public void FloatBoundaryTest()
{
var capacity = 10;
using var buffer = new MessagePackBuffer(capacity);
var serializer = MessagePackSerializersRepository.Get <float>();
serializer.Serialize(float.MaxValue, buffer);
serializer.Serialize(float.MinValue, buffer);
Assert.Equal(buffer.Length, capacity);
var firstValue = buffer.GetPart(0, 5);
Assert.Equal(firstValue[0], 202);
Assert.Equal(firstValue[1], 127);
Assert.Equal(firstValue[2], 127);
Assert.Equal(firstValue[3], 255);
Assert.Equal(firstValue[4], 255);
var secondValue = buffer.GetPart(5, 5);
Assert.Equal(secondValue[0], 202);
Assert.Equal(secondValue[1], 255);
Assert.Equal(secondValue[2], 127);
Assert.Equal(secondValue[3], 255);
Assert.Equal(secondValue[4], 255);
}
public void StringTest()
{
var shortStr = new string(new char[31]);
var str8 = new string(new char[byte.MaxValue - 10]);
var str16 = new string(new char[ushort.MaxValue - 10]);
var str32 = new string(new char[ushort.MaxValue + 10]);
using var buffer = new MessagePackBuffer();
var serializer = MessagePackSerializersRepository.Get <string>();
serializer.Serialize(null, buffer);
serializer.Serialize("", buffer);
serializer.Serialize(shortStr, buffer);
serializer.Serialize(str8, buffer);
serializer.Serialize(str16, buffer);
serializer.Serialize(str32, buffer);
buffer.ResetPosition();
Assert.Equal(null, serializer.Deserialize(buffer));
Assert.Equal("", serializer.Deserialize(buffer));
var str = serializer.Deserialize(buffer);
var count = str.Length;
var count2 = shortStr.Length;
Assert.Equal(shortStr, str);
Assert.Equal(str8, serializer.Deserialize(buffer));
Assert.Equal(str16, serializer.Deserialize(buffer));
Assert.Equal(str32, serializer.Deserialize(buffer));
}
public MessagePackSerializerValueTuple4()
{
_item1Serializer = MessagePackSerializersRepository.Get <T1>();
_item2Serializer = MessagePackSerializersRepository.Get <T2>();
_item3Serializer = MessagePackSerializersRepository.Get <T3>();
_item4Serializer = MessagePackSerializersRepository.Get <T4>();
}
public void DoubleBoundaryTest()
{
var capacity = 18;
using var buffer = new MessagePackBuffer(capacity);
var serializer = MessagePackSerializersRepository.Get <double>();
serializer.Serialize(double.MinValue, buffer);
serializer.Serialize(double.MaxValue, buffer);
Assert.Equal(buffer.Length, capacity);
var firstValue = buffer.GetPart(0, 9);
Assert.Equal(firstValue[0], 203);
Assert.Equal(firstValue[1], 255);
Assert.Equal(firstValue[2], 239);
Assert.Equal(firstValue[3], 255);
Assert.Equal(firstValue[4], 255);
Assert.Equal(firstValue[5], 255);
Assert.Equal(firstValue[6], 255);
Assert.Equal(firstValue[7], 255);
Assert.Equal(firstValue[8], 255);
var secondValue = buffer.GetPart(9, 9);
Assert.Equal(secondValue[0], 203);
Assert.Equal(secondValue[1], 127);
Assert.Equal(secondValue[2], 239);
Assert.Equal(secondValue[3], 255);
Assert.Equal(secondValue[4], 255);
Assert.Equal(secondValue[5], 255);
Assert.Equal(secondValue[6], 255);
Assert.Equal(secondValue[7], 255);
Assert.Equal(secondValue[8], 255);
}
public void SignedNumbersTest()
{
using var buffer = new MessagePackBuffer();
var intSerializer = MessagePackSerializersRepository.Get <int>();
var sbyteSerializer = MessagePackSerializersRepository.Get <sbyte>();
var shortSerializer = MessagePackSerializersRepository.Get <short>();
var longSerializer = MessagePackSerializersRepository.Get <long>();
intSerializer.Serialize(-1, buffer);
intSerializer.Serialize(1, buffer);
sbyteSerializer.Serialize(sbyte.MinValue, buffer);
sbyteSerializer.Serialize(sbyte.MaxValue, buffer);
