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The main takeaway from the article: Brady plans every detail of his life so he can play football as long as possible, and he'll do anything he can to get an edge. He diets all year round, takes scheduled naps in the offseason, never misses a workout, eats what his teammates call "birdseed," and does cognitive exercises to keep his brain sharp. Brady struggles to unwind after games and practices. He's still processing, thinking about what's next.

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Shorter version of the ether proto statement for trapping traffic matching the Ethernet protocol of netbeui. Captures packets based on the Captures OSI packets with a protocol type of procotol. Allowable OSI protocol types are clnp, esis, and isis. An abbreviated form of the above statement using clnp for protocol. An abbreviated form of the iso proto protocol statement using esis for protocol. An abbreviated form of the iso proto protocol statement using isis for protocol.

There are also more complex expressions that can be constructed using Boolean arithmetic operators such as and, or, not, greater than, and less than. See the Tcpdump man page for examples and usage. If you want to monitor only traffic to and from a specific host, you can filter everything else out with the simple "host" expression. For example, to monitor a host with the IP address If the application you are trying to monitor is Telnet port 23 , you could do this with the following Tcpdump expression:.

Say you want to monitor a single host as in the first example but want to filter out SSH traffic if you were ssh'd into that host, unfiltered Tcpdump output would show your own connection traffic. You can do this by adding the port expression with a Boolean operator "not" statement.

Here is the command:. If you are having network problems and suspect a rogue computer is swamping your network, you can use Tcpdump to quickly track down the culprit. Whether it's a bad network card or a trojanized PC causing a denial of service attack, Tcpdump will help shed some light on your problem. First try just running it wide open to see what is generating the most traffic. Use the -a and -e options to generate names and MAC addresses. Notice that you can concatenate the two letters with one dash.

If this causes the output to scroll off the screen too fast, use the -c option to only count 1, packets and then stop. If you want to log the traffic from a specific workstation to analyze later, you can do this easily with Tcpdump just make sure that you have the legal right to do so. For example:. You may also want to use the -c or -C options to limit your output file size. If you are worried about what is happening on your network after hours, you can leave Tcpdump running to flag traffic you might deem questionable.

You could run it with the gateway Assuming your home network was in the IP Range of If you have an internal mail server and don't want to log that traffic since that would be valid traffic, you could add the statement:. The exclamation point also acts as the Boolean "not" statement. This would flag any incoming traffic not bound for your mail server. The expression would look like this:.

If you are looking for users using a particular application, such as a streaming video or an audio program, you can further specify that as long as you know its port number. If you know it uses the TCP port , you can use the proto primitive to trap traffic using that protocol. For more complicated intrusion detection scenarios, you will be better off using one of the intrusion detection systems described in Chapter 7 , but for a quick and dirty analysis, Tcpdump can be a very handy tool.

Finally, there is a Tcpdump program for Windows. In fact, this is the actual UNIX Tcpdump ported over to the Windows platform, so all the functions and expressions work exactly the same. Using WinDump is exactly the same as using Tcpdump from the command line. Just go to a command prompt in Windows and issue the command from the directory that the WinDump executable is in.

All the commands and expressions work the same, but Table 6. WinDump-Specific Commands Commands. Sets the driver buffer size in kilobytes for your capture session. If you are experiencing high rates of packet loss, you can try increasing this value a little. The default is 1MB. Prints a list of available network interfaces on your system. It shows the interface name, number, and description, if any.

You can use these parameters to specify an interface to capture from using the Tcpdump -i switch. The source code is also available on the Web site for those wishing to contribute or to make modifications of their own. A word of warning, though: this kind of Windows coding is only for the hard core and those truly knowledgeable about network protocols. If you want more than just a command line interface though, the next tool described offers a graphical interface for your sniffing activities.

Ethereal offers all the benefits of a command line tool like Tcpdump with a number of advantages. It has a user-friendly graphical interface, so you don't have to deal with learning all the command line parameters. It also offers many more analytical and statistical options. Some of the other benefits of Ethereal are:. Cleaner output format.

