Blair of the Mounties, a story of the Royal Northwest Mounted Police. We present the eleventh episode in the dramatic series Blair of the Mounties, being the second part of the Cherry Hill mystery. Our story finds Inspector Blair on long leave in England. Through his relationship with Colonel Markham, Chief of the County Police, Blair is called in to assist in the solution of a strange murder mystery. Two men in succession have met their death by a strange weapon, which puzzles the local police. As our story opens, we find Blair, Colonel Markham, and Superintendent Coulter discussing the problem.  No, I wouldn't do that, Coulter. But I believe I have the answer to this riddle, and if I'm right, it's a very simple answer. Simple? I don't see how it could be simple, Jimmy. Let's look at the facts. Two men have been killed. First old Dr. Slade, who seemed to have been killed by a rifle bullet, fired by a young Arthur Slade. Seemed to have been killed by a bullet? I tell you, there's no doubt about it. But there is a doubt about it. The experts in London don't think that was an ordinary bullet wound. I don't care what they think. We found the bullet. It had been through the man's body. It fitted the rifle that young Slade was holding when Jarvis found him. They can't get away from that. I wouldn't be too sure. Hmm. Well, of course, if the firearms experts raise an objection and get young Slade off on a technicality, I shall be only too pleased. He's a decent sort, and as long as it doesn't affect our reputation in the county police, there's no harm done. But it will affect your reputation, and Colter's especially, as I think you'll see if you'll just let me finish stating these facts. All right. Carry on then. You arrest young Slade for murder. He's tried, convicted, and sentenced to hang next week. Then the home secretary's office digs into the evidence. They get the big experts on the job. The experts say the hole through Dr. Slade's body was not made by a bullet fired from a rifle. But that's silly. We found the bullet. The markings on it showed that it had been fired from young Slade's rifle. The servants heard the shot. They found young Slade with the rifle in his hand. It had just been fired. Nobody on Earth can upset that case. I think they can. Well, of course. I'll admit there's one other possibility. This man Jarvis, who was in the next room to young Slade, might have done it. That's what young Slade claimed himself. But Jarvis had an alibi. I believe Jarvis did fire that shot. I believe he was in the plot to pin the crime on young Slade. But I don't think that shot killed Dr. Slade. Oh, bless me so. You mean there was two men in it? Yes. I believe they were trying to remove both young Slade and his father. There's a big fortune there, remember. And you believe this theory they have in London that Dr. Slade was killed by some other weapon than a rifle? I certainly do. Against all the proved evidence we have? Yes.  Righty now, sir. Out of the way Inspector Blair found that Hamilton murderer, I'ma puttin' me money on him, I am. Oh, that's funny. On that Hamilton case you were dead against Blair. Now you're all for him. Of course I am. I got a lot of faith in Inspector Blair. Well, I still don't see how they can upset our case. What about that second murder? It happened at Cherry Hill too. The young policeman, Burridge, had the same kind of wound as was found in Dr. Slade's body. Only it didn't go right through. Just went into the heart. And there was no bullet in the body. Yes, that is rather puzzling. But if you prove that Dr. Slade was not killed by a shot fired from a rifle, that lets Jarvis out. I don't know about that, Marco, but it lets young Slade out, and that's all to the good. Yes, that's true. But what we're dealing with is this special inquiry. When the Scotland Yard people start, they move fast. They're sending Kerrigan down by the noon train. I don't want him to steal the show. I tell you Colonel Marcus, sir, that's just what he do if he gets off a chance. I know it's Barney Kerrigan. Oh, well, let's start from something. I'm interested in this man, Jarvis. If he really fired that shot, it could only be to fix the murder on an innocent person, this boy Slade, who is heir to the Slade fortune. But what about that day bullet? Oh, just forget the bullet for a minute. Isn't it possible that both these men could have been killed by some silent missile or weapon driven with tremendous force? But what is this mysterious man? Never mind for the present. Let's invent something to fit the facts. In a steel shaft or dart, pointed at one end and perfectly smooth, that a say it's about a foot in length. Well, that's a weird idea, but go on. Well, take the first case of Dr. Slade's death. If such a projectile was driven clear through his body, the murderer could easily conceal it. Theoretically, that's true. Right, then take the second case. The murder of Joe Burry, the thing went in about seven inches. The murderer could pull it out, couldn't he? How do you explain the bullet they found near Slade's body? Hmm, still harping on that bullet. All right, who found it? It was that old Professor Craig. He was the first to get to the body, but he says, armless and old bloke, and he's nearsighted, and he's a friend of the murdered man. And he finds it as an old blooming bat. And rather funny that the bullet from a high-powered rifle fired at short range would be just lying around, isn't it? Yes, but it might happen. Who is Professor Craig anyhow? He's a retired professor, lives next door to Cherielle, writes books and runs a lot of charities. Very wealthy, they say. What sort of books does he write? History mostly. You must have heard of him. James Willington Craig. Oh, yes. I've read one or two of his books. Hmm, quite a famous man. Look here, Jimmy. We're getting off the track. If you really think there's a chance to turn up something, before Kerrigan gets down, we'd better be moving. Here we are, Inspector. That's Cherielle. And this is the gate that leads to Professor Craig's house. Yes, I see. Let's take a look around. Hello. Who's this? The old Professor. After a walk, apparently. Better have a