def __init__(self, tgwurl, *args, **kw): super(TeagleOE, self).__init__(*args, **kw) self.__tgw = LegacyTGWClient(tgwurl) self.__parser = OEInputParser(self.__tgw)
class TeagleOE(TeagleModule):
XMLTAG_TESTBED = 'testbed'
OPT_FORCE_PARENT = False
def __init__(self, tgwurl, *args, **kw):
super(TeagleOE, self).__init__(*args, **kw)
self.__tgw = LegacyTGWClient(tgwurl)
self.__parser = OEInputParser(self.__tgw)
def orchestrate_legacy(self, vctid):
path = self.datadir / quote(vctid)
return self.orchestrate(path.open())
def put_vct_spec(self, vctid, xml):
path = self.datadir / quote(vctid)
path.write_bytes(xml.read())
def orchestrate_startVct(self, component):
c = component
if c._runtimeid:
self.logger.debug("considering instance for starting: id=%s config=%s" % (c._runtimeid, c._conf_dict))
id = Identifier(c._runtimeid)
instance = self.__tgw.get_resource(id)
self.__tgw.execute_method(instance, "start", c._conf_dict)
return instance
def orchestrate_stopVct(self, component):
c = component
if c._runtimeid:
self.logger.debug("considering instance for stopping: id=%s config=%s" % (c._runtimeid, c._conf_dict))
id = Identifier(c._runtimeid)
instance = self.__tgw.get_resource(id)
self.__tgw.execute_method(instance, "stop",c._conf_dict)
return instance
def orchestrate_setVct(self, component):
c = component
#self.logger.info("set vct instance with id %s" %c.runtimeid)
mapping = {}
if c._runtimeid:
self.logger.debug("considering instance for update: id=%s config=%s" % (c._runtimeid, c._conf_dict))
id = Identifier(c._runtimeid)
instance = self.__tgw.get_resource(id)
oldcfg = instance.config
oldcfg.pop("identifier", None)
if oldcfg != c._conf_dict:
self.logger.debug("updating %s (%s != %s)" % (id, oldcfg, c._conf_dict))
self.__tgw.update(id, c._conf_dict)
else:
self.logger.debug("No update required for %s (%s == %s)" % (id, oldcfg, c._conf_dict))
else:
type = c._type.lower()
self.logger.info("add instance: parent=%s typename=%s config=%s ptm=%s" % (c._owner and c._owner._realid or "None", type, c._conf_dict, c._ptm))
owner = c._owner
if owner and not owner._runtimeid:
raise InternalError("Parent not provisioned when provisioning %s" % (c._realid, ))
owner = Identifier(owner and owner._runtimeid or None, c._ptm)
instance = self.__tgw.add_resource(owner, type, c._conf_dict)
c._runtimeid = instance.identifier
self.logger.info("Instance created new id and config: %s and %s " %(instance.identifier,instance.config))
return instance
def orchestrate(self, xml, operation):
self.logger.info("Received a request with this xml %s"%(xml,))
try:
#TODO: parallel execution, async, rollback
with BufferingLogTap(name = "Orchestration") as tap:
mapping = {}
opname = "Orchestration"
testbed = self.prepareInput(xml)
self.logger.info("Orchestrating...")
for c in testbed._sortedcomponents:
for k, v in c._conf_dict.items():
if isinstance(v, DynamicReference):
self.logger.debug("Resolving dynid %s" % (v.identifier, ))
c._conf_dict[k] = T1Resource(mapping[v.identifier], self.__tgw)
self.logger.info("Resolved dynid %s -> %s" % (v.identifier, c._conf_dict[k]))
try:
fun = getattr(self, 'orchestrate_%s' %(operation,))
except AttributeError:
raise OperationNotFoundError(operation)
##############
c._conf_dict["vctname"] = testbed._name
instance = fun(c)
#instance = self.orchestrate_startVct(c)
self.logger.info("Finished processing %s" % (c._id, ))
mapping[c._id] = instance.identifier
#instance_data = []
#instance_data.append(instance)
self.logger.info("Orchestration finished.")
except Exception, e:
self.logger.exception("Error during orchestration")
return OrchestrationResult(1, errorstr(e), log = Logbook(opname, "Orchestration Engine", entries = tap.log))
return OrchestrationResult(0, "success", mapping, log = Logbook(opname, "Orchestration Engine", entries = tap.log))
