def add_deployed_model_remove_from_hangar(c, target):
path = canonical_path(target)
target = traverse1(path)
cpath = canonical_path(c)
c = traverse1(cpath)
if c is None:
raise Exception('Compute not found: "%s"' % cpath)
new_compute = Compute(unicode(hostname), u'inactive')
new_compute.__name__ = name
new_compute.__owner__ = owner_obj
new_compute.template = unicode(template)
new_compute._ipv4_address = unicode(ipaddr)
new_compute.mac_address = getattr(c, 'mac_address', None)
new_compute.memory = getattr(c, 'memory', 0)
new_compute.diskspace = getattr(c, 'diskspace', {u'total': 0})
new_compute.num_cores = getattr(c, 'num_cores', 0)
alsoProvides(new_compute, IVirtualCompute)
alsoProvides(new_compute, IDeployed)
noLongerProvides(new_compute, IManageable)
target.add(new_compute)
container = c.__parent__
del container[name]
timestamp = int(time.time() * 1000)
IStream(new_compute).add((timestamp, {'event': 'change',
'name': 'features',
'value': new_compute.features,
'old_value': self.context.features}))
IStream(new_compute).add((timestamp, {'event': 'change',
'name': 'ipv4_address',
'value': new_compute._ipv4_address,
'old_value': self.context._ipv4_address}))
def make_compute(hostname=u'tux-for-test', state=u'active', memory=2000):
return Compute(hostname, state, memory)
def _sync_vms_transact(self, remote_vms):
local_vms = [i for i in self.context.listcontent() if IVirtualCompute.providedBy(i)]
remote_uuids = set(i['uuid'] for i in remote_vms)
local_uuids = set(i.__name__ for i in local_vms)
root = db.get_root()['oms_root']
machines = root['machines']
for vm_uuid in remote_uuids.difference(local_uuids):
remote_vm = [rvm for rvm in remote_vms if rvm['uuid'] == vm_uuid][0]
existing_machine = follow_symlinks(machines['by-name'][remote_vm['name']])
if existing_machine:
# XXX: this VM is a nested VM, for now let's hack it this way
new_compute = Symlink(existing_machine.__name__, existing_machine)
self.context._add(new_compute)
else:
log.msg('Adding virtual compute %s...' % vm_uuid,
system='v12n-sync', logLevel=logging.WARNING)
new_compute = Compute(unicode(remote_vm['name']), unicode(remote_vm['state']))
new_compute.__name__ = vm_uuid
new_compute.template = unicode(remote_vm['template'])
alsoProvides(new_compute, IVirtualCompute)
alsoProvides(new_compute, IDeployed)
# for now let's force new synced computes to not have salt installed
# XXX: not sure if removing a parent interface will remove the child also
noLongerProvides(new_compute, IManageable)
self.context.add(new_compute)
for vm_uuid in remote_uuids.intersection(local_uuids):
noLongerProvides(self.context[vm_uuid], IUndeployed)
alsoProvides(self.context[vm_uuid], IDeployed)
for vm_uuid in local_uuids.difference(remote_uuids):
if IDeploying.providedBy(self.context[vm_uuid]):
log.msg("Don't delete undeployed VM while in IDeploying state", system='v12n')
continue
noLongerProvides(self.context[vm_uuid], IDeployed)
alsoProvides(self.context[vm_uuid], IUndeployed)
self.context[vm_uuid].state = u'inactive'
if get_config().getboolean('sync', 'delete_on_sync'):
log.msg("Deleting compute %s" % vm_uuid, system='v12n-sync', logLevel=logging.WARNING)
compute = self.context[vm_uuid]
del self.context[vm_uuid]
handle(compute, ModelDeletedEvent(self.context))
# TODO: eliminate cross-import between compute and v12ncontainer
from opennode.knot.backend.compute import ICompute
from opennode.knot.backend.syncaction import SyncAction
# sync each vm
for compute in self.context.listcontent():
if not IVirtualCompute.providedBy(compute):
continue
log.msg('Attempting to sync %s' % compute, system='sync-vms')
if not ICompute.providedBy(compute.__parent__.__parent__):
log.msg('Inconsistent data: %s, Compute is expected. Attempting to fix %s'
% (compute.__parent__.__parent__, compute),
system='sync-vms', logLevel=logging.WARNING)
compute.__parent__ = self.context
log.msg('Fixing %s %s' % (compute,
'successful!'
if ICompute.providedBy(compute.__parent__.__parent__)
else 'failed!'),
system='sync-vms', logLevel=logging.WARNING)
if not ICompute.providedBy(compute.__parent__.__parent__):
return
action = SyncAction(compute)
matching = [rvm for rvm in remote_vms if rvm['uuid'] == compute.__name__]
if not matching:
continue
remote_vm = matching[0]
# todo delegate all this into the action itself
default_console = action._default_console()
action._sync_consoles()
action.sync_owner_transact(remote_vm)
action.sync_vm(remote_vm)
action.create_default_console(default_console)
def update():
machines = db.get_root()['oms_root']['machines']
machine = Compute(unicode(host), u'active', mgt_stack=mgt_stack)
machine.__name__ = str(uuid5(NAMESPACE_DNS, host))
machines.add(machine)
return machine.__name__
def update():
machines = db.get_root()['oms_root']['machines']
machine = Compute(unicode(host), u'active', mgt_stack=mgt_stack)
machine.__name__ = str(uuid5(NAMESPACE_DNS, host))
machines.add(machine)
return machine.__name__
def add_deployed_model_remove_from_hangar(c, target):
path = canonical_path(target)
target = traverse1(path)
cpath = canonical_path(c)
c = traverse1(cpath)
if c is None:
raise Exception('Compute not found: "%s"' % cpath)
new_compute = Compute(unicode(hostname), u'inactive')
new_compute.__name__ = name
new_compute.__owner__ = owner_obj
new_compute.template = unicode(template)
new_compute._ipv4_address = unicode(ipaddr)
new_compute.mac_address = getattr(c, 'mac_address', None)
new_compute.memory = getattr(c, 'memory', 0)
new_compute.diskspace = getattr(c, 'diskspace', {u'total': 0})
new_compute.num_cores = getattr(c, 'num_cores', 0)
new_compute.license_activated = getattr(
c, 'license_activated', True)
alsoProvides(new_compute, IVirtualCompute)
alsoProvides(new_compute, IDeployed)
noLongerProvides(new_compute, IManageable)
target.add(new_compute)
container = c.__parent__
del container[name]
timestamp = int(time.time() * 1000)
IStream(new_compute).add((timestamp, {
'event': 'change',
'name': 'features',
'value': new_compute.features,
'old_value': self.context.features
}))
IStream(new_compute).add((timestamp, {
'event':
'change',
'name':
'ipv4_address',
'value':
new_compute._ipv4_address,
'old_value':
self.context._ipv4_address
}))