adpd188.h

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/***************************************************************************/
 
#ifndef ADPD188_H_
#define ADPD188_H_
 
#include <stdint.h>
#include <stdbool.h>
#include "no_os_i2c.h"
#include "no_os_spi.h"
#include "no_os_gpio.h"
 
#define ADPD188_REG_STATUS      0x00
#define ADPD188_REG_INT_MASK        0x01
#define ADPD188_REG_GPIO_DRV        0x02
#define ADPD188_REG_BG_STATUS       0x04
#define ADPD188_REG_FIFO_THRESH     0x06
#define ADPD188_REG_DEVID       0x08
#define ADPD188_REG_I2CS_ID     0x09
#define ADPD188_REG_CLK_RATIO       0x0A
#define ADPD188_REG_GPIO_CTRL       0x0B
#define ADPD188_REG_SLAVE_ADDR_KEY  0x0D
#define ADPD188_REG_SW_RESET        0x0F
#define ADPD188_REG_MODE        0x10
#define ADPD188_REG_SLOT_EN     0x11
#define ADPD188_REG_FSAMPLE     0x12
#define ADPD188_REG_PD_LED_SELECT   0x14
#define ADPD188_REG_NUM_AVG     0x15
#define ADPD188_REG_BG_MEAS_A       0x16
#define ADPD188_REG_INT_SEQ_A       0x17
#define ADPD188_REG_SLOTA_CH1_OFFSET    0x18
#define ADPD188_REG_SLOTA_CH2_OFFSET    0x19
#define ADPD188_REG_SLOTA_CH3_OFFSET    0x1A
#define ADPD188_REG_SLOTA_CH4_OFFSET    0x1B
#define ADPD188_REG_BG_MEAS_B       0x1C
#define ADPD188_REG_INT_SEQ_B       0x1D
#define ADPD188_REG_SLOTB_CH1_OFFSET    0x1E
#define ADPD188_REG_SLOTB_CH2_OFFSET    0x1F
#define ADPD188_REG_SLOTB_CH3_OFFSET    0x20
#define ADPD188_REG_SLOTB_CH4_OFFSET    0x21
#define ADPD188_REG_ILED3_COARSE    0x22
#define ADPD188_REG_ILED1_COARSE    0x23
#define ADPD188_REG_ILED2_COARSE    0x24
#define ADPD188_REG_ILED_FINE       0x25
#define ADPD188_REG_SLOTA_LED_PULSE 0x30
#define ADPD188_REG_SLOTA_NUMPULSES 0x31
#define ADPD188_REG_LED_DISABLE     0x34
#define ADPD188_REG_SLOTB_LED_PULSE 0x35
#define ADPD188_REG_SLOTB_NUMPULSES 0x36
#define ADPD188_REG_ALT_PWR_DN      0x37
#define ADPD188_REG_EXT_SYNC_STARTUP    0x38
#define ADPD188_REG_SLOTA_AFE_WINDOW    0x39
#define ADPD188_REG_SLOTB_AFE_WINDOW    0x3B
#define ADPD188_REG_AFE_PWR_CFG1    0x3C
#define ADPD188_REG_SLOTA_FLOAT_LED 0x3E
#define ADPD188_REG_SLOTB_FLOAT_LED 0x3F
#define ADPD188_REG_SLOTA_TIA_CFG   0x42
#define ADPD188_REG_SLOTA_AFE_CFG   0x43
#define ADPD188_REG_SLOTB_TIA_CFG   0x44
#define ADPD188_REG_SLOTB_AFE_CFG   0x45
#define ADPD188_REG_SAMPLE_CLK      0x4B
#define ADPD188_REG_CLK32M_ADJUST   0x4D
#define ADPD188_REG_EXT_SYNC_SEL    0x4F
#define ADPD188_REG_CLK32M_CAL_EN   0x50
#define ADPD188_REG_AFE_PWR_CFG2    0x54
#define ADPD188_REG_TIA_INDEP_GAIN  0x55
#define ADPD188_REG_MATH        0x58
#define ADPD188_REG_FLT_CONFIG_B    0x59
#define ADPD188_REG_FLT_LED_FIRE    0x5A
#define ADPD188_REG_FLT_CONFIG_A    0x5E
#define ADPD188_REG_DATA_ACCESS_CTL 0x5F
#define ADPD188_REG_FIFO_ACCESS     0x60
#define ADPD188_REG_SLOTA_PD1_16BIT 0x64
#define ADPD188_REG_SLOTA_PD2_16BIT 0x65
#define ADPD188_REG_SLOTA_PD3_16BIT 0x66
#define ADPD188_REG_SLOTA_PD4_16BIT 0x67
#define ADPD188_REG_SLOTB_PD1_16BIT 0x68
#define ADPD188_REG_SLOTB_PD2_16BIT 0x69
#define ADPD188_REG_SLOTB_PD3_16BIT 0x6A
#define ADPD188_REG_SLOTB_PD4_16BIT 0x6B
#define ADPD188_REG_A_PD1_LOW       0x70
#define ADPD188_REG_A_PD2_LOW       0x71
#define ADPD188_REG_A_PD3_LOW       0x72
#define ADPD188_REG_A_PD4_LOW       0x73
#define ADPD188_REG_A_PD1_HIGH      0x74
#define ADPD188_REG_A_PD2_HIGH      0x75
#define ADPD188_REG_A_PD3_HIGH      0x76
#define ADPD188_REG_A_PD4_HIGH      0x77
#define ADPD188_REG_B_PD1_LOW       0x78
#define ADPD188_REG_B_PD2_LOW       0x79
#define ADPD188_REG_B_PD3_LOW       0x7A
#define ADPD188_REG_B_PD4_LOW       0x7B
#define ADPD188_REG_B_PD1_HIGH      0x7C
#define ADPD188_REG_B_PD2_HIGH      0x7D
#define ADPD188_REG_B_PD3_HIGH      0x7E
#define ADPD188_REG_B_PD4_HIGH      0x7F
 
