#include <sdrv_common.h>
#include <sdrv_pinctrl.h>
#include <types.h>

Data Structures
struct	sdrv_gpio

Typedefs
typedef void(*	sdrv_gpio_interrupt_handler_t) (uint32_t irq, uint32_t pin, void *arg)

Functions
status_t	sdrv_gpio_set_pin_direction (uint32_t pin_index, gpio_direction_e dir)

status_t	sdrv_gpio_set_pin_output_level (uint32_t pin_index, bool level)

bool	sdrv_gpio_get_pin_output_level (uint32_t pin_index)

status_t	sdrv_gpio_toggle_pin_output_level (uint32_t pin_index)

bool	sdrv_gpio_read_pin_input_level (uint32_t pin_index)

status_t	sdrv_gpio_set_pin_interrupt (uint32_t pin_index, gpio_interrupt_e intr)

status_t	sdrv_gpio_pin_interrupt_enable (uint32_t pin_index)

status_t	sdrv_gpio_pin_interrupt_disable (uint32_t pin_index)

bool	sdrv_gpio_pin_interrupt_status (uint32_t pin_index)

status_t	sdrv_gpio_clear_pin_interrupt_status (uint32_t pin_index)

status_t	sdrv_gpio_set_pin_async_interrupt (uint32_t pin_index, gpio_interrupt_e intr)

status_t	sdrv_gpio_pin_async_interrupt_enable (uint32_t pin_index)

status_t	sdrv_gpio_pin_async_interrupt_disable (uint32_t pin_index)

bool	sdrv_gpio_pin_async_interrupt_status (uint32_t pin_index)

status_t	sdrv_gpio_clear_pin_async_interrupt_status (uint32_t pin_index)

status_t	sdrv_gpio_register_interrupt_handler (uint32_t pin_index, sdrv_gpio_interrupt_handler_t handler, void *arg)

status_t	sdrv_gpio_unregister_interrupt_handler (uint32_t pin_index)

status_t	sdrv_gpio_interrupt_share_with (uint32_t pin_index, uint32_t mask)

status_t	sdrv_gpio_cancel_interrupt_share_with (uint32_t pin_index, uint32_t mask)

status_t	sdrv_gpio_ctrl_set_pin_direction (sdrv_gpio_t *gpio_ctrl, uint32_t pin_index, gpio_direction_e dir)

status_t	sdrv_gpio_ctrl_set_pin_output_level (sdrv_gpio_t *gpio_ctrl, uint32_t pin_index, bool level)

status_t	sdrv_gpio_ctrl_toggle_pin_output_level (sdrv_gpio_t *gpio_ctrl, uint32_t pin_index)

bool	sdrv_gpio_ctrl_read_pin_input_level (sdrv_gpio_t *gpio_ctrl, uint32_t pin_index)

bool	sdrv_gpio_ctrl_get_pin_output_level (sdrv_gpio_t *gpio_ctrl, uint32_t pin_index)

status_t	sdrv_gpio_ctrl_set_pin_interrupt (sdrv_gpio_t *gpio_ctrl, uint32_t pin_index, gpio_interrupt_e intr)

status_t	sdrv_gpio_ctrl_pin_interrupt_enable (sdrv_gpio_t *gpio_ctrl, uint32_t pin_index)

status_t	sdrv_gpio_ctrl_pin_interrupt_disable (sdrv_gpio_t *gpio_ctrl, uint32_t pin_index)

bool	sdrv_gpio_ctrl_pin_interrupt_status (sdrv_gpio_t *gpio_ctrl, uint32_t pin_index)

status_t	sdrv_gpio_ctrl_clear_pin_interrupt_status (sdrv_gpio_t *gpio_ctrl, uint32_t pin_index)

status_t	sdrv_gpio_ctrl_set_pin_async_interrupt (sdrv_gpio_t *gpio_ctrl, uint32_t pin_index, gpio_interrupt_e intr)

status_t	sdrv_gpio_ctrl_pin_async_interrupt_enable (sdrv_gpio_t *gpio_ctrl, uint32_t pin_index)

status_t	sdrv_gpio_ctrl_pin_async_interrupt_disable (sdrv_gpio_t *gpio_ctrl, uint32_t pin_index)

bool	sdrv_gpio_ctrl_pin_async_interrupt_status (sdrv_gpio_t *gpio_ctrl, uint32_t pin_index)

status_t	sdrv_gpio_ctrl_clear_pin_async_interrupt_status (sdrv_gpio_t *gpio_ctrl, uint32_t pin_index)

