miniaudio VS lvgl

Unfortunately, I can't currently capture any videos (I added miniaudio.h to play back the Jurassic Park theme song) since I had to move my mom into my home (she's getting a divorce from her narcissistic husband soon and the guy lost his marbles and locked her out of her own home) and it's late at night currently.

miniaudio - so far the best entry in cross platform audio. It is a stack allowing to use device alone, decoders and mixers, or node based engine for sophisticated audio processing. Extensible where it should be. Written in C, so there are no creature comforts of having C++. Aways can be wrapped to get advantage of RAII.

So, I wanna implement this library to the source engine. Is that possible? And also, since source is based on SDL, is it possible for me to implement Nuklear on my source game?

The most straightforward lib for this is miniaudio. It's straightforward,l to use and easy to integrate into a build system.

You give little clues what this is… so cl-miniaudio defines CFFI bindings to https://miniaud.io/ which is "an audio playback and capture library for C and C++. It's made up of a single source file, has no external dependencies and is released into the public domain." and is cross-platform.

Get the update on GitHub: https://github.com/mackron/miniaudio

* Miniaudio - A single header file audio library https://miniaud.io/

Both (actually, not just three systems) cross-platform.

For their design and cross-platform support they make for great bases for Go libraries, unlike most C code out there.

I've used this library before: https://miniaud.io/

So here is the thing: The iPod Nano 7g is from 2012. I've seen many people designing custom PCBs and releasing Kickstarter projects for custom audio players[5] or game handhelds[6]. I know Rockbox (which is great, but its lacks support for Wifi and Bluetooth AFAIK and just does not compete with the UX of iPod's audio book features in my opinion) and iPod Linux. 10 years ago someone even reverse engineered the iPod Nano 6g display[3].

Although I'm not skilled enough in PCB-Design, after some research I found the Lilygo T-Display S3 Pro[4] based on ESP32 S3, which would be the size, but lacks audio and OS. There is also the Mango PI CyberPad[7], which looked interesting, but maybe is already too clunky.

Programming wise, LVGL[8] may be a good framework to develop a modern and efficient UI - at least it looks promising.

So, why is nobody interested in recreating an iPod nano like device? It should be doable with modern tech, but Phones have completely taken over the marked...

1: https://www.reddit.com/r/audiobooks/comments/14ue4un/comment/ks1sj99/?utm_source=share&utm_medium=web3x&utm_name=web3xcss&utm_term=1&utm_content=share_button

2: https://github.com/advplyr/audiobookshelf-app/issues/847

3: https://www.youtube.com/watch?v=7TedIzmguP0

4: https://www.lilygo.cc/products/t-display-s3-pro

5: https://www.youtube.com/watch?v=1C597AkhGtw

6: https://www.funkey-project.com/

7: https://mangopi.org/cp1m

8: https://lvgl.io/

LVGL is a graphics library used mostly for embedded UI's. Main website: https://lvgl.io/

Popular embedded UI library

If you need something written in C and very tiny, I recommend LVGL https://lvgl.io/

The factory code uses the Lvgl graphic library. https://github.com/lvgl/lvgl

I'm trying to interface SPI LCD (ILI943) with Zynq 7020 (PYNQ-Z2 board) and LVGL embedded UI libary. And considering between two approaches: