DeepSeek教unity------MessagePack-05

动态反序列化

当调用 `MessagePackSerializer.Deserialize<object>` 或 `MessagePackSerializer.Deserialize<dynamic>` 时，二进制数据中存在的任何值都将被转换为基本值，即 bool、char、sbyte、byte、short、int、long、ushort、uint、ulong、float、double、DateTime、string、byte[]、object[]、IDictionary<object, object>。

/****************************************************文件：Test_06.cs作者：Edision日期：#CreateTime#功能：示例6:动态反序列化
*****************************************************/using MessagePack;
using MessagePack.Resolvers;
using UnityEngine;public class Test_06 : MonoBehaviour
{public void Test(){// 示例数据.var model = new DynamicModel { Name = "foobar", Items = new[] { 1, 10, 100, 1000 } };var blob = MessagePackSerializer.Serialize(model, ContractlessStandardResolver.Options);使用dynamic类型进行反序列化时，Unity环境未能正确处理C#的动态特性。//var deserializedModel = MessagePackSerializer.Deserialize<dynamic>(blob, ContractlessStandardResolver.Options);//Debug.Log(deserializedModel["Name"]); // foobar//Debug.Log(deserializedModel["Items"][2]); // 100// 使用具体类型进行反序列化.var deserializedModel = MessagePackSerializer.Deserialize<DynamicModel>(blob, MessagePack.Resolvers.ContractlessStandardResolver.Options);Debug.Log(deserializedModel.Name); // 输出: foobarDebug.Log(deserializedModel.Items[2]); // 输出: 100}[MessagePackObject]public class DynamicModel{[Key(0)]public string Name { get; set; }[Key(1)]public int[] Items { get; set; }public DynamicModel(){// 默认构造函数}public DynamicModel(string name, int[] items){Name = name;Items = items;}public override string ToString(){return $"Name: {Name}, Items: [{string.Join(", ", Items)}]";}}
}

Object 类型 序列化

StandardResolver 和 ContractlessStandardResolver 可以序列化对象/匿名类型对象。

/****************************************************文件：Test_06.cs作者：Edision日期：#CreateTime#功能：示例6:动态反序列化
*****************************************************/using MessagePack;
using MessagePack.Resolvers;
using UnityEngine;public class Test_06 : MonoBehaviour
{public void Test(){// 示例数据.var model = new DynamicModel { Name = "foobar", Items = new[] { 1, 10, 100, 1000 } };var blob = MessagePackSerializer.Serialize(model, ContractlessStandardResolver.Options);使用dynamic类型进行反序列化时，Unity环境未能正确处理C#的动态特性。//var deserializedModel = MessagePackSerializer.Deserialize<dynamic>(blob, ContractlessStandardResolver.Options);//Debug.Log(deserializedModel["Name"]); // foobar//Debug.Log(deserializedModel["Items"][2]); // 100// 使用具体类型进行反序列化.var deserializedModel = MessagePackSerializer.Deserialize<DynamicModel>(blob, ContractlessStandardResolver.Options);Debug.Log(deserializedModel.Name); // 输出: foobarDebug.Log(deserializedModel.Items[2]); // 输出: 100var objects = new object[] { 1, "aaa", new ObjectFieldType { Anything = 9999 } };var bin = MessagePackSerializer.Serialize(objects);// [1,"aaa",[9999]]Debug.Log(MessagePackSerializer.ConvertToJson(bin));// Support anonymous Type Serializevar anonType = new { Foo = 100, Bar = "foobar" };var bin2 = MessagePackSerializer.Serialize(anonType, ContractlessStandardResolverAllowPrivate.Options);// {"Foo":100,"Bar":"foobar"}Debug.Log(MessagePackSerializer.ConvertToJson(bin2));}[MessagePackObject]public class DynamicModel{[Key(0)]public string Name { get; set; }[Key(1)]public int[] Items { get; set; }public DynamicModel(){// 默认构造函数}public DynamicModel(string name, int[] items){Name = name;Items = items;}public override string ToString(){return $"Name: {Name}, Items: [{string.Join(", ", Items)}]";}}[MessagePackObject]public class ObjectFieldType{[Key(0)]public int Anything { get; set; }public ObjectFieldType(){// 默认构造函数}public ObjectFieldType(int anything){Anything = anything;}public override string ToString(){return $"Anything: {Anything}";}}
}

在反序列化时，与动态（未类型化）反序列化相同。