if sp_idx < 0:
cmd_kwargs[xarg] = True
else:
k = xarg[:sp_idx]
v = xarg[sp_idx + 1:]
cmd_kwargs[k] = v
return cmd_kwargs
except:
return {}
target = get_my_commands()
if 'halt' in target:
import pdb;
pdb.set_trace()
if 'project' in target:
project_name = target.get('project')
password = target.get('password', osn.os_password)
project_cmgr = osn.get_mcli(project_name, password=password)
from itempest.tools import build_lbaas_v2 as lbaasv2
for mtype in ('HTTP', 'TCP', 'PING'):
lb_name = "%s-lb2-%s" % (project_name.lower(), mtype)
lbaasv2.build_os_lbaas(project_cmgr, lb_name,
monitor_type=mtype)
else:
raise Exception(
"project is required to launch create its lbaas environment.")
from itempest import load_our_solar_system as osn
from itempest.lib import lib_networks as NETS
demo = osn.get_mcli("demo", password="******")
pub = demo.qsvc("net-show public")
mynet = demo.qsvc("net-show private")
fip_list = []
for ix in range(6):
fip = demo.qsvc("floatingip-create", pub["id"])
fip_list.append(fip)
from operator import itemgetter
fip2_list = sorted(fip_list, key=itemgetter("floating_ip_address"), reverse=True)
demo_sg = NETS.create_security_group_loginable(demo, "demo_sg_login")
demo_img = demo.nova("image-list", name=u"cirros-0.3.3-x86_64-disk")[0]
server_list = []
for ix in range(6):
sv_name = "demo-sv-%d" % ix
server = NETS.create_server_on_network(
demo, mynet["id"], sv_name, image_id=demo_img["id"], security_group_name_or_id=demo_sg["id"], wait_on_boot=False
)
server_list.append(server)
# waitfor all servers become ACTIVE
fip3 = {}
for ix in range(6):
fip = NETS.associate_floatingip_to_server(demo, fip_list[ix], server_list[ix])
