Struct Sm 

pub struct Sm { /* private fields */ }

no description available

Implementations

impl Sm

pub const unsafe fn from_ptr(ptr: *mut ()) -> Self

pub const fn as_ptr(&self) -> *mut ()

pub const fn smcnt(self) -> Reg<Smcnt, R>

Counter Register

pub const fn sminit(self) -> Reg<Sminit, RW>

Initial Count Register

pub const fn smctrl2(self) -> Reg<Smctrl2, RW>

Control 2 Register

pub const fn smctrl(self) -> Reg<Smctrl, RW>

Control Register

pub const fn smval0(self) -> Reg<Smval0, RW>

Value Register 0

pub const fn smfracval1(self) -> Reg<Smfracval1, RW>

Fractional Value Register 1

pub const fn smval1(self) -> Reg<Smval1, RW>

Value Register 1

pub const fn smfracval2(self) -> Reg<Smfracval2, RW>

Fractional Value Register 2

pub const fn smval2(self) -> Reg<Smval2, RW>

Value Register 2

pub const fn smfracval3(self) -> Reg<Smfracval3, RW>

Fractional Value Register 3

pub const fn smval3(self) -> Reg<Smval3, RW>

Value Register 3

pub const fn smfracval4(self) -> Reg<Smfracval4, RW>

Fractional Value Register 4

pub const fn smval4(self) -> Reg<Smval4, RW>

Value Register 4

pub const fn smfracval5(self) -> Reg<Smfracval5, RW>

Fractional Value Register 5

pub const fn smval5(self) -> Reg<Smval5, RW>

Value Register 5

pub const fn smfrctrl(self) -> Reg<Smfrctrl, RW>

Fractional Control Register

pub const fn smoctrl(self) -> Reg<Smoctrl, RW>

Output Control Register

pub const fn smsts(self) -> Reg<Smsts, RW>

Status Register

pub const fn sminten(self) -> Reg<Sminten, RW>

Interrupt Enable Register

pub const fn smdmaen(self) -> Reg<Smdmaen, RW>

DMA Enable Register

pub const fn smtctrl(self) -> Reg<Smtctrl, RW>

Output Trigger Control Register

pub const fn smdismap0(self) -> Reg<Smdismap0, RW>

Fault Disable Mapping Register 0

pub const fn smdtcnt0(self) -> Reg<Smdtcnt0, RW>

Deadtime Count Register 0

pub const fn smdtcnt1(self) -> Reg<Smdtcnt1, RW>

Deadtime Count Register 1

pub const fn smcaptctrla(self) -> Reg<Smcaptctrla, RW>

Capture Control A Register

pub const fn smcaptcompa(self) -> Reg<Smcaptcompa, RW>

Capture Compare A Register

pub const fn smcaptctrlb(self) -> Reg<Smcaptctrlb, RW>

Capture Control B Register

pub const fn smcaptcompb(self) -> Reg<Smcaptcompb, RW>

Capture Compare B Register

pub const fn smcaptctrlx(self) -> Reg<Smcaptctrlx, RW>

Capture Control X Register

pub const fn smcaptcompx(self) -> Reg<Smcaptcompx, RW>

Capture Compare X Register

pub const fn smcval0(self) -> Reg<Smcval0, R>

Capture Value 0 Register

pub const fn smcval0cyc(self) -> Reg<Smcval0cyc, R>

Capture Value 0 Cycle Register

pub const fn smcval1(self) -> Reg<Smcval1, R>

Capture Value 1 Register

pub const fn smcval1cyc(self) -> Reg<Smcval1cyc, R>

Capture Value 1 Cycle Register

pub const fn smcval2(self) -> Reg<Smcval2, R>

Capture Value 2 Register

pub const fn smcval2cyc(self) -> Reg<Smcval2cyc, R>

Capture Value 2 Cycle Register

pub const fn smcval3(self) -> Reg<Smcval3, R>

Capture Value 3 Register

pub const fn smcval3cyc(self) -> Reg<Smcval3cyc, R>

Capture Value 3 Cycle Register

pub const fn smcval4(self) -> Reg<Smcval4, R>

Capture Value 4 Register

pub const fn smcval4cyc(self) -> Reg<Smcval4cyc, R>

Capture Value 4 Cycle Register

pub const fn smcval5(self) -> Reg<Smcval5, R>

Capture Value 5 Register

pub const fn smcval5cyc(self) -> Reg<Smcval5cyc, R>

Capture Value 5 Cycle Register

Trait Implementations

impl Clone for Sm

fn clone(&self) -> Sm

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl PartialEq for Sm

fn eq(&self, other: &Sm) -> 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 Sm

impl Eq for Sm

impl Send for Sm

impl StructuralPartialEq for Sm

impl Sync for Sm