Obviously, the 2016 elections. There will be a new president at the end of this long campaign. And truthfully, particularly on the Republican side, unless that primary process settles into a more familiar cadence, there's going to add a lot of uncertainty. Definitely streaming video. Certainly younger people, but also older people, are getting more of their entertainment from specific kinds of things that they like to watch. So Netflix is obviously the biggie, but you've got HBO now, you've got a whole lot of other folks who are doing that. I think the biggest story next year is really going to be about how the Fed raises interest rates, how Janet Yellen and the Fed sort of handle that gradual process next year. We'll be closely scrutinized by the investors. Same thing that happened in 2015. Will they? Won't they? As soon as we get that first Fed meeting in January, people are going to begin asking when is the Fed going to raise interest rates. I think for 2016, we're really going to see a bear market. That's what the tea leaves are saying.


Hi everyone, Sean with jaspyscasebrakes.com here doing 2021 hip parade football platinum edition series seven hobby box. Personals for Jonathan M. He's got five more boxes, last five boxes from the case. So we don't even have to randomize it, don't need to pick them. He's got them all. So we're going to go boxes 14, 41, 48, 66, and 86. So 14, 41, 48, 66, and 86. Good luck, Jonathan. Starting off with box 14. I see gold. Yeah. Gold veteran ticket auto on card. Ryan Tannehill. Hopefully less Ravens this time. Eight out of 10. Let's find a Joe Burrow for you, man. Box 41. That that's from 2020 contenders optic that Ryan Tannehill. Nice out of 10. Gold. Got a rated rookie red. Deandre Swift on card auto from optic. That is four out of 50. I think they take a quarterback next year, probably early in the draft. I do not think the lions are going to be too high up in the rankings this year. But Deandre Swift is definitely a good running back for them in the future. They picked up Panay Siwell this year. That monster left tackle out of Oregon. So they're building a good line. Box 48. I think did they let go of Karrion Johnson too? So I think Swift is the man. We're going Panini one. Talk about another good running back Jonathan Taylor 177 out of 199. Two color patch on top, solid color on the bottom from Panini one rookie patch auto dual box 66. I'm wondering what they're going to do with Marlon Mack. I think they've had some injuries, right? Who for for yeah, that's what I'm saying. Golf is not the answer for them. So and that's a rookie auto. Wow. Bowman, chrome, rookie auto, Jason Witton. When was Jason Witton a rookie? 2003. Bowman, chrome. That's pretty cool. Yeah, I don't think that's I don't think there's a repack or anything like that. That's awesome. Jason Witton, rookie auto from Bowman, chrome. I think I've ever seen that card before. And box 86 to finish it off. Another nice one here. Not Joe Burrow. I was really hoping it would be but rookie auto from Mosaic Clyde Edwards E. Lair. That team is not far from Super Bowl every year at this point. Kansas City Chiefs. Nice rookie running back auto to finish it off. There you go, Jonathan. Another nice boxes for you. That was 2021 hit parade football platinum edition series seven hobby box break for Jonathan M. Thank you very much, Jonathan. I'm Sean, jaspyscasebreaks.com. Thanks for hanging out. See you next time.


Hi, Jeff Rick here, the SiliconANGLE offices in Palo Alto. I'm here for a CUBE conversation. As you know, we usually go out to the events to extract the signal from the noise, but we sometimes like to have friends into the CUBE itself. So today we have Howard Lick, Howard, welcome to theCUBE. Thanks, great to be here. So, you know, we're covering all the great trends right now in technology and cloud, mobile, social, big data, consumerization of IT are really the hot things going on in the enterprise. And why we invited Howard in is because not only is he playing in all those spaces, but he's using them in a unique way not to necessarily save business money or not necessarily to get your order there faster or provide better customer service to a commercial entity or really more for a social good and for a social cause. So, it's tide pool, right, Howard? So why don't you tell us a little bit about what tide pool is all about? Sure, well, tide pool is an open source, not-for-profit effort, and we're building an open data platform and better applications to help reduce the burden for people with type one diabetes. So you're using open source? Yep. You're using cloud? Yep. You're using big data? We are. And you've got a terrific experience in consumerization and UI, so you're using that experience. Absolutely. You're covering everything from, it's amazing, families and the actual patients and their support group and families to clinicians, research institutions, donors. Who should I miss? Let's see, doctors, researchers, patients, parents, even the FDA, we hope will help out. So it's really a great story of using these trends and really, kind of, if you started a company today and when did you start tide pool? Tide pool was officially incorporated in late 2012. It was actually a different name and we renamed it to be tide pool in May of 2013. But it's really using the best of what's available today in the technology world from open source and cloud to support distributed employees distributed, user-based distributed, constituents in which you're serving, and it's pretty phenomenal story. So let's jump into it a little bit. Let's talk a little bit about both the products side of what you're trying to do, as well as the platform, right? Because it's always the technology conundrum. Everybody wants to build a platform but nobody buys a platform so you gotta have some products. So I'm gonna first talk about the products. Sure. So we started with a couple of applications. The first one's called blip. And blip is an application that pulls data in from diabetes devices. I should probably back up and say type one diabetes is a very data intensive disease. A lot of people would type one where a continuous glucose monitor, they often wear an insulin pump, they always use a blood glucose meter for finger sticks and all of that data is necessary to help deliver insulin therapy. When you have type one diabetes, you have to take insulin in order to live. But computing the right insulin dose is really hard. And coming up with easy ways to look at all the data in one place at one time is what blip does. So blip is our first application and it pulls data in from all those different devices, makes it easy to see it in one place at one time, both for the patient and their parents and their doctors to actually look at the same thing on one screen at the same time. So how does the data get into blip? The short answer is by any means necessary. So the right way to do it is to get the data directly from devices. The industry isn't quite there yet, so we're demonstrating the value of that. So in some cases we reverse engineered the protocols that these devices speak so that we can get data out of the device. In other cases, we're scraping data out of the clouds, these vertical proprietary backend cloud systems that the different device makers make. Ultimately what we want is for the industry to publish their protocols so that we can incorporate them into the type pool platform and then it's much easier, both for us and other people to build applications on top of it. And are the devices either the something that they wear or when they take a blood test, are those connected devices?  Do they have existing connectivity built in? Is that a new thing? Kind of worth, what's the state of that, the touch I guess, kind of the last mile in terms of getting the data? It's a great question and really the diabetes industry is really lagging behind what we're seeing happening in consumer electronics. So you know, I'm wearing my Fitbit right now and that talks Bluetooth, LE to my phone and the data automatically gets to the cloud. The diabetes devices don't yet do that. And part of that is it's, these companies are really subject to some pretty intense regulatory oversight and darn well they should be because we're delivering a deadly hormone to our kids and adults with type one diabetes. So right now we're really at the beginning. So there are insulin pumps, continuous glucose monitors, blood glucose meters, finger stick meters. Typically they have their own proprietary interfaces. Sometimes it's through a USB port, sometimes it's through a proprietary wireless protocol. The industry is starting to move towards the obvious way of connecting to things such as through Bluetooth, LE. And basically what we're doing is we're building the software that makes it easy to use the data once we get there. But we're also connecting to existing devices so that we can make things better for people with type one right now. Okay, and then there's the new Google Contact thing which I saw. If that really works, it's gonna be pretty incredible. Yeah, I was actually at an alumni thing speaking to some, there were some Claremont kids who I guess had interned on that project that had just been announced that day and it said it was very exciting. It is. It's a really good way and an unobtrusive way to get that data and I'm sure it'll be connected if it's Google. Absolutely, and so we've sent them a note. We would love for data from the Google Glucose Sensing Contact lens to go straight into the tide pool platform. Awesome. Okay, so now let's talk about the other side of the equation which is people doing research to try to help with the disease. So how does tide pool play in that space? Yeah, great question. And so we're building the tide pool platform which both has client side components that talk to devices, but also has a back end cloud component to it. And the thing that's really interesting and important about Type 1 diabetes is there is so much data collected. Your continuous glucose monitor takes a reading every five minutes. You're taking dozens of finger pricks per day. You've got basal rates of insulin and all of that gets put in our cloud. We treat the data like you might treat a financial transaction. We immediately give it a cryptographic digital signature and then as data is transformed through the system you can always go back. You can always see the provenance of the data and that's a really important thing in order to be able to audit the safety and efficacy of not just our system but devices that talk to our system. Once that data is in the cloud then you can do some really incredible things.  How high does your blood sugar go and then how quickly does the insulin bring it back down? So you'd love to be able to have access to a big database and say show me all the data for a 12 to 14 year old girl from 100 to 105 pounds. That's at this point in her menstrual cycle and perhaps had vigorous exercise two hours after the meal. That might be what you're studying with the goal of trying to come up with a pattern recognition algorithm to help make insulin dosing better. So it's still really about insulin dosing. Accuracy is really the big, hard to solve and immediate problem. And insulin's a deadly drug, right? If you give yourself too much insulin you can very quickly have a seizure or go into a coma or unfortunately about one in 20 people with type one diabetes die of what's called nocturnal hypoglycemia, where you actually die during your sleep due to low blood sugar. To low blood sugar. Now on the data that you're collecting, so obviously you're collecting stuff from people that are connected with type pool.  Absolutely. And a perfect example again is exercise data, right?  And so we are actually working to get exercise data off of devices like Fitbits and Fuel Bands. Another great example is meal data. We have a mobile application called Nutshell that makes it really easy to keep track of what you ate and where you ate it. And then that context helps you see how your body reacted to that meal and helps you make a better insulin dose next time you eat the same thing. Great. So I want to shift gears a little bit about it. It shifted into the technology, just the technology environment in which we live today. You were at Tivo, back before there were DVRs. You've been at Pixar, which was cutting edge, heavy lifting technology to make movies. You were at Linden Labs doing virtual reality stuff. So you've been very involved in Silicon Graphics right back in the day. We were at History Museum doing a show the other day, which is the old Silicon Graphics building before they built the pre-Google, Google headquarters. But talk a little bit about the tech environment today to build a tech company using the tools that are available and how different that is than just a few years ago. It's really an incredible time to start a new technology company. We're 11 employees. Almost everyone is an engineer. All you need right now is a laptop and a Wi-Fi connection. And you can start a company. And frankly, that's all we've got. And we're building incredible software. We're leveraging Amazon Web Services as our back end. We're leveraging incredible web libraries like D3 for doing visualizations. And so it's really an amazing time to have an idea of vision for doing some good in the world. And you can just sit down and immediately create code that does it. Right. And then the other piece of it that I found interesting doing a little research before you came in is your team. Not only do you have basically no software or hardware infrastructure of your own leveraging all these services, but your team, most of them, aren't here. So you've really done a good job of collecting assets in the form of people that are distributed all over the world. So talk again how different the world is today than it was just not that long ago that you can actually execute with this distributed team. Yeah, you're absolutely right. It's really amazing. So we've created this team. I like to think of this Venn diagram of people who care passionately about type 1 diabetes, people that like the approach that we're taking, which is an open source, open data platform, people that are really good engineers or really good UI designers, and then people who could quit their day job and actually do this. And I think there's probably about 20 people like that in the world, and Tidepool hired 10 of them wherever they are. So we've got an engineer in New Zealand. We've got two UI designers and an engineer in Copenhagen, another engineer in France. We also have an engineer in Austin, Texas. We meet every single day using Google Hangout. We do our stand-up meetings using Google Hangout as a video conference system, which is free. It's pretty incredible. And yeah, the world is flat. Now, all that said, I still fly people in a couple of times a year. Nothing takes the place of actually sitting down to a meal together, having some fun together, building trust and camaraderie as a team. But then we all go back to our homes and we get great work done. Yeah. And the Google Hangouts work out a lot better after you've spent some time together. That's exactly right. It's a whole different kettle of fish. So we're getting towards the end of our time. Two questions. One is kind of what's your big next thing you're trying to knock down? What's the next big objective vision that you're trying to do from the company point of view? And secondly, what can people do to help? It's a great cause. Again, it's using technology for good, not that there aren't other people that have done it in the past, but I think it's a very innovative, widely old tech veteran who basically said enough of what I've been doing before, let's really put this passion to work and really try to solve the problem of leveraging these tools. So what's the next big thing you want to knock down? And then second, how can people help? That's great. So we're working on our first two applications right now, Blip and Nutshell. Blip is about to start a pilot study at UCSF. They've been a great partner as we develop our systems. Then we'll work on Nutshell, and we've got a couple of very prominent diabetes clinics like Jocelyn and Stanford also interested in helping us with clinical or pilot study trials. The type pool platform, as we've been building it, we realize is incredibly valuable for what's known as the artificial pancreas, which is a closed loop system that combines a continuous glucose monitor with an insulin pump. And what we've said to the researchers working on the artificial pancreas is let us build the cloud back end. Let us build the telemetry system. Let us build the monitoring and visualization. You focus on the pump and the control after the phenomenal opportunity for them. Exactly. We're good at building software. We're good at visualization. And they're very happy to leverage what we're doing. So that's the next big thing for us. What's your time frame on that? Well, it's ongoing. So we're in discussions right now. We're building the type pool platform as we go. We started prototyping artificial pancreas telemetry systems already. We think there are several building blocks along the way, like decision support systems and a clinical research panel. So we're going to keep working on that this year and next year. You just go, right? You have to stand up. You don't spec the whole thing out and build it anymore, right? Just go step by step. That's right. We're moving fast, and we iterate every day. Good. And again, so then what can people do to help? Great question.  The type one diabetes community is a wonderful community, and we've already gotten lots of offers for help. If you're an open source developer, we'd love to get contributions. You can find us at GitHub under type pool underscore org. If you are a high net worth philanthropist, we would, of course, love donations. We're a nonprofit. We do intend to be a self-sustaining nonprofit. We'll generate just enough revenue to continue the cause, but we're raising money right now to get us to that point. If you're someone who does documentation or someone who does testing, we can always use the help as well. Great. So Howard, thanks for coming in. I really appreciate it. When I learned more about the store, I thought we got to get Howard in, because not only is it a great story about doing good things, but it has the same tech spin that we talk about every day. It's just a slightly different application, one that's really done for good. So thanks for dropping by. Thanks for having me. My pleasure. All right, so Jeff Frick, signing off here from the Palo Alto Office of SiliconANGLE. It's been a cute conversation with Howard Luke. We'll see you next time. Thanks.


