#!/bin/bash
#placeholder for deployment script.
set -ex

virtinstall=0
labname=$1

if [ ! -e $HOME/.ssh/id_rsa ]; then
    ssh-keygen -N '' -f $HOME/.ssh/id_rsa
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: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 \
             python-congressclient gsutil charm-tools pastebinit python-jinja2 sshpass \
             openssh-server vlan ipmitool jq expect -y

sudo 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
# file to download.


#
# Config preparation
#

# Get labconfig and generate deployconfig.yaml
case "$labname" in
    intelpod[569]|orangepod[12]|cengnpod[12] )
        array=(${labname//pod/ })
        cp ../labconfig/${array[0]}/pod${array[1]}/labconfig.yaml .
        python genDeploymentConfig.py -l labconfig.yaml > deployconfig.yaml
        ;;
    'attvirpod1' )
        cp ../labconfig/att/virpod1/labconfig.yaml .
        python genDeploymentConfig.py -l labconfig.yaml > deployconfig.yaml
        ;;
    'custom')
        labfile=$2
        if [ -e $labfile ]; then
            cp $labfile ./labconfig.yaml || true
        else
            wget $labconfigfile -t 3 -T 10 -O ./labconfig.yaml || true
            count=`wc -l labconfig.yaml  | cut -d " " -f 1`
            if [ $count -lt 10 ]; then
                rm -rf labconfig.yaml
            fi
        fi
        if [ ! -e ./labconfig.yaml ]; then
            virtinstall=1
            labname="default"
            cp ../labconfig/default/labconfig.yaml ./
            cp ../labconfig/default/deployconfig.yaml ./
        else
            python genDeploymentConfig.py -l labconfig.yaml > deployconfig.yaml
            labname=`grep "maas_name" deployconfig.yaml | cut -d ':' -f 2 | sed -e 's/ //'`
        fi
        ;;
    * )
        virtinstall=1
        labname="default"
        cp ../labconfig/default/labconfig.yaml ./
        python genDeploymentConfig.py -l labconfig.yaml > deployconfig.yaml
        ;;
esac

python -c 'import sys, yaml, json; json.dump(yaml.load(sys.stdin), sys.stdout, indent=4)' < labconfig.yaml > labconfig.json
python -c 'import sys, yaml, json; json.dump(yaml.load(sys.stdin), sys.stdout, indent=4)' < deployconfig.yaml > deployconfig.json

MAAS_IP=$(grep " ip_address" deployconfig.yaml | cut -d ':' -f 2 | sed -e 's/ //')
MAAS_NAME=`grep "maas_name" deployconfig.yaml | cut -d ':' -f 2 | sed -e 's/ //'`
API_SERVER="http://$MAAS_IP/MAAS/api/2.0"
API_SERVERMAAS="http://$MAAS_IP/MAAS/"
PROFILE=ubuntu
MY_UPSTREAM_DNS=`grep "upstream_dns" deployconfig.yaml | cut -d ':' -f 2 | sed -e 's/ //'`
SSH_KEY=`cat ~/.ssh/id_rsa.pub`
MAIN_ARCHIVE=`grep "main_archive" deployconfig.yaml | cut -d ':' -f 2-3 | sed -e 's/ //'`
URL=https://images.maas.io/ephemeral-v2/daily/
KEYRING_FILE=/usr/share/keyrings/ubuntu-cloudimage-keyring.gpg
SOURCE_ID=1
FABRIC_ID=1
PRIMARY_RACK_CONTROLLER="$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_UNTTAGED="untagged"

# In the case of a virtual deployment get deployconfig.yaml
if [ "$virtinstall" -eq 1 ]; then
    ./cleanvm.sh || true
fi

#create backup directory
mkdir ~/joid_config/ || true

# Backup deployconfig.yaml in joid_config folder

if [ -e ./deployconfig.yaml ]; then
    cp ./deployconfig.yaml ~/joid_config/
    cp ./labconfig.yaml ~/joid_config/
fi

#
# Prepare local environment to avoid password asking
#

# make sure no password asked during the deployment.
sudoer_file=/etc/sudoers.d/90-joid-init
sudoer_entry="$USER ALL=(ALL) NOPASSWD:ALL"
if [ -e $sudoer_file ]; then
    if ! sudo grep -q "$sudoer_entry" $sudoer_file; then
        sudo sed -i -e "1i$sudoer_entry" $sudoer_file
    fi
else
    echo "$sudoer_entry" > 90-joid-init
    sudo chown root:root 90-joid-init
    sudo mv 90-joid-init /etc/sudoers.d/
fi

echo "... Deployment of maas Started ...."

