So you two team keep it clean. What's going on? It's engraving here with another video and as you all have of course heard by now The Baltimore Ravens have acquired Lyon backer Roquan Smith from the Bears and Just to get straight into it. Let's look at what was given up in order to acquire One Roquan Smith all pro Lyon backer I remember watching the the Patriots game the Patriots Bears game the other night I was thinking to myself man this dude he putting on the show for whoever his next team is gonna be I did not think it was gonna be the Baltimore Ravens I know we had talked about it on questions from subscribers and what not a lot of y'all have mentioned the possibility of a Roquan Smith being Traded especially him being in the last year of his deal, especially even before the season started He asked to be traded. So this was something that he was on from a long time ago And then I guess the Bears were like, are we trying to hold on hope? But you know what now whatever Let's go ahead and trade them But this means so many different things for the Baltimore Ravens and we'll get into that shortly But this move again, it was a surprise to me But then at the same time it wasn't a surprise because it is a defensive move I was hoping that the Ravens would do a little something different and hey the trade deadline ain't here yet So it's still a possibility But again my expectations were not that they would do anything significant on offense But on defense is obviously a lot more likely based off of how the Ravens do things But let's get into this trade because this what they had to give up what they had what they got It is actually a pretty good trade because the Ravens they're giving up a second round pick a fifth round pick and AJ Klein They literally like this and they're receiving Roquan Smith. That's a great trade straight up That's a great trade because you're getting one of the best linebackers in the league And the thing is that Ravens defense had been getting better and better and better They did they do be having some hiccups in there now don't get me wrong They be having some hiccups but overall they have been getting better and better and better over time But this makes them even better and now Even if he doesn't play against the Saints, I mean they got a long time before they play the same So I expect him to play against the Saints, but even if he doesn't play against the Saints You got to feel like okay. Yeah, he'll have a long time to prepare and get acclimated But I would expect him to play against New Orleans But anyway, the fact that they literally like signed AJ Klein like a couple of weeks ago They signed us do it a couple of weeks ago and now they just put him on the active roster For that game. I know he played well against the Bucks. He made a couple of plays and then boom Not even a week later. He's being shipped to Chicago Not even a week later and he would you like it's like man that like that's a move right there I I appreciate that move and I respect that move From Eric DeCosta. So a second round pick a fifth round pick and AJ Klein and you get Roquan Smith now With the salary because Roquan Smith, I believe is on his fifth year options So don't Raven's got to pay a lot of money to Roquan Smith No, they don't because the Bears are paying 4.833 meal so 4.8 3 mil of Roquan Smith salary and the Ravens are paying 575,000 So Ravens off the hook for this year. They off the hook with the salary. They paying 575,000 for Roquan Smith but now let's take it a step further because You didn't give up a second in a fifth round pick just to have him for this year Oh, did you know they didn't he's a linebacker now. They did We brought it up in questions from subscribers when this question was asked before And we got to bring it up now. This is this is the end of Patrick Queen with the Baltimore Ravens Then they're not gonna pick up his fifth year option and and the thing with that too They things were already not trending good in Patrick Queen's direction for them to even pick up his fifth year option Before they traded for Roquan Smith Now me I would love it if they could keep both I know they won't keep both and I don't expect them to keep both. I know Patrick Queen does he knows He's he knows the business. He doesn't see any business He ain't really had to experience the business first hand first hand, but he knows it So he's done seen around the league. I'm sure he gets it but um You got to believe that this this is gonna be the end of Patrick Queen with the Baltimore Ravens I wouldn't it's well, you know what he could actually get traded before the deadline, but I hope they don't trade him I hope that they keep both Just so you can have that much more flexibility Roquan Smith, he could be your mic Patrick Queen. He could be your blitz in linebacker, man And and now and and you getting ready to get Bowser back a job Oh, he lived more further down the road But you getting ready to get Bowser back to a dot fairway could go back to his natural position Still got Justin Houston and whatnot. Um So you you're gonna have some more flexibility with your defense Uh, but again, this is the end of the road for Patrick Queen So I would if he doesn't get traded before the trade deadline I hope they don't please keep Patrick Queen Ravens But if he doesn't get traded before the trade deadline Then this off season for sure This off season for sure It's it's gonna happen Because I would expect them to well actually They won't even have to decline his fifth year option. They can trade him before like they did with hollywood They can trade him before the deadline to pick up the fifth year option So his new team they can decide whether they want to pick up the fifth year option