for data network.
- SPACEID=$(maas $PROFILE space read storage-data | jq '.id')
- maas $PROFILE subnet update $TEMP_CIDR space=$SPACEID || true
- if [ "$enabledhcp" == "true" ]; then
- maas $PROFILE vlan update $FABRIC_ID $VLAN_TAG dhcp_on=True primary_rack=$PRIMARY_RACK_CONTROLLER || true
+ if ([ $type == "admin" ]); then
+ # If we have a network, we create it
+ if ([ $NET_FABRIC_ID ]); then
+ # Set ranges
+ SUBNET_PREFIX=${SPACE_CIDR::-5}
+ IP_RES_RANGE_LOW="$SUBNET_PREFIX.1"
+ IP_RES_RANGE_HIGH="$SUBNET_PREFIX.39"
+ IP_DYNAMIC_RANGE_LOW="$SUBNET_PREFIX.40"
+ IP_DYNAMIC_RANGE_HIGH="$SUBNET_PREFIX.150"
+ maas $PROFILE ipranges create type=reserved \
+ start_ip=$IP_RES_RANGE_LOW end_ip=$IP_RES_RANGE_HIGH \
+ comment='This is a reserved range' || true
+ maas $PROFILE ipranges create type=dynamic \
+ start_ip=$IP_DYNAMIC_RANGE_LOW end_ip=$IP_DYNAMIC_RANGE_HIGH \
+ comment='This is a reserved dynamic range' || true
+ # Set DHCP
+ PRIMARY_RACK_CONTROLLER=$(maas $PROFILE rack-controllers read | jq -r '.[0].system_id')
+ maas $PROFILE vlan update $NET_FABRIC_ID $NET_FABRIC_VID dhcp_on=True primary_rack=$PRIMARY_RACK_CONTROLLER || true
+ fi
fi
- fi
+ done
}
addnodes(){
# make sure there is no machine entry in maas
for m in $(maas $PROFILE machines read | jq -r '.[].system_id')
do
- maas ubuntu machine delete $m
+ maas $PROFILE machine delete $m
done
+ # if we have a virshurl configuration we use it, else we use local
+ VIRSHURL=$(cat labconfig.json | jq -r '.opnfv.virshurl')
+ if ([ $VIRSHURL == "" ] || [ "$VIRSHURL" == "null" ]); then
+ VIRSHIP=$MAAS_IP
+ VIRSHURL="qemu+ssh://$USER@$VIRSHIP/system "
+ VIRSHHOST=""
+ else
+ VIRSHHOST=$(echo $VIRSHURL| cut -d\/ -f 3 | cut -d@ -f2)
+ VIRSHIP="" # TODO: parse from $VIRSHURL if needed
+ fi
+
if [ "$virtinstall" -eq 1 ]; then
netw=" --network bridge=virbr0,model=virtio"
+ elif ([ $VIRSHHOST != "" ]); then
+ # Get the bridge hosting the remote virsh
+ brid=$(ssh $VIRSHHOST "ip a l | grep $VIRSHHOST | perl -pe 's/.* (.*)\$/\$1/g'")
+ netw=" --network bridge=$brid,model=virtio"
+ # prepare a file containing virsh remote url to connect without adding it n command line
+ echo "export VIRSH_DEFAULT_CONNECT_URI=$VIRSHURL" > virsh_uri.sh
else
- brid=`brctl show | grep 8000 | cut -d "8" -f 1 | tr "\n" " " | tr "\t" " " | tr -s " "`
+ brid=`brctl show | grep 8000 | cut -d "8" -f 1 | tr "\n" " " | tr " " " " | tr -s " "`
netw=""
for feature in $brid; do
done
fi
- sudo virt-install --connect qemu:///system --name bootstrap --ram 4098 --cpu host --vcpus 2 --video \
- cirrus --arch x86_64 --disk size=20,format=qcow2,bus=virtio,io=native,pool=default \
+ # Add server fingerprint to known hosts to prevent security prompt in the
+ # SSH connection during the virt-install
+ if [ $VIRSHIP != "" ]; then
+ # Check if the IP is not already present among the known hosts
+ if ! ssh-keygen -F $VIRSHIP > /dev/null ; then
+ echo "SSH fingerprint of the host is not known yet, adding"
+ ssh-keyscan -H $VIRSHIP >> ~/.ssh/known_hosts
+ fi
+ fi
+
+ virt-install --connect $VIRSHURL --name bootstrap --ram 4098 --cpu host --vcpus 2 --video \
+ cirrus --arch x86_64 --disk size=20,format=qcow2,bus=virtio,cache=directsync,io=native,pool=default \
$netw --boot network,hd,menu=off --noautoconsole \
--vnc --print-xml | tee bootstrap
bootstrapmac=$bootstrapmac" mac_addresses="$mac
done
fi
- sudo virsh -c qemu:///system define --file bootstrap
+ virsh -c $VIRSHURL define --file bootstrap
