def start_cloudspaces(job):
for cloudspace in job.get():
cloudspace_id = cloudspace['id']
job = execute_async_ovc(ovc,
ovc.api.cloudapi.machines.list,
cloudspaceId=cloudspace_id)
job.link(start_vms)
def _run(job):
job = execute_async_ovc(ovc,
ovc.api.cloudapi.machines.stop,
machineId=machine_id,
force=True)
job.link_value(
lambda _: print("Succesfully killed vm %s" % machine_id))
job.link_exception(
lambda _: print("Failed to stop vm %s" % machine_id))
def main(options):
from JumpScale import j
ovc = j.clients.openvcloud.get(options.environment, options.username,
options.password)
def hardshutdown_vm(machine_id):
def _run(job):
job = execute_async_ovc(ovc,
ovc.api.cloudapi.machines.stop,
machineId=machine_id,
force=True)
job.link_value(
lambda _: print("Succesfully killed vm %s" % machine_id))
job.link_exception(
lambda _: print("Failed to stop vm %s" % machine_id))
return _run
def print_message(message):
def _run(_):
print(message)
return _run
def shutdown_vms(job):
machines = job.get()
for machine in machines:
machine_id = machine['id']
if machine['status'] != 'RUNNING':
print("Skipping machine {} with status {}".format(
machine_id, machine['status']))
continue
job = execute_async_ovc(ovc,
ovc.api.cloudapi.machines.stop,
machineId=machine_id)
job.link_value(
print_message("Succesfully shutdown vm %s" % machine_id))
job.link_exception(hardshutdown_vm(machine_id))
def shutdown_cloudspaces(job):
for cloudspace in job.get():
cloudspace_id = cloudspace['id']
print(
"Listing machines in cloudspace {} (id={}, status={})".format(
cloudspace['name'], cloudspace_id, cloudspace['status']))
job = execute_async_ovc(ovc,
ovc.api.cloudapi.machines.list,
cloudspaceId=cloudspace_id)
job.link(shutdown_vms)
job.link_exception(print_message)
job = execute_async_ovc(ovc, ovc.api.cloudapi.cloudspaces.list)
job.link(shutdown_cloudspaces)
gevent.wait()
def shutdown_cloudspaces(job):
for cloudspace in job.get():
cloudspace_id = cloudspace['id']
print(
"Listing machines in cloudspace {} (id={}, status={})".format(
cloudspace['name'], cloudspace_id, cloudspace['status']))
job = execute_async_ovc(ovc,
ovc.api.cloudapi.machines.list,
cloudspaceId=cloudspace_id)
job.link(shutdown_vms)
job.link_exception(print_message)
def shutdown_vms(job):
machines = job.get()
for machine in machines:
machine_id = machine['id']
if machine['status'] != 'RUNNING':
print("Skipping machine {} with status {}".format(
machine_id, machine['status']))
continue
job = execute_async_ovc(ovc,
ovc.api.cloudapi.machines.stop,
machineId=machine_id)
job.link_value(
print_message("Succesfully shutdown vm %s" % machine_id))
job.link_exception(hardshutdown_vm(machine_id))
def main(options):
from js9 import j
j.clients.itsyouonline.get(data={
'application_id_': options.application_id,
'secret_': options.secret
})
ovc = j.clients.openvcloud.get(data={
'address': options.environment,
'account': options.username
})
def print_message(message):
def _run(_):
print(message)
return _run
def start_vms(job):
for machine in job.get():
if machine['status'] != 'HALTED':
continue
machine_id = machine['id']
# Need to start machines one by one, to work arround OVC problem.
# Otherwise they get started all on the same node
with concurrency:
try:
ovc.api.cloudapi.machines.start(machineId=machine_id)
print("Succesfully started vm %s" % machine_id)
except:
print("Could not start vm %s" % machine_id)
#job = execute_async_ovc(ovc, ovc.api.cloudapi.machines.start, machineId=machine_id)
#job.link_value(print_message("Succesfully started vm %s" % machine_id))
#job.link_exception(print_message("Could not start vm %s" % machine_id))
def start_cloudspaces(job):
for cloudspace in job.get():
cloudspace_id = cloudspace['id']
job = execute_async_ovc(ovc,
ovc.api.cloudapi.machines.list,
cloudspaceId=cloudspace_id)
job.link(start_vms)
job = execute_async_ovc(ovc, ovc.api.cloudapi.cloudspaces.list)
job.link(start_cloudspaces)
gevent.wait()