Enum Interrupt 

pub enum Interrupt {
    TIMER_INT0 = 26,
    TIMER_INT1 = 27,
    TIMER_INT2 = 28,
    RTC_IRQ = 29,
    I2C0_INT = 31,
    I2C1_INT = 32,
    GPIO_INT0 = 33,
    GPIO_INT1 = 34,
    GPIO_INT2 = 35,
    COEX_WL_INT = 40,
    COEX_BT_INT = 41,
    COEX_WIFI_RESUME_INT = 42,
    SPI_INT = 43,
    WLPHY_INT = 44,
    WLMAC_INT = 45,
    BLE_INT = 46,
    SLE_INT = 47,
    TSENSOR_INT = 48,
    PMU_CMU_ERR_INT = 49,
    DIAG_INT = 50,
    I2S_INT = 51,
    QSPI_INT = 52,
    UART0_INT = 53,
    UART1_INT = 54,
    UART2_INT = 55,
    PWM_ABNOR_INT = 56,
    PWM_CFG_INT = 57,
    SFC_INT = 58,
    DMA_INT = 59,
    TIMER_ABNOR_INT = 60,
    I2S_TX_INT = 61,
    I2S_RX_INT = 62,
    PKE_REE_INT = 63,
    SPACC_REE_INT = 64,
    RKP_REE_INT = 65,
    KLAD_REE_INT = 66,
    MAC_MONITOR_INT = 69,
    MEM_MONITOR_INT = 70,
    TCM_MONITOR_INT = 71,
    LSADC_INTR = 72,
}

External interrupts. These interrupts are handled by the external peripherals.

Variants

TIMER_INT0 = 26

26 - TIMER_INT0

TIMER_INT1 = 27

27 - TIMER_INT1

TIMER_INT2 = 28

28 - TIMER_INT2

RTC_IRQ = 29

29 - RTC_IRQ

I2C0_INT = 31

31 - I2C0_INT

I2C1_INT = 32

32 - I2C1_INT

GPIO_INT0 = 33

33 - GPIO_INT0

GPIO_INT1 = 34

34 - GPIO_INT1

GPIO_INT2 = 35

35 - GPIO_INT2

COEX_WL_INT = 40

40 - COEX_WL_INT

COEX_BT_INT = 41

41 - COEX_BT_INT

COEX_WIFI_RESUME_INT = 42

42 - COEX_WIFI_RESUME_INT

SPI_INT = 43

43 - SPI_INT

WLPHY_INT = 44

44 - WLPHY_INT

WLMAC_INT = 45

45 - WLMAC_INT

BLE_INT = 46

46 - BLE_INT

SLE_INT = 47

47 - SLE_INT

TSENSOR_INT = 48

48 - TSENSOR_INT

PMU_CMU_ERR_INT = 49

49 - PMU_CMU_ERR_INT

DIAG_INT = 50

50 - DIAG_INT

I2S_INT = 51

51 - I2S_INT

QSPI_INT = 52

52 - QSPI_INT

UART0_INT = 53

53 - UART0_INT

UART1_INT = 54

54 - UART1_INT

UART2_INT = 55

55 - UART2_INT

PWM_ABNOR_INT = 56

56 - PWM_ABNOR_INT

PWM_CFG_INT = 57

57 - PWM_CFG_INT

SFC_INT = 58

58 - SFC_INT

DMA_INT = 59

59 - DMA_INT

TIMER_ABNOR_INT = 60

60 - TIMER_ABNOR_INT

I2S_TX_INT = 61

61 - I2S_TX_INT

I2S_RX_INT = 62

62 - I2S_RX_INT

PKE_REE_INT = 63

63 - PKE_REE_INT

SPACC_REE_INT = 64

64 - SPACC_REE_INT

RKP_REE_INT = 65

65 - RKP_REE_INT

KLAD_REE_INT = 66

66 - KLAD_REE_INT

MAC_MONITOR_INT = 69

69 - MAC_MONITOR_INT

MEM_MONITOR_INT = 70

70 - MEM_MONITOR_INT

TCM_MONITOR_INT = 71

71 - TCM_MONITOR_INT

LSADC_INTR = 72

72 - LSADC_INTR

Trait Implementations

impl Clone for ExternalInterrupt

fn clone(&self) -> ExternalInterrupt

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Copy for ExternalInterrupt

impl Debug for ExternalInterrupt

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

Formats the value using the given formatter.

impl Eq for ExternalInterrupt

impl PartialEq for ExternalInterrupt

fn eq(&self, other: &ExternalInterrupt) -> 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 StructuralPartialEq for ExternalInterrupt