def test_tcp_block_single_port_incoming(self):
rules = Rules(block_single_port)
binary_packet = BinaryPacket()
binary_packet.tcp_source = 52 # The rule shouldn't apply here
packet = Packet(pkt_dir=PKT_DIR_INCOMING, pkt=binary_packet.get_tcp_packet(), geoDB=None)
result = rules.result_for_pkt(packet)
self.assertEqual(RULE_RESULT_PASS, result)
binary_packet.tcp_source = 53 # The rule should apply here
packet = Packet(pkt_dir=PKT_DIR_INCOMING, pkt=binary_packet.get_tcp_packet(), geoDB=None)
result = rules.result_for_pkt(packet)
self.assertEqual(RULE_RESULT_DROP, result)
def test_tcp_block_port_range_incoming(self):
rules = Rules(block_port_range_rules)
binary_packet = BinaryPacket()
port_unblocked_range = range(0, 1000) + range(2001, 3001)
port_blocked_range = range(1000, 2001)
for port in port_unblocked_range:
binary_packet.tcp_source = port # The rule shouldn't apply here
packet = Packet(pkt_dir=PKT_DIR_INCOMING, pkt=binary_packet.get_tcp_packet(), geoDB=None)
result = rules.result_for_pkt(packet)
self.assertEqual(RULE_RESULT_PASS, result)
for port in port_blocked_range:
binary_packet.tcp_source = port # The rule should apply here
packet = Packet(pkt_dir=PKT_DIR_INCOMING, pkt=binary_packet.get_tcp_packet(), geoDB=None)
result = rules.result_for_pkt(packet)
self.assertEqual(RULE_RESULT_DROP, result)
