public static ClientMessage EncodeRequest(string name, IData key, IData @value, long threadId)
{
var clientMessage = CreateForEncode();
clientMessage.IsRetryable = false;
clientMessage.OperationName = "Map.RemoveIfSame";
var initialFrame = new Frame(new byte[RequestInitialFrameSize], UnfragmentedMessage);
EncodeInt(initialFrame.Content, TypeFieldOffset, RequestMessageType);
EncodeInt(initialFrame.Content, PartitionIdFieldOffset, -1);
EncodeLong(initialFrame.Content, RequestThreadIdFieldOffset, threadId);
clientMessage.Add(initialFrame);
StringCodec.Encode(clientMessage, name);
DataCodec.Encode(clientMessage, key);
DataCodec.Encode(clientMessage, @value);
return(clientMessage);
}
public static ClientMessage EncodeRequest(string name, IData entryProcessor, ICollection <IData> keys)
{
var clientMessage = new ClientMessage
{
IsRetryable = false,
OperationName = "Map.ExecuteOnKeys"
};
var initialFrame = new Frame(new byte[RequestInitialFrameSize], (FrameFlags)ClientMessageFlags.Unfragmented);
initialFrame.Bytes.WriteIntL(Messaging.FrameFields.Offset.MessageType, RequestMessageType);
initialFrame.Bytes.WriteIntL(Messaging.FrameFields.Offset.PartitionId, -1);
clientMessage.Append(initialFrame);
StringCodec.Encode(clientMessage, name);
DataCodec.Encode(clientMessage, entryProcessor);
ListMultiFrameCodec.Encode(clientMessage, keys, DataCodec.Encode);
return(clientMessage);
}
public static ClientMessage EncodeRequest(string name, IData key, long ttl)
{
var clientMessage = new ClientMessage
{
IsRetryable = false,
OperationName = "Map.SetTtl"
};
var initialFrame = new Frame(new byte[RequestInitialFrameSize], (FrameFlags)ClientMessageFlags.Unfragmented);
initialFrame.Bytes.WriteIntL(Messaging.FrameFields.Offset.MessageType, RequestMessageType);
initialFrame.Bytes.WriteIntL(Messaging.FrameFields.Offset.PartitionId, -1);
initialFrame.Bytes.WriteLongL(RequestTtlFieldOffset, ttl);
clientMessage.Append(initialFrame);
StringCodec.Encode(clientMessage, name);
DataCodec.Encode(clientMessage, key);
return(clientMessage);
}
public static ClientMessage EncodeRequest(string name, Guid txnId, long threadId, IData key)
{
var clientMessage = CreateForEncode();
clientMessage.IsRetryable = false;
clientMessage.OperationName = "TransactionalMultiMap.Get";
var initialFrame = new Frame(new byte[RequestInitialFrameSize], UnfragmentedMessage);
EncodeInt(initialFrame.Content, TypeFieldOffset, RequestMessageType);
EncodeInt(initialFrame.Content, PartitionIdFieldOffset, -1);
EncodeGuid(initialFrame.Content, RequestTxnIdFieldOffset, txnId);
EncodeLong(initialFrame.Content, RequestThreadIdFieldOffset, threadId);
clientMessage.Add(initialFrame);
StringCodec.Encode(clientMessage, name);
DataCodec.Encode(clientMessage, key);
return(clientMessage);
}
public static ClientMessage EncodeRequest(string name, IData key, bool includeValue, int listenerFlags, bool localOnly)
{
var clientMessage = CreateForEncode();
clientMessage.IsRetryable = false;
clientMessage.OperationName = "Map.AddEntryListenerToKey";
var initialFrame = new Frame(new byte[RequestInitialFrameSize], UnfragmentedMessage);
EncodeInt(initialFrame.Content, TypeFieldOffset, RequestMessageType);
EncodeInt(initialFrame.Content, PartitionIdFieldOffset, -1);
EncodeBool(initialFrame.Content, RequestIncludeValueFieldOffset, includeValue);
EncodeInt(initialFrame.Content, RequestListenerFlagsFieldOffset, listenerFlags);
EncodeBool(initialFrame.Content, RequestLocalOnlyFieldOffset, localOnly);
clientMessage.Add(initialFrame);
StringCodec.Encode(clientMessage, name);
DataCodec.Encode(clientMessage, key);
return(clientMessage);
}
public static ClientMessage EncodeRequest(string name, Guid txnId, long threadId, IData key)
{
var clientMessage = new ClientMessage
{
IsRetryable = false,
OperationName = "TransactionalMap.ContainsKey"
};
var initialFrame = new Frame(new byte[RequestInitialFrameSize], (FrameFlags)ClientMessageFlags.Unfragmented);
initialFrame.Bytes.WriteIntL(Messaging.FrameFields.Offset.MessageType, RequestMessageType);
initialFrame.Bytes.WriteIntL(Messaging.FrameFields.Offset.PartitionId, -1);
initialFrame.Bytes.WriteGuidL(RequestTxnIdFieldOffset, txnId);
initialFrame.Bytes.WriteLongL(RequestThreadIdFieldOffset, threadId);
