public void SendPacket(int id, PacketBuffer buffer)
{
byte[] packetIdVI = ByteUtils.ToVarInt(id);
byte[] packetData = ByteUtils.Concat(packetIdVI, buffer.ReadToEnd());
if (compressionThreshold > 0)
{
if (packetData.Length > compressionThreshold)
{
byte[] uncompressed_length = ByteUtils.ToVarInt(packetData.Length);
byte[] compressed_packet = Zlib.Compress(packetData);
byte[] compressed_packet_length = ByteUtils.ToVarInt(compressed_packet.Length);
packetData = ByteUtils.Concat(compressed_packet_length, compressed_packet);
}
else
{
byte[] uncompressed_length = ByteUtils.ToVarInt(0);
packetData = ByteUtils.Concat(uncompressed_length, packetData);
}
}
byte[] lengthVI = ByteUtils.ToVarInt(packetData.Length);
var l = ByteUtils.Concat(lengthVI, packetData);
SendBytes(l);
}
public void SendPacket(IPacket packet)
{
PacketBuffer sendBuffer = new PacketBuffer();
packet.Send(sendBuffer);
byte[] packetIdVI = ByteUtils.ToVarInt(packet.GetId());
byte[] packetData = ByteUtils.Concat(packetIdVI, sendBuffer.ToArray());
if (compressionThreshold > 0)
{
if (packetData.Length > compressionThreshold)
{
byte[] uncompressed_length = ByteUtils.ToVarInt(packetData.Length);
byte[] compressed_packet = Zlib.Compress(packetData);
byte[] compressed_packet_length = ByteUtils.ToVarInt(compressed_packet.Length);
packetData = ByteUtils.Concat(compressed_packet_length, compressed_packet);
}
else
{
byte[] uncompressed_length = ByteUtils.ToVarInt(0);
packetData = ByteUtils.Concat(uncompressed_length, packetData);
}
}
byte[] lengthVI = ByteUtils.ToVarInt(packetData.Length);
var l = ByteUtils.Concat(lengthVI, packetData);
SendBytes(l);
}
private void LoadCallback(IAsyncResult ar)
{
var lr = (LoadRequest)ar.AsyncState;
Bitmap bmp1 = null;
Bitmap bmp2 = null;
WebResponse response = null;
try {
response = lr.Request.EndGetResponse(ar);
using (var stream = response.GetResponseStream()) {
bmp1 = (Bitmap)Bitmap.FromStream(stream);
bmp2 = ScaleImage(bmp1, 384, 384);
using (var stream2 = new MemoryStream()) {
bmp2.Save(stream2, ImageFormat.Jpeg);
byte[] tmp = stream2.ToArray();
stream2.SetLength(0);
Zlib.Compress(stream2, tmp);
tmp = new byte[4000];
Reset();
stream2.Position = 0;
while (true)
{
int count = stream2.Read(tmp, 0, tmp.Length);
if (count == 0)
{
break;
}
Write(tmp, 0, count);
}
Size = (uint)Received;
Chunks = ChunkCount;
}
}
lr.Callback(lr.State);
}
catch (Exception ex) {
lr.Callback(ex);
}
finally {
if (bmp1 != null)
{
bmp1.Dispose();
}
if (bmp2 != null)
{
bmp2.Dispose();
}
}
}
public static string SendRequest(string url, string body)
{
// send request
Log.Info(Constants.backendUrl + url);
HttpWebRequest request = (HttpWebRequest)WebRequest.Create(Constants.backendUrl + url);
byte[] data = Zlib.Compress(Encoding.UTF8.GetBytes(body));
request.Method = "POST";
request.ContentType = "text/plain";
request.AutomaticDecompression = DecompressionMethods.Deflate;
request.ContentLength = data.Length;
using (Stream stream = request.GetRequestStream())
{
stream.Write(data, 0, data.Length);
}
// get response
Stream responseData = request.GetResponse().GetResponseStream();
using (MemoryStream ms = new MemoryStream())
{
responseData.CopyTo(ms);
return(Encoding.UTF8.GetString(Zlib.Decompress(ms.ToArray())));
}
}
private void CopyResponse(Image <Rgba32> bitmap)
{
bitmap.Mutate((s) => s.Resize(new ResizeOptions()
{
Mode = ResizeMode.Max,
Size = new Size(384, 384)
}));
using var stream2 = new MemoryStream();
bitmap.Save(stream2, new JpegEncoder());
byte[] tmp = stream2.ToArray();
stream2.SetLength(0);
Zlib.Compress(stream2, tmp);
tmp = new byte[4000];
Reset();
stream2.Position = 0;
while (true)
{
int count = stream2.Read(tmp, 0, tmp.Length);
if (count == 0)
{
break;
}
Write(tmp, 0, count);
}
Size = (uint)Received;
Chunks = ChunkCount;
}
public void AddFilesV3(List <string> files, string srcdir, string dstdir)
{
Stream.Reopen(false);
SetProgressMax?.Invoke(files.Count);
int cl = Settings.CompressionLevel;
Stream.Seek(-280, SeekOrigin.End);
long current_end = Stream.ReadInt64() ^ Key.KEY_1;