The output is much easier to read and understand than the raw packet captures of Tcpdump. Many more protocol formats are supported. Ethereal can interpret over different network protocols, which covers just about every network type ever invented. More physical network formats are supported. A rich display filter mode. This includes the ability to highlight certain packets in color. There is a filter creation GUI to walk you through the process of creating filters easily. This can be invaluable when you need to read inter-server messages to track down e-mail or Web problems.

You can follow the conversation between communicating nodes in order using this feature. The ability to work with a number of capture programs and libraries. Ethereal also works with dedicated hardware beyond libpcap. Ethereal now works as a plug-in module for many of these programs and devices.

The ability to save sessions in multiple formats. This is useful if you want to do additional analysis with different tools, including libcap the default , Sun Snoop, Microsoft Network Monitor, and Network Associates' Sniffer. A command-line terminal mode. This is for those not graphically inclined, although a huge part of Ethereal's usefulness comes from its GUI tools. Ethereal is so useful as a networking tool that it has been rated as number two among the most popular network security tools available by the security Web site Insecure.

Ethereal has many uses beyond just security; in fact, you can also use it as a general network analysis tool. You can now run Ethereal by typing. You need to be the root user to run Ethereal in the X-windows environment. To run Ethereal in command-line mode, you can type. Whether you are using the Windows or Linux version, almost all of the operations are the same and the interfaces look the same.

When you bring up Ethereal, you will see a screen with three sections in it. These windows display the capture data and other information about your session. Ethereal Main Screen [View full size image]. The top third of the screen is where the packet stream is displayed in order of receipt, although you can sort this in just about any way by clicking on the headings. Packet Stream Data Items.

The time the packet was received, set from the elapsed time from the start of the capture session. Alternately, this can be configured to show the clock time, the clock time and date, or even the time between packets this is helpful for network performance analysis. The next section of the screen goes into more detail on each packet that is highlighted. It is arranged in an order that basically conforms to the OSI model, so the first item listed is detail on the data link layer, and so on.

The little pluses can be expanded to show even more information on each level. It is amazing how much detail you can see on each packet. Ethereal is like an electron microscope for network packets! The final section contains the actual packet contents, in both hexadecimal and translated into ASCII where possible. Binary files will still look like garbage, as will encrypted traffic, but anything in clear text will appear.

This highlights the power and danger of having a sniffer on your network. There are a lot of options and filters you can set. Begin by running a wide open capture session. Ethereal Capture Options. Ethereal Capture Options Options. Picks the interface to capture from the pull-down menu. Ethereal automatically senses all the available interfaces and lists them. You can also choose to capture from all interfaces at once, just like Tcpdump.

Sets a maximum size for the packets captured. You can use this if you fear some of the packets may be very large and you don't want to overload your machine. This is on by default. Turn this off if you want to capture traffic only to your sniffer machine. Click the Filter button to create a filter using Tcpdump-style expressions. It will ask you to name the filter which you can then use in future sessions and enter the expression.

Click the File button if you want to read from a file rather than capture live data. These are disabled by default, but enable them if you want to watch the packets scroll by in real time. If you are capturing on a busy network or your machine is slow, this is not recommended because it will cause the session to bog down and possibly drop packets.

However, it is very useful if you want to "eyeball" the traffic to get a general idea of the nature of flow on the network as it goes by. You have several more options here on when to end your session. Besides manually stopping it, you can have Ethereal stop after x number of packets or kilobytes of data have been captured, or after x number of seconds have elapsed. You can specify whether you want Ethereal to resolve names at various levels of the network model.

Enabling all of these, especially DNS, can slow down your capture significantly. Once you have set your options, click OK and your session will start. A window will appear that tracks the session statistics in real time see Figure 6. If you set your session to show packets in real time, you will see them as they come across the wire in the window see Figure 6.

