public async Task SingleSendReceiveComposePrimitiveTypeTest()
{
var tcpClient = GetClient <long, RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <int> > > > >, RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <int> > > > > >();
var request = RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <int> > > > > .Create(
RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <int> > > > .Create(
RecursiveMock <RecursiveMock <RecursiveMock <int> > > .Create(
RecursiveMock <RecursiveMock <int> > .Create(
RecursiveMock <int> .Create(
int.MaxValue
)
)
)
)
);
await tcpClient.SendAsync(request);
var batch = await tcpClient.ReceiveAsync(1337L);
var response = batch.First();
Assert.NotNull(response);
Assert.NotNull(response.Data);
Assert.NotNull(response.Data.Data);
Assert.NotNull(response.Data.Data.Data);
Assert.NotNull(response.Data.Data.Data.Data);
Assert.AreEqual(response.Data.Data.Data.Data.Data, int.MaxValue);
await tcpClient.DisposeAsync();
}
public void DeserializeFromBytesSpeedTest()
{
var binarySerializer = new BinarySerializer(new StandartBinarySerializer(), new StandartBinaryDeserializer(), BinarySerializerStuffTest.Converters);
var mock = RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <int> > > > > .Create(
RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <int> > > > .Create(
RecursiveMock <RecursiveMock <RecursiveMock <int> > > .Create(
RecursiveMock <RecursiveMock <int> > .Create(
RecursiveMock <int> .Create(int.MaxValue
)
)
)
)
);
var serialize = binarySerializer.Serialize(mock);
var sw = Stopwatch.StartNew();
for (var i = 0; i < 10000; i++)
{
var sequence = new ReadOnlySequence <byte>(serialize.Result);
sw.Start();
var data = binarySerializer.Deserialize <long, RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <int> > > > > >(sequence);
sw.Stop();
Assert.NotNull(data);
}
Assert.Less(sw.ElapsedMilliseconds, 300);
TestContext.WriteLine($"Deserialize: {sw.Elapsed.ToString()}");
}
public async Task DeserializeFromPipeSpeedTest()
{
var binarySerializer = new BinarySerializer(new StandartBinarySerializer(), new StandartBinaryDeserializer(), BinarySerializerStuffTest.Converters);
var mock = RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <int> > > > > .Create(
RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <int> > > > .Create(
RecursiveMock <RecursiveMock <RecursiveMock <int> > > .Create(
RecursiveMock <RecursiveMock <int> > .Create(
RecursiveMock <int> .Create(int.MaxValue
)
)
)
)
);
var serialize = binarySerializer.Serialize(mock);
var sw = Stopwatch.StartNew();
for (var i = 0; i < 10000; i++)
{
var pipe = PipeReader.Create(new MemoryStream(serialize.Result.ToArray()));
sw.Start();
var data = await binarySerializer.DeserializeAsync <long, RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <int> > > > > >(pipe, CancellationToken.None);
sw.Stop();
Assert.NotNull(data);
}
Assert.Less(sw.ElapsedMilliseconds, 300);
TestContext.WriteLine($"Deserialize: {sw.Elapsed.ToString()}");
}
public void SerializeStandartSpeedTest()
{
var binarySerializer = new BinarySerializer(new StandartBinarySerializer(), new StandartBinaryDeserializer(), BinarySerializerStuffTest.Converters);
var mock = RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <int> > > > > .Create(
RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <int> > > > .Create(
RecursiveMock <RecursiveMock <RecursiveMock <int> > > .Create(
RecursiveMock <RecursiveMock <int> > .Create(
RecursiveMock <int> .Create(int.MaxValue
)
)
)
)
);
var sw = Stopwatch.StartNew();
for (var i = 0; i < 10000; i++)
{
_ = binarySerializer.Serialize(mock);
}
sw.Stop();
Assert.Less(sw.ElapsedMilliseconds, 300);
TestContext.WriteLine($"Serialize: {sw.Elapsed.ToString()}");
}
public async Task SerializeWithPoolDeserializeFromPipeRecursiveComposeValueTypeTest()
{
var binarySerializer = new BinarySerializer(new ArrayPoolBinarySerializer(), new StandartBinaryDeserializer(), BinarySerializerStuffTest.Converters);
var mock = RecursiveMock <int> .Create(1337);
var serialize = binarySerializer.Serialize(mock);
var pipe = PipeReader.Create(new MemoryStream(serialize.Result.ToArray()));
var data = await binarySerializer.DeserializeAsync <long, RecursiveMock <int> >(pipe, CancellationToken.None);
Assert.NotNull(data);
}
public void SerializeStandartDeserializeRecursiveComposeValueTypeTest()
{
var binarySerializer = new BinarySerializer(new StandartBinarySerializer(), new StandartBinaryDeserializer(), BinarySerializerStuffTest.Converters);
var mock = RecursiveMock <int> .Create(1337);
var serialize = binarySerializer.Serialize(mock);
var data = binarySerializer.Deserialize <long, RecursiveMock <int> >(new ReadOnlySequence <byte>(serialize.Result));