foreach (string file in files)
{
SetProgressNext?.Invoke();
byte[] data = File.ReadAllBytes(file);
int size = data.Length;
byte[] compressed = Zlib.Compress(data, cl);
if (compressed.Length < size)
{
data = compressed;
}
string path = (dstdir + file.RemoveFirst(srcdir).RemoveFirstSeparator()).RemoveFirstSeparator();
var entry = Files.Where(x => x.Path == path).ToList();
if (entry.Count > 0)
{
if (data.Length <= entry[0].CSize)
{
entry[0].Size = size;
entry[0].CSize = data.Length;
Stream.Seek(entry[0].Offset, SeekOrigin.Begin);
Stream.WriteBytes(data);
}
else
{
entry[0].Size = size;
entry[0].CSize = data.Length;
entry[0].Offset = current_end;
Stream.Seek(current_end, SeekOrigin.Begin);
current_end += data.Length;
Stream.WriteBytes(data);
}
}
else
{
Files.Add(new ArchiveEntryV3()
{
Path = path,
Size = size,
CSize = data.Length,
Offset = current_end
});
Stream.Seek(current_end, SeekOrigin.Begin);
current_end += data.Length;
Stream.WriteBytes(data);
}
}
SaveFileTable(current_end);
SetProgress?.Invoke(0);
LoadData?.Invoke(0);
LoadData?.Invoke(1);
}
private byte[] SendJson(HttpListenerResponse response, string json)
{
if (response == null)
{
return(null);
}
Log.Data("SEND:" + Environment.NewLine + json);
response.AddHeader("Content-Type", "text/plain");
response.AddHeader("Content-Encoding", "deflate");
byte[] buffer = Encoding.UTF8.GetBytes(json);
return(Zlib.Compress(buffer));
}
public void DefragV3()
{
Stream.Reopen(true);
long oldsize = Stream.GetLenght();
ArchiveManager am = new ArchiveManager(Path + ".defrag", Key, false)
{
Version = Version
};
am.Stream.Reopen(false);
am.Stream.WriteInt32(Key.FSIG_1);
am.Stream.WriteInt64(0);
am.Stream.WriteInt32(Key.FSIG_2);
int cl = Settings.CompressionLevel;
SetProgressMax?.Invoke(Files.Count);
foreach (IArchiveEntry file in Files)
{
SetProgressNext?.Invoke();
byte[] data = GetFile(file, false);
byte[] compressed = Zlib.Compress(data, cl);
if (data.Length < compressed.Length)
{
compressed = data;
}
file.Offset = am.Stream.Position;
file.Size = data.Length;
file.CSize = compressed.Length;
am.Stream.WriteBytes(compressed);
}
am.Files = Files;
am.SaveFileTable(am.Stream.Position);
am.Stream.Close();
Stream.Close();
File.Delete(Path);
File.Move(Path + ".defrag", Path);
string pkx = Path.Replace(".pck", ".pkx");
if (File.Exists(pkx))
{
File.Delete(pkx);
File.Move(pkx + ".defrag", pkx);
}
ReadFileTable();
Stream.Reopen(true);
long newsize = Stream.GetLenght();
MessageBox.Show($"Old size: {oldsize}\nNew size: {newsize}");
}
/*
* Name function: Compress
* Purpose: compress a part of the byte array into a Zlib Block
* Input: - buffer: byte array
* Output: compressed byte array block, the structure is:
* - magic word
* - max segment size
* - total compressed size
* - total uncompressed size
* - segment list
* - compressed data list
*/
public static byte[] Compress(byte[] buffer)
{
if (buffer == null)
{
throw new ArgumentNullException();
}
MemoryStream headBlock = new MemoryStream();
MemoryStream dataBlock = new MemoryStream();
int numSeg = (int)Math.Ceiling(buffer.Length / (double)maxSegmentSize);
headBlock.WriteValueU32(magic);
headBlock.WriteValueU32(maxSegmentSize);
headBlock.WriteValueU32(0x0); //total compressed size, still to calculate
headBlock.WriteValueS32(buffer.Length); //total uncompressed size
int offset = 0;
for (int i = buffer.Length; i > 0; i -= (int)maxSegmentSize)
{
int copyBytes = Math.Min(i, (int)maxSegmentSize);
uint precCompSize = (uint)dataBlock.Length;
byte[] src = new byte[copyBytes];
Buffer.BlockCopy(buffer, offset, src, 0, copyBytes);
byte[] dst = Zlib.Compress(src);
if (dst.Length == 0)
{
throw new Exception("Zlib compression failed!");
}
dataBlock.WriteBytes(dst);
offset += dst.Length;
headBlock.WriteValueU32((uint)dst.Length); //compressed segment size
headBlock.WriteValueS32(copyBytes); //uncompressed segment size
//Console.WriteLine(" Segment size: {0}, total read: {1}, compr size: {2}", maxSegmentSize, copyBytes, (uint)dataBlock.Length - precCompSize);
