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Calls to asynchronous initiation functions support the extensible asynchronous model developed by the Boost.Asio author, allowing for traditional completion handlers, stackful or stackless coroutines, and even futures:
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Notes
Notes
Because calls to read data may return a variable amount of bytes, the interface to calls that read data require an object that meets the requirements of __DynamicBuffer__. This concept is modeled on __streambuf__.
Because calls to read data may return a variable amount of bytes, the interface to calls that read data require an object that meets the requirements of __DynamicBuffer__. This concept is modeled on __streambuf__.
The implementation does not perform queueing or buffering of messages. If desired, these features should be provided by callers. The impact of this design is that library users are in full control of the allocation strategy used to store data and the back-pressure applied on the read and write side of the underlying TCP/IP connection.
The implementation does not perform queueing or buffering of messages. If desired, these features should be provided by callers. The impact of this design is that library users are in full control of the allocation strategy used to store data and the back-pressure applied on the read and write side of the underlying TCP/IP connection.
Asynchronous Operations
Asynchronous Operations
Asynchronous versions are available for all functions:
Asynchronous versions are available for all functions:
Calls to asynchronous initiation functions support the extensible asynchronous model developed by the Boost.Asio author, allowing for traditional completion handlers, stackful or stackless coroutines, and even futures:
Calls to asynchronous initiation functions support the extensible asynchronous model developed by the Boost.Asio author, allowing for traditional completion handlers, stackful or stackless coroutines, and even futures:
The example programs that come with the library demonstrate the usage of websocket stream operations with all asynchronous varieties.
The example programs that come with the library demonstrate the usage of websocket stream operations with all asynchronous varieties.
The io_context
The io_context
The creation and operation of the __io_context__ associated with the underlying stream is left to the callers, permitting any implementation strategy including one that does not require threads for environments where threads are unavailable. Beast WebSocket itself does not use or require threads.
The creation and operation of the __io_context__ associated with the underlying stream is left to the callers, permitting any implementation strategy including one that does not require threads for environments where threads are unavailable. Beast WebSocket itself does not use or require threads.
Thread Safety
Thread Safety
Like a regular __Asio__ socket, a [link beast.ref.boost__beast__websocket__stream `stream`] is not thread safe. Callers are responsible for synchronizing operations on the socket using an implicit or explicit strand, as per the Asio documentation. The websocket stream asynchronous interface supports one of each of the following operations to be active at the same time:
Like a regular __Asio__ socket, a [link beast.ref.boost__beast__websocket__stream `stream`] is not thread safe. Callers are responsible for synchronizing operations on the socket using an implicit or explicit strand, as per the Asio documentation. The websocket stream asynchronous interface supports one of each of the following operations to be active at the same time:
* [link beast.ref.boost__beast__websocket__stream.async_read `async_read`] or [link beast.ref.boost__beast__websocket__stream.async_read_some `async_read_some`]
* [link beast.ref.boost__beast__websocket__stream.async_write `async_write`] or [link beast.ref.boost__beast__websocket__stream.async_write_some `async_write_some`]
* [link beast.ref.boost__beast__websocket__stream.async_ping `async_ping`] or [link beast.ref.boost__beast__websocket__stream.async_pong `async_pong`]
* [link beast.ref.boost__beast__websocket__stream.async_close `async_close`]
* [link beast.ref.boost__beast__websocket__stream.async_read `async_read`] or [link beast.ref.boost__beast__websocket__stream.async_read_some `async_read_some`]
* [link beast.ref.boost__beast__websocket__stream.async_write `async_write`] or [link beast.ref.boost__beast__websocket__stream.async_write_some `async_write_some`]
* [link beast.ref.boost__beast__websocket__stream.async_ping `async_ping`] or [link beast.ref.boost__beast__websocket__stream.async_pong `async_pong`]
* [link beast.ref.boost__beast__websocket__stream.async_close `async_close`]
For example, the following code is produces undefined behavior, because the program is attempting to perform two simultaneous reads:
For example, the following code is produces undefined behavior, because the program is attempting to perform two simultaneous reads:
However, this code is correct:
However, this code is correct:
The implementation uses composed asynchronous operations; although some individual operations can perform both reads and writes, this behavior is coordinated internally to make sure the underlying stream is operated in a safe fashion. This allows an asynchronous read operation to respond to a received ping frame even while a user-initiated call to asynchronous write is active.
The implementation uses composed asynchronous operations; although some individual operations can perform both reads and writes, this behavior is coordinated internally to make sure the underlying stream is operated in a safe fashion. This allows an asynchronous read operation to respond to a received ping frame even while a user-initiated call to asynchronous write is active.
English Chinese (Simplified Han script) Actions
The implementation does not perform queueing or buffering of messages. If desired, these features should be provided by callers. The impact of this design is that library users are in full control of the allocation strategy used to store data and the back-pressure applied on the read and write side of the underlying TCP/IP connection.
