/*******************************************************************************
* DISCLAIMER
* This software is supplied by Renesas Electronics Corporation and is only
* intended for use with Renesas products. No other uses are authorized. This
* software is owned by Renesas Electronics Corporation and is protected under
* all applicable laws, including copyright laws.
* THIS SOFTWARE IS PROVIDED "AS IS" AND RENESAS MAKES NO WARRANTIES REGARDING
* THIS SOFTWARE, WHETHER EXPRESS, IMPLIED OR STATUTORY, INCLUDING BUT NOT
* LIMITED TO WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE
* AND NON-INFRINGEMENT. ALL SUCH WARRANTIES ARE EXPRESSLY DISCLAIMED.
* TO THE MAXIMUM EXTENT PERMITTED NOT PROHIBITED BY LAW, NEITHER RENESAS
* ELECTRONICS CORPORATION NOR ANY OF ITS AFFILIATED COMPANIES SHALL BE LIABLE
* FOR ANY DIRECT, INDIRECT, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES FOR
* ANY REASON RELATED TO THIS SOFTWARE, EVEN IF RENESAS OR ITS AFFILIATES HAVE
* BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES.
* Renesas reserves the right, without notice, to make changes to this software
* and to discontinue the availability of this software. By using this software,
* you agree to the additional terms and conditions found by accessing the
* following link:
* http://www.renesas.com/disclaimer
* Copyright (C) 2012 - 2015 Renesas Electronics Corporation. All rights reserved.
*******************************************************************************/
/*******************************************************************************
* $FileName: jcu_api.c $
* $Module: JCU $ $PublicVersion: 1.00 $ (=JCU_VERSION)
* $Rev: 35 $
* $Date:: 2014-02-26 13:18:53 +0900#$
* Description : JCU driver API
******************************************************************************/
/**
* @file  jcu_api.c
* @brief   JCU (JPEG hardware) driver API. Main Code.
*
* $Module: JCU $ $PublicVersion: 1.00 $ (=JCU_VERSION)
* $Rev: 38 $
* $Date:: 2014-03-18 16:14:45 +0900#$
*/

/******************************************************************************
Includes   <System Includes> , "Project Includes"
******************************************************************************/
#include    <string.h>
#include    "r_typedefs.h"
#include    "iodefine.h"
#include    "r_ospl.h"
#include    "r_jcu_api.h"
#include    "r_jcu_local.h"
#include    "r_jcu_pl.h"

/******************************************************************************
Typedef definitions
******************************************************************************/

/******************************************************************************
Macro definitions
******************************************************************************/

/******************************************************************************
Imported global variables and functions (from other files)
******************************************************************************/

/******************************************************************************
Exported global variables and functions (to be accessed by other files)
******************************************************************************/
/* Section: Internal Global */

/** gs_jcu_internal_information */
static jcu_internal_information_t  gs_jcu_internal_information;


/** gs_jcu_i_lock */
static jcu_i_lock_t  gs_jcu_i_lock;


/******************************************************************************
Private global variables and functions
******************************************************************************/

/***********************************************************************
* Class: jcu_i_lock_t
************************************************************************/
static void    R_JCU_I_LOCK_Reset( jcu_i_lock_t *const  self );
static bool_t  R_JCU_I_LOCK_Lock( void *const  self_ );
static void    R_JCU_I_LOCK_Unlock( void *const  self_ );
static void    R_JCU_I_LOCK_RequestFinalize( void *const  self_ );
static int_fast32_t  R_JCU_I_LOCK_GetRootChannelNum( const void *const  self_ );


/* Section: Global */
/**
* @brief   Initialize the driver
*
* @param   NullConfig (in) NULL
* @return  <jcu_errorcode_t> type.
*/
/* ->SEC M1.1.1 API Function */
jcu_errorcode_t R_JCU_Initialize( void *const  NullConfig )
/* <-SEC M1.1.1 */
{
    errnum_t          e;
    jcu_errorcode_t   returnValue;
    jcu_internal_information_t *const  self = &gs_jcu_internal_information;

    static const r_ospl_i_lock_vtable_t  gs_I_LockVTable = {
        &( R_JCU_I_LOCK_Lock ),  /* MISRA 16.9 */
        &( R_JCU_I_LOCK_Unlock ),
        &( R_JCU_I_LOCK_RequestFinalize ),
        &( R_JCU_I_LOCK_GetRootChannelNum )
    };

    R_UNREFERENCED_VARIABLE( NullConfig );
    R_IT_WILL_BE_NOT_CONST( NullConfig );

    if ( self->I_Lock == NULL ) {
        jcu_i_lock_t *const  i_lock = &gs_jcu_i_lock;

        self->Is_I_LockMaster = R_JCU_I_LOCK_Replace(
                                    i_lock,  &gs_I_LockVTable );
    }

    if ( IS( self->Is_I_LockMaster ) ) {
        R_JCU_I_LOCK_Reset( self->I_Lock );
    }
    R_OSPL_FLAG32_InitConst( &self->AsyncStatus.InterruptFlags );
    R_OSPL_FLAG32_InitConst( &self->AsyncStatus.InterruptEnables );
    R_OSPL_FLAG32_InitConst( &self->AsyncStatus.CancelFlags );
    self->AsyncStatus.IsEnabledInterrupt = false;

    /* Error check */
    if (self->AsyncStatus.Status != JCU_STATUS_UNDEF) {
        returnValue = JCU_ERROR_STATUS;
        goto fin;
    } /* end if */