rm -f bootstrap
+ sleep 60
+
maas $PROFILE machines create autodetect_nodegroup='yes' name='bootstrap' \
tags='bootstrap' hostname='bootstrap' power_type='virsh' mac_addresses=$bootstrapmac \
- power_parameters_power_address='qemu+ssh://'$USER'@'$MAAS_IP'/system' \
+ power_parameters_power_address="$VIRSHURL" \
architecture='amd64/generic' power_parameters_power_id='bootstrap'
bootstrapid=$(maas $PROFILE machines read | jq -r '.[] | select(.hostname == "bootstrap").system_id')
units=$(($units - 1));
NODE_NAME=`cat labconfig.json | jq ".lab.racks[].nodes[$units].name" | cut -d \" -f 2 `
- sudo virt-install --connect qemu:///system --name $NODE_NAME --ram 8192 --cpu host --vcpus 4 \
- --disk size=120,format=qcow2,bus=virtio,io=native,pool=default \
+ virt-install --connect $VIRSHURL --name $NODE_NAME --ram 8192 --cpu host --vcpus 4 \
+ --disk size=120,format=qcow2,bus=virtio,cache=directsync,io=native,pool=default \
$netw $netw --boot network,hd,menu=off --noautoconsole --vnc --print-xml | tee $NODE_NAME
nodemac=`grep "mac address" $NODE_NAME | head -1 | cut -d '"' -f 2`
- sudo virsh -c qemu:///system define --file $NODE_NAME
+ virsh -c $VIRSHURL define --file $NODE_NAME
rm -f $NODE_NAME
maas $PROFILE machines create autodetect_nodegroup='yes' name=$NODE_NAME \
tags='control compute' hostname=$NODE_NAME power_type='virsh' mac_addresses=$nodemac \
- power_parameters_power_address='qemu+ssh://'$USER'@'$MAAS_IP'/system' \
+ power_parameters_power_address="$VIRSHURL" \
architecture='amd64/generic' power_parameters_power_id=$NODE_NAME
nodeid=$(maas $PROFILE machines read | jq -r '.[] | select(.hostname == '\"$NODE_NAME\"').system_id')
maas $PROFILE tag update-nodes control add=$nodeid || true
units=$(($units - 1));
NODE_NAME=`cat labconfig.json | jq ".lab.racks[].nodes[$units].name" | cut -d \" -f 2 `
MAC_ADDRESS=`cat labconfig.json | jq ".lab.racks[].nodes[$units].nics[] | select(.spaces[]==\"admin\").mac"[0] | cut -d \" -f 2 `
+ MAC_ADDRESS1=`cat labconfig.json | jq ".lab.racks[].nodes[$units].nics[] | select(.spaces[]==\"floating\").mac"[0] | cut -d \" -f 2 `
POWER_TYPE=`cat labconfig.json | jq ".lab.racks[].nodes[$units].power.type" | cut -d \" -f 2 `
POWER_IP=`cat labconfig.json | jq ".lab.racks[].nodes[$units].power.address" | cut -d \" -f 2 `
POWER_USER=`cat labconfig.json | jq ".lab.racks[].nodes[$units].power.user" | cut -d \" -f 2 `
maas $PROFILE machines create autodetect_nodegroup='yes' name=$NODE_NAME \
hostname=$NODE_NAME power_type=$POWER_TYPE power_parameters_power_address=$POWER_IP \
power_parameters_power_user=$POWER_USER power_parameters_power_pass=$POWER_PASS mac_addresses=$MAC_ADDRESS \
- architecture='amd64/generic'
+ mac_addresses=$MAC_ADDRESS1 architecture='amd64/generic'
done
fi
- # make sure nodes are added into MAAS and none of them is in commisoning state
- while [ "$(maas $PROFILE nodes read | grep Commissioning )" ];
+ maas $PROFILE pods create type=virsh power_address="$VIRSHURL" power_user=$USER
+
+ # Make sure nodes are added into MAAS and none of them is in commissioning state
+ while [ "$(maas $PROFILE nodes read | grep Commissioning )" ];
do
sleep 60
+
+ # Make sure that no nodes have failed commissioning or testing
+ if [ "$(maas $PROFILE nodes read | grep 'Failed' )" ];
+ then
+ echo "Error: Some nodes have failed commissioning or testing" 1>&2
+ exit 1
+ fi
+
done
}
-#configure MAAS with the different options.