Detailed Description

Copyright: Copyright (c) 2022 Semidrive Semiconductor. All rights reserved.

Typedef Documentation

◆ gpio_direction_e

typedef enum gpio_direction gpio_direction_e

Definition for gpio direction.

◆ gpio_interrupt_e

typedef enum gpio_interrupt gpio_interrupt_e

Definition for gpio interrupt type.

◆ gpio_interrupt_share_e

typedef enum gpio_interrupt_share gpio_interrupt_share_e

Definition for gpio interrupt share with core bit mask.

◆ sdrv_gpio_interrupt_handler_t

typedef void(* sdrv_gpio_interrupt_handler_t) (uint32_t irq, uint32_t pin, void *arg)

Function prototype for gpio interrupt callback.

Parameters

[in]	irq	irq number occured.
[in]	pin	pin index defined in pinctrl.h.
[in]	arg	user register callback param.

◆ sdrv_gpio_t

typedef struct sdrv_gpio sdrv_gpio_t

GPIO Controller Instance.

Enumeration Type Documentation

◆ gpio_direction

enum gpio_direction

Definition for gpio direction.

Enumerator
GPIO_DIR_OUT	gpio output
GPIO_DIR_IN	gpio input

◆ gpio_interrupt

enum gpio_interrupt

Definition for gpio interrupt type.

Enumerator
GPIO_INTR_DISABLE
GPIO_INTR_HIGH_LEVEL
GPIO_INTR_LOW_LEVEL
GPIO_INTR_RISING_EDGE
GPIO_INTR_FALLING_EDGE
GPIO_INTR_BOTH_EDGE

◆ gpio_interrupt_share

enum gpio_interrupt_share

Definition for gpio interrupt share with core bit mask.

Enumerator
GPIO_INTR_SF	Default GPIO interrupt send to SF
GPIO_INTR_SP0	GPIO interrupt share with SP0
GPIO_INTR_SP1	GPIO interrupt share with SP1
GPIO_INTR_SX0	GPIO interrupt share with SX0
GPIO_INTR_SX1	GPIO interrupt share with SX1

◆ sdrv_gpio_error

enum sdrv_gpio_error

GPIO status error code.

Enumerator
SDRV_GPIO_BAD_PIN
SDRV_GPIO_CTRL_NULL
SDRV_GPIO_IRQ_ATTACH_FAIL

Function Documentation

◆ sdrv_gpio_cancel_interrupt_share_with()

status_t sdrv_gpio_cancel_interrupt_share_with	(	uint32_t	pin_index,
		uint32_t	mask
	)

Cancel gpio interrupt share with other core.

This function cancel gpio interrupt with core sp or sx.

Parameters

[in]	pin_index	defined pin macro in pinctrl.h.
[in]	mask	OR'ed value defined in gpio_interrupt_share_e.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_clear_pin_async_interrupt_status()

status_t sdrv_gpio_clear_pin_async_interrupt_status ( uint32_t pin_index )

Clear specific pin asynchronous interrupt status.

This function clear pin asynchronous interrupt status. Only edge interrupt type need clear status, level type should inactive source level.

Parameters

[in] pin_index defined pin macro in pinctrl.h.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_clear_pin_interrupt_status()

status_t sdrv_gpio_clear_pin_interrupt_status ( uint32_t pin_index )

Clear specific pin interrupt status.

This function clear pin interrupt status. Only edge interrupt type need clear status, level type should inactive source level.

