Enum FlexioTrigInp 

#[repr(u8)]
pub enum FlexioTrigInp {
    _RESERVED_0 = 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,
    VAL18 = 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,
    VAL32 = 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,
    VAL47 = 47,
    VAL48 = 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,
    VAL63 = 63,
    VAL64 = 64,
    VAL65 = 65,
    VAL66 = 66,
    VAL67 = 67,
    VAL68 = 68,
    VAL69 = 69,
    VAL70 = 70,
    VAL71 = 71,
    VAL72 = 72,
    VAL73 = 73,
    VAL74 = 74,
    VAL75 = 75,
    VAL76 = 76,
    VAL77 = 77,
    VAL78 = 78,
    VAL79 = 79,
    VAL80 = 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

_RESERVED_0 = 0

VAL1 = 1

AOI0_OUT0 input is selected

VAL2 = 2

AOI0_OUT1 input is selected

VAL3 = 3

AOI0_OUT2 input is selected

VAL4 = 4

AOI0_OUT3 input is selected

VAL5 = 5

ADC0_tcomp[0] input is selected

VAL6 = 6

ADC0_tcomp[1] input is selected

VAL7 = 7

ADC0_tcomp[2] input is selected

VAL8 = 8

ADC0_tcomp[3] input is selected

VAL9 = 9

CMP0_OUT input is selected

VAL10 = 10

CMP1_OUT input is selected

VAL11 = 11

CMP2_OUT input is selected

VAL12 = 12

CTimer0_MAT1 input is selected

VAL13 = 13

CTimer0_MAT2 input is selected

VAL14 = 14

CTimer1_MAT1 input is selected

VAL15 = 15

CTimer1_MAT2 input is selected

VAL16 = 16

CTimer2_MAT1 input is selected

VAL17 = 17

CTimer2_MAT2 input is selected

VAL18 = 18

LPTMR0 input is selected

_RESERVED_13 = 19

VAL20 = 20

PWM0_SM0_MUX_TRIG0 input is selected

VAL21 = 21

PWM0_SM1_MUX_TRIG0 input is selected

VAL22 = 22

PWM0_SM2_MUX_TRIG0 input is selected

VAL23 = 23

PWM0_SM3_MUX_TRIG0 input is selected

VAL24 = 24

TRIG_IN0 input is selected

VAL25 = 25

TRIG_IN1 input is selected

VAL26 = 26

TRIG_IN2 input is selected

VAL27 = 27

TRIG_IN3 input is selected

VAL28 = 28

TRIG_IN4 input is selected

VAL29 = 29

TRIG_IN5 input is selected

VAL30 = 30

TRIG_IN6 input is selected

VAL31 = 31

TRIG_IN7 input is selected

VAL32 = 32

GPIO0 Pin Event Trig 0 input is selected

VAL33 = 33

GPIO1 Pin Event Trig 0 input is selected

VAL34 = 34

GPIO2 Pin Event Trig 0 input is selected

VAL35 = 35

GPIO3 Pin Event Trig 0 input is selected

VAL36 = 36

GPIO4 Pin Event Trig 0 input is selected

VAL37 = 37

WUU input is selected

VAL38 = 38

LPI2C0 Master End of Packet

VAL39 = 39

LPI2C0 Slave End of Packet

VAL40 = 40

LPI2C1 Master End of Packet

VAL41 = 41

LPI2C1 Slave End of Packet

VAL42 = 42

LPSPI0 End of Frame

VAL43 = 43

LPSPI0 Received Data Word

VAL44 = 44

LPSPI1 End of Frame

VAL45 = 45

LPSPI1 Received Data Word

VAL46 = 46

LPUART0 Received Data Word

VAL47 = 47

LPUART0 Transmitted Data Word

VAL48 = 48

LPUART0 Receive Line Idle

VAL49 = 49

LPUART1 Received Data Word

VAL50 = 50

LPUART1 Transmitted Data Word

VAL51 = 51

LPUART1 Receive Line Idle

VAL52 = 52

LPUART2 Received Data Word

VAL53 = 53

LPUART2 Transmitted Data Word

VAL54 = 54

LPUART2 Receive Line Idle

VAL55 = 55

LPUART3 Received Data Word

VAL56 = 56

LPUART3 Transmitted Data Word

VAL57 = 57

LPUART3 Receive Line Idle

VAL58 = 58

LPUART4 Received Data Word

VAL59 = 59

LPUART4 Transmitted Data Word

VAL60 = 60

LPUART4 Receive Line Idle

VAL61 = 61

AOI1_OUT0 input is selected

VAL62 = 62

AOI1_OUT1 input is selected

VAL63 = 63

AOI1_OUT2 input is selected

VAL64 = 64

AOI1_OUT3 input is selected

VAL65 = 65

ADC1_tcomp[0] input is selected

VAL66 = 66

ADC1_tcomp[1] input is selected

VAL67 = 67

ADC1_tcomp[2] input is selected

VAL68 = 68

ADC1_tcomp[3] input is selected

VAL69 = 69

CTimer3_MAT2 input is selected

VAL70 = 70

CTimer3_MAT3 input is selected

VAL71 = 71

CTimer4_MAT2 input is selected

VAL72 = 72

CTimer4_MAT3 input is selected

VAL73 = 73

PWM1_SM0_MUX_TRIG0 input is selected

VAL74 = 74

PWM1_SM1_MUX_TRIG0 input is selected

VAL75 = 75

PWM1_SM2_MUX_TRIG0 input is selected

VAL76 = 76

PWM1_SM3_MUX_TRIG0 input is selected

VAL77 = 77

LPI2C2 Master End of Packet

VAL78 = 78

LPI2C2 Slave End of Packet

VAL79 = 79

LPI2C3 Master End of Packet

VAL80 = 80

LPI2C3 Slave End of Packet

_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 FlexioTrigInp

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

pub const fn to_bits(self) -> u8

Trait Implementations

impl Clone for FlexioTrigInp

fn clone(&self) -> FlexioTrigInp

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Debug for FlexioTrigInp

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

Formats the value using the given formatter.

impl From<FlexioTrigInp> for u8

fn from(val: FlexioTrigInp) -> u8

Converts to this type from the input type.

impl From<u8> for FlexioTrigInp

fn from(val: u8) -> FlexioTrigInp

Converts to this type from the input type.

impl Ord for FlexioTrigInp

fn cmp(&self, other: &FlexioTrigInp) -> 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 FlexioTrigInp

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

fn partial_cmp(&self, other: &FlexioTrigInp) -> 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 FlexioTrigInp

impl Eq for FlexioTrigInp

impl StructuralPartialEq for FlexioTrigInp