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Fping

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    (十大特色功能) 

    Ping是最常用的网络测试工具,ping的测试功能其实比较多,xp系统的ping有12个选项。但是,fping测试工具有25个选项,在ping的基础上增加了许多专业的功能,可用于更深层次的网络测试和检测。

    Fping是免费软件,可从http://www.kwakkelflap.com下载。 

    本文翻译和总结了fping的参数,以及使用方法、命令举例,以及总结除了fping的十个特色功能,仅供参考。尤其是抖动测试,是目前网络中能找到的唯一的简单测试时延的网络工具软件。

  一、版本

     Fast pinger version 3.00 

    (c) Wouter Dhondt (http://www.kwakkelflap.com

 二、参数Usage: 

    fping <host(-list)> [-s data_size] [-S size1/size2] [-c] [-t time] [-wtimeout][-n count] [-h TTL] [-v TOS] [-r routes] [-R min/max] [-a] [-f][-b(-)][-i][-l][-o][-j][-T][-D][-dping_data][-ghost1/host2] 

           [-H filename] [-L filename] 

 三、十大特色功能 

    1. (限定间隔)指定数据包间隔大小,从2ms到1000000ms。实际命令是可以从1ms到1000000ms(16分钟) 

    2. 跳数扫描,通过指定-h选项,可以判断跳数范围。 

    3. 可以通过 -v选项指定ping数据包的ToS值,相当于可以发出指定ToS的ping数据包。 

    4. 可以通过 -r选项打印ping数据包经过的路由。

    5. (测试抖动)可以通过 -j选项测试网络抖动性能,同时能兼容测试丢包情况。

   6. 可以通过 -g选项,一次连续ping多个地址。

   7. 可以通过 -i指定数据包所采用的协议为ICMP,而不是IP包。

   8. 可以通过 -T 和-D选项打印时间戳和日期戳。

   9. 可以通过 -l和-o选项,控制输出信息的复杂程度,可以选择只输出统计信息。

   10.可以通过 -L选项将ping信息输出到文件。 

四、选项Options: 

   1. -s:data_sizeinbytesupto65500,指定数据包大小,最大可到65500Byte,

        命令举例:C:\>fping 192.0.0.64 -s 65500 

          Reply[1] from 192.0.0.64: bytes=65500 time=8.9 ms TTL=64 

          Reply[2] from 192.0.0.64: bytes=65500 time=8.4 ms TTL=64 

          Reply[3] from 192.0.0.64: bytes=65500 time=8.3 ms TTL=64 

          Reply[4] from 192.0.0.64: bytes=65500 time=8.2 ms TTL=64 

          Ping statistics for 192.0.0.64: 

                   Packets: Sent = 4, Received = 4, Lost = 0 (0% loss) 

          Approximate round trip times in milli-seconds: 

                   Minimum = 8.2 ms, Maximum = 8.9 ms, Average = 8.4 ms 

   2. -t : time between 2 pings in ms up to 1000000,指定ping的数据包时间 

       间隔大小,时间越小,单位时间内发出去的包越多,最大为16分钟。用1ms(fping 192.0.0.64-t1 -c)的间隔ping数据包可测试业务倒换时间(注意外加-c 选项),例如在测试双路由的情况下,从网管主机 ping对端,可大致测试业务中断时间和恢复时间。 

       命令举例:C:\>fping 192.0.0.64 -t 1 

       Pinging 192.0.0.64 with 32 bytes of data every 1 ms:

       Reply[1] from 192.0.0.64: bytes=32 time=9.0 ms TTL=64

       Reply[2] from 192.0.0.64: bytes=32 time=0.4 ms TTL=64

       Reply[3] from 192.0.0.64: bytes=32 time=0.3 ms TTL=64

       Reply[4] from 192.0.0.64: bytes=32 time=0.3 ms TTL=64

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----------------------- Page 3-----------------------

    Ping statistics for 192.0.0.64: 

            Packets: Sent = 4, Received = 4, Lost = 0 (0% loss) 

    Approximate round trip times in milli-seconds:

             Minimum = 0.3 ms, Maximum = 9.0 ms, Average = 2.5 ms 

3. -w : timeout in ms to wait for each reply 

    目前的测试,此选项不生效。 

4. -c:continuousping(higherprioritythan-n),持续ping包,直到CTRL+C(Control-C)终止。配合-t、-s等选项使用更当。通过Control-Break可暂停ping包,按任意键可继续。 

    命令举例:C:\>fping 192.0.0.64 -c 

5. n : number of pings to send to each host。Ping指定数量的包。n值可无限大。 

    命令举例:C:\>fping 192.0.0.64 -n 999999999 

6. -S : size sweep: ping with size1, size1 + 1, ..., size2 bytes目前的测试,此选项不生效。 

7. -R : random length between min and max (disabled when using -S)目前的测试,此选项不生效。 

8. -d : ping with specified data。可以通过-d选项,指定数据包内容。中间不能有空格,空格之后的内容会忽略。 

    命令举例:C:\>fping 192.0.0.64 -d 1234567890 

9. -h : number of hops (TTL: 1 to 128) + print hops。可以通过-h指定条数,如果目的地址在 指定范围减1范围之内,可以ping通,否则不同。使用-h从1开始累加,可以实现一个跳数扫描功能,可以检测一个地址在ping发出主机的多少hops 范围之内。例如fping 192.0.0.64 -h 1 ,2,3,4,5,6。直到ping通为止,可以判断出目的主机的hops范围。 