Parameters

[in] pin_index defined pin macro in pinctrl.h.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_ctrl_clear_pin_async_interrupt_status()

status_t sdrv_gpio_ctrl_clear_pin_async_interrupt_status	(	sdrv_gpio_t *	gpio_ctrl,
		uint32_t	pin_index
	)

Clear specific pin asynchronous interrupt status.

This function clear pin asynchronous interrupt status. Only edge interrupt type need clear status, level type should inactive source level.

Parameters

[in]	gpio_ctrl	gpio instance.
[in]	pin_index	defined pin macro in pinctrl.h.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_ctrl_clear_pin_interrupt_status()

status_t sdrv_gpio_ctrl_clear_pin_interrupt_status	(	sdrv_gpio_t *	gpio_ctrl,
		uint32_t	pin_index
	)

Clear specific pin interrupt status.

This function clear pin interrupt status. Only edge interrupt type need clear status, level type should inactive source level.

Parameters

[in]	gpio_ctrl	gpio instance.
[in]	pin_index	defined pin macro in pinctrl.h.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_ctrl_get_pin_output_level()

bool sdrv_gpio_ctrl_get_pin_output_level	(	sdrv_gpio_t *	gpio_ctrl,
		uint32_t	pin_index
	)

Get gpio output level.

This function read gpio output data register for specific pin.

Parameters

[in]	gpio_ctrl	gpio instance.
[in]	pin_index	defined pin macro in pinctrl.h.

Returns: true represents high configed, false represents low configed.

◆ sdrv_gpio_ctrl_pin_async_interrupt_disable()

status_t sdrv_gpio_ctrl_pin_async_interrupt_disable	(	sdrv_gpio_t *	gpio_ctrl,
		uint32_t	pin_index
	)

Disable asynchronous interrupt for specific pin.

This function config pin interrupt disable register and mask pin interrupt status.

Parameters

[in]	gpio_ctrl	gpio instance.
[in]	pin_index	defined pin macro in pinctrl.h.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_ctrl_pin_async_interrupt_enable()

status_t sdrv_gpio_ctrl_pin_async_interrupt_enable	(	sdrv_gpio_t *	gpio_ctrl,
		uint32_t	pin_index
	)

Enable asynchronous interrupt for specific pin.

This function config pin interrupt enable register and unmask pin interrupt status.

Parameters

[in]	gpio_ctrl	gpio instance.
[in]	pin_index	defined pin macro in pinctrl.h.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_ctrl_pin_async_interrupt_status()

bool sdrv_gpio_ctrl_pin_async_interrupt_status	(	sdrv_gpio_t *	gpio_ctrl,
		uint32_t	pin_index
	)

Get specific pin asynchronous interrupt status.

This function read pin asynchronous interrupt status register.

Parameters

[in]	gpio_ctrl	gpio instance.
[in]	pin_index	defined pin macro in pinctrl.h.

Returns: true represents interrupt status is set, false represents no interrupt status.

◆ sdrv_gpio_ctrl_pin_interrupt_disable()

status_t sdrv_gpio_ctrl_pin_interrupt_disable	(	sdrv_gpio_t *	gpio_ctrl,
		uint32_t	pin_index
	)

Disable interrupt for specific pin.

This function config pin interrupt disable register and mask pin interrupt status.

Parameters

[in]	gpio_ctrl	gpio instance.
[in]	pin_index	defined pin macro in pinctrl.h.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_ctrl_pin_interrupt_enable()

status_t sdrv_gpio_ctrl_pin_interrupt_enable	(	sdrv_gpio_t *	gpio_ctrl,
		uint32_t	pin_index
	)

Enable interrupt for specific pin.

This function config pin interrupt enable register and unmask pin interrupt status.

Parameters

[in]	gpio_ctrl	gpio instance.
[in]	pin_index	defined pin macro in pinctrl.h.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_ctrl_pin_interrupt_status()

bool sdrv_gpio_ctrl_pin_interrupt_status	(	sdrv_gpio_t *	gpio_ctrl,
		uint32_t	pin_index
	)

Get specific pin interrupt status.