}
headBlock.Seek(8, SeekOrigin.Begin);
headBlock.WriteValueS32((int)dataBlock.Length); // total compressed size
byte[] finalBlock = new byte[headBlock.Length + dataBlock.Length];
Buffer.BlockCopy(headBlock.ToArray(), 0, finalBlock, 0, (int)headBlock.Length);
Buffer.BlockCopy(dataBlock.ToArray(), 0, finalBlock, (int)headBlock.Length, (int)dataBlock.Length);
headBlock.Close();
dataBlock.Close();
return(finalBlock);
}
public byte[] Write(int cl)
{
MemoryStream msb = new MemoryStream(new byte[276]);
BinaryWriter bw = new BinaryWriter(msb);
bw.Write(Path.Replace("/", "\\").FromGBK());
bw.BaseStream.Seek(260, SeekOrigin.Begin);
bw.Write((uint)Offset);
bw.Write(Size);
bw.Write(CSize);
bw.Write(0);
bw.BaseStream.Seek(0, SeekOrigin.Begin);
bw.Close();
byte[] compressed = Zlib.Compress(msb.ToArray(), cl);
return(compressed.Length < 276 ? compressed : msb.ToArray());
}
public void SendPacket(int id, PacketBuffer sendBuffer, bool flipBeforeSend = false)
{
if (Disconnected)
{
return;
}
if (flipBeforeSend)
{
sendBuffer.Reset();
}
try
{
if (CompressionThreshold == 0)
{
var buffer = new PacketBuffer();
buffer.WriteVarInt(id);
buffer.WriteRawByteArray(sendBuffer.ReadToEnd());
var packetData = buffer.ToArray();
Send(ByteUtils.ToVarInt(packetData.Length).Concat(packetData));
}
else
{
var buffer = new PacketBuffer();
buffer.WriteVarInt(id);
buffer.WriteRawByteArray(sendBuffer.ReadToEnd());
var packetData = buffer.ToArray();
byte[] uncompressedLength;
if (packetData.Length >= CompressionThreshold)
{
uncompressedLength = packetData.Length.EncodeVarInt();
packetData = Zlib.Compress(packetData);
}
else
{
uncompressedLength = 0.EncodeVarInt();
}
var packet = uncompressedLength.Concat(packetData);
var Y = packet.Length.EncodeVarInt().Concat(packet);
Send(Y);
}
}
catch
{
Disconnected = true;
Console.WriteLine("Client lost connection");
}
}
static void Main(string[] args)
{
string[] files = new string[] { "image.jpg.compress", "pdf_book.pdf.compress", "image_decompress.jpg", "pdf_book_decompress.pdf",
"image.jpg.compress_stream", "image_decompress_stream.jpg", "", "" };
foreach (string file in files)
{
if (File.Exists(file))
{
File.Delete(file);
}
}
byte[] file1 = File.ReadAllBytes("image.jpg");
if (Zlib.IsCompressedByZlib(file1))
{
Console.WriteLine("file1 - compressed by zlib");
}
else
{
Console.WriteLine("file1 - not compressed by zlib");
}
var fs1 = new FileStream("image.jpg", FileMode.Open, FileAccess.Read);
var fs2 = new FileStream("image.jpg.compress_stream", FileMode.Create, FileAccess.Write);
Zlib.Compress(fs1, fs2, ZlibCompressionLevel.BEST_COMPRESSION);
fs2.Close();
Zlib.Decompress(new FileStream("image.jpg.compress_stream", FileMode.Open, FileAccess.Read),
new FileStream("image_decompress_stream.jpg", FileMode.Create, FileAccess.Write));
byte[] file2 = File.ReadAllBytes("pdf_book.pdf");
byte[] compressed1 = Zlib.Compress(file1, ZlibCompressionLevel.BEST_COMPRESSION);
File.WriteAllBytes("image.jpg.compress", compressed1);
if (Zlib.IsCompressedByZlib(compressed1))
{
Console.WriteLine("compressed1 - compressed by zlib");
}
else
{
Console.WriteLine("compressed1 - not compressed by zlib");
}
byte[] compressed2 = Zlib.Compress(file2, ZlibCompressionLevel.BEST_COMPRESSION);
File.WriteAllBytes("pdf_book.pdf.compress", compressed2);
byte[] decompressed1 = Zlib.Decompress(compressed1, file1.Length);
File.WriteAllBytes("image_decompress.jpg", decompressed1);
byte[] decompressed2 = Zlib.Decompress(compressed2, file2.Length);
File.WriteAllBytes("pdf_book_decompress.pdf", decompressed2);
Console.ReadKey();
}
public static byte[] CompressChunk(ref byte[] iBytes)
{
int length = iBytes.Length;
int destLength = (int)((double)length + (double)length * 0.001 + 12.0);
byte[] array = new byte[destLength];
int num = Zlib.Compress(ref array[0], ref destLength, ref iBytes[0], length, 9);
byte[] numArray;
if (num == 0)
{
Array.Resize <byte>(ref array, destLength);
numArray = array;
}
else
{
switch (num)
{
case -5:
MessageBox.Show("Unable to compress data chunk, output buffer is too small.", "Compression Error");
break;
case -4:
MessageBox.Show("Unable to compress data chunk, out of memory.", "Compression Error");
break;
case -3:
MessageBox.Show("Unable to compress data chunk, it seems to be corrupted. This should be impossible during compression.", "Compression Error");
break;
case -2:
MessageBox.Show("Unable to compress data chunk, compression level was invalid.", "Compression Error");
break;
default:
MessageBox.Show("Unable to compress data chunk, unknown Zlib error: " + num + ".", "Compression Error");
return(new byte[0]);
}
numArray = new byte[0];
}
return(numArray);
}
void BuildTable(string excelFile, Table table, string outputPath, bool encode)
{
if (!Directory.Exists(outputPath))
{
Directory.CreateDirectory(outputPath);
}
string code;
string proto;
object mainObject;
var codeBuilder = new CodeBuilder();
codeBuilder.Build("cs", table, true, false, false, name =>
{
return(ExcelHelper.ReadExcel(excelFile));
},
out code,
out proto,
out mainObject);
var path = Path.Combine(outputPath, table.Name + ".bytes");
using (var memory = new MemoryStream())
{
ProtoBuf.Meta.RuntimeTypeModel.Default.Serialize(memory, mainObject);
var buffer = memory.ToArray();
if (encode)
{
buffer = Zlib.Compress(buffer);
byte key = buffer[buffer.Length - 1];
for (int i = 0; i < buffer.Length - 1; i++)
{
buffer[i] ^= key;
}
}
File.WriteAllBytes(path, buffer);
}
}
public void generateBinFile(int gameId)
{
MD5FileEntry[] entries = null;
switch (gameId)
{
case 1:
MD5TablesME1 tablesME1 = new MD5TablesME1();
entries = tablesME1.entriesME1;
break;
case 2:
MD5TablesME2 tablesME2 = new MD5TablesME2();
entries = tablesME2.entriesME2;
break;
case 3:
MD5TablesME3 tablesME3 = new MD5TablesME3();
entries = tablesME3.entriesME3;
break;
}
MemoryStream stream = new MemoryStream();
stream.WriteInt32(entries.Length);
for (int p = 0; p < entries.Length; p++)
{
stream.WriteFromBuffer(entries[p].md5);
stream.WriteStringASCIINull(entries[p].path);
}
using (FileStream fs = new FileStream("MD5EntriesME" + gameId + ".bin", FileMode.Create, FileAccess.Write))
{
fs.WriteUInt32(md5Tag);
byte[] tmp = stream.ToArray();
fs.WriteInt32(tmp.Length);
fs.WriteFromBuffer(Zlib.Compress(tmp, 9));
}
}
public void generateBinFile(int gameId)
{
MD5FileEntry[] entries = null;
switch (gameId)
{
case 1:
MD5TablesME1 tablesME1 = new MD5TablesME1();
entries = tablesME1.entriesME1;
break;
case 2:
MD5TablesME2 tablesME2 = new MD5TablesME2();
entries = tablesME2.entriesME2;
break;
case 3:
MD5TablesME3 tablesME3 = new MD5TablesME3();
entries = tablesME3.entriesME3;
break;
}
MemoryStream stream = new MemoryStream();
List <string> files = new List <string>();
for (int p = 0; p < entries.Length; p++)
{
if (!files.Exists(s => s == entries[p].path))
{
files.Add(entries[p].path);
}
}
stream.WriteInt32(files.Count);
for (int p = 0; p < files.Count; p++)
{
stream.WriteStringASCIINull(files[p]);
}
stream.WriteInt32(entries.Length);
for (int p = 0; p < entries.Length; p++)
{
stream.WriteInt32(files.IndexOf(entries[p].path));
stream.WriteInt32(entries[p].size);
stream.WriteFromBuffer(entries[p].md5);
}
using (FileStream fs = new FileStream("MD5EntriesME" + gameId + ".bin", FileMode.Create, FileAccess.Write))
{
fs.WriteUInt32(md5Tag);
byte[] tmp = stream.ToArray();
fs.WriteInt32(tmp.Length);
fs.WriteFromBuffer(Zlib.Compress(tmp, 9));
}
if (gameId == 1)
{
// Polish version DB
MD5TablesME1PL tablesME1PL = new MD5TablesME1PL();
entries = tablesME1PL.entriesME1PL;
files = new List <string>();
stream = new MemoryStream();
for (int p = 0; p < entries.Length; p++)
{
if (!files.Exists(s => s == entries[p].path))
{
files.Add(entries[p].path);
}
}
stream.WriteInt32(files.Count);
for (int p = 0; p < files.Count; p++)
{
stream.WriteStringASCIINull(files[p]);
}
stream.WriteInt32(entries.Length);
for (int p = 0; p < entries.Length; p++)
{
stream.WriteInt32(files.IndexOf(entries[p].path));
stream.WriteInt32(entries[p].size);
