void Encode()
{
Assert.Equal("bcd", _coder.Encode("abc"));
Assert.Equal("234", _coder.Encode("123"));
Assert.Equal("yza", _coder.Encode("xyz"));
Assert.Equal("анб", _coder.Encode("яма"));
}
public void Encode()
{
Dictionary <byte, int> symbolQuantityDic = createDictionary();
var builder = new HuffmanCodecBuilder <byte>();
var tree = builder.BuildTree(Comparer <byte> .Default, symbolQuantityDic);
ICoder <byte> huffmanCoder = builder.GetCoder(tree);
huffmanCoder.Encode(new StandardHuffmanCoderInput(inputReader), new HuffmanCoderOutput(coderOutputWriter));
coderOutputWriter.CreateFileBytes(HuffmanEncodeModel.Standard, false, SymbolQuantityMapConverter.StandardIntToExtConvert(symbolQuantityDic, huffmanCoder.GetEncodingDictionary()));
}
public void Send(Protobuf protobuf)
{
if(socket == null || !socket.Connected)
{
UnityEngine.Debug.LogError("Socket was not established!");
return;
}
beforeSendProto(protobuf);
var data = coder.Encode(protobuf);
socket.BeginSend(data, 0, data.Length, SocketFlags.None, beginSendCallback, socket);
}
private static string Encrypt(ICoder coder, string inputString)
{
return(coder.Encode(inputString));
}
void Encode()
{
Assert.Equal("zyx", _coder.Encode("abc"));
Assert.Equal("cba", _coder.Encode("xyz"));
Assert.Equal("яа", _coder.Encode("ая"));
}
private void encode(string source, ICoder coder)
{
_data = coder.Encode(source, out _length);
}