talk then. Ah, good afternoon, gentlemen. Good afternoon, Professor. What is this? A conference of the forces of the law? Something like that. We were just taking a look around. Nothing you can tell us, I suppose, Professor. I fear not, Cote. My first information came from the servants this morning. Shake hands with the Inspector, play earlier. He's going to give us an end with this year's case. Ah, good afternoon, Inspector. I've heard of your work. Very happy to meet you. Quite refreshing to find the man of intelligence in the police service. Oh, I mean, that was a nasty one. I must sigh. Perhaps, Professor Craig, you'd permit me to ask you a few questions. Certainly, certainly, my dear sir. Good, then I'll walk along with you. You'll do this, Marco? Of course, go ahead. Cote and I will have a look at the place where they found poor Mullage. It's just a few yards from the French, sir. Yes, sir. All right, see you later. Yes, you have a beautiful place here, Professor. A beautiful indeed, sir. And yet a great deal of the charm has gone since the death of my dear friend Dr. Slade. Yes, I understand you are an intimate friend of Dr. Slade. Yes, yes, that is so. Also that you and he were interested together in certain charitable movements. That is correct. Recently my life has been devoted largely to the help of my less fortunate brethren. My friend Slade became interested in the work some years ago. Yes, very fine idea, Professor. I feel so, yes, I feel so. Being myself a man of means, I have thought it my duty to do something for others. I was just wondering, Professor, aren't you the Professor Craig who wrote the book on ancient armor and weapons? Yes, yes, that was my book. Very fascinating study, Inspector. Yes, I enjoyed the book immensely. Perhaps, Professor Craig, you can explain a technical point for me. With pleasure, that is, if I am able to. I was just thinking over a little problem in archery. Archery, did you say? Yes, I understand that the old-fashioned crossbow, while not equal to the ordinary longbow at distant targets, is very deadly at short range. Short range? Yes, that is quite correct. And I believe that up to a distance of, say, 50 yards, the steel bolt, or quarrel I believe it is called, flies absolutely straight. Up to 50 yards, yes, perhaps a little more. Yes, I was thinking sort of these two recent murders. Now put yourself in the position of the murderer. Purely in theory, of course, Professor. Wouldn't a crossbow be a very efficient weapon for such a purpose, particularly in the hands of one who was a recognized expert with ancient weapons? Ah, yes, yes. I begin to see your theory, Inspector. It is hard for me to imagine myself in the position of a murderer. You see, being extremely short-sighted would prevent a man like myself from using a crossbow. But if it could be proved that this short-sightedness was merely assumed, Professor? Inspector Blair, you are either a very brave man or a very foolish one. Well, perhaps a little both. Don't move, Professor. I'm holding a very serviceable little automatic pistol in my right pocket. Come now, Professor. You and I are men who appreciate refinement. It would be distressing to have to kill a man of your attainments. Ah, quite so.  I should have been prepared. Ah, perhaps a gold will permit me to smoke a cigarette. Certainly. But be careful, Professor. Thanks. Would you care to join me? No thanks. Here, here, drop that. Here. Hello, Marco. Go to her. Hurry up. Come on, this way. Too late, my dear Inspector. I too carry a little safeguard. A very effective poison. I have rather less than a minute. Hurry up, Colton. What? Wait, Blimey. What's wrong, Inspector? Right here. Hurry up. Goodbye, Inspector. Such a pleasure to meet you. What's wrong? Is the Professor right? Ah, he's gone, I'm afraid. Gone? What do you mean? Hurry, Colton, a doctor. Oh, it's no use. I sprang him on those two murders. He had a little capsule of poison in his cigarette case. Cyanide, I think. And what do you mean? My Inspector. You don't mean as this ear-old bloke pulled off him? Yes, he's a man, Colton. But aren't he? He do it. But it seems he used a crossbow. A very deadly and silent weapon. A crossbow? Yes. Fires a short steel bolt like a pencil. Quite a novel idea. It's all right. Me think that's right. Why, there's one of them things on the stand of old armor in the Professor's house. But that was rather dangerous, Jimmy. To spring it on him like that, why didn't you wait? Had to take a chance, Marco. There's a taxi coming up the road. Looks like you're a Scotland yard man. Not much time left. Huh. It came out all right. But how did you tumble to the crossbow? Why, it had to be something like that. Ever read Craig's History of Ancient Weapons? Yes, but... Well, this is your man. And it looked as if that's Kerrigan coming now. All right, I'll leave you to it. Here, old art inspector. No, I'm going to duck. This is your show. Go ahead, Colder. Tell him the tale. Colonel Markham, sir? Yes, yes. That's my name. Morning, sir. Hello, Colder. Morning, Barney. This is Inspector Kerrigan, CID, sir. What can I do for you, Kerrigan? I have instructions to take over the inquiry on the slave murder. Hello, what's this? Somebody hurt? It's all right, Barney Old Sport. That's the murderer. What? Sure, the case is all over. He's the bloke that did it. Just committed suicide. And I got all the evidence. Well, well, congratulations. By the way, we picked up this man Jarvis at Folkestone. It seems that he and Professor Gregg were working a bogus charity racket. In the event of Slade's son dying, all the Slade fortune went to Gregg's charities. But I suppose you know all that? Of course we do. Them's only the blooming details. Main thing is to get the murderer. Well, really, Colder? Beats me how you did it. Oh, that's easy. Ever do any fly fishing? Fly fishing? Well, yes, but I don't see. Now, you wouldn't understand. It's not been some time, and I'll give you a few pointers. You have heard the 11th chapter in the dramatic series Blair of the Mountains. Our next episode is entitled The Trainwreckers, the story of the troop movement in Canada at the outbreak of the World War.


