def _post_setup(result):
if not circuit.running_phase :
self.logger.warn("Method <%s> call for current phase is not valid" % name)
return False
if from_dlp :
valid_method_name = get_dlp_method(circuit.running_phase.name)
if valid_method_name != name :
self.logger.warn("Recurrent phase %s ignored" % name)
return False
dps = maybeDeferred(self._run_proxymethod,
launcher,
id,
name,
args,
circuit)
@dps.addCallback
def result_proxy(res):
return True
@dps.addErrback
def failed_proxy(failure):
self.logger.warn("Proxymethod execution failed: %s" % failure)
return False
return dps
def _post_setup(result):
if not circuit.running_phase:
self.logger.warn(
"Method <%s> call for current phase is not valid" %
name)
return False
if from_dlp:
valid_method_name = get_dlp_method(
circuit.running_phase.name)
if valid_method_name != name:
self.logger.warn("Recurrent phase %s ignored" % name)
return False
dps = maybeDeferred(self._run_proxymethod, launcher, id, name,
args, circuit)
@dps.addCallback
def result_proxy(res):
return True
@dps.addErrback
def failed_proxy(failure):
self.logger.warn("Proxymethod execution failed: %s" %
failure)
return False
return dps
def completed_step(self, id, phase, stdout, stderr, exitcode):
try:
method = get_dlp_method(phase)
except KeyError:
logging.getLogger().warn("Method %s not declared" % phase)
return False
else:
return xmlrpcCleanup(MscDispatcher().run_proxymethod(
"dlp", id, method, (exitcode, stdout, stderr), True))
def completed_step(self, id, phase, stdout, stderr, exitcode):
try:
method = get_dlp_method(phase)
except KeyError:
logging.getLogger().warn("Method %s not declared" % phase)
return False
else :
return xmlrpcCleanup(MscDispatcher().run_proxymethod("dlp",
id,
method,
(exitcode, stdout, stderr),
True
))