def __init__(self, repo, oe, *args, **kw): super(TeagleRP, self).__init__(*args, **kw) self.serializer = LegacyTestbedSerializer() if isinstance(repo, basestring): from teagle.repository import make_repoclient repo = make_repoclient(repo) if isinstance(oe, basestring): #from teagleoe.django.teagleoe.controller import OEController #oe = OEController() from teagle.oe.simple import SimpleOEClient oe = SimpleOEClient(oe) self.repo = repo self.oe = oe
class TeagleRP(TeagleModule):
def __init__(self, repo, oe, *args, **kw):
super(TeagleRP, self).__init__(*args, **kw)
self.serializer = LegacyTestbedSerializer()
if isinstance(repo, basestring):
from teagle.repository import make_repoclient
repo = make_repoclient(repo)
if isinstance(oe, basestring):
#from teagleoe.django.teagleoe.controller import OEController
#oe = OEController()
from teagle.oe.simple import SimpleOEClient
oe = SimpleOEClient(oe)
self.repo = repo
self.oe = oe
def _find_ptm(self, rs):
ptms = self.repo.list_entities(Ptm, owns = {"resourceSpecs": rs} )
if not ptms:
raise NoPtmFound("No PTM found where type %s can be instantiated" % (rs.commonName, ))
return ptms[0]
def _prep_vct(self, vct):
for i in vct.instances:
if not i.provisioned and not "." in i.commonName:
self.logger.info("PTM missing for instance %s" % (i.commonName, ))
ptm = self._find_ptm(i.resourceSpec)
self.logger.info("Chose PTM %s for instance %s" % (ptm.name, i.commonName))
i.commonName = ptm.name + "." + i.commonName
def book(self, vct):
return self.handle_request(vct.user.userName, vct.commonName, vct)
def handle_request(self, user, vct,operation):
opname = "operation %s with request: vct=%s user=%s" % (operation, vct, user)
try:
with BufferingLogTap(name = "Request Processor") as tap:
self.repo.refresh()
username = user and uc(user) or raise_error(ValueError("No user given"))
vctname = vct and uc(vct) or raise_error(ValueError("No vct name given"))
self.logger.debug("Processing %s", opname)
user = self.repo.get_unique_entity(Person, userName = username)
vct = self.repo.get_unique_entity(Vct, commonName = vctname, user = user)
self._prep_vct(vct)
xml = self.serializer.serialize(vct)
result = self.oe.orchestrate(xml,operation)
tap.emit(result.log)
if result.successful:
self.logger.info("Orchestration succeeded")
vct.state = self.repo.VCT_STATE_BOOKED
updated = set([vct])
instances = {}
for i in vct.instances:
instances[i.identifier] = i
for c in i.get_reference_configurations():
if c.is_array or c.is_dict:
raise NotImplementedError()
try:
c.paramValue = result.idmapping[c.paramValue]
except KeyError:
pass
else:
updated.add(c)
replace_instances = False
for designid, runtimeid in result.idmapping.iteritems():
if designid != runtimeid:
design_instance = self.repo.get_unique_entity(ResourceInstance, commonName = designid)
try:
existing = self.repo.get_unique_entity(ResourceInstance, commonName = runtimeid)
except NoEntityFound:
self.logger.debug("Renaming instance %s: %s => %s" % (repr(design_instance), design_instance.commonName, runtimeid))
design_instance.commonName = runtimeid
design_instance.state = self.repo.RESOURCE_INSTANCE_STATE_PROVISIONED
updated.add(design_instance)
else:
existing.copy_config(instances[designid])
del instances[designid]
instances[runtimeid] = existing
replace_instances = True
updated.add(existing)
if replace_instances:
vct.providesResources = instances.values()
self.repo.persist(updated)
else:
self.logger.info("Orchestration not successful.")
except Exception, e:
return OrchestrationResult(2, errorstr(e), log = Logbook(opname, "Request Processor", tap.log))
return OrchestrationResult(*result[:4], log = Logbook(opname, "Request Processor", tap.log))