stream.WriteFromBuffer(entries[p].md5);
}
using (FileStream fs = new FileStream("MD5EntriesME1PL.bin", FileMode.Create, FileAccess.Write))
{
fs.WriteUInt32(md5Tag);
byte[] tmp = stream.ToArray();
fs.WriteInt32(tmp.Length);
fs.WriteFromBuffer(Zlib.Compress(tmp, 9));
}
}
}
public byte[] GetBytes()
{
MemoryStream stream = new MemoryStream();
BinaryWriter writer = new BinaryWriter(stream);
writer.Write(blockDeltas.Count);
foreach (BlockDelta blockDelta in blockDeltas)
{
blockDelta.Write(writer);
}
writer.Write(hits.Count);
foreach (Hit hit in hits)
{
hit.Write(writer, false);
}
writer.Write(particles.Count);
foreach (Particle particle in particles)
{
particle.Write(writer);
}
writer.Write(sounds.Count);
foreach (Sound sound in sounds)
{
sound.Write(writer);
}
writer.Write(shoots.Count);
foreach (Shoot shoot in shoots)
{
shoot.Write(writer, false);
}
writer.Write(statics.Count);
foreach (StaticEntity staticEntity in statics)
{
staticEntity.Write(writer);
}
writer.Write(chunkItems.Count);
foreach (ChunkItems chunkItem in chunkItems)
{
chunkItem.Write(writer);
}
writer.Write(p48s.Count);
foreach (P48 p48 in p48s)
{
p48.Write(writer);
}
writer.Write(pickups.Count);
foreach (Pickup pickup in pickups)
{
pickup.Write(writer);
}
writer.Write(kills.Count);
foreach (Kill kill in kills)
{
kill.Write(writer);
}
writer.Write(damages.Count);
foreach (Damage damage in damages)
{
damage.Write(writer);
}
writer.Write(passiveProcs.Count); //npc rClick ??? todo
foreach (PassiveProc passiveProc in passiveProcs)
{
passiveProc.Write(writer, false);
}
writer.Write(missions.Count);
foreach (Mission mission in missions)
{
mission.Write(writer);
}
return(Zlib.Compress(stream.ToArray()));
}
private static byte[] GetCompressedPayload(Record record) => record.CompressedFieldData ?? (record.CompressedFieldData = Zlib.Compress(new ArraySegment <byte>(GetUncompressedPayload(record))).ToArray());
public static bool EncodePackMini(SessionPack sessionPack)
{
try
{
byte[] inBuf = sessionPack.requestToByteArray();
byte[] key = sessionPack.getSessionKey(true);
if (inBuf == null)
{
Log.e("MMPack", " in Data is Null");
return(false);
}
MMPKG_mini_header miniHeader = new MMPKG_mini_header
{
ret = (int)ConstantsProtocol.CLIENT_MAX_VERSION
};
//369302560 °æ±¾ÁÙ½ç
miniHeader.uin = (uint)SessionPackMgr.getAccount().getUin();
miniHeader.cmd_id = (ushort)sessionPack.getMMFuncID();
if (miniHeader.cmd_id == 805)
{
miniHeader.ret = (int)ConstantsProtocol.CLIENT_MIN_VERSION;
}
miniHeader.server_id = SessionPackMgr.getSeverID();
//miniHeader.device_type = 13;
miniHeader.device_type = 1;
miniHeader.compress_len = (uint)inBuf.Length;
miniHeader.server_id_len = (byte)SessionPackMgr.getSeverID().Length;
byte[] outBuf = null;
if (sessionPack.mNeedCompress)
{
miniHeader.compress_algo = 1;
if (!Zlib.Compress(inBuf, ref outBuf))
{
Log.e("MMPack", " Zlib Compress failed");
return(false);
}
}
else
{
miniHeader.compress_algo = 2;
outBuf = inBuf;
}
miniHeader.compressed_len = (uint)outBuf.Length;
short mEncrypt = sessionPack.mEncrypt;
byte[] data = null;
if ((key == null) || (key.Length <= 0))
{
//miniHeader.encrypt_algo = 1;
//RsaCertInfo new2 = sessionPack.getRsaCertInfo();
//if (new2 == null)
//{
// Log.e("MMPack", "getRsaCertInfo failed");
// return false;
//}
miniHeader.cert_version = 156;
//133
//BD6A54477640F0C0B209DB7747126896B27FB6B219AB9BC9C4CD9661F422E143A75AB2C34EAB88F44719D8D2E0D57CEC9713748BF821EC2014DF97B01CCE262F27CA24F4D89492F99DC8C1A414D0B8E760D815DF53A911D5D807CAF6827084BBE825A49C1BB9369675C4BE435597565B5C4222090235F6A5595003D5D5FA6780EBD51CEAC76D03D8EB9F97B45299719F7C352B2EF32449E0FDD09B562BA0317418B66FC0853EA9F5FFA85EAB8A14E2785C02B0CAC6AFD450EE5A6971C220E72FE6FA4B781235F39D206734C9974127E369E479BF3255FFF8C5FA4B133C642A5656A8E5F176472C5A3FE18D8816E40E58ABC2A4A32BA056EB0B504C86DAE05907
//160
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
//156