clientMessage.Append(initialFrame);
StringCodec.Encode(clientMessage, name);
DataCodec.Encode(clientMessage, key);
return(clientMessage);
}
public static ClientMessage EncodeRequest(string name, IData key, bool includeValue, bool localOnly)
{
var clientMessage = new ClientMessage
{
IsRetryable = false,
OperationName = "MultiMap.AddEntryListenerToKey"
};
var initialFrame = new Frame(new byte[RequestInitialFrameSize], (FrameFlags)ClientMessageFlags.Unfragmented);
initialFrame.Bytes.WriteIntL(Messaging.FrameFields.Offset.MessageType, RequestMessageType);
initialFrame.Bytes.WriteIntL(Messaging.FrameFields.Offset.PartitionId, -1);
initialFrame.Bytes.WriteBoolL(RequestIncludeValueFieldOffset, includeValue);
initialFrame.Bytes.WriteBoolL(RequestLocalOnlyFieldOffset, localOnly);
clientMessage.Append(initialFrame);
StringCodec.Encode(clientMessage, name);
DataCodec.Encode(clientMessage, key);
return(clientMessage);
}
public static ClientMessage EncodeRequest(string name, ICollection <KeyValuePair <int, int> > iterationPointers, int batch, IData projection, IData predicate)
{
var clientMessage = CreateForEncode();
clientMessage.IsRetryable = true;
clientMessage.OperationName = "Map.FetchWithQuery";
var initialFrame = new Frame(new byte[RequestInitialFrameSize], UnfragmentedMessage);
EncodeInt(initialFrame.Content, TypeFieldOffset, RequestMessageType);
EncodeInt(initialFrame.Content, PartitionIdFieldOffset, -1);
EncodeInt(initialFrame.Content, RequestBatchFieldOffset, batch);
clientMessage.Add(initialFrame);
StringCodec.Encode(clientMessage, name);
EntryListIntegerIntegerCodec.Encode(clientMessage, iterationPointers);
DataCodec.Encode(clientMessage, projection);
DataCodec.Encode(clientMessage, predicate);
return(clientMessage);
}
public static ClientMessage EncodeRequest(string name, IData key, long threadId, long ttl, long referenceId)
{
var clientMessage = CreateForEncode();
clientMessage.IsRetryable = true;
clientMessage.OperationName = "MultiMap.Lock";
var initialFrame = new Frame(new byte[RequestInitialFrameSize], UnfragmentedMessage);
EncodeInt(initialFrame.Content, TypeFieldOffset, RequestMessageType);
EncodeInt(initialFrame.Content, PartitionIdFieldOffset, -1);
EncodeLong(initialFrame.Content, RequestThreadIdFieldOffset, threadId);
EncodeLong(initialFrame.Content, RequestTtlFieldOffset, ttl);
EncodeLong(initialFrame.Content, RequestReferenceIdFieldOffset, referenceId);
clientMessage.Add(initialFrame);
StringCodec.Encode(clientMessage, name);
DataCodec.Encode(clientMessage, key);
return(clientMessage);
}
public static ClientMessage EncodeRequest(string name, IData key, long threadId, long referenceId)
{
var clientMessage = new ClientMessage
{
IsRetryable = true,
OperationName = "MultiMap.Unlock"
};
var initialFrame = new Frame(new byte[RequestInitialFrameSize], (FrameFlags)ClientMessageFlags.Unfragmented);
initialFrame.Bytes.WriteIntL(Messaging.FrameFields.Offset.MessageType, RequestMessageType);
initialFrame.Bytes.WriteIntL(Messaging.FrameFields.Offset.PartitionId, -1);
initialFrame.Bytes.WriteLongL(RequestThreadIdFieldOffset, threadId);
initialFrame.Bytes.WriteLongL(RequestReferenceIdFieldOffset, referenceId);
clientMessage.Append(initialFrame);
StringCodec.Encode(clientMessage, name);
DataCodec.Encode(clientMessage, key);
return(clientMessage);
}
public static ClientMessage EncodeRequest(string name, ICollection <KeyValuePair <int, int> > iterationPointers, int batch, IData projection, IData predicate)
{
var clientMessage = new ClientMessage
{
IsRetryable = true,
OperationName = "Map.FetchWithQuery"
};
var initialFrame = new Frame(new byte[RequestInitialFrameSize], (FrameFlags)ClientMessageFlags.Unfragmented);
initialFrame.Bytes.WriteIntL(Messaging.FrameFields.Offset.MessageType, RequestMessageType);
initialFrame.Bytes.WriteIntL(Messaging.FrameFields.Offset.PartitionId, -1);
initialFrame.Bytes.WriteIntL(RequestBatchFieldOffset, batch);
clientMessage.Append(initialFrame);
StringCodec.Encode(clientMessage, name);
EntryListIntegerIntegerCodec.Encode(clientMessage, iterationPointers);
DataCodec.Encode(clientMessage, projection);
DataCodec.Encode(clientMessage, predicate);
return(clientMessage);
}
/// <summary>
/// Set the palette data from an external palette file.