and welcome to Desk of Lady Aida. Hey everybody, welcome to a Sunday smorgasbord desk of Lady Aida. We've been busy here at my desk. I got a whole bunch of stuff done this weekend. It's Chinese New Year, so happy to hear the ox to anyone who celebrates. I'm sure Chinatown here in New York was awesome, but we're staying home, staying safe. But let's kick it off. We've got a couple things to show off today. I thought, let's start with a Stemma Sunday. Do you wanna try going to my computer? Okay, so this is a really interesting chip. I thought once in a while I'd show off some hidden secret treasures from the chip vault. So this is a hot, swappable, I squared C bus buffer with stuck bus recovery. Okay, that's got a long name. So this, folks maybe saw in the store we have the ISO 1540. It's a bus isolator for I squared C, so you can totally separate it, like isolated, electrically, bus and power. This is kind of like a friend to that. It's not isolated, but what it does is if you've ever had the experience of you have a board and you're hot plugging in chips, like semi-QT boards, you might notice that if you aren't careful, of course, it can jitter the clock and data lines or even the power lines a little bit and it can cause your bus to go into a weird state where the number of clocks isn't eight or nine and it gets all weirded out and freaky. If you haven't experienced that, well congratulations, but it's one of the things they don't like so much about I squared C. But what this chip does, which is cool, is it separates the clock and data lines on both sides and it like pre-charges them and also makes sure that when you plug in the in, it doesn't, I'm sorry, the out, it doesn't affect the input until it's ready and then it will connect the two when it's like the buses. Both sides are fully charged and there's no activity going on. So this is a cool chip. So I did design a breakout for this. Let's see, where is it? I think it's under level shifters. Even though I know technically it's not a level shifter. So let's open this up just one second. Okay, so I kind of like copied a little bit of the ISO 1540 design.  Okay, so that's the Stemma Sunday. So now I thought let's spend the rest of time before the great search on the overhead and let's show some cool stuff here. So first up, so this is the QT Pi 2040. I showed this on the show and I also went by a Scott Stream to show it off, but this is exactly what you think it is. This is a Stemma QT board with the Stemma QT connector, two buttons, power supply, and a micro new pixel right there. And then on the bottom, the RP 2040, crystal, a bunch more passives, flash chip, probably four megabytes, maybe 16 megabytes I gotta decide. And all the, I know it's cast-related, but maybe people can make a cut out of the board, I don't know. Anyways, I think this could be kind of cool. Bill Binko asked us to make a little jumper for the power pin here and I did. So hopefully it's gonna be used for USB host as well. So yeah, what's really nice is that it's got all the same pin out and pin names as the Stemma QT, the Stemma 21, but of course, it's this awesomely powerful RP 2040. So I just got back the Reb A PCBs, like kind of like Monday or Tuesday, put together, showed it off on Wednesday and doing my final tests on this, but I'm pretty much ready to send out this board and I think people will dig it. So that's cool. So that's another Stemma Sunday. Thank you. Cutie pie. And then next up, I wanna do a little mail bag. Who doesn't love mail bag? I got this in the mail today. So this is the most adorable hot plate ever. It's so cute.  Like they're so cool. Like they made this awesome. Let's see if there's an, I don't even remember if there's an on off switch or how this turns on. Kind of mystified always. Maybe you plug it and touch it. Maybe it's, maybe the battery has to be charged, but they make like these little smart tweezers that I love and they're also well known for their like smart screwdriver and like the TS80 soldering iron. So they love to put a little OLEDs and stuff and make like super smart little tools. And so what I love about this is I wanna do like hot plate at home, but like you don't wanna have a hot plate that could like burn down your house, right?  Not good. So this mini hot plate preheater, hopefully I could be able to actually do some like a hot air, not just preheat for like hot air rework but actually maybe like solder paste and like melt a PCB. And so this is it. So the packaging is like Apple-esque too. Okay, so you've got this, I mean it's like ridiculous, right? Let me get this thing is. So this is the hot plate itself. So there's this like big metal thing and there's like a heating element, I guess, in here. And then for the adapter, it's a USB-C and like you can't really read the text, but it says 20 volts, three and a half amps. This is like a really chunky power supply. It also comes with like a little Euro adapter and then of course we'll need a really thick cable. So thankfully, it looks like they included it. I just have to figure out how to open this. Ah! Okay, I think I've got these really nice silicone cables. All right, so I mean, do people want me to plug this in? Do you feel anyone saying plug it in? Well, yeah, I mean. Okay. All right, so. It's already been dubbed the cutie pie of hot plates. Well, I mean, so the reason I brought the cutie pie out was because I actually wanted to see like, is this, would I be able to rework this? I was like, ah! Can't take it anymore. All right, so let me try plugging this in. So hold on, give me a second. I'm going to unplug this. I'm going to swing the camera around a little bit more forward and then tilt it at an angle so. Yeah, I'll do that. All right, so I'm going to, yeah, because I want to show you the little OLED. Yeah, so then I'm going to move it forward a little bit. And then. This is like the Snyder cut. Yeah. Okay, is that in focus? It's good enough. It's good enough. Okay. All right, so then I'm going to plug this in. Someone suggested you could fry a small egg on it. A very tiny egg. All right. You know those little quail eggs sometimes. All right, so heating, heating, setting. Oh, they even tell you what to do. Okay, so press this button. All right, it's starting to heat up. Yeah, and it tells you it's like nine volts.  All right, well, I'm going to put this board on just to see what happens. Well, what's going to happen? I don't know, the solder might melt. I don't see how hot it gets, basically. This is so cute. Oh, look, there's a little Neopixel that changed color. I guess after it hits a certain temperature. Yeah. So it's green, now it's blue. Yeah, now it's like a bluish-whitish color. This thing is so cool. So I wanted to stop this in the shop. So I got one to test for myself. So it has to hit 240 degrees for this to be able to melt. How does this actually work? I have no idea. Well, how is it getting so hot? What's going on? I mean, the current is going into a basically a resistor. It's definitely an electrical heating element. It's basically just like the hot plate on your 3D printer. The thing that keeps it warm when you want to do, I think, ABS plastic requires it. So this has embedded in this top plate, which, of course, I totally can't touch anymore, is a little resistor going through it that's 0.01 ohms. Red? Yeah, because it's hot. Guys, I'm going to grab my tweezers real fast. And let's look. It's not quite melting, but I can smell. It's starting to smell like molten solder a little bit. And let's see. No. I'm only to sacrifice this board a little bit. All right, so it's at 2230. Oh yeah, oh my god. It's like actually melting. Look, I could remove a component and replace it. Wow. OK, so this is cool. So what's great about this is it's really hot.  