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tinygo/src/machine/board_wioterminal.go
Ayke van Laethem 107b1c2906 machine: do not expose RESET_MAGIC_VALUE 
This is a constant for internal use only, but was (unintentionally?)
exported. In addition, it doesn't follow the Go naming convention.
This change simply renames the constant so that it is unexported.
2022-09-25 12:38:12 +02:00

422 строки
7,2 КиБ
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Исходный Авторство История

//go:build wioterminal
// +build wioterminal
package machine
// used to reset into bootloader
const resetMagicValue = 0xf01669ef
const (
ADC0 = A0
ADC1 = A1
ADC2 = A2
ADC3 = A3
ADC4 = A4
ADC5 = A5
ADC6 = A6
ADC7 = A7
ADC8 = A8
LED = PIN_LED
BUTTON = BUTTON_1
)
const (
// https://github.com/Seeed-Studio/ArduinoCore-samd/blob/master/variants/wio_terminal/variant.h
// LEDs
PIN_LED_13 = PA15
PIN_LED_RXL = PA15
PIN_LED_TXL = PA15
PIN_LED = PIN_LED_13
PIN_LED2 = PIN_LED_RXL
PIN_LED3 = PIN_LED_TXL
LED_BUILTIN = PIN_LED_13
PIN_NEOPIXEL = PA15
//Digital PINs
D0 = PB08
D1 = PB09
D2 = PA07
D3 = PB04
D4 = PB05
D5 = PB06
D6 = PA04
D7 = PB07
D8 = PA06
//Analog PINs
A0 = PB08 // ADC/AIN[0]
A1 = PB09 // ADC/AIN[2]
A2 = PA07 // ADC/AIN[3]
A3 = PB04 // ADC/AIN[4]
A4 = PB05 // ADC/AIN[5]
A5 = PB06 // ADC/AIN[10]
A6 = PA04 // ADC/AIN[10]
A7 = PB07 // ADC/AIN[10]
A8 = PA06 // ADC/AIN[10]
// 3.3V || 5V
// BCM2 || 5V
// BCM3 || GND
// BCM4 || BCM14
// GND || BCM15
// BCM17 || BCM18
// BCM27 || GND
// BCM22 || BCM23
// GND || BCM24
// BCM10 || GND
// BCM9 || BCM25
// BCM11 || BCM8
// GND || BCM7
// BCM0 || BCM1
// BCM5 || GND
// BCM6 || BCM12
// BCM13 || GND
// BCM19 || BCM16
// BCM26 || BCM20
// GND || BCM21
//PIN DEFINE FOR RPI
BCM0 = PA13 // I2C Wire1
BCM1 = PA12 // I2C Wire1
BCM2 = PA17 // I2C Wire2
BCM3 = PA16 // I2C Wire2
BCM4 = PB14 // GCLK
BCM5 = PB12 // GCLK
BCM6 = PB13 // GCLK
BCM7 = PA05 // DAC1
BCM8 = PB01 // SPI SS
BCM9 = PB00 // SPI SDI
BCM10 = PB02 // SPI SDO
BCM11 = PB03 // SPI SCK
BCM12 = PB06
BCM13 = PA07
BCM14 = PB27 // UART Serial1
BCM15 = PB26 // UART Serial1
BCM16 = PB07
BCM17 = PA02 // DAC0
BCM18 = PB28 // FPC Digital & AD pins
BCM19 = PA20 // WIO_IR
BCM20 = PA21 // I2S SDO
BCM21 = PA22 // I2S SDI
BCM22 = PB09
BCM23 = PA07
BCM24 = PB04
BCM25 = PB05
BCM26 = PA06
BCM27 = PB08
// FPC NEW DEFINE
FPC1 = PB28 // FPC Digital & AD pins
FPC2 = PB17
FPC3 = PB29
FPC4 = PA14
FPC5 = PC01
FPC6 = PC02
