Creating scaled workload in parallel using neutron API

create-scale-parallel-bash

#!/bin/bash
set -x

OS_TOKEN=$(keystone token-get | grep " id " | awk '{ print $4 }')
NEUTRON_URL=${NEUTRON_URL:-"http://10.84.25.29:9696/"}
NOVA_URL=${NOVA_URL:-"http://10.84.25.29:8774/v2/"}
TENANT_FLAG=${TENANT_FLAG:-''}


#net_id=a89ecda4-15ea-447e-a723-aa5da86a8135 #cassnet
net_id=a3274945-0b4d-4b68-a5a1-d90d7a811013 #zknet
net_num=1
nova --os-auth-token ${OS_TOKEN} boot --image cirros --flavor 1 --nic net-id=${net_id} --num-instances=25 tmp1vm${net_num} &

#nova --os-auth-token ${OS_TOKEN} boot --image cirros --flavor 1 --nic net-id=${net_id} --num-instances=25 xscalevm${net_num} &
#nova --os-auth-token ${OS_TOKEN} boot --image cirros --flavor 1 --nic net-id=${net_id} --num-instances=25 xscalevm${net_num} &
#par_stride=200
#for ((i=8201; i<8202; i+=${par_stride})); do
#    for ((par=0; par<${par_stride}; par++)); do
#        net_num=$(expr ${i} + ${par})
#        (date > /tmp/launch${net_num}; \
#         #net_id=$(neutron --os-token ${OS_TOKEN} --os-url ${NEUTRON_URL} net-create scalenet${net_num} ${TENANT_FLAG} | grep " id " | awk '{ print $4 }'); \
#         #echo ${net_id} > /tmp/netid-${net_num}; \
#         #sn_id=$(neutron --os-token ${OS_TOKEN} --os-url ${NEUTRON_URL} subnet-create ${TENANT_FLAG} ${net_id} 1.1.1.0/24 | grep " id " | awk  '{ print $4 }'); \
#         #echo ${sn_id} > /tmp/snid-${net_num}; \
#         #port_id=$(neutron --os-token ${OS_TOKEN} --os-url ${NEUTRON_URL} port-create ${TENANT_FLAG} --name scaleport${net_num} ${net_id} | grep " id " | awk '{ print $4 }'); \
#
#
#         net_id=a89ecda4-15ea-447e-a723-aa5da86a8135
#         port_id=$(neutron --os-token ${OS_TOKEN} --os-url ${NEUTRON_URL} port-create ${TENANT_FLAG} --name scaleport${net_num} ${net_id} | grep " id " | awk '{ print $4 }'); \
#         echo ${port_id} > /tmp/portid-${net_num}; \
#         vm_id=$(nova --os-auth-token ${OS_TOKEN} boot --image cirros --flavor 1 --nic port-id=${port_id} xscalevm${net_num} | grep " id " | awk '{ print $4}'); \
#         echo ${vm_id} > /tmp/vmid-${net_num}; \
#        ) &
#
#        #(net_id=$(cat /tmp/netid-${net_num}); \
#        # port_id=$(neutron --os-token ${OS_TOKEN} --os-url ${NEUTRON_URL} port-create --name scaleport${net_num} ${net_id} | grep " id " | awk '{ print $4 }'); \
#        # echo ${port_id} > /tmp/portid-${net_num}; \
#        # vm_id=$(nova --os-auth-token ${OS_TOKEN} boot --image cirros --flavor 1 --nic port-id=${port_id} xscalevm${net_num} | grep " id " | awk '{ print $4}'); \
#        # echo ${vm_id} > /tmp/vmid-${net_num}; \
#        #) &
#    done
#    #sleep 2
#done
#par_stride=1
#for ((i=8201; i<8211; i+=${par_stride})); do
#    for ((par=0; par<${par_stride}; par++)); do
#        vm_num=$(expr ${i} + ${par})
#        (port_id=$(cat /tmp/portid-${vm_num}); \
#         vm_id=$(nova --os-auth-token ${OS_TOKEN} boot --image cirros --flavor 1 --nic port-id=${port_id} xscalevm${vm_num} | grep " id " | awk '{ print $4}'); \
#         echo ${vm_id} > /tmp/vmid-${vm_num}; \
#        ) &
#    done
#    #sleep 2
#done