maix.peripheral.gpio

maix.peripheral.gpio module

You can use maix.peripheral.gpio to access this module with MaixPy
This module is generated from MaixPy and MaixCDK

Module

No module

Enum

Mode

GPIO mode

item	describe
values	IN: input mode OUT: output mode OUT_OD: output open drain mode MODE_MAX:

C++ defination code:

enum Mode
    {
        IN     = 0x01,     // input mode
        OUT    = 0x02,     // output mode
        OUT_OD = 0x03,     // output open drain mode
        MODE_MAX
    }

Pull

GPIO pull mode

item	describe
values	PULL_NONE: pull none mode PULL_UP: pull up mode PULL_DOWN: pull down mode PULL_MAX:

C++ defination code:

enum Pull
    {
        PULL_NONE = 0x00,  // pull none mode
        PULL_UP   = 0x01,  // pull up mode
        PULL_DOWN = 0x02,  // pull down mode
        PULL_MAX
    }

Variable

Function

Class

GPIO

Peripheral gpio class

C++ defination code:
class GPIO

init

def __init__(self, pin: str, mode: Mode = ..., pull: Pull = ...) -> None

GPIO constructor

item	description
type	func
param	pin: direction [in], gpio pin name, string type the same as board's pin name, e.g. "B14" or "GPIOB14", or number string like "10" if board no gpiochipe name. mode: direction [in], gpio mode. gpio.Mode type, default is gpio.Mode.IN (input) mode. pull: direction [in], gpio pull. gpio.Pull type, default is gpio.Pull.PULL_NONE (pull none) mode. For input mode, this will set gpio default status(value), if set to gpio.Pull.PULL_NONE, gpio value will be floating. For output mode, this will set gpio default status(value), if set to gpio.Pull.PULL_UP, gpio value will be 1, else 0.
throw	err::Exception if open gpio device failed.
static	False

C++ defination code:

GPIO(std::string pin, gpio::Mode mode = gpio::Mode::IN, gpio::Pull pull = gpio::Pull::PULL_NONE)

value

def value(self, value: int = -1) -> int

set and get gpio value

item	description
type	func
param	value: direction [in], gpio value. int type. 0, means write gpio to low level 1, means write gpio to high level -1, means read gpio value, not set
return	int type, return gpio value, can be 0 or 1
static	False

C++ defination code:
int value(int value = -1)

high

def high(self) -> None

set gpio high (value to 1)

item	description
type	func
static	False

C++ defination code:
void high()

low

def low(self) -> None

set gpio low (value to 0)

item	description
type	func
static	False

C++ defination code:
void low()

toggle

def toggle(self) -> None

gpio toggle

item	description
type	func
static	False

C++ defination code:
void toggle()

get_mode

def get_mode(self) -> Mode

gpio get mode

item	description
type	func
static	False

C++ defination code:
gpio::Mode get_mode()

get_pull

def get_pull(self) -> Pull

get gpio pull

item	description
type	func
return	gpio::Pull type
static	False

C++ defination code:
gpio::Pull get_pull()

reset

def reset(self, mode: Mode, pull: Pull) -> maix.err.Err

reset gpio

item	description
type	func
param	mode: direction [in], gpio mode. gpio.Mode type pull: direction [in], gpio pull. gpio.Pull type For input mode, this will set gpio default status(value), if set to gpio.Pull.PULL_NONE, gpio value will be floating. For output mode, this will set gpio default status(value), if set to gpio.Pull.PULL_UP, gpio value will be 1, else 0.
return	err::Err type
static	False

C++ defination code:

err::Err reset(gpio::Mode mode, gpio::Pull pull)

uart

hid