Enum efm32gg11b820::Interrupt

source ·

pub enum Interrupt {
Show 68 variants    EMU,
    WDOG0,
    LDMA,
    GPIO_EVEN,
    SMU,
    TIMER0,
    USART0_RX,
    USART0_TX,
    ACMP0,
    ADC0,
    IDAC0,
    I2C0,
    I2C1,
    GPIO_ODD,
    TIMER1,
    TIMER2,
    TIMER3,
    USART1_RX,
    USART1_TX,
    USART2_RX,
    USART2_TX,
    UART0_RX,
    UART0_TX,
    UART1_RX,
    UART1_TX,
    LEUART0,
    LEUART1,
    LETIMER0,
    PCNT0,
    PCNT1,
    PCNT2,
    RTCC,
    CMU,
    MSC,
    CRYPTO0,
    CRYOTIMER,
    FPUEH,
    USART3_RX,
    USART3_TX,
    USART4_RX,
    USART4_TX,
    WTIMER0,
    WTIMER1,
    WTIMER2,
    WTIMER3,
    I2C2,
    VDAC0,
    TIMER4,
    TIMER5,
    TIMER6,
    USART5_RX,
    USART5_TX,
    CSEN,
    LESENSE,
    EBI,
    ACMP2,
    ADC1,
    LCD,
    SDIO,
    ETH,
    CAN0,
    CAN1,
    USB,
    RTC,
    WDOG1,
    LETIMER1,
    TRNG0,
    QSPI0,
}

Expand description

Enumeration of all the interrupts

Variants

`EMU`

0 - EMU

`WDOG0`

1 - WDOG0

`LDMA`

2 - LDMA

`GPIO_EVEN`

3 - GPIO_EVEN

`SMU`

4 - SMU

`TIMER0`

5 - TIMER0

`USART0_RX`

6 - USART0_RX

`USART0_TX`

7 - USART0_TX

`ACMP0`

8 - ACMP0

`ADC0`

9 - ADC0

`IDAC0`

10 - IDAC0

`I2C0`

11 - I2C0

`I2C1`

12 - I2C1

`GPIO_ODD`

13 - GPIO_ODD

`TIMER1`

14 - TIMER1

`TIMER2`

15 - TIMER2

`TIMER3`

16 - TIMER3

`USART1_RX`

17 - USART1_RX

`USART1_TX`

18 - USART1_TX

`USART2_RX`

19 - USART2_RX

`USART2_TX`

20 - USART2_TX

`UART0_RX`

21 - UART0_RX

`UART0_TX`

22 - UART0_TX

`UART1_RX`

23 - UART1_RX

`UART1_TX`

24 - UART1_TX

`LEUART0`

25 - LEUART0

`LEUART1`

26 - LEUART1

`LETIMER0`

27 - LETIMER0

`PCNT0`

28 - PCNT0

`PCNT1`

29 - PCNT1

`PCNT2`

30 - PCNT2

`RTCC`

31 - RTCC

`CMU`

32 - CMU

`MSC`

33 - MSC

`CRYPTO0`

34 - CRYPTO0

`CRYOTIMER`

35 - CRYOTIMER

`FPUEH`

36 - FPUEH

`USART3_RX`

37 - USART3_RX

`USART3_TX`

38 - USART3_TX

`USART4_RX`

39 - USART4_RX

`USART4_TX`

40 - USART4_TX

`WTIMER0`

41 - WTIMER0

`WTIMER1`

42 - WTIMER1

`WTIMER2`

43 - WTIMER2

`WTIMER3`

44 - WTIMER3

`I2C2`

45 - I2C2

`VDAC0`

46 - VDAC0

`TIMER4`

47 - TIMER4

`TIMER5`

48 - TIMER5

`TIMER6`

49 - TIMER6

`USART5_RX`

50 - USART5_RX

`USART5_TX`

51 - USART5_TX

`CSEN`

52 - CSEN

`LESENSE`

53 - LESENSE

`EBI`

54 - EBI

`ACMP2`

55 - ACMP2

`ADC1`

56 - ADC1

`LCD`

57 - LCD

`SDIO`

58 - SDIO

`ETH`

59 - ETH

`CAN0`

60 - CAN0

`CAN1`

61 - CAN1

`USB`

62 - USB

`RTC`

63 - RTC

`WDOG1`

64 - WDOG1

`LETIMER1`

65 - LETIMER1

`TRNG0`

66 - TRNG0

`QSPI0`

67 - QSPI0

Trait Implementations

source

impl Nr for Interrupt

source

fn nr(&self) -> u8

Returns the number associated with an interrupt

Auto Trait Implementations

impl RefUnwindSafe for Interrupt

impl Send for Interrupt

impl Sync for Interrupt

impl Unpin for Interrupt

fn into(self) -> U

Calls U::from(self).

That is, this conversion is whatever the implementation of From<T> for U chooses to do.

source

impl<T> Same<T> for T

type Output = T

Should always be Self

source

impl<T, U> TryFrom for Twhere
U: Into<T>,

type Error = Infallible

The type returned in the event of a conversion error.

const: unstable · source

fn try_from(value: U) -> Result<T, <T as TryFrom>::Error>

Performs the conversion.

source

impl<T, U> TryInto for Twhere
U: TryFrom<T>,

type Error = >::Error

The type returned in the event of a conversion error.

const: unstable · source

fn try_into(self) -> Result<U, >::Error>

Performs the conversion.