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in eth0 for the first Ethernet card on your system. They alias the module used for that particular card, for example, 7 a 3Com Etherlink XL card aliases the 3c59x network module, whose alias would be eth0 if it is the first Ethernet card. 7 The modules themselves are kept in the kernel s module directory, /lib/modules, as described in the last section.
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On Red Hat, you can use the redhat-config-soundcard utility to install most sound cards on Linux. A listing of the different sound devices is provided in Table 7-3. Some sound cards may require more specialized support. For sound cards, you can tell what your current sound configuration is by listing the contents of the /dev/sndstat file. You can test your card by simply redirecting a sound file to it, as shown here: cat sample.au > /dev/audio. For the 2.4 kernel, most Linux sound drivers are developed as part of the Open Sound System (OSS) and freely distributed as OSS/Free. These are installed as part of Linux distributions. The OSS device drivers are intended to provide a uniform API for all Unix platforms, including Linux. They support Sound Blaster and Windows Sound System compatible sound cards (ISA and PCI). OSS is also available for a nominal fee and features configuration interfaces for device setup.
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Device /dev/sndstat /dev/audio /dev/dsp /dev/mixer /dev/music /dev/sequencer /dev/midi Table 7-3. Sound Devices
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Description Sound driver status Audio output device Sound sampling device Control mixer on sound card High-level sequencer Low-level sequencer Direct MIDI port
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The Advanced Linux Sound Architecture (ALSA) replaces OSS in the 2.6 Linux kernel. ALSA provides a modular sound driver, API, and configuration manager that aims to be a better alternative to OSS, while maintaining compatibility with it. ALSA is a GNU project and is entirely free; its web site at www.alsa-project.org contains extensive documentation, applications, and drivers. Currently available are the ALSA sound driver, the ALSA Kernel API, the ALSA library to support application development, and the ALSA manager to provide a configuration interface for the driver. ALSA evolved from the Linux Ultra Sound Project. The Linux Musical Instrument Digital Interface (MIDI) and Sound Pages, currently at www.xdt.com/ar/linux-snd, hold links to web and FTP sites for Linux sound drivers for various sound cards. They also include links to sites for Linux MIDI and sound software.
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Device names used for TV, video, and DVD devices are listed in Table 7-4. Drivers for DVD and TV decoders have been developed. mga4linux (marvel.sourceforge.net) is developing video support for the Matrox Multimedia cards like the Marvel G200. The General ATI TV and Overlay Software (GATOS) (gatos.sourceforge.net) has developed drivers for the currently unsupported features of ATI video cards, specifically TV features. The BTTV Driver Project has developed drivers for the Booktree video chip.
Device Name /dev/video /dev/vfx /dev/codec /dev/vout /dev/radio /dev/vtx /dev/vbi Table 7-4. Type of Device Video capture interface Video effects interface Video codec interface Video output interface AM/FM radio devices Teletext interface chips Data services interface Video Devices
Devices and Modules
Creative Labs sponsors Linux drivers for the Creative line of DVD DXR2 decoders (opensource.creative.com).
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Modules
The Linux kernel employs the use of modules to support different operating system features, including support for various devices such as sound and network cards. In many cases, you do have the option of implementing support for a device either as a module or by directly compiling it as a built-in kernel feature, which requires you to rebuild the kernel ( see 9). A safer and more robust solution is to use modules. Modules are components of the Linux kernel that can be loaded as needed. To add support for a new device, you can now simply instruct a kernel to load its module. In some cases, you may have to recompile only that module to provide support for your device. The use of modules has the added advantage of reducing the size of the kernel program as well as making your system more stable. The kernel can load modules in memory only as they are needed. Should a module fail, only the module stops running, not the entire system. For example, the module for the PPP network interface used for a modem only needs to be used when you connect to an ISP.
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