shortSerializer.Serialize(short.MinValue, buffer);
shortSerializer.Serialize(short.MaxValue, buffer);
intSerializer.Serialize(int.MinValue, buffer);
intSerializer.Serialize(int.MaxValue, buffer);
longSerializer.Serialize(long.MinValue, buffer);
longSerializer.Serialize(long.MaxValue, buffer);
buffer.ResetPosition();
Assert.Equal(-1, intSerializer.Deserialize(buffer));
Assert.Equal(1, intSerializer.Deserialize(buffer));
Assert.Equal(sbyte.MinValue, sbyteSerializer.Deserialize(buffer));
Assert.Equal(sbyte.MaxValue, sbyteSerializer.Deserialize(buffer));
Assert.Equal(short.MinValue, shortSerializer.Deserialize(buffer));
Assert.Equal(short.MaxValue, shortSerializer.Deserialize(buffer));
Assert.Equal(int.MinValue, intSerializer.Deserialize(buffer));
Assert.Equal(int.MaxValue, intSerializer.Deserialize(buffer));
Assert.Equal(long.MinValue, longSerializer.Deserialize(buffer));
Assert.Equal(long.MaxValue, longSerializer.Deserialize(buffer));
}
public MessagePackSerializerValueTuple7()
{
_item1Serializer = MessagePackSerializersRepository.Get <T1>();
_item2Serializer = MessagePackSerializersRepository.Get <T2>();
_item3Serializer = MessagePackSerializersRepository.Get <T3>();
_item4Serializer = MessagePackSerializersRepository.Get <T4>();
_item5Serializer = MessagePackSerializersRepository.Get <T5>();
_item6Serializer = MessagePackSerializersRepository.Get <T6>();
_item7Serializer = MessagePackSerializersRepository.Get <T7>();
}
public void BoolTest()
{
using var buffer = new MessagePackBuffer(2);
var serializer = MessagePackSerializersRepository.Get <bool>();
serializer.Serialize(false, buffer);
serializer.Serialize(true, buffer);
var data = buffer.GetAll();
Assert.Equal(2, data.Length);
Assert.Equal(0xc2, data[0]);
Assert.Equal(0xc3, data[1]);
}
public void NullStringTest()
{
var capacity = 1;
using var buffer = new MessagePackBuffer(capacity);
var serializer = MessagePackSerializersRepository.Get <string>();
serializer.Serialize(null, buffer);
Assert.Equal(buffer.Length, capacity);
var data = buffer.GetAll();
Assert.Equal(data[0], 192);
}
public void DateTimeTest()
{
var dateTimeZero = new DateTime(1970, 1, 1);
var dateTime = new DateTime(2020, 1, 1, 1, 1, 1, 1);
using var buffer = new MessagePackBuffer();
var serializer = MessagePackSerializersRepository.Get <DateTime>();
serializer.Serialize(dateTimeZero, buffer);
serializer.Serialize(dateTime, buffer);
buffer.ResetPosition();
Assert.Equal(dateTimeZero, serializer.Deserialize(buffer));
Assert.Equal(dateTime, serializer.Deserialize(buffer));
}
public void ByteBoundaryTest()
{
var capacity = 2;
using var buffer = new MessagePackBuffer(capacity);
var serializer = MessagePackSerializersRepository.Get <byte>();
serializer.Serialize(byte.MaxValue, buffer);
Assert.Equal(buffer.Length, capacity);
var data = buffer.GetAll();
Assert.Equal(data[0], 204);
Assert.Equal(data[1], 255);
}
public void UshortBoundaryTest()
{
var capacity = 3;
using var buffer = new MessagePackBuffer(capacity);
var serializer = MessagePackSerializersRepository.Get <ushort>();
serializer.Serialize(ushort.MaxValue, buffer);
Assert.Equal(buffer.Length, capacity);
var data = buffer.GetAll();
Assert.Equal(data[0], 205);
Assert.Equal(data[1], 255);
Assert.Equal(data[2], 255);
}
public void TestCustomSerialization()
{
using var buffer = new MessagePackBuffer();
var writer = new MessagePackWriter(buffer);
var value = new TestSerializable(0x1);
var serializer = MessagePackSerializersRepository.Get <TestSerializable>();
serializer.Serialize(value, writer);
