Enum SmartdmaarchbInmuxInp 

#[repr(u8)]
pub enum SmartdmaarchbInmuxInp {
    VAL0 = 0,
    VAL1 = 1,
    VAL2 = 2,
    VAL3 = 3,
    VAL4 = 4,
    VAL5 = 5,
    VAL6 = 6,
    VAL7 = 7,
    VAL8 = 8,
    VAL9 = 9,
    VAL10 = 10,
    VAL11 = 11,
    VAL12 = 12,
    VAL13 = 13,
    VAL14 = 14,
    VAL15 = 15,
    VAL16 = 16,
    VAL17 = 17,
    _RESERVED_12 = 18,
    _RESERVED_13 = 19,
    VAL20 = 20,
    VAL21 = 21,
    VAL22 = 22,
    VAL23 = 23,
    VAL24 = 24,
    VAL25 = 25,
    VAL26 = 26,
    VAL27 = 27,
    VAL28 = 28,
    VAL29 = 29,
    VAL30 = 30,
    VAL31 = 31,
    _RESERVED_20 = 32,
    VAL33 = 33,
    VAL34 = 34,
    VAL35 = 35,
    VAL36 = 36,
    VAL37 = 37,
    VAL38 = 38,
    VAL39 = 39,
    VAL40 = 40,
    VAL41 = 41,
    VAL42 = 42,
    VAL43 = 43,
    VAL44 = 44,
    VAL45 = 45,
    VAL46 = 46,
    _RESERVED_2f = 47,
    _RESERVED_30 = 48,
    VAL49 = 49,
    VAL50 = 50,
    VAL51 = 51,
    VAL52 = 52,
    VAL53 = 53,
    VAL54 = 54,
    VAL55 = 55,
    VAL56 = 56,
    VAL57 = 57,
    VAL58 = 58,
    VAL59 = 59,
    VAL60 = 60,
    VAL61 = 61,
    VAL62 = 62,
    _RESERVED_3f = 63,
    _RESERVED_40 = 64,
    VAL65 = 65,
    VAL66 = 66,
    VAL67 = 67,
    VAL68 = 68,
    VAL69 = 69,
    VAL70 = 70,
    _RESERVED_47 = 71,
    _RESERVED_48 = 72,
    _RESERVED_49 = 73,
    _RESERVED_4a = 74,
    _RESERVED_4b = 75,
    _RESERVED_4c = 76,
    _RESERVED_4d = 77,
    _RESERVED_4e = 78,
    _RESERVED_4f = 79,
    _RESERVED_50 = 80,
    _RESERVED_51 = 81,
    _RESERVED_52 = 82,
    _RESERVED_53 = 83,
    _RESERVED_54 = 84,
    _RESERVED_55 = 85,
    _RESERVED_56 = 86,
    _RESERVED_57 = 87,
    _RESERVED_58 = 88,
    _RESERVED_59 = 89,
    _RESERVED_5a = 90,
    _RESERVED_5b = 91,
    _RESERVED_5c = 92,
    _RESERVED_5d = 93,
    _RESERVED_5e = 94,
    _RESERVED_5f = 95,
    _RESERVED_60 = 96,
    _RESERVED_61 = 97,
    _RESERVED_62 = 98,
    _RESERVED_63 = 99,
    _RESERVED_64 = 100,
    _RESERVED_65 = 101,
    _RESERVED_66 = 102,
    _RESERVED_67 = 103,
    _RESERVED_68 = 104,
    _RESERVED_69 = 105,
    _RESERVED_6a = 106,
    _RESERVED_6b = 107,
    _RESERVED_6c = 108,
    _RESERVED_6d = 109,
    _RESERVED_6e = 110,
    _RESERVED_6f = 111,
    _RESERVED_70 = 112,
    _RESERVED_71 = 113,
    _RESERVED_72 = 114,
    _RESERVED_73 = 115,
    _RESERVED_74 = 116,
    _RESERVED_75 = 117,
    _RESERVED_76 = 118,
    _RESERVED_77 = 119,
    _RESERVED_78 = 120,
    _RESERVED_79 = 121,
    _RESERVED_7a = 122,
    _RESERVED_7b = 123,
    _RESERVED_7c = 124,
    _RESERVED_7d = 125,
    _RESERVED_7e = 126,
    _RESERVED_7f = 127,
}

