Data Structures

Here are the data structures with brief descriptions:

adc_fsm_param	This structure defines ADC related parameters, such as ADC mode, sample times, channel map, and interrupt mode
audio_parameter
dma_config	Dma_config specifies the DMA channel parameters for data transfer, such as transfer source, transfer destination and transfer count
dma_control_mode	Dma_control_mode specifies the DMA channel settings to control the DMA channel transfer mode
dma_controller	Interface to DMA, used to pass arguments between OS_HAL and M-HAL
dma_ctrl	Dma_ctrl specifies the DMA channel settings which control the DMA channel transfer mode
dma_interrupt	Dma_interrupt indicates the callback function and users data of DMA hardware interrupts
dma_setting	Dma_setting specifies the DMA channel settings which control the DMA channel transfer
dma_vfifo	Dma_vfifo specifies the specified settings of the VFF DMA, which are only used for the VFF DMA
dma_wrap	Dma_wrap specifies the DMA channel settings which control the address-wrap function for FULL-SIZE DMA and HALF-SIZE DMA
hal_gpt_dev	The interface to GPT device
hal_i2s_config	I2S configure structure
hal_i2s_link_config	I2S link structure
hal_wdt_dev	The interface to WDT device
i2c_msg	Interface to messages
mbox_fifo_event	FIFO interrupt status information or enable mask
mbox_fifo_item	The data and cmd written to/read from MBOX FIFO
mbox_int_arg	To enable/disable FIFO interrupt specified by type
mbox_swint_arg	To enable/disable software interrupt specified by id
mbox_swint_info	Software interrupt information
mhal_gpioif_event_capture_setting	This structure defines the GPIOIF related parameters
mtk_adc_controller	Interface to ADC, used to store the hardware register base address, clock, Rx done callback API, etc
mtk_com_pwm_data	Used to store the PWM base address, group number, clock source, pwm channel common structure information
mtk_gpioif_config	The common configuration can be set for the GPIOIF HW
mtk_gpioif_controller	This structure defines the GPIOIF related property
mtk_gpioif_int_count	This structure defines the GPIOIF interrupt count related parameters
mtk_i2c_controller	The mtk_i2c_controller contains hardware information( such as base address) of i2c controller, data transmission information and transmission methode,etc
mtk_i2c_private	M-HAL private structure
mtk_i2s_ctlr	I2S control structure
mtk_i2s_private	M-HAL privite structure
mtk_os_hal_mbox_cb_data	The argument of user callback
mtk_pinctrl_controller	This structure defines the GPIO interface controller
mtk_pinctrl_desc_pin	This structure defines GPIO pin related property
mtk_pwm_controller	Interface to PWM, used to store the hardware register base address, group information and clock
mtk_spi_config	The common configuration can be set for the SPIM HW
mtk_spi_controller	Interface to SPI master, it's used to pass arguments between OS-HAL/M-HAL/HDL
mtk_spi_private	M-HAL privite structure
mtk_spi_transfer	I/O INTERFACE between SPI OS-HAL and M-HAL
mtk_spis_config	The common configuration can be set for the SPIS HW
mtk_spis_controller	Interface to SPI slave, it's used to pass arguments among OS-HAL/M-HAL/HDL
mtk_spis_private	Used to record spis status and required resources during transmisson
mtk_spis_transfer	I/O INTERFACE between SPI OS-HAL and M-HAL
mtk_uart_controller	Interface to UART
mtk_uart_private	M-HAL private structure
os_gpt_int
os_wdt_int	The definition of WDT user interrupt handle structure