EAL options:
    -c COREMASK         : A hexadecimal bitmask of cores to run on
    -n NUM              : Number of memory channels
    -v                  : Display version information on startup
    -d LIB.so           : Add driver (can be used multiple times)
    -m MB               : Memory to allocate (see also --socket-mem)
    -r NUM              : Force number of memory ranks (don't detect)
    --xen-dom0          : Support application running on Xen Domain0 without
                          hugetlbfs
    --syslog            : Set syslog facility
    --socket-mem        : Memory to allocate on specific
                          sockets (use comma separated values)
    --huge-dir          : Directory where hugetlbfs is mounted
    --proc-type         : Type of this process
    --file-prefix       : Prefix for hugepage filenames
    --pci-blacklist, -b : Add a PCI device in black list.
                          Prevent EAL from using this PCI device. The argument
                          format is <domain:bus:devid.func>.
    --pci-whitelist, -w : Add a PCI device in white list.
                          Only use the specified PCI devices. The argument
                          format is <[domain:]bus:devid.func>. This option
                          can be present several times (once per device).
                          NOTE: PCI whitelist cannot be used with -b option
    --vdev              : Add a virtual device.
                          The argument format is <driver><id>[,key=val,...]
                          (ex: --vdev=eth_pcap0,iface=eth2).
    --vmware-tsc-map    : Use VMware TSC map instead of native RDTSC
    --base-virtaddr     : Specify base virtual address
    --vfio-intr         : Specify desired interrupt mode for VFIO
                          (legacy|msi|msix)
    --create-uio-dev    : Create /dev/uioX (usually done by hotplug)

EAL options for DEBUG use only:
    --no-huge           : Use malloc instead of hugetlbfs
    --no-pci            : Disable pci
    --no-hpet           : Disable hpet
    --no-shconf         : No shared config (mmap'd files)

    ./app/app/``$(target}``/pktgen [EAL options] -- \
                             [-h] [-P] [-G] [-T] [-f cmd_file] \
                             [-l log_file] [-s P:PCAP_file] [-m <string>]

The pktgen arguments are:
Usage:
    -h           Display the help information
    -s P:file    PCAP packet stream file, 'P' is the port number
    -f filename  Command file (.pkt) to execute or a Lua script (.lua) file
    -l filename  Write log to filename
    -P           Enable PROMISCUOUS mode on all ports
    -G           Enable socket support using default server values localhost:0x5606
    -g address   Optional IP address and port number default is (localhost:0x5606)
                 If -g is used that enable socket support as a server application
    -N           Enable NUMA support
    -T           Enable the color output
    -m <string>  Matrix for mapping ports to logical cores

Where the options are:
    -h:  显示上面显示的使用/帮助信息.

    -s   P:file: PCAP报文文件路径. P端口号，暂时不知道什么用.
    
    -f   filename: pkt脚本或者lua脚本文件路径，定制化执行. See Running Script Files.

    -l   filename: 日志文件路径.
    
    -P:  是否开始混杂模式.
    
    -G:  开启socket支持使用默认的服务器地址localhost:0x5606. See Socket Support for Pktgen.
    
    -g   address: 和-G差不多但是可以配置IP和PORT. See Socket Support for Pktgen.
    
    -T:  开始彩色输出 in VT100
    
    -N:  开启NUMA
    
    -m   <string>: DPDK网卡和逻辑核之间的矩阵映射. 映射格式使用BNF-like语法，如下：
         BNF: (or kind of BNF)
         <matrix-string>   := """ <lcore-port> { "," <lcore-port>} """
         <lcore-port>      := <lcore-list> "." <port-list>
         <lcore-list>      := "[" <rx-list> ":" <tx-list> "]"
         <port-list>       := "[" <rx-list> ":" <tx-list>"]"
         <rx-list>         := <num> { "/" (<num> | <list>) }
         <tx-list>         := <num> { "/" (<num> | <list>) }
         <list>            := <num> { "/" (<range> | <list>) }
         <range>           := <num> "-" <num> { "/" <range> }
         <num>             := <digit>+
         <digit>           := 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9
         
         For example:

         1.0, 2.1, 3.2                 - core 1 handles port 0 rx/tx,
                                         core 2 handles port 1 rx/tx
                                         core 3 handles port 2 rx/tx
         1.[0-2], 2.3, ...             - core 1 handle ports 0,1,2 rx/tx,
                                         core 2 handle port 3 rx/tx
         [0-1].0, [2/4-5].1, ...       - cores 0-1 handle port 0 rx/tx,
                                         cores 2,4,5 handle port 1 rx/tx
         [1:2].0, [4:6].1, ...         - core 1 handles port 0 rx,
                                         core 2 handles port 0 tx,
         [1:2].[0-1], [4:6].[2/3], ... - core 1 handles port 0 & 1 rx,
                                         core 2 handles port  0 & 1 tx
         [1:2-3].0, [4:5-6].1, ...     - core 1 handles port 0 rx, cores 2,3 handle port 0 tx
                                         core 4 handles port 1 rx & core 5,6 handles port 1 tx
         [1-2:3].0, [4-5:6].1, ...     - core 1,2 handles port 0 rx, core 3 handles port 0 tx
                                         core 4,5 handles port 1 rx & core 6 handles port 1 tx
         [1-2:3-5].0, [4-5:6/8].1, ... - core 1,2 handles port 0 rx, core 3,4,5 handles port 0 tx
                                         core 4,5 handles port 1 rx & core 6,8 handles port 1 tx
         [1:2].[0:0-7], [3:4].[1:0-7], - core 1 handles port 0 rx, core 2 handles ports 0-7 tx
                                         core 3 handles port 1 rx & core 4 handles port 0-7 tx
         BTW: you can use "{}" instead of "[]" as it does not matter to the syntax.
         Grouping can use {} instead of [] if required.

Pktgen> help

set <portlist> <xxx> value    - Set a few port values
save <path-to-file>           - Save a configuration file using the
                                filename
load <path-to-file>           - Load a command/script file from the
                                given path
...

For example:

    Pktgen> set all seqCnt 1

./pktgen -c fff -n 4 -- -p 0x3 -m "[1:2].0,[3:4].1" -P -T
#使用0， 1网卡
#lcore 1 2 rx tx port 0
#lcore 3 4 rx tx port 1
#开启混杂模式
#开启彩色输出

./pktgen -c fff -n 4 -- -p 0x3 -m "[1:2].0,[3:4].1" -P -s1:"pcap/text.pcap" -T
#1端口发送text.pcap中的报文

./pktgen -c fff -n 4 -- -p 0x3 -m "[1:2].0,[3:4].1" -P -f /test/seq.pkt -T
#通过seq.pkt脚本构建报文

./pktgen -c fff -n 4 -- -p ff -G -m "[1:2].0,[3:4].1" -P -T 
#开启本地socket 地址localhost:0x5606