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Add disclaimer to README about the WHATWG specification

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cozis
2025-12-07 20:01:30 +01:00
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README.md
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# url.c # url.c
This is a small library to parse and manipulate URLs in conformance to RFC 3986 and WHATWG. This is a small library to parse and manipulate URLs in conformance to RFC 3986 and (most of) the WHATWG specification.
It features It features
* No allocations * No allocations
@@ -15,6 +15,4 @@ You just copy paste `url.h` and `url.c` in your source tree and compile them as
Some example programs are provided in the `examples/` folder. To compile them, run `build.bat` on Windows or `build.sh` on Linux. Some example programs are provided in the `examples/` folder. To compile them, run `build.bat` on Windows or `build.sh` on Linux.
# Testing # Testing
The parser and reference resolver is tested against the URL section of the [web platform tests](https://github.com/web-platform-tests/wpt). Note that not all tests pass. This is due to the parser not doing any normalization and not supporting more niche features such as converting `\` characters to `/` or supporting drive letters like `C:` in the URL's path. The parser and reference resolver is tested against the URL section of the [web platform tests](https://github.com/web-platform-tests/wpt), which validates implementations that adhere to the WHATWG specification (what the major browsers actually do). To run the test suite, `cd` into `tests/` and compile the test runner using `build.sh` (Linux) or `build.bat` (Windows). Then, run `./test.out` (Linux) or `./test.exe` (Windows). Note that not all tests pass, which is to be expected as adherence to the WHATWG specification is a work-in-progress.
To run the test suite, `cd` into `tests/` and compile the test runner using `build.sh` (Linux) or `build.bat` (Windows). Then, run `./test.out` (Linux) or `./test.exe` (Windows).