Searched refs:TCP (Results 1 – 25 of 221) sorted by relevance
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2 # 1.1.1.1,1025 -> 2.1.1.1,25 TTL=63 TCP DF,FO=0 SYN7 # 1.1.1.1,1025 -> 2.1.1.1,25 TTL=63 TCP MF ACK12 # 1.1.1.1,1025 -> 2.1.1.1,25 TTL=63 TCP FO=2 ACK17 # 1.1.1.1,1024 -> 2.1.1.1,25 TTL=63 TCP DF MF FO=0 SYN22 # 1.1.1.1,1025 -> 2.1.1.1,25 TTL=63 TCP DF FO=027 # 1.1.1.1 -> 2.1.1.1 TTL=63 TCP DF FO=1 SYN56 # 1.1.1.1,21 -> 2.1.1.1,54 TTL=63 TCP MF FO=076 # 2.1.1.1,25 -> 1.1.1.1,1014 TTL=63 TCP DF SYN-ACK81 # 1.1.1.1,1024 -> 2.1.1.1,25 TTL=63 TCP DF ACK (OOW)86 # 1.1.1.1,1024 -> 2.1.1.1,25 TTL=63 TCP DF ACK (out-of-order)[all …]
1 # TCP 1.1.1.1,54076 -> 2.2.2.2,27 SYN8 # TCP 2.2.2.2,27 -> 1.1.1.1,54076 ACK15 # TCP 1.1.1.1,54076 -> 2.2.2.2,27 SYN22 # TCP 2.2.2.2,27 -> 1.1.1.1,54076 SYN-ACK28 # TCP 1.1.1.1,54076 -> 2.2.2.2,27 ACK34 # TCP 2.2.2.2,27 -> 1.1.1.1,54076 ACK+data
1 # 1.1.1.1,1025 -> 2.1.1.1,25 TTL=63 TCP DF SYN6 # 1.1.1.1,1025 -> 2.1.1.1,25 TTL=63 TCP DF ACK11 # 1.1.1.1,1025 -> 2.1.1.1,25 TTL=63 TCP DF MF FO=0 ACK16 # 1.1.1.1,1025 -> 2.1.1.1,25 TTL=63 TCP DF FO=021 # 1.1.1.1 -> 2.1.1.1 TTL=63 TCP DF FO=1 ACK
1 # ICMP dest unreachable with 64 bits in payload (in reply to a TCP packet3 # IP 4.4.4.4 2.2.2.2 TCP(20480,80)10 # IP 3.3.3.3 -> 4.4.4.4 ICMP (IP(4.4.4.4,6.6.6.6) TCP(20480,80)) UNREACH17 # IP 3.3.3.3 -> 4.4.4.4 ICMP (IP(4.4.4.4,6.6.6.6) TCP(20480,80)) REDIRECT25 # IP 3.3.3.3 -> 5.5.5.5 ICMP (IP(4.4.4.4,6.6.6.6) TCP(20480,80)) UNREACH
2 # ICMP dest unreachable with 64 bits in payload (in reply to a TCP packet4 # IP 4.4.4.4 2.2.2.2 TCP(20480,80)9 # IP 3.3.3.3 -> 4.4.4.4 ICMP (IP(4.4.4.4,6.6.6.6) TCP(20480,80))16 # IP 3.3.3.3 -> 4.4.4.4 ICMP (IP(4.4.4.4,6.6.6.6) TCP(20480,80))24 # IP 3.3.3.3 -> 4.4.4.4 ICMP (IP(4.4.4.4,6.6.6.6) TCP(20480,80))
4 The performance increase will only be as good as the network and TCP stack25 64MB as the TCP receive buffer grows. The maximum HPN Buffer size of 64MB29 Result: HPN Buffer Size = TCP receive buffer value. 34 Result: HPN Buffer Size = minmum of TCP receive buffer and HPNBufferSize. 35 This would be the system defined TCP receive buffer (RWIN).53 This will override autotuning and set the TCP recieve buffer to the user73 Enable or disable the polling of the TCP receive buffer through the life 79 Set the TCP socket receive buffer to n Kilobytes. It can be set up to the 81 the TCP receive window is set low but the maximum buffer size is set higher82 (as is typical). This works on a per TCP connection basis. You can also use[all …]
9 [Image] TCP/UDP Ports11 [Image] TCP Flags (established)104 package, the threat is that the TCP flags field of the TCP packet may be in171 Filtering by port number only works with the TCP and UDP IP protocols. When190 # allow any TCP packets from the same subnet as foo is on through to host234 TCP Flags (established)236 Filtering on TCP flags is useful, but fraught with danger. I'd recommend237 that before using TCP flags in your IP filtering, you become at least a239 used. This package will compare the flags present in each TCP packet, if240 asked, and match if those present in the TCP packet are the same as in the[all …]
3 # block all incoming TCP packets on le0 from host "foo" to any destination.10 # block all outgoing TCP packets on le0 from any host to port 23 of host bar.73 # allow any TCP packets from the same subnet as foo is on through to host95 # block all TCP packets with only the SYN flag set (this is the first108 # do any meaningful comparison on. This actually only applies to TCP114 # log all inbound TCP packets with the SYN flag (only) set115 # (NOTE: if it were an inbound TCP packet with the SYN flag set and it151 # block any inbound TCP packets with only the SYN flag set that are164 # Log all short TCP packets to qe3, with "packetlog" as the intended169 # Log all connection attempts for TCP
