1. Create LB objects
a. Create LB in external network
# openstack loadbalancer create --name LB public-subnet
b. Create listener for the created LB
# openstack loadbalancer listener create --name listener1 --loadbalancer LB --protocol HTTP --protocol-port 80
c. Create pool for the listener
# openstack loadbalancer pool create --name pool1 --lb-algorithm ROUND_ROBIN --listener listener1 --protocol HTTP
d. Create ICMP health monitors for the pool
# loadbalancer healthmonitor create --delay 5 --max-retries 4 --timeout 10 --type PING --pool pool1 e. Add the created VMsas pool members for LB process.
# openstack loadbalancer member create --subnet private-subnet --address VM_IP_ADDRESS --protocol-port 80 pool1

<johnsom> It seems like we should be able to do the following:
<johnsom> 1. generate SSH keys
<johnsom> 2. Load the public SSH key into nova as a "keypair"
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<johnsom> 3. configure octavia.conf to use the nova "keypair" when creating load balancers.
<johnsom> 4. restart o-cw
<johnsom> 5. create load balancer
<johnsom> If we absolutely have to have the end-user setup this pre-condition we could create a script and have the test "skip" if the known keypair is missing from nova.
<johnsom> But I would hope we don't have to do that

2. Configure LB obects and session persistence
a. Create LB in external network # openstack loadbalancer create --name LB public-subnet b. Create listener for the created LB # openstack loadbalancer listener create --name listener1 --loadbalancer LB --protocol HTTP --protocol-port 80 c. Create pool for the listener # openstack loadbalancer pool create --name pool1 --lb-algorithm SOURCE_IP --listener listener1 --protocol HTTP d. Create ICMP health monitors for the pool # loadbalancer healthmonitor create --delay 5 --max-retries 4 --timeout 10 --type PING --pool pool1 e. Add the created VMs as pool members for LB process. # openstack loadbalancer member create --subnet private-subnet --address VM_IP_ADDRESS --protocol-port 80 pool1

3. Execute curl/wget requests of a large page on the servers via VIP. req='curl LB_ADDRES(or its FIP)'; for REQ in `seq 1 1 100`; do $req; done

1. Create LB objects
a. Create LB in internal network (If needed create FIP and assign it to the VIP)
# openstack loadbalancer create --name LB
b. Create HTTP listener for the created LB
# openstack loadbalancer listener create --name listenerHTTP1 --loadbalancer LB --protocol HTTP --protocol-port 80
c. Create same pool
# openstack loadbalancer pool create --name pool1 --lb-algorithm SOURCE_IP --listener listenerHTTP1 --protocol HTTP d. Create HTTPS listener for the created LB and assign to existing pool # openstack loadbalancer listener create --name listenerHTTPS1 --loadbalancer LB --protocol HTTPS --protocol-port 443 --pool-id pool1
e. Create HTTP health monitors for the pool
# loadbalancer healthmonitor create --delay 5 --max-retries 4 --timeout 10 --type HTTPS --pool pool1 f. Add the created VMs as pool members for LB process.
openstack loadbalancer member create --subnet private-subnet --address VM_IP_ADDRESS --protocol-port 80 pool1

2. Execute 1 HTTP and 1 HTTPS curl/wget request of a large page on the servers via VIP. req='curl LB_ADDRES(or its FIP):80'; for REQ in `seq 1 1 100`; do $req; done req='curl LB_ADDRES(or its FIP):443'; for REQ in `seq 1 1 100`; do $req; done

1. Create LB objects
a. Create LB in external network # openstack loadbalancer create --name LB public-subnet b. Create listener for the created LB # openstack loadbalancer listener create --name listener1 --loadbalancer LB --protocol HTTP --protocol-port 80 c. Create pool for the listener # openstack loadbalancer pool create --name pool1 --lb-algorithm ROUND_ROBIN --listener listener1 --protocol HTTPS d. Create ICMP health monitors for the pool # loadbalancer healthmonitor create --delay 5 --max-retries 4 --timeout 10 --type PING --pool pool1 e. Add the created VMs as pool members for LB process. # openstack loadbalancer member create --subnet private-subnet --address VM_IP_ADDRESS --protocol-port 443 pool1

2. Execute curl/wget requests of a large page on the servers via VIP. req='curl LB_ADDRES(or its FIP):80'; for REQ in `seq 1 1 100`; do $req; done

L7 content switching- L7 policies with l7 rules matching by hostnames/file type/path/header/cookie, and actions reject/redirect to pool/redirect to path.