/*

  *  MusicTag Copyright (C)2003,2004

  *

  *  This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser

  *  General Public  License as published by the Free Software Foundation; either version 2.1 of the License,

  *  or (at your option) any later version.

  *

  *  This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even

  *  the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.

  *  See the GNU Lesser General Public License for more details.

  *

  *  You should have received a copy of the GNU Lesser General Public License along with this library; if not,

  *  you can get a copy from http://www.opensource.org/licenses/lgpl-license.php or write to the Free Software

  *  Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA

  */

 package org.jaudiotagger.tag.id3;

 import org.jaudiotagger.FileConstants;

 import org.jaudiotagger.logging.FileSystemMessage;

 import org.jaudiotagger.logging.ErrorMessage;

 import org.jaudiotagger.audio.mp3.MP3File;

 import org.jaudiotagger.audio.exceptions.UnableToModifyFileException;

 import org.jaudiotagger.audio.exceptions.UnableToCreateFileException;

 import org.jaudiotagger.tag.*;

 import org.jaudiotagger.tag.reference.PictureTypes;

 import org.jaudiotagger.tag.datatype.Artwork;

 import org.jaudiotagger.tag.datatype.DataTypes;

 import org.jaudiotagger.tag.id3.framebody.AbstractFrameBodyTextInfo;

 import org.jaudiotagger.tag.id3.framebody.FrameBodyTDRC;

 import org.jaudiotagger.tag.id3.framebody.FrameBodyAPIC;

 import org.jaudiotagger.tag.id3.framebody.FrameBodyPIC;

 import org.jaudiotagger.tag.id3.valuepair.ImageFormats;

 import java.io.File;

 import java.io.IOException;

 import java.io.RandomAccessFile;

 import java.io.FileNotFoundException;

 import java.nio.ByteBuffer;

 import java.nio.channels.FileChannel;

 import java.nio.channels.FileLock;

 import java.nio.channels.WritableByteChannel;

 import java.util.*;

 import java.util.logging.Level;

 /**

  * Represents an ID3v2.2 tag.

  *

  * @author : Paul Taylor

  * @author : Eric Farng

  * @version $Id: ID3v22Tag.java,v 1.43 2008/11/13 18:25:10 paultaylor Exp $

  */

 public class ID3v22Tag extends AbstractID3v2Tag

 {

     protected static final String TYPE_COMPRESSION = "compression";

     protected static final String TYPE_UNSYNCHRONISATION = "unsyncronisation";

     /**

      * ID3v2.2 Header bit mask

      */

     public static final int MASK_V22_UNSYNCHRONIZATION = FileConstants.BIT7;

     /**

      * ID3v2.2 Header bit mask

      */

     public static final int MASK_V22_COMPRESSION = FileConstants.BIT7;

     /**

      * The tag is compressed

      */

     protected boolean compression = false;

     /**

      * All frames in the tag uses unsynchronisation

      */

     protected boolean unsynchronization = false;

     public static final byte RELEASE = 2;

     public static final byte MAJOR_VERSION = 2;

     public static final byte REVISION = 0;

     /**

      * Retrieve the Release

      */

     public byte getRelease()

     {

         return RELEASE;

     }

     /**

      * Retrieve the Major Version

      */

     public byte getMajorVersion()

     {

         return MAJOR_VERSION;

     }

     /**

      * Retrieve the Revision

      */

     public byte getRevision()

     {

         return REVISION;

     }

     /**

      * Creates a new empty ID3v2_2 tag.

      */

     public ID3v22Tag()

     {

         frameMap = new LinkedHashMap();

     }

     /**

      * Copy primitives applicable to v2.2

      */

     protected void copyPrimitives(AbstractID3v2Tag copyObj)

     {

         logger.info("Copying primitives");

         super.copyPrimitives(copyObj);

         //Set the primitive types specific to v2_2.

         if (copyObj instanceof ID3v22Tag)

         {

             ID3v22Tag copyObject = (ID3v22Tag) copyObj;

             this.compression = copyObject.compression;

             this.unsynchronization = copyObject.unsynchronization;

         }

         else if (copyObj instanceof ID3v23Tag)

         {

             ID3v23Tag copyObject = (ID3v23Tag) copyObj;

             this.compression = copyObject.compression;

             this.unsynchronization = copyObject.unsynchronization;