Ethereal Session Statistics Window. You can stop your session at any time by clicking Stop in the statistic window or choosing Stop from the Capture menu. If you set a limit in the options, it will automatically stop when it reaches it. You can now analyze and manipulate your session results. By clicking on the headings at the top of the window, you can resort the results by that heading, so you can sort the output by source address, destination, protocol, or the info fields. This helps to organize things if you are looking for a specific kind of traffic, for example, all the DNS queries or all the mail-related traffic.

Of course, you could also write a filter to capture only this kind of traffic in the first place. This where you can set some global settings, such as how the time field is calculated. You can also set automatic scrolling of traffic and name resolution to on since they are turned off by default. You can select certain kinds of packet to shade different colors. This makes the display easier to read and pick out the items you are looking for. There are several built-in analytical tools included with Ethereal.

It is also built with a plug-in architecture so that other programs can interact with Ethereal or you can write your own. You can access these options under the Tools menu see Table 6. Ethereal Tools Menu Options Options. Shows a listing of the top-level data on your captures session, such as time elapsed, packet count, average packet size, total bytes captured, and average Mps on the wire during the capture.

Gives a statistical view of the traffic on your network. It shows what percentage of the capture session each type of packet makes up. You can collapse or expand the view to see major levels or minor protocols within a level. Contains a number of reports that are specific to certain kinds of protocols. Refer to the Ethereal documentation for more details on these tests. Shows the protocol analyzer plug-ins that you have loaded. These are decoders for newer protocols that can be added to Ethereal without a major version upgrade.

And because it's a plug-in architecture, you can write your own. Once you have finished capturing and analyzing your Ethereal data, you may want to save it, either for analysis with additional tools or for presentation to other parties. Now that you understand the basics of Ethereal, here are some practical applications you can use it for.

By running a wide-open network capture and then using the statistical reports, you can see how saturated your LAN is and what kinds of packets are making up most of the traffic. By looking at this, you may decide that it is time to move to a Mps switched network, or to segregate two departments into routed LANs versus one big network. Do you have a mail server that doesn't seem to be connecting?

Having DNS problems? These application-level problems can be fiendishly difficult to troubleshoot. But if you have Ethereal, you can tap into the network and watch the inter-server communications. There is a special version for Windows called WinPcap. The latest version is also available at the program's Web site. Download the WinDump executable and place it in the directory you want to run it from.

No additional installation is necessary. You need two prerequisites before loading Ethereal: the libpcap libraries and the GTK development libraries. If you have loaded the port scanners or vulnerability scanners from earlier chapters, you should be all set. If not, you will need to download the GTK libraries or install them off of your OS installation disks.

GTK is available at www. Now, you have to decide whether to use an RPM or compile from the source code. There are many RPM packages for different versions of Linux. If one exists for your distribution, you can use that and skip the compile process. If there isn't an RPM version for your operating system, you need to compile it.

To compile Ethereal, first download and unpack the latest distribution. The default installation should work fine for most uses. Change to the install directory and type the usual:. You need to have the WinPcap libraries installed before running Ethereal. If you have already installed the port or vulnerability scanners from the previous chapters on your Windows system, then you already have these loaded and you can go to Step 2.

Make sure your version of WinPcap is at least 2. If you are running a machine with a multiprocessor or one of the newer Pentium processors with hyper-threading technology, you need to have WinPcap 3. The GTK tools for the graphical interface are included in the Ethereal installation package. Go to the Ethereal Web site and download a self-extracting install file.

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Traps traffic matching the Ethernet protocol of IP. Shorter version of the ether proto statement for trapping traffic matching the Ethernet protocol of IPv6. Shorter version of the ether proto statement for trapping traffic matching the Ethernet protocol of arp.

Shorter version of the ether proto statement for trapping traffic matching the Ethernet protocol of rarp. Shorter version of the ether proto statement for trapping traffic matching the Ethernet protocol of AppleTalk. Shorter version of the ether proto statement for trapping traffic matching the Ethernet protocol of aarp. Shorter version of the ether proto statement for trapping traffic matching the Ethernet protocol of DECnet.