Variants

VAL0 = 0

FlexIO interrupt is selected as input

VAL1 = 1

GPIO P0_1 input is selected

VAL2 = 2

GPIO P0_2 input is selected

VAL3 = 3

GPIO P0_3 input is selected

VAL4 = 4

GPIO P0_4 input is selected

VAL5 = 5

GPIO P0_5 input is selected

VAL6 = 6

GPIO P0_6 input is selected

VAL7 = 7

GPIO P0_7 input is selected

VAL8 = 8

GPIO P0_8 input is selected

VAL9 = 9

GPIO P0_9 input is selected

VAL10 = 10

GPIO P0_10 input is selected

VAL11 = 11

GPIO P0_11 input is selected

VAL12 = 12

GPIO P0_12 input is selected

VAL13 = 13

GPIO P0_13 input is selected

VAL14 = 14

GPIO P0_14 input is selected

VAL15 = 15

GPIO P0_15 input is selected

VAL16 = 16

SCT0 SCT_OUT8 input is selected

VAL17 = 17

SCT0 SCT_OUT9 input is selected

_RESERVED_12 = 18

_RESERVED_13 = 19

VAL20 = 20

MRT0 MRT_CH0_IRQ input is selected

VAL21 = 21

MRT0 MRT_CH1_IRQ input is selected

VAL22 = 22

CTIMER4_MAT3 input is selected

VAL23 = 23

CTIMER4_MAT2 input is selected

VAL24 = 24

CTIMER3_MAT3 input is selected

VAL25 = 25

CTIMER3_MAT2 input is selected

VAL26 = 26

CTIMER1_MAT3 input is selected

VAL27 = 27

CTIMER1_MAT2 input is selected

VAL28 = 28

UTICK0 UTICK_IRQ input is selected

VAL29 = 29

WWDT0 WDT0_IRQ input is selected

VAL30 = 30

ADC0 ADC0_IRQ input is selected

VAL31 = 31

CMP0_IRQ input is selected

_RESERVED_20 = 32

VAL33 = 33

LP_FLEXCOMM7_IRQ input is selected

VAL34 = 34

LP_FLEXCOMM6_IRQ input is selected

VAL35 = 35

LP_FLEXCOMM5_IRQ input is selected

VAL36 = 36

LP_FLEXCOMM4_IRQ input is selected

VAL37 = 37

LP_FLEXCOMM3_IRQ input is selected

VAL38 = 38

LP_FLEXCOMM2_IRQ input is selected

VAL39 = 39

LP_FLEXCOMM1_IRQ input is selected

VAL40 = 40

LP_FLEXCOMM0_IRQ input is selected

VAL41 = 41

DMA0_IRQ input is selected

VAL42 = 42

DMA1_IRQ input is selected

VAL43 = 43

SYS_IRQSYS_IRQ combines the CDOG IRQ, WWDT IRQ, MBC secure violation IRQ, Secure AHB Matrix secure violation IRQ, GDET IRQ, ELS S50 error IRQ, PKC error IRQ, and VBAT IRQ using the logical OR operation. input is selected