    /* Run the User-defined function if user set the function */
    e= R_JCU_OnInitialize();
    IF ( e != 0 ) {
        returnValue = JCU_ERROR_PARAM;
        goto fin;
    }

    /* Initialize the variable */
    self->AsyncStatus.IsPaused = false;
    self->AsyncStatus.SubStatusFlags = 0;
    self->IsCountMode = false;
    self->ErrorFilter = JCU_INT_ERROR_ALL;
    self->AsyncForFinalize = NULL;

    /* Set the register */
    returnValue = JCU_SetRegisterForInitialize();

    if (returnValue == JCU_ERROR_OK) {
        /* Set the updated status */
        self->AsyncStatus.Status = JCU_STATUS_INIT;

        /* Initialize the status for the encode */
        self->Codec = JCU_CODEC_NOT_SELECTED;
    } /* end if */

fin:
    return returnValue;
}


/**
* @brief   Terminate the driver function
*
* @par Parameters
*    None
* @return  <jcu_errorcode_t> type.
*/
/* ->SEC M1.1.1 API Function */
jcu_errorcode_t R_JCU_Terminate(void)
/* <-SEC M1.1.1 */
{
    errnum_t         e;
    jcu_errorcode_t  ej;
    r_ospl_async_t   async;
    bit_flags32_t    got_flags;

    async.Flags = R_F_OSPL_A_Thread;
    async.A_Thread = R_OSPL_THREAD_GetCurrentId();

    ej= R_JCU_TerminateAsync( &async );
    IF( ej != JCU_ERROR_OK ) {
        goto fin;
    }

    e= R_OSPL_EVENT_Wait( async.A_EventValue, &got_flags, R_OSPL_INFINITE );
    IF(e!=0) {
        ej=JCU_ERROR_PARAM;
        goto fin;
    }

    e= async.ReturnValue;
    IF(e!=0) {
        ej=JCU_ERROR_PARAM;
        goto fin;
    }

fin:
    return  ej;
}


/**
* @brief   Terminate the driver function
*
* @param   async <r_ospl_async_t>
* @return  <jcu_errorcode_t> type.
*/
/* ->SEC M1.1.1 API Function */
jcu_errorcode_t R_JCU_TerminateAsync( r_ospl_async_t *const  async )
/* <-SEC M1.1.1 */
{
    jcu_errorcode_t   returnValue = JCU_ERROR_OK;
    bool_t            was_enabled = false;
    jcu_internal_information_t *const  self = &gs_jcu_internal_information;

    IF_DQ( async == NULL ) {
        returnValue = JCU_ERROR_PARAM;
        goto fin;
    }

    R_JCU_SetDefaultAsync( async, R_OSPL_ASYNC_TYPE_FINALIZE );
    async->ReturnValue = 0;

    was_enabled = self->I_LockVTable->Lock( self->I_Lock );

    /* Check the status */
    if ( self->AsyncStatus.Status == JCU_STATUS_UNDEF ) {
        returnValue = JCU_ERROR_OK;
        goto fin;
    } /* end if */

    if ( self->AsyncStatus.Status == JCU_STATUS_RUN ) {
        self->AsyncForFinalize = async;

        R_OSPL_FLAG32_Set( &self->AsyncStatus.CancelFlags, R_OSPL_FINALIZE_REQUEST );

        /* "R_JCU_OnInterrupted" will be called */
    } else {
        returnValue = R_JCU_TerminateStep2();
        R_OSPL_EVENT_Set( async->A_Thread, async->A_EventValue );
    } /* end if */

fin:
    /* Finalize I-Lock */
    if ( IS( was_enabled ) ) {
        self->I_LockVTable->Unlock( self->I_Lock );

        if ( IS( self->Is_I_LockMaster ) ) {
            if ( IS( gs_jcu_i_lock.IsRequestedFinalize ) ) {
                R_JCU_I_LOCK_Finalize();
            }
        }
    }
    return returnValue;
}


/**
* @brief   Terminate the driver function
*
* @par Parameters
*    None
* @return  <jcu_errorcode_t> type.
*/
jcu_errorcode_t  R_JCU_TerminateStep2(void)
{
    errnum_t         ee;
    jcu_errorcode_t  returnValue = JCU_ERROR_OK;
    jcu_internal_information_t *const  self = &gs_jcu_internal_information;

    R_AVOID_UNSAFE_ALWAYS_WARNING( returnValue );


    /* Set the updated status */
    R_OSPL_FLAG32_Clear( &self->AsyncStatus.CancelFlags, R_OSPL_FLAG32_ALL_BITS );
    self->AsyncStatus.Status = JCU_STATUS_UNDEF;
    self->I_LockVTable->RequestFinalize( self->I_Lock );


    /* Run the additional function selected by parameter */
    ee= R_JCU_OnFinalize( returnValue );
    IF ( (ee != 0) && (returnValue == JCU_ERROR_OK) ) {
        returnValue = JCU_ERROR_PARAM;
    }

    return  returnValue;
}


/**
* @brief   Select Codec Type
*
* @param   codec <jcu_codec_t>
* @return  <jcu_errorcode_t> type.
*/
/* ->SEC M1.1.1 API Function */
jcu_errorcode_t R_JCU_SelectCodec(
    const jcu_codec_t codec)
/* <-SEC M1.1.1 */
{
    jcu_errorcode_t   returnValue;
    bool_t            was_enabled;  /* = false; */ /* QAC 3197 */
    jcu_internal_information_t *const  self = &gs_jcu_internal_information;

    was_enabled = self->I_LockVTable->Lock( self->I_Lock );

