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 parse_frame_id(frame_id):
"""Parse the frame_id and return it along with self
Args:
frame_id (str): values separated by "*"
Returns:
PKDict: frame_args
SimDataBase: sim_data object for this simulationType
"""
v = frame_id.split(_FRAME_ID_SEP)
res = PKDict(zip(_FRAME_ID_KEYS, v[:len(_FRAME_ID_KEYS)]))
res.frameIndex = int(res.frameIndex)
res.computeJobSerial = int(res.computeJobSerial)
s = get_class(res.simulationType)
s.frameReport = s.parse_model(res)
s.simulationId = s.parse_sid(res)
#TODO(robnagler) validate these
res.update(zip(s._frame_id_fields(res), v[len(_FRAME_ID_KEYS):]))
return res, s
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
