/***************************************************************************
 * arch/arm/src/cxd56xx/cxd56_audio_aca.c
 *
 *   Copyright 2018 Sony Semiconductor Solutions Corporation
 *
 * Redistribution and use in source and binary forms, with or without
 * modification, are permitted provided that the following conditions
 * are met:
 *
 * 1. Redistributions of source code must retain the above copyright
 *    notice, this list of conditions and the following disclaimer.
 * 2. Redistributions in binary form must reproduce the above copyright
 *    notice, this list of conditions and the following disclaimer in
 *    the documentation and/or other materials provided with the
 *    distribution.
 * 3. Neither the name of Sony Semiconductor Solutions Corporation nor
 *    the names of its contributors may be used to endorse or promote
 *    products derived from this software without specific prior written
 *    permission.
 *
 * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
 * "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
 * LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS
 * FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE
 * COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,
 * INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING,
 * BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS
 * OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED
 * AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
 * LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN
 * ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
 * POSSIBILITY OF SUCH DAMAGE.
 *
 ****************************************************************************/

/****************************************************************************
 * Included Files
 ****************************************************************************/

#include <string.h>
#include <nuttx/config.h>
#include <nuttx/irq.h>
#include <debug.h>

#include <arch/board/board.h>
#include <arch/chip/audio.h>

#include "cxd56_audio_config.h"
#include "cxd56_audio_aca.h"

/****************************************************************************
 * Pre-processor Definitions
 ****************************************************************************/

#define MIC_CH_BITNUM  4
#define MIC_CH_BITMAP  0xf

#define MIC_GAIN_MAX         150
#define MIC_GAIN_MIN         0

#define PGA_GAIN_MAX         60
#define PGA_GAIN_MIN         0

#define AS_VGAIN_MAX            60
#define AS_VGAIN_MIN            -95

typedef enum
{
  AS_ACA_OSC_UNKNOWN,
  AS_ACA_OSC_24_576MHZ,        /* 24.576MHz */
  AS_ACA_OSC_24_576MHZ_HIRES,  /* 24.576MHz,Hi-Res */
  AS_ACA_OSC_49_152MHZ,        /* 49.152MHz */
  AS_ACA_OSC_49_152MHZ_HIRES,  /* 49.152MHz,Hi-Res */
  AS_ACA_OSC_MAX_ENTRY
} asAcaPulcoOscModeId;

typedef enum
{
  AS_ACA_MIC_UNKNOWN,
  AS_ACA_MIC_AMIC,             /* Analog MIC */
  AS_ACA_MIC_DMIC,             /* Digital MIC */
  AS_ACA_MIC_BOTH,             /* Analog MIC and Digital MIC */
  AS_ACA_MIC_MAX_ENTRY
} asAcaPulcoMicDeviceId;

typedef enum
{
  AS_ACA_MICBIAS_SEL_UNKNOWN,
  AS_ACA_MICBIAS_SEL_2_0V,     /* 2.0V */
  AS_ACA_MICBIAS_SEL_2_8V,     /* 2.8V */
  AS_ACA_MICBIAS_SEL_MAX_ENTRY
} asAcaPulcoMicBiasSelId;

typedef enum
{
  AS_ACA_IO_DS_UNKNOWN,
  AS_ACA_IO_DS_WEAKEST,        /* Weakest */
  AS_ACA_IO_DS_WEAKER,         /* Weaker */
  AS_ACA_IO_DS_STRONGER,       /* Stronger */
  AS_ACA_IO_DS_STRONGEST,      /* Strongest */
  AS_ACA_IO_DS_MAX_ENTRY
} asAcaPulcoIoDsId;

typedef enum
{
  AS_SMSTR_MODE_FS_UNKNOWN,
  AS_SMSTR_MODE_FS_16,            /* 16fs */
  AS_SMSTR_MODE_FS_32,            /* 32fs */
  AS_SMSTR_MODE_FS_MAX_ENTRY
} asSmstrModeId;

typedef enum
{
  AS_SMSTR_MCK_FS_UNKNOWN,
  AS_SMSTR_MCK_FS_512,            /* 512fs */
  AS_SMSTR_MCK_FS_1024,           /* 1024fs */
  AS_SMSTR_MCK_FS_MAX_ENTRY
} asSmstrMckId;