FPC7 = PC03
FPC8 = PC04
FPC9 = PC31
FPC10 = PD00
// RPI Analog RPIs
RPI_A0 = PB08
RPI_A1 = PB09
RPI_A2 = PA07
RPI_A3 = PB04
RPI_A4 = PB05
RPI_A5 = PB06
RPI_A6 = PA04
RPI_A7 = PB07
RPI_A8 = PA06
PIN_DAC0 = PA02
PIN_DAC1 = PA05
// FPO Analog RPIs
//FPC_A7 = FPC_D7
//FPC_A8 = FPC_D8
//FPC_A9 = FPC_D9
//FPC_A11 = FPC_D11
//FPC_A12 = FPC_D12
//FPC_A13 = FPC_D13
// USB
PIN_USB_DM = PA24
PIN_USB_DP = PA25
PIN_USB_HOST_ENABLE = PA27
// BUTTON
BUTTON_1 = PC26
BUTTON_2 = PC27
BUTTON_3 = PC28
WIO_KEY_A = PC26
WIO_KEY_B = PC27
WIO_KEY_C = PC28
// SWITCH
SWITCH_X = PD20
SWITCH_Y = PD12
SWITCH_Z = PD09
SWITCH_B = PD08
SWITCH_U = PD10
WIO_5S_UP = PD20
WIO_5S_LEFT = PD12
WIO_5S_RIGHT = PD09
WIO_5S_DOWN = PD08
WIO_5S_PRESS = PD10
// IRQ0 : RTL8720D
IRQ0 = PC20
// BUZZER_CTR
BUZZER_CTR = PD11
WIO_BUZZER = PD11
// MIC_INPUT
MIC_INPUT = PC30
WIO_MIC = PC30
// GCLK
GCLK0 = PB14
GCLK1 = PB12
GCLK2 = PB13
// Serial interfaces
// Serial1
PIN_SERIAL1_RX = PB27
PIN_SERIAL1_TX = PB26
// Serial2 : RTL8720D
PIN_SERIAL2_RX = PC23
PIN_SERIAL2_TX = PC22
// Wire Interfaces
// I2C Wire2
// I2C1
PIN_WIRE_SDA = PA17
PIN_WIRE_SCL = PA16
SDA = PIN_WIRE_SDA
SCL = PIN_WIRE_SCL
// I2C Wire1
// I2C0 : LIS3DHTR and ATECC608
PIN_WIRE1_SDA = PA13
PIN_WIRE1_SCL = PA12
SDA1 = PIN_WIRE1_SDA
SCL1 = PIN_WIRE1_SCL
PIN_GYROSCOPE_WIRE_SDA = PIN_WIRE1_SDA
PIN_GYROSCOPE_WIRE_SCL = PIN_WIRE1_SCL
GYROSCOPE_INT1 = PC21
WIO_LIS3DH_SDA = PIN_WIRE1_SDA
WIO_LIS3DH_SCL = PIN_WIRE1_SCL
WIO_LIS3DH_INT = PC21
// SPI
PIN_SPI_SDI = PB00
PIN_SPI_SDO = PB02
PIN_SPI_SCK = PB03
PIN_SPI_SS = PB01
SS = PIN_SPI_SS
SDO = PIN_SPI_SDO
SDI = PIN_SPI_SDI
SCK = PIN_SPI_SCK
// SPI1 RTL8720D_SPI
PIN_SPI1_SDI = PC24
PIN_SPI1_SDO = PB24
PIN_SPI1_SCK = PB25
PIN_SPI1_SS = PC25
SS1 = PIN_SPI1_SS
SDO1 = PIN_SPI1_SDO
SDI1 = PIN_SPI1_SDI
SCK1 = PIN_SPI1_SCK
// SPI2 SD_SPI
PIN_SPI2_SDI = PC18
PIN_SPI2_SDO = PC16
PIN_SPI2_SCK = PC17
PIN_SPI2_SS = PC19
SS2 = PIN_SPI2_SS
SDO2 = PIN_SPI2_SDO
SDI2 = PIN_SPI2_SDI
SCK2 = PIN_SPI2_SCK
// SPI3 LCD_SPI
PIN_SPI3_SDI = PB18
PIN_SPI3_SDO = PB19
PIN_SPI3_SCK = PB20
PIN_SPI3_SS = PB21
SS3 = PIN_SPI3_SS
SDO3 = PIN_SPI3_SDO
SDI3 = PIN_SPI3_SDI
SCK3 = PIN_SPI3_SCK
// Needed for SD library
SDCARD_SDI_PIN = PIN_SPI2_SDI
SDCARD_SDO_PIN = PIN_SPI2_SDO
SDCARD_SCK_PIN = PIN_SPI2_SCK
SDCARD_SS_PIN = PIN_SPI2_SS
SDCARD_DET_PIN = PD21
LCD_SDI_PIN = PIN_SPI3_SDI
LCD_SDO_PIN = PIN_SPI3_SDO
LCD_SCK_PIN = PIN_SPI3_SCK
LCD_SS_PIN = PIN_SPI3_SS
LCD_DC = PC06