Shorter version of the ether proto statement for trapping traffic matching the Ethernet protocol of iso. Shorter version of the ether proto statement for trapping traffic matching the Ethernet protocol of stp. Shorter version of the ether proto statement for trapping traffic matching the Ethernet protocol of ipx. Shorter version of the ether proto statement for trapping traffic matching the Ethernet protocol of netbeui. Captures packets based on the Captures OSI packets with a protocol type of procotol.

Allowable OSI protocol types are clnp, esis, and isis. An abbreviated form of the above statement using clnp for protocol. An abbreviated form of the iso proto protocol statement using esis for protocol. An abbreviated form of the iso proto protocol statement using isis for protocol.

There are also more complex expressions that can be constructed using Boolean arithmetic operators such as and, or, not, greater than, and less than. See the Tcpdump man page for examples and usage. If you want to monitor only traffic to and from a specific host, you can filter everything else out with the simple "host" expression.

For example, to monitor a host with the IP address If the application you are trying to monitor is Telnet port 23 , you could do this with the following Tcpdump expression:. Say you want to monitor a single host as in the first example but want to filter out SSH traffic if you were ssh'd into that host, unfiltered Tcpdump output would show your own connection traffic. You can do this by adding the port expression with a Boolean operator "not" statement.

Here is the command:. If you are having network problems and suspect a rogue computer is swamping your network, you can use Tcpdump to quickly track down the culprit. Whether it's a bad network card or a trojanized PC causing a denial of service attack, Tcpdump will help shed some light on your problem.

First try just running it wide open to see what is generating the most traffic. Use the -a and -e options to generate names and MAC addresses. Notice that you can concatenate the two letters with one dash. If this causes the output to scroll off the screen too fast, use the -c option to only count 1, packets and then stop.

If you want to log the traffic from a specific workstation to analyze later, you can do this easily with Tcpdump just make sure that you have the legal right to do so. For example:. You may also want to use the -c or -C options to limit your output file size.

If you are worried about what is happening on your network after hours, you can leave Tcpdump running to flag traffic you might deem questionable. You could run it with the gateway Assuming your home network was in the IP Range of If you have an internal mail server and don't want to log that traffic since that would be valid traffic, you could add the statement:. The exclamation point also acts as the Boolean "not" statement. This would flag any incoming traffic not bound for your mail server.

The expression would look like this:. If you are looking for users using a particular application, such as a streaming video or an audio program, you can further specify that as long as you know its port number. If you know it uses the TCP port , you can use the proto primitive to trap traffic using that protocol.

For more complicated intrusion detection scenarios, you will be better off using one of the intrusion detection systems described in Chapter 7 , but for a quick and dirty analysis, Tcpdump can be a very handy tool. Finally, there is a Tcpdump program for Windows. In fact, this is the actual UNIX Tcpdump ported over to the Windows platform, so all the functions and expressions work exactly the same. Using WinDump is exactly the same as using Tcpdump from the command line.

Just go to a command prompt in Windows and issue the command from the directory that the WinDump executable is in. All the commands and expressions work the same, but Table 6. WinDump-Specific Commands Commands. Sets the driver buffer size in kilobytes for your capture session. If you are experiencing high rates of packet loss, you can try increasing this value a little.

The default is 1MB. Prints a list of available network interfaces on your system. It shows the interface name, number, and description, if any. You can use these parameters to specify an interface to capture from using the Tcpdump -i switch. The source code is also available on the Web site for those wishing to contribute or to make modifications of their own.

A word of warning, though: this kind of Windows coding is only for the hard core and those truly knowledgeable about network protocols. If you want more than just a command line interface though, the next tool described offers a graphical interface for your sniffing activities.

Ethereal offers all the benefits of a command line tool like Tcpdump with a number of advantages. It has a user-friendly graphical interface, so you don't have to deal with learning all the command line parameters. It also offers many more analytical and statistical options.

Some of the other benefits of Ethereal are:. Cleaner output format. The output is much easier to read and understand than the raw packet captures of Tcpdump. Many more protocol formats are supported. Ethereal can interpret over different network protocols, which covers just about every network type ever invented. More physical network formats are supported. A rich display filter mode.

