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src//ConcurrentTracert.cc: // Create a new list of probes with the same ttl
src//ConcurrentTracert.cc: probes_by_ttl[i] = new ListProbes();
src//ConcurrentTracert.cc: lprobes->probes = new TimedProbe*[opts->max_try];
src//Datagram.cc: * Create a new datagram.
src//Datagram.cc: headers = new Header*[8];
src//Datagram.cc: this->data = new uint8[length];
src//ExhaustiveOldTracert.cc: // Create a new list of probes with the same ttl
src//ExhaustiveOldTracert.cc: probes_by_ttl2[ttl_current] = new MapProbes();
src//ExhaustiveOldTracert.cc: //lprobes->probes = new TimedProbe*[opts->max_try];
src//ExhaustiveOldTracert.cc: // or no new reply was caught in one round
src//ExhaustiveOldTracert.cc: // or no new reply was caught in one round
src//ExhaustiveOldTracert.cc: // or no new reply was caught in one round
src//ExhaustiveOldTracert.cc: fprintf(stderr, "[%d] new interface : %s", ttl_current, tprobe->host_address);
src//ExhaustiveOldTracert.cc: printf("not new %s\n", tprobe->host_address);*/
src//ExhaustiveTracert.cc: // or no new reply was caught in one round
src//ExhaustiveTracert.cc: mprobes_prev = new MapProbes();
src//ExhaustiveTracert.cc: //TimedProbe* t = new TimedProbe();
src//ExhaustiveTracert.cc: // Create a new list of probes with the same ttl
src//ExhaustiveTracert.cc: probes_by_ttl2[ttl_current] = new MapProbes();
src//ExhaustiveTracert.cc: //lprobes->probes = new TimedProbe*[opts->max_try];
src//ExhaustiveTracert.cc: interf = new Interface();
src//ExhaustiveTracert.cc: Interface** list = new Interface*[size];
src//ExhaustiveTracert.cc: // log(WARN, "[%d] new interface : %s", ttl_current, tprobe->host_address);
src//Header.cc: printf("new header\n");
src//HopByHopTracert.cc: // Create a new list of probes with the same ttl
src//HopByHopTracert.cc: probes_by_ttl[ttl_current] = new ListProbes();
src//HopByHopTracert.cc: lprobes->probes = new TimedProbe*[opts->max_try];
src//ICMPDestUnreachable.cc: * Create a new ICMP Destination Unreachable header and initialize it from the
src//ICMPDestUnreachable.cc: ip4_err = new IP4Header(data, len, offs + 8);
src//ICMPDestUnreachable.cc: data_err = new uint8[8];
src//ICMPEcho.cc: * Create a new ICMP Echo header (Echo request or echo reply).
src//ICMPEcho.cc: * Create a new ICMP Echo header and initialize it with 16 bytes of <i>data</i>
src//ICMPHeader.cc: * Create a new ICMP header.
src//ICMPHeader.cc: header = new uint8[8];
src//ICMPHeader.cc: * Create a new ICMP header and initialize it from the <i>data</i> array
src//ICMPHeader.cc: header = new uint8[8];
src//ICMPProbe.cc: * Create a new UDP probe.
src//ICMPProbe.cc: IP4Header* ip4 = new IP4Header();
src//ICMPProbe.cc: ICMPHeader* icmp = new ICMPHeader();
src//ICMPProbe.cc: uint8* d = new uint8[data_len];
src//ICMPProbe.cc: uint8* icmp_datagram = new uint8[datagram_len];
src//ICMPReply.cc: * Create a new <i>ICMPReply</i> from an ICMP packet.
