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Extreme Wi-Fi). This is because Ubuntu is identifying the hardware generically, reading information from its component hardware. 3. Click the Properties tab of Device Manager (if this isn t visible, click View Device Properties) and look through the information there for a line that begins info.udi. Look at the end of the line and make a note of the two sets of characters that are separated by an underscore and preceded by pci_. Look at Figure 7-7 for an example taken from our test machine. Yours may differ, but the line should always end with pci_ and then the digits. If it doesn t, you have selected the wrong entry in the list of devices on the left. Try examining a different entry, such as the parent of the entry in the list. Write down the characters following pci_ at the end of the info.udi line. Written alongside each other, the two sets of digits that are separated by an underscore form the all-important PCI ID number. In written form, they re usually separated by a colon. If either of the sets of letters or numbers is fewer than four characters long, simply add zeros before them in order to make four characters. In our test machine, the end of the info.udi line reads 168c_1c. We add two zeros before 1c, making a complete PCI ID of 168c:001c. On another PC, the end of the line reads 168c_13. Adding two zeros before 13 gives a PCI ID of 168c:0013. Using another computer that s able to go online, visit http://sourceforge.net/apps/mediawiki/ndiswrapper/. Under the Documentation heading, click the List of known working devices link. This is a community-generated listing of the wireless network devices that have been proven to work with NdisWrapper.

Wireshark provides a graphical interface that you can use to capture and analyze packets, so it won t work directly on a server that s running without X. To start it, run the wireshark command from the run command box which you can open from the graphical console with Ctrl+F2. To start a Wireshark capture session, select Capture Interfaces. From the pop-up window, select the interface that you want to use to perform your packet capture (see Figure 8-4). Next click Start to start the packet capture.

Figure 7-7. Find the PCI ID of your wireless network hardware by looking at the end of the info.udi line.

Figure 8-4. Before starting a Wireshark packet capture, select the interface you want to perform the packet capture on and then click Start. Wireshark will now start filling its buffers. You won t see any packet contents while this is happening. To see the content of the packet buffer, you need to click the Stop button. As a result, you ll see the window shown in Figure 8-5. From this window you can sort packets and see packet details. To sort packets, click on one of the columns. By default, they re sorted on the number they came in with, but, for examples, if you click the Source column, you can sort the packets by their source address, and if you click the Protocol column, you can sort the packets by the protocol that was used. Any of the columns in the result window can be clicked to filter the information.

Tip The URL in step 5 was correct as this book went to press. If you find it no longer accurate, search Google, using NdisWrapper list as a search term.

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The known to work cards are grouped in alphabetical order. Select the appropriate list based on the card manufacturer s name. (Remember to use the name you discovered using Device Manager in steps 1 and 2, and not the official name in the computer s manual or packaging.) Using the search function of your browser (Ctrl+F within Firefox), look for the PCI ID number you noted earlier, in the format described in step 4. For the example in Figure 7-7, we would search for 168c:001c. In the list, look to match the following things, presented in order of importance: a. b. c. The PCI ID The model name of the wireless hardware, as reported by Device Manager (listed on the Summary tab) The manufacturer and model of the notebook, as mentioned on its case or within its documentation

Click one of the packets to display more detail. For every packet that s captured, you can analyze all its layers. The top part of the Wireshark capture result window displays just the list of packets, but, after selecting a packet in the lower part, you ll see the packet s different headers. If you really need to see details of any of these parts, click the part you want to zoom in on to display its contents. You may even see passwords being sent in plain text over the network.