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* The use of `string_type` (a customization point) for source,
* The use of对源（source）使用 `string_type` (a customization point) for source,（一个自定义点），
06/20/2026
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* The message model includes a "source" and "destination." This is
* The message model includes a "source" and "destination." This is消息模型包含了“源”和“目标”。这是
06/20/2026
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* There is no way to defer the commitment of the type for `body_` to
* There is no way to defer the commitment of the type for无法推迟 `body_` to类型的提交。
06/20/2026
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* No stateful allocator support.
* No stateful allocator support.不支持有状态分配器。
06/20/2026
User avatar Bstran

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* The header and body containers may only be default-constructed.
* The header and body containers may only be default-constructed.头部和主体容器只能通过默认构造函数进行构造。
06/20/2026
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This container is the base class template used to represent HTTP messages. It uses a "tag" type style specializations for a variety of trait classes, allowing for customization of the various parts of the message. For example, a user specializes `headers_container<T>` to determine what container type holds the header fields. We note some problems with the container declaration:
This container is the base class template used to represent HTTP messages. It uses a "tag" type style specializations for a variety of trait classes, allowing for customization of the various parts of the message. For example, a user specializes `headers_container<T>` to determine what container type holds the header fields. We note some problems with the container declaration:这个容器是用于表示 HTTP 消息的基类模板。它使用“标签（tag）”类型风格来特化各种特征类，从而允许对消息的各个部分进行自定义。例如，用户可以通过特化 `headers_container<T>` 来确定使用何种容器类型来存储头部字段。我们注意到该容器的声明存在一些问题：
06/20/2026
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}; ```
}; ```
82
06/20/2026
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is a network programming library previously intended for Boost but not having gone through formal review. As of this writing it still uses the Boost name, namespace, and directory structure although the project states that Boost acceptance is no longer a goal. The library is based on Boost.Asio and bills itself as ['"a collection of network related routines/implementations geared towards providing a robust cross-platform networking library"]. It cites ['"Common Message Type"] as a feature. As of the branch previous linked, it uses these declarations: ``` template <class Tag> struct basic_message {
is a network programming library previously intended for Boost but not having gone through formal review. As of this writing it still uses the Boost name, namespace, and directory structure although the project states that Boost acceptance is no longer a goal. The library is based on Boost.Asio and bills itself as ['"a collection of network related routines/implementations geared towards providing a robust cross-platform networking library"]. It cites ['"Common Message Type"] as a feature. As of the branch previous linked, it uses these declarations: cpp-netlib 是一个网络编程库，原本计划纳入 Boost，但并未通过正式审查。在撰写本文时，它仍然使用 Boost 的名称、命名空间和目录结构，尽管该项目声明不再将纳入 Boost 作为目标。该库基于 Boost.Asio，自称是“一组与网络相关的例程/实现，旨在提供一个健壮的跨平台网络库”。它将“通用消息类型”列为其特性之一。在上述链接的分支中，它使用了以下声明：
``` template <class Tag> struct basic_message {
06/20/2026
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cpp-netlib
cpp-netlib
06/20/2026
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Declarations examples from external libraries have been edited:
Declarations examples from external libraries have been edited:来自外部库的声明示例已做编辑：
06/20/2026
User avatar Bstran

Translation changed
* How does the library handle corner cases such as trailers,
* How does the library handle corner cases such as 该库如何处理尾部（trailers,）等边界情况，
06/20/2026
User avatar Bstran

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* Check treatment of buffers. Does the library manage the buffers
* Check treatment of buffers. Does the library manage the buffers检查缓冲区处理方式。该库是否负责管理缓冲区
06/20/2026
User avatar Bstran

Translation changed
* Review the stream abstraction. This is the type of object, such as
* Review the stream abstraction. This is the type of object, such as审查流抽象层。这是一种对象类型，例如
06/20/2026
User avatar Bstran

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* Review the message model. Can it represent a complete request or
* Review the message model. Can it represent a complete request or审查消息模型。它能否表示一个完整的请求或
06/20/2026
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The general strategy used by the author to evaluate external libraries is as follows:
The general strategy used by the author to evaluate external libraries is as follows:作者评估外部库的总体策略如下：
06/20/2026
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There are a few C++ published libraries which implement some of the HTTP protocol. We analyze the message model chosen by those libraries and discuss the advantages and disadvantages relative to Beast.
There are a few C++ published libraries which implement some of the HTTP protocol. We analyze the message model chosen by those libraries and discuss the advantages and disadvantages relative to Beast.目前已有一些 C++ 库实现了部分 HTTP 协议。我们将分析这些库所采用的消息模型，并讨论它们相对于 Beast 的优缺点。
06/20/2026
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HTTP Comparison to Other Libraries
HTTP Comparison to Other Libraries与其他库的比较
06/20/2026
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Contributor joined 06/20/2026
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File “doc/qbk/08_design/2_http_comparison_zh_Hans.qbk” was added. 06/05/2026
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Tasks in the Concurrency Runtime operate in a fashion similar to `std::future`, but with some improvements such as continuations which are not yet in the C++ standard. The costs of using a task based asynchronous interface instead of completion handlers is well documented: synchronization points along the call chain of composed task operations which cannot be optimized away. See: [@http://www.open-std.org/jtc1/sc22/wg21/docs/papers/2013/n3747.pdf [*A Universal Model for Asynchronous Operations]] (Kohlhoff).
Tasks in the Concurrency Runtime operate in a fashion similar to `std::future`, but with some improvements such as continuations which are not yet in the C++ standard. The costs of using a task based asynchronous interface instead of completion handlers is well documented: synchronization points along the call chain of composed task operations which cannot be optimized away. See: [@http://www.open-std.org/jtc1/sc22/wg21/docs/papers/2013/n3747.pdf [*A Universal Model for Asynchronous Operations]] (Kohlhoff).
06/05/2026

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