Struct Sr1 

#[repr(transparent)]
pub struct Sr1(pub u32);

SR1 register.

Tuple Fields

0: u32

Implementations

impl Sr1

pub const fn wuf0(&self) -> Wuf

WUF0 WakeUp Flag 0 (PB0) This bit is set when a wakeup is detected on wakeup line 0. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub fn set_wuf0(&mut self, val: Wuf)

WUF0 WakeUp Flag 0 (PB0) This bit is set when a wakeup is detected on wakeup line 0. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub const fn wuf1(&self) -> Wuf

WUF1 WakeUp Flag 1 (PB1) This bit is set when a wakeup is detected on wakeup line 1. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub fn set_wuf1(&mut self, val: Wuf)

WUF1 WakeUp Flag 1 (PB1) This bit is set when a wakeup is detected on wakeup line 1. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub const fn wuf2(&self) -> Wuf

WUF2 WakeUp Flag 2 (PB2) This bit is set when a wakeup is detected on wakeup line 2. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub fn set_wuf2(&mut self, val: Wuf)

WUF2 WakeUp Flag 2 (PB2) This bit is set when a wakeup is detected on wakeup line 2. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub const fn wuf3(&self) -> Wuf

WUF3 WakeUp Flag 3 (PB3) This bit is set when a wakeup is detected on wakeup line 3. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub fn set_wuf3(&mut self, val: Wuf)

WUF3 WakeUp Flag 3 (PB3) This bit is set when a wakeup is detected on wakeup line 3. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub const fn wuf4(&self) -> Wuf

WUF4 WakeUp Flag 4 (PB4) This bit is set when a wakeup is detected on wakeup line 4. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub fn set_wuf4(&mut self, val: Wuf)

WUF4 WakeUp Flag 4 (PB4) This bit is set when a wakeup is detected on wakeup line 4. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub const fn wuf5(&self) -> Wuf

WUF5 WakeUp Flag 5 (PB5) This bit is set when a wakeup is detected on wakeup line 5. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub fn set_wuf5(&mut self, val: Wuf)

WUF5 WakeUp Flag 5 (PB5) This bit is set when a wakeup is detected on wakeup line 5. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub const fn wuf6(&self) -> Wuf

WUF6 WakeUp Flag 6 (PB6) This bit is set when a wakeup is detected on wakeup line 6. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub fn set_wuf6(&mut self, val: Wuf)

WUF6 WakeUp Flag 6 (PB6) This bit is set when a wakeup is detected on wakeup line 6. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub const fn wuf7(&self) -> Wuf

WUF7 WakeUp Flag 7 (PB7) This bit is set when a wakeup is detected on wakeup line 7. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub fn set_wuf7(&mut self, val: Wuf)

WUF7 WakeUp Flag 7 (PB7) This bit is set when a wakeup is detected on wakeup line 7. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub const fn wuf8(&self) -> Wuf

WUF8 WakeUp Flag 8 (PA8) This bit is set when a wakeup is detected on wakeup line 8. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub fn set_wuf8(&mut self, val: Wuf)

WUF8 WakeUp Flag 8 (PA8) This bit is set when a wakeup is detected on wakeup line 8. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub const fn wuf9(&self) -> Wuf

WUF9 WakeUp Flag 9 (PA9) This bit is set when a wakeup is detected on wakeup line 9. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub fn set_wuf9(&mut self, val: Wuf)

WUF9 WakeUp Flag 9 (PA9) This bit is set when a wakeup is detected on wakeup line 9. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub const fn wuf10(&self) -> Wuf

WUF10 WakeUp Flag 10 (PA10) This bit is set when a wakeup is detected on wakeup line 10. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub fn set_wuf10(&mut self, val: Wuf)

WUF10 WakeUp Flag 10 (PA10) This bit is set when a wakeup is detected on wakeup line 10. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub const fn wuf11(&self) -> Wuf

WUF11 WakeUp Flag 11 (PA11) This bit is set when a wakeup is detected on wakeup line 11. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub fn set_wuf11(&mut self, val: Wuf)

WUF11 WakeUp Flag 11 (PA11) This bit is set when a wakeup is detected on wakeup line 11. It is cleared by a reset pad or by writing 1 in this bit field. writting this bit, clears the interrupt:.

pub const fn wblef(&self) -> bool

WBLEF: BLE wakeup flag. 0: no wakeup from BLE occurred since last clear. 1: a wakeup from BLE occurred since last clear. Cleared by writing 1 in this bit.

pub fn set_wblef(&mut self, val: bool)

WBLEF: BLE wakeup flag. 0: no wakeup from BLE occurred since last clear. 1: a wakeup from BLE occurred since last clear. Cleared by writing 1 in this bit.

pub const fn wblehcpuf(&self) -> bool

WBLEHCPUF: BLE Host CPU wakeup flag. 0: no wakeup from BLE Host CPU occurred since last clear. 1: a wakeup from BLE Host CPU occurred since last clear. Cleared by writing 1 in this bit.

pub fn set_wblehcpuf(&mut self, val: bool)

WBLEHCPUF: BLE Host CPU wakeup flag. 0: no wakeup from BLE Host CPU occurred since last clear. 1: a wakeup from BLE Host CPU occurred since last clear. Cleared by writing 1 in this bit.

pub const fn iwuf2(&self) -> bool

IWUF2: Internal wakeup 2 flag (LPUART). 0: no wakeup from LPUART occurred since last clear. 1: a wakeup from LPUART occurred since last clear. Note: The user must clear the LPUART wakeup flag inside the LPUART IP to clear this bit (mirror of the LPUART wakeup line on the PWRC block).

pub fn set_iwuf2(&mut self, val: bool)

IWUF2: Internal wakeup 2 flag (LPUART). 0: no wakeup from LPUART occurred since last clear. 1: a wakeup from LPUART occurred since last clear. Note: The user must clear the LPUART wakeup flag inside the LPUART IP to clear this bit (mirror of the LPUART wakeup line on the PWRC block).

pub const fn iwuf(&self) -> bool

IWUF: Internal wakeup flag (RTC). 0: no wakeup from RTC occurred since last clear. 1: a wakeup from RTC occurred since last clear. Note: The user must clear the RTC wakeup flag inside the RTC IP to clear this bit (mirror of the RTC wakeup line on the PWRC block).

pub fn set_iwuf(&mut self, val: bool)

IWUF: Internal wakeup flag (RTC). 0: no wakeup from RTC occurred since last clear. 1: a wakeup from RTC occurred since last clear. Note: The user must clear the RTC wakeup flag inside the RTC IP to clear this bit (mirror of the RTC wakeup line on the PWRC block).

Trait Implementations

impl Clone for Sr1

fn clone(&self) -> Sr1

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Debug for Sr1

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Default for Sr1

fn default() -> Sr1

Returns the “default value” for a type.

impl PartialEq for Sr1

fn eq(&self, other: &Sr1) -> 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 Sr1

impl Eq for Sr1

impl StructuralPartialEq for Sr1