/* ADPD188_REG_STATUS */
#define ADPD188_STATUS_FIFO_SAMPLES_MASK    0xFF00
#define ADPD188_STATUS_SLOTB_INT_MASK       0x0040
#define ADPD188_STATUS_SLOTA_INT_MASK       0x0020
#define ADPD188_STATUS_FIFO_SAMPLES_POS     8
#define ADPD188_STATUS_SLOTB_INT_POS        6
#define ADPD188_STATUS_SLOTA_INT_POS        5
 
/* ADPD188_REG_INT_MASK */
#define ADPD188_INT_MASK_FIFO_INT_MASK_MASK 0x0100
#define ADPD188_INT_MASK_SLOTB_INT_MASK_MASK    0x0040
#define ADPD188_INT_MASK_SLOTA_INT_MASK_MASK    0x0020
#define ADPD188_INT_MASK_FIFO_INT_MASK_POS  8
#define ADPD188_INT_MASK_SLOTB_INT_MASK_POS 6
#define ADPD188_INT_MASK_SLOTA_INT_MASK_POS 5
 
/* ADPD188_REG_GPIO_DRV */
#define ADPD188_GPIO_DRV_GPIO1_DRV_MASK 0x0200
#define ADPD188_GPIO_DRV_GPIO1_POL_MASK 0x0100
#define ADPD188_GPIO_DRV_GPIO0_ENA_MASK 0x0004
#define ADPD188_GPIO_DRV_GPIO0_DRV_MASK 0x0002
#define ADPD188_GPIO_DRV_GPIO0_POL_MASK 0x0001
#define ADPD188_GPIO_DRV_GPIO1_DRV_POS  9
#define ADPD188_GPIO_DRV_GPIO1_POL_POS  8
#define ADPD188_GPIO_DRV_GPIO0_ENA_POS  2
#define ADPD188_GPIO_DRV_GPIO0_DRV_POS  1
#define ADPD188_GPIO_DRV_GPIO0_POL_POS  0
 
/* ADPD188_REG_BG_STATUS */
#define ADPD188_BG_STATUS_BG_STATUS_B_MASK  0x00F0
#define ADPD188_BG_STATUS_BG_STATUS_A_MASK  0x000F
#define ADPD188_BG_STATUS_BG_STATUS_B_POS   4
#define ADPD188_BG_STATUS_BG_STATUS_A_POS   0
 
/* ADPD188_REG_FIFO_THRESH */
#define ADPD188_FIFO_THRESH_FIFO_THRESH_MASK    0x3F00
#define ADPD188_FIFO_THRESH_FIFO_THRESH_POS 8
#define ADPD188_FIFO_THRESH_MAX_THRESHOLD   63
 
/* ADPD188_REG_DEVID */
#define ADPD188_DEVID_REV_NUM_MASK  0xFF00
#define ADPD188_DEVID_DEV_ID_MASK   0x00FF
#define ADPD188_DEVID_REV_NUM_POS   8
#define ADPD188_DEVID_DEV_ID_POS    0
/* ADPD188BI specific */
#define ADPD188_DEVICE_ID       0x0916
/* ADPD108X specific */
#define ADPD108X_DEVICE_ID      0x0A16
 
/* ADPD188_REG_I2CS_ID */
#define ADPD188_I2CS_ID_ADDRESS_WRITE_KEY_MASK  0xFF00
#define ADPD188_I2CS_ID_SLAVE_ADDRESS_MASK  0x00FE
#define ADPD188_I2CS_ID_ADDRESS_WRITE_KEY_POS   8
#define ADPD188_I2CS_ID_SLAVE_ADDRESS_POS   1
 
/* ADPD188_REG_CLK_RATIO */
#define ADPD188_CLK_RATIO_CLK_RATIO_MASK    0x0FFF
#define ADPD188_CLK_RATIO_CLK_RATIO_POS     0
 
/* ADPD188_REG_GPIO_CTRL */
#define ADPD188_GPIO_CTRL_GPIO1_ALT_CFG_MASK    0x1F00
#define ADPD188_GPIO_CTRL_GPIO0_ALT_CFG_MASK    0x001F
#define ADPD188_GPIO_CTRL_GPIO1_ALT_CFG_POS 8
#define ADPD188_GPIO_CTRL_GPIO0_ALT_CFG_POS 0
 
