290   size_t  total_length, pos = 0;  in reassemble_packet()  local
342       total_length = headersize;  in reassemble_packet()
348     total_length += payload_length;  in reassemble_packet()
349     ASSERT_LT(total_length, *reassembled_len) << msg << ": Reassembly buffer too small\n";  in reassemble_packet()
356   ASSERT_EQ(total_length, pos) << msg << ": Reassembled packet length incorrect\n";  in reassemble_packet()
359     ip->tot_len = htons(total_length);  in reassemble_packet()
366     ip6->ip6_plen = htons(total_length - sizeof(*ip6));  in reassemble_packet()
371   *reassembled_len = total_length;  in reassemble_packet()
775   size_t total_length = sizeof(reassembled);  in TEST_F()  local
777                     reassembled, &total_length, "Reassembly sanity check");  in TEST_F()
778   check_packet(reassembled, total_length, "IPv4 Reassembled packet is valid");  in TEST_F()
779   ASSERT_EQ(sizeof(kReassembledIPv4), total_length) << "IPv4 reassembly sanity check: length\n";  in TEST_F()
782   check_data_matches(kReassembledIPv4, reassembled, total_length, "IPv4 reassembly sanity check");  in TEST_F()
784   total_length = sizeof(reassembled);  in TEST_F()
786                     reassembled, &total_length, "IPv6 reassembly sanity check");  in TEST_F()
787   ASSERT_TRUE(!is_ipv6_fragment((struct ip6_hdr *) reassembled, total_length))  in TEST_F()
789   check_packet(reassembled, total_length, "IPv6 Reassembled packet is valid");  in TEST_F()