 Okay for top secret we're going to play one video and then we're going to go really fast speed round with all these cutie pies You're working on yes, so we've been doing a bunch of stuff This is on Lady8isDest right now is an Apple 2 Plus so you could tell we have a lot of stuff going on on Friday We just published this video This will give you an idea of some of the things that's coming soon. Lady, what is this? This is my pet octopus. No, this is the wiring For the feather floppy stuff that I was working on last week and getting back to it This is the floppy drive and this is you know one full and it worked, but you can tell the wiring is it's it's a little bit Wiery, so I am really quickly sketch together a feather wing PCB That has all the pins labeled to make wiring a lot near so I've got plugged in now into my Feather M4 and this is the 34 pin interface and I got this nice cable Which has even 8 inch drive and some 5 1 quarter maybe each drive socket support and then You can easily debug by plugging into the extra header so if I want to like you know watch the index pin or the data pins and Best part is it still works So now I can actually add floppy write support because I feel more confident that my wiring isn't gonna be flaky So then you'll be able to fully duplicate floppy disks Okay, you're working on this pin thing Well, I you know now what I do when I design a board I actually add pretty pin support for that chip set if I haven't yet and the reason I do that is it's really handy You know when I assign all the pins You know I try to get a good range of like peripherals of I squared C's and SPI's and You are it's an ADC's and it's sometimes really hard to keep track and sometimes the schematic Symbol is wrong And so what's nice is using pretty pins to generate the diagram I can really see like did I you know because I made a board in the first version I actually assigned the wrong hardware SPI pins like they weren't on an SPI peripheral and so This is you know a handy way to do that. So I added as ESP 32 to the repository I made a couple of BFFs like little add-on boards for QT pie to go in the back 5x5 Neopixel battery. I Started designing an NRF 52 840 QT pie, but I kind of like don't really want to finish it I did finish the ESP 32 QT pie, which has a Pico And the Pico chip has flash and PS RAM And this is schematic as a CP 2102 And this is the pretty pins that I used to check to make sure actually, you know in the end I was like, oh, you know, I forgot to put the DAC on a zero and a one So I actually have to revise this but I got close to being done And then ESP 32 S3 which is very very similar to the S2 in pinout But not identical as I found out a couple pins did move around But I think I got it down. I think I got figured out as the C3 also. It's a different kind of chip Not circuit Python friendly really because it doesn't have native USB But you know, it's very inexpensive and Arduino supports it So, you know, why not and then I made a little Gamer add-on, you know, I thought it would be fun, especially with the ESP 32 has so many emulators ported to it Because it's such a powerful chip Okay, let's get to questions. We got a bunch. Yeah Good question