So they ain't even got to worry about that part But anyway, like yeah, Patrick Queen's days are numbered and again, it's it's not that's not a shot at Patrick Queen That's just the business And we again we talked about this if if Roquan Smith was going to be on the Ravens That was going to be it for pq Shout out to pq though. We'll see Uh, how he handles it because that could be tough, man That's tough. Like they just they just brought in somebody to do your job. That's tough Like put yourself in his shoes And i'm sure that's happened to some of us before where we be working at a job and they hire somebody in your same position. You're like, oh Y'all really did oh man So it's that's that's tough. Um, but anyway contract baby Who is going to get paid? How is he gonna get paid? This ain't no rental This is not a rental. So Raven's gonna have to Call up some bread They like to call up some bread because Roquan Smith gonna want a new deal Ravens, I'm sure they'll they'll they'll get it done Um, but how will this affect other positions? How will this affect other players? Because the ravens also got somebody else Who's trying to get a deal done? but they haven't been able to Quite come to an agreement yet So this off season. Oh, yeah, edc is going to be busy busier than ever He's always busy But this off season he is going to be busier than ever because you can't give out two franchise tags. Can you know? Got some decisions to make my friend Uh, yeah, y'all know how I feel about Lamar already how I feel like the ravens are gonna operate But we'll see we'll see this move does not change how I feel about that Especially with them adding somebody of significance on defense So we'll see um But yeah, Roquan Smith. Welcome to the Baltimore Ravens. A good addition Um, we'll definitely help make them even better. Um, but let's Let's see, man. It's it's it's gonna be fun watching that defense especially fun watching that defense now Um, but I was hoping they would get somebody who would make it a little more fun To watch the offense, but it's still time. It's still time and still options and whatnot. Um, but we'll see this, uh, again A little bit of a shocker that they got him But at the same time just thinking about the ravens philosophy what they love to invest in the most that being defense It's not such a shocker anymore. Um, but he'll bring a lot of High quality play to the Baltimore Ravens. Um solid Better than solid addition. Good addition. Um, and let's see how it goes Again, good trade from edc what he gave up in order to acquire him Now let's go to work. Love y'all team. Keep it clean. We out


What's going on guys welcome back to channel critical overlord here, so we'll be talking about a few different topics in this video here today We'll be talking about scream 6 we'll be talking about Joker folly I'll do we'll be talking about five nights at Freddy's and the release date that's now being confirmed and we'll be rounding it out by talking About shrek 5 so let's start off with scream 6 the gale weathers fight scene with ghost face is being nominated for best fight at the MTV movie and TV awards now as much as I'd love to see scream 6 take home the awards It's nominated for the other category. I saw it was nominated for his best film and top gun maverick is listed there So I doubt it'll take that title home and when it comes to the fight sequences Which again, I am rooting for scream 6 My dilemma there is I just see Vecna and 11 in that category So if Courtney Cox wins I will genuinely be shocked because I just think that in the categories They play scream 6 in there are some worthy contenders in the mix and I can see these other peak other films and other Projects being listed in these categories winning over scream 6 especially top gun maverick in the best film of the year category Sure, both of those are paramount projects But one made over a billion dollars while one hasn't even scratched 200 million worldwide yet I just think that that category for best film of the year is not going to happen for us But best fight. I hope it gets that but with Vecna and 11 making that or occupying that space I'm a little bit doubtful that it will but that scene alone was so emotionally charged and The dialogue hit all the right nerves to pull up the heartstrings of longtime fans like myself Courtney's performance the edge of your seat action and the sigh of relief that came once cemetery arrived It's just one of the reasons it beat her chase sequence in scream 2 now Here's hoping that scream 7 out does what 6 did in gales and gales next encounter what goes phase just ups the ante But this Nomination alone is something that I think courting cock should be proud of I think everybody involved with scream 6 that helped make that sequence Possibility should be proud of it because people have been clamoring for something like this for such a long time And I was being nominated for an award diving into Joker 2 Joker fall a do has rap filming according to Todd Phillips who took the Instagram to make the announcement There was also some cool new images that were shared of Harley Quinn and Joker from the upcoming sequel which arrives next year and This sequel Joker 2 will be mostly set in Arkham Silo That's previously been reported and it will tell the mad love storyline Of course that goes on between Arthur Fleck and his corruption on a nurse who would become his deranged lover named Harley Quinn Now the film will have a musical aspect to it Which many people were concerned about instantly upon we upon learning of this of this little tidbit about the film However, it's expected to be more like a star is born and not as much as like grease or I think the other movie that was mentioned was