#ifdef JCU_PARAMETER_CHECK
    IF ((self->AsyncStatus.Status == JCU_STATUS_UNDEF)
        || (self->AsyncStatus.Status == JCU_STATUS_RUN)) {
        returnValue = JCU_ERROR_STATUS;
        goto fin;
    } /* end if */

    returnValue = JCU_ParaCheckSelectCodec(codec);
    IF (returnValue != JCU_ERROR_OK) {
        goto fin;
    }
#endif  /* #Ifdef JCU_PARAMETER_CHECK_ */

    /* Clear the count mode flag */
    self->IsCountMode = false;

    /* Register set */
    JCU_SetRegisterForCodec(codec);

    /* Set the updated status */
    self->AsyncStatus.Status = JCU_STATUS_SELECTED;

    /* Set codec type to internal information variable */
    switch (codec) {
        case JCU_ENCODE:
            self->Codec = JCU_STATUS_ENCODE;
            break;
        case JCU_DECODE:
            self->Codec = JCU_STATUS_DECODE;
            break;
            /* ->QAC 2018 : For MISRA 15.3, SEC R3.5.2 */
        default:
            /* <-QAC 2018 */
            R_NOOP();  /* NOT REACHED */
            break;
    } /* end switch */

    returnValue = JCU_ERROR_OK;
fin:
    if ( IS( was_enabled ) ) {
        self->I_LockVTable->Unlock( self->I_Lock );
    }
    return returnValue;
}


/**
* @brief   Start decoding or encoding. Synchronized.
*
* @par Parameters
*    None
* @return  <jcu_errorcode_t> type.
*/
/* ->SEC M1.1.1 API Function */
jcu_errorcode_t R_JCU_Start(
    void)
/* <-SEC M1.1.1 */
{
    errnum_t         e;
    jcu_errorcode_t  ej;
    r_ospl_async_t   async;
    bit_flags32_t    got_flags;

    async.Flags = R_F_OSPL_A_Thread;
    async.A_Thread = R_OSPL_THREAD_GetCurrentId();

    ej= R_JCU_StartAsync( &async );
    IF( ej != JCU_ERROR_OK ) {
        goto fin;
    }

    e= R_OSPL_EVENT_Wait( async.A_EventValue, &got_flags, R_OSPL_INFINITE );
    IF(e!=0) {
        ej=e;
        goto fin;
    }

    e= async.ReturnValue;
    IF(e!=0) {
        ej=e;
        goto fin;
    }

fin:
    return  ej;
}


/**
* @brief   Start decoding or encoding. Asynchronized.
*
* @par Parameters
*    None
* @return  <jcu_errorcode_t> type.
*/
/* ->SEC M1.1.1 API Function */
jcu_errorcode_t R_JCU_StartAsync(
    r_ospl_async_t *const  async)
/* <-SEC M1.1.1 */
{
    errnum_t          e;
    jcu_errorcode_t   returnValue;
    bool_t            was_enabled; /* = false; */ /* QAC 3197 */
    jcu_internal_information_t *const  self = &gs_jcu_internal_information;

    was_enabled = self->I_LockVTable->Lock( self->I_Lock );

#ifdef JCU_PARAMETER_CHECK
    IF (self->AsyncStatus.Status != JCU_STATUS_READY) {
        returnValue = JCU_ERROR_STATUS;
        goto fin;
    } /* end if */

    returnValue = JCU_ParaCheckStart();
    IF(returnValue != JCU_ERROR_OK) {
        goto fin;
    } /* end if */

    IF ( async == NULL ) {
        returnValue = JCU_ERROR_PARAM;
        goto fin;
    } /* end if */
#endif  /* #Ifdef JCU_PARAMETER_CHECK_ */

    R_JCU_SetDefaultAsync( async, R_OSPL_ASYNC_TYPE_NORMAL );
    async->ReturnValue = 0;

    /* Attach "Async" to interrupt */
    /* ->MISRA 11.4 : Not too big "enum" is same bit count as "int" */ /* ->SEC R2.7.1 */
    R_OSPL_CALLER_Initialize( &self->InterruptCallbackCaller,
                              async, (int_fast32_t *)&self->AsyncStatus.Status, JCU_STATUS_INTERRUPTING,
                              self->I_Lock, self->I_LockVTable );
    /* <-MISRA 11.4 */ /* <-SEC R2.7.1 */
    e= R_JCU_SetInterruptCallbackCaller( &self->InterruptCallbackCaller );
    IF ( e != 0 ) {
        returnValue = JCU_ERROR_PARAM;
        goto fin;
    }
    R_OSPL_FLAG32_Set( &self->AsyncStatus.InterruptEnables, JCU_INTERRUPT_LINE_ALL );

    /* Clear event flags */
    R_OSPL_EVENT_Clear( async->A_Thread, async->A_EventValue );
    R_OSPL_EVENT_Clear( async->I_Thread, async->I_EventValue );

    /* Set the updated status when register update is finished */
    /* Change the status */
    self->AsyncStatus.Status = JCU_STATUS_RUN;

    /* Register set */
    JCU_SetRegisterForStart( self->ErrorFilter );

    returnValue = JCU_ERROR_OK;
fin:
    if ( IS( was_enabled ) ) {
        self->I_LockVTable->Unlock( self->I_Lock );
    }
    return returnValue;
}