/* ADPD188_REG_SW_RESET */
#define ADPD188_SW_RESET_SW_RESET_MASK  0x0001
#define ADPD188_SW_RESET_SW_RESET_POS   0
 
/* ADPD188_REG_MODE */
#define ADPD188_MODE_MODE_MASK  0x0003
#define ADPD188_MODE_MODE_POS   0
 
/* ADPD188_REG_SLOT_EN */
#define ADPD188_SLOT_EN_RDOUT_MODE_MASK     0x2000
#define ADPD188_SLOT_EN_FIFO_OVRN_PREVENT_MASK  0x1000
#define ADPD188_SLOT_EN_SLOTB_FIFO_MODE_MASK    0x01C0
#define ADPD188_SLOT_EN_SLOTB_EN_MASK       0x0020
#define ADPD188_SLOT_EN_SLOTA_FIFO_MODE_MASK    0x001C
#define ADPD188_SLOT_EN_SLOTA_EN_MASK       0x0001
#define ADPD188_SLOT_EN_RDOUT_MODE_POS      13
#define ADPD188_SLOT_EN_FIFO_OVRN_PREVENT_POS   12
#define ADPD188_SLOT_EN_SLOTB_FIFO_MODE_POS 6
#define ADPD188_SLOT_EN_SLOTB_EN_POS        5
#define ADPD188_SLOT_EN_SLOTA_FIFO_MODE_POS 2
#define ADPD188_SLOT_EN_SLOTA_EN_POS        0
 
/* ADPD188_REG_PD_LED_SELECT */
#define ADPD188_PD_LED_SELECT_SLOTB_PD_SEL_MASK     0x0F00
#define ADPD188_PD_LED_SELECT_SLOTA_PD_SEL_MASK     0x00F0
#define ADPD188_PD_LED_SELECT_SLOTB_LED_SEL_MASK    0x000C
#define ADPD188_PD_LED_SELECT_SLOTA_LED_SEL_MASK    0x0003
#define ADPD188_PD_LED_SELECT_SLOTB_PD_SEL_POS      8
#define ADPD188_PD_LED_SELECT_SLOTA_PD_SEL_POS      4
#define ADPD188_PD_LED_SELECT_SLOTB_LED_SEL_POS     2
#define ADPD188_PD_LED_SELECT_SLOTA_LED_SEL_POS     0
 
/* ADPD188_REG_NUM_AVG */
#define ADPD188_NUM_AVG_SLOTB_NUM_AVG_MASK  0x0700
#define ADPD188_NUM_AVG_SLOTA_NUM_AVG_MASK  0x0070
#define ADPD188_NUM_AVG_SLOTB_NUM_AVG_POS   8
#define ADPD188_NUM_AVG_SLOTA_NUM_AVG_POS   4
 
/* ADPD188_REG_BG_MEAS_A */
#define ADPD188_BG_MEAS_A_BG_COUNT_A_MASK   0xC000
#define ADPD188_BG_MEAS_A_BG_THRESH_A_MASK  0x3FFF
#define ADPD188_BG_MEAS_A_BG_COUNT_A_POS    14
#define ADPD188_BG_MEAS_A_BG_THRESH_A_POS   0
 
/* ADPD188_REG_INT_SEQ_A */
#define ADPD188_INT_SEQ_A_INTEG_ORDER_A_MASK    0x000F
#define ADPD188_INT_SEQ_A_INTEG_ORDER_A_POS 0
 
/* ADPD188_REG_BG_MEAS_B */
#define ADPD188_BG_MEAS_B_BG_COUNT_B_MASK   0xC000
#define ADPD188_BG_MEAS_B_BG_THRESH_B_MASK  0x3FFF
#define ADPD188_BG_MEAS_B_BG_COUNT_B_POS    14
#define ADPD188_BG_MEAS_B_BG_THRESH_B_POS   0
 
/* ADPD188_REG_INT_SEQ_B */
#define ADPD188_INT_SEQ_B_INTEG_ORDER_B_MASK    0x000F
#define ADPD188_INT_SEQ_B_INTEG_ORDER_B_POS 0
 
/* ADPD188_REG_ILED3_COARSE */
#define ADPD188_ILED3_COARSE_ILED3_SCALE_MASK   0x2000
#define ADPD188_ILED3_COARSE_ILED3_SLEW_MASK    0x0070
#define ADPD188_ILED3_COARSE_ILED3_COARSE_MASK  0x000F
#define ADPD188_ILED3_COARSE_ILED3_SCALE_POS    13
#define ADPD188_ILED3_COARSE_ILED3_SLEW_POS 4
#define ADPD188_ILED3_COARSE_ILED3_COARSE_POS   0
 
