/*

* Copyright (c) 2003-2008 Nokia Corporation and/or its subsidiary(-ies).

* All rights reserved.

* This component and the accompanying materials are made available

* under the terms of "Eclipse Public License v1.0"

* which accompanies this distribution, and is available

* at the URL "http://www.eclipse.org/legal/epl-v10.html".

*

* Initial Contributors:

* Nokia Corporation - initial contribution.

*

* Contributors:

*

* Description:  Multipart bitmap file output.

*

*/

#include "SDCGlobals.h"

#include "SDCMBMOutput.h"

#include "SDCException.h"

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

// Construction/Destruction

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

CSDCMBMOutput::CSDCMBMOutput()

    {

    }

CSDCMBMOutput::~CSDCMBMOutput()

    {

    }

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

// Other methods

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

void CSDCMBMOutput::Output( CSDCData* aData, const char* aBaseName, const char* aBmconvTxtFilename )

    {

    FILE* file = fopen( aBmconvTxtFilename, "wt" );

    if( !file ) throw CSDCException( ESDCFileOpenError, "Text output file for bmconv can not be opened" );

    if( aData->IsScalable() )

        {

        fprintf( file, "/E\n" );

        }

    else

        {

        fprintf( file, "%s.mbm\n", aBaseName );

        }

    for( int i=0; i<aData->iMbmVector.size(); i++ )

        {

        TSDCMBMEntry* entry = aData->iMbmVector[i];

        if( (entry->iIndex>=16384) && (!aData->IsScalable()) )

            {

            throw CSDCException( ESDCContentError, "SVG icons require scalable skin" );

            }

        if( aData->IsScalable() )

            {

            switch( entry->iColorDepth )

                {

                case ESDCColorDepth1: fprintf( file, "/1" ); break;

                case ESDCColorDepth2: fprintf( file, "/2" ); break;

                case ESDCColorDepth4: fprintf( file, "/4" ); break;

                case ESDCColorDepth8: fprintf( file, "/8" ); break;

                case ESDCColorDepthC4: fprintf( file, "/c4" ); break;

                case ESDCColorDepthC8: fprintf( file, "/c8" ); break;

                case ESDCColorDepthC12: fprintf( file, "/c12" ); break;

                case ESDCColorDepthC16: fprintf( file, "/c16" ); break;

                case ESDCColorDepthC24: fprintf( file, "/c24" ); break;

                case ESDCColorDepthC32: fprintf( file, "/c32" ); break;

                default:

                    throw CSDCException( ESDCUnknownError, "Unknown color depth value used internally" );

                }

            switch( entry->iMaskColorDepth )

                {

                case ESDCColorDepthNone: break;

                case ESDCColorDepth1: fprintf( file, ",1" ); break;

                case ESDCColorDepth2: fprintf( file, ",2" ); break;

                case ESDCColorDepth4: fprintf( file, ",4" ); break;

                case ESDCColorDepth8: fprintf( file, ",8" ); break;

                default:

                    throw CSDCException( ESDCUnknownError, "Unknown color depth value used internally" );

                }

            fprintf( file, " " );

            if ( entry->iSvgAnim )

                {

                 fprintf( file, "/A " );

                }

            char pathBuf[512];

            gInput.ConvertToAscii( pathBuf, entry->iSourcePath );

            char buf[512];

            gInput.ConvertToAscii( buf, entry->iSourceFilename );

            fprintf( file, "%s%s\n", pathBuf, buf );

            }

        else

            {

            switch( entry->iColorDepth )

                {

                case ESDCColorDepth1: fprintf( file, "/1" ); break;

                case ESDCColorDepth2: fprintf( file, "/2" ); break;

                case ESDCColorDepth4: fprintf( file, "/4" ); break;

                case ESDCColorDepth8: fprintf( file, "/8" ); break;

                case ESDCColorDepthC4: fprintf( file, "/c4" ); break;

                case ESDCColorDepthC8: fprintf( file, "/c8" ); break;

                case ESDCColorDepthC12: fprintf( file, "/c12" ); break;

                case ESDCColorDepthC16: fprintf( file, "/c16" ); break;

                case ESDCColorDepthC24: fprintf( file, "/c24" ); break;

                case ESDCColorDepthC32: fprintf( file, "/c32" ); break;

                default:

                    throw CSDCException( ESDCUnknownError, "Unknown color depth value used internally" );

                }

            char pathBuf[512];

            gInput.ConvertToAscii( pathBuf, entry->iSourcePath );

            char buf[512];

            gInput.ConvertToAscii( buf, entry->iSourceFilename );

            fprintf( file, "%s%s\n", pathBuf, buf );

            switch( entry->iMaskColorDepth )

                {

                case ESDCColorDepthNone: continue;

                case ESDCColorDepth1: fprintf( file, "/1" ); break;

                case ESDCColorDepth2: fprintf( file, "/2" ); break;

                case ESDCColorDepth4: fprintf( file, "/4" ); break;

                case ESDCColorDepth8: fprintf( file, "/8" ); break;

                default:

                    throw CSDCException( ESDCUnknownError, "Unknown color depth value used internally" );

                }

            gInput.ConvertToAscii( pathBuf, entry->iSourcePath );

            gInput.ConvertToAscii( buf, entry->iMaskSourceFilename );

            fprintf( file, "%s%s\n", pathBuf, buf );

            }

        }

    fclose( file );

    }

// End of file