//C7587AC1B1CD3AFD44110CDD1796FCDE878BF7984E35715D784F3A32A63407E9F6B96158752D3313476D5340AC53657167E92C0A6D37AEA65768D8F262A94F4620F57A1B532553BE1FD4F2F4BFEF20127F51B349DF438D45D53814DE96A1482C7C571CA978D3F4A16995E7874960C73E05B480355F08F19997CD5DCB8293D34B2DAFECEA1F1AAC60532FB5FB83C9655FB0812FAF492E02E17123212C09F55CE326A1360B807972C87606C0243498FD47E3DE9BB5E597DE257AC2363E938BB865AEF090A5832E0A1990416B1090F466FFD1C3043A940EE93FA2C1FB85B87DAA2A797A28F8198AA8DE8563B283ACE5FD08F5320A07192E2BE4345C7E0CD3B6D72B
//135
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
try
{
//data = CdnRuntimeComponent.RSAEncrypt(outBuf, new2.strRsaKeyN, new2.strRsaKeyE);
// Util.RSAEncrypt(out data, outBuf, "DFE56EEE6506E5F9796B4F12C3A48121B84E548E9999D834E2C037E3CD276E9C4A2B1758C582A67F6D12895CE5525DDE51D0B92D32B8BE7B2C85827729C3571DCC14B581877BC634BCC7F9DA3825C97A25B341A64295098303C4B584EC579ECCA7C8B96782F65D650039EE7A0772C195DBEFC4488BDFB0B9A58C5C058E3AB04D", "010001");
string rsa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
int blockSize = 2048;
if (sessionPack.mNeedAutoAuth)
{
miniHeader.cert_version = 99;
blockSize = 1024;
rsa = "DFE56EEE6506E5F9796B4F12C3A48121B84E548E9999D834E2C037E3CD276E9C4A2B1758C582A67F6D12895CE5525DDE51D0B92D32B8BE7B2C85827729C3571DCC14B581877BC634BCC7F9DA3825C97A25B341A64295098303C4B584EC579ECCA7C8B96782F65D650039EE7A0772C195DBEFC4488BDFB0B9A58C5C058E3AB04D";
}
data = Util.RSAEncryptBlock(outBuf, rsa, "010001", blockSize);
miniHeader.encrypt_algo = 1;
//MicroMsg.Common.Utils.RSA.RSAEncrypt(out data, outBuf, new2.strRsaKeyN, new2.strRsaKeyE);
//MicroMsg.Common.Algorithm.RSA.RSAEncrypt(out data, outBuf);
if ((data == null) || (data.Length <= 0))
{
Log.e("MMPack", " RSAEncrypt failed");
return(false);
}
}
catch (Exception exception)
{
Log.e("MMPack", " RSAEncrypt exception," + exception.Message);
return(false);
}
return(PackMiniData(out sessionPack.mCacheBodyBuffer, miniHeader, data));
}
if (mEncrypt == 5)
{
miniHeader.encrypt_algo = 5;
data = AES.Encrypt(outBuf, key);
if (data == null)
{
Log.e("MMPack", "AES: AESEncrypt failed");
return(false);
}
return(PackMiniData(out sessionPack.mCacheBodyBuffer, miniHeader, data));
}
miniHeader.encrypt_algo = 4;
data = DES.EncryptBytes(outBuf, key, 1);
if (data == null)
{
Log.e("MMPack", "DES: DESEncrypt failed");
return(false);
}
return(PackMiniData(out sessionPack.mCacheBodyBuffer, miniHeader, data));
}
catch (Exception exception2)
{
Log.e("MMPack", exception2.Message);
return(false);
}
}
public static bool EncodePack(SessionPack sessionPack)
{
try
{
byte[] inBuf = sessionPack.requestToByteArray();
byte[] key = sessionPack.getSessionKey(true);
MMTLVHeader tlvHeader = new MMTLVHeader
{
Ret = (int)ConstantsProtocol.CLIENT_MIN_VERSION,
Uin = (uint)SessionPackMgr.getAccount().getUin(),
CmdId = (ushort)sessionPack.getMMFuncID(),
ServerId = SessionPackMgr.getSeverID(),
DeviceId = Util.StringToByteArray(Util.getDeviceUniqueId()),
CompressLen = (uint)inBuf.Length,
CompressVersion = 0x3e9
};
byte[] outBuf = null;
//Log.e("MMPack", " ServerId:" + Util.byteToHexStr(tlvHeader.ServerId));
if (sessionPack.mNeedCompress)
{
tlvHeader.CompressAlogrithm = 1;
if (!Zlib.Compress(inBuf, ref outBuf))
{
Log.e("MMPack", " Zlib Compress failed");
return(false);
}
}
else
{
tlvHeader.CompressAlogrithm = 2;
outBuf = inBuf;
}
tlvHeader.CompressedLen = (uint)outBuf.Length;
short mEncrypt = sessionPack.mEncrypt;
byte[] encryptText = null;
if ((key == null) || (key.Length <= 0))
{
//if (MicroMsg.Common.Algorithm.RSA.RSAEncrypt(out encryptText, outBuf) != 0)
//{
// Log.e("MMPack", " RSAEncrypt failed");
// return false;
//}
//RsaCertInfo new2 = sessionPack.getRsaCertInfo();
//if (new2 == null)
//{
// Log.e("MMPack", "getRsaCertInfo failed");
// return false;
//}
tlvHeader.CertVersion = 99;
//data = CdnRuntimeComponent.RSAEncrypt(outBuf, new2.strRsaKeyN, new2.strRsaKeyE);
//Util.RsaEncrypt(out encryptText, outBuf, new2.strRsaKeyN, new2.strRsaKeyE);
//Util.RSAEncrypt(out encryptText, outBuf, "DFE56EEE6506E5F9796B4F12C3A48121B84E548E9999D834E2C037E3CD276E9C4A2B1758C582A67F6D12895CE5525DDE51D0B92D32B8BE7B2C85827729C3571DCC14B581877BC634BCC7F9DA3825C97A25B341A64295098303C4B584EC579ECCA7C8B96782F65D650039EE7A0772C195DBEFC4488BDFB0B9A58C5C058E3AB04D", "010001");
