|
|
|
pool_prime(9) -- resource-pool manager
|
|
These utility routines provide management of pools of fixedsized areas of memory. Resource pools set aside an amount of memory for exclusive use by the resource pool owner. This can be used by applica... |
|
pool_put(9) -- resource-pool manager
|
|
These utility routines provide management of pools of fixedsized areas of memory. Resource pools set aside an amount of memory for exclusive use by the resource pool owner. This can be used by applica... |
|
|
pool_sethiwat(9) -- resource-pool manager
|
|
These utility routines provide management of pools of fixedsized areas of memory. Resource pools set aside an amount of memory for exclusive use by the resource pool owner. This can be used by applica... |
|
pool_setlowat(9) -- resource-pool manager
|
|
These utility routines provide management of pools of fixedsized areas of memory. Resource pools set aside an amount of memory for exclusive use by the resource pool owner. This can be used by applica... |
|
powerhook_disestablish(9) -- add or remove a power hook
|
|
The powerhook_establish() function adds fn to the list of hooks invoked by dopowerhooks(9) during any change in apm(4) power state (i.e., during a ``suspend'', ``standby'', or ``resume''). When ... |
|
powerhook_establish(9) -- add or remove a power hook
|
|
The powerhook_establish() function adds fn to the list of hooks invoked by dopowerhooks(9) during any change in apm(4) power state (i.e., during a ``suspend'', ``standby'', or ``resume''). When ... |
|
ppsratecheck(9) -- function to help implement rate-limited actions
|
|
The ppsratecheck() function provides an easy way to perform packet-persec, or event-per-sec, rate limitation. The motivation for implementing ppsratecheck() was to provide a mechanism that could be us... |
|
printf(9) -- kernel formatted output conversion
|
|
The printf(), snprintf(), vprintf(), vsnprintf(), uprintf(), ttyprintf(), and db_printf() functions allow the kernel to send formatted messages to various output devices. The functions printf() and vp... |
|
profhz(9) -- system time model
|
|
The system is driven by hardclock(9) interrupts, which occur at hz frequency, and are used to keep track of real time. On systems where another independent clock is available, it is set at stathz freq... |
|
psignal(9) -- post signal to a process
|
|
These functions post a signal to one or more processes. The argument signum common to all three functions should be in the range [1-NSIG]. The psignal() function posts signal number signum to the proc... |
|
radio(9) -- interface between low and high level radio drivers
|
|
The radio device driver is divided into a high level, hardware independent layer, and a low level hardware dependent layer. The interface between these is the radio_hw_if structure. struct radio_hw_if... |
|
random(9) -- device kernel interface
|
|
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 ... |
|
rasops(9) -- raster display operations
|
|
The rasops subsystem is a set of raster operations for wscons(9). The primary data type for using the raster operations is the rasops_info structure in dev/rasops/rasops.h: struct rasops_info { /* * T... |
|
rasops_init(9) -- raster display operations
|
|
The rasops subsystem is a set of raster operations for wscons(9). The primary data type for using the raster operations is the rasops_info structure in dev/rasops/rasops.h: struct rasops_info { /* * T... |
|
rasops_reconfig(9) -- raster display operations
|
|
The rasops subsystem is a set of raster operations for wscons(9). The primary data type for using the raster operations is the rasops_info structure in dev/rasops/rasops.h: struct rasops_info { /* * T... |