This includes the ability to highlight certain packets in color. There is a filter creation GUI to walk you through the process of creating filters easily. This can be invaluable when you need to read inter-server messages to track down e-mail or Web problems. You can follow the conversation between communicating nodes in order using this feature.

The ability to work with a number of capture programs and libraries. Ethereal also works with dedicated hardware beyond libpcap. Ethereal now works as a plug-in module for many of these programs and devices. The ability to save sessions in multiple formats. This is useful if you want to do additional analysis with different tools, including libcap the default , Sun Snoop, Microsoft Network Monitor, and Network Associates' Sniffer. A command-line terminal mode. This is for those not graphically inclined, although a huge part of Ethereal's usefulness comes from its GUI tools.

Ethereal is so useful as a networking tool that it has been rated as number two among the most popular network security tools available by the security Web site Insecure. Ethereal has many uses beyond just security; in fact, you can also use it as a general network analysis tool. You can now run Ethereal by typing. You need to be the root user to run Ethereal in the X-windows environment.

To run Ethereal in command-line mode, you can type. Whether you are using the Windows or Linux version, almost all of the operations are the same and the interfaces look the same. When you bring up Ethereal, you will see a screen with three sections in it. These windows display the capture data and other information about your session. Ethereal Main Screen [View full size image]. The top third of the screen is where the packet stream is displayed in order of receipt, although you can sort this in just about any way by clicking on the headings.

Packet Stream Data Items. The time the packet was received, set from the elapsed time from the start of the capture session. Alternately, this can be configured to show the clock time, the clock time and date, or even the time between packets this is helpful for network performance analysis. The next section of the screen goes into more detail on each packet that is highlighted.

It is arranged in an order that basically conforms to the OSI model, so the first item listed is detail on the data link layer, and so on. The little pluses can be expanded to show even more information on each level. It is amazing how much detail you can see on each packet. Ethereal is like an electron microscope for network packets! The final section contains the actual packet contents, in both hexadecimal and translated into ASCII where possible.

Binary files will still look like garbage, as will encrypted traffic, but anything in clear text will appear. This highlights the power and danger of having a sniffer on your network. There are a lot of options and filters you can set.

Begin by running a wide open capture session. Ethereal Capture Options. Ethereal Capture Options Options. Picks the interface to capture from the pull-down menu. Ethereal automatically senses all the available interfaces and lists them. You can also choose to capture from all interfaces at once, just like Tcpdump.

Sets a maximum size for the packets captured. You can use this if you fear some of the packets may be very large and you don't want to overload your machine. This is on by default. Turn this off if you want to capture traffic only to your sniffer machine.

Click the Filter button to create a filter using Tcpdump-style expressions. It will ask you to name the filter which you can then use in future sessions and enter the expression. Click the File button if you want to read from a file rather than capture live data. These are disabled by default, but enable them if you want to watch the packets scroll by in real time.

If you are capturing on a busy network or your machine is slow, this is not recommended because it will cause the session to bog down and possibly drop packets. However, it is very useful if you want to "eyeball" the traffic to get a general idea of the nature of flow on the network as it goes by. You have several more options here on when to end your session. Besides manually stopping it, you can have Ethereal stop after x number of packets or kilobytes of data have been captured, or after x number of seconds have elapsed.

You can specify whether you want Ethereal to resolve names at various levels of the network model. Enabling all of these, especially DNS, can slow down your capture significantly. Once you have set your options, click OK and your session will start.

A window will appear that tracks the session statistics in real time see Figure 6. If you set your session to show packets in real time, you will see them as they come across the wire in the window see Figure 6. Ethereal Session Statistics Window. You can stop your session at any time by clicking Stop in the statistic window or choosing Stop from the Capture menu.