         }

         else if (copyObj instanceof ID3v24Tag)

         {

             ID3v24Tag copyObject = (ID3v24Tag) copyObj;

             this.compression = false;

             this.unsynchronization = copyObject.unsynchronization;

         }

     }

     /**

      * Copy frames from one tag into a v2.2 tag

      */

     protected void copyFrames(AbstractID3v2Tag copyObject)

     {

         logger.info("Copying Frames,there are:" + copyObject.frameMap.keySet().size());

         frameMap = new LinkedHashMap();

         //Copy Frames that are a valid 2.2 type

         Iterator<String> iterator = copyObject.frameMap.keySet().iterator();

         AbstractID3v2Frame frame;

         ID3v22Frame newFrame = null;

         while (iterator.hasNext())

         {

             String id = iterator.next();

             Object o = copyObject.frameMap.get(id);

             if (o instanceof AbstractID3v2Frame)

             {

                 frame = (AbstractID3v2Frame) o;

                 //Special case v24 TDRC (FRAME_ID_YEAR) may need converting to multiple frames

                 if ((frame.getIdentifier().equals(ID3v24Frames.FRAME_ID_YEAR)) && (frame.getBody() instanceof FrameBodyTDRC))

                 {

                     translateFrame(frame);

                 }

                 else

                 {

                     try

                     {

                         newFrame = new ID3v22Frame(frame);

                         frameMap.put(newFrame.getIdentifier(), newFrame);

                     }

                     catch (InvalidFrameException ife)

                     {

                         logger.log(Level.SEVERE, "Unable to convert frame:" + frame.getIdentifier(), ife);

                     }

                 }

             }

             else if (o instanceof ArrayList)

             {

                 ArrayList<AbstractID3v2Frame> multiFrame = new ArrayList<AbstractID3v2Frame>();

                 for (ListIterator<AbstractID3v2Frame> li = ((ArrayList<AbstractID3v2Frame>) o).listIterator(); li.hasNext();)

                 {

                     frame = li.next();

                     try

                     {

                         newFrame = new ID3v22Frame(frame);

                         multiFrame.add(newFrame);

                     }

                     catch (InvalidFrameException ife)

                     {

                         logger.log(Level.SEVERE, "Unable to convert frame:" + frame.getIdentifier(), ife);

                     }

                 }

                 //Ensure that the list actually contains at lest one value before adding

                 if(multiFrame.size()>0)

                 {

                     if (newFrame != null)

                     {

                         frameMap.put(newFrame.getIdentifier(), multiFrame);

                     }

                 }

             }

         }

     }

     /**

      * Copy Constructor, creates a new ID3v2_2 Tag based on another ID3v2_2 Tag

      */

     public ID3v22Tag(ID3v22Tag copyObject)

     {

         //This doesnt do anything.

         super(copyObject);

         logger.info("Creating tag from another tag of same type");

         copyPrimitives(copyObject);

         copyFrames(copyObject);

     }

     /**

      * Constructs a new tag based upon another tag of different version/type

      */

     public ID3v22Tag(AbstractTag mp3tag)

     {

         frameMap = new LinkedHashMap();

         logger.info("Creating tag from a tag of a different version");

         //Default Superclass constructor does nothing

         if (mp3tag != null)

         {

             ID3v24Tag convertedTag;

             //Should use the copy constructor instead

             if ((mp3tag instanceof ID3v23Tag == false) && (mp3tag instanceof ID3v22Tag == true))

             {

                 throw new UnsupportedOperationException("Copy Constructor not called. Please type cast the argument");

             }

             //If v2.4 can get variables from this

             else if (mp3tag instanceof ID3v24Tag)

             {

                 convertedTag = (ID3v24Tag) mp3tag;

             }

             //Any tag (e.g lyrics3 and idv1.1,idv2.3 can be converted to id32.4 so do that

             //to simplify things

             else

             {

                 convertedTag = new ID3v24Tag(mp3tag);

             }

             //Set the primitive types specific to v2_2.

             copyPrimitives(convertedTag);

             //Set v2.2 Frames

             copyFrames(convertedTag);

             logger.info("Created tag from a tag of a different version");

         }

     }

     /**

      * Creates a new ID3v2_2 datatype.