And I'll very carefully, of course, move it to red. But what's cool is this is perfect for me to make one STEMI QT board at a time. This is like, or a little coil egg. So much success. I'm actually going to unplug it, because I actually don't know if this is like. Yeah, I don't know if it matters if you let it go through its own cool down process or not. Well, it's actually heating up, and I don't trust it. So I just unplugged it, which is another nice thing. So I'm going to very, very, very carefully move it away. A feather fit on that? No, a feather is this big. So it's not good for a feather, but it's very good for like a STEMI QT. I basically got these just so I can make STEMI QT boards at home. So to be fair, the Tricot, the Gemma, and the QT Pi, those are popular boards. Yeah. I don't want to grab any, because it's too hot. I don't want to show any. I can see someone getting one of these and running boards with Osh Park, getting components. And it's like my first reflow. Yeah, you saw, I just lifted this board. So this is perfect for, I'm going to try to get a little angle so you can see the, sorry, I'm moving, I'm moving, I'm moving. Yeah, I've said it before. If you're just getting started with electronics now, good for you, because everything's available. Everything's available and everything's possible. Yeah, so now I know that this works. So now you know what I do. So people are like, how do you know when something is good to stock in the Adafruit shop? You just saw the process that I go through. Like I get one and I actually put it through its paces. Like, you know, if it's a soldering iron, I'll actually solder a kit together. If it's a hot plate like this or hot air, I'll actually use it to rework a board. So this is good to go. I love it. My gosh, so cute. Well, oh, luckily it was just cold enough it didn't damage itself. So sweet, I'm going to put this away safely. I'll deal with it later. Nice. Okay, so that's approved. All right, so let's move on. So that was mail bag and school. Minware, I love their stuff. Minware, they're just like my favorite. Okay, so, sorry, clean of time. So next up, I want to talk about a new pull request that just came in to CircuitPython. It might be interesting for people who are CircuitPython users with the RP2040. So, sorry, there's a lot going on here. Okay, so this over here, this is my RP2040 feather, hold on. Okay, this is my RP2040 feather and this is the Feather M4 RGB LED Matrix Featherwing. So you plug it in and boom, I'm running the CircuitPython example on RP2040. Thanks to a pull request by Jeffler and Phil B who worked on this last week. Bringing, I know I saw people using RGB matrices with the Pico in the CSDK, but check it, we now have it in CircuitPython. I had a little bit, a couple little bugs with it that I wanted to have them take a look at, but it does pretty much work. And what's cool is you can do text and animations and colors and you don't have to compile anything in C and it works, it even has tiling now. I only have one of these matrices. This is 32 by 64 LED Matrix and I only have one here at the Descalady ADA but we have support for tiling them. You can make a big square or a big sign if you wanted to. And the RP2040 has a tons of RAM so it's perfect for that use case because these displays use a lot of RAM because you have to write the whole display constantly. We're not using PIO for this in case people are asking, hey, are you using PIO? Not yet, but we hope to add it. We want to just get it working first and optimize it later.  Terminal blocks. People are always wondering how and what kind of terminal blocks we get. And so... All right, the great search is brought to you by Digikey and Adafrit. This is where Lady ADA uses her powers of engineering to show you how to search for things on the Digikey site. Thanks, Digikey, for making this happen. All right, Joanne, go into the overhead again real fast and I'll show what it is I'm gonna show. This is an RGB matrix and these matrices draw a lot of current. They need two to four amps and so they have these big power connectors, these big molex connectors on the back for power. This is data only, you couldn't pass power over this. No way, because it's amps, you need these big cables. And on the ends, what I do for this little driver board that the RGB matrix data plugs into is I have the power coming in through terminal blocks, terminal blocks, screw terminal blocks. So you see here, that you use a screwdriver, which of course I'm gonna have to get inside. You use a common screwdriver, usually a flathead but Phillips also for some. And you can loosen it to remove the cables. And you can see there's like these holes that wire can go into. And we use this a lot. We use these on our motor drivers. So these are terminal blocks and then you'll want to measure your terminal block pitch, which is the distance center to center. So these are, I'll get this, these are 3.5 millimeter, sometimes respected inches, sometimes in millimeters, these are 3.5 millimeter. This one here is more, this is 5.08, also known as 0.2 inch pitch. And we use this a lot, whatever we need to pass a lot of current or control a lot of current or have some connections like on our Cricut board. You know, we have a solenoid connected and we have a motor connected. These are things that are drawing, you know, an ampermore. You want to have a solid connection. Yeah, you could use JSTs, but a terminal block, any wire will work, right? And why not? That's great. So let's show how to get terminal blocks on the DigiKey site. So let's go to the computer. Okay, thank you. All right, so we're at DigiKey and here's the good news. You know, sometimes I'm like, ooh, there's like a trick to getting the terminal blocks searched. The terminal blocks searched, but sorry, the component, figuring out the name of the component to search for it. But in this case, terminal blocks is really easy. You just type in terminal block, super easy. And let me zoom in a little bit. Okay, so there's a lot. And the terminal blocks are used like everywhere. There's like punch down type and there's like accessories and there's like, you can tell that there's like, there's power distribution ones. There's ones that are used for like fuse boxes. But we want the basic wire to board kind because it's a wire screwed in and then attaches it to the board. So it's a great easy way of making any wire connect to a board. Okay, so next up, let's as usual apply only active items. Just make it easy. And I want only Rojas compliant ones. And I only want ones that are in stock right now. Okay, great. So the first thing is, well, first of all, you can always go down and look at some of like the cool weird, like this is an angled one that you can see. It's like not 90 degrees. There's ones with little push buttons instead of screws. So like the screw part is optional. They're all terminal blocks, but there's different ways of doing it. This one was also a little springy type. This one is a screw type, but it's also, you see this angled. I'm not a huge fan of the angle types, but like I see why people like them, right? So let's first count how many we need like positions because actually that's the most important thing first. For this one, the feather wing for the RGB matrix, we need two pins. So let's search for that. So here's something also when you're searching for positions. So terminal blocks, it's not unusual to have them only available in two and three pin sizes because you can slide them together and connect them. Like they're like little snappy lego-y type things. I'm using the word lego-y completely against how the trademark is supposed to be used, but that's okay. We covered that in the last Ask Engineer.  