Enum atsame54n::Interrupt

source · [−]

#[repr(u16)]
pub enum Interrupt {
Show 133 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,
    CAN0,
    CAN1,
    USB_OTHER,
    USB_SOF_HSOF,
    USB_TRCPT0,
    USB_TRCPT1,
    GMAC,
    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

`CAN0`

78 - CAN0

`CAN1`

79 - CAN1

`USB_OTHER`

80 - USB_OTHER

`USB_SOF_HSOF`

81 - USB_SOF_HSOF

`USB_TRCPT0`

82 - USB_TRCPT0

`USB_TRCPT1`

83 - USB_TRCPT1

`GMAC`

84 - GMAC

`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 !=.

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 T where
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 T where
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.