      *

      * @param buffer

      * @param loggingFilename

      * @throws TagException

      */

     public ID3v22Tag(ByteBuffer buffer, String loggingFilename) throws TagException

     {

         setLoggingFilename(loggingFilename);

         this.read(buffer);

     }

     /**

      * Creates a new ID3v2_2 datatype.

      *

      * @param buffer

      * @throws TagException

      * @deprecated use {@link #ID3v22Tag(ByteBuffer,String)} instead

      */

     public ID3v22Tag(ByteBuffer buffer) throws TagException

     {

         this(buffer, "");

     }

     /**

      * @return an indentifier of the tag type

      */

     public String getIdentifier()

     {

         return "ID3v2_2.20";

     }

     /**

      * Return frame size based upon the sizes of the frames rather than the size

      * including padding recorded in the tag header

      *

      * @return size

      */

     public int getSize()

     {

         int size = TAG_HEADER_LENGTH;

         size += super.getSize();

         return size;

     }

     /**

      * @param obj

      * @return equality

      */

     public boolean equals(Object obj)

     {

         if ((obj instanceof ID3v22Tag) == false)

         {

             return false;

         }

         ID3v22Tag object = (ID3v22Tag) obj;

         if (this.compression != object.compression)

         {

             return false;

         }

         if (this.unsynchronization != object.unsynchronization)

         {

             return false;

         }

         return super.equals(obj);

     }

     /**

      * Read the size of a tag, based on  the value written in the tag header

      *

      * @param buffer

      * @return

      * @throws TagException

      */

     public int readSize(ByteBuffer buffer)

     {

         //Skip over flags

         byte flags = buffer.get();

         // Read the size, this is size of tag not including  the tag header

         int size = ID3SyncSafeInteger.bufferToValue(buffer);

         //Return the exact size of tag as set in the tag header

         return size + TAG_HEADER_LENGTH;

     }

     /**

      * Read tag from the ByteBuffer

      *

      * @param byteBuffer to read the tag from

      * @throws TagException

      * @throws TagNotFoundException

      */

     public void read(ByteBuffer byteBuffer) throws TagException

     {

         int size;

         if (seek(byteBuffer) == false)

         {

             throw new TagNotFoundException("ID3v2.20 tag not found");

         }

         logger.info(getLoggingFilename() + ":" + "Reading tag from file");

         //Read the flags

         byte flags = byteBuffer.get();

         unsynchronization = (flags & MASK_V22_UNSYNCHRONIZATION) != 0;

         compression = (flags & MASK_V22_COMPRESSION) != 0;

         if (unsynchronization)

         {

             logger.info(getLoggingFilename() + ":" + "ID3v22 Tag is unsynchronized");

         }

         if (compression)

         {

             logger.warning(getLoggingFilename() + ":" + "ID3v22 Tag is compressed");

         }

         //TODO if compression bit set should we ignore

         // Read the size

         size = ID3SyncSafeInteger.bufferToValue(byteBuffer);

         //Slice Buffer, so position markers tally with size (i.e do not include tagheader)

         ByteBuffer bufferWithoutHeader = byteBuffer.slice();

         //We need to synchronize the buffer

         if (unsynchronization == true)

         {

             bufferWithoutHeader = ID3Unsynchronization.synchronize(bufferWithoutHeader);

         }

         readFrames(bufferWithoutHeader, size);

         logger.info(getLoggingFilename() + ":" + "Loaded Frames,there are:" + frameMap.keySet().size());

     }

     /**

      * Read frames from tag

      */

     protected void readFrames(ByteBuffer byteBuffer, int size)

     {

         //Now start looking for frames

         ID3v22Frame next;

         frameMap = new LinkedHashMap();

         //Read the size from the Tag Header

         this.fileReadSize = size;

         logger.finest(getLoggingFilename() + ":" + "Start of frame body at:" + byteBuffer.position() + ",frames sizes and padding is:" + size);

         /* todo not done yet. Read the first Frame, there seems to be quite a

          ** common case of extra data being between the tag header and the first

          ** frame so should we allow for this when reading first frame, but not subsequent frames

          */

         // Read the frames until got to upto the size as specified in header

         while (byteBuffer.position() < size)

