kernel/time/hrtimer.rs

56 //! **expires**, the timer enters the **running** state and the handler is
190     /// Start the timer with expiry after `expires` time units. If the timer was
192     fn start(self, expires: Ktime) -> Self::TimerHandle;  in start()
216     /// Start the timer after `expires` time units. If the timer was already
223     unsafe fn start(self, expires: Ktime) -> Self::TimerHandle;  in start()
233     /// Start the timer to run after `expires` time units and immediately
235     fn start_scoped<T, F>(self, expires: Ktime, f: F) -> T  in start_scoped()
247     fn start_scoped<U, F>(self, expires: Ktime, f: F) -> U  in start_scoped()
252         let handle = unsafe { UnsafeHrTimerPointer::start(self, expires) };  in start_scoped()
279     /// the timer expires.
369     unsafe fn start(this: *const Self, expires: Ktime) {  in start()
374                 expires.to_ns(),  in start()
405     /// Timer expires at the given expiration time.
407     /// Timer expires after the given expiration time interpreted as a duration from now.
415     /// Timer expires at the given expiration time.
418     /// Timer expires after the given expiration time interpreted as a duration from now.
421     /// Timer expires at the given expiration time.
424     /// Timer expires after the given expiration time interpreted as a duration from now.
427     /// Timer expires at the given expiration time.
431     /// Timer expires after the given expiration time interpreted as a duration from now.
435     /// Timer expires at the given expiration time.
438     /// Timer expires after the given expiration time interpreted as a duration from now.
441     /// Timer expires at the given expiration time.
445     /// Timer expires after the given expiration time interpreted as a duration from now.