/**
* @brief   Set the count mode (separate operating) parameter
*
* @param   buffer <jcu_count_mode_param_t>
* @return  <jcu_errorcode_t> type.
*/
/* ->SEC M1.1.1 API Function */
jcu_errorcode_t R_JCU_SetCountMode(
    const jcu_count_mode_param_t  *const buffer)
/* <-SEC M1.1.1 */
{
    jcu_errorcode_t   returnValue;
    bool_t            was_enabled; /* = false; */ /* QAC 3197 */
    jcu_internal_information_t *const  self = &gs_jcu_internal_information;

    was_enabled = self->I_LockVTable->Lock( self->I_Lock );

#ifdef JCU_PARAMETER_CHECK
    IF (!((self->AsyncStatus.Status == JCU_STATUS_SELECTED)
          || (self->AsyncStatus.Status == JCU_STATUS_READY))) {
        returnValue = JCU_ERROR_STATUS;
        goto fin;
    } /* end if */

    IF(buffer == NULL) {
        returnValue = JCU_ERROR_STATUS;
        goto fin;
    } /* end if */

    returnValue = JCU_ParaCheckSetCountMode(buffer);
    IF(returnValue != JCU_ERROR_OK) {
        goto fin;
    } /* end if */
#endif  /* #Ifdef JCU_PARAMETER_CHECK_ */

    /* Set the count mode flag */
    if ((buffer->inputBuffer.isEnable != false) || (buffer->outputBuffer.isEnable != false)) {
        self->IsCountMode = true;
    } else {
        self->IsCountMode = false;
    } /* end if */

    /* Register set */
    JCU_SetRegisterForSetCountMode(buffer);

    returnValue = JCU_ERROR_OK;
fin:
    if ( IS( was_enabled ) ) {
        self->I_LockVTable->Unlock( self->I_Lock );
    }
    return returnValue;
}


/**
* @brief   Restart the processing caused by count mode. Synchronized.
*
* @param   type The target to continue
* @return  <jcu_errorcode_t> type.
*/
/* ->SEC M1.1.1 API Function */
jcu_errorcode_t R_JCU_Continue(
    const jcu_continue_type_t  type)
/* <-SEC M1.1.1 */
{
    errnum_t         e;
    jcu_errorcode_t  ej;
    r_ospl_async_t   async;
    bit_flags32_t    got_flags;

    async.Flags = R_F_OSPL_A_Thread;
    async.A_Thread = R_OSPL_THREAD_GetCurrentId();

    ej= R_JCU_ContinueAsync( type, &async );
    IF( ej != JCU_ERROR_OK ) {
        goto fin;
    }

    e= R_OSPL_EVENT_Wait( async.A_EventValue, &got_flags, R_OSPL_INFINITE );
    IF(e!=0) {
        ej=JCU_ERROR_PARAM;
        goto fin;
    }

    e= async.ReturnValue;
    IF(e!=0) {
        ej=JCU_ERROR_PARAM;
        goto fin;
    }

fin:
    return  ej;
}


/**
* @brief   Restart the processing caused by count mode. Asynchronized.
*
* @param   type The target to continue
* @return  <jcu_errorcode_t> type.
*/
/* ->SEC M1.1.1 API Function */
jcu_errorcode_t R_JCU_ContinueAsync(
    const jcu_continue_type_t  type,
    r_ospl_async_t *const  async)
/* <-SEC M1.1.1 */
{
    errnum_t          e;
    jcu_errorcode_t   returnValue;
    bool_t            was_enabled; /* = false; */ /* QAC 3197 */
    bit_flags32_t     mask;
    jcu_internal_information_t *const  self = &gs_jcu_internal_information;

    was_enabled = self->I_LockVTable->Lock( self->I_Lock );

#ifdef JCU_PARAMETER_CHECK
    IF (self->AsyncStatus.Status != JCU_STATUS_READY) {
        returnValue = JCU_ERROR_STATUS;
        goto fin;
    } /* end if */

    IF (self->AsyncStatus.IsPaused == false) {
        returnValue = JCU_ERROR_PARAM;
        goto fin;
    } /* end if */

    IF ( async == NULL ) {
        returnValue = JCU_ERROR_PARAM;
        goto fin;
    } /* end if */
#endif  /* #Ifdef JCU_PARAMETER_CHECK_ */

    /* Clear the sub status flag */
    switch ( type ) {
        case JCU_INPUT_BUFFER:
            mask = ( ( JINF_MASK | DINLF_MASK ) << JCU_SHIFT_JINTS1 );
            break;
        case JCU_OUTPUT_BUFFER:
            mask = ( ( DOUTLF_MASK | JOUTF_MASK ) << JCU_SHIFT_JINTS1 );
            break;
        default:
            ASSERT_R( type == JCU_IMAGE_INFO, returnValue=E_OTHERS; goto fin );
            mask = INS3_MASK;
            break;
    }
    ASSERT_R( IS_ANY_BITS_SET( self->AsyncStatus.SubStatusFlags, mask ), returnValue=E_OTHERS; goto fin );
    self->AsyncStatus.SubStatusFlags &= ~mask;


    R_JCU_SetDefaultAsync( async, R_OSPL_ASYNC_TYPE_NORMAL );
    async->ReturnValue = 0;

    /* Clear event flags */
    R_OSPL_EVENT_Clear( async->A_Thread, async->A_EventValue );
    R_OSPL_EVENT_Clear( async->I_Thread, async->I_EventValue );

