bad-apple-test-7.mp4
Yes, it does run Bad Apple! (Make sure to run net stop before using readimgseq). A some recent updates have sped up the playback speed monumentally, and the device is now capable of ~16fps playback!
Currently, the master device will now allow up to 8 slave devices to sync to it over WiFi. It can also read from an SD card filesystem.
One of the latest updates included the ability to take screenshots. The screenshot algorithm will be improved later to use run length encoding, which should speed it up significantly.
I call it, "The Signal Integrity House of Horrors".
- 520KB RAM
- 448KB ROM
- 240MHz processor clock speed
- 3 bit VGA colors (RGB)
- 640x350 output resolution
- 6 physical ESP32 devices
- 6x ESP32-S2 Dev Kit
- 1x Digital PmodSD
- fbmem
- fbinfo
- hwinfo
- lsdev
- net <command_args>
- df
- sd <command_args>
- mkdir <absolute_path>
- ls
- touch <absolute_path>
- cd <absolute_path>
- readimgseq <absolute_path>
- cls
- screenshot <absolute_path>
Use the help command to list all of the commands and their usage. You can comment out text by writing nop <string>.
I have quite a bit of experience programming on high end desktop computers, and thought that it would be useful to learn how to program on a system with much tighter tolerances and lower specs.