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sbuf_new(9) -- safe string formatting
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The sbuf family of functions allows one to safely allocate, construct and release bounded null-terminated strings in kernel space. Instead of arrays of characters, these functions operate on structure... |
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sbuf_overflowed(9) -- safe string formatting
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The sbuf family of functions allows one to safely allocate, construct and release bounded null-terminated strings in kernel space. Instead of arrays of characters, these functions operate on structure... |
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sbuf_printf(9) -- safe string formatting
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The sbuf family of functions allows one to safely allocate, construct and release bounded null-terminated strings in kernel space. Instead of arrays of characters, these functions operate on structure... |
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sbuf_putc(9) -- safe string formatting
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The sbuf family of functions allows one to safely allocate, construct and release bounded null-terminated strings in kernel space. Instead of arrays of characters, these functions operate on structure... |
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sbuf_setpos(9) -- safe string formatting
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The sbuf family of functions allows one to safely allocate, construct and release bounded null-terminated strings in kernel space. Instead of arrays of characters, these functions operate on structure... |
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sbuf_trim(9) -- safe string formatting
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The sbuf family of functions allows one to safely allocate, construct and release bounded null-terminated strings in kernel space. Instead of arrays of characters, these functions operate on structure... |
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sbuf_vprintf(9) -- safe string formatting
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The sbuf family of functions allows one to safely allocate, construct and release bounded null-terminated strings in kernel space. Instead of arrays of characters, these functions operate on structure... |
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schedclock(9) -- perform round-robin scheduling of runnable processes
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Each process has three different priorities stored in struct proc: p_usrpri, p_nativepri, and p_priority. The p_usrpri member is the user priority of the process calculated from a process' estimated ... |
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schedcpu(9) -- perform round-robin scheduling of runnable processes
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Each process has three different priorities stored in struct proc: p_usrpri, p_nativepri, and p_priority. The p_usrpri member is the user priority of the process calculated from a process' estimated ... |
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scheduler(9) -- perform round-robin scheduling of runnable processes
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Each process has three different priorities stored in struct proc: p_usrpri, p_nativepri, and p_priority. The p_usrpri member is the user priority of the process calculated from a process' estimated ... |
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sched_setup(9) -- perform round-robin scheduling of runnable processes
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Each process has three different priorities stored in struct proc: p_usrpri, p_nativepri, and p_priority. The p_usrpri member is the user priority of the process calculated from a process' estimated ... |
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selrecord(9) -- record and wakeup select requests
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selrecord() and selwakeup() are the two central functions used by select(2), poll(2) and the objects that are being selected on. They handle the task of recording which threads are waiting on which ob... |
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selwakeup(9) -- record and wakeup select requests
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selrecord() and selwakeup() are the two central functions used by select(2), poll(2) and the objects that are being selected on. They handle the task of recording which threads are waiting on which ob... |
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sema(9) -- kernel counting semaphore
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Counting semaphores provide a mechanism for synchronizing access to a pool of resources. Unlike mutexes, semaphores do not have the concept of an owner, so they can also be useful in situations where ... |
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sema_destroy(9) -- kernel counting semaphore
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Counting semaphores provide a mechanism for synchronizing access to a pool of resources. Unlike mutexes, semaphores do not have the concept of an owner, so they can also be useful in situations where ... |