    /* JCU will restart */
    if( self->AsyncStatus.SubStatusFlags == 0 ) {
        /* Attach "Async" to interrupt */
        /* ->MISRA 11.4 : Not too big "enum" is same bit count as "int" */ /* ->SEC R2.7.1 */
        R_OSPL_CALLER_Initialize( &self->InterruptCallbackCaller,
                                  async, (int_fast32_t *)&self->AsyncStatus.Status, JCU_STATUS_INTERRUPTING,
                                  self->I_Lock, self->I_LockVTable );
        /* <-MISRA 11.4 */ /* <-SEC R2.7.1 */
        e= R_JCU_SetInterruptCallbackCaller( &self->InterruptCallbackCaller );
        IF ( e != 0 ) {
            returnValue = JCU_ERROR_PARAM;
            goto fin;
        }
        R_OSPL_FLAG32_Set( &self->AsyncStatus.InterruptEnables, JCU_INTERRUPT_LINE_ALL );

        /* Change the status */
        self->AsyncStatus.Status = JCU_STATUS_RUN;
        self->AsyncStatus.IsPaused = false;

        /* Register set */
        JCU_SetRegisterForContinue( type );
    }

    /* JCU will not restart */
    else {
        /* Register set */
        JCU_SetRegisterForContinue( type );

        /* Change the status */
        self->AsyncStatus.Status = JCU_STATUS_READY;

        /* Set event flags */
        R_OSPL_EVENT_Set( async->A_Thread, async->A_EventValue );
        R_OSPL_EVENT_Set( async->I_Thread, async->I_EventValue );
    }


    returnValue = JCU_ERROR_OK;
fin:
    if ( IS( was_enabled ) ) {
        self->I_LockVTable->Unlock( self->I_Lock );
    }
    return returnValue;
}


/**
* @brief   R_JCU_GetAsyncStatus.
*
* @par Parameters
*    None
* @return  None
*/
void  R_JCU_GetAsyncStatus( const jcu_async_status_t **const  out_Status )
{
    jcu_internal_information_t *const  self = &gs_jcu_internal_information;

    IF_DQ( out_Status == NULL ) {
        goto fin;
    }

    *out_Status = &self->AsyncStatus;

fin:
    return;
}


/**
* @brief   Set parameter for decode.
*
* @param   decode Select the encode parameter for decoding. <jcu_decode_param_t>
* @param   buffer Buffer settings for decode. <jcu_buffer_param_t>
* @return  <jcu_errorcode_t> type.
*/
/* ->SEC M1.1.1 API Function */
jcu_errorcode_t R_JCU_SetDecodeParam(
    const jcu_decode_param_t   *const decode,
    const jcu_buffer_param_t   *const buffer)
/* <-SEC M1.1.1 */
{
    jcu_errorcode_t   returnValue;
    bool_t            was_enabled; /* = false; */ /* QAC 3197 */
    jcu_internal_information_t *const  self = &gs_jcu_internal_information;

    was_enabled = self->I_LockVTable->Lock( self->I_Lock );

#ifdef JCU_PARAMETER_CHECK
    IF (!((self->AsyncStatus.Status == JCU_STATUS_READY)
          || (self->AsyncStatus.Status == JCU_STATUS_SELECTED))) {
        returnValue = JCU_ERROR_STATUS;
        goto fin;
    } /* end if */

    IF(self->Codec != JCU_STATUS_DECODE) {
        returnValue = JCU_ERROR_STATUS;
        goto fin;
    } /* end if */

    IF((decode == NULL) || (buffer == NULL)) {
        returnValue = JCU_ERROR_PARAM;
        goto fin;
    } /* end if */

    returnValue = JCU_ParaCheckSetDecodeParam(decode, buffer);
    IF(returnValue != JCU_ERROR_OK) {
        goto fin;
    } /* end if */

#endif  /* #Ifdef JCU_PARAMETER_CHECK_ */

    /* Register set */
    JCU_SetRegisterForSetDecodePrm(decode, buffer);

    /* Set the updated status */
    self->AsyncStatus.Status = JCU_STATUS_READY;

    returnValue = JCU_ERROR_OK;
fin:
    if ( IS( was_enabled ) ) {
        self->I_LockVTable->Unlock( self->I_Lock );
    }
    return returnValue;
}


/**
* @brief   Whether stop or not stop for R_JCU_GetImageInfo()
*
* @param   is_pause Whether stop or not stop
* @return  <jcu_errorcode_t> type.
*/
jcu_errorcode_t R_JCU_SetPauseForImageInfo( const bool_t is_pause )
{
    jcu_errorcode_t   returnValue;
    bool_t            was_enabled; /* = false; */ /* QAC 3197 */
    jcu_internal_information_t *const  self = &gs_jcu_internal_information;

    was_enabled = self->I_LockVTable->Lock( self->I_Lock );

#ifdef JCU_PARAMETER_CHECK
    IF (!((self->AsyncStatus.Status == JCU_STATUS_READY)
          || (self->AsyncStatus.Status == JCU_STATUS_SELECTED))) {
        returnValue = JCU_ERROR_STATUS;
        goto fin;
    } /* end if */

    IF(self->Codec != JCU_STATUS_DECODE) {
        returnValue = JCU_ERROR_STATUS;
        goto fin;
    } /* end if */
#endif  /* #Ifdef JCU_PARAMETER_CHECK_ */

    /* Register set */
    JCU_SetRegisterForSetPause( is_pause, self->ErrorFilter );

    returnValue = JCU_ERROR_OK;
fin:
    if ( IS( was_enabled ) ) {
        self->I_LockVTable->Unlock( self->I_Lock );
    }
    return returnValue;
}