typedef enum
{
  AS_SMSTR_PWMMD_UNKNOWN,
  AS_SMSTR_PWMMD_SINGLE,          /* Single side */
  AS_SMSTR_PWMMD_BOTH,            /* Both side */
  AS_SMSTR_PWMMD_SINGLE_ALTER,    /* Single side alternating */
  AS_SMSTR_PWMMD_BOTH_ALTER,      /* Both side alternating */
  AS_SMSTR_PWMMD_MAX_ENTRY
} asSmstrPwmModeId;

typedef enum
{
  AS_SMSTR_CHSEL_UNKNOWN,
  AS_SMSTR_CHSEL_NORMAL,          /* Normal */
  AS_SMSTR_CHSEL_EXCHANGE,        /* Exchange L and R */
  AS_SMSTR_CHSEL_MAX_ENTRY
} asSmstrChSelId;

typedef enum
{
  AS_ACA_OUT_UNKNOWN,
  AS_ACA_OUT_HP,               /* Headphone output */
  AS_ACA_OUT_EP,               /* Ear Speaker output */
  AS_ACA_OUT_PWM,              /* PWM output */
  AS_ACA_OUT_HP_PWM,           /* Headphone and PWM output */
  AS_ACA_OUT_EP_PWM,           /* Ear Speaker and PWM output */
  AS_ACA_OUT_OFF,              /* Disable output */
  AS_ACA_OUT_MAX_ENTRY
} asAcaPulcoOutDeviceId;

typedef enum
{
  AS_ACA_PWMOUT_UNKNOWN,
  AS_ACA_PWMOUT_OFF,           /* Disable */
  AS_ACA_PWMOUT_LN,            /* LN */
  AS_ACA_PWMOUT_LP,            /* LP */
  AS_ACA_PWMOUT_RN,            /* RN */
  AS_ACA_PWMOUT_RP,            /* RP */
  AS_ACA_PWMOUT_MAX_ENTRY
} asAcaPulcoPwmOutId;

typedef enum
{
  AS_ACA_SP_LOOP_MODE_UNKNOWN,
  AS_ACA_SP_LOOP_MODE_ENABLE,
  AS_ACA_SP_LOOP_MODE_DISABLE,
  AS_ACA_SP_LOOP_MODE_MAX_ENTRY
} asAcaSpLoopModeId;

typedef enum
{
  AS_ACA_SP_DELAY_SEL_UNKNOWN,
  AS_ACA_SP_DELAY_SEL_NON,
  AS_ACA_SP_DELAY_SEL_SHORT,
  AS_ACA_SP_DELAY_SEL_MIDDLE,
  AS_ACA_SP_DELAY_SEL_LONG,
  AS_ACA_SP_DELAY_SEL_MAX_ENTRY
} asAcaSpDelaySelId;

typedef enum
{
  AS_ACA_SP_DLY_FREE_UNKNOWN,
  AS_ACA_SP_DLY_FREE_OFF,
  AS_ACA_SP_DLY_FREE_ON,
  AS_ACA_SP_DLY_FREE_MAX_ENTRY
} asAcaSpDlyFreeId;

typedef enum
{
  AS_ACA_SP_SPLITON_SEL_UNKNOWN,
  AS_ACA_SP_SPLITON_SEL_SHORTEST,
  AS_ACA_SP_SPLITON_SEL_SHORT,
  AS_ACA_SP_SPLITON_SEL_LONG,
  AS_ACA_SP_SPLITON_SEL_LONGEST,
  AS_ACA_SP_SPLITON_SEL_MAX_ENTRY
} asAcaSpSplitonSelId;

typedef enum
{
  AS_ACA_SP_DRV_SEL_UNKNOWN,
  AS_ACA_SP_DRV_SEL_4DRIVER,
  AS_ACA_SP_DRV_SEL_2DRIVER,
  AS_ACA_SP_DRV_SEL_1DRIVER,
  AS_ACA_SP_DRV_SEL_LINEOUT,
  AS_ACA_SP_DRV_SEL_MAX_ENTRY
} asAcaSpDrvSelId;

typedef enum
{
  AS_ACA_SER_MODE_UNKNOWN,
  AS_ACA_SER_MODE_8CH,         /* 8ch */
  AS_ACA_SER_MODE_4CH,         /* 4ch */
  AS_ACA_SER_MODE_MAX_ENTRY
} asAcaPulcoSerModeId;