in the heights I'm mostly intrigued to see the chemistry between Gaga and Phoenix or lack of chemistry if that happens as well But I'm confident this sequel will shock people in a very good way The images that give a better look at Gaga's take on Harley might be lackluster to some But I'm pleased with it for the most part I do think it is in line with the more realistic approach that these movies are going with and I do think I previously saw a set image of Gaga going up those infamous stairs Where we know we have that iconic dance sequence in the original film So I guess Harley Quinn is gonna give us her own rendition in the upcoming sequel as well And that's something that I'm excited to see I cannot wait to see Joker 2 next year Can't wait to see what Lady Gaga is able to do in the role I'm excited to see everyone's reaction to Gaga and her performance in the role because I remember when she was first announced Everybody was like oh, that's not Margot Robbie My thing is I don't know why many people were expecting Margot Robbie to be back I'm not saying that I didn't previously have some Speculation that maybe they'll bring her in but I mean Sincerely considering how this is supposed to be separate From those other films the Suicide Squad and everything she's done with that Why would they bring her in for this? But diving into Five nights at Freddy's Jason Blum has confirmed that Five Nights at Freddy's will release in theaters later this year in a tweet He shared last night bloody disgusting is also reporting on the topic as well universal pictures will release Blum houses Five nights at Freddy's in theaters on Friday, October 27th 2023 The film will also premiere day in date with theatrical on peacock So they're taking the halloween ends release strategy here as well The film is following a troubled security guard as he begins working at Freddy's At Freddy Fazbear's pizza while spending his first night on the job He realizes the night shift at Freddy's won't be so easy to make it through Matthew Litter and Josh Hutcherson will be starring alongside Elizabeth Lyell, Piper Rubio, Kat Sterling and Stuart Masterson Now what I found to be interesting with this announcement is that this film will now be going head to head with Saw X And I will say this I don't think jigsaw can beat this film Due to the popularity surrounding the concept that I know a lot of people have been clamoring for this movie I myself again, I used to play these games when I was a kid I don't again play them now obviously and I'm not the biggest fan of this I just am very familiar with those games from when I played them I don't think jigsaw can outdo what this film is going to do at the box office in the opening weekend I think the popularity surrounding the concept and once that trailer drops I'm sure that would only make it more challenging for whatever new game John is cooked up to beat Freddy But for horror fans who don't care either way one way or another who you're going to go out and see both movies That week in october That's going to be a fun weekend for those horror fans because you're going to get to see the return of jigsaw And you can turn right around and go see five nights at Freddy's And of course with Matthew Lillard back in the mix I don't know when the last time it was Matthew Lillard was on the big screen in a horror movie It might have been more recently and I can't remember it But that's also something I'm excited for the return of Matthew Lillard on the big screen in a horror project But you guys can let me know what you think about this. Are you excited for five nights at Freddy's coming out this october What did you think about Jason Blum's announcement because he had been teasing it for A few days now and I don't think the the announcement was lackluster in any way But lastly talking about shrek five So shrek five is officially in the works according to the illumination CEO chris melodandry Who has revealed this to variety by mentioning that negotiations are underway To have Cameron Diaz, Mike Myers and eddie murphy return to their iconic roles from the series He states we anticipate the cast coming back talks are starting out in every indication that we've gotten is there's tremendous enthusiasm on behalf of the actors to return I mean if I recall correctly eddie murphy did expressed Interest in doing another film. I think it was this past january So if anyone is all but confirmed in my opinion It's eddie eddie said he would do another one in a heartbeat or in a quick second He even went on to say I think that they should have done a donkey Spin-off movie and not puss in boots or they should have done a donkey spin off If they're doing puss in boots because he thinks donkey is much funnier than puss in because I can't disagree there I just want a story that is better than four And something more in line with those first two movies because the second shrek is one of the most Memorable childhood theatrical experiences. I still recall to this very day. I am a lifelong shrek fan I'm eager to see this new film and the updated animation style that I'm sure will be applied And I'm excited to see this project advance moving forward There were several opportunities in the past to talk about this But before now everything just seemed like rumors and speculation and just denials of another one happening But now we know that one is getting closer to happening You guys can let me know down in the comment section below what you think about all of this If you haven't already course make sure you subscribe turn on post notification numbers of video in the description I'll have links on my social media accounts. I'm on facebook twitter and instagram You can message me there of course to let me know if there are any movies news or reviews You're letting me to cover in the future and with all that in mind guys. I will see you in the next video