The implementation does not perform queueing or buffering of messages. If desired, these features should be provided by callers. The impact of this design is that library users are in full control of the allocation strategy used to store data and the back-pressure applied on the read and write side of the underlying TCP/IP connection.
Asynchronous Operations
Asynchronous Operations
Asynchronous versions are available for all functions:
Asynchronous versions are available for all functions:
Calls to asynchronous initiation functions support the extensible asynchronous model developed by the Boost.Asio author, allowing for traditional completion handlers, stackful or stackless coroutines, and even futures:
Calls to asynchronous initiation functions support the extensible asynchronous model developed by the Boost.Asio author, allowing for traditional completion handlers, stackful or stackless coroutines, and even futures:
The example programs that come with the library demonstrate the usage of websocket stream operations with all asynchronous varieties.
The example programs that come with the library demonstrate the usage of websocket stream operations with all asynchronous varieties.
The io_context
The io_context
The creation and operation of the __io_context__ associated with the underlying stream is left to the callers, permitting any implementation strategy including one that does not require threads for environments where threads are unavailable. Beast WebSocket itself does not use or require threads.
The creation and operation of the __io_context__ associated with the underlying stream is left to the callers, permitting any implementation strategy including one that does not require threads for environments where threads are unavailable. Beast WebSocket itself does not use or require threads.
Thread Safety
Thread Safety
Notes
Notes
Because calls to read data may return a variable amount of bytes, the interface to calls that read data require an object that meets the requirements of __DynamicBuffer__. This concept is modeled on __streambuf__.
Because calls to read data may return a variable amount of bytes, the interface to calls that read data require an object that meets the requirements of __DynamicBuffer__. This concept is modeled on __streambuf__.
Like a regular __Asio__ socket, a [link beast.ref.boost__beast__websocket__stream `stream`] is not thread safe. Callers are responsible for synchronizing operations on the socket using an implicit or explicit strand, as per the Asio documentation. The websocket stream asynchronous interface supports one of each of the following operations to be active at the same time:
Like a regular __Asio__ socket, a [link beast.ref.boost__beast__websocket__stream `stream`] is not thread safe. Callers are responsible for synchronizing operations on the socket using an implicit or explicit strand, as per the Asio documentation. The websocket stream asynchronous interface supports one of each of the following operations to be active at the same time:
* [link beast.ref.boost__beast__websocket__stream.async_read `async_read`] or [link beast.ref.boost__beast__websocket__stream.async_read_some `async_read_some`]
* [link beast.ref.boost__beast__websocket__stream.async_write `async_write`] or [link beast.ref.boost__beast__websocket__stream.async_write_some `async_write_some`]
* [link beast.ref.boost__beast__websocket__stream.async_ping `async_ping`] or [link beast.ref.boost__beast__websocket__stream.async_pong `async_pong`]
* [link beast.ref.boost__beast__websocket__stream.async_close `async_close`]
* [link beast.ref.boost__beast__websocket__stream.async_read `async_read`] or [link beast.ref.boost__beast__websocket__stream.async_read_some `async_read_some`]
* [link beast.ref.boost__beast__websocket__stream.async_write `async_write`] or [link beast.ref.boost__beast__websocket__stream.async_write_some `async_write_some`]
* [link beast.ref.boost__beast__websocket__stream.async_ping `async_ping`] or [link beast.ref.boost__beast__websocket__stream.async_pong `async_pong`]
* [link beast.ref.boost__beast__websocket__stream.async_close `async_close`]
For example, the following code is produces undefined behavior, because the program is attempting to perform two simultaneous reads:
For example, the following code is produces undefined behavior, because the program is attempting to perform two simultaneous reads:
However, this code is correct:
However, this code is correct:
The implementation uses composed asynchronous operations; although some individual operations can perform both reads and writes, this behavior is coordinated internally to make sure the underlying stream is operated in a safe fashion. This allows an asynchronous read operation to respond to a received ping frame even while a user-initiated call to asynchronous write is active.
The implementation uses composed asynchronous operations; although some individual operations can perform both reads and writes, this behavior is coordinated internally to make sure the underlying stream is operated in a safe fashion. This allows an asynchronous read operation to respond to a received ping frame even while a user-initiated call to asynchronous write is active.

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Calls to asynchronous initiation functions support the extensible asynchronous model developed by the Boost.Asio author, allowing for traditional completion handlers, stackful or stackless coroutines, and even futures:
Calls to asynchronous initiation functions support the extensible asynchronous model developed by the Boost.Asio author, allowing for traditional completion handlers, stackful or stackless coroutines, and even futures:
06/05/2026
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type: paragraph
Unit identifier
59265
Source string location
string ID 28
String age
06/05/2026
Last updated
06/05/2026
Source string age
06/05/2026
Translation file QuickBook file
doc/qbk/06_websocket/08_notes_zh_Hans.qbk, string 6