10. -v : Type Of Service (0 to 255) (IPv4-only),可以指定ping包的优先级别。 

    命令举例:C:\>fping 192.0.0.64 -v 4 

        Pinging 192.0.0.64 with 32 bytes of data every 1000 ms: 

        Reply[1] from 192.0.0.64: bytes=32 time=0.5 ms TTL=64 TOS=4 

        Reply[2] from 192.0.0.64: bytes=32 time=0.4 ms TTL=64 TOS=4 

        Reply[3] from 192.0.0.64: bytes=32 time=0.4 ms TTL=64 TOS=4

        Reply[4] from 192.0.0.64: bytes=32 time=0.4 ms TTL=64 TOS=4 

        Ping statistics for 192.0.0.64: 

                Packets: Sent = 4, Received = 4, Lost = 0 (0% loss) 

        Approximate round trip times in milli-seconds: 

                Minimum = 0.4 ms, Maximum = 0.5 ms, Average = 0.4 m 

11.-r : record route (1 to 9 routes) (IPv4-only),打印ping数据包经过的路由,数值范围是1-9。 

    命令举例:C:\>fping 192.0.0.64 -r 1 

        Pinging 192.0.0.64 with 32 bytes of data every 1000 ms: 

        Reply[1] from 192.0.0.64: bytes=32 time=0.3 ms TTL=64 

                Route: 192.0.0.64 

        Reply[2] from 192.0.0.64: bytes=32 time=0.3 ms TTL=64 

                Route: 192.0.0.64 

        Reply[3] from 192.0.0.64: bytes=32 time=0.3 ms TTL=64 

                Route: 192.0.0.64 

        Reply[4] from 192.0.0.64: bytes=32 time=0.4 ms TTL=64 

                Route: 192.0.0.64 

12.-f : set Don‘t Fragment flag in packet (IPv4-only),不做帧分割处理。如果与-s 选项配合使用,可检测所在物理环境的mtu大小。 

    命令举例:C:\>fping 192.0.0.64 -f -s 1473 结果如下: 

    C:\>fping 192.0.0.64 -f -s 1473 

    Packet size exceeds MTU and needs to be fragmented but DF set. 

    Packet size exceeds MTU and needs to be fragmented but DF set. 

    Packet size exceeds MTU and needs to be fragmented but DF set. 

    Packet size exceeds MTU and needs to be fragmented but DF set. 

    命令举例:C:\>fping 192.0.0.64 -f -s 1472 结果如下: 

    Reply[1] from 192.0.0.64: bytes=1472 time=0.9 ms TTL=64 

    Reply[2] from 192.0.0.64: bytes=1472 time=1.0 ms TTL=64 

    Reply[3] from 192.0.0.64: bytes=1472 time=0.9 ms TTL=64 

    Reply[4] from 192.0.0.64: bytes=1472 time=0.9 ms TTL=64 

    通过上述测试命令可知,所在网络环境的MTU为1472。 

13.-j : print jitter with each reply (only when pinging one host),显示所在网络环境的抖动性能。

    命令举例:C:\>fping 192.0.0.64 -t 1 -j 结果如下: 

    Reply[1] from 192.0.0.64: bytes=32 time=0.5 ms TTL=64 jitter=0.00 ms 

    Reply[2] from 192.0.0.64: bytes=32 time=0.4 ms TTL=64 jitter=0.01 ms 

    Reply[3] from 192.0.0.64: bytes=32 time=0.3 ms TTL=64 jitter=0.01 ms 

    Reply[4] from 192.0.0.64: bytes=32 time=0.3 ms TTL=64 jitter=0.01 ms 

14.-g : ping IP range from host1 to host2 (IPv4-only) 

    命令举例:fping 192.0.0.63 192.0.0.64 -g 结果如下: 

    Pinging multiple hosts with 32 bytes of data every 1000 ms: 

    Reply[1] from 192.0.0.63: bytes=32 time=0.2 ms TTL=64 

    Reply[2] from 192.0.0.64: bytes=32 time=10.1 ms TTL=64 

    Ping statistics for multiple hosts:

    Approximate round trip times in milli-seconds: 

            Minimum = 0.2 ms, Maximum = 10.1 ms, Average = 5.1 ms 

15.-H:get hostsfromfilename (commadelimited,filename withfullpath),从一个文本文件中获取主机地址,文本文件中只需要包含主机地址。 

    命令举例:fping 192.0.0.64 -H 1.txt -n 5  结果如下: 

