public MessagePackSerializerTest2()
{
CompositeResolver.RegisterAndSetAsDefault(
// This can solve DateTime time zone problem
NativeDateTimeResolver.Instance,
ContractlessStandardResolver.Instance
);
_serializer = new DefaultMessagePackSerializer("msgpack", new EasyCachingMsgPackSerializerOptions {
EnableCustomResolver = true
});
}
public MessagePackSerializerTest2()
{
// CompositeResolver.RegisterAndSetAsDefault(
// // This can solve DateTime time zone problem
// NativeDateTimeResolver.Instance,
// ContractlessStandardResolver.Instance
//);
// due to messagepack api change
var reslover = CompositeResolver.Create(new MessagePack.IFormatterResolver[] { ContractlessStandardResolver.Instance });
_serializer = new DefaultMessagePackSerializer("msgpack", new EasyCachingMsgPackSerializerOptions {
EnableCustomResolver = true, CustomResolvers = reslover
});
}
public MainModule()
{
Get("/", _ =>
{
HttpClient client = new HttpClient();
var st = client.GetStreamAsync("http://localhost:9999/msg").Result;
return((string)DefaultMessagePackSerializer.Deserialize(st));
});
Get("/msg", _ =>
{
return(Response.AsMessagePack("123"));
});
}
private static void CheckResponse(BrowserResponse response, string name, int age)
{
Assert.Equal(HttpStatusCode.OK, response.StatusCode);
Assert.Equal(ConstValue.MessagePackContentType, response.Context.Response.ContentType);
Assert.IsType <MessagePackResponse>(response.Context.Response);
using (var memStream = new MemoryStream())
{
response.Context.Response.Contents(memStream);
var returnedUser = DefaultMessagePackSerializer.Deserialize <User>(memStream);
Assert.NotNull(returnedUser);
Assert.Equal(name, returnedUser.Name);
Assert.Equal(age, returnedUser.Age);
}
}
public MessagePackSerializerTest()
{
_serializer = new DefaultMessagePackSerializer();
}
public MessagePackSerializerTest()
{
_serializer = new DefaultMessagePackSerializer("msgpack", new EasyCachingMsgPackSerializerOptions {
});
}