encryptText = Util.RSAEncryptBlock(outBuf, "DFE56EEE6506E5F9796B4F12C3A48121B84E548E9999D834E2C037E3CD276E9C4A2B1758C582A67F6D12895CE5525DDE51D0B92D32B8BE7B2C85827729C3571DCC14B581877BC634BCC7F9DA3825C97A25B341A64295098303C4B584EC579ECCA7C8B96782F65D650039EE7A0772C195DBEFC4488BDFB0B9A58C5C058E3AB04D", "010001");
//MicroMsg.Common.Algorithm.RSA.RSAEncrypt(out data, outBuf);
if ((encryptText == null) || (encryptText.Length <= 0))
{
Log.e("MMPack", " RSAEncrypt failed");
return(false);
}
return(Pack(ref sessionPack.mCacheBodyBuffer, tlvHeader, encryptText));
}
if (mEncrypt == 5)
{
tlvHeader.CryptAlgorithm = 5;
encryptText = AES.Encrypt(outBuf, key);
if (encryptText == null)
{
Log.e("MMPack", "AES: AESEncrypt failed");
return(false);
}
return(Pack(ref sessionPack.mCacheBodyBuffer, tlvHeader, encryptText));
}
tlvHeader.CryptAlgorithm = 4;
encryptText = DES.EncryptBytes(outBuf, key, 1);
if (encryptText == null)
{
Log.e("MMPack", "DES: DESEncrypt failed");
return(false);
}
return(Pack(ref sessionPack.mCacheBodyBuffer, tlvHeader, encryptText));
}
catch (Exception exception)
{
Log.e("MMPack", exception.Message);
return(false);
}
}
void BuildSelected(string type, string save_path, bool build_data, bool build_proto, bool build_code, bool encode)
{
// find the selected tables.
var tables = new List <Table>();
foreach (ListViewItem lvItem in listView1.SelectedItems)
{
var key = Path.GetFileNameWithoutExtension(lvItem.Tag.ToString());
if (!mTableStore.Tables.ContainsKey(key))
{
continue;
}
tables.Add(mTableStore.Tables[key]);
}
try
{
mCodeBuilder.Reset();
foreach (var table in tables)
{
string code;
string proto;
object mainObject;
mCodeBuilder.Build(type, table, build_data, build_proto, build_code, ReadExcelData, out code, out proto, out mainObject);
if (build_data)
{
string path = save_path + "\\" + table.Name + ".bytes";
using (var memory = new MemoryStream())
{
ProtoBuf.Meta.RuntimeTypeModel.Default.Serialize(memory, mainObject);
byte[] buffer = memory.ToArray();
if (encode)
{
buffer = Zlib.Compress(buffer);
byte key = buffer[buffer.Length - 1];
for (int i = 0; i < buffer.Length - 1; i++)
{
buffer[i] ^= key;
}
File.WriteAllBytes(path, buffer);
}
else
{
File.WriteAllBytes(path, buffer);
}
}
}
if (build_proto)
{
string path = save_path + "\\" + table.Name + ".proto";
File.WriteAllText(path, proto);
}
if (build_code)
{
string path = save_path + "\\" + table.Name + "Manager." + type;
File.WriteAllText(path, code, Encoding.UTF8);
}
}
}
catch (Exception ex)
{
MessageBox.Show(ex.Message, "Build Failed", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
private static int WriteIDATChunk(Span <byte> png, Span <byte> zlib, int width, Span <ushort> blocks, Rgba32 backgroundColor, Span <Rgba32> palette, int scale)
{
// come back to the length of the chunk later
var chunkLength = png.Slice(0, 4);
const uint textIdat = 0x49444154; // "IDAT"
var couldWriteIdatText = BinaryPrimitives.TryWriteUInt32BigEndian(png.Slice(4, sizeof(uint)), textIdat);
Debug.Assert(couldWriteIdatText);
// now, write the raw PNG data into the *zlib* section, and from
// there, compress from the zlib section to the PNG section.
//
// it may seem backwards to write the PNG data not to the png
// section, but we'd have to end up copying the data in the zlib
// section back to the png section.
//
// it's really a matter of bad naming
var offset = 0;
using (var _ = DebugTimings.Start("Draw Pixels"))
{
if (scale == 1)
{
// typically, scale will be 1. this is a routine specifically
// optimized for that
for (var i = 0; i < blocks.Length; i++)
{
// for every scanline, we need to define the filter method
if (i % width == 0)
{
// http://www.libpng.org/pub/png/spec/1.2/PNG-Chunks.html#C.IDAT
// (Note that with filter method 0, the only one currently
// defined, this implies prepending a filter-type byte to
// each scanline.)
