def makeRandomEvent(self):
eventData = JSONObject()
eventData.ceID = 123456
eventData.ceType = "Aarhus_Road_Traffic_Event"
eventData.ceName = "traffic jam"
eventData.ceTime = 1438591234000L
eventData.ceCoordinate = "(56.12 10.13)"
eventData.ceLevel = 1
eventData.dummy = True
return eventData
EventDescription to show Dan what we need and to test the annotation part. You will probably need a pseudo
EventGenerator for that.
Later, the ResourceManagement API will receive new EventDescriptions and instanciate EventWrapper
(or best case we can reuse one instance). There is no need to make the metadata file nor to instanciate an
EventWrapper for each REPORT_ID."""
self.eventDescription = eventdescription
def getEventDescription(self):
return self.eventDescription
if __name__ == "__main__":
atew = AarhusTrafficEventWrapper()
from virtualisation.annotation.genericannotation import GenericAnnotation
annotator = GenericAnnotation()
eventData = JSONObject()
eventData.ceID = 123456
eventData.ceType = "traffic"
eventData.ceName = "traffic jam"
eventData.ceTime = 1438591234000L
eventData.ceCoordinate = "(56.12 10.13)"
eventData.ceLevel = 1
print "Incoming event data", eventData.dumps()
print
g = annotator.annotateEvent(eventData, atew.getEventDescription())
print "Resulting graph", g.serialize(format='n3')
print
print atew.getEventDescription().dumps()