+# configure MAAS with the different options.
configuremaas
+sleep 30
# functioncall with subnetid to add and second parameter is dhcp enable
# third parameter will define the space. It is required to have admin
-if [ $SUBNET_CIDR ]; then
- enablesubnetanddhcp $SUBNET_CIDR true admin
-else
- echo "atleast admin network should be defined"
- echo "MAAS configuration can not continue"
- exit 2
-fi
-
-if [ $SUBNETDATA_CIDR ]; then
- enablesubnetanddhcp $SUBNETDATA_CIDR false data
-fi
-if [ $SUBNETPUB_CIDR ]; then
- enablesubnetanddhcp $SUBNETPUB_CIDR false public
-fi
-
-if [ $SUBNETSTOR_CIDR ]; then
- enablesubnetanddhcp $SUBNETSTOR_CIDR false storage
-fi
+setupspacenetwork
#just make sure rack controller has been synced and import only
# just whether images have been imported or not.
+sudo ./maas-reconfigure-region.sh $MAAS_IP
sleep 120
-#lets add the nodes now. Currently works only for virtual deploymnet.
+# Let's add the nodes now. Currently works only for virtual deployment.
addnodes
echo "... Deployment of maas finish ...."
#maas $PROFILE sshkeys new key="`cat ./maas/sshkeys/QtipKey.pub`"
#maas $PROFILE sshkeys new key="`cat ./maas/sshkeys/DominoKey.pub`"
-#
-# Functions for MAAS network customization
-#
-
-#Below function will mark the interfaces in Auto mode to enbled by MAAS
-enableautomode() {
- API_KEY=`sudo maas-region apikey --username=ubuntu`
- maas login $PROFILE $API_SERVERMAAS $API_KEY
- vlanid=$(maas $PROFILE subnet read $3 | jq -r '.vlan.id')
-
- for node in $(maas $PROFILE nodes read | jq -r '.[].system_id')
- do
- maas $PROFILE interface update $node $1 vlan=$vlanid
- maas $PROFILE interface link-subnet $node $1 mode=$2 subnet=$3 || true
- done
-}
-
-#Below function will mark the interfaces in Auto mode to enbled by MAAS
-# using hostname of the node added into MAAS
-enableautomodebyname() {
- API_KEY=`sudo maas-region apikey --username=ubuntu`
- maas login $PROFILE $API_SERVERMAAS $API_KEY
-
- if [ ! -z "$4" ]; then
- for i in `seq 1 7`;
- do
- nodes=$(maas $PROFILE nodes read | jq -r '.[].system_id')
- if [ ! -z "$nodes" ]; then
- maas $PROFILE interface link-subnet $nodes $1 mode=$2 subnet=$3 || true
- fi
- done
- fi
-}
-
-#Below function will create vlan and update interface with the new vlan
-# will return the vlan id created
-crvlanupdsubnet() {
- API_KEY=`sudo maas-region apikey --username=ubuntu`
- maas login $PROFILE $API_SERVERMAAS $API_KEY
-
- # TODO: fix subnet creation and use 'jq'
- newvlanid=`maas $PROFILE vlans create $2 name=$3 vid=$4 | grep resource | cut -d '/' -f 6 `
- maas $PROFILE subnet update $5 vlan=$newvlanid
- eval "$1"="'$newvlanid'"
-}
-
-#Below function will create interface with new vlan and bind to physical interface
-crnodevlanint() {
- API_KEY=`sudo maas-region apikey --username=ubuntu`
- maas login $PROFILE $API_SERVERMAAS $API_KEY
-
- for node in $(maas $PROFILE nodes read | jq -r '.[].system_id')
- do
