def res(**kwargs):
r = PKDict(**kwargs)
if self.db.canceledAfterSecs is not None:
r.canceledAfterSecs = self.db.canceledAfterSecs
if self.db.error:
r.error = self.db.error
if self.db.alert:
r.alert = self.db.alert
if self.db.isParallel:
r.update(self.db.parallelStatus)
r.computeJobHash = self.db.computeJobHash
r.computeJobSerial = self.db.computeJobSerial
r.elapsedTime = self.elapsed_time()
if self._is_running_pending():
c = req.content
r.update(
nextRequestSeconds=self.db.nextRequestSeconds,
nextRequest=PKDict(
computeJobHash=self.db.computeJobHash,
computeJobSerial=self.db.computeJobSerial,
computeJobStart=self.db.computeJobStart,
report=c.analysisModel,
simulationId=self.db.simulationId,
simulationType=self.db.simulationType,
),
)
return r
def res(**kwargs):
r = PKDict(**kwargs)
if self.db.error:
r.error = self.db.error
if self.db.isParallel:
r.update(self.db.parallelStatus)
r.computeJobHash = self.db.computeJobHash
r.computeJobSerial = self.db.computeJobSerial
r.elapsedTime = r.lastUpdateTime - self.db.computeJobStart
if self.db.status in _RUNNING_PENDING:
c = req.content
r.update(
nextRequestSeconds=self.db.nextRequestSeconds,
nextRequest=PKDict(
computeJobHash=self.db.computeJobHash,
computeJobSerial=self.db.computeJobSerial,
computeJobStart=self.db.computeJobStart,
report=c.analysisModel,
simulationId=self.db.simulationId,
simulationType=self.db.simulationType,
),
)
return r
