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Supports buffer-oriented asynchronous writes.
Supports buffer-oriented asynchronous writes.用于支持面向缓冲区的异步写入操作。
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Translation changed
__AsyncWriteStream__
__AsyncWriteStream__
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User avatar Bstran

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Supports buffer-oriented asynchronous reads.
Supports buffer-oriented asynchronous reads.用于支持面向缓冲区的异步读取操作。
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__AsyncReadStream__
__AsyncReadStream__
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A stream supporting buffer-oriented blocking reads and writes.
A stream supporting buffer-oriented blocking reads and writes.一种流类型，用于支持面向缓冲区的阻塞读写操作。
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User avatar Bstran

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__SyncStream__
__SyncStream__
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User avatar Bstran

Translation changed
Supports buffer-oriented blocking reads.
用于支持面向缓冲区的阻塞读取操作。
06/12/2026
User avatar Bstran

Translation changed
Supports buffer-oriented blocking writes.
Supports buffer-oriented blocking writes.用于支持面向缓冲区的阻塞写入操作。
06/12/2026
User avatar Bstran

Translation changed
__SyncWriteStream__
__SyncWriteStream__
06/12/2026
User avatar Bstran

Translation changed
Supports buffer-oriented blocking reads.
Supports buffer-oriented blocking reads.用于支持面向缓冲区的阻塞读操作。
06/12/2026
User avatar Bstran

Translation changed
__SyncReadStream__
__SyncReadStream__
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Description
Description描述
21
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Concept
Concept概念
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Stream Concepts
Stream Concepts流概念
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A __Stream__ is a communication channel where data is reliably transferred as an ordered sequence of bytes. Streams are either synchronous or asynchronous, and may allow reading, writing, or both. Note that a particular type may model more than one concept. For example, the networking types __socket__ and __ssl_stream__ support both __SyncStream__ and __AsyncStream__. All stream algorithms in Beast are declared as template functions using these concepts:
A __Stream__ is a communication channel where data is reliably transferred as an ordered sequence of bytes. Streams are either synchronous or asynchronous, and may allow reading, writing, or both. Note that a particular type may model more than one concept. For example, the networking types 是一种通信通道，数据以有序字节序列的形式在其中可靠传输。流可分为同步流与异步流，可支持读操作、写操作或两者同时支持。需要注意的是，某个具体类型可能同时符合多个概念模型。例如，网络库中的 __socket__ and与 __ssl_stream__ support both类型同时支持 __SyncStream__ and与 __AsyncStream__. All stream algorithms in Beast are declared as template functions using these concepts: 两种概念。Beast 中的所有流算法均以模板函数形式声明，并使用这些概念进行约束：
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Streams
Streams流类型
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The following is an example that can read an HTTP response from such a server:
The following is an example that can read an HTTP response from such a server:以下示例用于从这类服务器读取 HTTP 响应：
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This is a rare case and indeed a security issue when HTTPS servers don't perform a proper SSL/TLS shutdown procedure and send an HTTP response message that relies on EOF to determine the end of the body. This is a security concern because without an SSL/TLS shutdown procedure, the EOF is not cryptographically secure, leaving the message body vulnerable to truncation attacks.
This is a rare case and indeed a security issue when HTTPS servers don't perform a proper SSL/TLS shutdown procedure and send an HTTP response message that relies on EOF to determine the end of the body. This is a security concern because without an SSL/TLS shutdown procedure, the EOF is not cryptographically secure, leaving the message body vulnerable to truncation attacks.这种情况比较罕见，但确实存在安全隐患：当 HTTPS 服务器没有执行正确的 SSL/TLS 关闭流程，并且它发送的 HTTP 响应消息需要依靠 EOF 来判断消息体何时结束时，就会产生安全问题。问题的根源在于，缺少 SSL/TLS 关闭流程时，EOF 就不再具有密码学上的安全性，消息体因此容易遭受截断攻击。
06/12/2026
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Non-Compliant Peers and Unknown Body Length
Non-Compliant Peers and Unknown Body Length不合规的对等端与未知的消息体长度
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For example, let's assume we are using Beast for communicating with an HTTPS server that doesn't perform a proper SSL/TLS shutdown:
For example, let's assume we are using Beast for communicating with an HTTPS server that doesn't perform a proper SSL/TLS shutdown:例如，假设我们使用 Beast 与一台 HTTPS 服务器通信，而该服务器未执行正确的 SSL/TLS 关闭流程：
06/12/2026

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