Struct Timer 

pub struct Timer<MODE> { /* private fields */ }

HAL struct for Timer1 (timer type A)

Implementations

impl<MODE> Timer<MODE>

pub fn timer1_synchronous( timer: TMR1, clocking: Clocking, prescale: ClockPrescale, period: u16, stop_in_idle_mode: bool, ) -> Timer<TimerSynchronous>

Initalize the timer for synchronous operation

The timer peripheral is running synchronously with the PBCLOCK and cannot count external pulses when the PBCLOCK is gated.

pub fn timer1_asynchronous( timer: TMR1, prescale: ClockPrescale, period: u16, stop_in_idle_mode: bool, ) -> Timer<TimerAsynchronous>

Initialize the timer for asynchronous operation

The timer will operate asynchronously with respect and independently from to the PBCLOCK When operating asynchronously, the timer is always external clocked, e.g. by a 32 kHz clock source or the like.

pub fn free(self) -> TMR1

Turn the timer off

pub fn tmr(&self) -> u16

Read the current timer count value

pub fn period(&self) -> u16

Read the period (PR register)

pub fn set_period(&mut self, period: u16)

Write to the period (PR register)

impl Timer<TimerSynchronous>

pub fn set_tmr(&mut self, tmr: u16)

Set the current timer count value

impl Timer<TimerAsynchronous>

pub fn set_tmr(&mut self, tmr: u16)

Set the current timer count value