/**
* @brief   GetImageInfo
*
* @param   buffer Image information. <jcu_image_info_t>
* @return  <jcu_errorcode_t> type.
*/
/* ->SEC M1.1.1 API Function */
jcu_errorcode_t R_JCU_GetImageInfo(
    jcu_image_info_t   *const buffer)
/* <-SEC M1.1.1 */
{
    jcu_errorcode_t   returnValue;
    bool_t            was_enabled; /* = false; */ /* QAC 3197 */
    jcu_internal_information_t *const  self = &gs_jcu_internal_information;

    was_enabled = self->I_LockVTable->Lock( self->I_Lock );

#ifdef JCU_PARAMETER_CHECK
    IF (self->AsyncStatus.Status != JCU_STATUS_READY) {
        returnValue = JCU_ERROR_STATUS;
        goto fin;
    } /* end if */

    IF (self->Codec != JCU_STATUS_DECODE) {
        returnValue = JCU_ERROR_STATUS;
        goto fin;
    } /* end if */

    IF (buffer == NULL) {
        returnValue = JCU_ERROR_PARAM;
        goto fin;
    } /* end if */

    returnValue = JCU_ParaCheckGetImageInfo(buffer);
    if(returnValue != JCU_ERROR_OK) {
        goto fin;
    } /* end if */
#endif  /* #Ifdef JCU_PARAMETER_CHECK_ */

    /* Register set */
    JCU_GetRegisterForGetImageInfo(buffer);

    returnValue = JCU_ERROR_OK;
fin:
    if ( IS( was_enabled ) ) {
        self->I_LockVTable->Unlock( self->I_Lock );
    }
    return returnValue;
}


/**
* @brief   SetErrorFilter
*
* @param   filter enable bit of error. <jcu_int_detail_errors_t>
* @return  <jcu_errorcode_t> type.
*/
jcu_errorcode_t R_JCU_SetErrorFilter(jcu_int_detail_errors_t filter)
{
    jcu_errorcode_t   returnValue;
    jcu_internal_information_t *const  self = &gs_jcu_internal_information;

#ifdef JCU_PARAMETER_CHECK
    IF (!((self->AsyncStatus.Status == JCU_STATUS_INIT)
          || (self->AsyncStatus.Status == JCU_STATUS_READY)
          || (self->AsyncStatus.Status == JCU_STATUS_SELECTED))) {
        returnValue = JCU_ERROR_STATUS;
        goto fin;
    } /* end if */

#endif  /* #Ifdef JCU_PARAMETER_CHECK_ */

    IF ( IS_ANY_BITS_SET( filter, ~JCU_INT_ERROR_ALL ) ) {
        returnValue = JCU_ERROR_PARAM;
        goto fin;
    } /* end if */

    self->ErrorFilter = filter;

    returnValue = JCU_ERROR_OK;
fin:
    return returnValue;
}


/**
* @brief   SetQuantizationTable
*
* @param   tableNo The table number to set the value. <jcu_table_no_t>
* @param   table The body of the table to set.
* @return  <jcu_errorcode_t> type.
*/
/* ->SEC M1.1.1 API Function */
jcu_errorcode_t R_JCU_SetQuantizationTable(
    const jcu_table_no_t   tableNo,
    const uint8_t         *const table)
/* <-SEC M1.1.1 */
{
    jcu_errorcode_t   returnValue;
    bool_t            was_enabled; /* = false; */ /* QAC 3197 */
    jcu_internal_information_t *const  self = &gs_jcu_internal_information;

    was_enabled = self->I_LockVTable->Lock( self->I_Lock );

#ifdef JCU_PARAMETER_CHECK
    IF (!((self->AsyncStatus.Status == JCU_STATUS_READY)
          || (self->AsyncStatus.Status == JCU_STATUS_SELECTED))) {
        returnValue = JCU_ERROR_STATUS;
        goto fin;
    } /* end if */

    IF (self->Codec != JCU_STATUS_ENCODE) {
        returnValue = JCU_ERROR_STATUS;
        goto fin;
    } /* end if */

    IF (table == NULL) {
        returnValue = JCU_ERROR_PARAM;
        goto fin;
    } /* end if */

    returnValue = JCU_ParaCheckSetQuantizationTbl(tableNo);
    IF (returnValue != JCU_ERROR_OK) {
        goto fin;
    } /* end if */
#endif  /* #Ifdef JCU_PARAMETER_CHECK_ */

    /* Register set */
    JCU_SetRegisterForSetQtTable(tableNo, table);

    returnValue = JCU_ERROR_OK;
fin:
    if ( IS( was_enabled ) ) {
        self->I_LockVTable->Unlock( self->I_Lock );
    }
    return returnValue;
}


/**
* @brief   Set the Huffman table
*
* @param   tableNo The table number to set the value. <jcu_table_no_t>
* @param   type The type of Huffman table type (AC or DC). <jcu_huff_t>
* @param   table The body of the table to set
* @return  <jcu_errorcode_t> type.
*/
/* ->SEC M1.1.1 API Function */
jcu_errorcode_t R_JCU_SetHuffmanTable(
    const jcu_table_no_t   tableNo,
    const jcu_huff_t       type,
    const uint8_t         *const table)
/* <-SEC M1.1.1 */
{
    jcu_errorcode_t   returnValue;
    bool_t            was_enabled; /* = false; */ /* QAC 3197 */
    jcu_internal_information_t *const  self = &gs_jcu_internal_information;

    was_enabled = self->I_LockVTable->Lock( self->I_Lock );

#ifdef JCU_PARAMETER_CHECK
    IF (!((self->AsyncStatus.Status == JCU_STATUS_READY)
          || (self->AsyncStatus.Status == JCU_STATUS_SELECTED))) {
        returnValue = JCU_ERROR_STATUS;
        goto fin;
    } /* end if */