- vlanid=$(maas $PROFILE subnets read | jq '.[].vlan | select(.vid=='$1')'.id)
- fabricid=`maas $PROFILE subnets read | jq '.[].vlan | select(.vid=='$1')'.fabric_id`
- interface=`maas $PROFILE interfaces read $node | jq '.[] | select(.vlan.fabric_id=='$fabricid')'.id`
- maas $PROFILE interfaces create-vlan $node vlan=$vlanid parent=$interface || true
- done
- }
-
-#function for JUJU envronment
-
addcredential() {
API_KEY=`sudo maas-region apikey --username=ubuntu`
controllername=`awk 'NR==1{print substr($1, 1, length($1)-1)}' deployconfig.yaml`
juju add-cloud $cloudname maas-cloud.yaml --replace
}
-#
-# VLAN customization
-#
-
-case "$labname" in
- 'intelpod9' )
- maas refresh
- crvlanupdsubnet vlan904 fabric-1 "MgmtNetwork" 904 2 || true
- crvlanupdsubnet vlan905 fabric-2 "PublicNetwork" 905 3 || true
- crnodevlanint $vlan905 eth1 || true
- crnodevlanint $vlan905 eth3 || true
- enableautomodebyname eth1.905 AUTO "10.9.15.0/24" || true
- enableautomodebyname eth3.905 AUTO "10.9.15.0/24" || true
- enableautomodebyname eth0 AUTO "10.9.12.0/24" || true
- enableautomodebyname eth2 AUTO "10.9.12.0/24" || true
- ;;
-esac
-
#
# Enable MAAS nodes interfaces
#
+API_KEY=`sudo maas-region apikey --username=ubuntu`
+maas login $PROFILE $API_SERVERMAAS $API_KEY
-#read interface needed in Auto mode and enable it. Will be rmeoved once auto enablement will be implemented in the maas-deployer.
-# Enable only non vlan interfaces first.
if [ -e ./labconfig.json ]; then
- if [ $SUBNETDATA_CIDR ]; then
- EXTNET=`cat labconfig.json | jq --raw-output '.lab.racks[0].nodes[].nics[] | select(.spaces[]=="data")'.ifname | sort -u`
- i="0"
- while [ ! -z "${EXTNET[i]}" ];
- do
- if ([ -z $VLAN ] || [ "$VLAN" == "null" ]); then
- enableautomode ${EXTNET[i]} AUTO $SUBNETDATA_CIDR || true
- fi
- i=$[$i+1]
- done
- fi
- if [ $SUBNETPUB_CIDR ]; then
- EXTNET=`cat labconfig.json | jq --raw-output '.lab.racks[0].nodes[].nics[] | select(.spaces[]=="public")'.ifname | sort -u`
- i="0"
- while [ ! -z "${EXTNET[i]}" ];
- do
- if ([ -z $VLAN ] || [ "$VLAN" == "null" ]); then
- enableautomode ${EXTNET[i]} AUTO $SUBNETPUB_CIDR || true
- fi
- i=$[$i+1]
- done
- fi
- if [ $SUBNETSTOR_CIDR ]; then
- EXTNET=`cat labconfig.json | jq --raw-output '.lab.racks[0].nodes[].nics[] | select(.spaces[]=="storage")'.ifname | sort -u`
- i="0"
- while [ ! -z "${EXTNET[i]}" ];
- do
- if ([ -z $VLAN ] || [ "$VLAN" == "null" ]); then
- enableautomode ${EXTNET[i]} AUTO $SUBNETSTOR_CIDR || true
- fi
- i=$[$i+1]
- done
- fi
- if [ $SUBNETFLOAT_CIDR ]; then
- EXTNET=`cat labconfig.json | jq --raw-output '.lab.racks[0].nodes[].nics[] | select(.spaces[]=="floating")'.ifname | sort -u`
- i="0"
- while [ ! -z "${EXTNET[i]}" ];
- do
- if ([ -z $VLAN ] || [ "$VLAN" == "null" ]); then
- enableautomode ${EXTNET[i]} link_up $SUBNETFLOAT_CIDR || true
- fi
- i=$[$i+1]
- done
- fi
-fi
-
-#enable only the vlan interfaces which were ignore in previous run.