If you set a limit in the options, it will automatically stop when it reaches it. You can now analyze and manipulate your session results. By clicking on the headings at the top of the window, you can resort the results by that heading, so you can sort the output by source address, destination, protocol, or the info fields. This helps to organize things if you are looking for a specific kind of traffic, for example, all the DNS queries or all the mail-related traffic.

Of course, you could also write a filter to capture only this kind of traffic in the first place. This where you can set some global settings, such as how the time field is calculated. You can also set automatic scrolling of traffic and name resolution to on since they are turned off by default. You can select certain kinds of packet to shade different colors. This makes the display easier to read and pick out the items you are looking for. There are several built-in analytical tools included with Ethereal.

It is also built with a plug-in architecture so that other programs can interact with Ethereal or you can write your own. You can access these options under the Tools menu see Table 6. Ethereal Tools Menu Options Options. Shows a listing of the top-level data on your captures session, such as time elapsed, packet count, average packet size, total bytes captured, and average Mps on the wire during the capture.

Gives a statistical view of the traffic on your network. It shows what percentage of the capture session each type of packet makes up. You can collapse or expand the view to see major levels or minor protocols within a level. Contains a number of reports that are specific to certain kinds of protocols. Refer to the Ethereal documentation for more details on these tests.

Shows the protocol analyzer plug-ins that you have loaded. These are decoders for newer protocols that can be added to Ethereal without a major version upgrade. And because it's a plug-in architecture, you can write your own. Once you have finished capturing and analyzing your Ethereal data, you may want to save it, either for analysis with additional tools or for presentation to other parties. Now that you understand the basics of Ethereal, here are some practical applications you can use it for.

By running a wide-open network capture and then using the statistical reports, you can see how saturated your LAN is and what kinds of packets are making up most of the traffic. By looking at this, you may decide that it is time to move to a Mps switched network, or to segregate two departments into routed LANs versus one big network. Do you have a mail server that doesn't seem to be connecting? Having DNS problems? These application-level problems can be fiendishly difficult to troubleshoot.

But if you have Ethereal, you can tap into the network and watch the inter-server communications. There is a special version for Windows called WinPcap. The latest version is also available at the program's Web site. Download the WinDump executable and place it in the directory you want to run it from. No additional installation is necessary. You need two prerequisites before loading Ethereal: the libpcap libraries and the GTK development libraries. If you have loaded the port scanners or vulnerability scanners from earlier chapters, you should be all set.

If not, you will need to download the GTK libraries or install them off of your OS installation disks. GTK is available at www. Now, you have to decide whether to use an RPM or compile from the source code. There are many RPM packages for different versions of Linux. If one exists for your distribution, you can use that and skip the compile process. If there isn't an RPM version for your operating system, you need to compile it. To compile Ethereal, first download and unpack the latest distribution.

Do you have any ideas? So I tried to convert this code to python 3. What is this line doing and why in python3 does it seem to do something else? A while back I ported this to Python 3, and reformatted it a little. It is really helpful. Sorry for being naive. I have tried googling it. Thank you. If you also give the description for your programs, it would become the great website for learning socket programming. Thanks for very useful info.

Please help me with this. Thanks for the post. My question is how can you know that which format specifier is to be used to unpack a particular header? For an example in case of a ethernet header we use unpack! How can I know that I have to use strings and not any other format specifier to get ethernet addresses?

Is there any documentation for it? Nice article. Where does socket. The unpack header is a bit over my knowledge but, for what i can understand and read, you are using 20 bytes as standard tcp header; Am i right? Thanks for the precious articles. Why am I not getting TCP packets from others? Helpful post. Thanks for the script. I run this sniffer script and it works perfectly but the data portion is not much formatted. Some unreadable chacters are displaying.

Like the following. Kindly reply, I really need information on this for my project. All of my questions asked here are ignored. Please guys. Jamie thx for your hint. Silver Moon great work works on win7 as admin to when I use socket. It will not work on windows , since windows has very limited raw socket support. And I only get outgoing packages,. Thanks for this script. I was looking for something to use in black box testing.

I had a problem with empty TCP packets. This program said the TCP data size would be 6, while it was 0.

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