Exit Zen
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English
`duration`
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18
string ID 127
type: heading
English
Reading and Writing
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138
string ID 138
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}; ```
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18
string ID 106
type: paragraph
English
The next layer may be accessed by calling [link beast.ref.boost__beast__websocket__stream.next_layer.overload1 `stream::next_layer`].
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string ID 128
type: paragraph
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Sometimes it is necessary to send a message whose body is not conveniently described by a single container. For example, when implementing an HTTP relay function a robust implementation needs to present body buffers individually as they become available from the downstream host. These buffers should be fixed in size, otherwise creating the unnecessary and inefficient burden of reading the complete message body before forwarding it to the upstream host.
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string ID 87
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The Subject Alternative Name (SAN) is an extension in X.509 certificates that allows multiple domain names, subdomains, or IP addresses to be associated with a single SSL/TLS certificate. Before that it was the Common Name field in the certificate subject which could contain a single hostname.
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string ID 69
type: list
English
* When using coroutines created by calling
[@boost:/doc/html/boost_asio/reference/spawn.html `boost::asio::spawn`],
you will need to add the
[@boost:/libs/coroutine/index.html Boost.Coroutine]
library to your program.
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18
string ID 46
type: table cell
English
[link beast.ref.boost__beast__http__icy_stream `http::icy_stream`]
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19
string ID 47
type: table cell
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[link beast.ref.boost__beast__http__make_chunk `make_chunk`]

[link beast.ref.boost__beast__http__make_chunk_last `make_chunk_last`]
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19
string ID 25
type: table cell
English
[path_link example/http/client/awaitable/http_client_awaitable.cpp http_client_awaitable.cpp]
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19
string ID 63
type: table title
English
Type Traits and Metafunctions
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19
string ID 72
type: paragraph
English
Messages may also be read asynchronously. When performing asynchronous stream read operations the stream, buffer, and message variables must remain valid until the operation has completed. Beast asynchronous initiation functions use Asio's completion handler model. This call reads a message asynchronously and reports the error code upon completion. The handler is called with the error, set to any that occurs, and the number of bytes parsed. This number may be used to measure the relative amount of work performed, or it may be ignored as this example shows.
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Description
11/110 · 11
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string ID 196
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Every completion handler (also referred to as a [@https://en.wikipedia.org/wiki/Continuation ['continuation]]) has both an [@boost:/doc/html/boost_asio/overview/core/allocation.html ['associated allocator]] returned by [@boost:/doc/html/boost_asio/reference/get_associated_allocator.html `net::get_associated_allocator`], , an [@boost:/doc/html/boost_asio/reference/associated_cancellation_slot.html ['associated cancellation slot]] returned by [@boost:/doc/html/boost_asio/reference/associated_cancellation_slot.html `net::get_associated_cancellation_slot`]. and an [@boost:/doc/html/boost_asio/reference/associated_executor.html ['associated executor]] returned by [@boost:/doc/html/boost_asio/reference/get_associated_executor.html `net::get_associated_executor`]. These associations may be specified intrusively:
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19
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[*4]
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19
string ID 66
type: table cell
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[link beast.ref.boost__beast__http__request_header `request_header`]
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71
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Parser Stream Operations
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19
string ID 98
type: heading
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Boost 1.87
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19
string ID 51
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`U`
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19
string ID 30
type: table cell
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`std::uint64_t`
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