for mydict in device_values:
if check_layer2_layer4(mydict) == True:
print("\n\nReconcile %s" % mydict['aasno'])
Reconcile(pyt_src, pyt_dst, device_values, mydict)
else:
print("\n\nNO Reconc %s" % mydict['aasno'])
conflict_rule_numbers, src_same_conflict_rules, src_child_conflict_rules, src_paren_conflict_rules, dst_same_conflict_rules, dst_child_conflict_rules, dst_paren_conflict_rules = check_rule_for_similars(
pyt_src, pyt_dst, mydict) #Gives list of conflict ru
print conflict_rule_numbers, "Conflicted_numbers"
if len(conflict_rule_numbers) == 0:
add_rule_to_patricia(pyt_src, pyt_dst, mydict)
add_rule_to_newft(mydict)
else:
for i in conflict_rule_numbers:
it = str(i)
gamma = (item for item in device_values
if item['aasno'] == it).next()
detection_algorithm(
gamma, mydict, pyt_src, pyt_dst,
src_same_conflict_rules, src_child_conflict_rules,
src_paren_conflict_rules, dst_same_conflict_rules,
dst_child_conflict_rules, dst_paren_conflict_rules)
#check_rule_for_similars(pyt_src,pyt_dst,device_values[0])
print "DETECTION COMPLETE:"
if __name__ == "__main__":
device_values = creating_dict()
pyt_src, pyt_dst = p_trie.patricia()
detection(device_values, pyt_src, pyt_dst)
print "dst_all : {}".format(dst_all)
'''
src_conflict_rules = []
for i in src_all:
print i
src_conflict_rules = src_conflict_rules + pyt_src.get(i)
dst_conflict_rules = []
for i in dst_all:
dst_conflict_rules = dst_conflict_rules + pyt_dst.get(i)
print src_conflict_rules
print dst_conflict_rules
print "\n"
final_conflict_rules = list(
set(src_conflict_rules) & set(dst_conflict_rules))
print final_conflict_rules
print "check_similar finished"
return final_conflict_rules
def detection(device_values, pyt_src, pyt_dst):
print("Hello detection starts from here")
check_rule_for_similars(pyt_src, pyt_dst, device_values[0])
print "DETCETION COMPLETE:"
if __name__ == "__main__":
device_values = creating_dict()
pyt_src, pyt_dst = p_trie.patricia(device_values)
detection(device_values, pyt_src, pyt_dst)