Enum atsamd51n::Interrupt

source · [−]

#[repr(u16)]
pub enum Interrupt {
Show 130 variants    PM,
    MCLK,
    OSCCTRL_XOSC0,
    OSCCTRL_XOSC1,
    OSCCTRL_DFLL,
    OSCCTRL_DPLL0,
    OSCCTRL_DPLL1,
    OSC32KCTRL,
    SUPC_OTHER,
    SUPC_BODDET,
    WDT,
    RTC,
    EIC_EXTINT_0,
    EIC_EXTINT_1,
    EIC_EXTINT_2,
    EIC_EXTINT_3,
    EIC_EXTINT_4,
    EIC_EXTINT_5,
    EIC_EXTINT_6,
    EIC_EXTINT_7,
    EIC_EXTINT_8,
    EIC_EXTINT_9,
    EIC_EXTINT_10,
    EIC_EXTINT_11,
    EIC_EXTINT_12,
    EIC_EXTINT_13,
    EIC_EXTINT_14,
    EIC_EXTINT_15,
    FREQM,
    NVMCTRL_0,
    NVMCTRL_1,
    DMAC_0,
    DMAC_1,
    DMAC_2,
    DMAC_3,
    DMAC_OTHER,
    EVSYS_0,
    EVSYS_1,
    EVSYS_2,
    EVSYS_3,
    EVSYS_OTHER,
    PAC,
    RAMECC,
    SERCOM0_0,
    SERCOM0_1,
    SERCOM0_2,
    SERCOM0_OTHER,
    SERCOM1_0,
    SERCOM1_1,
    SERCOM1_2,
    SERCOM1_OTHER,
    SERCOM2_0,
    SERCOM2_1,
    SERCOM2_2,
    SERCOM2_OTHER,
    SERCOM3_0,
    SERCOM3_1,
    SERCOM3_2,
    SERCOM3_OTHER,
    SERCOM4_0,
    SERCOM4_1,
    SERCOM4_2,
    SERCOM4_OTHER,
    SERCOM5_0,
    SERCOM5_1,
    SERCOM5_2,
    SERCOM5_OTHER,
    SERCOM6_0,
    SERCOM6_1,
    SERCOM6_2,
    SERCOM6_OTHER,
    SERCOM7_0,
    SERCOM7_1,
    SERCOM7_2,
    SERCOM7_OTHER,
    USB_OTHER,
    USB_SOF_HSOF,
    USB_TRCPT0,
    USB_TRCPT1,
    TCC0_OTHER,
    TCC0_MC0,
    TCC0_MC1,
    TCC0_MC2,
    TCC0_MC3,
    TCC0_MC4,
    TCC0_MC5,
    TCC1_OTHER,
    TCC1_MC0,
    TCC1_MC1,
    TCC1_MC2,
    TCC1_MC3,
    TCC2_OTHER,
    TCC2_MC0,
    TCC2_MC1,
    TCC2_MC2,
    TCC3_OTHER,
    TCC3_MC0,
    TCC3_MC1,
    TCC4_OTHER,
    TCC4_MC0,
    TCC4_MC1,
    TC0,
    TC1,
    TC2,
    TC3,
    TC4,
    TC5,
    TC6,
    TC7,
    PDEC_OTHER,
    PDEC_MC0,
    PDEC_MC1,
    ADC0_OTHER,
    ADC0_RESRDY,
    ADC1_OTHER,
    ADC1_RESRDY,
    AC,
    DAC_OTHER,
    DAC_EMPTY_0,
    DAC_EMPTY_1,
    DAC_RESRDY_0,
    DAC_RESRDY_1,
    I2S,
    PCC,
    AES,
    TRNG,
    ICM,
    QSPI,
    SDHC0,
    SDHC1,
}

Expand description

Enumeration of all the interrupts.