         {

             try

             {

                 //Read Frame

                 logger.finest(getLoggingFilename() + ":" + "looking for next frame at:" + byteBuffer.position());

                 next = new ID3v22Frame(byteBuffer, getLoggingFilename());

                 String id = next.getIdentifier();

                 loadFrameIntoMap(id, next);

             }

             //Found Empty Frame

             catch (EmptyFrameException ex)

             {

                 logger.warning(getLoggingFilename() + ":" + "Empty Frame:" + ex.getMessage());

                 this.emptyFrameBytes += ID3v22Frame.FRAME_HEADER_SIZE;

             }

             catch (InvalidFrameIdentifierException ifie)

             {

                 logger.info(getLoggingFilename() + ":" + "Invalid Frame Identifier:" + ifie.getMessage());

                 this.invalidFrameBytes++;

                 //Dont try and find any more frames

                 break;

             }

             //Problem trying to find frame

             catch (InvalidFrameException ife)

             {

                 logger.warning(getLoggingFilename() + ":" + "Invalid Frame:" + ife.getMessage());

                 this.invalidFrameBytes++;

                 //Dont try and find any more frames

                 break;

             }

             ;

         }

     }

     /**

      * This is used when we need to translate a single frame into multiple frames,

      * currently required for TDRC frames.

      */

     protected void translateFrame(AbstractID3v2Frame frame)

     {

         FrameBodyTDRC tmpBody = (FrameBodyTDRC) frame.getBody();

         ID3v22Frame newFrame;

         if (tmpBody.getYear().length() != 0)

         {

             //Create Year frame (v2.2 id,but uses v2.3 body)

             newFrame = new ID3v22Frame(ID3v22Frames.FRAME_ID_V2_TYER);

             ((AbstractFrameBodyTextInfo) newFrame.getBody()).setText(tmpBody.getYear());

             frameMap.put(newFrame.getIdentifier(), newFrame);

         }

         if (tmpBody.getTime().length() != 0)

         {

             //Create Time frame (v2.2 id,but uses v2.3 body)

             newFrame = new ID3v22Frame(ID3v22Frames.FRAME_ID_V2_TIME);

             ((AbstractFrameBodyTextInfo) newFrame.getBody()).setText(tmpBody.getTime());

             frameMap.put(newFrame.getIdentifier(), newFrame);

         }

     }

     /**

      * Write the ID3 header to the ByteBuffer.

      * <p/>

      * TODO compression support required.

      *

      * @return ByteBuffer

      * @throws IOException

      */

     private ByteBuffer writeHeaderToBuffer(int padding, int size) throws IOException

     {

         compression = false;

         //Create Header Buffer

         ByteBuffer headerBuffer = ByteBuffer.allocate(TAG_HEADER_LENGTH);

         //TAGID

         headerBuffer.put(TAG_ID);

         //Major Version

         headerBuffer.put(getMajorVersion());

         //Minor Version

         headerBuffer.put(getRevision());

         //Flags

         byte flags = (byte) 0;

         if (unsynchronization)

         {

             flags |= (byte) MASK_V22_UNSYNCHRONIZATION;

         }

         if (compression)

         {

             flags |= (byte) MASK_V22_COMPRESSION;

         }

         headerBuffer.put(flags);

         //Size As Recorded in Header, don't include the main header length

         headerBuffer.put(ID3SyncSafeInteger.valueToBuffer(padding + size));

         headerBuffer.flip();

         return headerBuffer;

     }

     /**

      * Write tag to file

      *

      * @param file The file to write to

      * @throws IOException

      */

     public void write(File file, long audioStartLocation) throws IOException

     {

         logger.info("Writing tag to file");

         // Write Body Buffer

         byte[] bodyByteBuffer = writeFramesToBuffer().toByteArray();

         // Unsynchronize if option enabled and unsync required

         if (TagOptionSingleton.getInstance().isUnsyncTags())

         {

             unsynchronization = ID3Unsynchronization.requiresUnsynchronization(bodyByteBuffer);

         }

         else

         {

             unsynchronization = false;

         }

         if (isUnsynchronization())

         {

             bodyByteBuffer = ID3Unsynchronization.unsynchronize(bodyByteBuffer);

             logger.info(getLoggingFilename() + ":bodybytebuffer:sizeafterunsynchronisation:" + bodyByteBuffer.length);