Is that new here? So today I have a monthly meal prep video and if you're new around here, basically around every two weeks I do a nice stash of stuff for my freezer. A lot of this stuff is for in between dinners because I tend to make dinner almost every night. Sometimes I have some freezer meals. I just did a video on three freezer meals for dinner which I can leave the link in the description box but a lot of this stuff is for like lunches and things for my kids, healthy options, all of that. And so I spend some time making a list of things and then I find the recipes that I need and I get all of the ingredients and just try to get it all done as fast as I can. Today's video is a little bit different for me just because I am doing this first thing in the morning. A lot of times I film in the afternoon but today this is just how my schedule worked out which I'm kind of okay with because that means that I'll get all this stuff done probably before lunch and I don't have to worry about the cleanup going into the evening. I also have a recipe that was requested by a subscriber so I'll be telling you about that here in a little bit. If you ever have any ideas or requests or things that you might like to see me make in these types of videos you can always leave them in the comments. I do read them as much as I possibly can between being a mom of three and I do take into consideration and some of you guys have given me some pretty good ideas. Also, if you're new here we do have some gluten sensitivity in our household so I do tend to go on the gluten-free side. There are times that I will tell you what you could do if you aren't gluten-free or other options as we go along. Most of the stuff I'm making today is new recipes. I think there's one or two things that I have shown you guys before but we like variety and don't always do the exact same thing. I also wanted to tell you guys that today's video is sponsored by Freshly which this has been such a cool opportunity because I've actually looked into this before and I actually have been using them for a few weeks now. I wanted to test it out and just really know that it's something that's quality and something that pretty much anybody would eat. Cory and I actually have both been eating their meals. They are just so convenient. You guys don't know this, my husband's a contractor and there's a lot of times between jobs that he stops here at home and eats lunch and sometimes I'm in the middle of something or whatever, it's kind of unexpected and it's so great to be able to pull one of these out and just put it in the microwave, heat it up and the thing that I have been so appreciative about this is you can tell that it's never been frozen. It's so fresh, it tastes like the type of meals that I make myself and they are all pretty much gluten-free which helps out so much, especially considering that my husband is so sensitive to gluten. Here are a few of the meals that I selected for this week and it is creamy chicken casserole, spring chicken pilaf, white bean turkey chili and a buffalo chicken dish and they have nutrient dense ingredients, high quality protein and complex carbs to keep you energized and feeling really great. For somebody that's on the go a lot, I know that eating healthy can really be compromised just by grabbing what's easy and I feel like this is a great alternative. I know a lot of times we push off eating healthy but this is one way that you can get started right away. So some of the things that you get with Freshly is access to a rotating menu that is created by nutritionists and chefs. Freshly's food philosophy is less sugar, less processed food, more nutrition without compromising great taste. Each meal is between $7.99 and $11.99 depending on how many meals you get for each week. This is one of my personal favorites just because our schedule can be super crazy and I don't always have everything planned out to the teeth. They are packaged in a way that they are fresh for an entire week before needing to be frozen. It tells you how long to microwave it for which is always three minutes or under and then of course you can see that it is gluten-free and it gives you all the nutrition facts. But if you check out my link in the description box, you will get $30 off your first two weeks with Freshly. As a busy mom and somebody with a very fast-paced lifestyle most of the time, I just highly recommend this. It eliminates having to do a lot of food prep especially for yourself as a mom and if you aren't eating healthy right now and are really looking into a healthier lifestyle this is definitely the ticket. All right, so all of that being said now that I told you about my little gold mind over here with Freshly, let's go ahead and get started. So the first thing I think I'm going to start off with today because as you guys know whenever I do my meal preps I'm always keeping my oven going. I'm always trying to kind of strategize so that I can make the best of my time as I'm cooking and prepping making sure that I'm keeping my stove going if I've got stuff I need to go on the stove. And so today's recipes, I would say go between like really easy and maybe like some medium skill particularly this first one we're gonna start off with and that is doing some pizza pockets that are gluten free. I've never made this recipe before and as I told you guys before is stuff flops or doesn't work out I like to show it to you. So we'll see how this goes. The recipe I found on Pinterest she said that it works out every single time. So we will see and let's go ahead and get started. This recipe for the dough part of the pizza pocket seems so incredibly simple. So if you have a gluten free flour that you like that's your favorite you can get that. I just got the kind from Walmart that's a great value brand. So this does have xanthan gum in it that is one other ingredient but she said if you're a mix it has xanthan gum in it to not add more. So it has gluten free flour, baking powder, salt and then you add in some yogurt and some water to kind of make a dough mixture. So we'll see how this goes. I'm gonna whisk the dry ingredients first and then slowly add the wet ingredients. Popped into the oven and now I'm going to be making a party mix that's pretty simple. I tweaked it around a little bit. I will leave the recipe below that I am following. One of my girl's favorite nuts is cashews. I think she had something else in there. I can't exactly remember if it was like walnuts or pecans or something. And then I have gluten free pretzels and then rice squares. And I know in the recipe she had done half corn squares, half rice squares. I just grabbed a box of rice squares and then the other part that I'll be heating up on the oven to mix into it is onion powder, garlic powder, salt and Worcestershire sauce. I think I said that right. And then a stick of butter. Okay, my overall opinion of these is that they turned out really well. They're really hot. So I'm gonna have my girls try them in a little bit for lunch. But I think they turned out well. The biggest thing I think was just learning kind of a method of how to fold them over and make them into more of a pocket size. Or I could even make them into a longer like stick size, that kind of thing. So I think I may actually make a double batch of these again in the next few days just so I have a good amount in the freezer. But this was a good trial run and they smell really delicious.  