def determineTargets(targetList, alphas, deeperList):
totalTraffic = long(sumTraffic(targetList) / numNonZero(targetList))
newTargetList = []
oldTargetList = []
Globals.ASSIGNLOG.write('Threshold: ' + str(totalTraffic * Globals.MINTGTTHRESH) + " < x < " + str(totalTraffic * Globals.MAXTGTTHRESH) + '\n')
for i in range(0, len(targetList)):
if targetList[i]['traffic'] > (totalTraffic * Globals.MAXTGTTHRESH) or Alphas.sumAllAlphaAssign(alphas) < Alphas.sumAllAlphaTarget(alphas):
Globals.ASSIGNLOG.write('\t' + str(targetList[i]['ip']) + " Beyond Threshold " + str(targetList[i]['traffic']) + '\n')
# Beyond Threshold: Need more rules
childList = IPRules.findChildRules(deeperList, targetList[i]['ip'], targetList[i]['wild'])
for j, child in enumerate(childList):
newTargetList.append(child)
if childList != []:
oldTargetList.append(targetList[i])
elif targetList[i]['traffic'] < (totalTraffic * Globals.MINTGTTHRESH):
Globals.ASSIGNLOG.write('\t' + str(targetList[i]['ip']) + " Under Threshold " + str(targetList[i]['traffic']) + '\n')
# Below Theshold: Reduce rules
(siblingIP, siblingWild) = IPRules.findSiblingRule(targetList[i])
siblingRule = IPRules.findMatch(targetList, siblingIP, siblingWild)
if siblingRule != []:
if siblingRule[0]['traffic'] <= (totalTraffic * Globals.MINTGTTHRESH) and \
targetList.index(siblingRule[0]) < i:
parentRule = IPRules.getParentRule(siblingRule[0])
Globals.ASSIGNLOG.write('\t' + str(parentRule['ip']) + '/' + str(parentRule['wild']) + ' combined\n')
newTargetList.append(parentRule)
oldTargetList.append(targetList[i])
oldTargetList.append(siblingRule[0])
else:
Globals.ASSIGNLOG.write('\t' + str(targetList[i]['ip']) + " Fine Threshold " + str(targetList[i]['traffic']) + '\n')
if targetList[i]['replica'] == -1:
newTargetList.append(targetList[i])
oldTargetList.append(targetList[i])
return (oldTargetList, newTargetList)
