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CHAPTER 6 SETTING THE SYSTEM TO YOUR HAND
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# PCI device 0x8086:0x104b (e1000) SUBSYSTEM=="net", ACTION=="add", DRIVERS==" *",\ ATTR{address}=="00:19:d1:ed:82:07", ATTR{type}=="1",\ KERNEL=="eth*", NAME="eth0"
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# PCI device 0x10ec:0x8169 (r8169) SUBSYSTEM=="net", ACTION=="add", DRIVERS==" *",\ ATTR{address}=="00:0c:f6:3f:5d:bb", ATTR{type}=="1",\ KERNEL=="eth*", NAME="eth1" As you can see, this file matches the MAC addresses of your network boards with their device names. Imagine that this configuration is wrong, and you want to make sure that MAC address 00:0c:f6:3f:5d:bb is available as eth0 in the future. Just change the eth name of the device, and udev will do the rest for you. Likewise, configuration scripts are available for almost all other devices. Some of them tend to be pretty complex, though, and you shouldn t touch them if you don t have a deep understanding of shell scripting. Working with udev has one other major advantage as well: it ensures that your storage devices can be referred to by unique names. Unique names are names that relate to the devices, and they don t ever change no matter how and where the device is loaded. Normally a storage device gets its device name (/dev/sda and so on) based on the order that it is plugged into the system: the first storage device gets /dev/sda, the second storage device gets /dev/sdb, and so on. When activating a device, udev generates more than just the device name /dev/sda, and so on. For storage devices, some links are created in the directory /dev/disk. These links are in the following subdirectories and all contain a way to refer to the disk device: /dev/disk/by-id: This subdirectory contains information about the device based on the vendor ID and the name of the device. Because this name never changes during the life of a device, you can use these device names as an alternative to the /dev/sda devices that may change in an uncontrolled way. The only disadvantage is that the /dev/disk/ by-id names are rather long. /dev/disk/by-path: This subdirectory contains links with a name that is based on the bus position of the device. /dev/disk/by-uuid: In this subdirectory, you can find links with a name that is based on the serial number (the UUID) of the device. Because the information in /dev/disk won t change for a device the next time it is plugged in, you can create udev rules that work with that information and make sure that the same device name is always generated. The udev rules for storage devices are in /etc/udev/rules.d/ 60-persistent-storage.rules, in which you can create a persistent link that makes sure that a device is always initialized with the same device name. This solution can be used for disk devices and other devices as well. Just have a look at the files in /etc/udev/rules.d to see how the different device types are handled.
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In this chapter, you learned how to manage and customize your server. In the first part of this chapter, you learned how to manage processes with utilities such as top, ps, and kill. After that, you learned how to schedule processes to run in the future. Next, you read about the boot procedure, which may help you when troubleshooting or optimizing your server s boot procedure. In the last part of this chapter, you read about the kernel and hardware management. In 7, you ll learn how to create shell scripts on Ubuntu Server.
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CHAPTER
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Running It Any Way You Like An Introduction to Bash Shell Scripting
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nowing your way around commands on Linux is one thing. But if you really want to understand what is happening on Ubuntu Server, you must at least be able to read shell scripts. On Ubuntu Server, many things are automated with shell scripts. For example, the entire startup procedure consists of ingenious shell scripts that are tied together. As an administrator, it s very useful to know how to do some shell scripting yourself. For these reasons, this chapter will give you an introduction to Bash shell scripting. After a short introduction, you ll learn about the most important components that you ll see in most shell scripts, such as iterations, functions, and some basic calculations. Notice that this chapter is meant to give a basic overview of the way that a shell script is organized and should help you write a simple shell script. It s not meant to be a complete tutorial that discusses all elements that can be used in a script.
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