8 # do any meaningful comparison on. This actually only applies to TCP14 # log all inbound TCP packets with the SYN flag (only) set15 # (NOTE: if it were an inbound TCP packet with the SYN flag set and it51 # block any inbound TCP packets with only the SYN flag set that are
19 # filtering rules won't be able to examine the whole UDP/TCP header,44 # Block all incoming TCP traffic connections to known services,51 # Allow incoming TCP connections to ports between 1024 and 5000, as60 # Now allow various incoming TCP connections to particular hosts, TCP
147 protos == TCP ? "tcp" : protos == UDP ? "udp" : 0); in changeitems()171 protos = TCP | UDP; in selectproto()173 protos = TCP; in selectproto()186 if ((protos&TCP) == 0) in showprotos()246 protos == (TCP|UDP) ? 0 : protos == TCP ? "tcp" : "udp"); in showports()
1 tcpp -- Parallel TCP Exercise Tool6 This tool generates large numbers of TCP connections and stuffs lots of data9 which in turn uses its own TCP port. The number of server processes must be18 You will need to retune your TCP stack for high volume, see Configuration26 -r <baseport> Non-default base TCP port, should match client35 This selects server mode, four workers, and at most 1 million TCP connections49 -r <baseport> Non-default base TCP port, should match server58 use 100,000 TCP connections carrying 100K of data, up to 10,000 simultaneous
92 connections print inbound TCP connections by process94 tcpsnoop snoop TCP network packets by process, Solaris 10 3/0595 tcpsnoop_snv snoop TCP network packets by process, Solaris Nevada96 tcpsnoop.d snoop TCP network packets by process, Solaris 10 3/0597 tcpsnoop_snv.d snoop TCP network packets by process, Solaris Nevada98 tcpstat.d print TCP statistics99 tcptop display top TCP network packets by PID, Solaris 10 3/05100 tcptop_snv display top TCP network packets by PID, Solaris Nevada101 tcpwdist.d simple TCP write distribution by process
7 # do any meaningful comparison on. This actually only applies to TCP13 # log all inbound TCP packets with the SYN flag (only) set14 # (NOTE: if it were an inbound TCP packet with the SYN flag set and it50 # block any inbound TCP packets with only the SYN flag set that are
2 # block all incoming TCP connections but send back a TCP-RST for ones to
2 # Log all short TCP packets to qe3, with 10.3.3.3 as the intended7 # Log all connection attempts for TCP
39 * Large Segment Offload over TCP IPV440 * Large Segment Offload over TCP IPV642 * TCP over IPv4 checksum offload45 * TCP over IPv6 checksum offload
10 either a serial line or a TCP connection.33 To use a TCP connection, you could say:38 going to communicate with the host GDB via TCP. The `host:2345' argument means39 that we are expecting to see a TCP connection from `host' to local TCP port41 want for the port number as long as it does not conflict with any existing TCP72 communicates via a TCP connection to port 2345 on host `the-target', where74 TCP connections, you must start up gdbserver prior to using the `target remote'
45 TCP = 261, enumerator63 #define TCP 261 macro
47 # Allow TCP through if setup succeeded53 # Allow setup of outgoing TCP connections only56 # Disallow setup of all other TCP connections100 # Allow TCP through if setup succeeded115 # Allow setup of any other TCP connection
17 RDMA over hardware-offloaded TCP/IP, while InfiniBand is a36 RDMA over hardware-offloaded TCP/IP, while InfiniBand is a55 RDMA over hardware-offloaded TCP/IP, while InfiniBand is a73 RDMA over hardware-offloaded TCP/IP, while InfiniBand is a