So this is a recipe that's been tried and true. I've made it quite a few times. And it is a copycat for Chick-fil-A nuggets and it works out so well. It is gluten free and it's just delicious. Even my husband really likes it. So basically the first step to doing this is putting the pickle juice you can get. I like to get dill pickle juice. Somebody had been asking me that of what kind of pickle juice I get. And then I just cut up tenders into like, you know, nugget size, put them in here, dump the pickle juice over them. Then we just eat the pickles. And I let them marinate. Now I don't really think there's an exact science to this. I just kind of let them marinate till I'm ready to put them in the oven. Sometimes it's a few hours, sometimes it's an hour, sometimes it's just, yeah, it just depends on the timing. I don't really like have any certain amount of time that I think is good. So I'm gonna get these in here and then go to my next recipe. If you'll notice as I'm working, I'm using the same bowl because I'm just washing it so that I don't have a huge stack when I'm done trying to keep things cleaned up as I go. So the next thing I'm gonna make is something that my girls love, love, love, love, and they're standing behind me waiting for me to make these. So they like cake pops, of course, generally from Starbucks. And so we're gonna try to make a healthier version of these today with almond flour, dates. It does cough a cashew butter in the recipe, but I'm going to use peanut butter because that's what I have on hand. Vanilla, and then I got these. I've used these before in my food prep. I use them. This is kind of my go-to for chocolate chips, but it's from Walmart and it's the Bake Believe brand and they are stevia sweetened so they don't have a bunch of sugar in them. So you do need a food processor for this recipe which I don't have. So the main thing you need to food process is the dates. So I'm going to see what I can do. I may end up throwing them in my blender or using my hand blender. I'm gonna chop them up first and then go from there. And then these are the only sticks I could find. I was at Walmart. They're all a little on the thin side so I may end up using two of them kind of stuck together to try to hold them up and then I just grabbed some small sprinkles. I just figured the smaller they are, the less sugar it is, and it's just fun for them. Go to Starbucks and ask them, is that what you just said? Well, they don't make them like this. We had a bit of a fail situation with the cake pops but how do they taste, Abby? Good. Good, yeah.  So I'm gonna definitely be making more of these and then just like flash-freezing them, putting them in bags so that they can be heated up really fast. So I think what I'm gonna try to do to salvage these is put them in the freezer, let them freeze and then try putting a stick in them. And if not, I guess you guys can just eat them with your fingers. What do you think of? You think that? So they love these little guys. You like those little guys? Okay, all right, we're gonna put them in. Also, the party mix is done so I am going to put half of this into a snack container in the pantry and then the other half I'm gonna put into a Ziploc and just stick it in the freezer so that it doesn't get stale. That is something else you can put in the freezer, is just dry snacks and things like that to help them not go stale. So I've got the chicken nugget station kind of moved. I washed everything, sanitized everything and I have the first batch in the oven. If you guys watch really often, then you know that when I make these, I usually make them on my baking rack and today I decided to use my leftover parchment paper from the party mix and just put the nuggets on there. I'm kind of curious to see if I think they bake as well on there or get as crispy kind of since they won't be sitting up on the rack. So we're testing that out. So we'll see how that goes. We're gonna do something with these in just a little bit but I just pulled these out of the freezer. I did put them on some parchment paper because I was kind of afraid they would stick. They seem pretty solid. So I'm gonna try putting a stick in them and then putting them in a Ziploc bag and back into the freezer because it says you can store them in the freezer and these will be kind of like a dessert treat for the girls or I may just put them in the refrigerator. So let's see if I can get a stick in them. Okay, they're not quite as I envisioned them and I think this recipe would have worked out a lot better had I had a food processor because I think it would have blended up the dates better and made the dough or batter, whatever you wanna call it, stickier and then obviously more dense and I think it would have all worked out a lot better. Plus I think having a little thicker sticks also would have helped me. But either way, my girls are gonna think that these things are awesome and actually they love anything with sprinkles and a little tip for you if you have a little one that is just not doing very well at eating their food, just putting a little bit of sprinkles even on like mashed potatoes. I know it sounds kind of funny but it makes them wanna eat it. I've done it before, put sprinkles on a lot of things and sometimes it even helps them try new things that they think will taste gross and then they end up liking it. So just a little tip but I know that the girls are gonna think these are great. Are you excited?  You think they'll make a good treat like after dinner? Okay, so moving on to these sweet potatoes. I just did something that I have never done before and that is I cooked these in the microwave. Yes, I did not even know that that was possible. I didn't know you could do that. So basically I just stabbed them all over with a fork and then put them in the microwave for about like seven minutes, something like that. I'm not endorsing doing this because I don't necessarily know if it's actually safe to do. You could look it up online but this is what the recipe called to do so I decided to try it, take my chances and it worked out great. So I can't remember if it was the last meal prep video or the one before that but I made some broccoli tater tots and the girls really loved them and it was an easy way to get veggies in them because they're finger food, they're bite size and you can dip them in ketchup or ranch or something like that. So this time I'm going to be making a spinach sweet potato tot. So I'm going to put all of the ingredients in here like with everything else, the recipe will be below and then I'm going to chop up the spinach, put it in here and then put it on parchment paper in tot form and stick it in the oven to the requested recipe. So somebody requested that I would make some fruit leathers in my oven. So thank you to that friend on here that suggested that and I've actually considered doing this before but kind of forgot about it so I was so thankful for the suggestion. So the recipe I found has raspberries, blueberries and strawberries and lemon juice. The reason I chose to do this last is because it's something that has to sit in my oven for quite a while and I think I'm going to be making two sheets of it. I have enough berries to do that so I'm going to go ahead and do that. So I'm going to pull out my blender, put it all in the blender. I mean it seems pretty simple and we'll see the results and how it turns out. All right, these are done. I had flipped them over one time and they've worked out perfectly. They remind me a little bit of the broccoli tots I made but they smell really, really good. So I'm curious to see what my girls think of these. I'm sure they'll like them. They have Parmesan in them. I did Parmesan instead of the cheddar just because I had that on hand and threw it in. So I will flash freeze these just like I do the nuggets and then put them in a baggie and then I can just heat them up really quickly. So now I'm going to take the fruit leather that I blended up and I'm actually going to replace this parchment paper on this pan and put them in both pans and stick them in the oven. And I'm going to finish up this video now.  There's a tab called community and for a lot of you may not know this I actually post a lot of things on there just telling you whenever a video is gonna be a different day or like whenever it's gonna go up late and those sorts of things. So I will post a picture of the finished product of those fruit leathers whenever I post this video so you guys can go check it out there. Thanks a lot for watching. If you're new around here I would love it if you subscribed and joined my channel and also don't forget to check out the description box to try out freshly for yourself.


