def convertResponseToJson(self, jsonCandidate):
try:
def raiseException():
guid = uuid.uuid4()
logging.error("%s of type %s is not valid json. guid = %s", jsonCandidate, type(jsonCandidate), guid)
raise Exceptions.SubscribableWebObjectsException("result was not valid json. Guid = %s" % guid)
if jsonCandidate is None:
return jsonCandidate
if isinstance(jsonCandidate, (int,str,unicode,float,bool,long)):
return jsonCandidate
if isinstance(jsonCandidate, (list, tuple)):
return [self.convertResponseToJson(r) for r in jsonCandidate]
if isinstance(jsonCandidate, dict):
newDict = {}
for k,v in jsonCandidate.iteritems():
if not isinstance(k,str):
raiseException()
newDict[k] = self.convertResponseToJson(v)
return newDict
objDefPopulated = False
try:
if ComputedGraph.isLocation(jsonCandidate):
if jsonCandidate in self.objectToIdCache_:
objDef = {
'objectId_': self.lookupObjectId(jsonCandidate)
}
else:
objDef = {
"objectId_": self.lookupObjectId(jsonCandidate),
"objectDefinition_": {
'type': AllObjectClassesToExpose.typenameFromType(
ComputedGraph.getLocationTypeFromLocation(jsonCandidate)
),
'args': jsonCandidate.__reduce__()[1][0]
}
}
objDefPopulated = True
else:
objDef = jsonCandidate.objectDefinition_
objDefPopulated = True
except AttributeError:
objDefPopulated = False
if objDefPopulated:
return self.convertResponseToJson(objDef)
raiseException()
except:
logging.error("%s of type %s is not valid json.", jsonCandidate, type(jsonCandidate))
raise
def convertResponseToJson(self, jsonCandidate):
try:
def raiseException():
guid = uuid.uuid4()
logging.error("%s of type %s is not valid json. guid = %s", jsonCandidate, type(jsonCandidate), guid)
raise Exceptions.SubscribableWebObjectsException("result was not valid json. Guid = %s" % guid)
if jsonCandidate is None:
return jsonCandidate
if isinstance(jsonCandidate, (int, str, unicode, float, bool, long)):
return jsonCandidate
if isinstance(jsonCandidate, (list, tuple)):
return [self.convertResponseToJson(r) for r in jsonCandidate]
if isinstance(jsonCandidate, dict):
newDict = {}
for k, v in jsonCandidate.iteritems():
if not isinstance(k, str):
raiseException()
newDict[k] = self.convertResponseToJson(v)
return newDict
objDefPopulated = False
try:
if ComputedGraph.isLocation(jsonCandidate):
if jsonCandidate in self.objectToIdCache_:
objDef = {"objectId_": self.lookupObjectId(jsonCandidate)}
else:
objDef = {
"objectId_": self.lookupObjectId(jsonCandidate),
"objectDefinition_": {
"type": AllObjectClassesToExpose.typenameFromType(
ComputedGraph.getLocationTypeFromLocation(jsonCandidate)
),
"args": jsonCandidate.__reduce__()[1][0],
},
}
objDefPopulated = True
else:
objDef = jsonCandidate.objectDefinition_
objDefPopulated = True
except AttributeError:
objDefPopulated = False
if objDefPopulated:
return self.convertResponseToJson(objDef)
raiseException()
except:
logging.error("%s of type %s is not valid json.", jsonCandidate, type(jsonCandidate))
raise
def unfinishedDependentCodeLocationsAsJson(self):
res = []
for cv in self.rootComputedValueDependencies:
if not cv.isFinished:
#each computed value we depend on might be a visualize. If so, we want
#the actual script computation (if available)
cv = cv.unwrapVisualizable
cv = cv.unwrapMember
#only some ComputedValue objects have this property
loc = cv.codeLocationDefinitionAsJson
if loc is not None:
res.append(loc)
else:
res.append(str(ComputedGraph.getLocationTypeFromLocation(cv)))
return tuple(res)
def getObjectClass(o):
if ComputedGraph.isLocation(o):
return ComputedGraph.getLocationTypeFromLocation(o)
return o.__class__
def getObjectClass(o):
if ComputedGraph.isLocation(o):
return ComputedGraph.getLocationTypeFromLocation(o)
return o.__class__
