micropython/ports/nrf/boards/seeed_xiao_nrf52/pins.csv

P0,P0
P1,P1
D0_A0,P2
D1_A1,P3
D4_A4,P4
D5_A5,P5
P6,P6
IMU_SDA,P7
P8,P8
NFC1,P9
NFC2,P10
IMU_INT1,P11
P12,P12
P13,P13
READ_BAT,P14
P15,P15
PDM_DATA,P16
P17,P17
P18,P18
P19,P19
QSPI_D0,P20
QSPI_SCK,P21
QSPI_D2,P22
QSPI_D3,P23
QSPI_D1,P24
QSPI_CS,P25
P26,P26
IMU_SCL,P27
D2_A2,P28
D3_A3,P29
P30,P30
ADC0_BAT,P31
PDM_CLK,P32
P33,P33
P34,P34
P35,P35
P36,P36
P37,P37
P38,P38
P39,P39
IMU_PWR,P40
P41,P41
P42,P42
UART1_TX,P43
UART1_RX,P44
SPI0_SCK,P45
SPI0_MISO,P46
SPI0_MOSI,P47
nrf/boards/seeed_xiao_nrf52: Add defn for Seeed XIAO NRF52840 Sense. It keeps compatibility with the XIAO bootloader by: - using Soft Device 7.3.0 - reserving 48k memory for the bootloader. So on double reset a drive pops for uploading an uf2 image or a nrfutil zip pkg file. Instructions to create it from a hex file are included. The bootloader can as well be activated with the touch 1200 option of nrfutil. The script download_ble_stack.sh has been adapted to get the version 7.3.0 soft device files. It may have to be executed once before building. The file system is set to 256k and the pin definitions are adapted. Besides that, it has the common functionality and omissions. The on-board sensors and additional flash can be supported by Python scripts. 2022-12-06 15:00:56 +08:00			`P0,P0`
			`P1,P1`
			`D0_A0,P2`
			`D1_A1,P3`
			`D4_A4,P4`
			`D5_A5,P5`
			`P6,P6`
			`IMU_SDA,P7`
			`P8,P8`
			`NFC1,P9`
			`NFC2,P10`
			`IMU_INT1,P11`
			`P12,P12`
			`P13,P13`
			`READ_BAT,P14`
			`P15,P15`
			`PDM_DATA,P16`
			`P17,P17`
			`P18,P18`
			`P19,P19`
			`QSPI_D0,P20`
			`QSPI_SCK,P21`
			`QSPI_D2,P22`
			`QSPI_D3,P23`
			`QSPI_D1,P24`
			`QSPI_CS,P25`
			`P26,P26`
			`IMU_SCL,P27`
			`D2_A2,P28`
			`D3_A3,P29`
			`P30,P30`
			`ADC0_BAT,P31`
			`PDM_CLK,P32`
			`P33,P33`
			`P34,P34`
			`P35,P35`
			`P36,P36`
			`P37,P37`
			`P38,P38`
			`P39,P39`
			`IMU_PWR,P40`
			`P41,P41`
			`P42,P42`
			`UART1_TX,P43`
			`UART1_RX,P44`
			`SPI0_SCK,P45`
			`SPI0_MISO,P46`
			`SPI0_MOSI,P47`