Enum Interrupt 

#[repr(u16)]
pub enum Interrupt {
    UART0 = 18,
    UART1 = 19,
    UART2 = 20,
    UART3 = 21,
    UART4 = 22,
    UART5 = 23,
    TWI0 = 25,
    TWI1 = 26,
    TWI2 = 27,
    TWI3 = 28,
    SPI0 = 31,
    SPI1 = 32,
    PWM = 34,
    IR_TX = 35,
    LEDC = 36,
    OWA = 39,
    DMIC = 40,
    AUDIO_CODEC = 41,
    I2S_PCM0 = 42,
    I2S_PCM1 = 43,
    I2S_PCM2 = 44,
    USB0_DEVICE = 45,
    USB0_EHCI = 46,
    USB0_OHCI = 47,
    USB1_EHCI = 49,
    USB1_OHCI = 50,
    SMHC0 = 56,
    SMHC1 = 57,
    SMHC2 = 58,
    EMAC = 62,
    DMAC_NS = 66,
    CE_NS = 68,
    SPINLOCK = 70,
    HSTIMER0 = 71,
    HSTIMER1 = 72,
    GPADC = 73,
    THS = 74,
    TIMER0 = 75,
    TIMER1 = 76,
    LRADC = 77,
    TPADC = 78,
    WATCHDOG = 79,
    IOMMU = 80,
    GPIOB_NS = 85,
    GPIOC_NS = 87,
    GPIOD_NS = 89,
    GPIOE_NS = 91,
    GPIOF_NS = 93,
    CSI_DMA0 = 111,
    CSI_DMA1 = 112,
    CSI_TOP_PKT = 122,
    TVD = 123,
    DSP_MBOX_RV_W = 140,
    RV_MBOX_RV = 144,
    RV_MBOX_DSP = 145,
    IR_RX = 167,
}

Enumeration of all the interrupts.

Variants

UART0 = 18

18 - UART0

UART1 = 19

19 - UART1

UART2 = 20

20 - UART2

UART3 = 21

21 - UART3

UART4 = 22

22 - UART4

UART5 = 23

23 - UART5

TWI0 = 25

25 - TWI0

TWI1 = 26

26 - TWI1

TWI2 = 27

27 - TWI2

TWI3 = 28

28 - TWI3

SPI0 = 31

31 - SPI0

SPI1 = 32

32 - SPI1

PWM = 34

34 - PWM

IR_TX = 35

35 - IR_TX

LEDC = 36

36 - LEDC

OWA = 39

39 - OWA

DMIC = 40

40 - DMIC

AUDIO_CODEC = 41

41 - AUDIO_CODEC

I2S_PCM0 = 42

42 - I2S_PCM0

I2S_PCM1 = 43

43 - I2S_PCM1

I2S_PCM2 = 44

44 - I2S_PCM2

USB0_DEVICE = 45

45 - USB0_DEVICE

USB0_EHCI = 46

46 - USB0_EHCI

USB0_OHCI = 47

47 - USB0_OHCI

USB1_EHCI = 49

49 - USB1_EHCI

USB1_OHCI = 50

50 - USB1_OHCI

SMHC0 = 56

56 - SMHC0

SMHC1 = 57

57 - SMHC1

SMHC2 = 58

58 - SMHC2

EMAC = 62

62 - EMAC

DMAC_NS = 66

66 - DMAC_NS

CE_NS = 68

68 - CE_NS

SPINLOCK = 70

70 - SPINLOCK

HSTIMER0 = 71

71 - HSTIMER0

HSTIMER1 = 72

72 - HSTIMER1

GPADC = 73

73 - GPADC

THS = 74

74 - THS

TIMER0 = 75

75 - TIMER0

TIMER1 = 76

76 - TIMER1

LRADC = 77

77 - LRADC

TPADC = 78

78 - TPADC

WATCHDOG = 79

79 - WATCHDOG

IOMMU = 80

80 - IOMMU

GPIOB_NS = 85

85 - GPIOB_NS

GPIOC_NS = 87

87 - GPIOC_NS

GPIOD_NS = 89

89 - GPIOD_NS

GPIOE_NS = 91

91 - GPIOE_NS

GPIOF_NS = 93

93 - GPIOF_NS

CSI_DMA0 = 111

111 - CSI_DMA0

CSI_DMA1 = 112

112 - CSI_DMA1

CSI_TOP_PKT = 122

122 - CSI_TOP_PKT

TVD = 123

123 - TVD

DSP_MBOX_RV_W = 140

140 - DSP_MBOX_RV_W

RV_MBOX_RV = 144

144 - RV_MBOX_RV

RV_MBOX_DSP = 145

145 - RV_MBOX_DSP

IR_RX = 167

167 - IR_RX

Implementations

impl Interrupt

pub fn try_from(value: u8) -> Result<Self, TryFromInterruptError>

Attempt to convert a given value into an Interrupt

Trait Implementations

impl Clone for Interrupt

fn clone(&self) -> Interrupt

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Copy for Interrupt

impl Debug for Interrupt

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

Formats the value using the given formatter.

impl Eq for Interrupt

impl PartialEq for Interrupt

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