The existing test_benchmark asserts a single request completes within
5ms, which catches gross connection-setup regressions but cannot see
throughput changes: the effects we care about are tens of microseconds
per request, a hundredth of that resolution. There was no way to answer
"does this patch make the server faster" other than measuring by hand.
Absolute req/s is not usable for that. Running the same binary five
times on an idle 8-core machine gave 53.9k to 74.6k req/s, and shared CI
runners are noisier still, so a number printed per push says nothing.
Build both refs and measure them alternately in one session, flipping
the order each round to cancel ordering bias, then report only the ratio
of the medians. Whether that ratio means anything is decided by an exact
permutation test rather than by comparing the change against the min/max
spread - a single slow round is enough to make a spread check give up,
while the rank test rides it out.
Validated against a patch that removes a redundant poll() per request:
individual measurements ranged 41.7k-93.9k req/s, yet nine rounds
resolved a 1.244x speedup at p = 0.019. The same data truncated to five
rounds was inconclusive, so the workflow defaults to nine.
Manual dispatch only, Linux and non-SSL for now, and it never fails the
build - this is a measurement, not a test.
- Added a favicon link to all tour pages in the Japanese documentation.
- Updated navigation links to include SVG icons for Home and GitHub.
- Changed language button to include an SVG icon for better visual representation.
- Improved theme toggle button to use SVG icons for light and dark modes.
- Refactored the documentation build commands in the justfile for clarity and consistency.
* Add initial documentations
* Update documentation for Basic Client and add WebSocket section
* feat: add a static site generator with multi-language support
- Introduced a new Rust-based static site generator in the `docs-gen` directory.
- Implemented core functionality for building sites from markdown files, including:
- Configuration loading from `config.toml`.
- Markdown rendering with frontmatter support.
- Navigation generation based on page structure.
- Static file copying and output directory management.
- Added templates for base layout, pages, and portal.
- Created a CSS file for styling and a JavaScript file for interactive features like language selection and theme toggling.
- Updated documentation source with new configuration and example pages in English and Japanese.
- Added a `justfile` target for building the documentation site.
* Add language/theme toggle functionality
- Created a new Japanese tour index page at docs/ja/tour/index.html
- Implemented navigation links for various sections of the cpp-httplib tutorial
- Added a language selector to switch between English and Japanese
- Introduced theme toggle functionality to switch between light and dark modes
- Added mobile sidebar toggle for better navigation on smaller screens
