Much like the last, my primary focus this quarter was on MrDocs, with some additional work done on Boost.StaticString and clang. MrDocs The last significant feature MrDocs needed in order to produce documentation on par with Docca was the ability to render overload set. At a glance this may appear trivial, but MrDocs was designed to render documentation on a per-declaration basis: each declaration would result in a single documentation section being emitted by a generator. This is problemat...

Summary MrDocs Handlebars Boost Libraries Boost Release Tools Boost Website C++ Github Actions MrDocs Over the last quarter, we continued to work intensely on MrDocs, a documentation generator for C++ projects. I’ve been overseeing and reviewing all the work done by the other contributors in the project. Besides the work done by Krystian, Fernando also joined the project as a contributor. We’ve been working on making the project at least as competitive as Doxygen + Docca, so...

Wrote a section on the Super-project, based on some legacy Wiki pages that needed considerable updating, and the boostdep tool steps as this covered installing the necessary components. Covered four main topics: the Super-project layout, Getting Started, Library Maintenance and Library Workflow. Wrote a Best-Practices section on Beneficial Dependencies - the dependencies used by the most libraries of Boost. These include Boost.Config, Boost.Core, Boost.Assert, Boost.StaticAs...

Here’s an overview of some projects I have been working on the last few months. Doc Previews A Jenkins server is building “pull request doc previews” for multiple boost repositories. If any Boost author is interested in “doc previews” let me know. Specific previews: adding an Antora version to boostorg/url. Upgraded the server packages, apps, and operating system to Ubuntu 22.04. Mr. Docs has a dedicated server for docs testing. Debugged CI deployment issues there. JSON benchmarks http...

In spite of it being winter here, Boost.MySQL is presenting a new pool this year! This was one of the most requested features in the library, and will finally be generally available as an experimental feature in Boost 1.85. Connection pools manage tasks that are easy to get wrong, like reconnections, health checks and session cleanup. As they reuse physical connections, they also provide a nice efficiency boost. Using a pool is as simple as: boost::asio::awaitable<std::int64_t> get_n...