#
# Virsh preparation
#

# 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
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
    sudo virsh net-destroy default
    sudo virsh net-start default
    rm -f default-net-org.xml
fi

#
# Cleanup, juju init and config backup
#

# 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
    sudo pip uninstall google-api-python-client
fi


if [ ! -e ~maas/.ssh/id_rsa.pub ]; then
    if [ ! -e $HOME/id_rsa_maas.pub ]; then
        [ -e $HOME/id_rsa_maas ] && rm -f $HOME/id_rsa_maas
        sudo su - $USER -c "echo |ssh-keygen -t rsa -f $HOME/id_rsa_maas"
    fi
    sudo -u maas mkdir ~maas/.ssh/ || true
    sudo cp $HOME/id_rsa_maas ~maas/.ssh/id_rsa
    sudo cp $HOME/id_rsa_maas.pub ~maas/.ssh/id_rsa.pub
    sudo chown maas:maas ~maas/.ssh/id_rsa
    sudo chown maas:maas ~maas/.ssh/id_rsa.pub
fi

# Ensure virsh can connect without ssh auth
sudo cat ~maas/.ssh/id_rsa.pub >> $HOME/.ssh/authorized_keys
sudo cat $HOME/.ssh/id_rsa.pub >> $HOME/.ssh/authorized_keys

#
# MAAS deploy
#

installmaas(){
    sudo apt-get install maas maas-region-controller -y
}

#
# MAAS config
# https://insights.ubuntu.com/2016/01/23/maas-setup-deploying-openstack-on-maas-1-9-with-juju/
# http://blog.naydenov.net/2016/01/nodes-networking-deploying-openstack-on-maas-1-9-with-juju/
#
configuremaas(){
    #reconfigure maas with correct MAAS address.
    #Below code is needed as MAAS have issue in commisoning without restart.
    sudo ./maas-reconfigure-region.sh $MAAS_IP
    sleep 30
    sudo maas-rack config --region-url http://$MAAS_IP:5240/MAAS

    sudo maas createadmin --username=ubuntu --email=ubuntu@ubuntu.com --password=ubuntu || true
    API_KEY=`sudo maas-region apikey --username=ubuntu`
    maas login $PROFILE $API_SERVERMAAS $API_KEY
    maas $PROFILE maas set-config name='main_archive' value=$MAIN_ARCHIVE || true
    maas $PROFILE maas set-config name=upstream_dns value=$MY_UPSTREAM_DNS || true
    maas $PROFILE maas set-config name='maas_name' value=$MAAS_NAME || true
    maas $PROFILE maas set-config name='ntp_server' value='ntp.ubuntu.com' || true
    maas $PROFILE sshkeys create "key=$SSH_KEY" || true

    for tag in bootstrap compute control storage
    do
        maas $PROFILE tags create name=$tag || true
    done

    #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
    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 10

    while [ "$(maas $PROFILE boot-resources is-importing)" == "true" ];
    do
        sleep 60
    done
}

deleteexistingnetw(){
    NETID_LIST=$(maas $PROFILE subnets read | jq ".[].id")
    for NETID in $NETW; do
        maas $PROFILE subnet delete $NETID_LIST
    done
}

