def parse_p2(file_name):
port_pattern = pattern_gen(G.regex_port);
netlines = list(p1.read_file(S.argv[1], ';|\ |\='));
ips = locate_netelem(netlines, pattern_gen(G.regex_ip));
ports = locate_netelem(netlines, pattern_gen(G.regex_port));
for i in range(0, len(ips), 1):
check_netstat(map(int, RE.split('\.', ips[i])), ports[i]);
def analyze_action(self):
[atype, adesc] = self.description.split('-');
ttokens = atype.replace('"', '').strip().split();
if (G.div in ttokens):
self.type = G.div;
self.amount = float(RE.split('\ |\/', adesc.strip().replace('"', ''))[0]);
#print div, self.amount, atype, adesc;
elif (G.spl in ttokens):
self.type = G.spl;
self.denom = float(adesc.strip().split()[0]);
self.numer = float(adesc.strip().split()[2]);
#print spl, self.denom, self.numer, adesc;
elif (G.chg in ttokens):
self.type = G.chg;
if (G.sym in ttokens):
self.key = G.sym;
elif ("Name" in ttokens):
self.key = G.dsc;
else: print "unknown change elem:", atype; S.exit(1);
self.val = (adesc.strip().split()[-1]).replace('"', '');
#print G.chg, self.key, self.val;
else: print "unknown action type", self.description; S.exit(1);