typedef enum
{
  AS_ACA_SER_FS_UNKNOWN,
  AS_ACA_SER_FS_128,           /* 128fs */
  AS_ACA_SER_FS_64,            /* 64fs */
  AS_ACA_SER_FS_MAX_ENTRY
} asAcaPulcoSerFsId;

typedef enum
{
  AS_ACA_SER_SEL_FIX0 = 0,
  AS_ACA_SER_SEL_AMIC1 = 1,
  AS_ACA_SER_SEL_AMIC2 = 2,
  AS_ACA_SER_SEL_AMIC3 = 3,
  AS_ACA_SER_SEL_AMIC4 = 4,
  AS_ACA_SER_SEL_DMIC1 = 5,
  AS_ACA_SER_SEL_DMIC2 = 6,
  AS_ACA_SER_SEL_DMIC3 = 7,
  AS_ACA_SER_SEL_DMIC4 = 8,
  AS_ACA_SER_SEL_DMIC5 = 9,
  AS_ACA_SER_SEL_DMIC6 = 10,
  AS_ACA_SER_SEL_DMIC7 = 11,
  AS_ACA_SER_SEL_DMIC8 = 12,
  AS_ACA_SER_SEL_UNKNOWN = 15,
  AS_ACA_SER_SEL_MAX_ENTRY = 16
} asAcaPulcoSerSelChId;

typedef enum
{
  AS_SDES_DES_SEL_UNKNOWN,
  AS_SDES_DES_SEL_CH1,
  AS_SDES_DES_SEL_CH2,
  AS_SDES_DES_SEL_CH3,
  AS_SDES_DES_SEL_CH4,
  AS_SDES_DES_SEL_CH5,
  AS_SDES_DES_SEL_CH6,
  AS_SDES_DES_SEL_CH7,
  AS_SDES_DES_SEL_CH8,
  AS_SDES_DES_SEL_MAX_ENTRY
} asSdesDesSelOutId;

typedef enum
{
  AS_ACA_CHECK_ID,
  AS_ACA_POWER_ON_COMMON,
  AS_ACA_POWER_ON_INPUT,
  AS_ACA_POWER_ON_OUTPUT,
  AS_ACA_SET_SERDES,
  AS_ACA_SET_SMASTER,
  AS_ACA_POWER_OFF_COMMON,
  AS_ACA_POWER_OFF_INPUT,
  AS_ACA_POWER_OFF_OUTPUT,
  AS_ACA_POWER_ON_MICBIAS,
  AS_ACA_POWER_OFF_MICBIAS,
  AS_ACA_INIT_AMIC,
  AS_ACA_SET_AMIC_BOOT_DONE,
  AS_ACA_SET_OUTPUT_DEVICE,
  AS_ACA_GET_REGISTER,
  AS_ACA_SET_REGISTER,
  AS_ACA_CONTROL_TYPE_NUM
} AsAcaControlType;

typedef struct
{
  asAcaPulcoOscModeId   oscMode;
  asAcaPulcoMicDeviceId micDev;
  asAcaPulcoIoDsId      gpoDs;
  asAcaPulcoIoDsId      adDataDs;
  asAcaPulcoIoDsId      dmicClkDs;
  asAcaPulcoIoDsId      mclkDs;
} asAcaPulcoParam;

typedef struct
{
  asAcaPulcoMicDeviceId   micDev;
  asAcaPulcoMicBiasSelId  micBiasSel;
  uint32_t                micGain[4];
  uint32_t                pgaGain[4];
  int32_t                 vgain[4];
} asAcaPulcoInParam;

typedef struct
{
  asSmstrModeId       mode;
  asSmstrMckId        mckFs;
  asSmstrPwmModeId    pwmMode;
  asSmstrChSelId      chSel;
  uint8_t             out2Dly;
} asAcaPulcoSmstrParam;

typedef struct
{
  asAcaPulcoOutDeviceId outDev;
  asAcaPulcoPwmOutId    pwmOut[2];
  asAcaSpDelaySelId     spDelay;
  asAcaSpLoopModeId     loopMode;
  asSmstrModeId         mode;
  asAcaSpDlyFreeId      spDlyFree;
  asAcaSpSplitonSelId   spSpliton;
  asAcaSpDrvSelId       spDrv;
} asAcaPulcoOutParam;

typedef struct
{
  uint32_t bank;
  uint32_t addr;
  uint32_t value;
} asAcaPulcoRegParam;

typedef struct
{
  asAcaPulcoSerModeId   serMode;
  asAcaPulcoSerFsId     serFs;
  union
  {
    asAcaPulcoSerSelChId  in[CXD56_AUDIO_MIC_CH_MAX];
    asSdesDesSelOutId     out[CXD56_AUDIO_MIC_CH_MAX];
  } selCh;
} asSerDesParam;