This function read pin interrupt status register.

Parameters

[in]	gpio_ctrl	gpio instance.
[in]	pin_index	defined pin macro in pinctrl.h.

Returns: true represents interrupt status is set, false represents no

◆ sdrv_gpio_ctrl_read_pin_input_level()

bool sdrv_gpio_ctrl_read_pin_input_level	(	sdrv_gpio_t *	gpio_ctrl,
		uint32_t	pin_index
	)

Get specific pin input level.

This function read pin input level.

Parameters

[in]	gpio_ctrl	gpio instance.
[in]	pin_index	defined pin macro in pinctrl.h.

Returns: true represents high level, false represents low level.

◆ sdrv_gpio_ctrl_set_pin_async_interrupt()

status_t sdrv_gpio_ctrl_set_pin_async_interrupt	(	sdrv_gpio_t *	gpio_ctrl,
		uint32_t	pin_index,
		gpio_interrupt_e	intr
	)

Config asynchronous interrupt type for specific pin.

This function config pin as interrupt type using asynchronous way. Compare to normal interrupt way, asynchronous interrupt can also receive interrupt without clock, so it can be work in lowpower mode.

Parameters

[in]	gpio_ctrl	gpio instance.
[in]	pin_index	defined pin macro in pinctrl.h.
[in]	intr	interrupt type defined in gpio_interrupt_e.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_ctrl_set_pin_direction()

status_t sdrv_gpio_ctrl_set_pin_direction	(	sdrv_gpio_t *	gpio_ctrl,
		uint32_t	pin_index,
		gpio_direction_e	dir
	)

Config gpio direction.

This function config gpio as input or output.

Parameters

[in]	gpio_ctrl	gpio instance.
[in]	pin_index	defined pin macro in pinctrl.h.
[in]	dir	direction defined as gpio_direction_e.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_ctrl_set_pin_interrupt()

status_t sdrv_gpio_ctrl_set_pin_interrupt	(	sdrv_gpio_t *	gpio_ctrl,
		uint32_t	pin_index,
		gpio_interrupt_e	intr
	)

Config interrupt type for specific pin.

This function config pin as interrupt type, after configuration, you also need call sdrv_gpio_pin_interrupt_enable for starting receive interrupt.

Parameters

[in]	gpio_ctrl	gpio instance.
[in]	pin_index	defined pin macro in pinctrl.h.
[in]	intr	interrupt type defined in gpio_interrupt_e.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_ctrl_set_pin_output_level()

status_t sdrv_gpio_ctrl_set_pin_output_level	(	sdrv_gpio_t *	gpio_ctrl,
		uint32_t	pin_index,
		bool	level
	)

Config gpio output level.

This function config gpio output high or low level.

Parameters

[in]	gpio_ctrl	gpio instance.
[in]	pin_index	defined pin macro in pinctrl.h.
[in]	level	true represents high, false represents low.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_ctrl_toggle_pin_output_level()

status_t sdrv_gpio_ctrl_toggle_pin_output_level	(	sdrv_gpio_t *	gpio_ctrl,
		uint32_t	pin_index
	)

Toggle specific pin output level.

This function toggle output level for specific pin, for example, if pin output high at first, after call this function, it will output low.

Parameters

[in]	gpio_ctrl	gpio instance.
[in]	pin_index	defined pin macro in pinctrl.h.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_get_pin_output_level()

bool sdrv_gpio_get_pin_output_level ( uint32_t pin_index )

Get gpio output level.

This function read gpio output data register for specific pin.

Parameters

[in] pin_index defined pin macro in pinctrl.h.

Returns: true represents high configed, false represents low configed.

◆ sdrv_gpio_interrupt_share_with()

status_t sdrv_gpio_interrupt_share_with	(	uint32_t	pin_index,
		uint32_t	mask
	)

Set gpio interrupt share with other core.

This function set gpio interrupt with core sp or sx. Pin interrupt default send to sf only, if you want use other core handler this interrupt, you must share interrupt with core.

