rtic/2/api/search.desc/rtic_monotonics/rtic_monotonics-desc-0-.js

searchState.loadedDescShard("rtic_monotonics", 0, "In-tree implementations of the <code>rtic_time::Monotonic</code> …\nThe backend for the timer queue\nThe type for duration, defining a duration of time.\nThe type for duration, defining a duration of time.\nThe type for instant, defining an instant in time.\nThe type for instant, defining an instant in time.\nA monotonic clock / counter definition.\nThe type for ticks.\nThis indicates that there was a timeout.\nA backend definition for a monotonic clock/counter.\nA <code>Monotonic</code> that is backed by the <code>TimerQueue</code>.\nClear the compare interrupt flag.\nDelay for some duration of time.\nDelay to some specific time instant.\nOptional. This is used to save power, this is called when …\nOptional. This is used to save power, this is called when …\nReturns the argument unchanged.\n<code>Monotonic</code> implementations for i.MX RT’s GPT peripherals.\nCreate a GPT1 based monotonic and register the GPT1 …\nCreate a GPT2 based monotonic and register the GPT2 …\nCalls <code>U::from(self)</code>.\nGet the current time.\nGet the current time.\n<code>Monotonic</code> implementations for the nRF series of MCUs.\nCreate an RTC0 based monotonic and register the RTC0 …\nCreate an RTC1 based monotonic and register the RTC1 …\nCreate an RTC2 based monotonic and register the RTC2 …\nCreate an Timer0 based monotonic and register the TIMER0 …\nCreate an Timer1 based monotonic and register the TIMER1 …\nCreate an Timer2 based monotonic and register the TIMER2 …\nCreate an Timer3 based monotonic and register the TIMER3 …\nCreate an Timer4 based monotonic and register the TIMER4 …\nOptional. Runs on interrupt before any timer queue …\nPend the timer’s interrupt.\n<code>Monotonic</code> implementation for RP2040’s Timer peripheral.\nCreate an RP2040 timer based monotonic and register the …\nSet the compare value of the timer interrupt.\n<code>Monotonic</code> implementations for STM32 chips.\nCreate a TIM15 based monotonic and register the TIM15 …\nCreate a TIM2 based monotonic and register the TIM2 …\nCreate a TIM3 based monotonic and register the TIM3 …\nCreate a TIM4 based monotonic and register the TIM4 …\nCreate a TIM5 based monotonic and register the TIM5 …\n<code>Monotonic</code> based on Cortex-M SysTick. Note: this …\nCreate a Systick based monotonic and register the Systick …\nTimeout after a specific duration.\nTimeout at a specific time.\nReturns a reference to the underlying timer queue.\nGPT based <code>TimerQueueBackend</code>.\nGPT based <code>TimerQueueBackend</code>.\nStarts the timer.\nStarts the timer.\nReturns the argument unchanged.\nReturns the argument unchanged.\nCalls <code>U::from(self)</code>.\nCalls <code>U::from(self)</code>.\nCommon definitions and traits for using the i.MX RT …\nThe type for duration, defining a duration of time.\nExtension trait for simple short-hands for u64 Durations\nExtension trait for simple short-hands for u64 Durations …\nThe type for instant, defining an instant in time.\nA monotonic clock / counter definition.\nDelay for some duration of time.\nDelay to some specific time instant.\nShorthand for creating a duration which represents hours.\nShorthand for creating a duration which represents hours.\nCreate a GPT1 based monotonic and register the GPT1 …\nCreate a GPT2 based monotonic and register the GPT2 …\nShorthand for creating a duration which represents …\nShorthand for creating a duration which represents …\nShorthand for creating a duration which represents …\nShorthand for creating a duration which represents …\nShorthand for creating a duration which represents minutes.\nShorthand for creating a duration which represents minutes.\nShorthand for creating a duration which represents …\nShorthand for creating a duration which represents …\nGet the current time.\nShorthand for creating a duration which represents seconds.\nShorthand for creating a duration which represents seconds.\nTimeout after a specific duration.\nTimeout at a specific time.\n<co