text VS hikogui

utf8 normalization, stemming, case insensitive comparison. https://github.com/unicode-rs example for rust What are options for C++? 1. translate to utf16 ( https://github.com/simdutf/simdutf ) and use icu -- slow 2. boost text, https://github.com/tzlaine/text , also slow (because the author doesn't care or couldn't care), we made a lot of patches to make our library faster than lucene, but still this part is slower than icu for utf16 (icu for utf16 also very slow...)

How does this compare with https://github.com/tzlaine/text and https://github.com/soasis/text ?

Check out Boost.Locale or maybe https://github.com/tzlaine/text

See my own implementation: https://github.com/hikogui/hikogui/blob/main/src/hikogui/concurrency/unfair_mutex.hpp

Yes, it is an open source project for a cross platform retained GUI library with a modern c++20 API. https://github.com/hikogui/hikogui

With some growing pains on configuring CMake, I was able to converted a single header file in my project github.com/hikogui/hikogui/ to a module interface file, but it hit an ICE immediately. Of course I reported it, including a crash dump, and a project-branch.

Look at all the pipeline_SDF source files at https://github.com/hikogui/hikogui/tree/main/src/hikogui/GFX

Here is the fragment shader: https://github.com/hikogui/hikogui/blob/main/shaders/pipeline_SDF.frag

Here is the tool to create de-duplicated table and index table from the unicode database: https://github.com/hikogui/hikogui/blob/main/tools/generate_unicode_data.py

Thank you for mentioning HikoGUI.

On windows, you can even use just-in-time-debugging (enabled with registry key), which brings up a dialogue when the application crashes to select a debugger to attach to the "crashed" application. But for this to work correctly you need to do some fanzy things. See: https://github.com/hikogui/hikogui/blob/main/src/hikogui/debugger.hpp and https://github.com/hikogui/hikogui/blob/main/src/hikogui/debugger_win32.cpp