What's going on guys got Kyle here with late in sports cards, and we are ripping this is gonna be a 2022 Bowman sapphire edition and this one is gonna be a personal for Jared H Good luck. Jared. Let's see that wit What's up Evan, I'm Kyle nice to meet you man Hopefully you'll see me around a little more Yeah, 2020 Bowman a gunner Henderson to start Got a first of Jason Dominguez nice start there the sapphire first Got a J rod as well Christian Robinson Matthew Liberator posh a and That's gonna be a Ronaldo Hernandez Dominguez first time Got a CJ Abrams we got orange and it's gonna be hunter Bishop Orange number to 75 for the Giants little color match there for the Bishop first is Joe Ryan Adam Hall That's funny you got a Jeremy Pena first there we go MVP auto we got Brennan Davis That is gonna be a first for him. I do believe I don't think it said it doesn't say it But I believe this is his first Brennan Davis sapphire auto Solid one there for the cubbies at Brady McConnell and a 6-0 6-0 in the show man Yeah Game sinker got a bojarski first Mackenzie Gore asked a deal first and a Tyler Freeman got a Rutledge first Clark Schmidt Stott and a rookie card of Luba Nice rookie Luba up there MLB has his third best Cubs prospects Yeah, and the Cubs system. He's definitely up there for sure got first cantile cantile Spencer Howard Marco Luciano and a first of Joccio de la Cruz All right, and last pack for you. Good luck. Jared solid box so far. You got a first of Jair Durand Nice forest boy Joey Bart Evan White and Canaan Smith on the back. All right, that will do it Jared for your 2020 jumbo or for your sapphire Thanks so much, man. We'll get it right out to you


Thanks everybody. Good afternoon. How are you doing again? I'm Scott Kelly and I'm here to talk about our project Which was actually titled the integrated wildlife management for sustainable agriculture And this project like so many other Sarah projects was conducted to solve a problem that not only we had But we felt maybe so many other People were having having these experiences. So we're fortunate to have organizations like Sarah To support our community So we have a UPIC operation in Carney, Missouri. Everybody thinks we're in the car and we're in Carney, Missouri You can come pick your produce. You can weigh and pay on the honor system And you know where your produce came from because you picked it yourself Carney's close enough to Kansas City Metro that we have a variety of customers from different demographics And here Kerry is Row how in these rows and I'm pretty sure that I was in the tractor when I took that picture so So we have young pickers who drag their parents out We get a lot of feedback that they want to go see Kerry Which is a good thing But I think that's probably because she bribes them with rides in the golf cart And we have seniors that come out They enjoy getting out in the garden They enjoy spending time out there Without all the hard work they get to pick their produce and This lady knows her tomatoes pretty well. She was telling us all about that But what really brings Our customers out is sweet corn and that's kind of the crux to this This presentation So kids look funny at us when we tell them just pick that need it right there raw And then they look like this So I don't think she lost her teeth right there That moment and we of course you couldn't notice we have a pretty good crop of crab grass that year too So Kerry here is the green thumb of our operation And that's why we named the Kerry's you picks of something went wrong Talk to her about it But I'm in the one inch in charge of sweet corn so that's I'm kind of in charge of the sweet corn And we've got the best sweet corn in northwest Missouri And all in Nebraska But early on we had a We had a serious problem right everybody's probably seen this it's grown sweet corn So who's out there? Who's getting in there damaging our corn right? So we ended up catching them red-handed, right? And we determined that through a lot of scientific Investigation that deer were bad And raccoons were bad for sweet corn So we needed we need an idea to Protect our produce From these garden pests so we called up uncle Albert and asked him to give us a hand or give us some advice And he said that you have to change their behavior and their patterns And we thought yeah, right whatever so So that's we change your behavior in your patterns so the very first night after that We put out all of our Halloween decorations That's not a joke and Then we built this electric fence surely the surely the deer raccoons would stay out but That wasn't we knew that wasn't going to be a permanent solution for us Because of our system in our operation you know That we both work full-time jobs We use tractor and implement as much as possible limited access with fencing wasn't For us in our operation and for our customers Just wasn't going to work Customers worried about electric fences and the Halloween stuff kept scaring the kids away And they're paying parents so we couldn't use that But we still needed to keep the critters out They think our sweet corn is the best also, so we're not the only ones But we needed to consider the money aspect of it Of what we could do because I always think of how much stuff is going to cost in dozens of sweet corn sold, right? and so But we thought that if we had an innovative Idea that could help other people including us That we could find some place to help us with funding that idea Because Albert Uncle Albert wasn't much help, right? So we've been subscribing to several and following several organizations of course Sarah and Lincoln universities There's Jim Pierce up there. You'll see him probably tomorrow The University of Missouri extension And we thought that if we had a unique idea Can we find one of these that would fit? with our operation and There would be something that would work for us And there's so there's a lot of different for us. There was a lot of different Ways to go there were a hundred percent grants matching fund grants Reimbursement grants short-term funding. We had to look at recipient requirements The difficulty of grant the applications I've done. I did one that was almost 70 pages long, you know, so We didn't get that one, but Anyhow, so we had to think about all those things We found that we were a beginning farmer rancher. So that gave us some advantage there In some instances But it ended up that Sarah was the best Fit for us the research aspect the available funding and the ease of application and the support network especially Made sense for us so we put together our project in Nicknamed it the guardian project and I'm sorry. That's not a real good picture, but You'll kind of get the Just of it here which consisted of myself Kerry O'Dell who's with me today? Nick St. Clair is Basically, he was our kind of our laser expert Constructed the lasers themselves Jim Pierce again with Lincoln University Helped us quite a bit and a special thanks to my friend Curt Maze Maze plumbing who loaned us his turn trencher all summer long so So we discussed this issue with the extension agent from the youth University of Missouri Marlin Bates up one of that it came out good didn't it anyhow? So we got a leg or letter of recommendation from Marlin at the time he was with the University of Missouri is with with K-State right so So back to our idea right here's another smart guy with ideas But the idea kind of went this way So if you had a hundred and twenty volt source controlled by two photocells to two transformers for 12 volt DC for the laser and One for 32 volt AC for the sprinkler controller that was energized by tripping the laser to another photocell that would close the relay This would happen The deer would trip the laser and the sprinkler would shoot the deer and The deer would leave Right now try to explain that in a grant application So against all odds we received a grant from North Central Sarah Sarah for a two-year project with with annual reporting And we proceeded to build these lasers and photocell devices that are full of electronic stuff Which is basically inside there's a There's a laser and there's a transformers in there There's a duno chip Took it's like a little computer that controls the relay In a photo cell to receive the laser We stuffed them into a Basically a five inch by five inch vinyl fence post to house it So then we arranged them in what I call a jay the daisy chain fashion around the