And learn from my experience, every brand has a slightly different notch for sliding. You can't mix and match them. So you should pick one brand, one maker, and you stick to it because you can't mix and match them. But believe me, I've learned my lesson with that. I once got a mix of the two pin from one, three pin from the other, and it was a mess. Number of levels. So how many tiers you have? Basically, you have header and you have dual header and triple header, same deal. How deep do you want the connections? In our case, we only want one because we just want a one by two header connector, that terminal block connector. Okay, next up, the orientation, like that angle, right? How do you want it? Well, I want plain, I think horizontal with board, right? Sticking out this way. It's parallel to the board, not perpendicular. But again, they got these cool angles. Got the hit them angles, check those out. So now we go down to these pictures and we're like, okay, yeah. This is what we're looking for, right? This looks right. There's like tons of different ones. Like this one is kind of a cute angle here. This one, they're photographing a little bit differently. But that's basically what I'm looking for. Next up, two hole or surface mount. Oh, sorry, let's go to the pitch. So you'll see that there's a lot of different pitches. In general, although not 100%, the pitch will determine the max amount of current and the min and max wire size. If you have very small wires, you'll need smaller pitches, but that also means you're carrying less current. So on one hand, the pitch determines like the physical size, but the physical size and the pitch also correlate with the amount of current. So you have to make sure, so you sound like, okay, like true is true and false is false, sure. If you have a current requirement, in my cases, my current limit is like two to four amps, which is not that much. But if you have a current limit, you might want to search by current. If you're like, look, I know that my robot needs 50 amps. You'd want to search by current for your connector that goes from the third. Yes, there's a question. Now this was covered in part of searching for connectors, but what is the most accurate way to measure pitch on center? Ooh, good question. We actually have a guide on it. So how about I take a second and give you a tour of my Caliper tutorial. Good job, Lady Aida, from a while ago. And I think measuring connector pitch, okay? I got it, okay? Check out that guy, I'll tell you how to do it. There you go. And so use that technique. Try to get me, but I got you. Okay, so right. Current, if current's important to you, use that to determine the pitch. However, in my case, I have size requirements and so I'm going to do it by the other way around. So whichever is most important to you, if you're voltage and current bound, use those to search. But for me, I'm not, because it's like this is five volts, four amps. No, it's not that much. It's like, yeah, it's like barely even gonna make a difference. Only like the most tiniest pitches would not be able to carry that current. All right, something to watch out for. There's five and there's 508. Yeah, I know. But in general, the 508s, I found that the 3.5s and the 508s are the most common sizes, those are the ones that we use the most. Five is when we have like a significant amount of current, usually like four amps. 3.5 is like one amp or two amp is what we use it for. Although, again, these can carry a lot more. Okay, so now you'll see, yeah, like if you have a 508 millimeter pitch terminal block, the minimum is eight amps and the minimum voltage is 300 volts.  It's only if you are working with something that's again like 40, 50 amps. All right, and then wire gauges. Again, the little, the connector, the way that the wire pokes in and you use a screwdriver to connect it, it'll affect your wire gauges. For me, it's not a big deal. I still have people to add some solder, but if it's poor to you, good time, check it out. There are surface mount ones. Let's see if I can load this 360. Oh, sorry. So you can see like the terminals here are surface mount type. Doesn't know what I'm gonna use. Terminal blocks, you can get them surface mount, but they really work best as through-hole. So get through-hole. All right, so great. So now we're actually down to like 73 product. That said, they're all gonna be very similar, right?  The color doesn't matter. The color's totally your stylistic thing. So given that I have a lot of choices, I'm gonna do what I always do, which is sort by price. And then I don't necessarily pick the cheapest thing because there's only 24 in stock. Scary, I don't like that. I'm gonna pick the one that has 27,000 in stock. That's like my heuristic. If they have 27,000 in stock now, I'm feeling pretty confident that this is a highly stocked item. I will not have problems getting this in the future. And remember, once you get one model of terminal block, if you want to fit them together and make larger ones, you have to stick to one brand. So, previous Lady Aida did write a guide about connector pitch. Did not think a lot about the realization that the little nubbins on the side are different for each brand. So, here you can see the 360. So you can see that little notch here. And then it matches with this notch here. So you can see, yeah, zoom in. So you see that this notch, you can kind of see this little black triangle. They slid it together to make longer ones, and that's how you make more. And then the only other thing, if you care, do you want Phillips or Flathead? Some people care. I actually personally prefer Flathead for these. So, this is why I like this particular one from Onshore Tech. But, yeah, there's also ones that are Phillips head that people like as well. All right, and that's the great search. Now, we found a wonderful, inexpensive terminal block for our RGB Matrix feather wing. Where in the world is that part I need? Okay. All right, that's it. All right, any other last questions? Is the 5.0 millimeters sum freedom of unit conversion? Unit conversion. Well, it's 5.08 millimeter pitch. That's the pitch between the contacts. So if you're matching to your PCB, you'll just have to make sure that you use like a footprint that has the pads, the through hole pads, 5.08 millimeter, otherwise known as 0.2 inches apart.  Oh, like with thumb screws, I bet there are. Didn't cover it, this is great search, but maybe we're all in the future. Thumb screws is a popular thing. I'm sure there's easy ones. I will say that some people like the push-connect type, although I find them to be tough to use. They're very firm, but they do exist. There's ones that don't require special tools. Okay. Okay, cool. And that's it for tonight. Special thanks to everyone who watched and asked questions. We're here for a single week, just the late eight or around late eight o'clock.  Yeah, careful. Yeah, it's all in there. And thanks for supporting the company. We are still a woman-owned manufacturing company in the USA, as weird as that is, we're still doing this. Yeah. So your orders keep going, so please pick up something native or sorry, different.com. Yes, thank you. That supports us and keeps us doing this thing, which we love to do. Yep. All right, thanks everybody. Have a great week.


This one, I think the organizers real quick, before I get into this, my third guru, guru-co and my first time speaking here, so it's really great and bittersweet to be speaking, even though it's the last one. So about me, I'm Rachea McBean. I'm a software engineer. I write a lot of JavaScript and Ruby code. Currently, I'm an engineer at Kickstarter, a crowdfunding platform that brings creative projects to life. As Luke mentioned, I'm an organizer of ManhattanJS, a monthly meetup happening in different startups across the city. We were recently at Newzella. And we're also part of a family of meetups, if you've been to either BrooklynJS, QueenJS, or JerseyScript. And you can find me on the internet at Twitter or Instagram at CopaceticKid if you'd like to keep in touch. So today, I'll be speaking about building efficient APIs with JSON APIs spec.  