public override void Write(Writer writer, Frame f)
{
CheckPreconditions(f);
int size = TagDescriptionV1_0.SizeByFrameId[f.FrameId];
FrameDescription.FrameType type = DescriptionMap[f.FrameId].Type;
System.IO.MemoryStream stream = new System.IO.MemoryStream();
(f.Content.Codec as FrameContentCodec1_0).FrameId = f.FrameId;
f.Content.Codec.Write(stream, f.Content);
byte[] buffer = stream.GetBuffer();
for (int i = 0; i < size; ++i)
{
if (i < stream.Length)
{
writer.WriteByte(buffer[i]);
}
else
{
writer.WriteByte(0);
}
}
}
private void UpdateIsFixed(object sender, PropertyChangedEventArgs e)
{
Clear();
MultiTagItems.Clear();
if (IsFixed.Value)
{
foreach (var fm in FixedMeanings)
{
TagDescription desc = TagDescriptionMap.Instance[ID3.Version.v2_3];
Frame frame = new Frame(desc, fm);
FrameDescription.FrameType type = desc[fm].Type;
TagModelItem item = TagModelItemFactory.Create(type);
item.Frame = frame;
MultiTagModelItem mtmi = MultiTagModelItemFactory.Create(type);
mtmi.InitFixed(item);
MultiTagModelItems.Add(mtmi);
}
}
adapter.UpdateItems();
}
public FrameContentCodecGeneric(FrameContentCodecGeneric other)
{
this.codecItems = other.codecItems;
this.state.TextCodecSet = other.state.TextCodecSet;
this.supportedVersions = other.supportedVersions;
this.type = other.type;
}
public FrameContentCodecGeneric(CodecDescription codec)
{
this.codecItems = codec.Entries;
this.state.TextCodecSet = codec.TextCodecSet;
this.supportedVersions = codec.SupportedVersions;
this.type = codec.Type;
}
public FrameContentCodecGeneric(
IList <CodecItem> codecItems,
TextCodecSet textCodecSet,
Version[] supportedVersions,
FrameDescription.FrameType type)
{
this.codecItems = codecItems;
this.state.TextCodecSet = textCodecSet;
this.supportedVersions = supportedVersions;
this.type = type;
}
public FrameContentCodecBase Parser(Version v, FrameDescription.FrameType t)
{
if (v == Version.v1_0 && t == FrameDescription.FrameType.Text)
{
return(FrameContentCodec1_0.instance);
}
else
{
return(new FrameContentCodecGeneric(Codec(v, t)));
}
}
public override int ReadContent(Reader reader, Frame f)
{
CheckPreconditions(f);
FrameDescription.FrameType type = DescriptionMap[f.FrameId].Type;
using (ReaderStream stream = new ReaderStream(reader, SizeContent, Reader.UnsyncMode.CountExcludesUnsyncBytes))
{
(f.Content.Codec as FrameContentCodec1_0).FrameId = f.FrameId;
f.Content.Codec.Read(stream, SizeContent, f.Content);
stream.SeekToStreamEnd();
}
return(SizeContent);
}
public FrameContentCodecBase CreateContentCodec(FrameDescription.FrameType _type)
{
FrameContentCodecBase result = null;
if (CodecRepository.Instance.HasCodec(Version, _type))
{
result = CodecRepository.Instance.Parser(Version, _type);
}
else
{
result = CodecRepository.Instance.Parser(Version, FrameDescription.FrameType.Binary);
}
return(result);
}
public FrameContent CreateContent(FrameDescription.FrameType _type)
{
FrameContent content = null;
if (contentClasses.ContainsKey(_type))
{
content = (FrameContent)Activator.CreateInstance(contentClasses[_type], new object[] { this });
}
else
{
content = new FrameContentBinary(this);
}
content.DescriptionMap = this;
return(content);
}
public void AddContentClass(FrameDescription.FrameType _frameType, Type _contentClass)
{
contentClasses.Add(_frameType, _contentClass);
}
public Type ContentClass(FrameDescription.FrameType _type)
{
return(contentClasses[_type]);
}
public bool HasCodec(Version v, FrameDescription.FrameType t)
{
return((v == Version.v1_0 && t == FrameDescription.FrameType.Text) ||
(codecRepository.ContainsKey(v) && codecRepository[v].ContainsKey(t)));
}
public CodecDescription Codec(Version v, FrameDescription.FrameType t)
{
return(codecRepository[v][t]);
}
public CodecDescription(Version[] versions, FrameDescription.FrameType type)
{
this.supportedVersions = versions;
this.type = type;
this.textCodecSet = new TextCodecSet(versions);
}