可以把它们看作同义词，它们都有一个生产者，把东西发送给消费者……在实例的结束字段被写入一个字节流，而另一端则将相同的实例反向和向上写入。

注意:java RMI还支持从接收端传输缺少的类…

我认为主要的区别在于编组应该也涉及到代码库。换句话说，您将无法将对象编组或反编组到不同类的状态等效实例中。

序列化只是意味着您可以存储对象并重新获得等效的状态，即使它是另一个类的实例。

也就是说，它们通常是同义词。

我对编组的理解与其他答案不同。

序列化:

利用约定制作或补充对象图的有线格式版本。

编组:

利用映射文件制作或补充对象图的有线格式版本，以便可以自定义结果。该工具可以从遵循约定开始，但重要的区别在于自定义结果的能力。

合同优先开发:

编组在合同优先开发的上下文中很重要。

可以对内部对象图进行更改，同时保持外部接口的稳定。这样，所有的服务订阅者就不必为每个微不足道的更改而修改。 可以将结果映射到不同的语言。例如，从一种语言的属性名称约定('property_name')到另一种语言('propertyName')。

编组实际上使用序列化过程，但主要的区别是，它在序列化中只有数据成员和对象本身被序列化，而不是签名，但在编组对象+代码库(其实现)也将被转换为字节。

编组是使用JAXB将java对象转换为xml对象的过程，以便可以在web服务中使用它。

以下是更具体的例子:

序列化的例子:

#include <stdio.h>
#include <stdlib.h>
#include <stdint.h>

typedef struct {
    char value[11];
} SerializedInt32;

SerializedInt32 SerializeInt32(int32_t x) 
{
    SerializedInt32 result;
    
    itoa(x, result.value, 10);

    return result;
}

int32_t DeserializeInt32(SerializedInt32 x) 
{
    int32_t result;
    
    result = atoi(x.value);
    
    return result;
}

int main(int argc, char **argv)
{    
    int x;   
    SerializedInt32 data;
    int32_t result;
    
    x = -268435455;
    
    data = SerializeInt32(x);
    result = DeserializeInt32(data);
    
    printf("x = %s.\n", data.value);
    
    return result;
}

在序列化中，数据以一种可以在以后存储和取消平坦化的方式被平坦化。

编组演示:

(MarshalDemoLib.cpp)

#include <iostream>
#include <string>

extern "C"
__declspec(dllexport)
void *StdCoutStdString(void *s)
{
    std::string *str = (std::string *)s;
    std::cout << *str;
}

extern "C"
__declspec(dllexport)
void *MarshalCStringToStdString(char *s)
{
    std::string *str(new std::string(s));
    
    std::cout << "string was successfully constructed.\n";
    
    return str;
}

extern "C"
__declspec(dllexport)
void DestroyStdString(void *s)
{
    std::string *str((std::string *)s);
    delete str;
    
    std::cout << "string was successfully destroyed.\n";
}

(MarshalDemo。c)

#include <Windows.h>
#include <stdio.h>
#include <stdlib.h>
#include <stdint.h>

int main(int argc, char **argv)
{
    void *myStdString;

    LoadLibrary("MarshalDemoLib");
    
    myStdString = ((void *(*)(char *))GetProcAddress (
        GetModuleHandleA("MarshalDemoLib"),
        "MarshalCStringToStdString"
    ))("Hello, World!\n");
    
    ((void (*)(void *))GetProcAddress (
        GetModuleHandleA("MarshalDemoLib"),
        "StdCoutStdString"
    ))(myStdString);

    ((void (*)(void *))GetProcAddress (
        GetModuleHandleA("MarshalDemoLib"),
        "DestroyStdString"
    ))(myStdString);    
}

在封送处理中，数据不一定需要被平铺，但需要转换为另一种替代表示。所有类型转换都是编组，但并不是所有编组都是类型转换。

封送处理不需要涉及动态分配，它也可以只是结构之间的转换。例如，您可能有一对，但函数期望对的第一个和第二个元素是相反的;你把一对施放/memcpy到另一对是不行的，因为FST和SND会被翻转。

#include <stdio.h>

typedef struct {
    int fst;
    int snd;
} pair1;

typedef struct {
    int snd;
    int fst;
} pair2;

void pair2_dump(pair2 p)
{
    printf("%d %d\n", p.fst, p.snd);
}

pair2 marshal_pair1_to_pair2(pair1 p)
{
    pair2 result;
    result.fst = p.fst;
    result.snd = p.snd;
    return result;
}

pair1 given = {3, 7};

int main(int argc, char **argv)
{    
    pair2_dump(marshal_pair1_to_pair2(given));
    
    return 0;
}

当您开始处理多种类型的带标签联合时，封送的概念变得尤为重要。例如，您可能会发现很难让JavaScript引擎为您打印一个“c字符串”，但您可以要求它为您打印一个包装好的c字符串。或者如果你想在Lua或Python运行时从JavaScript运行时打印字符串。它们都是字符串，但如果没有编组，通常就无法处理。

An annoyance I had recently was that JScript arrays marshal to C# as "__ComObject", and has no documented way to play with this object. I can find the address of where it is, but I really don't know anything else about it, so the only way to really figure it out is to poke at it in any way possible and hopefully find useful information about it. So it becomes easier to create a new object with a friendlier interface like Scripting.Dictionary, copy the data from the JScript array object into it, and pass that object to C# instead of JScript's default array.

(. js)

var x = new ActiveXObject('Dmitry.YetAnotherTestObject.YetAnotherTestObject');
    
x.send([1, 2, 3, 4]);

(YetAnotherTestObject.cs)

using System;
using System.Runtime.InteropServices;

namespace Dmitry.YetAnotherTestObject
{
    [Guid("C612BD9B-74E0-4176-AAB8-C53EB24C2B29"), ComVisible(true)]
    public class YetAnotherTestObject
    {
        public void send(object x)
        {
            System.Console.WriteLine(x.GetType().Name);
        }
    }
}

上面打印了"__ComObject"，从c#的角度来看，这有点像一个黑盒。

Another interesting concept is that you might have the understanding how to write code, and a computer that knows how to execute instructions, so as a programmer, you are effectively marshaling the concept of what you want the computer to do from your brain to the program image. If we had good enough marshallers, we could just think of what we want to do/change, and the program would change that way without typing on the keyboard. So, if you could have a way to store all the physical changes in your brain for the few seconds where you really want to write a semicolon, you could marshal that data into a signal to print a semicolon, but that's an extreme.

来自编组(计算机科学)维基百科的文章:

The term "marshal" is considered to be synonymous with "serialize" in the Python standard library1, but the terms are not synonymous in the Java-related RFC 2713: To "marshal" an object means to record its state and codebase(s) in such a way that when the marshalled object is "unmarshalled", a copy of the original object is obtained, possibly by automatically loading the class definitions of the object. You can marshal any object that is serializable or remote. Marshalling is like serialization, except marshalling also records codebases. Marshalling is different from serialization in that marshalling treats remote objects specially. (RFC 2713) To "serialize" an object means to convert its state into a byte stream in such a way that the byte stream can be converted back into a copy of the object.

因此，编组除了保存对象的状态外，还在字节流中保存对象的代码库。