setopnfvfabrics(){
    # Based on first node we get the fabric mapping
    NODE_0_MAC_LIST=$(cat labconfig.json | jq --raw-output ".lab.racks[0].nodes[0].nics[] ".mac[] | sort -u)
    FAB_ID=1
    for MAC in $NODE_0_MAC_LIST; do
        # Create a new fabric
        FABRIC_ID=$(maas $PROFILE fabrics create name=opnfv$FAB_ID| jq --raw-output ".id")
        # Get the spaces attached to a mac
        IF_SPACES=$(cat labconfig.json | jq --raw-output ".lab.racks[0].nodes[$NODE_ID].nics[] | select(.mac[] | contains(\"$MAC\")) ".spaces[])
        # Create the network attached to a space
        for SPACE in $IF_SPACES; do
            # First check if this space have a vlan
            SP_VLAN=$(cat labconfig.json | jq --raw-output ".opnfv.spaces[] | select(.type==\"$SPACE\")".vlan)
            # Create it if needed
            if ([ $SP_VLAN ] && [ "$SP_VLAN" != "null" ]); then
                maas $PROFILE vlans create $FABRIC_ID vid=$SP_VLAN
                VID="vid=$SP_VLAN"
            else
                SP_VLAN=$VLAN_UNTTAGED
                VID=""
            fi
            # Create the network
            case "$SPACE" in
                'admin')    SUBNET_CIDR=$SUBNET_CIDR;       JUJU_SPACE="admin";         DHCP='enabled' ;;
                'data')     SUBNET_CIDR=$SUBNETDATA_CIDR;   JUJU_SPACE="tenant-data";   DHCP='' ;;
                'public')   SUBNET_CIDR=$SUBNETPUB_CIDR;    JUJU_SPACE="public-api";    DHCP='' ;;
                'storage')  SUBNET_CIDR=$SUBNETSTOR_CIDR;   JUJU_SPACE="tenant-api";    DHCP='' ;;
                'floating') SUBNET_CIDR=$SUBNETFLOAT_CIDR;  JUJU_SPACE="tenant-public"; DHCP='' ;;
                *) JUJU_SPACE='null'; DHCP='OFF'; echo "      >>> Unknown SPACE" ;;
            esac
            # If we have a network, we create it
            if ([ $SUBNET_CIDR ] && [ "$SUBNET_CIDR" != "null" ]); then
                maas $PROFILE subnets create fabric=$FABRIC_ID cidr=$SUBNET_CIDR $VID
                # Add the Gateway
                GW=$(cat labconfig.json | jq ".opnfv.spaces[] | select(.type==\"$SPACE\")".gateway | cut -d \" -f 2)
                if ([ $GW ] && [ "$GW" != "null" ]); then
                    maas $PROFILE subnet update $SUBNET_CIDR gateway_ip=$GW || true
                fi
                # Set ranges
                SUBNET_PREFIX=${SUBNET_CIDR::-5}
                IP_RES_RANGE_LOW="$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
                if [ $DHCP ]; then
                    PRIMARY_RACK_CONTROLLER=$(maas $PROFILE rack-controllers read | jq -r '.[0].system_id')
                    maas $PROFILE vlan update $FABRIC_ID $SP_VLAN dhcp_on=True primary_rack=$PRIMARY_RACK_CONTROLLER || true
                fi
            fi
        done
        FAB_ID=$((FAB_ID+1))
    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 $VLAN_UNTTAGED dhcp_on=True primary_rack=$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 $VLAN_UNTTAGED dhcp_on=True primary_rack=$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 $VLAN_UNTTAGED dhcp_on=True primary_rack=$PRIMARY_RACK_CONTROLLER || true
        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
        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 $VLAN_UNTTAGED dhcp_on=True primary_rack=$PRIMARY_RACK_CONTROLLER || true
        fi
    fi
}

addnodes(){
    API_KEY=`sudo maas-region apikey --username=ubuntu`
    maas login $PROFILE $API_SERVERMAAS $API_KEY

    # 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
    done

    if [ "$virtinstall" -eq 1 ]; then
        netw=" --network bridge=virbr0,model=virtio"
    else
        brid=`brctl show | grep 8000 | cut -d "8" -f 1 |  tr "\n" " " | tr "\t" " " | tr -s " "`

        netw=""
        for feature in $brid; do
            if [ "$feature" == "" ]; then
                netw=$netw
            elif [ "$feature" == "virbr0" ]; then
                netw=$netw
            else
                netw=$netw" --network bridge="$feature",model=virtio"
            fi
        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,cache=directsync,io=native,pool=default \
                 $netw --boot network,hd,menu=off --noautoconsole \
                 --vnc --print-xml | tee bootstrap

    if [ "$virtinstall" -eq 1 ]; then
        bootstrapmac=`grep  "mac address" bootstrap | head -1 | cut -d '"' -f 2`
    else
        bootstrapmac=""
        bootstrapmacs=`grep  "mac address" bootstrap| cut -d '"' -f 2`
        for mac in $bootstrapmacs; do
            bootstrapmac=$bootstrapmac" mac_addresses="$mac
        done
    fi
    sudo virsh -c qemu:///system define --file bootstrap
    rm -f bootstrap

