jjb/integration/include-raw-integration-get-slave-addresses.sh

   1 # Get the Controller and Tools VM slave addresses
   2
   3 ODL_SYSTEM=()
   4 TOOLS_SYSTEM=()
   5 OPENSTACK_SYSTEM=()
   6 [ "$NUM_OPENSTACK_SITES" ] || NUM_OPENSTACK_SITES=1
   7
   8 source $WORKSPACE/.venv-openstack/bin/activate
   9 PYTHON="$WORKSPACE/.venv-openstack/bin/python"
  10 OPENSTACK="$WORKSPACE/.venv-openstack/bin/openstack"
  11
  12 ADDR=(`$PYTHON $OPENSTACK stack show -f json -c outputs $STACK_NAME | \
  13        jq -r '.outputs[] | \
  14               select(.output_key | match("^vm_[0-9]+_ips$")) | \
  15               .output_value | .[]'`)
  16
  17 for i in "${ADDR[@]}"
  18 do
  19     REMHOST=`ssh ${i} hostname`
  20     case ${REMHOST} in
  21     *java*)
  22        ODL_SYSTEM=( "${ODL_SYSTEM[@]}" "${i}" )
  23        ;;
  24     *devstack*)
  25        OPENSTACK_SYSTEM=( "${OPENSTACK_SYSTEM[@]}" "${i}" )
  26        ;;
  27     *)
  28        TOOLS_SYSTEM=( "${TOOLS_SYSTEM[@]}" "${i}" )
  29        ;;
  30     esac
  31 done
  32
  33 echo "NUM_ODL_SYSTEM=${#ODL_SYSTEM[@]}" >> slave_addresses.txt
  34 echo "NUM_TOOLS_SYSTEM=${#TOOLS_SYSTEM[@]}" >> slave_addresses.txt
  35 #if HA Proxy is requested the last devstack node will be configured as haproxy
  36 if [ "${ENABLE_HAPROXY_FOR_NEUTRON}" == "yes" ]; then
  37    # HA Proxy is installed on one OPENSTACK_SYSTEM VM on each site
  38    NUM_OPENSTACK_SYSTEM=$(( ${#OPENSTACK_SYSTEM[@]} - ${NUM_OPENSTACK_SITES} ))
  39 else
  40    NUM_OPENSTACK_SYSTEM=${#OPENSTACK_SYSTEM[@]}
  41 fi
  42 echo "NUM_OPENSTACK_SYSTEM=${NUM_OPENSTACK_SYSTEM}" >> slave_addresses.txt
  43
  44 # Add alias for ODL_SYSTEM_1_IP as ODL_SYSTEM_IP
  45 echo "ODL_SYSTEM_IP=${ODL_SYSTEM[0]}" >> slave_addresses.txt
  46 for i in `seq 0 $(( ${#ODL_SYSTEM[@]} - 1 ))`
  47 do
  48     echo "ODL_SYSTEM_$((i+1))_IP=${ODL_SYSTEM[${i}]}" >> slave_addresses.txt
  49 done
  50
  51 # Add alias for TOOLS_SYSTEM_1_IP as TOOLS_SYSTEM_IP
  52 echo "TOOLS_SYSTEM_IP=${TOOLS_SYSTEM[0]}" >> slave_addresses.txt
  53 for i in `seq 0 $(( ${#TOOLS_SYSTEM[@]} - 1 ))`
  54 do
  55     echo "TOOLS_SYSTEM_$((i+1))_IP=${TOOLS_SYSTEM[${i}]}" >> slave_addresses.txt
  56 done
  57
  58 openstack_index=0
  59 # Assuming number of openstack control nodes equals number of openstack sites
  60 NUM_OPENSTACK_CONTROL_NODES=$(( NUM_OPENSTACK_SITES ))
  61 echo "NUM_OPENSTACK_CONTROL_NODES=${NUM_OPENSTACK_CONTROL_NODES}" >> slave_addresses.txt
  62 for i in `seq 0 $((NUM_OPENSTACK_CONTROL_NODES - 1))`
  63 do
  64     echo "OPENSTACK_CONTROL_NODE_$((i+1))_IP=${OPENSTACK_SYSTEM[$((openstack_index++))]}" >> slave_addresses.txt
  65 done
  66
  67 # The rest of the openstack nodes until NUM_OPENSTACK_SYSTEM are computes
  68 NUM_OPENSTACK_COMPUTE_NODES=$(( NUM_OPENSTACK_SYSTEM - NUM_OPENSTACK_CONTROL_NODES ))
  69 echo "NUM_OPENSTACK_COMPUTE_NODES=${NUM_OPENSTACK_COMPUTE_NODES}" >> slave_addresses.txt
  70 for i in `seq 0 $((NUM_OPENSTACK_COMPUTE_NODES - 1))`
  71 do
  72     echo "OPENSTACK_COMPUTE_NODE_$((i+1))_IP=${OPENSTACK_SYSTEM[$((openstack_index++))]}" >> slave_addresses.txt
  73 done
  74
  75 # The remaining openstack nodes are haproxy nodes (for ODL cluster)
  76 NUM_OPENSTACK_HAPROXY_NODES=$(( ${#OPENSTACK_SYSTEM[@]} - NUM_OPENSTACK_SYSTEM ))
  77 echo "NUM_OPENSTACK_HAPROXY_NODES=${NUM_OPENSTACK_HAPROXY_NODES}" >> slave_addresses.txt
  78 for i in `seq 0 $((NUM_OPENSTACK_HAPROXY_NODES - 1))`
  79 do
  80     echo "OPENSTACK_HAPROXY_$((i+1))_IP=${OPENSTACK_SYSTEM[$((openstack_index++))]}" >> slave_addresses.txt
  81 done
  82 # vim: sw=4 ts=4 sts=4 et ft=sh :