/// </summary>
/// <param name="palette">A VpPalette object</param>
public void SetPalette(PvpPalette palette)
{
// No need to set an external palette if this data format doesn't require one.
// We can't just call the data codec here as the data format does not determine
// if a GVR uses an external palette.
if (!NeedsExternalPalette)
{
return;
}
// If the palette is not initalized, don't use it
if (!palette.Initalized)
{
return;
}
DataCodec.PixelCodec = palette.PixelCodec;
DataCodec.SetPalette(palette.EncodedData, 0x10, palette.PaletteEntries);
}
/// <summary>
/// 通知所有用户房间列表有更新，发送新的房间列表
/// </summary>
internal void OnRoomListUpdate()
{
RoomList list = new RoomList();
for (int i = 0; i < socketServerManager.GetRoomList().Count; i++)
{
string str = socketServerManager.GetRoomList()[i].RoomName + "," + socketServerManager.GetRoomList()[i].UserList.Count;
list.List.Add(str);
}
DataModel model = new DataModel();
model.Type = DataType.TYPE_SPORDER;
model.Request = DataRequest.GET_ROOMLIST_S;
model.Message = DataCodec.TobyteArray(list);
for (int i = 0; i < socketServerManager.GetClientList().Count; i++)
{
Send(socketServerManager.GetClientList()[i], model);
}
}
public static void Encode(ClientMessage clientMessage, Hazelcast.Data.HDictionaryEntry <IData, IData> simpleEntryView)
{
clientMessage.Append(Frame.CreateBeginStruct());
var initialFrame = new Frame(new byte[InitialFrameSize]);
initialFrame.Bytes.WriteLongL(CostFieldOffset, simpleEntryView.Cost);
initialFrame.Bytes.WriteLongL(CreationTimeFieldOffset, simpleEntryView.CreationTime);
initialFrame.Bytes.WriteLongL(ExpirationTimeFieldOffset, simpleEntryView.ExpirationTime);
initialFrame.Bytes.WriteLongL(HitsFieldOffset, simpleEntryView.Hits);
initialFrame.Bytes.WriteLongL(LastAccessTimeFieldOffset, simpleEntryView.LastAccessTime);
initialFrame.Bytes.WriteLongL(LastStoredTimeFieldOffset, simpleEntryView.LastStoredTime);
initialFrame.Bytes.WriteLongL(LastUpdateTimeFieldOffset, simpleEntryView.LastUpdateTime);
initialFrame.Bytes.WriteLongL(VersionFieldOffset, simpleEntryView.Version);
initialFrame.Bytes.WriteLongL(TtlFieldOffset, simpleEntryView.Ttl);
initialFrame.Bytes.WriteLongL(MaxIdleFieldOffset, simpleEntryView.MaxIdle);
clientMessage.Append(initialFrame);
DataCodec.Encode(clientMessage, simpleEntryView.Key);
DataCodec.Encode(clientMessage, simpleEntryView.Value);
clientMessage.Append(Frame.CreateEndStruct());
}
void HandlerData(byte[] data)
{
DataModel model = DataCodec.Decode(data);
switch (model.Type)
{
case ChatProtocolType.TYPE_NONE:
print("NONE:" + Encoding.UTF8.GetString(model.Message));
break;
case ChatProtocolType.TYPE_MYSQL:
mySqlHandler.MessageReceive(model);
break;
case ChatProtocolType.TYPE_IM:
imHandler.MessageReceive(model);
break;
case ChatProtocolType.TYPE_MESSAGE:
messageHandler.MessageReceive(model);
break;
}
}
public static Hazelcast.Data.HDictionaryEntry <IData, IData> Decode(IEnumerator <Frame> iterator)
{
// begin frame
iterator.Take();
var initialFrame = iterator.Take();
var cost = initialFrame.Bytes.ReadLongL(CostFieldOffset);
var creationTime = initialFrame.Bytes.ReadLongL(CreationTimeFieldOffset);
var expirationTime = initialFrame.Bytes.ReadLongL(ExpirationTimeFieldOffset);
var hits = initialFrame.Bytes.ReadLongL(HitsFieldOffset);
var lastAccessTime = initialFrame.Bytes.ReadLongL(LastAccessTimeFieldOffset);
var lastStoredTime = initialFrame.Bytes.ReadLongL(LastStoredTimeFieldOffset);