you pick So that the laser from one box is pointed at the photo cell on the next box and that laser to the next photo cell And it goes basically all the way around the garden then we installed miles and miles seemed like of sprinkler piping and sprinklers so that You know, and we used as much child labor as possible There's my buddy's trencher there. So that was good to have Hey, we learned many valuable lessons Like don't put the valve so far down in the ground, right? So basically what that ended up? This is a Google Earth image of our garden. It's about an acre and about 30 And you can kind of see There's a little pointer thing you can kind of see these little these are the little laser boxes around there They're going hard to see and the yellow line kind of represents that daisy chain of a basically a laser perimeter for that acre and a third each So then of course once that was all done And I apologize for this But this is how we This is how we tested it so Getting that deer to cooperate Was a real issue and we were pretty much soaked by the end rather it was about the 12th take so So anyhow That took a lot longer than that was about a year of all that going on But anyhow the combination of the laser tripwire and impact sprinkler system automatically comes on at dusk And off at dawn and it protects about an acre and a third of produce Including our precious sweet corner, right? and that actually Coincides with our hours of operation that is from sun up to sundown our customers come out Any time that it's daylight pretty much so They come out whether we're here whether we're not some people like the solitude some people like You know socializing and so on so forth. So So we were very happy to report. Oh There's another picture Basically, you can kind of see the laser it's hard to take a picture of a laser in the daytime, you know So and there again, there's a sprinkler going off So we were happy to report that and really I was kind of astonished that When it's operational, we don't have any raccoon intrusions Or any deer intrusions so we made the paper, right? Well, not really but you can get online and do this paper thing And impress your friends, right? But we do have a do have a Facebook we do have a Facebook presence And with the Guardian itself and with carries you pick, right? And so we can spread the word about our project But for full disclosure, okay, because I don't want anybody to think that everything's perfect The laser will go on for miles and miles and laser itself So you don't want to aim it at your neighbor's windows, right? Any ground movement like after a heavy we have them sitting on concrete Pads like so any ground movement like a heavy rain or something like that will cause that laser to move So because you have to aim the laser so So we have to every night just about we have to go out and at least aim Two or three of those lasers to make sure that they're hitting the photo I from for the next one so So generally some of those have to we have nine yeah, and Since we're talking a little bit about that the limit take the number generally is determined by Changes in elevation Because seriously, I mean really you could point that laser a mile from one box to the other box if you if you were flat We were trying to maintain about an eight or ten inch. Maybe at most a foot elevation above the Ground and of course the laser straight with the ground goes like this and you got to put another one there Does that make sense? so because the raccoons are that tall right so and the You know so we had we had to get that to where we get the deer's legs if they walk through it Or we had to keep it low enough that even baby raccoons because they go in and so on so forth so It's it does deter these critters. We don't have it when it's operational It does and it does change their behavior We found one year that we could even turn off the water, right? But the next year all their offspring weren't trained and So the being what you know when Uncle Albert said about changing their behavior and their patterns, right? that really became a we could realize that because We'd we'd get you'd see the little baby raccoons inside the garden in their paw prints And you see the adults outside so we were changing that marcoons Again the laser needs to be shot at the photo eye and If it's not shooting at the photo eye the water goes off And it's time to where it goes off for 30 seconds and turns it turns itself back off again But then if it's not aimed it turns on so a couple times We had a pretty outrageous water bill while we were sleeping the things you know going off and stuff like that So there's there's some downsides to it. Look at me and I think the last most important thing is if there's a conflict between the laser device and a brush hog The brush hog usually wins So really, you know, that's it. I mean we've got we want to thank the Nebraska Sustainable Agriculture Society for letting us present this and of course North Central Sarah University of Minnesota and Lincoln University there and Lincoln University's innovative farm small farmers outreach program that we're all very helpful in this project, so We have any other questions How many sprinkler heads right or sprinkler how many sprinkler heads? I think we've got 36 I think and that's a distance thing you have so much water pressure Blah blah blah the sprinkler shoots 30 feet that sprinkler shoots 30 feet. So basically they're about 60 50 60 feet apart and That's also how far it is your laser go because the laser Each individual box in the group. You can't see it within the ground. There's a controller and that controller controls all the sprinklers back So if that makes if that makes sense Yeah, I think that most I think we have four in one place because it's you know up towards the north end there It's pretty like I said, it's flat Only changes in elevation about six inches. So, you know, you can really stretch out. It's when it's you know We got other places so that distance kind of can have kind of Determines how many heads you're gonna have in between and of course water pressure too.   Well, it's that's what they're designed. So when the dog comes over there sprinkler So I kind of saw that I thought well, you know, that's great, but You know, it's a little so I just had to take that onto a little bigger scale. Does that make sense? Yeah, I mean the fencing just wasn't you know the fencing just wasn't gonna work for us I mean normally you just put electric fence around there and you get it You know and we did that for a little while while we were getting this all up and running And we found you know You couldn't put it you couldn't put this high off the ground because little because little raccoons Baby raccoons go under and then you couldn't put that I guess big ones to jump over and But so we couldn't use those things no no each box There's a hundred and twenty volts that runs all the way around there in the trench And then it stubs up to each of those Ways are there and then it goes back in the ground into the into the controller. Does that make sense? refinements Yeah, we're we're working on there's there's a couple of things that we're working on those lasers Nick very smart guy and he actually built those lasers from scratch Because really at that point in time, you know looking at a You know, it doesn't have to be an industrial laser just a good quality laser But still those were back and they were a hundred bucks a piece just for the laser So he built those lasers from scratch way more economically So but we're looking at some and it's a large driver and now you can get those lasers With the driver built in and I think I paid 40 bucks for it or something like that So we're looking at some of those refinements. I'd like to look more into solar As far as having a solar situation Where you know, you could run it all off of a like a little garden battery garden tractor battery or something like that You have to find some controllers that are 12-volt and they were not one very successful at finding the 12-volt controllers for the sprinkler system And that would simplify things quite a bit Have nine nine laser boxes around there. Yeah And they go out. I mean, that's probably the that's probably the biggest Mouth function we have is is that the lasers eventually burn out now some of them Go on for a couple of years and other ones go on for a couple of months So it's that's kind of a when we're not sure why it'd be true for with you But it might add that You know, this just this doesn't have to be water necessary. I know some people have had some people have had Success with propane cannons You can shoot fireworks at them. I don't you know what I'm saying You know that it just triggers whatever you want to trigger All right, you know, yeah Believe me