/* ADPD188_REG_ILED1_COARSE */
#define ADPD188_ILED1_COARSE_ILED1_SCALE_MASK   0x2000
#define ADPD188_ILED1_COARSE_ILED1_SLEW_MASK    0x0070
#define ADPD188_ILED1_COARSE_ILED1_COARSE_MASK  0x000F
#define ADPD188_ILED1_COARSE_ILED1_SCALE_POS    13
#define ADPD188_ILED1_COARSE_ILED1_SLEW_POS 4
#define ADPD188_ILED1_COARSE_ILED1_COARSE_POS   0
 
/* ADPD188_REG_ILED2_COARSE */
#define ADPD188_ILED2_COARSE_ILED2_SCALE_MASK   0x2000
#define ADPD188_ILED2_COARSE_ILED2_SLEW_MASK    0x0070
#define ADPD188_ILED2_COARSE_ILED2_COARSE_MASK  0x000F
#define ADPD188_ILED2_COARSE_ILED2_SCALE_POS    13
#define ADPD188_ILED2_COARSE_ILED2_SLEW_POS 4
#define ADPD188_ILED2_COARSE_ILED2_COARSE_POS   0
 
/* ADPD188_REG_ILED_FINE */
#define ADPD188_ILED_FINE_ILED3_FINE_MASK   0xF800
#define ADPD188_ILED_FINE_ILED2_FINE_MASK   0x07C0
#define ADPD188_ILED_FINE_ILED1_FINE_MASK   0x001F
#define ADPD188_ILED_FINE_ILED3_FINE_POS    11
#define ADPD188_ILED_FINE_ILED2_FINE_POS    6
#define ADPD188_ILED_FINE_ILED1_FINE_POS    0
 
/* ADPD188_REG_SLOTA_LED_PULSE */
#define ADPD188_SLOTA_LED_PULSE_SLOTA_LED_WIDTH_MASK    0x1F00
#define ADPD188_SLOTA_LED_PULSE_SLOTA_LED_OFFSET_MASK   0x00FF
#define ADPD188_SLOTA_LED_PULSE_SLOTA_LED_WIDTH_POS 8
#define ADPD188_SLOTA_LED_PULSE_SLOTA_LED_OFFSET_POS    0
 
/* ADPD188_REG_SLOTA_NUMPULSES */
#define ADPD188_SLOTA_NUMPULSES_SLOTA_PULSES_MASK   0xFF00
#define ADPD188_SLOTA_NUMPULSES_SLOTA_PERIOD_MASK   0x00FF
#define ADPD188_SLOTA_NUMPULSES_SLOTA_PULSES_POS    8
#define ADPD188_SLOTA_NUMPULSES_SLOTA_PERIOD_POS    0
 
/* ADPD188_REG_LED_DISABLE */
#define ADPD188_LED_DISABLE_SLOTB_LED_DIS_MASK  0x0200
#define ADPD188_LED_DISABLE_SLOTA_LED_DIS_MASK  0x0100
#define ADPD188_LED_DISABLE_SLOTB_LED_DIS_POS   9
#define ADPD188_LED_DISABLE_SLOTA_LED_DIS_POS   8
 
/* ADPD188_REG_SLOTB_LED_PULSE */
#define ADPD188_SLOTB_LED_PULSE_SLOTB_LED_WIDTH_MASK    0x1F00
#define ADPD188_SLOTB_LED_PULSE_SLOTB_LED_OFFSET_MASK   0x00FF
#define ADPD188_SLOTB_LED_PULSE_SLOTB_LED_WIDTH_POS 8
#define ADPD188_SLOTB_LED_PULSE_SLOTB_LED_OFFSET_POS    0
 
/* ADPD188_REG_SLOTB_NUMPULSES */
#define ADPD188_SLOTB_NUMPULSES_SLOTB_PULSES_MASK   0xFF00
#define ADPD188_SLOTB_NUMPULSES_SLOTB_PERIOD_MASK   0x00FF
#define ADPD188_SLOTB_NUMPULSES_SLOTB_PULSES_POS    8
#define ADPD188_SLOTB_NUMPULSES_SLOTB_PERIOD_POS    0
 
/* ADPD188_REG_ALT_PWR_DN */
#define ADPD188_ALT_PWR_DN_CH34_DISABLE_MASK    0xE000
#define ADPD188_ALT_PWR_DN_CH2_DISABLE_MASK 0x1C00
#define ADPD188_ALT_PWR_DN_SLOTB_PERIOD_MASK    0x0300
#define ADPD188_ALT_PWR_DN_SLOTA_PERIOD_MASK    0x0003
#define ADPD188_ALT_PWR_DN_CH34_DISABLE_POS 13
#define ADPD188_ALT_PWR_DN_CH2_DISABLE_POS  10
#define ADPD188_ALT_PWR_DN_SLOTB_PERIOD_POS 8
#define ADPD188_ALT_PWR_DN_SLOTA_PERIOD_POS 0
 
/* ADPD188_REG_SLOTA_AFE_WINDOW */
#define ADPD188_SLOTA_AFE_WINDOW_SLOTA_AFE_WIDTH_MASK   0xF800
#define ADPD188_SLOTA_AFE_WINDOW_SLOTA_AFE_OFFSET_MASK  0x07FF
#define ADPD188_SLOTA_AFE_WINDOW_SLOTA_AFE_WIDTH_POS    11
#define ADPD188_SLOTA_AFE_WINDOW_SLOTA_AFE_OFFSET_POS   0
 