buffer.ResetPosition();
var reader = new MessagePackReader(buffer);
var deserializedValue = serializer.Deserialize(reader);
Assert.Equal(value.Value, deserializedValue.Value);
}
public void FloatingPointNumbersTest()
{
using var buffer = new MessagePackBuffer();
var floatSerializer = MessagePackSerializersRepository.Get <float>();
var doubleSerializer = MessagePackSerializersRepository.Get <double>();
floatSerializer.Serialize(float.MaxValue, buffer);
floatSerializer.Serialize(float.MinValue, buffer);
doubleSerializer.Serialize(double.MaxValue, buffer);
doubleSerializer.Serialize(double.MinValue, buffer);
buffer.ResetPosition();
Assert.Equal(float.MaxValue, floatSerializer.Deserialize(buffer));
Assert.Equal(float.MinValue, floatSerializer.Deserialize(buffer));
Assert.Equal(double.MaxValue, doubleSerializer.Deserialize(buffer));
Assert.Equal(double.MinValue, doubleSerializer.Deserialize(buffer));
}
public void SbyteBoundaryTest()
{
var capacity = 3;
using var buffer = new MessagePackBuffer(capacity);
var sbyteSerializer = MessagePackSerializersRepository.Get <sbyte>();
sbyteSerializer.Serialize(sbyte.MinValue, buffer);
sbyteSerializer.Serialize(sbyte.MaxValue, buffer);
Assert.Equal(buffer.Length, capacity);
var data = buffer.GetAll();
Assert.Equal(data[0], 208);
Assert.Equal(data[1], 128);
Assert.Equal(data[2], 127);
}
public void BinaryTest()
{
var binaryData8 = new byte[byte.MaxValue - 1];
var binaryData16 = new byte[ushort.MaxValue - 1];
var binaryData32 = new byte[ushort.MaxValue + 1];
using var buffer = new MessagePackBuffer();
var serializer = MessagePackSerializersRepository.Get <byte[]>();
serializer.Serialize(binaryData8, buffer);
serializer.Serialize(binaryData16, buffer);
serializer.Serialize(binaryData32, buffer);
buffer.ResetPosition();
Assert.Equal(binaryData8, serializer.Deserialize(buffer));
Assert.Equal(binaryData16, serializer.Deserialize(buffer));
Assert.Equal(binaryData32, serializer.Deserialize(buffer));
}
private void TestCompatibility <T>(T[] values)
{
using var buffer = new MessagePackBuffer();
using var packer = Packer.Create(buffer);
var cliSerializer = MessagePackSerializer.Get <T>();
var sekougiSerializer = MessagePackSerializersRepository.Get <T>();
foreach (var value in values)
{
cliSerializer.PackTo(packer, value);
}
buffer.ResetPosition();
foreach (var value in values)
{
var deserializedValue = sekougiSerializer.Deserialize(buffer);
Assert.Equal(value, deserializedValue);
}
}
public void UnsignedNumbersTest()
{
using var buffer = new MessagePackBuffer();
var uintSerializer = MessagePackSerializersRepository.Get <uint>();
var byteSerializer = MessagePackSerializersRepository.Get <byte>();
var ushortSerializer = MessagePackSerializersRepository.Get <ushort>();
var ulongSerializer = MessagePackSerializersRepository.Get <ulong>();
byteSerializer.Serialize(byte.MaxValue, buffer);
ushortSerializer.Serialize(ushort.MaxValue, buffer);
uintSerializer.Serialize(uint.MaxValue, buffer);
ulongSerializer.Serialize(ulong.MaxValue, buffer);
buffer.ResetPosition();
Assert.Equal(byte.MaxValue, byteSerializer.Deserialize(buffer));
Assert.Equal(ushort.MaxValue, ushortSerializer.Deserialize(buffer));
Assert.Equal(uint.MaxValue, uintSerializer.Deserialize(buffer));
Assert.Equal(ulong.MaxValue, ulongSerializer.Deserialize(buffer));
}
public void TimeStamp32Test()
{
var capacity = 6;
using var buffer = new MessagePackBuffer(6);
var serializer = MessagePackSerializersRepository.Get <DateTime>();
var date = new DateTime(1970, 1, 1);
serializer.Serialize(date, buffer);