Assert.NotNull(data);
Assert.AreEqual(mock.Id, data.Identifier);
Assert.AreEqual(mock.Id, data.Result.Id);
Assert.AreEqual(mock.Size, data.Result.Size);
Assert.AreEqual(mock.Data, data.Result.Data);
}
public async Task SerializeDeserializeRecursiveComposeValueTypeTest()
{
var pool = ArrayPool <byte> .Create();
var serializer = new TcpSerializer <RecursiveMock <int> >(_bitConverterHelper, i => pool.Rent(i));
var deserializer = new TcpDeserializer <long, RecursiveMock <int> >(_bitConverterHelper);
var mock = RecursiveMock <int> .Create(1337);
var serialize = serializer.Serialize(mock);
var pipe = PipeReader.Create(new MemoryStream(serialize.Request.ToArray()));
var(id, data) = await deserializer.DeserializeAsync(pipe, CancellationToken.None);
Assert.NotNull(id);
Assert.NotNull(data);
}
public void SerializeStandartDeserializeRecursiveComposeTypeTest()
{
var binarySerializer = new BinarySerializer(new StandartBinarySerializer(), new StandartBinaryDeserializer(), BinarySerializerStuffTest.Converters);
var mock = RecursiveMock <RecursiveMock <RecursiveMock <MockOnlyMetaData> > > .Create(
RecursiveMock <RecursiveMock <MockOnlyMetaData> > .Create(
RecursiveMock <MockOnlyMetaData> .Create(
new MockOnlyMetaData()
)
)
);
var serialize = binarySerializer.Serialize(mock);
var data = binarySerializer.Deserialize <long, RecursiveMock <RecursiveMock <RecursiveMock <MockOnlyMetaData> > > >(new ReadOnlySequence <byte>(serialize.Result));
Assert.NotNull(data);
}
public async Task SerializeDeserializeSpeedTest()
{
var pool = ArrayPool <byte> .Create();
var serializer = new TcpSerializer <RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <int> > > > > >(_bitConverterHelper, i => pool.Rent(i));
var deserializer = new TcpDeserializer <long, RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <int> > > > > >(_bitConverterHelper);
var mock = RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <int> > > > > .Create(
RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <int> > > > .Create(
RecursiveMock <RecursiveMock <RecursiveMock <int> > > .Create(
RecursiveMock <RecursiveMock <int> > .Create(
RecursiveMock <int> .Create(int.MaxValue
)
)
)
)
);
var sw = Stopwatch.StartNew();
SerializedRequest serialize = null;
for (var i = 0; i < 10000; i++)
{
serialize = serializer.Serialize(mock);
}
sw.Stop();
Assert.Less(sw.ElapsedMilliseconds, 1000);
TestContext.WriteLine($"Serialize: {sw.Elapsed.ToString()}");
sw.Reset();
for (var i = 0; i < 10000; i++)
{
var pipe = PipeReader.Create(new MemoryStream(serialize.Request.ToArray()));
sw.Start();
var(id, data) = await deserializer.DeserializeAsync(pipe, CancellationToken.None);
sw.Stop();
Assert.NotNull(id);
Assert.NotNull(data);
}
Assert.Less(sw.ElapsedMilliseconds, 1000);
TestContext.WriteLine($"Deserialize: {sw.Elapsed.ToString()}");
}
public void SerializeStandartRecursiveComposeTypeTest()
{
var binarySerializer = new BinarySerializer(new StandartBinarySerializer(), new StandartBinaryDeserializer(), BinarySerializerStuffTest.Converters);
var mock = RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <MockOnlyMetaData> > > > .Create(
RecursiveMock <RecursiveMock <RecursiveMock <MockOnlyMetaData> > > .Create(
RecursiveMock <RecursiveMock <MockOnlyMetaData> > .Create(
RecursiveMock <MockOnlyMetaData> .Create(
new MockOnlyMetaData()
)
)
)
);
var result = binarySerializer.Serialize(mock);
result.Dispose();
}
public void SerializeRecursiveComposeTypeTest()
{
var pool = ArrayPool <byte> .Create();
var serializer = new TcpSerializer <RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <MockOnlyMetaData> > > > >(_bitConverterHelper, i => pool.Rent(i));
var mock = RecursiveMock <RecursiveMock <RecursiveMock <RecursiveMock <MockOnlyMetaData> > > > .Create(
RecursiveMock <RecursiveMock <RecursiveMock <MockOnlyMetaData> > > .Create(
RecursiveMock <RecursiveMock <MockOnlyMetaData> > .Create(
RecursiveMock <MockOnlyMetaData> .Create(
new MockOnlyMetaData()
)
)
)
);
var serializedRequest = serializer.Serialize(mock);
serializedRequest.ReturnRentedArrays(pool, false);
}
public void TestEnumerateRecursively()
{
const int MAX = 10;
var root = new RecursiveMock()
{
Id = 0
};
for (var n = 1; n < MAX; ++n)
{
var child = new RecursiveMock
{
Id = n,
Child = root
};
root = child;
}
var children = root.EnumerateRecursively(r => new[] { r.Child });
Assert.NotNull(children);
var array = children.ToArray();
Assert.Equal(MAX, array.Length);
for (var n = 0; n < MAX; ++n)
{
Assert.Equal(MAX - 1 - n, array[n].Id);
}
children = root.EnumerateRecursively(r => null);
Assert.NotNull(children);
Assert.Single(children);
}