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TASKQUEUE_DEFINE(9) -- asynchronous task execution
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These functions provide a simple interface for asynchronous execution of code. The function taskqueue_create() is used to create new queues. The arguments to taskqueue_create() include a name which sh... |
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taskqueue_enqueue(9) -- asynchronous task execution
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These functions provide a simple interface for asynchronous execution of code. The function taskqueue_create() is used to create new queues. The arguments to taskqueue_create() include a name which sh... |
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taskqueue_find(9) -- asynchronous task execution
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These functions provide a simple interface for asynchronous execution of code. The function taskqueue_create() is used to create new queues. The arguments to taskqueue_create() include a name which sh... |
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taskqueue_free(9) -- asynchronous task execution
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These functions provide a simple interface for asynchronous execution of code. The function taskqueue_create() is used to create new queues. The arguments to taskqueue_create() include a name which sh... |
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taskqueue_run(9) -- asynchronous task execution
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These functions provide a simple interface for asynchronous execution of code. The function taskqueue_create() is used to create new queues. The arguments to taskqueue_create() include a name which sh... |
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TASK_INIT(9) -- asynchronous task execution
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These functions provide a simple interface for asynchronous execution of code. The function taskqueue_create() is used to create new queues. The arguments to taskqueue_create() include a name which sh... |
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thread_exit(9) -- abandon current thread context
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The thread_exit() function implements the machine independent prelude to a thread shutdown. It will not return, and will result in a call to mi_switch(9) to schedule some other thread. thread_exit() a... |
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time(9) -- system time variables
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The time variable is the system's ``wall time'' clock. It is set at boot by inittodr(9), and is updated by the settimeofday(2) system call and by periodic clock interrupts. The boottime variable ho... |
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timeout(9) -- execute a function after a specified length of time
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The function timeout() schedules a call to the function given by the argument func to take place after ticks/hz seconds. Non-positive values of ticks are silently converted to the value `1'. func sho... |
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tprintf(9) -- formatted output conversion
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The printf(9) family of functions are similar to the printf(3) family of functions. The three functions each use a different output stream. The uprintf() function outputs to the current process' cont... |
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trapsignal(9) -- kernel signal functions
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The SIGADDSET() macro adds signo to set. No effort is made to ensure that signo is a valid signal number. The SIGDELSET() macro removes signo from set. No effort is made to ensure that signo is a vali... |
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trypbuf(9) -- functions for managing physical buffers
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These functions are used to allocate and release physical buffers. The physical buffers are allocated at system startup and are maintained in a separate pool from the main system buffers. They are int... |
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tsleep(9) -- wait for events
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The functions tsleep() and wakeup() handle event-based process blocking. If a process must wait for an external event, it is put on sleep by tsleep(). The parameter ident is an arbitrary address that ... |
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tvtohz(9) -- convert time interval to tick count
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The tvtohz() function accepts a single argument tv which specifies the time interval over which to calculate the number of system ticks that would elapse. |
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ucred(9) -- functions related to user credentials
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The ucred family of functions is used to manage user credential structures (struct ucred) within the kernel. The crget() function allocates memory for a new structure, sets its reference count to 1, a... |