         }

         int sizeIncPadding = calculateTagSize(bodyByteBuffer.length + TAG_HEADER_LENGTH, (int) audioStartLocation);

         int padding = sizeIncPadding - (bodyByteBuffer.length + TAG_HEADER_LENGTH);

         logger.info(getLoggingFilename() + ":Current audiostart:" + audioStartLocation);

         logger.info(getLoggingFilename() + ":Size including padding:" + sizeIncPadding);

         logger.info(getLoggingFilename() + ":Padding:" + padding);

         ByteBuffer headerBuffer = writeHeaderToBuffer(padding, bodyByteBuffer.length);

         writeBufferToFile(file,headerBuffer, bodyByteBuffer,padding,sizeIncPadding,audioStartLocation);

     }

     /**

      * Write tag to channel

      *

      * @param channel

      * @throws IOException

      */

     public void write(WritableByteChannel channel) throws IOException

     {

         logger.info(getLoggingFilename() + ":Writing tag to channel");

         byte[] bodyByteBuffer = writeFramesToBuffer().toByteArray();

         logger.info(getLoggingFilename() + ":bodybytebuffer:sizebeforeunsynchronisation:" + bodyByteBuffer.length);

         //Unsynchronize if option enabled and unsync required

         if (TagOptionSingleton.getInstance().isUnsyncTags())

         {

             unsynchronization = ID3Unsynchronization.requiresUnsynchronization(bodyByteBuffer);

         }

         else

         {

             unsynchronization = false;

         }

         if (isUnsynchronization())

         {

             bodyByteBuffer = ID3Unsynchronization.unsynchronize(bodyByteBuffer);

             logger.info(getLoggingFilename() + ":bodybytebuffer:sizeafterunsynchronisation:" + bodyByteBuffer.length);

         }

         ByteBuffer headerBuffer = writeHeaderToBuffer(0, bodyByteBuffer.length);

         channel.write(headerBuffer);

         channel.write(ByteBuffer.wrap(bodyByteBuffer));

     }

     public void createStructure()

     {

         MP3File.getStructureFormatter().openHeadingElement(TYPE_TAG, getIdentifier());

         super.createStructureHeader();

         //Header

         MP3File.getStructureFormatter().openHeadingElement(TYPE_HEADER, "");

         MP3File.getStructureFormatter().addElement(TYPE_COMPRESSION, this.compression);

         MP3File.getStructureFormatter().addElement(TYPE_UNSYNCHRONISATION, this.unsynchronization);

         MP3File.getStructureFormatter().closeHeadingElement(TYPE_HEADER);

         //Body

         super.createStructureBody();

         MP3File.getStructureFormatter().closeHeadingElement(TYPE_TAG);

     }

     /**

      * @return is tag unsynchronized

      */

     public boolean isUnsynchronization()

     {

         return unsynchronization;

     }

     /**

      * @return is tag compressed

      */

     public boolean isCompression()

     {

         return compression;

     }

     protected String getArtistId()

     {

         return ID3v22Frames.FRAME_ID_V2_ARTIST;

     }

     protected String getAlbumId()

     {

         return ID3v22Frames.FRAME_ID_V2_ALBUM;

     }

     protected String getTitleId()

     {

         return ID3v22Frames.FRAME_ID_V2_TITLE;

     }

     protected String getTrackId()

     {

         return ID3v22Frames.FRAME_ID_V2_TRACK;

     }

     protected String getYearId()

     {

         return ID3v22Frames.FRAME_ID_V2_TYER;

     }

     protected String getCommentId()

     {

         return ID3v22Frames.FRAME_ID_V2_COMMENT;

     }

     protected String getGenreId()

     {

         return ID3v22Frames.FRAME_ID_V2_GENRE;

     }

     /**

      * Create Frame

      *

      * @param id frameid

      * @return

      */

     public ID3v22Frame createFrame(String id)

     {

         return new ID3v22Frame(id);

     }

     /**

      * Create Frame for Id3 Key

      * <p/>

      * Only textual data supported at the moment, should only be used with frames that

      * support a simple string argument.

