19 hours 55 minutes

Day 1(June 5)

the basic idea is a retro ipod (like) mp3 player with a FTP server for uploading i used a waveshare 240*320 display. my first decision was what kind of gui to use. SInce i could setup the display as the Pi's, i briefly considered using something like Electron (ewww) / EGui (Rust :crab:) / cTK (Python) However. all of these wpould prevent headless execution, lowering battery life. Additionally, keyboard support is requierd, as we plan to have physical buttons. I then thought of huhh (Golang), which could be run from a TTY, but decided against it due to image support and other stuff So, i'm making my own custom GUI using their library (ig i have to make an audio visualizer with that :( ) i will also bundle it with nvlc or musikcube or ncmpcpp (pls dont hurt me)
3 hours spent

Day 2(June 6)

Mostly just code refactors, segmenting things into functions. I setup Image drawing for album art aswell as the down button (crazy). The media screen template was created - im using vlc python bindings to play the media properly. The song class has to be expanded to contain more information

i may just have to make the media async to ensure that i can update the Media GUI parallely
1.5 hour spent

Day 3(June 9)

more work on the music player to handle buttons
45 minutes spent

Day 4(June 10)

Updated time readings according to WakaTime. Buttons were updated to get rid of that awful version i had before and actually
register them on startup. More utility functions were added for changing the status of the media as well as volume. I finally got the PCB pinout, so i was able to setup all the functions. IMO refining is all that's left

1.2 hours spent

Day 5(June 12)

Finally worked on/finished the PCB for this, which has two mechanical keys and encoder
Also made the case for the mp3player
7(yikes) hours spent

Day 6 (June 13th)

Slightly redesigned the PCB, as earlier it was more of a 'reverse-hat' wherein I had a 40 pin header directly going onto the pi's pins but thats kinda problematic with mounting

What i've done now is just put a simple 6 pin female header to just connect with wires to the GPIO. I'm currently redesigning the case right now to accomodate this so will update soon

4 hours spent

Day 7 (June 14th)

Made a case for it today, fully covering the pi end to end.
1.5 hours spent