src//ICMPReply.cc: IP4Header* ip4 = new IP4Header(packet, packet_len, 0);
src//ICMPReply.cc: ICMPHeader* icmp = new ICMPHeader(packet, packet_len, ip4_hdrlen);
src//ICMPReply.cc: IP4Header* err_ip4 = new IP4Header(packet, packet_len, ip4_hdrlen + 8);
src//ICMPReply.cc: UDPHeader* err_udp = new UDPHeader(packet, packet_len, ip4_hdrlen + 28);
src//ICMPReply.cc: MPLSHeader* mpls = new MPLSHeader(packet, ip_remaining_len, ip4_hdrlen + 8 + 128);
src//ICMPReply.cc: ICMPHeader* err_icmp = new ICMPHeader(packet, packet_len, 48);
src//ICMPReply.cc: MPLSHeader* mpls = new MPLSHeader(packet, ip_remaining_len, ip4_hdrlen + 8 + 128);
src//ICMPReply.cc: ICMPHeader* err_icmp2 = new ICMPHeader(packet, packet_len, ip4_hdrlen + 28);
src//ICMPReply.cc: MPLSHeader* mpls = new MPLSHeader(packet, ip_remaining_len, ip4_hdrlen + 8 + 128);
src//ICMPTimeExceeded.cc: * Create a new ICMP Time Exceeded header and initialize it from the <i>data</i>
src//ICMPTimeExceeded.cc: ip4_err = new IP4Header(data, length, offset + 8);
src//ICMPTimeExceeded.cc: data_err = new uint8[8];
src//IP4Header.cc: * Create a new IPv4 header.
src//IP4Header.cc: header = new uint8[20];
src//IP4Header.cc: * Create a new IPv4 header and initialize it with 20 bytes of <i>data</i> array
src//IP4Header.cc: header = new uint8[header_len];
src//IP4Header_NetBSD.cc: * Create a new IPv4 header.
src//IP4Header_NetBSD.cc: header = new uint8[20];
src//IP4Header_NetBSD.cc: * Create a new IPv4 header and initialize it with 20 bytes of <i>data</i> array
src//IP4Header_NetBSD.cc: header = new uint8[20];
src//MPLSHeader.cc: header = new uint8[length];
src//MPLSHeader.cc: labels = new uint32[nbr_entries+1];
src//MtTracert.cc: t = new HopByHopTracert(opts);
src//MtTracert.cc: t = new PackByPackTracert(opts);
src//MtTracert.cc: t = new ConcurrentTracert(opts, opts->ttl_max);
src//MtTracert.cc: t = new ScoutTracert(opts, opts->ttl_max);
src//MtTracert.cc: t = new ExhaustiveTracert(opts);
src//MtTracert.cc: t = new ExhaustiveOldTracert(opts);
src//MtTracert.cc: //traceroute = new NULLTracert();
src//MtTracert.cc: //t = new HopByHopTracert(opts);
src//MtTracert.cc: t = new PackByPackTracert(opts);
src//MtTracert.cc: t = new ConcurrentTracert(opts, opts->ttl_max);
src//MtTracert.cc: t = new ScoutTracert(opts, opts->ttl_max);
src//MtTracert.cc: //traceroute = new NULLTracert();
src//Output.cc: // A "new interface"
src//Output.cc: // if new algo, or old algo and per-flow lb
src//PackByPackTracert.cc: // Create a new list of probes with the same ttl
src//PackByPackTracert.cc: probes_by_ttl[ttl_current] = new ListProbes();
src//PackByPackTracert.cc: lprobes->probes = new TimedProbe*[opts->max_try];
src//paris-traceroute.cc: Options* opts = new Options(argc, argv);
src//paris-traceroute.cc: icmp_server = new Server(opts, "icmp");
src//paris-traceroute.cc: bw = new Bandwidth(opts);
src//paris-traceroute.cc: MtTracert** mt = new MtTracert*[opts->threads_count];
src//paris-traceroute.cc: bool* terminated = new bool[opts->threads_count];
src//paris-traceroute.cc: mt[i] = new MtTracert(opts, i, icmp_server, targets, &targets_lock, &output_lock, bw);
src//paris-traceroute.cc: icmp_server = new Server(opts, "icmp");
src//paris-traceroute.cc: tcp_server = new Server(opts, "tcp");
src//paris-traceroute.cc: traceroute = new ConcurrentTracert(opts, ttl_dest);
src//paris-traceroute.cc: traceroute = new HopByHopTracert(opts);
src//Probe.cc: * Create a new Probe.