    IF (self->Codec != JCU_STATUS_ENCODE) {
        returnValue = JCU_ERROR_STATUS;
        goto fin;
    } /* end if */

    IF (table == NULL) {
        returnValue = JCU_ERROR_PARAM;
        goto fin;
    } /* end if */

    returnValue = JCU_ParaCheckSetHuffmanTable(tableNo, type);
    IF (returnValue != JCU_ERROR_OK) {
        goto fin;
    } /* end if */
#endif  /* #Ifdef JCU_PARAMETER_CHECK_ */

    /* Register set */
    JCU_SetRegisterForSetHuffTbl(tableNo, type, table);

    returnValue = JCU_ERROR_OK;
fin:
    if ( IS( was_enabled ) ) {
        self->I_LockVTable->Unlock( self->I_Lock );
    }
    return returnValue;
}


/**
* @brief   Set the parameter fo encoding
*
* @param   encode Select the encode parameter for encoding. <jcu_encode_param_t>
* @param   buffer Select the buffer settings for encoding. <jcu_buffer_param_t>
* @return  <jcu_errorcode_t> type.
*/
/* ->SEC M1.1.1 API Function */
jcu_errorcode_t R_JCU_SetEncodeParam(
    const jcu_encode_param_t   *const encode,
    const jcu_buffer_param_t   *const buffer)
/* <-SEC M1.1.1 */
{
    jcu_errorcode_t   returnValue;
    bool_t            was_enabled; /* = false; */ /* QAC 3197 */
    jcu_internal_information_t *const  self = &gs_jcu_internal_information;

    was_enabled = self->I_LockVTable->Lock( self->I_Lock );

#ifdef JCU_PARAMETER_CHECK
    IF (!((self->AsyncStatus.Status == JCU_STATUS_READY)
          || (self->AsyncStatus.Status == JCU_STATUS_SELECTED))) {
        returnValue = JCU_ERROR_STATUS;
        goto fin;
    } /* end if */

    IF (self->Codec != JCU_STATUS_ENCODE) {
        returnValue = JCU_ERROR_STATUS;
        goto fin;
    } /* end if */

    IF ((encode == NULL) || (buffer == NULL)) {
        returnValue = JCU_ERROR_PARAM;
        goto fin;
    } /* end if */

    returnValue = JCU_ParaCheckEncodeParam(encode, buffer);
    IF (returnValue != JCU_ERROR_OK) {
        goto fin;
    } /* end if */
#endif  /* #Ifdef JCU_PARAMETER_CHECK_ */

    /* Register set */
    JCU_SetRegisterForSetEncodePrm(encode, buffer);

    /* Set the updated status */
    self->AsyncStatus.Status = JCU_STATUS_READY;

    returnValue = JCU_ERROR_OK;
fin:
    if ( IS( was_enabled ) ) {
        self->I_LockVTable->Unlock( self->I_Lock );
    }
    return returnValue;
}


/**
* @brief   GetEncodedSize
*
* @param   out_Size EncodedSize
* @return  <jcu_errorcode_t> type.
*/
/* ->SEC M1.1.1 API Function */
jcu_errorcode_t R_JCU_GetEncodedSize(
    size_t *const out_Size)
/* <-SEC M1.1.1 */
{
    JCU_GetEncodedSize(out_Size);
    return  JCU_ERROR_OK;
}


/**
* @brief   Set AXI bus A*CACHE bits for 2nd cache to JCU.
*
* @param   read_cache_attribute <r_ospl_axi_cache_attribute_t>
* @param   write_cache_attribute <r_ospl_axi_cache_attribute_t>
* @return  <jcu_errorcode_t> type.
*/
jcu_errorcode_t  R_JCU_Set2ndCacheAttribute(
    r_ospl_axi_cache_attribute_t const  read_cache_attribute,
    r_ospl_axi_cache_attribute_t const  write_cache_attribute )
{
    static const uint32_t  mask_JCU = 0xFFFF0000u;
    jcu_errorcode_t    returnValue;
    bool_t             was_all_enabled = false;
    uint32_t           new_value;
    volatile uint32_t  value;
    jcu_internal_information_t *const  self = &gs_jcu_internal_information;

#ifdef JCU_PARAMETER_CHECK
    IF (!((self->AsyncStatus.Status == JCU_STATUS_READY)
          || (self->AsyncStatus.Status == JCU_STATUS_SELECTED))) {
        returnValue = JCU_ERROR_STATUS;
        goto fin;
    } /* end if */
#endif  /* #Ifdef JCU_PARAMETER_CHECK_ */


    new_value = ( read_cache_attribute << 24 ) | ( write_cache_attribute << 16 );

    was_all_enabled = R_OSPL_DisableAllInterrupt();

    value = INB.AXIBUSCTL0;
    value = new_value | ( value & ~mask_JCU );  /* Mutual Exclusion from Ether */
    INB.AXIBUSCTL0 = value;

    returnValue = JCU_ERROR_OK;
fin:
    if ( was_all_enabled ) {
        R_OSPL_EnableAllInterrupt();
    }

    return  returnValue;
}


/**
* @brief   EnableInterrupt
*
* @par Parameters
*    None
* @return  None
*/
void  R_JCU_EnableInterrupt(void)
{
    jcu_internal_information_t *const  self = &gs_jcu_internal_information;

    self->AsyncStatus.IsEnabledInterrupt = true;
    R_JCU_OnEnableInterrupt( self->AsyncStatus.InterruptEnables.Flags );
}