Parameters

[in]	pin_index	defined pin macro in pinctrl.h.
[in]	mask	OR'ed value defined in gpio_interrupt_share_e.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_pin_async_interrupt_disable()

status_t sdrv_gpio_pin_async_interrupt_disable ( uint32_t pin_index )

Disable asynchronous interrupt for specific pin.

This function config pin interrupt disable register and mask pin interrupt status.

Parameters

[in] pin_index defined pin macro in pinctrl.h.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_pin_async_interrupt_enable()

status_t sdrv_gpio_pin_async_interrupt_enable ( uint32_t pin_index )

Enable asynchronous interrupt for specific pin.

This function config pin interrupt enable register and unmask pin interrupt status.

Parameters

[in] pin_index defined pin macro in pinctrl.h.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_pin_async_interrupt_status()

bool sdrv_gpio_pin_async_interrupt_status ( uint32_t pin_index )

Get specific pin asynchronous interrupt status.

This function read pin asynchronous interrupt status register.

Parameters

[in] pin_index defined pin macro in pinctrl.h.

Returns: true represents interrupt status is set, false represents no interrupt status.

◆ sdrv_gpio_pin_interrupt_disable()

status_t sdrv_gpio_pin_interrupt_disable ( uint32_t pin_index )

Disable interrupt for specific pin.

This function config pin interrupt disable register and mask pin interrupt status.

Parameters

[in] pin_index defined pin macro in pinctrl.h.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_pin_interrupt_enable()

status_t sdrv_gpio_pin_interrupt_enable ( uint32_t pin_index )

Enable interrupt for specific pin.

This function config pin interrupt enable register and unmask pin interrupt status.

Parameters

[in] pin_index defined pin macro in pinctrl.h.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_pin_interrupt_status()

bool sdrv_gpio_pin_interrupt_status ( uint32_t pin_index )

Get specific pin interrupt status.

This function read pin interrupt status register.

Parameters

[in] pin_index defined pin macro in pinctrl.h.

Returns: true represents interrupt status is set, false represents no

◆ sdrv_gpio_read_pin_input_level()

bool sdrv_gpio_read_pin_input_level ( uint32_t pin_index )

Get specific pin input level.

This function read pin input level.

Parameters

[in] pin_index defined pin macro in pinctrl.h.

Returns: true represents high level, false represents low level.

◆ sdrv_gpio_register_interrupt_handler()

status_t sdrv_gpio_register_interrupt_handler	(	uint32_t	pin_index,
		sdrv_gpio_interrupt_handler_t	handler,
		void *	arg
	)

Register interrupt callback function for specific pin.

This function register pin interrupt callback. It according to pin index getting irq number, and use irq_attach/irq_enable to enable it. Each 32 pin share one interrupt number.

Parameters

[in]	pin_index	defined pin macro in pinctrl.h.
[in]	handler	callback function handler.
[in]	arg	callback function param.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_set_pin_async_interrupt()

status_t sdrv_gpio_set_pin_async_interrupt	(	uint32_t	pin_index,
		gpio_interrupt_e	intr
	)

Config asynchronous interrupt type for specific pin.

This function config pin as interrupt type using asynchronous way. Compare to normal interrupt way, asynchronous interrupt can also receive interrupt without clock, so it can be work in lowpower mode.

Parameters

[in]	pin_index	defined pin macro in pinctrl.h.
[in]	intr	interrupt type defined in gpio_interrupt_e.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_set_pin_direction()

status_t sdrv_gpio_set_pin_direction	(	uint32_t	pin_index,
		gpio_direction_e	dir
	)

Config gpio direction.

This function config gpio as input or output.

Parameters

[in]	pin_index	defined pin macro in pinctrl.h.
[in]	dir	direction defined as gpio_direction_e.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_set_pin_interrupt()

status_t sdrv_gpio_set_pin_interrupt	(	uint32_t	pin_index,
		gpio_interrupt_e	intr
	)

Config interrupt type for specific pin.

This function config pin as interrupt type, after configuration, you also need call sdrv_gpio_pin_interrupt_enable for starting receive interrupt.