/* Select output device ID */

typedef enum
{
  /* output device none */

  AS_OUT_DEV_OFF,

  /* output device speaker */

  AS_OUT_DEV_SP,

  /* output device i2s */

  AS_OUT_DEV_I2S,
  AS_OUT_DEV_NUM
} asOutDeviceId;

/****************************************************************************
 * Public Function Prototypes
 ****************************************************************************/

extern uint32_t AS_AcaControl(uint8_t type, uint32_t param);

/****************************************************************************
 * Private Data
 ****************************************************************************/

/****************************************************************************
 * Public Data
 ****************************************************************************/

/****************************************************************************
 * Private Functions
 ****************************************************************************/

static void get_osc_mode(uint8_t cfg_mclk, asAcaPulcoOscModeId *osc)
{
  cxd56_audio_clkmode_t clk_mode = cxd56_audio_config_get_clkmode();

  if (cfg_mclk == CXD56_AUDIO_CFG_XTAL_24_576MHZ)
    {
      if (clk_mode == CXD56_AUDIO_CLKMODE_HIRES)
        {
          *osc = AS_ACA_OSC_24_576MHZ_HIRES;
        }
      else
        {
          *osc = AS_ACA_OSC_24_576MHZ;
        }
    }
  else
    {
      if (clk_mode == CXD56_AUDIO_CLKMODE_HIRES)
        {
          *osc = AS_ACA_OSC_49_152MHZ_HIRES;
        }
      else
        {
          *osc = AS_ACA_OSC_49_152MHZ;
        }
    }
}

static void get_mic_dev(uint32_t cfg_mic, FAR asAcaPulcoMicDeviceId *dev)
{
  bool is_amic = false;
  bool is_dmic = false;
  uint8_t i;

  for (i = 0; i < CXD56_AUDIO_MIC_CH_MAX; i++)
    {
      uint8_t mic_sel;
      mic_sel = (cfg_mic >> (i * MIC_CH_BITNUM)) & MIC_CH_BITMAP;
      if ((mic_sel >= 1) && (mic_sel <= 4))
        {
          is_amic = true;
        }
      else if ((mic_sel >= 5) && (mic_sel <= 12))
        {
          is_dmic = true;
        }
    }

  if (is_amic && is_dmic)
    {
      *dev = AS_ACA_MIC_BOTH;
    }
  else if(is_amic)
    {
      *dev = AS_ACA_MIC_AMIC;
    }
  else
    {
      *dev = AS_ACA_MIC_DMIC;
    }
}

static void get_drv_str(uint8_t cfg_ds, FAR asAcaPulcoIoDsId *ds)
{
   switch (cfg_ds)
    {
      case CXD56_AUDIO_CFG_DS_WEAKEST:
        *ds = AS_ACA_IO_DS_WEAKEST;
        break;

      case CXD56_AUDIO_CFG_DS_WEAKER:
        *ds = AS_ACA_IO_DS_WEAKER;
        break;

      case CXD56_AUDIO_CFG_DS_STRONGER:
        *ds = AS_ACA_IO_DS_STRONGER;
        break;

      case CXD56_AUDIO_CFG_DS_STRONGEST:
        *ds = AS_ACA_IO_DS_STRONGEST;
        break;

      default:
        *ds = AS_ACA_IO_DS_WEAKEST;
        break;
    }
}

static void get_mic_bias(uint8_t cfg_bsel, FAR asAcaPulcoMicBiasSelId *bsel)
{
   switch (cfg_bsel)
    {
      case CXD56_AUDIO_CFG_MIC_BIAS_20V:
        *bsel = AS_ACA_MICBIAS_SEL_2_0V;
        break;

      case CXD56_AUDIO_CFG_MIC_BIAS_28V:
        *bsel = AS_ACA_MICBIAS_SEL_2_8V;
        break;