+ # We will configure all node, so we need the qty, and loop on it
+ NODE_QTY=$(cat labconfig.json | jq --raw-output '.lab.racks[0].nodes[]'.name | wc -l)
+ NODE_QTY=$((NODE_QTY-1))
+ for NODE_ID in $(seq 0 $NODE_QTY); do
+ # Get the NAME/SYS_ID of this node
+ NODE_NAME=$(cat labconfig.json | jq --raw-output ".lab.racks[0].nodes[$NODE_ID].name")
+ NODE_SYS_ID=$(maas $PROFILE nodes read | jq -r ".[] | select(.hostname==\"$NODE_NAME\")".system_id)
+ echo ">>> Configuring node $NODE_NAME [$NODE_ID][$NODE_SYS_ID]"
+ # Recover the network interfaces list and configure each one
+ # with sorting the list, we have hardware interface first, than the vlan interfaces
+ IF_LIST=$(cat labconfig.json | jq --raw-output ".lab.racks[0].nodes[$NODE_ID].nics[] ".ifname | sort -u )
+ for IF_NAME in $IF_LIST; do
+ # get the space of the interface
+ IF_SPACE=$(cat labconfig.json | jq --raw-output ".lab.racks[0].nodes[$NODE_ID].nics[] | select(.ifname==\"$IF_NAME\") ".spaces[])
+ SUBNET_CIDR=`cat labconfig.json | jq '.opnfv.spaces[] | select(.type=="'$IF_SPACE'")'.cidr | cut -d \" -f 2 `
+ case "$IF_SPACE" in
+ 'data') IF_MODE='AUTO' ;;
+ 'public') IF_MODE='AUTO' ;;
+ 'storage') IF_MODE='AUTO' ;;
+ 'floating') IF_MODE='link_up' ;;
+ *) SUBNET_CIDR='null'; IF_MODE='null'; echo " >>> Unknown SPACE" ;;
+ esac
+ echo " >>> Configuring interface $IF_NAME [$IF_SPACE][$SUBNET_CIDR]"
+
+ # if we have a vlan parameter in the space config
+ IF_VLAN=$(cat labconfig.json | jq --raw-output ".opnfv.spaces[] | select(.type==\"$IF_SPACE\")".vlan)
+ if ([ -z $IF_VLAN ] && [ $IF_NAME =~ \. ]); then
+ # We have no vlan specified on spaces, but we have a vlan subinterface
+ IF_VLAN = ${IF_NAME##*.}; fi
+
+ # in case of interface renaming
+ IF_NEWNAME=$IF_NAME
+
+ # In case of a VLAN interface
+ if ([ $IF_VLAN ] && [ "$IF_VLAN" != "null" ]); then
+ echo " >>> Configuring VLAN $IF_VLAN"
+ VLANID=$(maas $PROFILE subnets read | jq ".[].vlan | select(.vid==$IF_VLAN)".id)
+ FABRICID=$(maas $PROFILE subnets read | jq ".[].vlan | select(.vid==$IF_VLAN)".fabric_id)
+ INTERFACE=$(maas $PROFILE interfaces read $NODE_SYS_ID | jq ".[] | select(.vlan.fabric_id==$FABRICID)".id)
+ if [[ -z $INTERFACE ]]; then
+ # parent interface is not set because it does not have a SUBNET_CIDR
+ PARENT_VLANID=$(maas $PROFILE fabrics read | jq ".[].vlans[] | select(.fabric_id==$FABRICID and .name==\"untagged\")".id)
+ # If we need to rename the interface, use new interface name
+ if ([ $IF_NEWNAME ] && [ "$IF_NEWNAME" != "null" ]); then
+ PARENT_IF_NAME=${IF_NEWNAME%%.*}
+ IF_NAME=$IF_NEWNAME
+ else
+ PARENT_IF_NAME=${IF_NAME%%.*}
+ fi
+ # We set the physical interface to the targeted fabric
+ maas $PROFILE interface update $NODE_SYS_ID $PARENT_IF_NAME vlan=$PARENT_VLANID
+ sleep 2
+ INTERFACE=$(maas $PROFILE interfaces read $NODE_SYS_ID | jq ".[] | select(.vlan.fabric_id==$FABRICID)".id)
+ fi
+ maas $PROFILE interfaces create-vlan $NODE_SYS_ID vlan=$VLANID parent=$INTERFACE || true
+ else
