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【Internet-Network】 perro-1.0.2.tar DL : 0: 记录IP/TCP/UDP/ICMP网络包日志 -Recording ip/tcp/udp/icmp network logs
Update : 2024-04-20 Size : 27648 Publisher : 站长
【Sniffer Package capture】 pf_ring DL : 0: pf_ring，通过修改系统内核提高基于Linux和libcap的抓包效率-pf_ring, by modifying the system based on the Linux kernel to enhance the capture efficiency and libcap
Update : 2024-04-20 Size : 1898496 Publisher : websting
【Software Engineering】 PF_RING DL : 0: 本人对pf_ring 的翻译，希望批评指正，共同提高-PF_RING
Update : 2024-04-20 Size : 115712 Publisher : 梅三
【Internet-Network】 PF_Ring DL : 0: Linux下的一个数据包捕获机制。采用一个环形缓冲有效提高包捕获率。-Under a Linux packet capture mechanism. Using a circular buffer to effectively improve the rate of packet capture.
Update : 2024-04-20 Size : 94208 Publisher : 张显
【TCP/IP stack】 get_ip_code DL : 0: pf_ring 开发 ip tcp c语言实现-pf_ring development
Update : 2024-04-20 Size : 2048 Publisher : dn
【Windows Develop】 RING DL : 0: PF_RING的实现1、这不是“零拷贝”，研究“零拷贝”的估计要失望，如果继续看下去的话； 2、这不是包截获接口，如果需要拦截、修改内核数据包，请转向Netfilter； 3、本文只分析了PF_RING最基础的部份。关于DNA、TNAPI，BPF等内容不包含在内 -PF_RING implementation
Update : 2024-04-20 Size : 14336 Publisher : jia
【Other】 PF_RING.V5.4.4 DL : 0: 详细讲解pfring技术的使用，通过对每个函数的讲解使你快速进入开发-Explain in detail the use of pfring technology, by explaining each function allows you quick access to development
Update : 2024-04-20 Size : 1205248 Publisher : zhaodan
【Internet-Network】 examples.tar DL : 0: application examples to create fast applications with pf_ring
Update : 2024-04-20 Size : 120832 Publisher : muvarov
【Internet-Network】 examples_zc.tar DL : 0: zero packet copy examples to pf_ring packet capture
Update : 2024-04-20 Size : 24576 Publisher : muvarov
【Internet-Network】 tcpdump-4.1.1.tar DL : 0: modified tcpdump to support pf_ring
Update : 2024-04-20 Size : 769024 Publisher : muvarov
【Remote Control】 fastnetmon DL : 0: FastNetMon - A high performance DoS/DDoS load analyzer built on top of multiple packet capture engines (NetFlow, IPFIX, sFlow, SnabbSwitch, netmap, PF_RING, PCAP). Integration with flow systems At a very high level integration with FastNetMon is fairly simple. In both cases the work flow is the same and the main difference being the port numbers provided. The port numbers are configurable. sFlow Configure the IP of the server running FastNetMon using port 6343. This port number is configurable. Netflow Configure the IP of the server running FastNetMon using port 2055. This port number is configurable. License: GPLv2
Update : 2024-04-20 Size : 735232 Publisher : yanny.yi