      default:
        *bsel = AS_ACA_MICBIAS_SEL_2_0V;
        break;
    }
}

static void get_sp_split_on(uint8_t cf_sp_spliton, FAR asAcaSpSplitonSelId *spSpliton)
{
  switch (cf_sp_spliton)
    {
      case CXD56_AUDIO_CFG_SP_SPLITON_LONGEST:
        *spSpliton = AS_ACA_SP_SPLITON_SEL_LONGEST;
        break;

      case CXD56_AUDIO_CFG_SP_SPLITON_LONG:
        *spSpliton = AS_ACA_SP_SPLITON_SEL_LONG;
        break;

      case CXD56_AUDIO_CFG_SP_SPLITON_SHORT:
        *spSpliton = AS_ACA_SP_SPLITON_SEL_SHORT;
        break;

      default:
        *spSpliton = AS_ACA_SP_SPLITON_SEL_SHORTEST;
        break;
    }
}

static void get_sp_driver(uint8_t cfg_sp_drv, FAR asAcaSpDrvSelId *spDrv)
{
  switch (cfg_sp_drv)
    {
      case CXD56_AUDIO_SP_DRV_LINEOUT:
        *spDrv = AS_ACA_SP_DRV_SEL_LINEOUT;
        break;

      case CXD56_AUDIO_SP_DRV_1DRIVER:
        *spDrv = AS_ACA_SP_DRV_SEL_1DRIVER;
        break;

      case CXD56_AUDIO_SP_DRV_2DRIVER:
        *spDrv = AS_ACA_SP_DRV_SEL_2DRIVER;
        break;

      default:
        *spDrv = AS_ACA_SP_DRV_SEL_4DRIVER;
        break;
    }
}

void get_pwon_param(asAcaPulcoParam *param)
{
  uint32_t mic_map = cxd56_audio_config_get_micmap();

  get_osc_mode((uint8_t)CXD56_AUDIO_CFG_MCLK,       &param->oscMode);
  get_mic_dev(mic_map,                              &param->micDev);
  get_drv_str((uint8_t)CXD56_AUDIO_CFG_GPO_A_DS,    &param->gpoDs);
  get_drv_str((uint8_t)CXD56_AUDIO_CFG_DA_DS,       &param->adDataDs);
  get_drv_str((uint8_t)CXD56_AUDIO_CFG_DMIC_CLK_DS, &param->dmicClkDs);
  get_drv_str((uint8_t)CXD56_AUDIO_CFG_MCLKOUT_DS,  &param->mclkDs);
}

void get_serial_param(asSerDesParam *param)
{
  uint8_t mic_mode = cxd56_audio_config_get_micmode();
  uint32_t mic_map = cxd56_audio_config_get_micmap();
  uint8_t mic_sel  = 0;
  uint8_t i;

  if (CXD56_AUDIO_CFG_MIC_MODE_128FS == mic_mode)
    {
      param->serMode = AS_ACA_SER_MODE_4CH;
      param->serFs   = AS_ACA_SER_FS_128;
    }
  else
    {
      param->serMode = AS_ACA_SER_MODE_8CH;
      param->serFs   = AS_ACA_SER_FS_64;
    }

  for (i = 0; i < CXD56_AUDIO_MIC_CH_MAX; i++)
    {
      mic_sel = (mic_map >> (i * MIC_CH_BITNUM)) & MIC_CH_BITMAP;
      param->selCh.in[i]  = (asAcaPulcoSerSelChId)mic_sel;
    }
}

void get_input_param(asAcaPulcoInParam *param,
                     FAR cxd56_audio_mic_gain_t *gain)
{
  uint8_t mic_sel;
  uint8_t mic_id;
  uint32_t mic_map = cxd56_audio_config_get_micmap();
  uint32_t pga_gain;
  uint8_t i;

  memset((void *)param, 0, sizeof(asAcaPulcoInParam));

  get_mic_dev(mic_map, &param->micDev);

  get_mic_bias((uint8_t)CXD56_AUDIO_CFG_MIC_BIAS, &param->micBiasSel);

  for (i = 0; i < CXD56_AUDIO_MIC_CH_MAX; i++)
    {
      mic_sel = (mic_map >> (i * MIC_CH_BITNUM)) & MIC_CH_BITMAP;
      if ((mic_sel >= 1) && (mic_sel <= 4))
        {
          mic_id = mic_sel - 1;
          param->micGain[mic_id] = (gain->gain[i] >= MIC_GAIN_MAX) ?
                                     MIC_GAIN_MAX : (gain->gain[i] / 30) * 30;

          pga_gain = gain->gain[i] - param->micGain[mic_id];
          param->pgaGain[mic_id] = (pga_gain >= PGA_GAIN_MAX) ?
                                     PGA_GAIN_MAX : pga_gain;
        }
    }