Thank you very much for coming to my session. In this session, I will talk about the RECHD CPI and how to use Bosch on top of bare metal machines. So the agenda today is I am going to give a very brief overview of Bosch and the RECHD CPI and describe the use case that is supposed to satisfy. And then I will describe how it works and show a video demo of that. So before we begin, I would like to say a couple of words about myself. So my name is Victor Fong. I come from the EMC Cloud Foundry Dojo, which is located in Cambridge, Massachusetts. So we have two teams, right? Our first team is in San Francisco, and they work very closely with Pivotal in the Pivotal office on Howard Street. In the past, they have contributed into UAA, Go Router, Cloud Controller, CLI, Bosch, Bosch Infrastructure, and very recently, Diego Persistence. And then we have a team in Cambridge as well. And each engineer in this Cambridge team has been through the six weeks Dojo program in San Francisco. And after we learn everything, we want to replicate what we have in San Francisco into Cambridge. And the reason why we want to do that is because we want to improve Cloud Foundry as a platform. And the way that we want to do it is by having a lot of smart people to come contribute into Cloud Foundry. So that's why this Dojo was set up. We have a blog site for the EMC Dojo. It's called dojoblog.emc.com. And feel free to check it out. We have a lot of exciting news and also a lot of very useful documentation and tutorial and examples that you can use. And lastly, my Twitter account is Victor K. Fong. Feel free to follow me on Twitter if you're interested in the work that I will be doing in the future. And also after this talk, I will trade out the locations to the documentation and also the tutorial and the examples that I have used throughout this talk. So feel free to follow me and then I'll follow me for that. So as I said before, the Rack HD CPI is developed in the Cambridge Dojo. So after going through the Dojo programming in Pivotode, the most important thing that we have learned is the development methodology, right? Which is pair programming, test-driven development and also continuous integration. And we try to follow all of those guidelines when we develop the Rack HD CPI. We believe that two-head is better than one. So we are constantly doing pair programming in our environment where two engineers are sitting together in the same workstations, trying to solve the same problem at the same time. And through constant rotation, each engineer inside our team would get contacts to an entire project, not only just a small piece of contacts where in a traditional team they might be in, right? So, and then we practice test-driven development where it's very different from the traditional development-driven testing. So we would first write the test to the expected behavior, execute a test to get a rest date. But at that point, since we have not changed the behavior, like the rest date is a good failure, right? So once we get a good failure, we would change the behavior by changing implementation, and then we would get a green state at that point. And this cycle is happening every day throughout the course of the development. And at the end, we will get a very comprehensive set of test width, right? And our code base will be very high in test coverage. And we use all of those tests in our continuous integration pipeline. So as you can see, there are five stage in our pipeline. So the first stage is the unit test and the integration test, and that executes very quickly. And the second stage is the lifecycle test, which is redeploying the CPI directly without a botched tier. And in our test, we try to invoke the CPI functionalities directly and see if we can get back to expected behavior. After that finish in like two minutes, then we will deploy the botched director on the third stage. In this stage, we get the latest release of botched director and we get the latest release of the rack HD CPI and we combine that together into deployment. And after that stage is finished, we have a functional rack HD director that we can execute the Bosch acceptance test on. So the Bosch acceptance test has two parts, well, it has two stem cells, right? So it has the open two stem cell and also central stem cell. That's why the fourth stage is broken down into two parts. And then lastly, after the acceptance test is finished, we can actually deploy that by tagging a version in our GitHub account so that our user can use our release with confidence that the code have been tested thoroughly. I would not pretend to be an expert of Bosch. I mean, the whole Bosch team is sitting right there. So Maria is probably laughing at me right now. Anyway, but I will say a few words for those people who are not familiar with Bosch. So Bosch is a tool to automate deployment and do health monitoring and upgrading and scaling and cleaning up in a production environment, right? So in a production environment, if any of the machine goes down or if software is malfunctioning, then Bosch would detect that and spawn up a new machine and deploy software on that machine so that your environment is highly available, right? So it's also a very good tool for CI-CD because you can just upload a new release to the Bosch director and then the Bosch director would take down machine one at a time to deploy your new software for you, right? And Bosch has actually no idea what infrastructure is talking to. All of that is abstracted out by a cloud provider interface, also known as CPI. So the CPI