CWE-ou-minkata/Sources/Plasma/PubUtilLib/plAudio/plWin32GroupedSound.cpp

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//////////////////////////////////////////////////////////////////////////////
//                                                                          //
//  plWin32GroupedSound - Grouped version of a static sound. Lots of short  //
//                        sounds stored in the buffer, all share the same   //
//                        DSound playback buffer and only one plays at a    //
//                        time.                                             //
//                                                                          //
//////////////////////////////////////////////////////////////////////////////

#include "HeadSpin.h"

#include "plWin32GroupedSound.h"
#include "plDSoundBuffer.h"

#include "plAudioSystem.h"
#include "plAudioCore/plSoundBuffer.h"
#include "plAudioCore/plSoundDeswizzler.h"
#include "plgDispatch.h"
#include "pnMessage/plSoundMsg.h"

#include "plStatusLog/plStatusLog.h"
#include "plProfile.h"
#include "hsResMgr.h"

plProfile_Extern( MemSounds );
plProfile_Extern( StaticSndShoveTime );
plProfile_Extern( StaticSwizzleTime );

/////////////////////////////////////////////////////////////////////////////////////////////////

plWin32GroupedSound::plWin32GroupedSound()
{
    fCurrentSound = 0;
}

plWin32GroupedSound::~plWin32GroupedSound()
{
    DeActivate();
}

void    plWin32GroupedSound::SetPositionArray( uint16_t numSounds, uint32_t *posArray, float *volumeArray )
{
    uint16_t  i;


    fStartPositions.SetCountAndZero( numSounds );
    fVolumes.SetCountAndZero( numSounds );
    for( i = 0; i < numSounds; i++ )
    {
        fStartPositions[ i ] = posArray[ i ];
        fVolumes[ i ] = volumeArray[ i ];
    }
}

//// IRead/IWrite ////////////////////////////////////////////////////////////

void plWin32GroupedSound::IRead( hsStream *s, hsResMgr *mgr )
{
    plWin32StaticSound::IRead( s, mgr );
    uint16_t i, n = s->ReadLE16();
    fStartPositions.SetCountAndZero( n );
    fVolumes.SetCountAndZero( n );
    for( i = 0; i < n; i++ )
    {
        fStartPositions[ i ] = s->ReadLE32();
        fVolumes[ i ] = s->ReadLEScalar();
    }
}

void plWin32GroupedSound::IWrite( hsStream *s, hsResMgr *mgr )
{
    plWin32StaticSound::IWrite( s, mgr );

    s->WriteLE16( fStartPositions.GetCount() );
    uint16_t i;
    for( i = 0; i < fStartPositions.GetCount(); i++ )
    {
        s->WriteLE32( fStartPositions[ i ] );
        s->WriteLEScalar( fVolumes[ i ] );
    }
}

//// LoadSound ///////////////////////////////////////////////////////////////

hsBool  plWin32GroupedSound::LoadSound( hsBool is3D )
{
    if( fFailed )
        return false;

    if( fPriority > plgAudioSys::GetPriorityCutoff() )
        return false;   // Don't set the failed flag, just return

    if( !plgAudioSys::Active() || fDSoundBuffer != nil )
        return false;


    // Debug flag #1
    if( fChannelSelect > 0 && plgAudioSys::IsDebugFlagSet( plgAudioSys::kDisableRightSelect ) )
    {
        // Force a fail
        fFailed = true;
        return false;
    }

    
    // We need it to be resident to read in
    plSoundBuffer::ELoadReturnVal retVal = IPreLoadBuffer(true);
    plSoundBuffer *buffer = (plSoundBuffer *)fDataBufferKey->ObjectIsLoaded();  
    if(!buffer)
    {
        return plSoundBuffer::kError;
    }

    if( retVal == plSoundBuffer::kPending)  // we are still reading data. 
    {
        return true;
    }

    // We need it to be resident to read in
    if( retVal == plSoundBuffer::kError) 
    {
        char str[ 256 ];
        sprintf( str, "Unable to open .wav file %s", fDataBufferKey ? fDataBufferKey->GetName() : "nil");
        IPrintDbgMessage( str, true );
        fFailed = true;
        return false;
    }
    
    SetProperty( kPropIs3DSound, is3D );


    plWAVHeader header = buffer->GetHeader();

    // Debug flag #2
    if( fChannelSelect == 0 && header.fNumChannels > 1 && plgAudioSys::IsDebugFlagSet( plgAudioSys::kDisableLeftSelect ) )
    {
        // Force a fail
        fFailed = true;
        return false;
    }