zlib[offset++] = 0;
}
var block = blocks[i];
// TODO: use uint magic or something
var color = GetColor(block, palette);
var slice = zlib.Slice(offset, sizeof(uint));
slice[0] = color.R;
slice[1] = color.G;
slice[2] = color.B;
slice[3] = color.A;
offset += 4;
}
}
else
{
// for non one scale things, we apply the following optimizations:
//
// - read in every color once, and write it twice
// - once we write a row, we copy what we just wrote over
//
// in contrast to just a for loop for each block color & height for
// the scale, this is much more efficient
// RGBA pixels v v scanline
var rowLength = (width * scale) * 4 + 1;
var lastScanlinePosition = -1;
// we'll always do the action once first
// then we'll need to copy it scale minus one (one because we already did it) times
var copies = scale - 1;
for (var i = 0; i < blocks.Length; i++)
{
if (i % width == 0)
{
// if we haven't set the scanline position
if (lastScanlinePosition != -1)
{
// there was data before this row
// let's copy out the data, and paste it as many times
// as the scale calls for
var row = zlib.Slice(lastScanlinePosition, rowLength);
// for as many times as we need to scale
for (int j = 0; j < copies; j++)
{
row.CopyTo(zlib.Slice(offset, rowLength));
offset += rowLength;
}
}
lastScanlinePosition = offset;
zlib[offset++] = 0;
}
var block = blocks[i];
// TODO: use uint magic or something
var color = GetColor(block, palette);
var slice = zlib.Slice(offset, sizeof(uint));
slice[0] = color.R;
slice[1] = color.G;
slice[2] = color.B;
slice[3] = color.A;
offset += 4;
for (int j = 0; j < copies; j++)
{
slice.CopyTo(zlib.Slice(offset, sizeof(uint)));
offset += 4;
}
}
// copied and pasted the code to paste the rows here
// when the above loop finishes going through every block, it still
// has to copy over the last scanline `copies` times
{
// there was data before this row
// let's copy out the data, and paste it as many times
// as the scale calls for
var row = zlib.Slice(lastScanlinePosition, rowLength);
// for as many times as we need to scale
for (int j = 0; j < copies; j++)
{
row.CopyTo(zlib.Slice(offset, rowLength));
offset += rowLength;
}
}
}
}
// we should've written to the entirety of zlib.
// if zlib doesn't perfectly match our length, we've miscalculated
// the amount of bytes to allocate.
Debug.Assert(offset == zlib.Length);
zlib = zlib.Slice(0, offset); // DEBUG
int written;
using (var _ = DebugTimings.Start("Zlib compression"))
{
written = Zlib.Compress(png.Slice(8), zlib);
}
// crc32 from the name to the end
uint crc32;
using (var _ = DebugTimings.Start("Crc32 Computation"))
{
crc32 = Crc32.Compute(png.Slice(4, 4 + written));
}
var couldWriteCrc32 = BinaryPrimitives.TryWriteUInt32BigEndian(png.Slice(8 + written, 4), crc32);
Debug.Assert(couldWriteCrc32);
var couldWriteChunkLength = BinaryPrimitives.TryWriteUInt32BigEndian(chunkLength, (uint)written);
Debug.Assert(couldWriteChunkLength);
return(8 + written + 4);
Rgba32 GetColor(ushort block, Span <Rgba32> palette)
{
if (block >= palette.Length)
{
return(backgroundColor);
}
var color = palette[block];
// if it's default(Rgba32), that means it doesn't have a color
if (Rgba32.ToUInt32(ref color) == 0)
{
return(backgroundColor);
}
return(color);
}
}
public static byte[] CompressTexture(byte[] inputData, StorageTypes type)
{
using (MemoryStream ouputStream = new MemoryStream())
{
uint compressedSize = 0;
uint dataBlockLeft = (uint)inputData.Length;
uint newNumBlocks = ((uint)inputData.Length + maxBlockSize - 1) / maxBlockSize;
List <ChunkBlock> blocks = new List <ChunkBlock>();
using (MemoryStream inputStream = new MemoryStream(inputData))
{
// skip blocks header and table - filled later
ouputStream.Seek(SizeOfChunk + SizeOfChunkBlock * newNumBlocks, SeekOrigin.Begin);
for (int b = 0; b < newNumBlocks; b++)
{
ChunkBlock block = new ChunkBlock();
block.uncomprSize = Math.Min(maxBlockSize, dataBlockLeft);
dataBlockLeft -= block.uncomprSize;
block.uncompressedBuffer = inputStream.ReadToBuffer(block.uncomprSize);
blocks.Add(block);
}
}
Parallel.For(0, blocks.Count, b =>
{
ChunkBlock block = blocks[b];
if (type == StorageTypes.extLZO || type == StorageTypes.pccLZO)
{
block.compressedBuffer = LZO2.Compress(block.uncompressedBuffer);
}
else if (type == StorageTypes.extZlib || type == StorageTypes.pccZlib)
{
block.compressedBuffer = Zlib.Compress(block.uncompressedBuffer);
}
else
{
throw new Exception("Compression type not expected!");
}
if (block.compressedBuffer.Length == 0)
{
throw new Exception("Compression failed!");
}
block.comprSize = (uint)block.compressedBuffer.Length;
blocks[b] = block;
});
for (int b = 0; b < blocks.Count; b++)
{
ChunkBlock block = blocks[b];
ouputStream.Write(block.compressedBuffer, 0, (int)block.comprSize);
compressedSize += block.comprSize;
}
ouputStream.SeekBegin();
ouputStream.WriteUInt32(textureTag);
ouputStream.WriteUInt32(maxBlockSize);
ouputStream.WriteUInt32(compressedSize);
ouputStream.WriteInt32(inputData.Length);
foreach (ChunkBlock block in blocks)
{
ouputStream.WriteUInt32(block.comprSize);
ouputStream.WriteUInt32(block.uncomprSize);
}
return(ouputStream.ToArray());
}
}