Struct Timer1 

pub struct Timer1 { /* private fields */ }

Implementations

impl Timer1

pub const fn captim_capture_gpio1_reg( &self, ) -> &'static Reg<CaptimCaptureGpio1Reg_SPEC, RW>

Capture Timer value for event on GPIO1

pub const fn captim_capture_gpio2_reg( &self, ) -> &'static Reg<CaptimCaptureGpio2Reg_SPEC, RW>

Capture Timer value for event on GPIO2

pub const fn captim_ctrl_reg(&self) -> &'static Reg<CaptimCtrlReg_SPEC, RW>

Capture Timer control register

pub const fn captim_gpio1_conf_reg( &self, ) -> &'static Reg<CaptimGpio1ConfReg_SPEC, RW>

Capture Timer gpio1 selection

pub const fn captim_gpio2_conf_reg( &self, ) -> &'static Reg<CaptimGpio2ConfReg_SPEC, RW>

Capture Timer gpio2 selection

pub const fn captim_prescaler_reg( &self, ) -> &'static Reg<CaptimPrescalerReg_SPEC, RW>

Capture Timer prescaler value

pub const fn captim_prescaler_val_reg( &self, ) -> &'static Reg<CaptimPrescalerValReg_SPEC, RW>

Capture Timer interrupt status register

pub const fn captim_pwm_dc_reg(&self) -> &'static Reg<CaptimPwmDcReg_SPEC, RW>

Capture Timer pwm dc register

pub const fn captim_pwm_freq_reg( &self, ) -> &'static Reg<CaptimPwmFreqReg_SPEC, RW>

Capture Timer pwm frequency register. PWM5 period is defined by the reference clock frequency multiplied by this value.

pub const fn captim_reload_reg(&self) -> &'static Reg<CaptimReloadReg_SPEC, RW>

Capture Timer reload value and Delay in shot mode

pub const fn captim_shotwidth_reg( &self, ) -> &'static Reg<CaptimShotwidthReg_SPEC, RW>

Capture Timer Shot duration in shot mode

pub const fn captim_status_reg(&self) -> &'static Reg<CaptimStatusReg_SPEC, RW>

Capture Timer status register

pub const fn captim_timer_val_reg( &self, ) -> &'static Reg<CaptimTimerValReg_SPEC, RW>

Capture Timer counter value

Trait Implementations

impl Clone for Timer1

fn clone(&self) -> Timer1

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl PartialEq for Timer1

fn eq(&self, other: &Timer1) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl Copy for Timer1

impl Eq for Timer1

impl Send for Timer1

TIMER1 registers

impl StructuralPartialEq for Timer1

impl Sync for Timer1