That's going to be consumed on the client or you're interacting with a third-party one like Google Maps. We also build them too internally or for our clients or for mobile apps. And we typically spend a lot of time designing what one might look like and trying to figure out what is the best way to design that. And sometimes that doesn't turn out so well for the end users who are consuming that because it isn't really clear how to interact with that, what was the thought going into that and how it should be documented. And as developers, we really strive for productivity when we code, especially when it comes to interacting with an API. And that's where the JSON API spec comes in. It's for delineating how clients should request or edit data from a server and how that server should respond to those requests. Its main goal is to optimize HTTP requests, mostly the number of requests you're making and the size of the data that's coming back. And one of the ways to start doing that is by using this content type so the server knows that what it's getting is this JSON API content header. And those request documents will know that. And then the document structure is essentially a JSON object is going to be at every root of what you're sending or receiving. Inside that is containing the keyword data. And then from there, you get your top level items that you'll be interacting with and consuming. And with that, you get data, errors, and meta, not always coming back at the same time. This is an example of that structure. And here, this is a request that you might have gotten. So everything will come back into data. The type here is specifying the model, that resource, and then IDs, and attributes, and so on. I'll get further into what those look like and mean. So resource objects typically have the ID and type, like I have just showed you in that example, where I used an article and then ID with this to number. And those typically contain the following attributes that represent each field, like columns in your table. Relationships, any relational data that can come back. It'll provide, depending on how you request for that, it'll usually just come back with links so you can make those requests either in the same request or later. Links for that related resource. And then metadata, which is usually like non-standard data that you just want to send along, denoting anything important about that request. And then in compound documents, you'll also have, within that top level, you'll have the related data. When requested, it will come back side-loaded, and it includes that. Usually looks like this down below at the bottom if you can see that. And that would side-load any relational data that was coming back along for it. And then you have the key to go look for it and what it belongs to. And then information that I mentioned, which was just like the non-standard information. The links usually look like this. On the top is just an example of what looks like when you requested data, and this is just a link back to what you did request. So the top example is just requesting all of the posts from a page. And then the bottom is an example of getting links of relational data for an article if you wanted the comments back. And then at the bottom is an example of the meta, which is just letting you, knowing the count here that's coming back is just 10 comments in that particular request. So when it comes to fetching data, it looks pretty similar to something that's standardly restful. At the top, you have just getting back a collection of them. The second one is getting a specific resource. The first one. And the third is how you would look up getting the author of that first article. And it'll return that relational data. And then if you wanted to, you can also independently look up the relationships for just get relationships on its own and the data. And you can do that doing this. And this comment example here, comments is what we want back. And we have a straight link to that, knowing we only want the comments associated with the first article. And then sparse fieldsets. If you use GraphQL, this is what you would find in there, too, allowing you to only query for specific fields that you wanted from a particular model and allowing you to customize that looking like this with a query param that includes that. And then the fields here that I only want back are from an article or the title body. And then you can do the same thing with associations. I only want the name of the people related to that. And then you can also sort that as well. Most people don't really do that. They usually tend to save sorting on the client side for what they're doing. And then you have to interact with your typical crowd actions. You can create resources using post requests that generally look like this here. I'm creating just a new photo. And at the same time, I can assign what that relationship looks like as well for the person who took the photo in that singular request. And then updating relationships just are packed requests. You don't have to. When you implement this, you can just pass along what you need. Doing wholesale updates is generally encouraged in a destructive action that you'll be doing. And the same thing with updating relationships. You can use that same similar link that I showed you earlier to just update the relationship independently of bringing back the parent object as well. And then deleting is just using the typical delete request as well. And then when it comes to errors, the spec allows for that as well. Gives you an object that comes back, usually for anything that's a 400 or 500. And typically, in that error's object, you have these items not necessarily all come back at the same time. Typically, it's just the ID or the title detail and source to let you know what field on the type of the model failed and giving you some information that you can display back to the user of why it failed. So this spec has been around since 2015, version one of it. It's implemented in various languages, including Ruby and Ruby on Rails. You can use it in plain Ruby if you wanted to use it for Ruby on Rails. I've been using the JSON API resources, which is a framework that lets you do a lot out of the box of adding to your controllers so it can respond to these requests. But there's also a lot of room to customize this if you have logic that does more than a simple like show me a record or update it. You can override that and then return back the serializer that you need for that request. So with all of this in mind, what about GraphQL? Why not just use that instead? Well, you get all the same benefits from the JSON API spec without sending all those multiple resources in the similar request. But it's also less of an infrastructure cost upfront if you've already been doing a traditional JSON API spec and just need some more improvements around that for the productivity around your team and get that generalized tooling together. But while the spec does have some similarities to GraphQL, they're also in the stage of tracking from where they are missing and where they can catch up with that. And right now there's an open issue if you go to the JSON API spec repo. They're talking about ways of how they can catch up to some of the features that you'll find in GraphQL that they're missing, such as a deep querying and having a better way to build, describe types and schemas out of the box right now that's something that the community is doing of implementing that. The spec itself doesn't give you that right now. So if your team has just been thinking about how they can write their endpoints in a better useful way, I would consider using JSON API. It's less of an infrastructure cost of moving over and shifting the team and more getting them aligned around certain conventions and making that any nested or wrangled serializers they have more cohesive by knowing what's gonna get returned and how to access that data. So you can, if you have any more questions, feel free to tweet at me or I'm gonna be around. But thank you.