    // Calculate the maximum size for our buffer. This will be the length of the longest sound we're going to 
    // have to play.
    uint16_t i;
    uint32_t maxSoundSize, len;
    for( i = 1, maxSoundSize = 0; i < fStartPositions.GetCount(); i++ )
    {
        len = fStartPositions[ i ] - fStartPositions[ i - 1 ];
        if( len > maxSoundSize )
            maxSoundSize = len;
    }
    len = buffer->GetDataLength() - fStartPositions[ fStartPositions.GetCount() - 1 ];
    if( len > maxSoundSize )
        maxSoundSize = len;

    // Based on that, allocate our buffer
    uint32_t bufferSize = maxSoundSize - ( maxSoundSize % header.fBlockAlign );

    if( header.fNumChannels > 1 && is3D )
    {
        // We can only do a single channel of 3D sound. So copy over one (later)
        bufferSize              /= header.fNumChannels;
        header.fBlockAlign      /= header.fNumChannels;
        header.fAvgBytesPerSec  /= header.fNumChannels;
        header.fNumChannels = 1;
    }
    fNumDestChannels = (uint8_t)(header.fNumChannels);
    fNumDestBytesPerSample = (uint8_t)(header.fBlockAlign);

    // Create our DSound buffer (or rather, the wrapper around it)
    fDSoundBuffer = new plDSoundBuffer( bufferSize, header, is3D, IsPropertySet( kPropLooping ), true );
    if( !fDSoundBuffer->IsValid() )
    {
        char str[256];
        sprintf(str, "Can't create sound buffer for %s.wav. This could happen if the wav file is a stereo file. Stereo files are not supported on 3D sounds. If the file is not stereo then please report this error.", GetFileName());
        IPrintDbgMessage( str, true );
        fFailed = true;

        delete fDSoundBuffer;
        fDSoundBuffer = nil;

        return false;
    }
    
    IRefreshEAXSettings( true );

    // Fill the buffer with whatever our current sound is.
    IFillCurrentSound( 0 );

    // Logging
    char str[ 256 ];
    sprintf( str, "   Grouped %s %s allocated (%d msec).", buffer->GetFileName() != nil ? "file" : "buffer", 
                                            buffer->GetFileName() != nil ? buffer->GetFileName() : buffer->GetKey()->GetUoid().GetObjectName(),
                                            //fDSoundBuffer->IsHardwareAccelerated() ? "hardware" : "software",
                                            //fDSoundBuffer->IsStaticVoice() ? "static" : "dynamic",
#ifdef PL_PROFILE_ENABLED
                                            gProfileVarStaticSndShoveTime.GetValue() );
#else
                                            0 );
#endif
    IPrintDbgMessage( str );
    if( GetKey() != nil && GetKeyName() != nil && strstr( GetKeyName(), "Footstep" ) != nil )
        ;
    else
        plStatusLog::AddLineS( "audioTimes.log", "%s (%s)", str, GetKey() ? GetKeyName() : "unkeyed" );

    fTotalBytes = bufferSize;

    plProfile_NewMem( MemSounds, fTotalBytes );

    // All done!
//  if( fLoadFromDiskOnDemand )
//      IUnloadDataBuffer();
    FreeSoundData();
    return true;

}

//// GetSoundLength //////////////////////////////////////////////////////////
//  Gets the length (in seconds) of the given sound index from the group.

float    plWin32GroupedSound::GetSoundLength( int16_t soundIndex )
{
    plSoundBuffer *buffer = (plSoundBuffer *)fDataBufferKey->ObjectIsLoaded();
    if(buffer)
    {
        return (float)IGetSoundbyteLength( soundIndex ) / buffer->GetHeader().fAvgBytesPerSec;
    }
    
    return 0;
}

//// IGetSoundbyteLength /////////////////////////////////////////////////////
//  uint8_t version of above.

uint32_t      plWin32GroupedSound::IGetSoundbyteLength( int16_t soundIndex )
{

    if( soundIndex == fStartPositions.GetCount() - 1 )
        return ((plSoundBuffer *)fDataBufferKey->ObjectIsLoaded())->GetDataLength() - fStartPositions[ soundIndex ];
    else
        return fStartPositions[ soundIndex + 1 ] - fStartPositions[ soundIndex ];
}