var lastUpdateTime = initialFrame.Bytes.ReadLongL(LastUpdateTimeFieldOffset);
var version = initialFrame.Bytes.ReadLongL(VersionFieldOffset);
var ttl = initialFrame.Bytes.ReadLongL(TtlFieldOffset);
var maxIdle = initialFrame.Bytes.ReadLongL(MaxIdleFieldOffset);
var key = DataCodec.Decode(iterator);
var @value = DataCodec.Decode(iterator);
iterator.SkipToStructEnd();
return(CustomTypeFactory.CreateSimpleEntryView(key, @value, cost, creationTime, expirationTime, hits, lastAccessTime, lastStoredTime, lastUpdateTime, version, ttl, maxIdle));
}
public static void Encode(ClientMessage clientMessage, Hazelcast.Map.SimpleEntryView <IData, IData> simpleEntryView)
{
clientMessage.Add(BeginFrame.Copy());
var initialFrame = new Frame(new byte[InitialFrameSize]);
EncodeLong(initialFrame.Content, CostFieldOffset, simpleEntryView.Cost);
EncodeLong(initialFrame.Content, CreationTimeFieldOffset, simpleEntryView.CreationTime);
EncodeLong(initialFrame.Content, ExpirationTimeFieldOffset, simpleEntryView.ExpirationTime);
EncodeLong(initialFrame.Content, HitsFieldOffset, simpleEntryView.Hits);
EncodeLong(initialFrame.Content, LastAccessTimeFieldOffset, simpleEntryView.LastAccessTime);
EncodeLong(initialFrame.Content, LastStoredTimeFieldOffset, simpleEntryView.LastStoredTime);
EncodeLong(initialFrame.Content, LastUpdateTimeFieldOffset, simpleEntryView.LastUpdateTime);
EncodeLong(initialFrame.Content, VersionFieldOffset, simpleEntryView.Version);
EncodeLong(initialFrame.Content, TtlFieldOffset, simpleEntryView.Ttl);
EncodeLong(initialFrame.Content, MaxIdleFieldOffset, simpleEntryView.MaxIdle);
clientMessage.Add(initialFrame);
DataCodec.Encode(clientMessage, simpleEntryView.Key);
DataCodec.Encode(clientMessage, simpleEntryView.Value);
clientMessage.Add(EndFrame.Copy());
}
public static Hazelcast.Map.SimpleEntryView <IData, IData> Decode(FrameIterator iterator)
{
// begin frame
iterator.Next();
var initialFrame = iterator.Next();
var cost = DecodeLong(initialFrame.Content, CostFieldOffset);
var creationTime = DecodeLong(initialFrame.Content, CreationTimeFieldOffset);
var expirationTime = DecodeLong(initialFrame.Content, ExpirationTimeFieldOffset);
var hits = DecodeLong(initialFrame.Content, HitsFieldOffset);
var lastAccessTime = DecodeLong(initialFrame.Content, LastAccessTimeFieldOffset);
var lastStoredTime = DecodeLong(initialFrame.Content, LastStoredTimeFieldOffset);
var lastUpdateTime = DecodeLong(initialFrame.Content, LastUpdateTimeFieldOffset);
var version = DecodeLong(initialFrame.Content, VersionFieldOffset);
var ttl = DecodeLong(initialFrame.Content, TtlFieldOffset);
var maxIdle = DecodeLong(initialFrame.Content, MaxIdleFieldOffset);
var key = DataCodec.Decode(iterator);
var @value = DataCodec.Decode(iterator);
CodecUtil.FastForwardToEndFrame(iterator);
return(CustomTypeFactory.CreateSimpleEntryView(key, @value, cost, creationTime, expirationTime, hits, lastAccessTime, lastStoredTime, lastUpdateTime, version, ttl, maxIdle));
}
public MemoryStream EncodeTexture()
{
// Calculate what the length of the texture will be
int textureLength = 16 + (TextureWidth * TextureHeight * DataCodec.Bpp / 8);
if (HasGlobalIndex)
{
textureLength += 16;
}
if (DataCodec.PaletteEntries != 0 && !DataCodec.NeedsExternalPalette)
{
textureLength += (DataCodec.PaletteEntries * PixelCodec.Bpp / 8);
}
// Calculate the mipmap padding (if the texture contains mipmaps)
int mipmapPadding = 0;
if (DataCodec.HasMipmaps)