Alright, how's it going everybody? Nick at night here doing a little ten box break of Donner's optic collectors box edition This is a tiered random team break We did have an early bird giveaway on this one the first ten spots in this break are entered to win a free spot So I'm gonna do that randomizer and then the teams Down here. We will randomize these list of combo teams and the list of 16 names And remember if you're gonna trade you have to trade both teams in your combo also I will be rolling the dice for all three randomizers right now I'm gonna go lucky number seven to start off my night. So the first one is the early bird giveaway The first ten people are right here We're gonna go seven times and the name on top is gonna win a free spot free little 69 99 spot Not too shabby seven times Matthew s Congrats, you are the early bird winner put a little eb next to your name there So we're gonna go seven times on the customer names now one two three four five six and Seven what's up? I'll be one. I'm doing pretty good We got a heavy night of breaks ahead of us. It looks like a lot of stuff sold out Seven times on the combo team. So thanks everyone for keeping us busy at this rate. We're gonna have to hire another person in the shipping department five six and Seven. All right. So here are the teams. Good luck Joshua bills and Packers Nick Jaguars Bengals Kevin Eagles Ravens Karen Raiders Colt Peter Giants Browns Allison 49ers and Jets Matthew s Cardinals Falcons Wow the early bird spot getting the Cardinals That's crazy Thomas Vikings Bears Matthew Broncos Dolphins Jared Seahawks and Saints Daniel Redskins and Bucks Sal Cheeps and Rams Trevor Patriots and Texans Ryan Titans and Chargers Yasek Cowboys Panthers and Nicholas is Steelers Lions So I will have To open the case here and we're gonna pick which 10 boxes we're doing We're actually gonna pop it open like this right here All right, Allison has got the 49ers and Jets combo up for trade if anyone wanted to trade For the 49ers or Jets What's up Darren? I know right before my Before my fame Yeah, I actually did Nick at night when we first started I would go on after Joe But this the series got canceled didn't get picked up for a second season But now it's getting renewed All right, so we're gonna roll the dice see which half we're doing Big boxes here So we'll go left side one two three right side four five six and I'm gonna roll a random dice And then if there's no trades by then we'll probably close the trade window All right five so we're doing the right side so this left side will be for break number two Which is down to five left no team randoms or anything That's pretty cool I No trades it looks like Maybe Some try to trade couldn't trade mojo on the line there. We'll print and We'll rip this optic collector's edition Don't think veteran.  All right, so trading window closed here is the final list and There's the break schedule for any of our 87 people who are watching us live If you're not in one of these breaks Because those breaks probably take us around midnight 1231 a.m. Maybe and we'll see after that if we do anything But Teddy is live on Instagram for the next hour or so Just download the Instagram app go to Jasper's breaks and he has a full list of personal boxes over a hundred boxes on The website you can choose from on Jasper's calm And if you don't want him to break it you just put in the note ship sealed or we do curbside pickup If you're in the local area you can come pick it up tomorrow or Monday So that's a good alternative if you're not in any of those breaks We also have packs for sale too. I know packs blasters So we have some cool stuff on there We had some bowman packs 2020, but I think those sold out pretty quickly went pretty quick on the Instagram Here's the first box. We got drew sample autograph bronze auto That's for the bangles combo spot bangles Cardinals No, not bangles Cardinals up bangles Jaguars Nick Got that one And look at that TJ watt JJ watt back-to-back It's kind of funny There's Kenny on Drake, of course that'll ship. That's a hollow rookie ship.  But otherwise pretty sharp card there. What have these been going for anybody know? Arizona Cardinals that is the early bird spot pays off to get your spots early Nice hit Matthew S gets that one Look up what that goes for Next half is in the store as well Marquis Blair bronze those are not numbered Christian Wilkins hollow rookie for the Dolphins There is a Sterling Shepherd relic Donner's threads Relic for the Giants What's going on to Peter? There's Easton stick bronze Deandre Baker hollow We got a 17 a 79 orange scope Chauncey Gardner Johnson The Saints And a Hunter Renfrow hollow Those will all get sleeved and top-loaded Upon completion of the break. Let's see if I can search this up real quick. What is this Kyler Murray go for? Few hundred dollars, right? hundred dollars last one went for Another one went for 125 yet just a raw hollow 125 90 120 That's pretty nice it Especially on an early bird spot. I think they're no there's no early bird spots left in number two But there's still five left. So grab them a few like the optic About the hollow Mario might be worth more and that seems like kind of a bargain hundred bucks Seems like it has room to grow If they have a nice season in Arizona New weapon Deandre Hopkins. Yeah, Kenyon Drake for a full season Maybe a little better defense offensive line. And yeah, there's a link for the Instagram Website and you watch on your mobile phone on Jaspies Instagram Instagram.com backslash Jaspies breaks There's a James not James Dean Jamel Dean auto bronze for the bucks James Dean Otto Marcus Lawrence Drew sample There's a bronze of Brian Burns Renfro insert. There's a Sam Donald Donner's shreds relic Devon Singletary bronze. Ooh, Dwayne Haskins. That's a nice one Low Haskins for the Redskins hollow That is for Daniel Posey nice The Redskins bucks Tiered team combo and there's an orange scope Kaleo Mac 60 a 79 for the Chicago Bears Yeah, I look them up on a website called 130 point comm backslash sales and I'm looking and the website is with the the numbers 130 not spelled out and you can Kind of compare all the different listings. They also have like checklists on there and stuff They also show the buy it now price that was accepted. So that's kind of cool box. So coming up next we got Bowman number seven. We also have a tops dynasty full case coming up We got a elite pack to do to win spots in flawless We got a plates and patches full case We got the last six boxes in the store of certified football 2019 We got a one box a definitive and then a one box of flawless first off the line So that should keep me busy for the next couple hours if a few more things sell out I would be willing to do them, but they got to sell out Sort of soon. So let's get those spots going Taylor rap is your autograph in this box bronze auto That's a Los Angeles Rams Sal with the Rams Big Ben hollow Devon Bush the second hollow. There's a Dexter Lawrence bronze Larry Fitzgerald Insert and there's a Seyquan Barkley nice Relic there for the New York Giants going out to Peter and there's a Kyler Murray base Matthew s. What's up Matt? How's it going? You'd have to talk to whoever has the the Jets in this break Michael H They own that card now Gary Jennings jr. Rocky a sin Devonte Adams orange scope 42 of 79 for the Green Bay Packers Packers that's going out to Scott the Packers. Why can't I find out my list? Joshua I Can check Jeffrey? was that for a For a bowman break I did or was that a break that Joe did or for something else. Sorry. I got oh There's Joe saying he sent it. Yeah, sometimes Sometimes they go to a phone number if you have like a phone number But yeah, I see I'll I'll click the reset button right now. So if it'll pop up to the top And be sure to check your spam folder too. All right, we got a Chauncey Gardner Johnson auto for the Saints Tariq Cohen Rodney Anderson Jelani Tavae We got a DJ more rally for the Panthers Carolina Panthers that one's going out to Yossik Josh Allen bronze for the Jaguars There's a Clayton Thorson hollow for the Eagles He might be with the Giants now But so goes the Eagles on that and then we got a number that's 79 orange scope of Josh Allen for the Buffalo Bills And then Aaron Andrews. That's got a little dent in there Is that video game music being played or is that just in my head? No, but I just I just had to make sure that I'm not just All right about halfway through this break probably another 20 minutes or so we'll get the next break going which is a One box of Bowman here is the schedule. I got all these breaks that are on the schedule are sold out completely Um Derek Cara insert Another Chauncey Gardner Johnson auto back-to-back Saints, it's hard to find teams on this list because they're not Alphabetized Jared has got the Saints There's Matt staffer Bryce Love Redskins There's a Tavae, and I will have new breaks posted after I head off air tonight So be sure to To check out the website either later tonight once I head off air or tomorrow morning Josh Allen relic For the Bills Joshua W We got some new stuff in over the weekend. There's earth Smith, Jr. We'll have a last dance basketball mixer, of course We're giving away a Michael Jordan auto you can You can check out that break tomorrow. I'll have that posted There's Deandre Walker to 79 for the Titans That's Ryan Redman So we got a lot of stuff on the site we can do The next couple days Yeah, so the last