    Reply[1] from 192.0.0.64: bytes=32 time=0.4 ms TTL=64 

    Reply[2] from 192.0.0.64: bytes=32 time=0.3 ms TTL=64 

    Reply[3] from 192.0.0.63: bytes=32 time=0.1 ms TTL=64 

    Reply[4] from 192.168.0.234: bytes=32 time=14.6 ms TTL=64 

    Reply[5] from 192.168.0.233: bytes=32 time=0.1 ms TTL=64 

16.-a : resolve addresses to hostnames,将一个IP地址解析为主机名称,并进行ping测试。 

    命令举例:fping 192.0.0.63 -a 本机地址为192.0.0.63,本机计算机名 称为:20120302-1704,结果如下: 

    Pinging 20120302-1704 [192.0.0.63] with 32 bytes of data every 1000 ms: 

    Reply[1] from 192.0.0.63: bytes=32 time=0.2 ms TTL=64 

    Reply[2] from 192.0.0.63: bytes=32 time=0.1 ms TTL=64 

    Reply[3] from 192.0.0.63: bytes=32 time=0.2 ms TTL=64 

    Reply[4] from 192.0.0.63: bytes=32 time=0.2 ms TTL=64 

17.-A : print addresses with each reply 

18.-p : use a thread pool to ping multiple hosts (enables ICMP dll),在一个线程中ping多个主机。-p5,每一个核心5个线程。

  命令举例:fping 192.0.0.64 -p -t 10 -n 20 结果如下: 

    Reply[1] from 192.0.0.64: bytes=32 time=0.4 ms TTL=64 

    Reply[2] from 192.0.0.64: bytes=32 time=0.3 ms TTL=64 

    Reply[3] from 192.0.0.64: bytes=32 time=0.3 ms TTL=64 

    Reply[4] from 192.0.0.64: bytes=32 time=0.4 ms TTL=64 

19.-i : use ICMP dll instead of raw socket (disables -r),使用ICMP协议发出数据包,不使用IP包方式,可通过扫描软件发现数据包协议为ICMP。 

    命令举例:fping 192.0.0.64 -i 

20.-b : beep on every successful reply (-b- to beep on timeout),每成功一次蜂鸣一声。 

    命令举例:fping 192.0.0.64 -b

21.-T : print timestamp with each reply,每次ping完成后打印时间戳。 

    命令举例:fping 192.0.0.64 -T -t 10 -n 100 

    14:42:14.796 : Reply[1] from 192.0.0.64: bytes=32 time=0.4 ms TTL=64 

    14:42:14.812 : Reply[2] from 192.0.0.64: bytes=32 time=0.4 ms TTL=64 

    14:42:14.828 : Reply[3] from 192.0.0.64: bytes=32 time=0.4 ms TTL=64 

    14:42:14.828 : Reply[4] from 192.0.0.64: bytes=32 time=0.4 ms TTL=64 

    14:42:14.843 : Reply[5] from 192.0.0.64: bytes=32 time=0.4 ms TTL=64 

22.-D : print datestamp with each reply,每次ping完成后打印日期。 

    命令举例:fping 192.0.0.64 -D -t 10 -n 100 

    2012/12/10 : Reply[1] from 192.0.0.64: bytes=32 time=0.5 ms TTL=64 

    2012/12/10 : Reply[2] from 192.0.0.64: bytes=32 time=0.4 ms TTL=64 

    2012/12/10 : Reply[3] from 192.0.0.64: bytes=32 time=0.4 ms TTL=64 

23.-l : limit the output to ping results and errors,限制输出信息。相当于输出最简单的,最精简的信息。 

    命令举例:fping 192.0.0.64 -l -t 10 -n 40 结果如下: 

    Reply[1] from 192.0.0.64: bytes=32 time=0.4 ms TTL=64 

    Reply[2] from 192.0.0.64: bytes=32 time=0.4 ms TTL=64 

    Reply[3] from 192.0.0.64: bytes=32 time=0.4 ms TTL=64

    Reply[4] from 192.0.0.64: bytes=32 time=0.4 ms TTL=64 

    Reply[5] from 192.0.0.64: bytes=32 time=0.3 ms TTL=64 

24.-o : limit the output to ping statistics,只输出统计信息。

    命令举例:fping 192.0.0.64 -o 结果如下: 

    Pinging 192.0.0.64 with 32 bytes of data every 1000 ms: 

    Ping statistics for 192.0.0.64:

             Packets: Sent = 4, Received = 4, Lost = 0 (0% loss)

    Approximate round trip times in milli-seconds: 

             Minimum = 0.4 ms, Maximum = 4.2 ms, Average = 1.4 ms 

25.-L : logging to a text file,将ping的测试信息输出到一个文件。

    命令举例:fping 192.0.0.64 -o -L ddd.txt 结果如下:

Pinging 192.0.0.64 with 32 bytes of data every 1000 ms: 

Ping statistics for 192.0.0.64: 

         Packets: Sent = 4, Received = 4, Lost = 0 (0% loss) 

Approximate round trip times in milli-seconds: 

         Minimum = 0.4 ms, Maximum = 0.5 ms, Average = 0.5 ms

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Fping

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原文地址:http://www.cnblogs.com/cisp/p/3776413.html

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