    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' \
        architecture='amd64/generic' power_parameters_power_id='bootstrap'

    bootstrapid=$(maas $PROFILE machines read | jq -r '.[] | select(.hostname == "bootstrap").system_id')

    maas $PROFILE tag update-nodes bootstrap add=$bootstrapid

    if [ "$virtinstall" -eq 1 ]; then
        units=`cat deployconfig.json | jq .opnfv.units`

        until [ $(($units)) -lt 1 ]; do
           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,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
            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' \
                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
            maas $PROFILE tag update-nodes compute add=$nodeid || true
        done
    else
       units=`cat deployconfig.json | jq .opnfv.units`

       until [ $(($units)) -lt 1 ]; do
           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 `
           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[$units].power.user" | cut -d \" -f 2 `
           POWER_PASS=`cat labconfig.json |  jq ".lab.racks[].nodes[$units].power.pass" | 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'
       done
    fi

    # make sure nodes are added into MAAS and none of them is in commisoning state
    while [ "$(maas $PROFILE nodes read | grep  Commissioning )" ];
    do
        sleep 60
    done

}

#configure MAAS with the different options.
configuremaas

# 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

#just make sure rack controller has been synced and import only
# just whether images have been imported or not.
sleep 120

#lets add the nodes now. Currently works only for virtual deploymnet.
addnodes

echo "... Deployment of maas finish ...."

#Added the Qtip public to run the Qtip test after install on bare metal nodes.
#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
# 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`
    cloudname=`awk 'NR==1{print substr($1, 1, length($1)-1)}' deployconfig.yaml`

    echo  "credentials:" > credential.yaml
    echo  "  $controllername:" >> credential.yaml
    echo  "    opnfv-credentials:" >> credential.yaml
    echo  "      auth-type: oauth1" >> credential.yaml
    echo  "      maas-oauth: $API_KEY" >> credential.yaml

    juju add-credential $controllername -f credential.yaml --replace
}

addcloud() {
    controllername=`awk 'NR==1{print substr($1, 1, length($1)-1)}' deployconfig.yaml`
    cloudname=`awk 'NR==1{print substr($1, 1, length($1)-1)}' deployconfig.yaml`

    echo "clouds:" > maas-cloud.yaml
    echo "   $cloudname:" >> maas-cloud.yaml
    echo "      type: maas" >> maas-cloud.yaml
    echo "      auth-types: [oauth1]" >> maas-cloud.yaml
    echo "      endpoint: $API_SERVERMAAS" >> maas-cloud.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

if [ -e ./labconfig.json ]; then
    # 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 )
        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[])
            case "$IF_SPACE" in
                'data') SUBNET_CIDR=$SUBNETDATA_CIDR; IF_MODE='AUTO' ;;
                'public') SUBNET_CIDR=$SUBNETPUB_CIDR; IF_MODE='AUTO' ;;
                'storage') SUBNET_CIDR=$SUBNETSTOR_CIDR; IF_MODE='AUTO' ;;
                'floating') SUBNET_CIDR=$SUBNETFLOAT_CIDR; 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

            if ([ $IF_NEWNAME ] && [ "$IF_NEWNAME" != "null" ]); then
                # 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 ubuntu 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
                    IF_NAME=$IF_NEWNAME
                fi
            fi

            # 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
            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
                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

        done
    done
fi

# Add the cloud and controller credentials for MAAS for that lab.
jujuver=`juju --version`

if [[ "$jujuver" > "2" ]]; then
    addcloud
    addcredential
fi

#
# End of scripts
#
echo " .... MAAS deployment finished successfully ...."