Enum esp32s3_hal::gpio::OutputSignal

pub enum OutputSignal {
    SPIQ = 0,
    SPID = 1,
    SPIHD = 2,
    SPIWP = 3,
    SPICLK = 4,
    SPICS0 = 5,
    SPICS1 = 6,
    SPID4 = 7,
    SPID5 = 8,
    SPID6 = 9,
    SPID7 = 10,
    SPIDQS = 11,
    U0TXD = 12,
    U0RTS = 13,
    U0DTR = 14,
    U1TXD = 15,
    U1RTS = 16,
    U1DTR = 17,
    U2TXD = 18,
    U2RTS = 19,
    U2DTR = 20,
    I2S1_MCLK = 21,
    I2S0O_BCK = 22,
    I2S0_MCLK = 23,
    I2S0O_WS = 24,
    I2S0O_SD = 25,
    I2S0I_BCK = 26,
    I2S0I_WS = 27,
    I2S1O_BCK = 28,
    I2S1O_WS = 29,
    I2S1O_SD = 30,
    I2S1I_BCK = 31,
    I2S1I_WS = 32,
    SPI3_CLK = 66,
    SPI3_Q = 67,
    SPI3_D = 68,
    SPI3_HD = 69,
    SPI3_WP = 70,
    SPI3_CS0 = 71,
    SPI3_CS1 = 72,
    LEDC_LS_SIG0 = 73,
    LEDC_LS_SIG1 = 74,
    LEDC_LS_SIG2 = 75,
    LEDC_LS_SIG3 = 76,
    LEDC_LS_SIG4 = 77,
    LEDC_LS_SIG5 = 78,
    LEDC_LS_SIG6 = 79,
    LEDC_LS_SIG7 = 80,
    RMT_SIG_0 = 81,
    RMT_SIG_1 = 82,
    RMT_SIG_2 = 83,
    RMT_SIG_3 = 84,
    I2CEXT0_SCL = 89,
    I2CEXT0_SDA = 90,
    I2CEXT1_SCL = 91,
    I2CEXT1_SDA = 92,
    GPIO_SD0 = 93,
    GPIO_SD1 = 94,
    GPIO_SD2 = 95,
    GPIO_SD3 = 96,
    GPIO_SD4 = 97,
    GPIO_SD5 = 98,
    GPIO_SD6 = 99,
    GPIO_SD7 = 100,
    FSPICLK = 101,
    FSPIQ = 102,
    FSPID = 103,
    FSPIHD = 104,
    FSPIWP = 105,
    FSPIIO4 = 106,
    FSPIIO5 = 107,
    FSPIIO6 = 108,
    FSPIIO7 = 109,
    FSPICS0 = 110,
    FSPICS1 = 111,
    FSPICS2 = 112,
    FSPICS3 = 113,
    FSPICS4 = 114,
    FSPICS5 = 115,
    TWAI_TX = 116,
    SUBSPICLK = 119,
    SUBSPIQ = 120,
    SUBSPID = 121,
    SUBSPIHD = 122,
    SUBSPIWP = 123,
    SUBSPICS0 = 124,
    SUBSPICS1 = 125,
    FSPIDQS = 126,
    SPI3_CS2 = 127,
    I2S0O_SD1 = 128,
    SUBSPID4 = 155,
    SUBSPID5 = 156,
    SUBSPID6 = 157,
    SUBSPID7 = 158,
    SUBSPIDQS = 159,
    PWM0_0A = 160,
    PWM0_0B = 161,
    PWM0_1A = 162,
    PWM0_1B = 163,
    PWM0_2A = 164,
    PWM0_2B = 165,
    PWM1_0A = 166,
    PWM1_0B = 167,
    PWM1_1A = 168,
    PWM1_1B = 169,
    PWM1_2A = 170,
    PWM1_2B = 171,
    SDIO_TOHOST_INT = 177,
    PCMFSYNC = 194,
    PCMCLK = 195,
    GPIO = 256,
}

Peripheral output signals for the GPIO mux

Variants

SPIQ = 0

SPID = 1

SPIHD = 2

SPIWP = 3

SPICLK = 4

SPICS0 = 5

SPICS1 = 6

SPID4 = 7

SPID5 = 8

SPID6 = 9

SPID7 = 10

SPIDQS = 11

U0TXD = 12

U0RTS = 13

U0DTR = 14

U1TXD = 15

U1RTS = 16

U1DTR = 17

U2TXD = 18

U2RTS = 19

U2DTR = 20

I2S1_MCLK = 21

I2S0O_BCK = 22

I2S0_MCLK = 23

I2S0O_WS = 24

I2S0O_SD = 25

I2S0I_BCK = 26

I2S0I_WS = 27

I2S1O_BCK = 28

I2S1O_WS = 29

I2S1O_SD = 30

I2S1I_BCK = 31

I2S1I_WS = 32

SPI3_CLK = 66

SPI3_Q = 67

SPI3_D = 68

SPI3_HD = 69

SPI3_WP = 70

SPI3_CS0 = 71

SPI3_CS1 = 72

LEDC_LS_SIG0 = 73

LEDC_LS_SIG1 = 74

LEDC_LS_SIG2 = 75

LEDC_LS_SIG3 = 76

LEDC_LS_SIG4 = 77

LEDC_LS_SIG5 = 78

LEDC_LS_SIG6 = 79

LEDC_LS_SIG7 = 80

RMT_SIG_0 = 81

RMT_SIG_1 = 82

RMT_SIG_2 = 83

RMT_SIG_3 = 84

I2CEXT0_SCL = 89

I2CEXT0_SDA = 90

I2CEXT1_SCL = 91

I2CEXT1_SDA = 92

GPIO_SD0 = 93

GPIO_SD1 = 94

GPIO_SD2 = 95

GPIO_SD3 = 96

GPIO_SD4 = 97

GPIO_SD5 = 98

GPIO_SD6 = 99

GPIO_SD7 = 100

FSPICLK = 101

FSPIQ = 102

FSPID = 103

FSPIHD = 104

FSPIWP = 105

FSPIIO4 = 106

FSPIIO5 = 107

FSPIIO6 = 108

FSPIIO7 = 109

FSPICS0 = 110

FSPICS1 = 111

FSPICS2 = 112

FSPICS3 = 113

FSPICS4 = 114

FSPICS5 = 115

TWAI_TX = 116

SUBSPICLK = 119

SUBSPIQ = 120

SUBSPID = 121

SUBSPIHD = 122

SUBSPIWP = 123

SUBSPICS0 = 124

SUBSPICS1 = 125

FSPIDQS = 126

SPI3_CS2 = 127

I2S0O_SD1 = 128

SUBSPID4 = 155

SUBSPID5 = 156

SUBSPID6 = 157

SUBSPID7 = 158

SUBSPIDQS = 159

PWM0_0A = 160

PWM0_0B = 161

PWM0_1A = 162

PWM0_1B = 163

PWM0_2A = 164

PWM0_2B = 165

PWM1_0A = 166

PWM1_0B = 167

PWM1_1A = 168

PWM1_1B = 169

PWM1_2A = 170

PWM1_2B = 171

SDIO_TOHOST_INT = 177

PCMFSYNC = 194

PCMCLK = 195

GPIO = 256

Trait Implementations

impl Clone for OutputSignal

fn clone(&self) -> OutputSignal

Returns a copy of the value.

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

Performs copy-assignment from source.

impl PartialEq for OutputSignal

fn eq(&self, other: &OutputSignal) -> bool

This method tests for self and other values to be equal, and is used by ==.

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

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

impl Copy for OutputSignal

impl StructuralPartialEq for OutputSignal