}

void get_smaster_param(asAcaPulcoSmstrParam *param)
{
  cxd56_audio_clkmode_t clk_mode = cxd56_audio_config_get_clkmode();

  if (clk_mode == CXD56_AUDIO_CLKMODE_HIRES)
    {
      param->mode  = AS_SMSTR_MODE_FS_32;
      param->mckFs = AS_SMSTR_MCK_FS_1024;
    }
  else
    {
      param->mode  = AS_SMSTR_MODE_FS_16;
      param->mckFs = AS_SMSTR_MCK_FS_512;
    }

  param->chSel   = AS_SMSTR_CHSEL_NORMAL;
  param->out2Dly = 0x00;

  param->pwmMode = AS_SMSTR_PWMMD_BOTH;
}

void get_pwon_out_param(asAcaPulcoOutParam *param)
{
  cxd56_audio_clkmode_t clk_mode = cxd56_audio_config_get_clkmode();

  if (clk_mode == CXD56_AUDIO_CLKMODE_HIRES)
    {
      param->mode = AS_SMSTR_MODE_FS_32;
    }
  else
    {
      param->mode = AS_SMSTR_MODE_FS_16;
    }

  param->outDev    = AS_ACA_OUT_OFF;
  param->pwmOut[0] = AS_ACA_PWMOUT_UNKNOWN;
  param->pwmOut[1] = AS_ACA_PWMOUT_UNKNOWN;
  param->spDelay   = AS_ACA_SP_DELAY_SEL_UNKNOWN;
  param->loopMode  = AS_ACA_SP_LOOP_MODE_UNKNOWN;
  param->spDlyFree = AS_ACA_SP_DLY_FREE_UNKNOWN;

  get_sp_split_on((uint8_t)CXD56_AUDIO_CFG_SP_SPLIT_ON, &param->spSpliton);
  get_sp_driver((uint8_t)cxd56_audio_config_get_spdriver(), &param->spDrv);
}

/***************************************************************************
 * Public Functions
 ****************************************************************************/

CXD56_AUDIO_ECODE cxd56_audio_aca_poweron(void)
{
  if (AS_AcaControl(AS_ACA_CHECK_ID, (uint32_t)NULL) != 0)
    {
      return CXD56_AUDIO_ECODE_ANA_CHKID;
    }

  asAcaPulcoParam pwon_param;
  get_pwon_param(&pwon_param);

  if (AS_AcaControl(AS_ACA_POWER_ON_COMMON, (uint32_t)&pwon_param) != 0)
    {
      return CXD56_AUDIO_ECODE_ANA_PWON;
    }

  asSerDesParam serial_param;
  get_serial_param(&serial_param);

  if (AS_AcaControl(AS_ACA_SET_SERDES, (uint32_t)&serial_param) != 0)
    {
      return CXD56_AUDIO_ECODE_ANA_SERIAL;
    }

  return CXD56_AUDIO_ECODE_OK;
}

CXD56_AUDIO_ECODE cxd56_audio_aca_poweroff(void)
{
  if (AS_AcaControl(AS_ACA_POWER_OFF_COMMON, (uint32_t)NULL) != 0)
    {
      return CXD56_AUDIO_ECODE_ANA_PWOFF;
    }

  return CXD56_AUDIO_ECODE_OK;
}

CXD56_AUDIO_ECODE cxd56_audio_aca_poweron_micbias(void)
{
  if (AS_AcaControl(AS_ACA_POWER_ON_MICBIAS, (uint32_t)NULL) != 0)
    {
      return CXD56_AUDIO_ECODE_ANA_PWON_MBIAS;
    }

  return CXD56_AUDIO_ECODE_OK;
}

CXD56_AUDIO_ECODE cxd56_audio_aca_poweron_input(FAR cxd56_audio_mic_gain_t *gain)
{
  asAcaPulcoInParam pwon_input_param;

  get_input_param(&pwon_input_param, gain);