/* ADPD188_REG_SLOTB_AFE_WINDOW */
#define ADPD188_SLOTB_AFE_WINDOW_SLOTB_AFE_WIDTH_MASK   0xF800
#define ADPD188_SLOTB_AFE_WINDOW_SLOTB_AFE_OFFSET_MASK  0x07FF
#define ADPD188_SLOTB_AFE_WINDOW_SLOTB_AFE_WIDTH_POS    11
#define ADPD188_SLOTB_AFE_WINDOW_SLOTB_AFE_OFFSET_POS   0
 
/* ADPD188_REG_AFE_PWR_CFG1 */
#define ADPD188_AFE_PWR_CFG1_V_CATHODE_MASK 0x0200
#define ADPD188_AFE_PWR_CFG1_AFE_POWERDOWN_MASK 0x01F8
#define ADPD188_AFE_PWR_CFG1_V_CATHODE_POS  9
#define ADPD188_AFE_PWR_CFG1_AFE_POWERDOWN_POS  3
 
/* ADPD188_REG_SLOTA_FLOAT_LED */
#define ADPD188_SLOTA_FLOAT_LED_FLT_LED_SELECT_A_MASK   0xC000
#define ADPD188_SLOTA_FLOAT_LED_FLT_LED_WIDTH_A_MASK    0x1F00
#define ADPD188_SLOTA_FLOAT_LED_FLT_LED_OFFSET_A_MASK   0x00FF
#define ADPD188_SLOTA_FLOAT_LED_FLT_LED_SELECT_A_POS    14
#define ADPD188_SLOTA_FLOAT_LED_FLT_LED_WIDTH_A_POS 8
#define ADPD188_SLOTA_FLOAT_LED_FLT_LED_OFFSET_A_POS    0
 
/* ADPD188_REG_SLOTB_FLOAT_LED */
#define ADPD188_SLOTB_FLOAT_LED_FLT_LED_SELECT_B_MASK   0xC000
#define ADPD188_SLOTB_FLOAT_LED_FLT_LED_WIDTH_B_MASK    0x1F00
#define ADPD188_SLOTB_FLOAT_LED_FLT_LED_OFFSET_B_MASK   0x00FF
#define ADPD188_SLOTB_FLOAT_LED_FLT_LED_SELECT_B_POS    14
#define ADPD188_SLOTB_FLOAT_LED_FLT_LED_WIDTH_B_POS 8
#define ADPD188_SLOTB_FLOAT_LED_FLT_LED_OFFSET_B_POS    0
 
/* ADPD188_REG_SLOTA_TIA_CFG */
/* ADPD188BI specific registers */
#define ADPD188_SLOTA_TIA_CFG_SLOTA_BUF_GAIN_MASK   0x0200
#define ADPD188_SLOTA_TIA_CFG_SLOTA_BUF_GAIN_POS    9
/* ADPD108X specific registers */
#define ADPD108X_SLOTA_TIA_CFG_SLOTA_BUF_GAIN_MASK  0x0300
#define ADPD108X_SLOTA_TIA_CFG_SLOTA_INT_GAIN_POS   8
/* ADPD188_REG_SLOTA_TIA_CFG common registers */
#define ADPD188_SLOTA_TIA_CFG_SLOTA_AFE_MODE_MASK   0xFC00
#define ADPD188_SLOTA_TIA_CFG_SLOTA_INT_AS_BUF_MASK 0x0080
#define ADPD188_SLOTA_TIA_CFG_SLOTA_TIA_IND_EN_MASK 0x0040
#define ADPD188_SLOTA_TIA_CFG_SLOTA_TIA_VREF_MASK   0x0030
#define ADPD188_SLOTA_TIA_CFG_SLOTA_TIA_GAIN_MASK   0x0003
#define ADPD188_SLOTA_TIA_CFG_SLOTA_AFE_MODE_POS    10
#define ADPD188_SLOTA_TIA_CFG_SLOTA_INT_AS_BUF_POS  7
#define ADPD188_SLOTA_TIA_CFG_SLOTA_TIA_IND_EN_POS  6
#define ADPD188_SLOTA_TIA_CFG_SLOTA_TIA_VREF_POS    4
#define ADPD188_SLOTA_TIA_CFG_SLOTA_TIA_GAIN_POS    0
 
