 All right, it's Python on Harvard time, Lydia. Yay, Blinka. It is time. OK, so if you haven't already, please, please, please subscribe to our Python on Harvard newsletter. It's a different daily, and we don't do anything with your email address. I'm going to spam you. It is the biggest collection of Python on Harvard news in the world. So last week, we did the breaking news about the Raspberry Pi Python editor online, which is great because we don't want to build an online Python code editor. Oh, no, I do not. We don't want to do that. And so we're glad that Raspberry Pi is it. So you could use this for anything with Python, including circuit Python and stuff like that. So it's a neat code editor. It'll help young people age seven and older learn to write code. And it's for all their coding clubs, coder dojos. It's beta. They want folks to test it out and let them know how it works. And it's not just limited to students. So everyone can use it. And then I have a little bit of announcement before we talk about some of the things that we're working on right now. PyCon, we're going to have a couple people there. Katnien, Jeff, are going to be there. And here is what they want you all to know. Katnien, Jeff will be hosting three days of development sprints from 8 AM to 5 PM Monday, April 24th through Wednesday, April 26th. Jeff will be joining on Monday. The location will be termed during the conference. They want to let you know if you're attending, please let Katnien know ahead of time in the Circuit Python dev channel on Discord. Or you can come find them at the conference. We'd love to meet up. We're looking forward to PyCon 2023. And we hope to see you there, too. This is where we meet a lot of folks. Some of them we hired at Adafruit. So if you're going to PyCon, please stop by and say hi to our team. And then last up, before we talk about the kind of new thing that we're going to preview today, I thought this was neat. This is a circuit playground using Circuit Python to make an edible dungeon and dragon's cake that rolls dice. Cool. Isn't that neat? Yeah. OK. I love it. It's supposed to make it easy. It's supposed to be like the programming doesn't get in the way of your project. Yeah. So in our Circuit Python news, this was in our internal Slack today. Lady is like, hey, Scott, could you get Circuit Python doing stuff with our new Feather DVI? And? This is Scott loves to drop hot images. So this is a Feather RP2040 DVI, the board that we released last week, we was with before, connected up to an HDMI monitor. And you see the native display IO and Ripple is on a monitor. This is cool. One, we've always wanted to be able to do really good screen captures of Circuit Python. Like if you're typing stuff, instead of taking a photo, you can actually now do a screen cap of display IO, which is super neat. Second, it means people can do video sense and cool video projects that display on a monitor using Circuit Python. And we have Arduino support right now, which it works great. But maybe you want to use Circuit Python that you know and love all the sprite stuff and maybe the video games that we had. The PyGamer people wrote some games for the PyGamer for a TFT display. But now maybe they could port those games over. So maybe I'll have Scott adapt his. The cool thing about this is we have no idea what people are going to do with it. Like when I saw this, I'm just like, I can't wait till Todd Bott can kick the tires on this. Because we finally have not only a screen directly from Circuit Python, there's other ways to do things. And you can look at a screen. But this is going out to TV, a big projector. Or a projector, or anything. There's actually a lot of stuff to have DVI input. Also, you can, of course, convert DVI to other. You can convert to NTSC. There's a lot of things. And it's Python. So that just means anyone can make anything and plug it into these monoliths that we just have. Stuff to our walls that don't do anything most of the time. So anyways, we'll get the word out. It's not on the nightly build yet. It needs to be. No, it's not even pulled in. Yeah, this is breaking, breaking, breaking, breaking news. It's like so hot. And you've got 16-bit, 8-bit, 4-bit, 2-bit, and 1-bit. So 320 by 240, but it's pixel doubled to 640 by 480. But most of our displays are 320 by 240. So it's actually very similar. I think he did say that on the 1 and 2-bit per pixel color, so it's like monochrome or near monochrome, he could get full 640 by 480. But maybe I didn't understand it. OK. Don't forget, sign up. Advert Daily. We deliver this every single week. And you'll be able to, of course, follow along on that project and more very soon.