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add_mouse_randomness(9) -- device kernel interface
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The add_mouse_randomness(), add_tty_randomness(), add_net_randomness(), add_disk_randomness() and add_audio_randomness() routines are used to supply data for the random data source device for further ... |
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add_net_randomness(9) -- device kernel interface
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The add_mouse_randomness(), add_tty_randomness(), add_net_randomness(), add_disk_randomness() and add_audio_randomness() routines are used to supply data for the random data source device for further ... |
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add_timer_randomness(9) -- device kernel interface
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The add_mouse_randomness(), add_tty_randomness(), add_net_randomness(), add_disk_randomness() and add_audio_randomness() routines are used to supply data for the random data source device for further ... |
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add_true_randomness(9) -- device kernel interface
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The add_mouse_randomness(), add_tty_randomness(), add_net_randomness(), add_disk_randomness() and add_audio_randomness() routines are used to supply data for the random data source device for further ... |
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add_tty_randomness(9) -- device kernel interface
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The add_mouse_randomness(), add_tty_randomness(), add_net_randomness(), add_disk_randomness() and add_audio_randomness() routines are used to supply data for the random data source device for further ... |
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altq(9) -- kernel interfaces for manipulating output queues on network interfaces
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The ALTQ system is a framework to manage queuing disciplines on network interfaces. ALTQ introduces new macros to manipulate output queues. The output queue macros are used to abstract queue operation... |
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arc4random(9) -- device kernel interface
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The add_mouse_randomness(), add_tty_randomness(), add_net_randomness(), add_disk_randomness() and add_audio_randomness() routines are used to supply data for the random data source device for further ... |
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assert(9) -- kernel library routines
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The kern library implements a set of useful functions and macros inside the kernel. |
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audio(9) -- interface between low and high level audio drivers
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The audio device driver is divided into a high level, hardware independent layer, and a low level, hardware dependent layer. The interface between these is the audio_hw_if structure. struct audio_hw_i... |
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autoconf(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... |
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bcmp(9) -- kernel library routines
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The kern library implements a set of useful functions and macros inside the kernel. |
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bdevvp(9) -- create a vnode for a device
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The getdevvp() function creates a vnode for a device of type type with a device number of dev, and returns a pointer to it in vpp. Its arguments are: dev The device number of the desired device. vpp W... |
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bintime(9) -- system clock
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This family of functions return the system clock in various different formats. The functions with the "uptime" suffix return the monotonically increasing time since boot. The functions without "up... |
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binuptime(9) -- system clock
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This family of functions return the system clock in various different formats. The functions with the "uptime" suffix return the monotonically increasing time since boot. The functions without "up... |
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boot(9) -- halt or reboot the system
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The boot() function handles final system shutdown, and either halts or reboots the system. The exact action to be taken is determined by the flags passed in howto and by whether or not the system has ... |