/* ADPD188_REG_SLOTB_TIA_CFG */
/* ADPD188BI specific registers */
#define ADPD188_SLOTB_TIA_CFG_SLOTA_BUF_GAIN_MASK   0x0200
#define ADPD188_SLOTB_TIA_CFG_SLOTA_BUF_GAIN_POS    9
/* ADPD108X specific registers */
#define ADPD108X_SLOTB_TIA_CFG_SLOTA_BUF_GAIN_MASK  0x0300
#define ADPD108X_SLOTB_TIA_CFG_SLOTA_INT_GAIN_POS   8
/* ADPD188_REG_SLOTA_TIA_CFG common registers */
#define ADPD188_SLOTB_TIA_CFG_SLOTB_AFE_MODE_MASK   0xFC00
#define ADPD188_SLOTB_TIA_CFG_SLOTB_INT_AS_BUF_MASK 0x0080
#define ADPD188_SLOTB_TIA_CFG_SLOTB_TIA_IND_EN_MASK 0x0040
#define ADPD188_SLOTB_TIA_CFG_SLOTB_TIA_VREF_MASK   0x0030
#define ADPD188_SLOTB_TIA_CFG_SLOTB_TIA_GAIN_MASK   0x0003
#define ADPD188_SLOTB_TIA_CFG_SLOTB_AFE_MODE_POS    10
#define ADPD188_SLOTB_TIA_CFG_SLOTB_INT_AS_BUF_POS  7
#define ADPD188_SLOTB_TIA_CFG_SLOTB_TIA_IND_EN_POS  6
#define ADPD188_SLOTB_TIA_CFG_SLOTB_TIA_VREF_POS    4
#define ADPD188_SLOTB_TIA_CFG_SLOTB_TIA_GAIN_POS    0
 
/* ADPD188_REG_SAMPLE_CLK */
#define ADPD188_SAMPLE_CLK_CLK32K_BYP_MASK  0x0100
#define ADPD188_SAMPLE_CLK_CLK32K_EN_MASK   0x0080
#define ADPD188_SAMPLE_CLK_CLK32K_ADJUST_MASK   0x003F
#define ADPD188_SAMPLE_CLK_CLK32K_BYP_POS   8
#define ADPD188_SAMPLE_CLK_CLK32K_EN_POS    7
#define ADPD188_SAMPLE_CLK_CLK32K_ADJUST_POS    0
 
/* ADPD188_REG_CLK32M_ADJUST */
#define ADPD188_CLK32M_ADJUST_CLK32M_ADJUST_MASK    0x00FF
#define ADPD188_CLK32M_ADJUST_CLK32M_ADJUST_POS     0
 
/* ADPD188_REG_EXT_SYNC_SEL */
#define ADPD188_EXT_SYNC_SEL_GPIO1_OE_MASK  0x0040
#define ADPD188_EXT_SYNC_SEL_GPIO1_IE_MASK  0x0020
#define ADPD188_EXT_SYNC_SEL_EXT_SYNC_SEL_MASK  0x000C
#define ADPD188_EXT_SYNC_SEL_GPIO0_IE_MASK  0x0002
#define ADPD188_EXT_SYNC_SEL_GPIO1_OE_POS   6
#define ADPD188_EXT_SYNC_SEL_GPIO1_IE_POS   5
#define ADPD188_EXT_SYNC_SEL_EXT_SYNC_SEL_POS   2
#define ADPD188_EXT_SYNC_SEL_GPIO0_IE_POS   1
 
/* ADPD188_REG_CLK32M_CAL_EN */
#define ADPD188_CLK32M_CAL_EN_GPIO1_CTRL_MASK       0x0040
#define ADPD188_CLK32M_CAL_EN_CLK32M_CAL_EN_MASK    0x0020
#define ADPD188_CLK32M_CAL_EN_GPIO1_CTRL_POS        6
#define ADPD188_CLK32M_CAL_EN_CLK32M_CAL_EN_POS     5
 
/* ADPD188_REG_AFE_PWR_CFG2 */
#define ADPD188_AFE_PWR_CFG2_SLEEP_V_CATHODE_MASK   0x3000
#define ADPD188_AFE_PWR_CFG2_SLOTB_V_CATHODE_MASK   0x0C00
#define ADPD188_AFE_PWR_CFG2_SLOTA_V_CATHODE_MASK   0x0300
#define ADPD188_AFE_PWR_CFG2_REG54_VCAT_ENABLE_MASK 0x0080
#define ADPD188_AFE_PWR_CFG2_SLEEP_V_CATHODE_POS    12
#define ADPD188_AFE_PWR_CFG2_SLOTB_V_CATHODE_POS    10
#define ADPD188_AFE_PWR_CFG2_SLOTA_V_CATHODE_POS    8
#define ADPD188_AFE_PWR_CFG2_REG54_VCAT_ENABLE_POS  7
 