      *

      * @param id3Key

      * @param value

      * @return

      * @throws KeyNotFoundException

      * @throws FieldDataInvalidException

      */

     public TagField createTagField(ID3v22FieldKey id3Key, String value) throws KeyNotFoundException, FieldDataInvalidException

     {

         if (id3Key == null)

         {

             throw new KeyNotFoundException();

         }

         return super.doCreateTagField(new FrameAndSubId(id3Key.getFrameId(), id3Key.getSubId()), value);

     }

     /**

      * Retrieve the first value that exists for this id3v22key

      *

      * @param id3v22FieldKey

      * @return

      */

     public String getFirst(ID3v22FieldKey id3v22FieldKey) throws KeyNotFoundException

     {

         if (id3v22FieldKey == null)

         {

             throw new KeyNotFoundException();

         }

         return super.doGetFirst(new FrameAndSubId(id3v22FieldKey.getFrameId(), id3v22FieldKey.getSubId()));

     }

     /**

      * Delete fields with this id3v22FieldKey

      *

      * @param id3v22FieldKey

      */

     public void deleteTagField(ID3v22FieldKey id3v22FieldKey) throws KeyNotFoundException

     {

         if (id3v22FieldKey == null)

         {

             throw new KeyNotFoundException();

         }

         super.doDeleteTagField(new FrameAndSubId(id3v22FieldKey.getFrameId(), id3v22FieldKey.getSubId()));

     }

     protected FrameAndSubId getFrameAndSubIdFromGenericKey(TagFieldKey genericKey)

     {

         ID3v22FieldKey id3v22FieldKey = ID3v22Frames.getInstanceOf().getId3KeyFromGenericKey(genericKey);

         if (id3v22FieldKey == null)

         {

             throw new KeyNotFoundException();

         }

         return new FrameAndSubId(id3v22FieldKey.getFrameId(), id3v22FieldKey.getSubId());

     }

     protected ID3Frames getID3Frames()

     {

         return ID3v22Frames.getInstanceOf();

     }

     /**

      *

      * @return comparator used to order frames in preffrred order for writing to file

      * so that most important frames are written first.

      */

     public Comparator getPreferredFrameOrderComparator()

     {

         return ID3v22PreferredFrameOrderComparator.getInstanceof();

     }

      public List<Artwork> getArtworkList()

     {

         List<TagField> coverartList = get(TagFieldKey.COVER_ART);

         List<Artwork> artworkList   = new ArrayList<Artwork>(coverartList.size());

         for(TagField next:coverartList)

         {

             FrameBodyPIC coverArt = (FrameBodyPIC) ((AbstractID3v2Frame) next).getBody();

             Artwork artwork = new Artwork();

             artwork.setMimeType(ImageFormats.getMimeTypeForFormat(coverArt.getFormatType()));

             artwork.setPictureType(coverArt.getPictureType());

             artwork.setBinaryData(coverArt.getImageData());

             artworkList.add(artwork);

         }

         return artworkList;

     }

      public TagField createArtworkField(Artwork artwork) throws FieldDataInvalidException

     {

         AbstractID3v2Frame frame = createFrame(getFrameAndSubIdFromGenericKey(TagFieldKey.COVER_ART).getFrameId());

         FrameBodyPIC body = (FrameBodyPIC) frame.getBody();

         body.setObjectValue(DataTypes.OBJ_PICTURE_DATA, artwork.getBinaryData());

         body.setObjectValue(DataTypes.OBJ_PICTURE_TYPE, artwork.getPictureType());

         body.setObjectValue(DataTypes.OBJ_IMAGE_FORMAT, ImageFormats.getFormatForMimeType(artwork.getMimeType()));

         body.setObjectValue(DataTypes.OBJ_DESCRIPTION, "");

         return frame;

     }

      public TagField createArtworkField(byte[] data, String mimeType)

     {

         AbstractID3v2Frame frame = createFrame(getFrameAndSubIdFromGenericKey(TagFieldKey.COVER_ART).getFrameId());       

         FrameBodyPIC body = (FrameBodyPIC) frame.getBody();

         body.setObjectValue(DataTypes.OBJ_PICTURE_DATA, data);

         body.setObjectValue(DataTypes.OBJ_PICTURE_TYPE, PictureTypes.DEFAULT_ID);

         body.setObjectValue(DataTypes.OBJ_IMAGE_FORMAT, ImageFormats.getFormatForMimeType(mimeType));

         body.setObjectValue(DataTypes.OBJ_DESCRIPTION, "");

         return frame;

     }

 }