is responsible for communicating with the infrastructure tier. And in this case, that brings us into the RECHD CPI, which talks directly to the bare metal machines. So it will allow the user to have full use of the bare metal machine without the virtualization tier, right? So it provides the same capability of Bosch on bare metal machines, including deployment, health monitoring, upgrading, scaling, and cleaning up. And it's also a great tool to do CI-CD for bare metal machines. So there are two main use cases for this. The first use case is of course to execute existing Bosch releases on bare metal, right? So what does that do for us? It will eliminate the virtualization tier. So that's definitely one last thing for you guys to buy if you have to pay for the license for virtualization. And it's also one last thing to deploy and to maintain, to scale, to upgrade. So in a production environment, it will save you time and also effort. So, and also your software will now be running directly on physical hardware instead of virtualized hardware, meaning that it should get additional performance because it's using real hardware. And at the same time, your machine would not have to run the virtualization tier, meaning that it can save in memory and also in computing power for those. And the second use case is actually a more interesting use case in my mind. So in the past, Bosch has been very good with everything above the virtualization tier. So it would create VMs and deploy like OS and software on top of the VM, right? But what if now we can use Bosch to automate the deployment for the underlying tier as well? So that will bring us into almost fully automated data center. The networking solutions are already software defined. The notion of software defined data center has come out a couple of years ago and existing solutions already exist out in the market for those software, right? And once we have software, it's totally possible to automate all of that. So imagine if you can have a data center and where you can just plug in physical machines into power and basic networking. And after that, there's a magic button for you to click and they will deploy all the networking structure for you and set up all the routing and firewalls. And then the next step, of course, is to set up software defined storage, right? So there are existing software defined storage out there, including EMC Isilon and ScaleIO, right? So all of those, so you will have a magic button to deploy all of that into every single physical node in your data center. And if one of those nodes goes down, Bosch is going to spawn up a new machine for you, right, and then the software defined storage would then be responsible to replicate itself across all the nodes and no balance itself so that all the data is persistence and also have a redundancy nature, right? And then last but not least, virtualization is definitely software defined, right? So imagine if you have a ESXi or OpenStack and you can hit the easy button and have Bosch deploy all of those for you onto a lot of physical servers. And if a machine goes down in the middle of the night, you will not even have to be awake to solve that problem, right? Bosch is going to create a new machine, install the exact same software for you, and then, you know, vibrating.  So I would do it one at a time so that your data server will be highly available while you are doing the CI CD. So that's a major benefit. So that's all very good, right? And RECHD CPI will open a door to that automated data center. But how does it really work? So in the background, the RECHD CPI use of technology called RECHD is open source technology created by EMC code. In the past, it has been a EMC product called on REC and it has just been open source in the beginning of this year and you can, you know, obtain the release and the source code from GitHub slash RECHD. So RECHD provides functionality for automating, you know, hardware management and orchestration. And it is done so by having like a server, client server model over RESTful API and the RECHD CPI would use this API to tell RECHD what to do and it would, and then it would just carry out our task through customizable workflow. So there are a couple of example workflows, right? For example, you can try to have RECHD upgrade your firmware for your existing bare metal machines or it can install a security patches and it can provision new machines for you, right? So to explain what it looks like, we have a very simple environment here with just a simple network switch, right? In the beginning, we will have a functional RECHD server and free bare metal machines attached to them. So as you turn on the machines, the machines will sign off with PixiSignal, right? And RECHD would pick up that signal and store the metadata of those nodes into its database. And after that, RECHD would then be fully functional and ready for your input. So at this point, a user can come in and tell RECHD to install Ubuntu or Node 1 and RECHD would be able to do that, right? So how does Bosch come in in this case? So let's say if we have the same environment with RECHD server and physical nodes. As the node sign off PixiSignal, the RECHD server will pick that up and store that into its database and now the user can come in and say Bosch release, right? And that would create Bosch director somewhere. You can totally install the Bosch director inside one of the nodes, but let's just say that Bosch director is installed somewhere else, but it's attached to the same network, right? So at this point, the user can upload stem cells. And a stem cell will be uploaded to the Bosch director and the CPI will also be responsible for uploading the stem cell into the RECHD server