Collaboration diagram for Functions:

Functions
hal_status_t	hal_bod_init (bod_handle_t *p_bod)
	Initialize the BOD according to the specified parameters in the bod_init_t and initialize the associated handle. More...

hal_status_t	hal_bod_deinit (bod_handle_t *p_bod)
	De-initialize the BOD peripheral. More...

void	hal_bod_msp_init (bod_handle_t *p_bod)
	Initialize the BOD MSP. More...

void	hal_bod_msp_deinit (bod_handle_t *p_bod)
	De-initialize the BOD MSP. More...

void	hal_bod_fedge_callback (bod_handle_t *p_bod)
	BOD fall edge callback. More...

void	hal_bod_redge_callback (bod_handle_t *p_bod)
	BOD rise edge callback. More...

void	hal_bod_fedge_irq_handler (bod_handle_t *p_bod)
	Handle BOD fall edge interrupt request. More...

void	hal_bod_redge_irq_handler (bod_handle_t *p_bod)
	Handle BOD rise edge interrupt request. More...

hal_status_t	hal_bod_enable (bod_handle_t *p_bod, uint8_t enable)
	enable bod More...

hal_status_t	hal_bod2_enable (bod_handle_t *p_bod, uint8_t enable)
	enable bod2 More...

hal_status_t	hal_bod2_set_level (bod_handle_t *p_bod, uint8_t level)
	Set BOD2 control level. More...

hal_status_t	hal_bod_static_mode_enable (bod_handle_t *p_bod, uint8_t enable)
	enable/disable static mode More...

Detailed Description

Function Documentation

◆ hal_bod2_enable()

hal_status_t hal_bod2_enable	(	bod_handle_t *	p_bod,
		uint8_t	enable
	)

enable bod2

Parameters

[in]	p_bod	Pointer to an BOD handle which contains the configuration information for the specified BOD module.
[in]	enable	bod2 enable flag. the value can be HAL_BOD2_ENABLE or HAL_BOD2_DISABLE

Return values

HAL_OK	Operation is OK.
HAL_ERROR	Parameter error or operation not supported.
HAL_BUSY	Driver is busy.
HAL_TIMEOUT	Timeout occurred.

◆ hal_bod2_set_level()

hal_status_t hal_bod2_set_level	(	bod_handle_t *	p_bod,
		uint8_t	level
	)

Set BOD2 control level.

Parameters

[in]	p_bod	Pointer to an BOD handle which contains the configuration information for the specified BOD module.
[in]	level	the level of bod2 control.the value range between 0x0 ~ 0xF

Return values

HAL_OK	Operation is OK.
HAL_ERROR	Parameter error or operation not supported.
HAL_BUSY	Driver is busy.
HAL_TIMEOUT	Timeout occurred.

◆ hal_bod_deinit()

hal_status_t hal_bod_deinit ( bod_handle_t * p_bod )

De-initialize the BOD peripheral.

Parameters

[in] p_bod Pointer to an BOD handle which contains the configuration information for the specified BOD module.

Return values

HAL_OK	Operation is OK.
HAL_ERROR	Parameter error or operation not supported.
HAL_BUSY	Driver is busy.
HAL_TIMEOUT	Timeout occurred.

◆ hal_bod_enable()

hal_status_t hal_bod_enable	(	bod_handle_t *	p_bod,
		uint8_t	enable
	)

enable bod

Parameters

[in]	p_bod	Pointer to an BOD handle which contains the configuration information for the specified BOD module.
[in]	enable	bod enable flag. the value can be HAL_BOD_ENABLE or HAL_BOD_DISABLE

Return values

HAL_OK	Operation is OK.
HAL_ERROR	Parameter error or operation not supported.
HAL_BUSY	Driver is busy.
HAL_TIMEOUT	Timeout occurred.

◆ hal_bod_fedge_callback()

void hal_bod_fedge_callback ( bod_handle_t * p_bod )

BOD fall edge callback.

Note: This function should not be modified. When the callback is needed, the hal_bod_fedge_callback can be implemented in the user file.

Parameters

[in] p_bod Pointer to an BOD handle which contains the configuration information for the specified BOD module.

◆ hal_bod_fedge_irq_handler()

void hal_bod_fedge_irq_handler ( bod_handle_t * p_bod )

Handle BOD fall edge interrupt request.

Parameters

[in] p_bod Pointer to an BOD handle which contains the configuration information for the specified BOD module.

◆ hal_bod_init()

hal_status_t hal_bod_init ( bod_handle_t * p_bod )

Initialize the BOD according to the specified parameters in the bod_init_t and initialize the associated handle.

Parameters

[in] p_bod Pointer to an BOD handle which contains the configuration information for the specified BOD module.

Return values

HAL_OK	Operation is OK.
HAL_ERROR	Parameter error or operation not supported.
HAL_BUSY	Driver is busy.
HAL_TIMEOUT	Timeout occurred.

◆ hal_bod_msp_deinit()

void hal_bod_msp_deinit ( bod_handle_t * p_bod )

De-initialize the BOD MSP.

Note: This function should not be modified. When the callback is needed, the hal_bod_msp_deinit could be implemented in the user file

Parameters

[in] p_bod Pointer to an BOD handle which contains the configuration information for the specified BOD module.

◆ hal_bod_msp_init()

void hal_bod_msp_init ( bod_handle_t * p_bod )

Initialize the BOD MSP.

Note: This function should not be modified. When the callback is needed, the hal_bod_msp_init could be implemented in the user file

Parameters

[in] p_bod Pointer to an BOD handle which contains the configuration information for the specified BOD module.

◆ hal_bod_redge_callback()

void hal_bod_redge_callback ( bod_handle_t * p_bod )

BOD rise edge callback.

Note: This function should not be modified. When the callback is needed, the hal_bod_redge_callback can be implemented in the user file.

Parameters

[in] p_bod Pointer to an BOD handle which contains the configuration information for the specified BOD module.

◆ hal_bod_redge_irq_handler()

void hal_bod_redge_irq_handler ( bod_handle_t * p_bod )

Handle BOD rise edge interrupt request.

Parameters

[in] p_bod Pointer to an BOD handle which contains the configuration information for the specified BOD module.

◆ hal_bod_static_mode_enable()

hal_status_t hal_bod_static_mode_enable	(	bod_handle_t *	p_bod,
		uint8_t	enable
	)

enable/disable static mode

Parameters

[in]	p_bod	Pointer to an BOD handle which contains the configuration information for the specified BOD module.
[in]	enable	static enable flag. the value can be HAL_BOD_STATIC_ENABLE or HAL_BOD_STATIC_DISABLE

Return values

HAL_OK	Operation is OK.
HAL_ERROR	Parameter error or operation not supported.
HAL_BUSY	Driver is busy.
HAL_TIMEOUT	Timeout occurred.