Wireshark packet capture analysis-network protocol

Source: Internet
Author: User
Tags ftp protocol what is ftp
Wireshark packet capture analysis-network protocol
Wireshark is currently the most popular packet capture tool. It can run in windows, Linux, and Mac OS X operating systems, and provides a friendly graphical interface. Wireshark also provides a powerful data packet capture function. It can capture the network data packets required by users in various ways. However, users often cannot directly obtain the required data from the data packets. This is because all information is encapsulated according to various network protocols during transmission. To capture useful information from massive data packets, you must understand various common network protocols. In order to facilitate the analysis of data packets, this book provides a detailed description of common network protocols, such as ARP, IP, TCP, UDP, ICMP, DHCP, DNS, HTTP, https, FTP, SMTP, POP3, etc.
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Chapter 1 Network Protocol packet capture overview 1st data packet capture tool 11.1.1 data packet capture principles 11.1.2 common data packet capture tools-Wireshark 11.1 install Wireshark 21.2.1 install Wireshark on Windows 11.2 install on Linux 61.3 network protocol principles 71.3.1 what is network protocol 71.3.2 OSI Layer 7 model 71.3.3 TCP/IP protocol family 81.3.4 Data encapsulation 9 Chapter 1 ARP packet capture analysis 2nd ARP basics 112.1.1 what is ARP 112.1.2 ARP workflow 112.1.3 ARP cache table 122.2 capture ARP packet 152.2.1 Wireshark position 152.2.2 use capture filter 152.3 analyze ARP packet 172.3.1 ARP packet format 172.3.2 ARP request packet 182.3.3 ARP response packet 20 Chapter 3rd Internet Protocol (IP) packet Capture analysis 213.1 Internet Protocol (IP) Overview 213.1.1 Internet Protocol address (IP address) source 213.1.2 IP address 223.1.3 IP address composition 233.2 capture IP packet 233.2.1 what is IP datagram 243.2.2 Wireshark location 243.2.3 capture IP packet 253.2.4 capture IP fragmentation packet 273.3 IP datagram header format 293.3.1 survival time TTL 303.3.2 IP slice 313.4 Analysis of IP packet 323.4.1 Analysis of IP header 323.4.2 analysis of changes in TTL in IP packet 333.4.3 IP slice packet analysis 36 Chapter 1 UDP packet capture analysis 4th UDP protocol overview what is UDP protocol UDP protocol features 424.2 capture UDP packet 434.3 analysis UDP packet 454.3.1 UDP Header Format 464.3.2 analysis UDP packet 46 Chapter 5th TCP packet capture analysis 485.1 TCP protocol overview 485.1.1 TCP protocol origin 485.1.2 TCP port 485.1.3 TCP three-way handshake 495.1.4 TCP four-time disconnection 515.1.4 TCP Reset 515.2 capture TCP packet 525.2.1 use capture filter 525.2.2 use display filter 545.2.3 use coloring rule 565.3 TCP packet analysis 615.3.1 TCP Header 625.3.2 analyze TCP three-way handshake 635.3.3 analysis of Four TCP disconnections 685.3.4 Analysis of TCP Reset packet 74 Chapter 4 ICMP packet capture analysis 6th ICMP protocol overview 776.1.1 what is ICMP protocol 776.1.2 learning ICMP importance 776.1.3 echo request and response 776.1.4 route tracking 786.2 capture ICMP packet 786.2.1 capture normal ICMP packet 786.2.2 capture request time-out packet 806.2.3 capture destination host inaccessible packet 826.3 analyze ICMP packet 846.3.1 ICMP header 846.3.2 analyze ICMP packet-echo Ping Request Packet 856.3.3 analyze ICMP packet-echo Ping response packet 866.3.4 analyze ICMP packet-request timeout packet 886.3.5 analyze ICMP packet-destination host inaccessible packet 90 chapter 7th DHCP packet capture analysis 927.1 DHCP overview 927.1.1 what is DHCP 927.1.2 DHCP function 927.1.3 DHCP workflow 937.2 DHCP data packet capture 957.2.1 Wireshark position 957.2.2 use capture filter 967.2.3 filter display DHCP 1007.3 DHCP packet analysis 1027.3.1 DHCP packet format 1037.3.2 DHCP packet type 1047.3.3 found Packet 1047.3.4 response packet 7.3.5 request packet 7.3.6 confirm packet 111 chapter 8th DNS packet capture analysis 1148.1 DNS overview 1148.1.1 what is DNS 1148.1.2 DNS system structure 1148.1.3 DNS system resolution process 1158.1.4 DNS problem type 1178.2 capture DNS packets 1178.3 analyze DNS packet 1218.3.1 DNS packet format 1218.3.2 analyze DNS packet 122 chapter 9th HTTP packet capture analysis 1279.1 HTTP protocol overview 1279.1.1 what is HTTP 1279.1.2 HTTP Request Method 1279.1.3 HTTP workflow 1289.1.4 persistent connection and non-persistent connection 1289.2 capture HTTP packet 1309.2.1 use capture filter 1309.2.2 display filter HTTP packet 1329.2.3 export packet 1369.3 analysis HTTP packet 1419.3.1 HTTP packet format 1419.3.2 HTTP header domain 1429.3.3 analysis get method HTTP packet 1449.3.4 Analysis HTTP packet 1479.4 in the post method displays the original content of the captured file 1519.4.1 install xplico 1519.4.2 parse HTTP packet 151 Chapter 10th HTTPS packet capture analysis 15910.1 HTTPS protocol overview 15910.1.1 what is HTTPS protocol 15910.1.2 HTTP and HTTPS protocol differences 15910.1.3 HTTPS workflow 16010.2 SSL overview 16010.2.1 what is SSL 16010.2.2 SSL workflow 16110.2.3 handshake process of SSL protocol 16110.3 capture HTTPS packet 16210.3.1 use capture filter 16210.3.2 display filter packet 16410.4 analyze HTTPS packet 16710.4.1 client Hello) 16810.4.2 Server Response (server hello) 17110.4.3 Certificate Information 17210.4.4 Key Exchange 17410.4.5 application layer Information Communication chapter 175 FTP Packet Capture analysis 11th FTP protocol overview 17711.1.1 what is FTP protocol 17711.1.2 FTP workflow 17711.1.3 FTP common control command 17811.1.4 response format 17711.1 capture FTP protocol packet 18111.3 analysis FTP protocol packet 18411.3.1 analysis control connection data 18411.3.2 analysis data connection data 185 chapter 12th email packet capture analysis 19012.1 how the mail system works 12.1.1 What mail client 201712.1.2 Mail System composition and transmission process 19012.2 email-related Protocol overview 19112.2.1 SMTP protocol 19112.2.2 POP Protocol 19312.2.3 imap protocol 19412.3 capture email data packets 19512.3.1 Wireshark capture location 19513.3.2 Foxmail client use 19613.3.3 capture email data packets 19812.4 analyze the packet sent to the mail 20212.5 analysis SMTP Workflow view mail content 206 analysis received mail packet 20312.5.1 analysis pop workflow 20312.5.2 view mail content 13th chapter 20713.1 operating system startup process packet capture analysis operations system Overview 20713.2 capture data packets generated during the startup of the operating system 20813.3 analyze data packets 21013.3.1 obtain IP address 21013.3.2 add to multicast group 21113.3.3 send NBNS protocol package 21213.3.4 generate ARP Protocol package 13.3.5 access to shared resources ipv13.3.6 boot automatically running Program 213

Wireshark packet capture analysis-network protocol

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