jjb/joid/joid-deploy.sh

   1 #!/bin/bash
   2 set +e
   3 set -o nounset
   4
   5 PWD_FILENAME="passwords.sh"
   6
   7 ##
   8 ##
   9 ##
  10 function exit_on_error {
  11     RES=$1
  12     MSG=$2
  13     if [ $RES != 0 ]; then
  14         echo "FAILED - $MSG"
  15         exit $RES
  16     fi
  17 }
  18
  19
  20 ##
  21 ## Create LAB_CONFIG folder if not exists
  22 ##
  23 mkdir -p $LAB_CONFIG
  24
  25 ##
  26 ## Override default passwords with local settings if needed
  27 ##
  28
  29 if [ -e "$LAB_CONFIG/$PWD_FILENAME" ]; then
  30     echo "------ Load local passwords ------"
  31     source $LAB_CONFIG/$PWD_FILENAME
  32 else
  33     export MAAS_USER=ubuntu
  34     export MAAS_PASSWORD=ubuntu
  35     export OS_ADMIN_PASSWORD=openstack
  36 fi
  37
  38 ##
  39 ## Set Joid pod config name
  40 ##
  41     # This part will be removed when pod names will be synced between jenkins and joid config
  42     case $NODE_NAME in
  43         orange-fr-pod2)
  44             POD=orange-pod2 ;;
  45         juniper-us-test-1)
  46             POD=juniper-pod1 ;;
  47         *)
  48             POD=$NODE_NAME ;;
  49     esac
  50     export POD_NAME=${POD/-}
  51
  52 ##
  53 ## Redeploy MAAS or recover the previous config
  54 ##
  55
  56 cd $WORKSPACE/ci
  57 if [ -e "$LAB_CONFIG/environments.yaml" ] && [ "$MAAS_REINSTALL" == "false" ]; then
  58     echo "------ Recover Juju environment to use MAAS ------"
  59     cp $LAB_CONFIG/environments.yaml .
  60 else
  61     MAASCONFIG=$WORKSPACE/ci/maas/${POD/-*}/${POD/*-}/deployment.yaml
  62     echo "------ Set MAAS password ------"
  63     sed -i -- "s/user: ubuntu/user: $MAAS_USER/" $MAASCONFIG
  64     sed -i -- "s/password: ubuntu/password: $MAAS_PASSWORD/" $MAASCONFIG
  65     echo "------ Redeploy MAAS ------"
  66     ./02-maasdeploy.sh $POD_NAME
  67     exit_on_error $? "MAAS Deploy FAILED"
  68 fi
  69
  70 ##
  71 ## Configure Joid deployment
  72 ##
  73
  74 # Based on scenario naming we can get joid options
  75 # naming convention:
  76 #    os-<controller>-<nfvfeature>-<mode>[-<extrastuff>]
  77 # With parameters:
  78 #    controller=(nosdn|odl_l3|odl_l2|onos|ocl)
  79 #       No odl_l3 today
  80 #    nfvfeature=(kvm|ovs|dpdk|nofeature)
  81 #       '_' list separated.
  82 #    mode=(ha|noha)
  83 #    extrastuff=(none)
  84 #       Optional field - Not used today
  85
  86 IFS='-' read -r -a DEPLOY_OPTIONS <<< "${DEPLOY_SCENARIO}--"
  87 #last -- need to avoid nounset error
  88
  89 SDN_CONTROLLER=${DEPLOY_OPTIONS[1]}
  90 NFV_FEATURES=${DEPLOY_OPTIONS[2]}
  91 HA_MODE=${DEPLOY_OPTIONS[3]}
  92 EXTRA=${DEPLOY_OPTIONS[4]}
  93
  94 # Get the juju config path with those options, later we will directly use
  95 # scenario name
  96 case $SDN_CONTROLLER in
  97     odl_l2)
  98         SRCBUNDLE="ovs-odl"
  99         SDN_CONTROLLER="odl"
 100         ;;
 101     onos)
 102         SRCBUNDLE="onos"
 103         ;;
 104     ocl)
 105         SRCBUNDLE="contrail"
 106         SDN_CONTROLLER="opencontrail"
 107         ;;
 108     *)
 109         SRCBUNDLE="ovs"
 110         echo "${SDN_CONTROLLER} not in SDN controllers list, using 'nosdn' setting"
 111         SDN_CONTROLLER="nosdn"
 112         ;;
 113     esac
 114 SRCBUNDLE="${WORKSPACE}/ci/${SDN_CONTROLLER}/juju-deployer/${SRCBUNDLE}"
 115 if [ "$HA_MODE" == 'noha' ]; then
 116     SRCBUNDLE="${SRCBUNDLE}.yaml"
 117     HA_MODE == 'nonha'
 118 else
 119     SRCBUNDLE="${SRCBUNDLE}-${HA_MODE}.yaml"
 120 fi
 121
 122 # Modify files
 123
 124 echo "------ Set openstack password ------"
