def pending_elasticity_tickets(self):
tickets = []
for t in Session.query(PoolTicket).filter_by(pool=self).all():
if not t.done and t.action_id in [PoolTicketActions.expand.value, PoolTicketActions.shrink.value]:
tickets.append(t)
print("found ticket: {}".format(t.done))
return tickets
def pending_elasticity_tickets(self):
tickets = []
for t in Session.query(PoolTicket).filter_by(pool=self).all():
if not t.done and t.action_id in [
PoolTicketActions.expand.value,
PoolTicketActions.shrink.value
]:
tickets.append(t)
print("found ticket: {}".format(t.done))
return tickets
def all_pools_and_members():
"""
Gets all pools efficiently by caching VMs per zone
:return: A array of pool, member_array tuples
"""
a = []
zone_vm_cache = {}
for pool in Session.query(VirtualMachinePool).all():
if not pool.cluster.zone.name in zone_vm_cache:
logging.info("VM cache for zone {} doesn't exist...".format(pool.cluster.zone.name))
one_proxy = OneProxy(pool.cluster.zone.xmlrpc_uri, pool.cluster.zone.session_string, verify_certs=False)
zone_vm_cache[pool.cluster.zone.name] = {vm.id: vm for vm in one_proxy.get_vms(INCLUDING_DONE)}
logging.info("VM cache for zone {} populated with {} entries".format(
pool.cluster.zone.name, len(zone_vm_cache[pool.cluster.zone.name])))
a.append((pool, pool.get_memberships(vm_cache=zone_vm_cache[pool.cluster.zone.name])))
return a
def get_peer_pools(self): return Session.query(VirtualMachinePool).filter_by(cluster=self.cluster)
def get_all(cluster): return Session.query(VirtualMachinePool).filter_by(cluster=cluster)
def pending_ticket(self): return Session.query(PoolTicket).filter_by(pool=self, done=False).first()
def get_peer_pools(self):
return Session.query(VirtualMachinePool).filter_by(
cluster=self.cluster)
def get_all(cluster):
return Session.query(VirtualMachinePool).filter_by(cluster=cluster)
def pending_ticket(self):
return Session.query(PoolTicket).filter_by(pool=self,
done=False).first()