Assert.Equal(buffer.Length, capacity);
var data = buffer.GetAll();
Assert.Equal(data[0], 214);
Assert.Equal(data[1], 255);
Assert.Equal(data[2], 0);
Assert.Equal(data[3], 0);
Assert.Equal(data[4], 0);
Assert.Equal(data[5], 0);
}
public void ArrayTest()
{
var arrayEmpty = new string[0];
var array1 = new string[1];
var array16 = new string[ushort.MaxValue - 1];
var array32 = new string[ushort.MaxValue + 1];
using var buffer = new MessagePackBuffer();
var serializer = MessagePackSerializersRepository.Get <string[]>();
serializer.Serialize(arrayEmpty, buffer);
serializer.Serialize(array1, buffer);
serializer.Serialize(array16, buffer);
serializer.Serialize(array32, buffer);
buffer.ResetPosition();
Assert.Equal(arrayEmpty, serializer.Deserialize(buffer));
Assert.Equal(array1, serializer.Deserialize(buffer));
Assert.Equal(array16, serializer.Deserialize(buffer));
Assert.Equal(array32, serializer.Deserialize(buffer));
}
public void ValueTuple1Test()
{
using var buffer = new MessagePackBuffer();
var serializer1 = MessagePackSerializersRepository.Get <ValueTuple <int> >();
var serializer2 = MessagePackSerializersRepository.Get <ValueTuple <int, byte> >();
var serializer3 = MessagePackSerializersRepository.Get <ValueTuple <int, byte, sbyte> >();
var serializer4 = MessagePackSerializersRepository.Get <ValueTuple <int, byte, sbyte, double> >();
var serializer5 = MessagePackSerializersRepository.Get <ValueTuple <int, byte, sbyte, uint, short> >();
var serializer6 = MessagePackSerializersRepository.Get <ValueTuple <int, byte, sbyte, uint, short, float> >();
var serializer7 = MessagePackSerializersRepository.Get <ValueTuple <int, byte, sbyte, uint, short, float, double> >();
var serializer8 = MessagePackSerializersRepository.Get <ValueTuple <string, int, int, int, int, int, int, ValueTuple <int> > >();
var tuple1 = new ValueTuple <int>(1);
var tuple2 = (1, (byte)1);
var tuple3 = (1, (byte)1, (sbyte)1);
var tuple4 = (1, (byte)1, (sbyte)1, 1d);
var tuple5 = (1, (byte)1, (sbyte)1, (uint)1, (short)1);
var tuple6 = (1, (byte)1, (sbyte)1, (uint)1, (short)1, 1f);
var tuple7 = (1, (byte)1, (sbyte)1, (uint)1, (short)1, 1f, 1d);
var tuple8 = new ValueTuple <string, int, int, int, int, int, int, ValueTuple <int> >("test", 1, 1, 1, 1, 1, 1, tuple1);
serializer1.Serialize(tuple1, buffer);
serializer2.Serialize(tuple2, buffer);
serializer3.Serialize(tuple3, buffer);
serializer4.Serialize(tuple4, buffer);
serializer5.Serialize(tuple5, buffer);
serializer6.Serialize(tuple6, buffer);
serializer7.Serialize(tuple7, buffer);
serializer8.Serialize(tuple8, buffer);
buffer.ResetPosition();
Assert.Equal(tuple1, serializer1.Deserialize(buffer));
Assert.Equal(tuple2, serializer2.Deserialize(buffer));
Assert.Equal(tuple3, serializer3.Deserialize(buffer));
Assert.Equal(tuple4, serializer4.Deserialize(buffer));
Assert.Equal(tuple5, serializer5.Deserialize(buffer));
Assert.Equal(tuple6, serializer6.Deserialize(buffer));
Assert.Equal(tuple7, serializer7.Deserialize(buffer));
Assert.Equal(tuple8, serializer8.Deserialize(buffer));
}
public void UlongBoundaryTest()
{
var capacity = 9;
using var buffer = new MessagePackBuffer(capacity);
var serializer = MessagePackSerializersRepository.Get <ulong>();
serializer.Serialize(ulong.MaxValue, buffer);
Assert.Equal(buffer.Length, capacity);
var data = buffer.GetAll();
Assert.Equal(data[0], 207);
Assert.Equal(data[1], 255);
Assert.Equal(data[2], 255);
Assert.Equal(data[3], 255);
Assert.Equal(data[4], 255);
Assert.Equal(data[5], 255);
Assert.Equal(data[6], 255);