{
if (DataFormat == PvrDataFormat.SQUARE_TWIDDLED_MIPMAP)
{
// A 1x1 mipmap takes up as much space as a 2x1 mipmap
// There are also 4 extra bytes at the end of the file
mipmapPadding = (DataCodec.Bpp) >> 3;
textureLength += 4;
}
else if (DataFormat == PvrDataFormat.SQUARE_TWIDDLED_MIPMAP_ALT)
{
// A 1x1 mipmap takes up as much space as a 2x2 mipmap
mipmapPadding = (3 * DataCodec.Bpp) >> 3;
}
textureLength += mipmapPadding;
for (int size = 1; size < TextureWidth; size <<= 1)
{
textureLength += Math.Max((size * size * DataCodec.Bpp) >> 3, 1);
}
}
MemoryStream destination = new MemoryStream(textureLength);
// Write out the GBIX header (if we are including one)
if (HasGlobalIndex)
{
destination.WriteByte((byte)'G');
destination.WriteByte((byte)'B');
destination.WriteByte((byte)'I');
destination.WriteByte((byte)'X');
PTStream.WriteUInt32(destination, 8);
PTStream.WriteUInt32(destination, GlobalIndex);
PTStream.WriteUInt32(destination, 0);
}
// Write out the PVRT header
destination.WriteByte((byte)'P');
destination.WriteByte((byte)'V');
destination.WriteByte((byte)'R');
destination.WriteByte((byte)'T');
if (HasGlobalIndex)
{
PTStream.WriteInt32(destination, textureLength - 24);
}
else
{
PTStream.WriteInt32(destination, textureLength - 8);
}
destination.WriteByte((byte)PixelFormat);
destination.WriteByte((byte)DataFormat);
PTStream.WriteUInt16(destination, 0);
PTStream.WriteUInt16(destination, TextureWidth);
PTStream.WriteUInt16(destination, TextureHeight);
// If we have an internal palette, write it
if (DataCodec.PaletteEntries != 0 && !DataCodec.NeedsExternalPalette)
{
byte[] palette = PixelCodec.EncodePalette(m_texturePalette, DataCodec.PaletteEntries);
destination.Write(palette, 0, palette.Length);
}
// Write out any mipmaps
if (DataCodec.HasMipmaps)
{
// Write out any padding bytes before the 1x1 mipmap
for (int i = 0; i < mipmapPadding; i++)
{
destination.WriteByte(0);
}
for (int size = 1; size < TextureWidth; size <<= 1)
{
byte[] mipmapDecodedData = null;
if (DataCodec.NeedsExternalPalette)
{
if (DataCodec.VQ)
{
mipmapDecodedData = BitmapToRawVQResized(m_decodedBitmap, size, 1, m_codeBook);
}
else
{
mipmapDecodedData = BitmapToRawIndexedResized(m_decodedBitmap, size, 1, m_palette);
}
}
else
{
mipmapDecodedData = BitmapToRawResized(m_decodedBitmap, size, 1);
}
byte[] mipmapTextureData = DataCodec.Encode(mipmapDecodedData, 0, size, size);
destination.Write(mipmapTextureData, 0, mipmapTextureData.Length);
}
}
// Write the texture data
byte[] textureData = DataCodec.Encode(m_decodedData, TextureWidth, TextureHeight, null);
destination.Write(textureData, 0, textureData.Length);
// If the data format is square twiddled with mipmaps, write out the extra bytes.
if (DataFormat == PvrDataFormat.SQUARE_TWIDDLED_MIPMAP)
{
destination.Write(new byte[] { 0, 0, 0, 0 }, 0, 4);
}
// Compress the texture
if (CompressionFormat != PvrCompressionFormat.NONE)
{
CompressionCodec = PvrCompressionCodec.GetCompressionCodec(CompressionFormat);
if (CompressionCodec != null)
{
// Ok, we need to convert the current stream to an array, compress it, then write it back to a new stream
byte[] buffer = destination.ToArray();
buffer = CompressionCodec.Compress(buffer, (HasGlobalIndex ? 0x20 : 0x10), PixelCodec, DataCodec);
destination = new MemoryStream();
destination.Write(buffer, 0, buffer.Length);
}
}
return(destination);
}
/// <summary>
/// Internal read implementation of the sub classes.