/* ADPD188_REG_TIA_INDEP_GAIN */
#define ADPD188_TIA_INDEP_GAIN_SLOTB_TIA_GAIN_4_MASK    0x0C00
#define ADPD188_TIA_INDEP_GAIN_SLOTB_TIA_GAIN_3_MASK    0x0300
#define ADPD188_TIA_INDEP_GAIN_SLOTB_TIA_GAIN_2_MASK    0x00C0
#define ADPD188_TIA_INDEP_GAIN_SLOTA_TIA_GAIN_4_MASK    0x0030
#define ADPD188_TIA_INDEP_GAIN_SLOTA_TIA_GAIN_3_MASK    0x000C
#define ADPD188_TIA_INDEP_GAIN_SLOTA_TIA_GAIN_2_MASK    0x0003
#define ADPD188_TIA_INDEP_GAIN_SLOTB_TIA_GAIN_4_POS 10
#define ADPD188_TIA_INDEP_GAIN_SLOTB_TIA_GAIN_3_POS 8
#define ADPD188_TIA_INDEP_GAIN_SLOTB_TIA_GAIN_2_POS 6
#define ADPD188_TIA_INDEP_GAIN_SLOTA_TIA_GAIN_4_POS 4
#define ADPD188_TIA_INDEP_GAIN_SLOTA_TIA_GAIN_3_POS 2
#define ADPD188_TIA_INDEP_GAIN_SLOTA_TIA_GAIN_2_POS 0
 
/* ADPD188_REG_MATH */
#define ADPD188_MATH_FLT_MATH34_B_MASK      0x0C00
#define ADPD188_MATH_FLT_MATH34_A_MASK      0x0300
#define ADPD188_MATH_ENA_INT_AS_BUF_MASK    0x0080
#define ADPD188_MATH_FLT_MATH12_B_MASK      0x0060
#define ADPD188_MATH_FLT_MATH12_A_MASK      0x0006
#define ADPD188_MATH_FLT_MATH34_B_POS       10
#define ADPD188_MATH_FLT_MATH34_A_POS       8
#define ADPD188_MATH_ENA_INT_AS_BUF_POS     7
#define ADPD188_MATH_FLT_MATH12_B_POS       5
#define ADPD188_MATH_FLT_MATH12_A_POS       1
 
/* ADPD188_REG_FLT_CONFIG_B */
#define ADPD188_FLT_CONFIG_B_FLT_EN_B_MASK  0x6000
#define ADPD188_FLT_CONFIG_B_FLT_PRECON_B_MASK  0x1F00
#define ADPD188_FLT_CONFIG_B_FLT_EN_B_POS   13
#define ADPD188_FLT_CONFIG_B_FLT_PRECON_B_POS   8
 
/* ADPD188_REG_FLT_LED_FIRE */
#define ADPD188_FLT_LED_FIRE_FLT_LED_FIRE_B_MASK    0xF000
#define ADPD188_FLT_LED_FIRE_FLT_LED_FIRE_A_MASK    0x0F00
#define ADPD188_FLT_LED_FIRE_FLT_LED_FIRE_B_POS     12
#define ADPD188_FLT_LED_FIRE_FLT_LED_FIRE_A_POS     8
 
/* ADPD188_REG_FLT_CONFIG_A */
#define ADPD188_FLT_CONFIG_A_FLT_EN_A_MASK  0x6000
#define ADPD188_FLT_CONFIG_A_FLT_PRECON_A_MASK  0x1F00
#define ADPD188_FLT_CONFIG_A_FLT_EN_A_POS   13
#define ADPD188_FLT_CONFIG_A_FLT_PRECON_A_POS   8
 
/* ADPD188_REG_DATA_ACCESS_CTL */
#define ADPD188_DATA_ACCESS_CTL_SLOTB_DATA_HOLD_MASK    0x0004
#define ADPD188_DATA_ACCESS_CTL_SLOTA_DATA_HOLD_MASK    0x0002
#define ADPD188_DATA_ACCESS_CTL_DIGITAL_CLOCK_ENA_MASK  0x0001
#define ADPD188_DATA_ACCESS_CTL_SLOTB_DATA_HOLD_POS 2
#define ADPD188_DATA_ACCESS_CTL_SLOTA_DATA_HOLD_POS 1
#define ADPD188_DATA_ACCESS_CTL_DIGITAL_CLOCK_ENA_POS   0

enum adpd_supported_devices {
    ADPD188BI,
    ADPD1080,
    ADPD1081
};
enum adpd_supported_devices {…};

union adpd188_phy_init {
    struct no_os_i2c_init_param i2c_phy;
    struct no_os_spi_init_param spi_phy;
};
union adpd188_phy_init {…};

enum adpd188_phy_opt {
    ADPD188_SPI,
    ADPD188_I2C
};
enum adpd188_phy_opt {…};

enum adpd188_mode {
    ADPD188_STANDBY,
    ADPD188_PROGRAM,
    ADPD188_NORMAL
};
enum adpd188_mode {…};

enum adpd188_interrupt {
    ADPD188_SLOTA_INT = 0x1,
    ADPD188_SLOTB_INT = 0x2,
    ADPD188_FIFO_INT = 0x4
};
enum adpd188_interrupt {…};

struct adpd188_gpio_config {
    uint8_t gpio_id;
    uint8_t gpio_pol;
    uint8_t gpio_drv;
    uint8_t gpio_en;
};
struct adpd188_gpio_config {…};