Parameters

[in]	pin_index	defined pin macro in pinctrl.h.
[in]	intr	interrupt type defined in gpio_interrupt_e.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_set_pin_output_level()

status_t sdrv_gpio_set_pin_output_level	(	uint32_t	pin_index,
		bool	level
	)

Config gpio output level.

This function config gpio output high or low level.

Parameters

[in]	pin_index	defined pin macro in pinctrl.h.
[in]	level	true represents high, false represents low.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_toggle_pin_output_level()

status_t sdrv_gpio_toggle_pin_output_level ( uint32_t pin_index )

Toggle specific pin output level.

This function toggle output level for specific pin, for example, if pin output high at first, after call this function, it will output low.

Parameters

[in] pin_index defined pin macro in pinctrl.h.

Returns: SDRV_STATUS_OK or error code.

◆ sdrv_gpio_unregister_interrupt_handler()

status_t sdrv_gpio_unregister_interrupt_handler ( uint32_t pin_index )

Unregister interrupt callback function for specific pin.

This function unregister pin interrupt callback. If it is last pin for its group interrupt number, irq_disable/irq_detach will be called.

Parameters

[in] pin_index defined pin macro in pinctrl.h.

Returns: SDRV_STATUS_OK or error code.

Data Structures

Typedefs

Functions

Detailed Description

Typedef Documentation

◆ gpio_direction_e

◆ gpio_interrupt_e

◆ gpio_interrupt_share_e

◆ sdrv_gpio_interrupt_handler_t

◆ sdrv_gpio_t

Enumeration Type Documentation

◆ gpio_direction

◆ gpio_interrupt

◆ gpio_interrupt_share

◆ sdrv_gpio_error

Function Documentation

◆ sdrv_gpio_cancel_interrupt_share_with()

◆ sdrv_gpio_clear_pin_async_interrupt_status()

◆ sdrv_gpio_clear_pin_interrupt_status()

◆ sdrv_gpio_ctrl_clear_pin_async_interrupt_status()

◆ sdrv_gpio_ctrl_clear_pin_interrupt_status()

◆ sdrv_gpio_ctrl_get_pin_output_level()

◆ sdrv_gpio_ctrl_pin_async_interrupt_disable()

◆ sdrv_gpio_ctrl_pin_async_interrupt_enable()

◆ sdrv_gpio_ctrl_pin_async_interrupt_status()

◆ sdrv_gpio_ctrl_pin_interrupt_disable()

◆ sdrv_gpio_ctrl_pin_interrupt_enable()

◆ sdrv_gpio_ctrl_pin_interrupt_status()

◆ sdrv_gpio_ctrl_read_pin_input_level()

◆ sdrv_gpio_ctrl_set_pin_async_interrupt()

◆ sdrv_gpio_ctrl_set_pin_direction()

◆ sdrv_gpio_ctrl_set_pin_interrupt()

◆ sdrv_gpio_ctrl_set_pin_output_level()

◆ sdrv_gpio_ctrl_toggle_pin_output_level()

◆ sdrv_gpio_get_pin_output_level()

◆ sdrv_gpio_interrupt_share_with()

◆ sdrv_gpio_pin_async_interrupt_disable()

◆ sdrv_gpio_pin_async_interrupt_enable()

◆ sdrv_gpio_pin_async_interrupt_status()

◆ sdrv_gpio_pin_interrupt_disable()

◆ sdrv_gpio_pin_interrupt_enable()

◆ sdrv_gpio_pin_interrupt_status()

◆ sdrv_gpio_read_pin_input_level()

◆ sdrv_gpio_register_interrupt_handler()

◆ sdrv_gpio_set_pin_async_interrupt()

◆ sdrv_gpio_set_pin_direction()

◆ sdrv_gpio_set_pin_interrupt()

◆ sdrv_gpio_set_pin_output_level()

◆ sdrv_gpio_toggle_pin_output_level()

◆ sdrv_gpio_unregister_interrupt_handler()