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 \***************************************************************************/

/************************VP class for the HAL******************************\
*                                                                           *
* Module: CHalVoiceProc.cpp                                                 *
*   All functions common to diff HALs are implemented here			        *
*                                                                           *
*****************************************************************************
*                                                                           *
* History:                                                                  *
*                                                                           *
\***************************************************************************/

extern "C"
{
#include <AudioHw.h>
#include <nvarm.h>
#include <nv32.h>
#include <nv_papu.h>
#include <aos.h>
};

#include "CHalBase.h"
#include "CObjBase.h"
#include "CHalVoiceProc.h"


RM_STATUS
CHalVoiceProc::Allocate(VOID *pParam)
{
	APU_AP_CREATE *pArg = (APU_AP_CREATE *)pParam;
	RM_STATUS rmStatus = RM_OK;
	
    do
    {
        rmStatus = GetCaps(pArg);
        if (rmStatus != RM_OK)
            break;

        rmStatus = AllocateMemory(pArg);
        if (rmStatus != RM_OK)
            break;

	    // this is for debug only!
        pArg->pVoiceList = (VOID_PTR)m_Voice.pLinAddr;

        InitializeHardware(pArg);

    } while (FALSE);

	return rmStatus;
}

RM_STATUS
CHalVoiceProc::Free(VOID *pParam)
{
	RM_STATUS rmStatus = RM_OK;
	
	FreeMemory();

	return rmStatus;
}

VOID
CHalVoiceProc::FreeMemory()
{
	aosFreeMem(m_Voice.pLinAddr);
	aosFreeMem(m_SgeIn.pLinAddr);
	aosFreeMem(m_SegIn.pLinAddr);
	aosFreeMem(m_HRTFTarg.pLinAddr);
	aosFreeMem(m_HRTFCurr.pLinAddr);
}

RM_STATUS
CHalVoiceProc::AllocateMemory(APU_AP_CREATE *pArg)
{
	RM_STATUS rmStatus;

    U032 uCnt;

	m_Voice.Size = pArg->uVoiceCount * NV_PAVS_SIZE;
    m_SgeIn.Size = pArg->uSGEInCount * NV_PSGE_SIZE;
    m_SegIn.Size = pArg->uSegInCount * 64 * NV_PSGE_SIZE;
    m_HRTFTarg.Size = pArg->uHRTFCount * NV_PAHRTFT_SIZE;
    m_HRTFCurr.Size = pArg->uVoice3dCount * NV_PAHRTFC_SIZE;
	
	rmStatus = aosAllocateMem(m_Voice.Size,
							ALIGN_16K,
							&m_Voice.pLinAddr,
							&m_Voice.pPhysAddr);
	if (rmStatus == RM_OK)
	{
        rmStatus = aosAllocateMem(m_SgeIn.Size,
								ALIGN_16K,
								&m_SgeIn.pLinAddr,
								&m_SgeIn.pPhysAddr);

	}
	

	if (rmStatus == RM_OK)
	{

		rmStatus = aosAllocateMem(m_SegIn.Size,
								ALIGN_16K,
								&m_SegIn.pLinAddr,
								&m_SegIn.pPhysAddr);

	}


	if (rmStatus == RM_OK)
	{

		rmStatus = aosAllocateMem(m_HRTFTarg.Size,
								ALIGN_16K,
								&m_HRTFTarg.pLinAddr,
								&m_HRTFTarg.pPhysAddr);

	}

	if (rmStatus == RM_OK)
	{
		rmStatus = aosAllocateMem(m_HRTFCurr.Size,
								ALIGN_16K,
								&m_HRTFCurr.pLinAddr,
								&m_HRTFCurr.pPhysAddr);

	}

    // initialize the voice structures
    if (rmStatus == RM_OK)
    {
        U032 uAddr;
        U016 uNxtVoice;

        for (uCnt = 0; uCnt < pArg->uVoiceCount; uCnt++) 
        {
            uAddr = U032(m_Voice.pLinAddr) + (uCnt * NV_PAVS_SIZE);

            aosZeroMemory((VOID *)uAddr, NV_PAVS_SIZE);

            uNxtVoice = (U016)REF_NUM(NV_PAVS_VOICE_TAR_PITCH_LINK_NEXT_VOICE_HANDLE, uCnt);

            MemWrite(uAddr + NV_PAVS_VOICE_TAR_PITCH_LINK, uNxtVoice);
        }
        
        aosZeroMemory(m_SgeIn.pLinAddr, m_SgeIn.Size);
        aosZeroMemory(m_SegIn.pLinAddr, m_SegIn.Size);
        
    }

	return rmStatus;
}


RM_STATUS
CHalVoiceProc::GetCaps(VOID *pParam)
{
	APU_AP_CREATE *pArg = (APU_AP_CREATE *)pParam;
	VOLU32 vTemp;

    if (pArg->uVoiceCount)
    {
	    vTemp = pArg->uVoiceCount - 1;
	    RegWrite(NV_PAPU_FEMAXV, LOW16(vTemp));
	    RegRead(NV_PAPU_FEMAXV, &vTemp);
	    pArg->uVoiceCount = vTemp + 1;
    }

    if (pArg->uVoice3dCount)
    {
	    vTemp = pArg->uVoice3dCount - 1;
	    RegWrite(NV_PAPU_FEMAXTV, LOW16(vTemp));
	    RegRead(NV_PAPU_FEMAXTV, &vTemp);
	    pArg->uVoice3dCount = vTemp + 1;
    }

	if (pArg->uHRTFCount)
    {
        vTemp = pArg->uHRTFCount - 1;
	    RegWrite(NV_PAPU_FEMAXHT, LOW16(vTemp));
	    RegRead(NV_PAPU_FEMAXHT, &vTemp);
	    pArg->uHRTFCount = vTemp + 1;
    }


	if (pArg->uSegInCount)
    {
        vTemp = pArg->uSegInCount - 1;
	    RegWrite(NV_PAPU_FEMAXSESSL, LOW16(vTemp));
	    RegRead(NV_PAPU_FEMAXSESSL, &vTemp);
	    pArg->uSegInCount = vTemp + 1;
    }

	if (pArg->uSGEInCount)
    {
        vTemp = pArg->uSGEInCount - 1;
	    RegWrite(NV_PAPU_FEMAXSESGE, LOW16(vTemp));
	    RegRead(NV_PAPU_FEMAXSESGE, &vTemp);
	    pArg->uSGEInCount = vTemp + 1;
    }
    
    if (pArg->uSubmixCount)
    {
	    // submixes
        vTemp = pArg->uSubmixCount - 1;
	    RegWrite(NV_PAPU_FEMAXMB, LOW16(vTemp));
	    RegRead(NV_PAPU_FEMAXMB, &vTemp);
	    pArg->uSubmixCount = vTemp + 1;
    }

	return RM_OK;
}


VOID
CHalVoiceProc::InitializeHardware(APU_AP_CREATE *pArg)
{
    // program the instance memory
    RegWrite(NV_PAPU_VPVADDR, (U032)m_Voice.pPhysAddr);
	RegWrite(NV_PAPU_VPHTADDR, (U032)m_HRTFTarg.pPhysAddr);
	RegWrite(NV_PAPU_VPHCADDR, (U032)m_HRTFCurr.pPhysAddr);
	RegWrite(NV_PAPU_VPSGEADDR, (U032)m_SgeIn.pPhysAddr);
	RegWrite(NV_PAPU_VPSSLADDR, (U032)m_SegIn.pPhysAddr);
}