dance mixer. I'll be posting We don't have any more definitive baseball. So I'll probably Be posting a baseball mixer. I think a pick your team mixer Where we'll have a little giveaway. It seems like people enjoy the Mixers where we give away some cards, so I'll give away One of our cards here What else that I know I have a list of stuff. I know we already posted prime cuts I'll probably be doing maybe a number block for those So if you want your team, I'll go grab it now Maybe some bowman chrome hobby. I think we got in 2019 chase some prospects Football will have a football mixer. I think we have more in case so we'll do more in case random teams Maybe some contenders football Wow, is that the third? No, this is a different guy. I Got thrown off by the three names. We've been hitting the three-name autographs. Sean Murphy bunting. This one is bucks Daniel and There's a drew lock That's a nice one Might pay for like a quarter of the break here get it graded definitely pay for it if it's a PSA 10 Broncos is Matthew S There's a Tyreek Hill hollow Juan Thornhill Byron Murphy Flaws first off the line probably a couple hours Ryan. I would say about two hours or so maybe a little less James Connor for the Steelers Nicholas L There's a JJ Arthaga white side bronze Dave Montgomery hollow that's one there for the Bears Thomas and we got a Travis Homer orange scope 52 of 79 And then we got some other stuff too that I'm not remembering at the moment that will have Uploaded to the website We'll save some for surprises But yeah, Bowman is is great The 2020 Bowman looks like those those returns on on eBay have been going really high so Yeah, no problem, Ryan We also have optic hobby tiered random teams in the store our last four boxes of optic hobby There's a Carson Went Hollow If you enjoy the hobby Product more than the retail per se Bryce Love Joe Juan Williams There's a Calvin Ridley relic for the Falcons Darryl Henderson Taylor Rapp Hollow Whoa, is this autoed maybe not Number 79 still a nice card orange scope of Dwayne Haskins for the Washington Redskins going out to Daniel P Nice one. Haskins. He's got you know some help Offense of line wise and I think a lot better coach From Carolina and maybe no auto in this box Here it is Lonnie Johnson, Jr. Texans All right, so pretty solid Half case so far Remember a lot of the optic value is in all the non-autographs stuff So might not be hitting the biggest autographs, but like that Dwayne Haskins hollow the out of 79 Haskins The Drew Lock base the Kyla Murray hollow a lot of those have some great resolviate That looks like it. Yeah, I think it is Not that looks like it. Yeah, it looks like a Pokemon case the way they taped it Oh I didn't know they came in those cases. I thought they were just loose So the flawless first off the line three we actually will have a number four from the same case So I'll post that Once we're done tonight Maybe I'll post that one on there at the very end so people live can get their teams If they maybe don't hit in number three or if you just want to double down. All right, three boxes to go. Thanks everybody You know, this is kind of a longer break. So thanks for being patient But we will have more coming up I Some bowman coming up next one box break of bowman then a full case of dynasty which would be exciting Drew sample is the auto from this box since 90 bangles Steven punk was saying John Ross Was traded to the Buccaneers has anyone else heard that I know I know the Dalton news was crazy Not crazy, but Maybe surprising Ty Johnson a lot of people thought he was gonna be going to New England Chandler Cox Yeah, it'll be up in the morning Christian Kirk relic for the Cardinals. I mean, I'll technically be up around like probably two or three a.m. Pacific Maybe a little later I'll be posting it But there's a Damien Harris bronze, but yeah, so once you wake up, there'll still be spots left Unless someone comes in and just buys all all the spots There's AJ Brown Hollow the Titans very nice Ryan Redmond. There you go So I'm trying to trade couldn't trade mojo there And we'll have some cello packs for that, too So if you don't feel like I don't know how much it's gonna be or what boxes are in it even but 979 Philip Lindsay for the Broncos I know last week's sold really quickly and three kid reporters. These are kind of worthless now Super Bowl's already over the last two boxes Nice there we go. All right, so for those of you looking for times while Nick's opening these last packs Looks like we got a collector's optic optic collectors NFL right now. You know, what about 15 minutes? Yeah 1030 Pacific time should get us to Bowman 1st edition, which is fast Then dynasty which is also fast 1045 Pacific And then 11 Pacific elite five. That's a one-pack break That's you might catch up on the time there actually and then plates and patches. That's just a half-case break Probably take less than half an hour than it says on the schedule Should take us around 1145 1130 Pacific certified for that's a 20 minute break That should get us around midnight LA time one box definitive five is fast and then flawless first off the line is fast It should be about midnight midnight 30 And probably good night unless Nick decides to keep going. There you go Nice, so thanks Joe. There's the schedule You know if I miss anything you guys I might have missed a break, but I think those are the only one Yeah, I think that's that's all that's sold out Oh And yeah, I'd gone through the orders before 10. I don't think there's that many right now Paul the last dance break is a mixer that we've been doing the last couple Sundays And I'm just gonna open the last two boxes at the same time here The last few Sundays where we give away like a Michael Jordan autograph last week we gave away a Michael Jordan PSA 8 86 87 FLIR rookie with the complete set So like 130 something cards The day the week before we gave away Jordan on I think tomorrow give away Jordan auto So it's just a kind of a special mixer that we've been doing Yeah, it's crazy our Michael Jordan tree is is running dry We've been growing so many Michael Jordan autos And a seer Adderley for the chargers the bolts bolt up Ryan Redmond Gary Conley Deandre Baker Deandre Walker So we will have that posted tomorrow and Jason is live tomorrow Sundays and Mondays Two to ten Pacific and he'll be breaking that those have been selling out pretty quickly Nick Chubb And if you haven't bought on our website before And don't really say anything now make sure to at least sign up for an account So you're on our email list So we can send you emails If you like, you know, you don't have to sign up even if you have an account You don't have to subscribe to our emails, but I always try to send an email when I post a big break or new products gift code or promo codes we do often on our email list So it's always good to open up our emails. There's Nick Bosa and at most I send I usually send just like one per day Some days will be two but Not not very often. So I don't like spam the inboxes There's will Greer Hollow for the Panthers Yasek There's one Thornhill to 79 For the chiefs, oh nice Paul, then yeah, you should be on our On our thing and yeah, and then our email blasts also go to our Facebook and Twitter So facebook.com backslash Jaspie's Hermosa Feel free to leave us a review anybody who's watching and has been satisfied with our breaks Trayvon Mullen, maybe do it after he hit a big card Not go hit list That's Oakland Raiders, and then we got a Daniel Jones And I post like a lot of big big hits to Facebook and Instagram, too. There's Jay Sternberger Bronze Otto That's going up to Green Bay Packers That is who's got the pack? Tough at this Joshua. It's at the top Phillip Lindsey, there's a Noah fan Hollow Tyree Jackson bronze There's a Mitchell Trubisky. I think the Bears declined his fifth year option today. There's Josh Allen for the Buffalo Bills Relic Joshua With the Josh Allen There's a Ryan Finley bronze for the Bengals Last one here is a Sean Murphy bunting hollow Yeah, but then yet the weird thing with NFL you had to pick up the fifth year option before his fourth year It's crazy So there you go. Thanks everybody. Jaspie's case breaks comm those Ten box collectors break number one