Variants

`PM`

0 - PM

`MCLK`

1 - MCLK

`OSCCTRL_XOSC0`

2 - OSCCTRL_XOSC0

`OSCCTRL_XOSC1`

3 - OSCCTRL_XOSC1

`OSCCTRL_DFLL`

4 - OSCCTRL_DFLL

`OSCCTRL_DPLL0`

5 - OSCCTRL_DPLL0

`OSCCTRL_DPLL1`

6 - OSCCTRL_DPLL1

`OSC32KCTRL`

7 - OSC32KCTRL

`SUPC_OTHER`

8 - SUPC_OTHER

`SUPC_BODDET`

9 - SUPC_BODDET

`WDT`

10 - WDT

`RTC`

11 - RTC

`EIC_EXTINT_0`

12 - EIC_EXTINT_0

`EIC_EXTINT_1`

13 - EIC_EXTINT_1

`EIC_EXTINT_2`

14 - EIC_EXTINT_2

`EIC_EXTINT_3`

15 - EIC_EXTINT_3

`EIC_EXTINT_4`

16 - EIC_EXTINT_4

`EIC_EXTINT_5`

17 - EIC_EXTINT_5

`EIC_EXTINT_6`

18 - EIC_EXTINT_6

`EIC_EXTINT_7`

19 - EIC_EXTINT_7

`EIC_EXTINT_8`

20 - EIC_EXTINT_8

`EIC_EXTINT_9`

21 - EIC_EXTINT_9

`EIC_EXTINT_10`

22 - EIC_EXTINT_10

`EIC_EXTINT_11`

23 - EIC_EXTINT_11

`EIC_EXTINT_12`

24 - EIC_EXTINT_12

`EIC_EXTINT_13`

25 - EIC_EXTINT_13

`EIC_EXTINT_14`

26 - EIC_EXTINT_14

`EIC_EXTINT_15`

27 - EIC_EXTINT_15

`FREQM`

28 - FREQM

`NVMCTRL_0`

29 - NVMCTRL_0

`NVMCTRL_1`

30 - NVMCTRL_1

`DMAC_0`

31 - DMAC_0

`DMAC_1`

32 - DMAC_1

`DMAC_2`

33 - DMAC_2

`DMAC_3`

34 - DMAC_3

`DMAC_OTHER`

35 - DMAC_OTHER

`EVSYS_0`

36 - EVSYS_0

`EVSYS_1`

37 - EVSYS_1

`EVSYS_2`

38 - EVSYS_2

`EVSYS_3`

39 - EVSYS_3

`EVSYS_OTHER`

40 - EVSYS_OTHER

`PAC`

41 - PAC

`RAMECC`

45 - RAMECC

`SERCOM0_0`

46 - SERCOM0_0

`SERCOM0_1`

47 - SERCOM0_1

`SERCOM0_2`

48 - SERCOM0_2

`SERCOM0_OTHER`

49 - SERCOM0_OTHER

`SERCOM1_0`

50 - SERCOM1_0

`SERCOM1_1`

51 - SERCOM1_1

`SERCOM1_2`

52 - SERCOM1_2

`SERCOM1_OTHER`

53 - SERCOM1_OTHER

`SERCOM2_0`

54 - SERCOM2_0

`SERCOM2_1`

55 - SERCOM2_1

`SERCOM2_2`

56 - SERCOM2_2

`SERCOM2_OTHER`

57 - SERCOM2_OTHER

`SERCOM3_0`

58 - SERCOM3_0

`SERCOM3_1`

59 - SERCOM3_1

`SERCOM3_2`

60 - SERCOM3_2

`SERCOM3_OTHER`

61 - SERCOM3_OTHER

`SERCOM4_0`

62 - SERCOM4_0

`SERCOM4_1`

63 - SERCOM4_1

`SERCOM4_2`

64 - SERCOM4_2

`SERCOM4_OTHER`

65 - SERCOM4_OTHER

`SERCOM5_0`

66 - SERCOM5_0

`SERCOM5_1`

67 - SERCOM5_1

`SERCOM5_2`

68 - SERCOM5_2

`SERCOM5_OTHER`

69 - SERCOM5_OTHER

`SERCOM6_0`

70 - SERCOM6_0

`SERCOM6_1`

71 - SERCOM6_1

`SERCOM6_2`

72 - SERCOM6_2

`SERCOM6_OTHER`

73 - SERCOM6_OTHER

`SERCOM7_0`

74 - SERCOM7_0

`SERCOM7_1`

75 - SERCOM7_1

`SERCOM7_2`

76 - SERCOM7_2

`SERCOM7_OTHER`

77 - SERCOM7_OTHER

`USB_OTHER`

80 - USB_OTHER

`USB_SOF_HSOF`

81 - USB_SOF_HSOF

`USB_TRCPT0`

82 - USB_TRCPT0

`USB_TRCPT1`

83 - USB_TRCPT1

`TCC0_OTHER`

85 - TCC0_OTHER

`TCC0_MC0`

86 - TCC0_MC0

`TCC0_MC1`

87 - TCC0_MC1

`TCC0_MC2`

88 - TCC0_MC2

`TCC0_MC3`

89 - TCC0_MC3

`TCC0_MC4`

90 - TCC0_MC4

`TCC0_MC5`

91 - TCC0_MC5

`TCC1_OTHER`

92 - TCC1_OTHER

`TCC1_MC0`

93 - TCC1_MC0

`TCC1_MC1`

94 - TCC1_MC1

`TCC1_MC2`

95 - TCC1_MC2

`TCC1_MC3`

96 - TCC1_MC3

`TCC2_OTHER`

97 - TCC2_OTHER

`TCC2_MC0`

98 - TCC2_MC0

`TCC2_MC1`

99 - TCC2_MC1

`TCC2_MC2`

100 - TCC2_MC2

`TCC3_OTHER`

101 - TCC3_OTHER

`TCC3_MC0`

102 - TCC3_MC0

`TCC3_MC1`

103 - TCC3_MC1

`TCC4_OTHER`

104 - TCC4_OTHER

`TCC4_MC0`

105 - TCC4_MC0

`TCC4_MC1`

106 - TCC4_MC1

`TC0`

107 - TC0

`TC1`

108 - TC1

`TC2`

109 - TC2

`TC3`

110 - TC3

`TC4`

111 - TC4

`TC5`

112 - TC5

`TC6`

113 - TC6

`TC7`

114 - TC7

`PDEC_OTHER`

115 - PDEC_OTHER

`PDEC_MC0`

116 - PDEC_MC0

`PDEC_MC1`

117 - PDEC_MC1

`ADC0_OTHER`

118 - ADC0_OTHER

`ADC0_RESRDY`

119 - ADC0_RESRDY

`ADC1_OTHER`

120 - ADC1_OTHER

`ADC1_RESRDY`

121 - ADC1_RESRDY

`AC`

122 - AC

`DAC_OTHER`

123 - DAC_OTHER

`DAC_EMPTY_0`

124 - DAC_EMPTY_0

`DAC_EMPTY_1`

125 - DAC_EMPTY_1

`DAC_RESRDY_0`

126 - DAC_RESRDY_0

`DAC_RESRDY_1`

127 - DAC_RESRDY_1

`I2S`

128 - I2S

`PCC`

129 - PCC

`AES`

130 - AES

`TRNG`

131 - TRNG

`ICM`

132 - ICM

`QSPI`

134 - QSPI

`SDHC0`

135 - SDHC0

`SDHC1`

136 - SDHC1

Trait Implementations

source

impl Clone for Interrupt

source

fn clone(&self) -> Interrupt

Returns a copy of the value. Read more

This method tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason. Read more

source

impl StructuralPartialEq for 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, 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.