What am I talking about? DevOps plunking. So this is a cave out of Australia. This is really a talk about environmental boundaries and context in situational awareness. But caves are a good example of this. I've been having a lot of fun reading up on caves lately. So the thing you need to remember is the system is constrained by its environment. You don't think of elephants as swimmers. Lots of large four-legged animals are actually really good swimmers. Horses can swim.  They have to because otherwise they drown and die, which is about adaptation. So caves, like mountains and valleys and islands, a lot of species that live in there evolve in isolation. And sometimes they turn into elephants. No, that's not true. These are actually in there to mine salt with their tusks. A lot of herbivores don't get all the minerals they need in their diet, so they have to find it somewhere else. But they're troglosines. They visit the caves. They don't live there permanently. When you think of caves, you really think of these guys, right? Those are troglophiles. They're cave lovers, it's the bats. And bats are really cool. They have winged mammals. It's a lot of bats. They can't live in all caves. And this is a big DevOps takeaway for me, right? A lot of DevOps work is about transition and handoffs. They leave it down and come back at night because then they're always in the dark. They figured out how to live in the cave and go outside and it not be a problem. And when they get home, they poop all day long. This guy is actually standing next to a mountain of bat guano.  This actually ends up replacing the sun in this ecosystem. They don't have light. And something has to do something with the poop. So these cockroaches come in and a lot of bugs in this ecosystem evolves and eventually get troglobites where that crab and that crayfish, they're fully adapted to that environment. They cannot leave anymore. Environment's changed and you should not over-adapt. This is a blind cave fish out of Mexico. Eyes are expensive, they burn a lot of energy. It's been in the cave so long, it just got rid of them completely. But it can't get outside and enter the bright light anymore. And you gotta be careful about this in your own organization. If you don't get out to events like this, if you're not involved in your local community, you're gonna start assimilating maybe too much. Starts to make too much sense. And then when the environment changes quickly, like here where you had a roof collapse and now sunlight can hit that guano and you end up with this really neat garden inside where this cave once was because even mountains move over time, right? It takes a while and you don't have to change but survival is not mandatory. There's your dimming slide for anybody playing DevOps Bingo. What else is there? Is there another one? All right, I'm gonna talk about my model a little bit. So yeah, this is situational awareness. Here again, what you probably don't realize that Eagle's about to fly away because of the context. I had a pet rabbit and a pet cat. They got along great inside. If I put them in the yard, that rabbit would have killed it because of the environment it was in. So yeah, I tend to sort metrics into five families. This is a model I've been working on. I'm gonna do an open space if anybody wants to talk about it. I need more feedback. I can model the cave or your build environment but these are generally where I'm looking to measure things. So infrastructure environment, you're always bounded by this. Where's your cave at? Is that at a temperature where bats can live and there's plenty of food around? Is it way high up in something icy where nothing's gonna live? Because this can't happen everywhere. You've got instructions and recipes that are bounded. You could be by that environment. You could be making scones in a kitchen and you need certain equipment and ingredients. If you're trying to create a sunless ecosystem in the dark, you need a mountain of poop apparently. Then you've got integration, integrated performance. So you know what this thing's supposed to look like. Your instructions and your environment and you've got an expectation. How's that working out in real life? Maybe not so much. And these are newer ones. These last two are a bit catch-alls. How's it impacting people internally? Do you have good work-life balance?  Who's going to clean all that up? Right? And what about your external actors? What does that cake taste like when you finally get it out to someone? If you're not cash flow positive, if you're not making money, you're not gonna stay in business but your customers probably aren't gonna be happier if your employees aren't either. So that's all I got. Come talk to me at Open Spaces if you'd like to give me some feedback. Thank you. All right, thanks a lot.


So, hi everybody, I'm Sahana Prasad. I work for the crypto team at Red Hat. I have helped co-maintain OpenSSL for about two years, both in Fedora and in REL. My topic for today is migration of OpenSSL from disk kit to source kit in Fedora, with the idea that downstream package maintenance could be a bit more easier. So we'll talk about what is disk kit, what are the shortcomings of disk kit, how do we address the shortcomings of disk kit using source kit, a tool called packet that would help us create a source kit repository. We'll define a workflow for development in source kit and we'll do a short demo at the end. So what is downstream package maintenance? While upstream open source communities create original source code, downstream is an entity that consumes this code, packages it, and distributes it into various Linux distributions. So what does a downstream maintainer do? A downstream maintainer packages and distributes it, this is the responsibility, into Fedora, REL, and CentOS. Downstream maintainer also adds downstream patches that could be feature requests from customers, security bugs, critical vulnerabilities, and so on, as downstream patches on top of source tar balls. Where are all these packages stored? These packages to be maintained are stored in a distribution git repository called disk kit. Disk kit is designed originally to hold RPM sources. So for every package the contents of disk kits are the following, there are downstream patches, there is a source file that points to the upstream tar ball, and there's a spec file that acts as a rulebook to govern how package maintaining should happen. It's important to note here that disk kit does not track the upstream source git history. It only tracks the files that we spoke about now. If we talk about OpenSSL in general, we have about 49 patches that we maintain downstream. So every time we did a new rebase to a newer release of upstream, we felt that a git rebase could have done a better job than manually changing multiple patches. And reviewing patches is also not a lot of fun, especially when you submit patches to a patch, you need to have the entire source code open to know the context and stuff like that. And most of our fixes in Fedora or in REL are direct cherry picks from the upstream source, but this git does not have room to accommodate for cherry picking. And in general, to create multiple patches for different releases across different distributions could really become cumbersome. Just the general idea is that code should not move around. There should be a tool to help us do this for us. So then we come to source git. I asked at GPT, could we address these concerns and can you define what a source git for me? And it said, sorry, unrecognized until 2021, I haven't been trained to answer this question. But really, source git is gaining a lot of importance over the few years. Packages like Kernel, Python, SystemD, and other packages have been using open source git for a while now. So what is source git? Source git on the other hand tracks upstream source history. You can consider it as equivalent to disk it, except that instead of source star balls, we directly work with upstream source files. And instead of downstream patches, you apply them as git commits on top of your upstream