/**
* @brief   DisableInterrupt
*
* @par Parameters
*    None
* @return  Was interrupt enabled
*/
bool_t  R_JCU_DisableInterrupt(void)
{
    bool_t    was_interrupted;
    jcu_internal_information_t *const  self = &gs_jcu_internal_information;

    was_interrupted = self->AsyncStatus.IsEnabledInterrupt;

    R_JCU_OnDisableInterrupt( self->AsyncStatus.InterruptEnables.Flags );
    self->AsyncStatus.IsEnabledInterrupt = false;

    return  was_interrupted;
}


/**
* @brief   R_JCU_GetInternalInformation
*
* @par Parameters
*    None
* @return  <jcu_internal_information_t> type.
*/
jcu_internal_information_t  *R_JCU_GetInternalInformation(void)
{
    return  &gs_jcu_internal_information;
}


/**
* @brief   R_JCU_GetILockObject
*
* @par Parameters
*    None
* @return  <jcu_i_lock_t> type.
*/
jcu_i_lock_t  *R_JCU_GetILockObject(void)
{
    return  &gs_jcu_i_lock;
}


/**
* @brief   Replace associated I-Lock object
*
* @param   I_Lock I-Lock object
* @param   I_LockVTable V-Table
* @return  Whether success to replace
*/
bool_t  R_JCU_I_LOCK_Replace( void *const  I_Lock,  const r_ospl_i_lock_vtable_t *const  I_LockVTable )
{
    jcu_internal_information_t *const  self = &gs_jcu_internal_information;
    bool_t  ret = false;

    ASSERT_R( self->AsyncStatus.Status == JCU_STATUS_UNDEF,  ret = false; goto fin );

    if ( I_Lock != NULL ) {
        if ( self->I_Lock == NULL ) {
            self->I_Lock = I_Lock;
            self->I_LockVTable = I_LockVTable;
            ret = true;
        }
    } else {
        self->I_Lock = NULL;
    }

fin:
    return  ret;
}


/**
* @brief   Finalize the I-Lock object
*
* @par Parameters
*    None
* @return  None
*/
void  R_JCU_I_LOCK_Finalize(void)
{
    jcu_internal_information_t *const  self = &gs_jcu_internal_information;
    bool_t  b;

    ASSERT_D( self->Is_I_LockMaster, R_NOOP() );

    R_JCU_I_LOCK_Reset( self->I_Lock );
    b= R_JCU_I_LOCK_Replace( NULL, NULL );
    R_UNREFERENCED_VARIABLE( b );  /* QAC 3200 : This is not error information */
    self->Is_I_LockMaster = false;
}


/**
* @brief   Reset the I-Lock object
*
* @param   self I-Lock object
* @return  None
*/
static void   R_JCU_I_LOCK_Reset( jcu_i_lock_t *const  self )
{
    IF_DQ( self == NULL ) {
        goto fin;
    }

    self->IsLock = false;
    R_JCU_OnDisableInterrupt( JCU_INTERRUPT_LINE_ALL );
    JCU_ClearInterruptFlag();
    self->IsRequestedFinalize = false;

fin:
    return;
}


/**
* @brief   Lock the I-Lock object
*
* @param   self_ I-Lock object
* @return  Was interrupt enabled
*/
static bool_t  R_JCU_I_LOCK_Lock( void *const  self_ )
{
    bool_t  is_locked;
    bool_t  was_all_enabled; /* = false; */ /* QAC 3197 */
    bool_t  b;
    jcu_i_lock_t *const  self = (jcu_i_lock_t *) self_;

    IF_DQ( self == NULL ) {
        is_locked = true;
        goto fin;
    }

    was_all_enabled = R_OSPL_DisableAllInterrupt();

    is_locked = self->IsLock;
    if ( ! is_locked ) {
        b= R_JCU_DisableInterrupt();
        R_UNREFERENCED_VARIABLE( b );  /* QAC 3200 : This is not error information */
        self->IsLock = true;
    }

    if ( IS( was_all_enabled ) ) {
        R_OSPL_EnableAllInterrupt();
    }

fin:
    return  ! is_locked;
}


/**
* @brief   Unlock the I-Lock object
*
* @param   self_ I-Lock object
* @return  None
*/
static void  R_JCU_I_LOCK_Unlock( void *const  self_ )
{
    bool_t  was_all_enabled; /* = false; */ /* QAC 3197 */
    jcu_i_lock_t *const  self = (jcu_i_lock_t *) self_;

    IF_DQ( self == NULL ) {
        goto fin;
    }

    was_all_enabled = R_OSPL_DisableAllInterrupt();

    R_JCU_EnableInterrupt();
    self->IsLock = false;

    if ( IS( was_all_enabled ) ) {
        R_OSPL_EnableAllInterrupt();
    }

fin:
    return;
}


/**
* @brief   Request to finalize the I-Lock object
*
* @param   self_ I-Lock object
* @return  None
*/
static void   R_JCU_I_LOCK_RequestFinalize( void *const  self_ )
{
    jcu_i_lock_t *const  self = (jcu_i_lock_t *) self_;

    IF_DQ( self == NULL ) {
        goto fin;
    }

    self->IsRequestedFinalize = true;

fin:
    return;
}


/**
* @brief   Get root channel number of I-Lock object
*
* @param   self_ I-Lock object
* @return  A channel number
*/
static int_fast32_t  R_JCU_I_LOCK_GetRootChannelNum( const void *const  self_ )
{
    R_UNREFERENCED_VARIABLE( self_ );

    return  0;
}