/// </summary>
/// <param name="reader"></param>
/// <exception cref="Exception">Expected DDS RGB24 or RGBA32 color format!</exception>
/// <exception cref="NotImplementedException">TODO</exception>
protected override void _Read(BinaryReader reader)
{
long baseOffset = reader.BaseStream.Position;
int gbixOffset = 0;
int pvrtOffset = 0;
uint identifier = reader.ReadUInt32();
if (identifier == m_gbix) //"GBIX"
{
HasGlobalIndex = true;
GlobalIndexSize = reader.ReadUInt32();
GlobalIndex = reader.ReadBytes((int)GlobalIndexSize);
reader.BaseStream.Seek(4, SeekOrigin.Current); //Skip "PVRT"
gbixOffset = 0x00;
pvrtOffset = 0x08 + (int)GlobalIndexSize;
}
else
{
identifier = reader.ReadUInt32();
if (identifier == m_gbix)
{
HasGlobalIndex = true;
GlobalIndexSize = reader.ReadUInt32();
GlobalIndex = reader.ReadBytes((int)GlobalIndexSize);
gbixOffset = 0x04;
pvrtOffset = 0x0C + (int)GlobalIndexSize;
}
else if (identifier == m_pvrt)
{
gbixOffset = -1;
pvrtOffset = 0x04;
}
else
{
gbixOffset = -1;
pvrtOffset = 0x00;
reader.BaseStream.Seek(-4, SeekOrigin.Current);
}
}
// Read information about the texture
ContentSize = reader.ReadUInt32();
PixelFormat = (PvrPixelFormat)reader.ReadByte();
DataFormat = (PvrDataFormat)reader.ReadByte();
reader.BaseStream.Seek(2, SeekOrigin.Current);
Width = reader.ReadUInt16();
Height = reader.ReadUInt16();
if (DataFormat == PvrDataFormat.DDS || DataFormat == PvrDataFormat.DDS_2)
{
if (!(PixelFormat == PvrPixelFormat.DDS_DXT1_RGB24 || PixelFormat == PvrPixelFormat.DDS_DXT3_RGBA32))
{
throw new Exception("Expected DDS RGB24 or RGBA32 color format!");
}
long ddsOffset = reader.BaseStream.Position;
DDS_Header header = new DDS_Header(reader.BaseStream);
DDSFormatDetails format = new DDSFormatDetails(header.Format, header.DX10_DXGI_AdditionalHeader.dxgiFormat);
reader.BaseStream.Seek(ddsOffset, SeekOrigin.Begin);
byte[] ddsBuffer = reader.ReadBytes(header.dwPitchOrLinearSize + header.dwSize + 128);
MemoryStream memoryStream = new MemoryStream(ddsBuffer, 0, ddsBuffer.Length, true, true);
MipMaps = DDSGeneral.LoadDDS(memoryStream, header, 0, format);
memoryStream.Close();
Width = header.Width;
Height = header.Height;
}
else
{
// Get the codecs and make sure we can decode using them
PixelCodec = PvrPixelCodec.GetPixelCodec(PixelFormat);
DataCodec = PvrDataCodec.GetDataCodec(DataFormat);
if (DataCodec != null && PixelCodec != null)
{
DataCodec.PixelCodec = PixelCodec;
}
// Set the number of palette entries
int paletteEntries = DataCodec.PaletteEntries;
if (DataFormat == PvrDataFormat.VECTOR_QUANTIZATION_SMALL || DataFormat == PvrDataFormat.VECTOR_QUANTIZATION_SMALL_MIPMAP)
{
if (Width <= 16)
{
paletteEntries = 64; // Actually 16
}
else if (Width <= 32)
{
paletteEntries = 256; // Actually 64
}
else if (Width <= 64)
{
paletteEntries = 512; // Actually 128
}
else
{
paletteEntries = 1024; // Actually 256
}
}
// Set the palette and data offsets
int paletteOffset = 0;
int dataOffset = 0;
if (paletteEntries == 0 || DataCodec.NeedsExternalPalette)
{
paletteOffset = -1;
dataOffset = pvrtOffset + 0x10;
}
else
{
paletteOffset = pvrtOffset + 0x10;
dataOffset = paletteOffset + (paletteEntries * (PixelCodec.Bpp >> 3));
}
// Get the compression format and determine if we need to decompress this texture
reader.BaseStream.Seek(baseOffset, SeekOrigin.Begin);
uint first = reader.ReadUInt32();
reader.BaseStream.Seek(baseOffset + pvrtOffset + 4, SeekOrigin.Begin);
uint second = reader.ReadUInt32();
if (first == second - pvrtOffset + dataOffset + 8)
{
CompressionFormat = PvrCompressionFormat.RLE;
}
else
{
CompressionFormat = PvrCompressionFormat.NONE;
}
CompressionCodec = PvrCompressionCodec.GetCompressionCodec(CompressionFormat);
if (CompressionFormat != PvrCompressionFormat.NONE && CompressionCodec != null)
{
//TODO: Convert to stream compatible code
throw new NotImplementedException("TODO");
//m_encodedData = CompressionCodec.Decompress(m_encodedData, dataOffset, PixelCodec, DataCodec);
// Now place the offsets in the appropiate area
if (CompressionFormat == PvrCompressionFormat.RLE)
{
if (gbixOffset != -1)
{
gbixOffset -= 4;