//// IGetDataPointer/Length //////////////////////////////////////////////////
// Abstracting a few things here for the incidentalMgr

void    *plWin32GroupedSound::IGetDataPointer( void ) const
{
    return ( fDataBufferKey->ObjectIsLoaded() ) ? (void *)( (uint8_t *)((plSoundBuffer *)fDataBufferKey->ObjectIsLoaded())->GetData() + fStartPositions[ fCurrentSound ] ) : nil;
}

uint32_t  plWin32GroupedSound::IGetDataLength( void ) const
{
    return ( fDataBufferKey->ObjectIsLoaded() ) ? fCurrentSoundLength : 0;
}

//// IFillCurrentSound ///////////////////////////////////////////////////////
//  Fills the DSoundBuffer with data from the current sound from our sound
//  group, optionally switching what our current sound is.

void    plWin32GroupedSound::IFillCurrentSound( int16_t newCurrent /*= -1*/ )
{
    //void  *dataPtr;
    //uint32_t    dataLength;

    if( !fDSoundBuffer && plgAudioSys::Active() )
        LoadSound( IsPropertySet( kPropIs3DSound ) );

    plProfile_BeginTiming( StaticSndShoveTime );

    // Make sure we're stopped first. Don't want to be filling while we're playing
    Stop();

    if( newCurrent != -1 )
    {
        fCurrentSound = (uint16_t)newCurrent;

        if( fCurrentSound >= fStartPositions.GetCount() )
        {
            // Invalid index!
            hsAssert( false, "Invalid index in plWin32GroupedSound::IFillCurrentSound()" );
            fCurrentSound = -1;
            return;
        }

        // Set our length based on the current sound
        fCurrentSoundLength = IGetSoundbyteLength( fCurrentSound );
        if( fDataBufferKey->ObjectIsLoaded() )
            SetLength( fCurrentSoundLength / ((plSoundBuffer *)fDataBufferKey->ObjectIsLoaded())->GetHeader().fAvgBytesPerSec );
    
        // Update our volume as well
        SetVolume( fVolumes[ fCurrentSound ] );
    }

    if( fDSoundBuffer != nil )
    {
        /// Lock our buffer
        //fDSoundBuffer->Lock( dataLength, dataPtr );

        /// Copy or de-swizzle?
        //if( fDataBuffer->GetHeader().fNumChannels == fNumDestChannels )
        {
            // Just copy
            //memcpy( dataPtr, (uint8_t *)fDataBuffer->GetData() + fStartPositions[ fCurrentSound ], fCurrentSoundLength );
            //dataPtr = (uint8_t *)dataPtr + fCurrentSoundLength;
            //dataLength -= fCurrentSoundLength;
        }
        //else
        {
            // We're extracting a single channel of sound into our sound buffer, so it isn't a straight copy...

            /*plProfile_BeginTiming( StaticSwizzleTime );

            plSoundDeswizzler   deswiz( (uint8_t *)fDataBuffer->GetData() + fStartPositions[ fCurrentSound ], fCurrentSoundLength, 
                                        (uint8_t)(fDataBuffer->GetHeader().fNumChannels), fNumDestBytesPerSample );

            deswiz.Extract( fChannelSelect, dataPtr );

            dataPtr = (uint8_t *)dataPtr + fCurrentSoundLength / fDataBuffer->GetHeader().fNumChannels;
            dataLength -= fCurrentSoundLength / fDataBuffer->GetHeader().fNumChannels;

            plProfile_EndTiming( StaticSwizzleTime );*/
        }

        /// Fill the remaining part with empty space
        //memset( dataPtr, 0, dataLength );

        /// Finally, unlock!
        //fDSoundBuffer->Unlock();
    }

    /// All done!
    plProfile_EndTiming( StaticSndShoveTime );
}

void plWin32GroupedSound::IDerivedActuallyPlay( void )
{
    // Ensure there's a stop notify for us
    if( !fReallyPlaying )
    {
        fDSoundBuffer->Play();
        fReallyPlaying = true;
    }

    plSoundEvent    *event = IFindEvent( plSoundEvent::kStart );
    if( event != nil )
        event->SendCallbacks();
}

hsBool  plWin32GroupedSound::MsgReceive( plMessage* pMsg )
{
    plSoundMsg *soundMsg = plSoundMsg::ConvertNoRef( pMsg );
    if( soundMsg != nil && soundMsg->Cmd( plSoundMsg::kSelectFromGroup ) )
    {
        IFillCurrentSound( soundMsg->fIndex );
        return true;
    }
    else if( soundMsg != nil && soundMsg->Cmd( plSoundMsg::kPlay ) )
    {
        Play();
        //plIncidentalMgr::GetInstance()->Play( this, plIncidentalMgr::kNormal );
        return true;
    }

    return plWin32StaticSound::MsgReceive( pMsg );
}