 125 sed -i -- "s/\"admin-password\": openstack/\"admin-password\": $OS_ADMIN_PASSWORD/" $SRCBUNDLE
 126
 127 echo "------ Set ceph disks ------"
 128 CEPH_DISKS_CONTROLLERS=${CEPH_DISKS_CONTROLLERS:-}
 129 if [ -z "$CEPH_DISKS_CONTROLLERS" ]; then
 130     CEPH_DISKS_CONTROLLERS=$CEPH_DISKS
 131 fi
 132
 133 #Find the first line of osd-devices to change the one for ceph, then the other for ceph-osd
 134 CEPH_DEV_LINE=$(grep -nr osd-devices $SRCBUNDLE |head -n1|cut -d: -f1)
 135 sed -i -- "${CEPH_DEV_LINE}s@osd-devices: /srv@osd-devices: $CEPH_DISKS@" $SRCBUNDLE
 136 sed -i -- "s@osd-devices: /srv@osd-devices: $CEPH_DISKS_CONTROLLERS@" $SRCBUNDLE
 137 sed -i -r -- "s/^(\s+osd-reformat: )'no'/\1'$CEPH_REFORMAT'/" $SRCBUNDLE
 138
 139 ##
 140 ## Configure Joid deployment
 141 ##
 142
 143 echo "------ Deploy with juju ------"
 144 echo "Execute: ./deploy.sh -t $HA_MODE -o $OS_RELEASE -s $SDN_CONTROLLER -l $POD_NAME"
 145
 146 ./deploy.sh -t $HA_MODE -o $OS_RELEASE -s $SDN_CONTROLLER -l $POD_NAME
 147 exit_on_error $? "Main deploy FAILED"
 148
 149 ##
 150 ## Set Admin RC
 151 ##
 152 JOID_ADMIN_OPENRC=$LAB_CONFIG/admin-openrc
 153 echo "------ Create OpenRC file [$JOID_ADMIN_OPENRC] ------"
 154 KEYSTONE=$(cat bundles.yaml |shyaml get-value openstack-phase2.services.keystone.options.vip)
 155
 156 # export the openrc file
 157 cat << EOF > $JOID_ADMIN_OPENRC
 158 export OS_USERNAME=admin
 159 export OS_PASSWORD=$OS_ADMIN_PASSWORD
 160 export OS_TENANT_NAME=admin
 161 export OS_AUTH_URL=http://$KEYSTONE:5000/v2.0
 162 export OS_REGION_NAME=Canonical
 163 EOF
 164
 165 ##
 166 ## Backup local juju env
 167 ##
 168
 169 echo "------ Backup Juju environment ------"
 170 cp environments.yaml $LAB_CONFIG/
 171
 172 ##
 173 ## Basic test to return a realistic result to jenkins
 174 ##
 175
 176 echo "------ Do basic test ------"
 177 source $JOID_ADMIN_OPENRC
 178 curl -i -sw '%{http_code}' -H "Content-Type: application/json"   -d "
 179 { \"auth\": {
 180     \"identity\": {
 181       \"methods\": [\"password\"],
 182       \"password\": {
 183         \"user\": {
 184           \"name\": \"admin\",
 185           \"domain\": { \"id\": \"default\" },
 186           \"password\": \"$OS_ADMIN_PASSWORD\"
 187         }
 188       }
 189     }
 190   }
 191 }"   http://$KEYSTONE:5000/v3/auth/tokens |grep "HTTP/1.1 20" 2>&1 >/dev/null;
 192 exit_on_error $? "Deploy FAILED to auth to openstack"
 193
 194
 195 ##
 196 ## Create external network if needed
 197 ##
 198
 199 EXTERNAL_NETWORK=${EXTERNAL_NETWORK:-}
 200 # split EXTERNAL_NETWORK=name;type;first ip;last ip; gateway;network
 201 IFS=';' read -r -a EXTNET <<< "$EXTERNAL_NETWORK"
 202 EXTNET_NAME=${EXTNET[0]}
 203 EXTNET_TYPE=${EXTNET[1]}
 204 EXTNET_FIP=${EXTNET[2]}
 205 EXTNET_LIP=${EXTNET[3]}
 206 EXTNET_GW=${EXTNET[4]}
 207 EXTNET_NET=${EXTNET[5]}
 208 # If we have more information than only the name, try to create it
 209 if [ -z "$EXTNET_TYPE" ]; then
 210     echo "------ No data for external network creation, pass ------"
 211 else
 212     echo "------ External network creation ------"
 213     neutron net-create $EXTNET_NAME --router:external True \
 214       --provider:physical_network external --provider:network_type $EXTNET_TYPE
 215     exit_on_error $? "External network creation failed"
 216     neutron subnet-create $EXTNET_NAME --name $EXTNET_NAME \
 217       --allocation-pool start=$EXTNET_FIP,end=$EXTNET_LIP \
 218       --disable-dhcp --gateway $EXTNET_GW $EXTNET_NET
 219     exit_on_error $? "External subnet creation failed"
 220 fi
 221
 222 ##
 223 ## Exit success
 224 ##
 225
 226 echo "Deploy success"
 227 exit 0