* Revise stream algorithm javadocs
* HTTP stream algorithms now use beast::read and
beast::async_read with a custom completion condition.
API Changes:
* HTTP stream algorithms return the number of bytes transferred
from the stream. Previously, they returned the number of bytes
consumed by the parser.
Actions Required:
* Callers depending on the return value of http::read or
http::async_read overloads should adjust the usage of
the returned value as needed.
Replace aligned_union in handler_ptr with the built-in one to reduce
the number of template instantiations and remove the reinterpret_casts
that were required.
Signed-off-by: Damian Jarek <damian.jarek93@gmail.com>
fix#1305
Applies to:
flat_buffer
flat_static_buffer
multi_buffer
static_buffer
Changes:
* Revised all javadocs
* Move construction does not invalidate in some cases
* non-const data() returns a mutable buffer sequence
* Add cdata() to also return constant readable bytes
* Eligible member functions are declared noexcept
fix#1279, close#1319
This enables users to improve compilation performance by explicitly
instantiating the stream template in another TU.
Signed-off-by: Damian Jarek <damian.jarek93@gmail.com>
close#1322
async initiating functions must return init.result.get(). Returning the
result of post caused a compilation failure for custom completion tokens.
Signed-off-by: Damian Jarek <damian.jarek93@gmail.com>
fix#1290
* BOOST_ASIO_NO_DEPRECATED=1 is now set
* Fix various warnings from the Boost regression test matrix
* Fix a bug in advanced servers when checking for a timeout
Provides a subset of std::tuple functionality, for internal use
to reduce the resources required during compilation.
Does not support reference-like semantics on assignment.
Signed-off-by: Damian Jarek <damian.jarek93@gmail.com>
This works similarly to bind_handler, and can help with reducing
template instantiations and compiler memory usage (since it does
not need to support placeholders).
A specialization for the most common case `void(error_code, size_t)`
is provided to minimize instantiation cost.