def getNewRules(oldTargets, newTargets):
newRulesList = []
for i in range(0, len(oldTargets)):
currIP = oldTargets[i]['ip']
currWild = oldTargets[i]['wild']
currReplica = oldTargets[i]['replica']
matchRule = findMatch(newTargets, currIP, currWild)
# 2 New Rules for 1 Old Rule
if matchRule == []:
newChildRules = findChildRules(newTargets, currIP, currWild)
if newChildRules != []:
newRulesList.append({'NewRules': newChildRules, 'OldRules': [oldTargets[i]]})
for i in range(0, len(newTargets)):
currRule = IPTransition.copyRule(newTargets[i])
currIP = currRule['ip']
currWild = currRule['wild']
currReplica = currRule['replica']
matchRule = findMatch(oldTargets, currIP, currWild)
# 1 New Rule for 1 Old Rule
if matchRule != []:
# if currRule['replica'] != matchRule[0]['replica']:
newRulesList.append({'NewRules': [currRule], 'OldRules': matchRule})
# 1 New Rule for 2 Old Rules
else:
oldChildRules = findChildRules(oldTargets, currIP, currWild)
alreadyRule = False
for i, childRule in enumerate(oldChildRules):
if findMatch(newTargets, childRule['ip'], childRule['wild']) != []:
alreadyRule = True
if oldChildRules != [] and not alreadyRule:
newRulesList.append({'NewRules': [currRule], 'OldRules': oldChildRules})
return newRulesList
# Init Forwarding Table
Multipath.calcForwardingTable()
# NEW ALPHAS
os.system('cp ' + Globals.HOME + 'alpha1.txt ' + Globals.HOME + 'alpha.txt')
time.sleep(1)
alphaFileUpdate()
Globals.TARGETRULES[0]['traffic'] = 99
alphaFileUpdate()
Globals.TARGETRULES[0]['traffic'] = 1
# NEW ALPHAS
os.system('cp ' + Globals.HOME + 'alpha2.txt ' + Globals.HOME + 'alpha.txt')
time.sleep(1)
alphaFileUpdate()
Globals.TARGETRULES[1]['traffic'] = 10
hardTimeoutHandler(Globals.TRANSITRULES[0])
timeoutRules = []
for i, transitRule in enumerate(Globals.TRANSITRULES):
timeoutRules.append(IPTransition.copyRule(transitRule))
for i, transitRule in enumerate(timeoutRules):
hardTimeoutHandler(transitRule)