source code. So it maintains upstream git history. It could be treated as an add-on to disk it in day-to-day use for package maintenance. And to see how a source git repository works, each package can have its own rules. And here we're looking at a standard tool we could use to create one for us. So packet to our rescue, packet is an open source tool that helps us to easily configure a source git repository just with a few commands. So if you look at the source git init command, all you need to have prior to this is a fork or a clone of OpenSSL package from your Fedora diskit and directly have the source from OpenSSL upstream source repository. And it creates certain directories, first called the .distro directory, which will have all the files that were already in your disk git except the patches, because we don't work with patches in source git. Then you have a spec file that is tracked here and a source git yaml file, which has all the files that are to be copied to diskit. So we can also sync between source git and diskit. If you run this command, then whatever change you make on your source git repository directly reflects on the diskit repository. So now with the previous command, we created a source git repository. On top of that, you can add code, you can add a commit or you can cherry pick a commit. And after that you run this sync command and directly you get patches in your corresponding diskit and it's updated in the spec file. So to generally define a workflow of how we could use this in downstream maintenance, first you need to check out, you need to find out what is your latest release of the software you want in your source git repository, find that out and create a source git repo using packet and check if all the downstream stream patches were correctly applied as commits and there were no merge conflicts. And since in Fedora, we work with many releases like Rohide, F38, F37 and so on, you need similar branches also in your source git repository to track the same thing and to be in sync. So check out a branch in source git, make your changes, commit your changes and push this and create a pull request and configure packet to create one automatically. You could do this as well. And once you review a pull request in diskit, you can merge it and your done. The question for rebasing to newer upstream releases, there are slight modifications for the same. You will have your Rohide branch, treat that as a, add a tag to this Rohide branch called 3.0.8 because now you have a new Rohide which will track your new upstream release. And then cherry pick all of the commits that existed on your previous Rohide 3.0.8 version. Now you will face with a lot of changes. You will have to manually fix all the merge conflicts because you're rebasing to a newer version. You would have done the same using patches too. So fix that here. And then if you run a update command, you'll see the patches on diskit, but just be careful to use this upstream ref tag so that the git history is tracked from the latest version. In our case, the latest version, we want to put in Fedorize 3.1.1. And now let's look at a demo. Yeah, so on the right hand side, I have a clone from Fedora diskit. Right side acts as the diskit, left is the source kit. Open SSL I have Fedora, it's 3.0.8 like I mentioned. I'm opening the spec file and I'm seeing what's the last patch added. The numbers are not contiguous here, 100. Now I move to the source kit part. Here I've only checked out the upstream sources from open SSL. I'll create a new branch Rohide here. With the tag 3.0.8. Now I want to create a source kit repo, right? So I run this init command. So to this init command, you need to provide the tag. And two repositories, one is your source kit and one is your disk kit. Bear with me, this download part takes a few seconds. So at this step, we'd be expecting that all the downstream patches we had, we saw there were about 40, but named as 100. All of them just being rebased as commits on my latest source. So if you see the logs, it's a bit fast, but all the patches are being converted. You'll see the last line here, the rebase patches from diskitmaster. So if I go back to source, open SSL now, this is a source kit repository. So I should be seeing the dot distro repo here. So look at the open SSL file now. And here I see that no patches were there at all. You don't see any patches anymore. They're all, they all applied nicely as commits. So now I'll try to do a sync between two source kit and diskit. I was in the wrong directory, I'm gonna rerun it here. Yeah, so here it says open SSL is up to date with this. So basically my Fedora and source kit repo are in sync. That's expected because I was on 3.0.8 and it did not make any changes. On the right, I don't want this build, so I'm just gonna make a clean repo of that. Now let's actually make some change. Just choosing a random file here and trying to make a change. I'm going to activate the legacy section and I'll also make a change to the spec file. Gonna add these changes and make a commit of this. So this is the test commit I made. And below you'll see all the other commits from RPN build, which were all patches to commits conversion. So now I'll come back and run the sync, source kit, sync, update command. And our goal now is that this commit should get applied as a patch directly on diskit. So let's see if that happened. I'm gonna come back to diskit here. Check the git status. You'll see that 0042 test.patch was created and this is the new patch file. I'll look at the spec file to see if the version was changed, we jumped it up to three. So the patch is present. It got appended directly after 101 and the version got changed to three as well. So yeah, that's it. So we created a source kit repo and converted from source kit repo to diskit and having a patch. At this point, you'll only create a pull request in diskit and build your package and that's it. So this was under four minutes, we did this. So we could try it for different packages too in Fedora. We want to see how it works with OpenSSL for a few months and adopt the same workflow for REL and CentOS. Do we have any questions? So the question was, diskit will remain as it is and source kit will be used for day-to-day maintenance by developers and eventually would you move from each other? Yes, that's right, diskit will remain because there's a lot of tooling around diskit. Like if you see the Fedora update system or Koji builds, everything is defined around diskit, so we'll keep it. And for package maintenance for developers for day-to-day activity, we will use source kit because it's easier to work with this. And you just create a pull request when you need to and you can also have packet automate the process of creating this pull request for you. So when you do some change in source kit, it's directly related. You can see it directly in diskit. So there's not a lot of effort to move between the two. So also include the package from it basically. Just when you are ready to release and upload a new version of the package. So the question was if you have multiple changes, will you apply them at once in source kit or would you do that periodically? So I will have, I will make all the changes whenever I have a newer release in Fedora. Yes, you're welcome. Yes? I'm writing a new release and revamp the new version. So whenever you do that, do you get a new branch? For that or just a new branch and do some changes? How does it work? The question was what happens when you do a rebase to a newer release? How do you work with branches? Do you keep the name intact? So what we want to follow is you, whatever was existing as the version in this, I'll just take this example to make it clear, 3.0.8. So earlier it was just raw hide. When I want to rebase to another version, I'll rename this raw hide to add this suffix with this tag 3.0.8, so it becomes a different version. And to this version, I'll make that as a protected branch. And the latest version I want to rebase to, I'll treat that as raw hide. So that will be 3.1.1, so that will be the head. Does that answer your question? Are there any other questions? You mean source kit? The question was if source kit unpacks the tar ball and updates commits? Yes, that's what it does. It applies all the patches as a simple git apply, but it preserves the upstream history, right? So it applies easily. Okay, we're out of time. Thank you very much for being here.