}
pvrtOffset -= 4;
if (paletteOffset != -1)
{
paletteOffset -= 4;
}
dataOffset -= 4;
}
}
// If the texture contains mipmaps, gets the offsets of them
int[] mipmapOffsets;
if (DataCodec.HasMipmaps)
{
int mipmapOffset = 0;
mipmapOffsets = new int[(int)Math.Log(Width, 2) + 1];
// Calculate the padding for the first mipmap offset
if (DataFormat == PvrDataFormat.SQUARE_TWIDDLED_MIPMAP)
{
mipmapOffset = (DataCodec.Bpp) >> 3; // A 1x1 mipmap takes up as much space as a 2x1 mipmap
}
else if (DataFormat == PvrDataFormat.SQUARE_TWIDDLED_MIPMAP_ALT)
{
mipmapOffset = (3 * DataCodec.Bpp) >> 3; // A 1x1 mipmap takes up as much space as a 2x2 mipmap
}
for (int i = mipmapOffsets.Length - 1, size = 1; i >= 0; i--, size <<= 1)
{
mipmapOffsets[i] = mipmapOffset;
mipmapOffset += Math.Max((size * size * DataCodec.Bpp) >> 3, 1);
}
}
else
{
mipmapOffsets = new int[1] {
0
};
}
//DecodeMipmaps()
if (paletteOffset != -1) // The texture contains an embedded palette
{
reader.BaseStream.Seek(baseOffset + paletteOffset, SeekOrigin.Begin);
DataCodec.SetPalette(reader, paletteEntries);
}
MipMaps = new List <MipMap>();
if (DataCodec.HasMipmaps)
{
for (int i = 0, size = Width; i < mipmapOffsets.Length; i++, size >>= 1)
{
reader.BaseStream.Seek(baseOffset + dataOffset + mipmapOffsets[i], SeekOrigin.Begin);
byte[] pixels = DataCodec.Decode(reader, size, size, PixelCodec);
MipMaps.Add(new MipMap(pixels, size, size));
}
}
else
{
reader.BaseStream.Seek(baseOffset + dataOffset + mipmapOffsets[0], SeekOrigin.Begin);
byte[] pixels = DataCodec.Decode(reader, Width, Height, PixelCodec);
MipMaps.Add(new MipMap(pixels, Width, Height));
}
}
if (HasGlobalIndex)
{
reader.BaseStream.Seek(baseOffset + ContentSize + 0xC, SeekOrigin.Begin);
}
else
{
reader.BaseStream.Seek(baseOffset + ContentSize, SeekOrigin.Begin);
}
}
/// <summary>
/// Internal write implementation of the sub classes.
/// </summary>
/// <param name="writer"></param>
/// <exception cref="Exception">Expected DDS RGB24 or RGBA32 color format!</exception>
/// <exception cref="InvalidOperationException">
/// </exception>
protected override void _Write(BinaryWriter writer)
{
long baseOffset = writer.BaseStream.Position;
Bitmap bmp = CreateBitmap();
//bmp.RotateFlip(RotateFlipType.RotateNoneFlipY);
if (DataFormat == PvrDataFormat.DDS || DataFormat == PvrDataFormat.DDS_2)
{
if (!(PixelFormat == PvrPixelFormat.DDS_DXT1_RGB24 || PixelFormat == PvrPixelFormat.DDS_DXT3_RGBA32))
{
throw new Exception("Expected DDS RGB24 or RGBA32 color format!");
}
byte[] ddsBuffer = null;
if (PixelFormat == PvrPixelFormat.DDS_DXT1_RGB24)
{
DDSFormatDetails ddsFormatDetails = new DDSFormatDetails(DDSFormat.DDS_DXT1);
ddsBuffer = DDSGeneral.Save(MipMaps, ddsFormatDetails, DDSGeneral.AlphaSettings.KeepAlpha, DDSGeneral.MipHandling.Default);
}
else if (PixelFormat == PvrPixelFormat.DDS_DXT3_RGBA32)
{
DDSFormatDetails ddsFormatDetails = new DDSFormatDetails(DDSFormat.DDS_DXT3);
ddsBuffer = DDSGeneral.Save(MipMaps, ddsFormatDetails, DDSGeneral.AlphaSettings.KeepAlpha, DDSGeneral.MipHandling.Default);
}
if (HasGlobalIndex)
{
writer.Write(m_gbix);
writer.Write(GlobalIndexSize);
writer.Write(GlobalIndex);
}
writer.Write(m_pvrt);
writer.Write(ddsBuffer.Length + 16);
writer.Write((byte)PixelFormat);
writer.Write((byte)DataFormat);
writer.Write((ushort)0);
writer.Write((ushort)Width);
writer.Write((ushort)Height);
writer.Write(ddsBuffer);
}
else
{
// Set the data format and pixel format and load the appropiate codecs
PixelCodec = PvrPixelCodec.GetPixelCodec(PixelFormat);
DataCodec = PvrDataCodec.GetDataCodec(DataFormat);
// Make sure the pixel and data codecs exists and we can encode to it
if (PixelCodec == null || !PixelCodec.CanEncode)
{
throw new InvalidOperationException();
}
if (DataCodec == null || !DataCodec.CanEncode)
{
throw new InvalidOperationException();
}
DataCodec.PixelCodec = PixelCodec;
byte[] decodedData = null;
if (DataCodec.PaletteEntries != 0)
{
if (DataCodec.VQ)
{
decodedData = BitmapToRawVQ(bmp, DataCodec.PaletteEntries, out m_texturePalette);
}
else
{
// Convert the bitmap to an array containing indicies.
