def CGGenclients(self):
retList = []
(cgWaitTimes, groupTestTime) = computeWaitTimes(self.roamInterval, self.dummyRoamBenchDict, self.dummyClientGroupNumsDict)
maxSplitTime = 1800
grpTestTime = -1
CGnameList = self.Clientgroup.keys()
CGnameList.sort() #Make sure we do not shuffle the starttime of the clientgroups
for CGname in CGnameList:
if groupTestTime.has_key(CGname):
grpTestTime = groupTestTime[CGname]
retVal = self.Clientgroup[CGname].splitGenClients(maxSplitTime, cgWaitTimes, self.roamInterval, grpTestTime)
retList.append(retVal)
return retList
def Generateclients(self):
#For each CGobject, RoamBenchmarkEventClass generates a list of
#Client objects. This is stored as a dictionary of form
#'clientname': ClientObject. This dictionary can be
#retrieved for each CGobject with GetClientdict() method.
max_test_time = 0
grpTestTime = -1
(cgWaitTimes, groupTestTime) = computeWaitTimes(self.roamInterval, self.dummyRoamBenchDict, self.dummyClientGroupNumsDict)
for CGname in self.Clientgroup.keys():
if groupTestTime.has_key(CGname):
grpTestTime = groupTestTime[CGname]
total_roam_time = self.Clientgroup[CGname].Generateclients(cgWaitTimes, self.roamInterval, grpTestTime)
if total_roam_time > max_test_time:
max_test_time = total_roam_time
self.SetTotalDuration(max_test_time)