src//Probe.cc: return new ICMPProbe(src_addr, dst_addr, ttl, tos, data_len, dst_port, proc_id, id);
src//Probe.cc: return new UDPProbe(src_addr, src_port, dst_addr, dst_port,
src//Probe.cc: return new TCPProbe(src_addr, src_port, dst_addr, dst_port,
src//Probe.cc: *data = new uint8[len];
src//Reply.cc: return new ICMPReply(packet, packet_len);
src//Reply.cc: return new TCPReply(packet, packet_len);
src//ScoutTracert.cc: * Create a new instance of a traceroute test algorithm.
src//ScoutTracert.cc: probes_by_ttl[ttl_current] = new ListProbes();
src//ScoutTracert.cc: lprobes->probes = new TimedProbe*[1];
src//Server.cc: * Create a new <i>Server</i> to listen incoming message.
src//Server.cc: this->client = new Tracert*[opts->threads_count];
src//Server.cc: this->client_id = new int[opts->threads_count];
src//Server.cc: * a new probable reply has arrived. It is up to the client to distinguish
src//TCPHeader.cc: * Create a new TCP header.
src//TCPHeader.cc: header = new uint8[20];
src//TCPHeader.cc: * Create a new TCP header and initialise it with 20 bytes of <i>data</i> array
src//TCPHeader.cc: header = new uint8[20];
src//TCPProbe.cc: IP4Header* ip4 = new IP4Header();
src//TCPProbe.cc: TCPHeader* tcp = new TCPHeader();
src//TCPProbe.cc: uint8* d = new uint8[data_len];
src//TCPProbe.cc: uint8* dgram_checksum = new uint8[dgram_checksum_len];
src//TCPReply.cc: IP4Header* ip4 = new IP4Header(packet, packet_len, 0);
src//TCPReply.cc: TCPHeader* tcp = new TCPHeader(packet, packet_len, ip4_hdrlen);
src//Test.cc: Options* opts = new Options(argc, argv);
src//Test.cc: Tracert* trace = new NULLTracert();
src//Test.cc: Server* server = new Server(trace, opts, "tcp");
src//TracertImpl.cc: time = new Time();
src//TracertImpl.cc: TimedProbe* tprobe = new TimedProbe();
src//tupleroute.cc: Options* opts = new Options(argc, argv);
src//tupleroute.cc: traceroute = new HopByHopTracert(opts);
src//tupleroute.cc: traceroute = new ExhaustiveTracert(opts);
src//tupleroute.cc: traceroute = new PackByPackTracert(opts);
src//tupleroute.cc: traceroute = new ConcurrentTracert(opts, opts->ttl_max);
src//tupleroute.cc: traceroute = new ScoutTracert(opts, opts->ttl_max);
src//tupleroute.cc: traceroute = new NULLTracert();
src//tupleroute.cc: icmp_server = new Server(opts, "icmp");
src//tupleroute.cc: tcp_server = new Server(opts, "tcp");
src//tupleroute.cc: traceroute = new ConcurrentTracert(opts, ttl_dest);
src//tupleroute.cc: traceroute = new HopByHopTracert(opts);
src//UDPHeader.cc: * Create a new UDP header.
src//UDPHeader.cc: header = new uint8[8];
src//UDPHeader.cc: * Create a new IDP header and initialise it with 8 bytes of <i>data</i> array
src//UDPHeader.cc: header = new uint8[8];
src//UDPProbe.cc: * Create a new UDP probe.
src//UDPProbe.cc: IP4Header* ip4 = new IP4Header();
src//UDPProbe.cc: UDPHeader* udp = new UDPHeader();
src//UDPProbe.cc: uint8* d = new uint8[data_len];
src//UDPProbe.cc: uint8* dgram_checksum = new uint8[dgram_checksum_len];
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