def generateRules(opts, tcpRules, udpRules, icmpRules):
print "Generating TCP-Ruleset"
tcpRuleG = RuleGenerator(tcpRules, "tcp", opts.style, opts.numChecksP, opts.numChecksIP, \
opts.numAnyP, opts.numAnyIP, \
opts.distanceRange, opts.slashSize, opts.ipsPerSlash)
if opts.verbose:
print "Original ruleset:"
tcpRuleG.printRules()
tcpRuleG.generateRules()
print "Generating UDP-Ruleset"
udpRuleG = RuleGenerator(udpRules, "udp", opts.style, opts.numChecksP, opts.numChecksIP, \
opts.numAnyP, opts.numAnyIP, opts.distanceRange, \
opts.slashSize, opts.ipsPerSlash)
if opts.verbose:
print "Original ruleset:"
udpRuleG.printRules()
udpRuleG.generateRules()
print "Generating ICMP-Ruleset"
icmpRuleG = RuleGenerator(icmpRules, "icmp", opts.style, opts.numChecksP, opts.numChecksIP, \
opts.numAnyP, opts.numAnyIP, opts.distanceRange, \
opts.slashSize, opts.ipsPerSlash)
if opts.verbose:
print "Original ruleset:"
icmpRuleG.printRules()
icmpRuleG.generateRules()
tcpRuleG.printRules(opts.elements)
print
udpRuleG.printRules(opts.elements)
print
icmpRuleG.printRules(opts.elements)
print
return tcpRuleG, udpRuleG, icmpRuleG