Assert.Equal(data[7], 255);
Assert.Equal(data[8], 255);
}
public void ShortBoundaryTest()
{
var capacity = 6;
using var buffer = new MessagePackBuffer(capacity);
var serializer = MessagePackSerializersRepository.Get <short>();
serializer.Serialize(short.MinValue, buffer);
serializer.Serialize(short.MaxValue, buffer);
Assert.Equal(buffer.Length, capacity);
var firstValue = buffer.GetPart(0, 3);
Assert.Equal(firstValue[0], 209);
Assert.Equal(firstValue[1], 128);
Assert.Equal(firstValue[2], 0);
var secondValue = buffer.GetPart(3, 3);
Assert.Equal(secondValue[0], 209);
Assert.Equal(secondValue[1], 127);
Assert.Equal(secondValue[2], 255);
}
public MessagePackSerializerValueTuple1()
{
_itemSerializer = MessagePackSerializersRepository.Get <T>();
}
public DataResponse()
{
_dataSerializer = MessagePackSerializersRepository.Get <T>();
}
public void FixNumsTest()
{
var capacity = 39;
using var buffer = new MessagePackBuffer(capacity);
var byteSerializer = MessagePackSerializersRepository.Get <byte>();
var sbyteSerializer = MessagePackSerializersRepository.Get <sbyte>();
var shortSerializer = MessagePackSerializersRepository.Get <short>();
var ushortSerializer = MessagePackSerializersRepository.Get <ushort>();
var intSerializer = MessagePackSerializersRepository.Get <int>();
var uintSerializer = MessagePackSerializersRepository.Get <uint>();
var longSerializer = MessagePackSerializersRepository.Get <long>();
var ulongSerializer = MessagePackSerializersRepository.Get <ulong>();
byteSerializer.Serialize(0, buffer);
sbyteSerializer.Serialize(0, buffer);
shortSerializer.Serialize(0, buffer);
ushortSerializer.Serialize(0, buffer);
intSerializer.Serialize(0, buffer);
uintSerializer.Serialize(0, buffer);
longSerializer.Serialize(0, buffer);
ulongSerializer.Serialize(0, buffer);
byteSerializer.Serialize(64, buffer);
sbyteSerializer.Serialize(64, buffer);
shortSerializer.Serialize(64, buffer);
ushortSerializer.Serialize(64, buffer);
intSerializer.Serialize(64, buffer);
uintSerializer.Serialize(64, buffer);
longSerializer.Serialize(64, buffer);
ulongSerializer.Serialize(64, buffer);
byteSerializer.Serialize(127, buffer);
sbyteSerializer.Serialize(127, buffer);
shortSerializer.Serialize(127, buffer);
ushortSerializer.Serialize(127, buffer);
intSerializer.Serialize(127, buffer);
uintSerializer.Serialize(127, buffer);
longSerializer.Serialize(127, buffer);
ulongSerializer.Serialize(127, buffer);
sbyteSerializer.Serialize(-1, buffer);
shortSerializer.Serialize(-1, buffer);
intSerializer.Serialize(-1, buffer);
longSerializer.Serialize(-1, buffer);
sbyteSerializer.Serialize(-16, buffer);
shortSerializer.Serialize(-16, buffer);
intSerializer.Serialize(-16, buffer);
longSerializer.Serialize(-16, buffer);
sbyteSerializer.Serialize(-32, buffer);
shortSerializer.Serialize(-32, buffer);
intSerializer.Serialize(-32, buffer);
longSerializer.Serialize(-32, buffer);
longSerializer.Serialize(1, buffer);
longSerializer.Serialize(-33, buffer);
Assert.Equal(buffer.Length, capacity);
var data0 = buffer.GetPart(0, 8);
foreach (var value in data0)
{
Assert.Equal(value, 0x00);
}
var data64 = buffer.GetPart(8, 8);
foreach (var value in data64)
{
Assert.Equal(value, 0x40);
}
var data127 = buffer.GetPart(16, 8);
foreach (var value in data127)
{
Assert.Equal(value, 0x7f);
}
var dataNegative1 = buffer.GetPart(24, 4);
foreach (var value in dataNegative1)
{
Assert.Equal(value, 0xff);
}
var dataNegative16 = buffer.GetPart(28, 4);
foreach (var value in dataNegative16)
{
Assert.Equal(value, 0xf0);
}
