Struct stm32f4xx::tim2::Tim2

pub struct Tim2<'a> { /* private fields */ }

Implementations

impl<'a> Tim2<'a>

pub const fn new(rcc: &'a Rcc) -> Self

pub fn is_enabled_clock(&self) -> bool

pub fn enable_clock(&self)

pub fn disable_clock(&self)

pub fn handle_interrupt(&self)

pub fn start(&self)

Trait Implementations

impl<'a> Alarm<'a> for Tim2<'a>

fn set_alarm_client(&self, client: &'a dyn AlarmClient)

Specify the callback for when the counter reaches the alarm value. If there was a previously installed callback this call replaces it.

fn set_alarm(&self, reference: Self::Ticks, dt: Self::Ticks)

Specify when the callback should be called and enable it. The callback will be enqueued when Time::now() == reference + dt. The callback itself may not run exactly at this time, due to delays. However, it it assured to execute after reference + dt: it can be delayed but will never fire early. The method takes reference and dt rather than a single value denoting the counter value so it can distinguish between alarms which have very recently already passed and those in the far far future (see #1651).

fn get_alarm(&self) -> Self::Ticks

Return the current alarm value. This is undefined at boot and otherwise returns now + dt from the last call to set_alarm.

fn disarm(&self) -> Result<(), ErrorCode>

Disable the alarm and stop it from firing in the future. Valid Result<(), ErrorCode> codes are:

fn is_armed(&self) -> bool

Returns whether the alarm is currently armed. Note that this does not reliably indicate whether there will be a future callback: it is possible that the alarm has triggered (and disarmed) and a callback is pending and has not been called yet. In this case it possible for is_armed to return false yet to receive a callback.

fn minimum_dt(&self) -> Self::Ticks

Return the minimum dt value that is supported. Any dt smaller than this will automatically be increased to this minimum value.

impl<'a> Counter<'a> for Tim2<'a>

fn set_overflow_client(&self, _client: &'a dyn OverflowClient)

Specify the callback for when the counter overflows its maximum value (defined by Ticks). If there was a previously registered callback this call replaces it.

fn start(&self) -> Result<(), ErrorCode>

Starts the free-running hardware counter. Valid Result<(), ErrorCode> values are:

fn stop(&self) -> Result<(), ErrorCode>

Stops the free-running hardware counter. Valid Result<(), ErrorCode> values are:

fn reset(&self) -> Result<(), ErrorCode>

Resets the counter to 0. This may introduce jitter on the counter. Resetting the counter has no effect on any pending overflow callbacks. If a client needs to reset and clear pending callbacks it should call stop before reset. Valid Result<(), ErrorCode> values are:

fn is_running(&self) -> bool

Returns whether the counter is currently running.

impl Time for Tim2<'_>

type Frequency = Freq16KHz

The number of ticks per second

type Ticks = Ticks32

The width of a time value

fn now(&self) -> Ticks32

Returns a timestamp. Depending on the implementation of Time, this could represent either a static timestamp or a sample of a counter; if an implementation relies on it being constant or changing it should use Timestamp or Counter.