enum adpd188_gpio_alt_config {
    ADPD188_ADPD103 = 0x00,
    ADPD188_INT_FUNC = 0x01,
    ADPD188_ACTIVE_PULSE = 0x02,
    ADPD188_SLOTA_PULSE = 0x05,
    ADPD188_SLOTB_PULSE = 0x06,
    ADPD188_ANYSLOT_PULSE = 0x07,
    ADPD188_SLOTA_OUT = 0x0C,
    ADPD188_SLOTB_OUT = 0x0D,
    ADPD188_ANYSLOT_OUT = 0x0E,
    ADPD188_HALF_SAMPLING = 0x0F,
    ADPD188_OUT_LOW = 0x10,
    ADPD188_OUT_HIGH = 0x11,
    ADPD188_32KHZ_OSC = 0x13
};
enum adpd188_gpio_alt_config {…};

enum adpd188_slots {
    ADPD188_SLOTA,
    ADPD188_SLOTB
};
enum adpd188_slots {…};

enum adpd188_slot_fifo_mode {
    ADPD188_NO_FIFO,
    ADPD188_16BIT_SUM,
    ADPD188_32BIT_SUM,
    ADPD188_16BIT_4CHAN = 0x4,
    ADPD188_32BIT_4CHAN = 0x6
};
enum adpd188_slot_fifo_mode {…};

struct adpd188_slot_config {
    enum adpd188_slots slot_id;
    bool slot_en;
    enum adpd188_slot_fifo_mode sot_fifo_mode;
};
struct adpd188_slot_config {…};

struct adpd188_dev {
    enum adpd_supported_devices device;
    enum adpd188_phy_opt phy_opt;
    void *phy_desc;
    struct no_os_gpio_desc *gpio0;
    struct no_os_gpio_desc *gpio1;
};
struct adpd188_dev {…};

struct adpd188_init_param {
    enum adpd_supported_devices device;
    enum adpd188_phy_opt phy_opt;
    union adpd188_phy_init phy_init;
    struct no_os_gpio_init_param gpio0_init;
    struct no_os_gpio_init_param gpio1_init;
};
struct adpd188_init_param {…};
 
/* Initialize the ADPD188 driver. */
int32_t adpd188_init(struct adpd188_dev **device,
             struct adpd188_init_param *init_param);
 
/* Free resources allocated by adpd188_init(). */
int32_t adpd188_remove(struct adpd188_dev *dev);
 
/* Read one 16 bit register of the ADPD188. */
int32_t adpd188_reg_read(struct adpd188_dev *dev, uint8_t reg_addr,
             uint16_t *reg_val);
 
/* Write one 16 bit register of the ADPD188. */
int32_t adpd188_reg_write(struct adpd188_dev *dev, uint8_t reg_addr,
              uint16_t reg_val);
 
/* Get the mode of operation of the ADPD188. */
int32_t adpd188_mode_get(struct adpd188_dev *dev, enum adpd188_mode *mode);
 
/* Set the mode of operation of the ADPD188. */
int32_t adpd188_mode_set(struct adpd188_dev *dev, enum adpd188_mode new_mode);
 
/* Get the number of bytes currently present in FIFO. */
int32_t adpd188_fifo_status_get(struct adpd188_dev *dev, uint8_t *bytes_no);
 
/* Empty the FIFO. */
int32_t adpd188_fifo_clear(struct adpd188_dev *dev);
 
/*
 * Set the number of 16 bit words that need to be in the FIFO to trigger an
 * interrupt.
 */
int32_t adpd188_fifo_thresh_set(struct adpd188_dev *dev, uint8_t word_no);
 
/* Get the slot and FIFO interrupt flags. */
int32_t adpd188_interrupt_get(struct adpd188_dev *dev, uint8_t *flags);
 
/* Clear the slot and FIFO interrupt flags. */
int32_t adpd188_interrupt_clear(struct adpd188_dev *dev, uint8_t flags);
 
/* Enable the slot and FIFO interrupt flags. */
int32_t adpd188_interrupt_en(struct adpd188_dev *dev, uint8_t flags);
 
/* Setup drive and polarity of the GPIOs. */
int32_t adpd188_gpio_setup(struct adpd188_dev *dev,
               struct adpd188_gpio_config config);
 
/* Setup the GPIO source. */
int32_t adpd188_gpio_alt_setup(struct adpd188_dev *dev, uint8_t gpio_id,
                   enum adpd188_gpio_alt_config config);
 
/* Do software reset of the device. */
int32_t adpd188_sw_reset(struct adpd188_dev *dev);
 
/* Do internal 32MHz clock calibration. */
int32_t adpd188_clk32mhz_cal(struct adpd188_dev *dev);
 
/* Enable slot and setup its FIFO interaction. */
int32_t adpd188_slot_setup(struct adpd188_dev *dev,
               struct adpd188_slot_config config);
 
/* Set sample frequency of the ADC. */
int32_t adpd188_adc_fsample_set(struct adpd188_dev *dev, uint16_t freq_hz);
 
/* Get sample frequency of the ADC. */
int32_t adpd188_adc_fsample_get(struct adpd188_dev *dev, uint16_t *freq_hz);
 
/* Do initial configuration of the device to use as a smoke detector. */
int32_t adpd188_smoke_detect_setup(struct adpd188_dev *dev);
 
#endif /* ADPD188_H_ */