decodedData = BitmapToRawIndexed(bmp, DataCodec.PaletteEntries, out m_texturePalette);
// If this texture has an external palette file, set up the palette encoder
if (DataCodec.NeedsExternalPalette)
{
PaletteEncoder = new PvpPaletteEncoder(m_texturePalette, (ushort)DataCodec.PaletteEntries, PixelFormat, PixelCodec);
}
}
}
else
{
decodedData = BitmapToRaw(bmp);
}
// Calculate what the length of the texture will be
int textureLength = 16 + (int)(Width * Height * (DataCodec.Bpp / 8.0));
if (HasGlobalIndex)
{
textureLength += 16;
}
if (DataCodec.PaletteEntries != 0 && !DataCodec.NeedsExternalPalette)
{
textureLength += (DataCodec.PaletteEntries * PixelCodec.Bpp / 8);
}
// Calculate the mipmap padding (if the texture contains mipmaps)
int mipmapPadding = 0;
if (DataCodec.HasMipmaps)
{
if (DataFormat == PvrDataFormat.SQUARE_TWIDDLED_MIPMAP)
{
// A 1x1 mipmap takes up as much space as a 2x1 mipmap
// There are also 4 extra bytes at the end of the file
mipmapPadding = (DataCodec.Bpp) >> 3;
textureLength += 4;
}
else if (DataFormat == PvrDataFormat.SQUARE_TWIDDLED_MIPMAP_ALT)
{
// A 1x1 mipmap takes up as much space as a 2x2 mipmap
mipmapPadding = (3 * DataCodec.Bpp) >> 3;
}
textureLength += mipmapPadding;
for (int size = 1; size < Width; size <<= 1)
{
textureLength += Math.Max((size * size * DataCodec.Bpp) >> 3, 1);
}
}
MemoryStream output = new MemoryStream(textureLength);
BinaryWriter outputWriter = new BinaryWriter(output);
// Write out the GBIX header (if we are including one)
if (HasGlobalIndex)
{
outputWriter.Write(m_gbix);
outputWriter.Write(GlobalIndexSize);
outputWriter.Write(GlobalIndex);
}
// Write out the PVRT header
outputWriter.Write(m_pvrt);
if (HasGlobalIndex)
{
outputWriter.Write(textureLength - 24);
}
else
{
outputWriter.Write(textureLength - 8);
}
outputWriter.Write((byte)PixelFormat);
outputWriter.Write((byte)DataFormat);
outputWriter.Write((ushort)0);
outputWriter.Write((ushort)Width);
outputWriter.Write((ushort)Height);
// If we have an internal palette, write it
if (DataCodec.PaletteEntries != 0 && !DataCodec.NeedsExternalPalette)
{
byte[] palette = PixelCodec.EncodePalette(m_texturePalette, DataCodec.PaletteEntries);
output.Write(palette, 0, palette.Length);
}
// Write out any mipmaps
if (DataCodec.HasMipmaps)
{
// Write out any padding bytes before the 1x1 mipmap
for (int i = 0; i < mipmapPadding; i++)
{
output.WriteByte(0);
}
for (int size = 1; size < Width; size <<= 1)
{
byte[] mipmapDecodedData = null;
if (DataCodec.NeedsExternalPalette)
{
if (DataCodec.VQ)
{
mipmapDecodedData = BitmapToRawVQResized(bmp, size, 1, m_codeBook);
}
else
{
mipmapDecodedData = BitmapToRawIndexedResized(bmp, size, 1, m_palette);
}
}
else
{
mipmapDecodedData = BitmapToRawResized(bmp, size, 1);
}
byte[] mipmapTextureData = DataCodec.Encode(mipmapDecodedData, 0, size, size);
output.Write(mipmapTextureData, 0, mipmapTextureData.Length);
}
}
// Write the texture data
byte[] textureData = DataCodec.Encode(decodedData, Width, Height, null);
output.Write(textureData, 0, textureData.Length);
// If the data format is square twiddled with mipmaps, write out the extra bytes.
if (DataFormat == PvrDataFormat.SQUARE_TWIDDLED_MIPMAP)
{
output.Write(new byte[] { 0, 0, 0, 0 }, 0, 4);
}
// Compress the texture
if (CompressionFormat != PvrCompressionFormat.NONE)
{
CompressionCodec = PvrCompressionCodec.GetCompressionCodec(CompressionFormat);
if (CompressionCodec != null)
{
// Ok, we need to convert the current stream to an array, compress it, then write it back to a new stream
byte[] buffer = output.ToArray();
buffer = CompressionCodec.Compress(buffer, (HasGlobalIndex ? 0x20 : 0x10), PixelCodec, DataCodec);
writer.Write(buffer);
}
}
else
{
writer.Write(output.GetBuffer());
}
}
}