VAL44 = 44

RTC_COMBO_IRQ input is selected

VAL45 = 45

ARM_TXEV input is selected

VAL46 = 46

PINT0 GPIO_INT_BMATCH input is selected

_RESERVED_2f = 47

_RESERVED_30 = 48

VAL49 = 49

CMP0_OUT input is selected

VAL50 = 50

usb0 start of frame input is selected

VAL51 = 51

usb1 start of frame input is selected

VAL52 = 52

OSTIMER0 OS_EVENT_TIMER_IRQ input is selected

VAL53 = 53

ADC1_IRQ input is selected

VAL54 = 54

CMP0_IRQ/CMP1_IRQ/CMP2_IRQ input is selected

VAL55 = 55

DAC0_IRQ input is selected

VAL56 = 56

DAC1_IRQ/DAC2_IRQ input is selected

VAL57 = 57

PWM0_IRQ input is selected

VAL58 = 58

PWM1_IRQ input is selected

VAL59 = 59

QDC0_IRQ input is selected

VAL60 = 60

QDC1_IRQ input is selected

VAL61 = 61

EVTG_OUT0A input is selected

VAL62 = 62

EVTG_OUT1A input is selected

_RESERVED_3f = 63

_RESERVED_40 = 64

VAL65 = 65

GPIO1_alias0 GPIO1 Pin Event Trig 0 input is selected

VAL66 = 66

GPIO1_alias1 GPIO1 Pin Event Trig 1 input is selected

VAL67 = 67

GPIO2_alias0 GPIO2 Pin Event Trig 0 input is selected

VAL68 = 68

GPIO2_alias1 GPIO2 Pin Event Trig 1 input is selected

VAL69 = 69

GPIO3_alias0 GPIO3 Pin Event Trig 0 input is selected

VAL70 = 70

GPIO3_alias1 GPIO3 Pin Event Trig 1 input is selected

_RESERVED_47 = 71

_RESERVED_48 = 72

_RESERVED_49 = 73

_RESERVED_4a = 74

_RESERVED_4b = 75

_RESERVED_4c = 76

_RESERVED_4d = 77

_RESERVED_4e = 78

_RESERVED_4f = 79

_RESERVED_50 = 80

_RESERVED_51 = 81

_RESERVED_52 = 82

_RESERVED_53 = 83

_RESERVED_54 = 84

_RESERVED_55 = 85

_RESERVED_56 = 86

_RESERVED_57 = 87

_RESERVED_58 = 88

_RESERVED_59 = 89

_RESERVED_5a = 90

_RESERVED_5b = 91

_RESERVED_5c = 92

_RESERVED_5d = 93

_RESERVED_5e = 94

_RESERVED_5f = 95

_RESERVED_60 = 96

_RESERVED_61 = 97

_RESERVED_62 = 98

_RESERVED_63 = 99

_RESERVED_64 = 100

_RESERVED_65 = 101

_RESERVED_66 = 102

_RESERVED_67 = 103

_RESERVED_68 = 104

_RESERVED_69 = 105

_RESERVED_6a = 106

_RESERVED_6b = 107

_RESERVED_6c = 108

_RESERVED_6d = 109

_RESERVED_6e = 110

_RESERVED_6f = 111

_RESERVED_70 = 112

_RESERVED_71 = 113

_RESERVED_72 = 114

_RESERVED_73 = 115

_RESERVED_74 = 116

_RESERVED_75 = 117

_RESERVED_76 = 118

_RESERVED_77 = 119

_RESERVED_78 = 120

_RESERVED_79 = 121

_RESERVED_7a = 122

_RESERVED_7b = 123

_RESERVED_7c = 124

_RESERVED_7d = 125

_RESERVED_7e = 126

_RESERVED_7f = 127

Implementations

impl SmartdmaarchbInmuxInp

pub const fn from_bits(val: u8) -> SmartdmaarchbInmuxInp

pub const fn to_bits(self) -> u8

Trait Implementations

impl Clone for SmartdmaarchbInmuxInp

fn clone(&self) -> SmartdmaarchbInmuxInp

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Debug for SmartdmaarchbInmuxInp

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

Formats the value using the given formatter.

impl From<SmartdmaarchbInmuxInp> for u8

fn from(val: SmartdmaarchbInmuxInp) -> u8

Converts to this type from the input type.

impl From<u8> for SmartdmaarchbInmuxInp

fn from(val: u8) -> SmartdmaarchbInmuxInp

Converts to this type from the input type.

impl Ord for SmartdmaarchbInmuxInp

fn cmp(&self, other: &SmartdmaarchbInmuxInp) -> Ordering

This method returns an Ordering between self and other.

fn max(self, other: Self) -> Self

where Self: Sized,

Compares and returns the maximum of two values.

fn min(self, other: Self) -> Self

where Self: Sized,

Compares and returns the minimum of two values.

fn clamp(self, min: Self, max: Self) -> Self

where Self: Sized,

Restrict a value to a certain interval.

impl PartialEq for SmartdmaarchbInmuxInp

fn eq(&self, other: &SmartdmaarchbInmuxInp) -> 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 PartialOrd for SmartdmaarchbInmuxInp

fn partial_cmp(&self, other: &SmartdmaarchbInmuxInp) -> Option<Ordering>

This method returns an ordering between self and other values if one exists.

fn lt(&self, other: &Rhs) -> bool

Tests less than (for self and other) and is used by the < operator.

fn le(&self, other: &Rhs) -> bool

Tests less than or equal to (for self and other) and is used by the <= operator.

fn gt(&self, other: &Rhs) -> bool

Tests greater than (for self and other) and is used by the > operator.

fn ge(&self, other: &Rhs) -> bool

Tests greater than or equal to (for self and other) and is used by the >= operator.

impl Copy for SmartdmaarchbInmuxInp

impl Eq for SmartdmaarchbInmuxInp

impl StructuralPartialEq for SmartdmaarchbInmuxInp