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CARDBUS_PRODUCT(9) -- support for
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The machine-independent Cardbus subsystem provides support for Cardbus devices. The Cardbus interface is an improvement to the PC-Card interface supported by pcmcia(9). It introduces several new capab... |
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CARDBUS_VENDOR(9) -- support for
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The machine-independent Cardbus subsystem provides support for Cardbus devices. The Cardbus interface is an improvement to the PC-Card interface supported by pcmcia(9). It introduces several new capab... |
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cdevvp(9) -- kernel representation of a file or directory
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The vnode is the focus of all file activity in NetBSD. There is a unique vnode allocated for each active file, directory, mounted-on file, fifo, domain socket, symbolic link and device. The kernel has... |
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checkalias(9) -- kernel representation of a file or directory
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The vnode is the focus of all file activity in NetBSD. There is a unique vnode allocated for each active file, directory, mounted-on file, fifo, domain socket, symbolic link and device. The kernel has... |
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clock_secs_to_ymdhms(9) -- time-of-day clock support
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The todr_*() functions provide an interface to read, set and control `time-of-day' devices. The todr_chip_handle_t should be obtained from a driver for a particular hardware device that implements th... |
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clock_ymdhms_to_secs(9) -- time-of-day clock support
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The todr_*() functions provide an interface to read, set and control `time-of-day' devices. The todr_chip_handle_t should be obtained from a driver for a particular hardware device that implements th... |
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cltom(9) -- functions and macros for managing memory used by networking code
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The mbuf functions and macros provide an easy and consistent way to handle a networking stack's memory management needs. An mbuf consists of a header and a data area. It is of a fixed size, MSIZE (de... |
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cnbell(9) -- console access interface
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These functions operate over current console device. The console has to be initialized first, before these functions could be used. Console input polling functions cngetc(), cngetsn() and cnpollc() ar... |
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cngetc(9) -- console access interface
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These functions operate over current console device. The console has to be initialized first, before these functions could be used. Console input polling functions cngetc(), cngetsn() and cnpollc() ar... |
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cngetsn(9) -- console access interface
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These functions operate over current console device. The console has to be initialized first, before these functions could be used. Console input polling functions cngetc(), cngetsn() and cnpollc() ar... |
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cnmagic(9) -- console magic key sequence management
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The NetBSD console magic key sequence management framework is designed to provide flexible methods to set, change, and detect magic key sequences on console devices and break into the debugger or ROM ... |
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cnpollc(9) -- console access interface
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These functions operate over current console device. The console has to be initialized first, before these functions could be used. Console input polling functions cngetc(), cngetsn() and cnpollc() ar... |
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cnputc(9) -- console access interface
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These functions operate over current console device. The console has to be initialized first, before these functions could be used. Console input polling functions cngetc(), cngetsn() and cnpollc() ar... |
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config(9) -- the autoconfiguration framework ``device definition'' language
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In NetBSD, the config(8) program reads and verifies a machine description file specifying the devices to include in the kernel. A table is produced by config(8) which is used by the kernel during auto... |
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config_activate(9) -- autoconfiguration framework
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Autoconfiguration is the process of matching hardware devices with an appropriate device driver. In its most basic form, autoconfiguration consists of the recursive process of finding and attaching al... |