var dataNegative32 = buffer.GetPart(32, 4);
foreach (var value in dataNegative32)
{
Assert.Equal(value, 0xe0);
}
var outOfBoundsValues = buffer.GetPart(36, 3);
Assert.Equal(outOfBoundsValues[0], 1);
Assert.Equal(outOfBoundsValues[1], 208);
Assert.Equal(outOfBoundsValues[2], 223);
}
public MessagePackSerializerList()
{
_elementSerializer = MessagePackSerializersRepository.Get <T>();
}
public MessagePackSerializerDictionary()
{
_keySerializer = MessagePackSerializersRepository.Get <TKey>();
_valueSerializer = MessagePackSerializersRepository.Get <TValue>();
}
public void Setup()
{
var size = 100000;
_shortString = new string(new char[10]);
_averageString = new string(new char[10000]);
_largeString = new string(new char[int.MaxValue / 10]);
_tuple = (int.MaxValue, double.MaxValue, int.MaxValue);
_intArray = new int[size];
_tuples = new List <TupleData>(size);
for (var i = 0; i < size; i++)
{
var tuple = new TupleData(Int32.MaxValue - i, double.MaxValue - i, long.MaxValue - 1);
_tuples.Add(tuple);
}
_serializerIntCli = MessagePackSerializer.Get <int>();
_serializerDoubleCli = MessagePackSerializer.Get <double>();
_serializerFloatCli = MessagePackSerializer.Get <float>();
_serializerStringCli = MessagePackSerializer.Get <string>();
_serializerArrayIntCli = MessagePackSerializer.Get <int[]>();
_serializerTupleArrayCli = MessagePackSerializer.Get <List <TupleData> >();
_serializerTupleCli = MessagePackSerializer.Get <TupleData>();
_serializerIntSekougi = MessagePackSerializersRepository.Get <int>();
_serializerDoubleSekougi = MessagePackSerializersRepository.Get <double>();
_serializerFloatSekougi = MessagePackSerializersRepository.Get <float>();
_serializerStringSekougi = MessagePackSerializersRepository.Get <string>();
_serializerArrayIntSekougi = MessagePackSerializersRepository.Get <int[]>();
_serializerTupleArraySekougi = MessagePackSerializersRepository.Get <List <TupleData> >();
_serializerTupleSekougi = MessagePackSerializersRepository.Get <TupleData>();
var stringToSerialize = new string(new char[size]);
var intArrayToSerialize = new int[size];
_streamCliTuple = new MemoryStream();
_serializerTupleCli.Pack(_streamCliTuple, _tuple);
_streamCliInt = new MemoryStream();
_serializerIntCli.Pack(_streamCliInt, int.MaxValue);
_streamCliFloat = new MemoryStream();
_serializerFloatCli.Pack(_streamCliFloat, float.MaxValue);
_streamCliString = new MemoryStream();
_serializerStringCli.Pack(_streamCliString, new string(stringToSerialize));
_streamCliArrayInt = new MemoryStream();
_serializerArrayIntCli.Pack(_streamCliArrayInt, intArrayToSerialize);
_sekougiDeserializationBufferIntArray = new MessagePackBuffer();
var writer = new MessagePackWriter(_sekougiDeserializationBufferIntArray);
_serializerArrayIntSekougi.Serialize(intArrayToSerialize, writer);
_sekougiDeserializationBufferTuple = new MessagePackBuffer();
writer = new MessagePackWriter(_sekougiDeserializationBufferTuple);
_serializerTupleSekougi.Serialize(_tuple, writer);
_sekougiDeserializationBufferInt = new MessagePackBuffer();
writer = new MessagePackWriter(_sekougiDeserializationBufferInt);
_serializerIntSekougi.Serialize(int.MaxValue, writer);
_sekougiDeserializationBufferFloat = new MessagePackBuffer();
writer = new MessagePackWriter(_sekougiDeserializationBufferFloat);
_serializerFloatSekougi.Serialize(float.MaxValue, writer);
_sekougiDeserializationBufferString = new MessagePackBuffer();
writer = new MessagePackWriter(_sekougiDeserializationBufferString);
_serializerStringSekougi.Serialize(new string(stringToSerialize), writer);
}