int main( int argc, char** argv)
{
Extractor* pcExtractor = NULL;
ExtractorParameter cParameter;
printf( "JSVM %s BitStream Extractor \n\n", _JSVM_VERSION_ );
RNOKRS( cParameter.init ( argc, argv ), -2 );
for( Int n = 0; n < 1; n++ )
{
RNOKR( Extractor::create ( pcExtractor ), -3 );
RNOKR( pcExtractor->init ( &cParameter ), -4 );
RNOKR( pcExtractor->go (), -5 );
RNOKR( pcExtractor->destroy (), -6 );
}
return 0;
}
int main( int argc, char** argv)
{
Assembler* pcAssembler = NULL;
AssemblerParameter cParameter;
printf( "JMVM %s MVC BitStream Assembler \n\n", "1.0");
RNOKRS( cParameter.init ( argc, argv ), -2 );
for( Int n = 0; n < 1; n++ )
{
RNOKR( Assembler::create ( pcAssembler ), -3 );
RNOKR( pcAssembler->init ( &cParameter ), -4 );
RNOKR( pcAssembler->go (), -5 );
RNOKR( pcAssembler->destroy (), -6 );
}
return 0;
}
ErrVal ReadYuvFile::xReadPlane( UChar *pucDest, UInt uiBufHeight, UInt uiBufWidth, UInt uiBufStride, UInt uiPicHeight, UInt uiPicWidth, UInt uiStartLine, UInt uiEndLine )
{
UInt uiClearSize = uiBufWidth - uiPicWidth;
UInt uiTotalBytes=0;
ROT( 0 > (Int)uiClearSize );
ROT( uiBufHeight < uiPicHeight );
// clear skiped buffer above reading section and skip in file
if( 0 != uiStartLine )
{
UInt uiLines = uiStartLine;
::memset( pucDest, 0, uiBufWidth * uiLines );
pucDest += uiBufStride * uiLines;
RNOKRS(m_cFile.seek( uiPicWidth * uiLines, SEEK_CUR), Err::m_nEndOfFile);
}
UInt uiEnd = min (uiPicHeight, uiEndLine);
for( UInt yR = uiStartLine; yR < uiEnd; yR++ )
{
UInt uiBytesRead;
RNOKS( m_cFile.read( pucDest, uiPicWidth, uiBytesRead ) );
// printf("Bytes read = %d\n",uiBytesRead);
::memset( &pucDest[uiPicWidth], 0, uiClearSize );
pucDest += uiBufStride;
uiTotalBytes+=uiBytesRead;
}
//printf("Bytes read = %d\n",uiTotalBytes);
// clear skiped buffer below reading section and skip in file
if( uiEnd != uiPicHeight )
{
UInt uiLines = uiPicHeight - uiEnd;
::memset( pucDest, 0, uiBufWidth * uiLines );
pucDest += uiBufStride * uiLines;
RNOKRS(m_cFile.seek( uiPicWidth * uiLines, SEEK_CUR), Err::m_nEndOfFile);
}
// clear remaining buffer
if( uiPicHeight != uiBufHeight )
{
if( uiEnd != uiPicHeight )
{
UInt uiLines = uiBufHeight - uiPicHeight;
::memset( pucDest, 0, uiBufWidth * uiLines);
}
else
{
switch( m_eFillMode )
{
case FILL_CLEAR:
{
UInt uiLines = uiBufHeight - uiPicHeight;
::memset( pucDest, 0, uiBufWidth * uiLines);
}
break;
case FILL_FRAME:
{
for( UInt y = uiPicHeight; y < uiBufHeight; y++ )
{
memcpy( pucDest, pucDest - uiBufStride, uiBufStride );
pucDest += uiBufStride;
}
}
break;
case FILL_FIELD:
{
ROT( (uiBufHeight - uiPicHeight) & 1 );
for( UInt y = uiPicHeight; y < uiBufHeight; y+=2 )
{
memcpy( pucDest, pucDest - 2*uiBufStride, 2*uiBufStride );
pucDest += 2*uiBufStride;
}
}
break;
default:
AF()
break;
}
}
}
return Err::m_nOK;
}