  if (AS_AcaControl(AS_ACA_POWER_ON_INPUT, (uint32_t)&pwon_input_param) != 0)
    {
      return CXD56_AUDIO_ECODE_ANA_PWON_INPUT;
    }

  return CXD56_AUDIO_ECODE_OK;
}

CXD56_AUDIO_ECODE cxd56_audio_aca_set_smaster(void)
{
  asAcaPulcoSmstrParam smaster_param;

  get_smaster_param(&smaster_param);

  if (AS_AcaControl(AS_ACA_SET_SMASTER, (uint32_t)&smaster_param) != 0)
    {
      return CXD56_AUDIO_ECODE_ANA_SET_SMASTER;
    }

  return CXD56_AUDIO_ECODE_OK;
}

CXD56_AUDIO_ECODE cxd56_audio_aca_poweron_output(void)
{
  asAcaPulcoOutParam pwon_output_param;

  get_pwon_out_param(&pwon_output_param);

  if (AS_AcaControl(AS_ACA_POWER_ON_OUTPUT, (uint32_t)&pwon_output_param) != 0)
    {
      return CXD56_AUDIO_ECODE_ANA_PWON_OUTPUT;
    }

  return CXD56_AUDIO_ECODE_OK;
}

CXD56_AUDIO_ECODE cxd56_audio_aca_poweroff_input(void)
{
  if (AS_AcaControl(AS_ACA_POWER_OFF_INPUT, (uint32_t)NULL) != 0)
    {
      return CXD56_AUDIO_ECODE_ANA_PWOFF_INPUT;
    }

  return CXD56_AUDIO_ECODE_OK;
}

CXD56_AUDIO_ECODE cxd56_audio_aca_poweroff_output(void)
{
  if (AS_AcaControl(AS_ACA_POWER_OFF_OUTPUT, (uint32_t)NULL) != 0)
    {
      return CXD56_AUDIO_ECODE_ANA_PWOFF_OUTPUT;
    }

  return CXD56_AUDIO_ECODE_OK;
}

CXD56_AUDIO_ECODE cxd56_audio_aca_enable_output(void)
{
  if (AS_AcaControl(AS_ACA_SET_OUTPUT_DEVICE, (uint32_t)AS_OUT_DEV_SP) != 0)
    {
      return CXD56_AUDIO_ECODE_ANA_ENABLE_OUTPUT;
    }

  return CXD56_AUDIO_ECODE_OK;
}

CXD56_AUDIO_ECODE cxd56_audio_aca_disable_output(void)
{
  if (AS_AcaControl(AS_ACA_SET_OUTPUT_DEVICE, (uint32_t)AS_OUT_DEV_OFF) != 0)
    {
      return CXD56_AUDIO_ECODE_ANA_DISABLE_OUTPUT;
    }

  return CXD56_AUDIO_ECODE_OK;
}

CXD56_AUDIO_ECODE cxd56_audio_aca_set_micgain(FAR cxd56_audio_mic_gain_t *gain)
{
  asAcaPulcoInParam mic_gain_param;

  get_input_param(&mic_gain_param, gain);

  if (AS_AcaControl(AS_ACA_INIT_AMIC, (uint32_t)&mic_gain_param) != 0)
    {
      return CXD56_AUDIO_ECODE_ANA_SET_MICGAIN;
    }

  return CXD56_AUDIO_ECODE_OK;
}

CXD56_AUDIO_ECODE cxd56_audio_aca_notify_micbootdone(void)
{
  if (AS_AcaControl(AS_ACA_SET_AMIC_BOOT_DONE, (uint32_t)NULL) != 0)
    {
      return CXD56_AUDIO_ECODE_ANA_NOTIFY_MICBOOT;
    }

  return CXD56_AUDIO_ECODE_OK;
}

CXD56_AUDIO_ECODE cxd56_audio_aca_read_reg(asAcaPulcoRegParam *param)
{
  AS_AcaControl(AS_ACA_GET_REGISTER, (uint32_t)param);
  return CXD56_AUDIO_ECODE_OK;
}

CXD56_AUDIO_ECODE cxd56_audio_aca_write_reg(asAcaPulcoRegParam *param)
{
  AS_AcaControl(AS_ACA_SET_REGISTER, (uint32_t)param);
  return CXD56_AUDIO_ECODE_OK;
}