+ # rename interface if needed
+ IF_MACLOWER=$( cat labconfig.json | jq ".lab.racks[0].nodes[$NODE_ID].nics[] | select(.ifname==\"$IF_NEWNAME\")".mac[0])
+ IF_MAC=(${IF_MACLOWER,,})
+ IF_ID=$( maas $PROFILE interfaces read $NODE_SYS_ID | jq ".[] | select(.mac_address==$IF_MAC)".id)
+ if ([ $IF_ID ] && [ "$IF_ID" != "null" ]); then
+ maas $PROFILE interface update $NODE_SYS_ID $IF_ID name=$IF_NEWNAME
+ fi
+ fi
+ # Configure the interface
+ if ([ $SUBNET_CIDR ] && [ "$SUBNET_CIDR" != "null" ]); then
+ VLANID=$(maas $PROFILE subnet read $SUBNET_CIDR | jq -r '.vlan.id')
+ if !([ $IF_VLAN ] && [ "$IF_VLAN" != "null" ]); then
+ # If this interface is not a VLAN (done withe create-vlan)
+ maas $PROFILE interface update $NODE_SYS_ID $IF_NAME vlan=$VLANID || true
+ fi
+ maas $PROFILE interface link-subnet $NODE_SYS_ID $IF_NAME mode=$IF_MODE subnet=$SUBNET_CIDR || true
+ sleep 2
+ else
+ echo " >>> Not configuring, we have an empty Subnet CIDR"
+ fi
-if [ -e ./labconfig.json ]; then
- if [ $SUBNETDATA_CIDR ]; then
- EXTNET=`cat labconfig.json | jq --raw-output '.lab.racks[0].nodes[].nics[] | select(.spaces[]=="data")'.ifname | sort -u`
- VLAN=`cat labconfig.json | jq --raw-output '.opnfv.spaces[] | select(.type=="data")'.vlan`
- i="0"
- while [ ! -z "${EXTNET[i]}" ];
- do
- if ([ $VLAN ] && [ "$VLAN" != "null" ]); then
- crnodevlanint $VLAN || true
- enableautomode ${EXTNET[i]} AUTO $SUBNETDATA_CIDR || true
- fi
- i=$[$i+1]
- done
- fi
- if [ $SUBNETPUB_CIDR ]; then
- EXTNET=`cat labconfig.json | jq --raw-output '.lab.racks[0].nodes[].nics[] | select(.spaces[]=="public")'.ifname | sort -u`
- VLAN=`cat labconfig.json | jq --raw-output '.opnfv.spaces[] | select(.type=="public")'.vlan`
- i="0"
- while [ ! -z "${EXTNET[i]}" ];
- do
- if ([ $VLAN ] && [ "$VLAN" != "null" ]); then
- crnodevlanint $VLAN || true
- enableautomode ${EXTNET[i]} AUTO $SUBNETPUB_CIDR || true
- fi
- i=$[$i+1]
- done
- fi
- if [ $SUBNETSTOR_CIDR ]; then
- EXTNET=`cat labconfig.json | jq --raw-output '.lab.racks[0].nodes[].nics[] | select(.spaces[]=="storage")'.ifname | sort -u`
- VLAN=`cat labconfig.json | jq --raw-output '.opnfv.spaces[] | select(.type=="storage")'.vlan`
- i="0"
- while [ ! -z "${EXTNET[i]}" ];
- do
- if ([ $VLAN ] && [ "$VLAN" != "null" ]); then
- crnodevlanint $VLAN || true
- enableautomode ${EXTNET[i]} AUTO $SUBNETSTOR_CIDR || true
- fi
- i=$[$i+1]
- done
- fi
- if [ $SUBNETFLOAT_CIDR ]; then
- EXTNET=`cat labconfig.json | jq --raw-output '.lab.racks[0].nodes[].nics[] | select(.spaces[]=="floating")'.ifname | sort -u`
- VLAN=`cat labconfig.json | jq --raw-output '.opnfv.spaces[] | select(.type=="floating")'.vlan`
- i="0"
- while [ ! -z "${EXTNET[i]}" ];
- do
- if ([ $VLAN ] && [ "$VLAN" != "null" ]); then
- crnodevlanint $VLAN || true
- enableautomode ${EXTNET[i]} link_up $SUBNETFLOAT_CIDR || true
- fi
- i=$[$i+1]
- done
- fi
+ done
+ done
fi
-
# Add the cloud and controller credentials for MAAS for that lab.
jujuver=`juju --version`
Code Review / joid.git / blobdiff