LCD_RESET = PC07
LCD_BACKLIGHT = PC05
// 4 WIRE LCD TOUCH
LCD_XL = PC10
LCD_YU = PC11
LCD_XR = PC12
LCD_YD = PC13
// Needed for RTL8720D
RTL8720D_SDI_PIN = PIN_SPI1_SDI
RTL8720D_SDO_PIN = PIN_SPI1_SDO
RTL8720D_SCK_PIN = PIN_SPI1_SCK
RTL8720D_SS_PIN = PIN_SPI1_SS
//QSPI Pins
PIN_QSPI_IO0 = PA08
PIN_QSPI_IO1 = PA09
PIN_QSPI_IO2 = PA10
PIN_QSPI_IO3 = PA11
PIN_QSPI_SCK = PB10
PIN_QSPI_CS = PB11
// I2S Interfaces
PIN_I2S_FS = PA20
PIN_I2S_SCK = PB16
PIN_I2S_SDO = PA22
PIN_I2S_SDI = PA21
I2S_LRCLK = PA20
I2S_BLCK = PB16
I2S_SDOUT = PA22
I2S_SDIN = PA21
// RTL8720D Interfaces
RTL8720D_CHIP_PU = PA18
RTL8720D_GPIO0 = PA19 // SYNC
// SWD
SWDCLK = PA30
SWDIO = PA31
SWO = PB30
// light sensor
WIO_LIGHT = PD01
// ir sensor
WIO_IR = PB31
// OUTPUT_CTR
OUTPUT_CTR_5V = PC14
OUTPUT_CTR_3V3 = PC15
)
// USBCDC pins
const (
USBCDC_DM_PIN = PIN_USB_DM
USBCDC_DP_PIN = PIN_USB_DP
)
// UART1 pins
const (
UART_TX_PIN = PIN_SERIAL1_TX
UART_RX_PIN = PIN_SERIAL1_RX
)
// UART2 pins RTL8720D
const (
UART2_TX_PIN = PIN_SERIAL2_TX
UART2_RX_PIN = PIN_SERIAL2_RX
)
var (
DefaultUART = UART1
UART1 = &sercomUSART2
// RTL8720D (tx: PC22, rx: PC23)
UART2 = &sercomUSART1
// RTL8720D (tx: PB24, rx: PC24)
UART3 = &sercomUSART0
)
// I2C pins
const (
SDA1_PIN = PA17 // SDA: SERCOM3/PAD[0]
SCL1_PIN = PA16 // SCL: SERCOM3/PAD[1]
SDA0_PIN = PA13 // SDA: SERCOM4/PAD[0]
SCL0_PIN = PA12 // SCL: SERCOM4/PAD[1]
SDA_PIN = SDA1_PIN
SCL_PIN = SCL1_PIN
)
// I2C on the Wio Terminal
var (
I2C0 = sercomI2CM4
I2C1 = sercomI2CM3
)
// SPI pins
const (
SPI0_SCK_PIN = SCK // SCK: SERCOM5/PAD[1]
SPI0_SDO_PIN = SDO // SDO: SERCOM5/PAD[0]
SPI0_SDI_PIN = SDI // SDI: SERCOM5/PAD[2]
// RTL8720D
SPI1_SCK_PIN = SCK1 // SCK: SERCOM0/PAD[1]
SPI1_SDO_PIN = SDO1 // SDO: SERCOM0/PAD[0]
SPI1_SDI_PIN = SDI1 // SDI: SERCOM0/PAD[2]
// SD
SPI2_SCK_PIN = SCK2 // SCK: SERCOM6/PAD[1]
SPI2_SDO_PIN = SDO2 // SDO: SERCOM6/PAD[0]
SPI2_SDI_PIN = SDI2 // SDI: SERCOM6/PAD[2]
// LCD
SPI3_SCK_PIN = SCK3 // SCK: SERCOM7/PAD[1]
SPI3_SDO_PIN = SDO3 // SDO: SERCOM7/PAD[3]
SPI3_SDI_PIN = SDI3 // SDI: SERCOM7/PAD[2]
)
// SPI on the Wio Terminal
var (
SPI0 = sercomSPIM5
// RTL8720D
SPI1 = sercomSPIM0
// SD
SPI2 = sercomSPIM6
// LCD
SPI3 = sercomSPIM7
)
// USB CDC identifiers
const (
usb_STRING_PRODUCT = "Seeed Wio Terminal"
usb_STRING_MANUFACTURER = "Seeed"
)
var (
usb_VID uint16 = 0x2886
usb_PID uint16 = 0x802D
)
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