so that the image is also persisted in the RECHD server. And now the user can upload a release. For example, if they want to install Redis into one of the computers, they can upload the Redis release, right? And then at this point, the user will be able to do a Bosch deploy. So the Bosch director would then tell the RECHD server to install the image on one of the machines, right? And as soon as the image is booted up, the Bosch agent running inside the image will attempt to communicate with the Bosch director. And the Bosch director at this point would tell it to install Redis on the computer. So after this, the deployment is finished and the Redis server is functional on the bare metal machine, right? So at runtime, what happened if that bare metal machine goes down for whatever reason, whether it's a hardware failure or a software failure, right? Bosch would detect that because it keeps a constant heartbeat with the agent and if that heartbeat goes away, then Bosch is going to assume that the machine is done and then it would try to recreate new machine. This resurrection cycle is created by telling RECHD to install the image on one of the nodes again. And then as soon as the image is booted up, the Bosch agent inside that image is going to communicate the Bosch director again and the Bosch director is going to tell it to install Redis, right? So what happens if the user wants to upgrade a release? So the user can just load a new release to the Bosch director and then the Bosch director will tell RECHD to deprivation and then the RECHD, actually Bosch deployed and then the RECHD server would then remove everything on the node and then the Bosch director would again tell RECHD server to install the new stem cell into the node and then after that, the new version of the release will be installed on the node. So this is how Bosch can achieve CICD in a bare metal environment. So that's all very good, right? But how do we run Cloud Foundry in a bare metal environment? So there are three choice here and I'm going to describe each one of them, right? So the first choice is to deploy each component of Cloud Foundry into its own bare metal machine, right? So meaning that, you know, the Go router would have its own machine, the Cloud controller would have its own machine, you know, the UAA would have its own machine, right? But then that would not be making a very good use of your hardware because your release might not have enough traffic or require the necessary consuming power for your machine, right? So in that case, it's really a race of hardware if you want to install each component into a computer. And another option, the second option is to co-locate a lot of those components into one machine and you can certainly do that. But then in that case, you would lose out on the resource segregation offered to you by the virtualization tier, right? So that, you know, if one component is consuming a lot of resource, all the other components running in the physical machine would be starving. And also if one of those components fails, then Bosch would redeploy the whole machine for you. So it's not very efficient in that case. So the best case is to do a hybrid environment with a virtualization environment and also bare metal environment. It's because the computing unit in Cloud Foundry is also managing containers, right? So whether it's DEA Runner or the Deagle Cells, they are just managing a container environment for you. And if we were to run those components in a virtualization environment, it's two tiers of virtualization, right? You would first have a virtualization tier provided by infrastructure as a service, and then the Deagle Cells or the DEA Runner itself would generate the container runtime for you. So that's not very efficient, right? So the best case scenario is that we can put those computing units on bare metal machine, but at the same time have the rest of the component in a virtualized environment. So this is what I have set out to do, right? So in the beginning, we have two networks and we have three nodes connected to the private network. The network on the bottom is the public network, right? So at this point, we have the RACXD server ready and we can deploy a vSphere boss director. And this vSphere boss director can be used to deploy a Cloud Foundry deployment in your vSphere environment, right? So at this point, the Cloud Foundry should be fully functional and you can push applications to this. But then, you know, the containers will be managed in a virtualized machine inside a vSphere environment. So at this point, we can create a RACXD boss director and this boss director should be able to talk to the RACXD server because they're all sitting in the same network, right? And after that, the boss director will be able to deploy runners into the bare metal machines. And since they're on the same network, they will be able to communicate with the Cloud Foundry and then Cloud Foundry will use the computing power from those runners to execute the Cloud Foundry applications that you want to run, right? So this is our environment. It's just a very tiny box. So we call this the orange box and it has 10 Intel nodes on it. Internally also have a switch. So each of those 10 Intel nodes can be used as a stand-alone bare metal machine. It's not very powerful, but it's, you know, something to test with, right? So just to recap, the RACXD CPI is an open source project and it's a combined effort between the CF Foundation and Pivotal and also EMC. In fact, Katie Miles flew over to Cambridge for two weeks to help us get started. And Dimitri, the PM of Bosch is actually the PM of this project as well. And this project is open sourced. You can find on github.com, Cloud Foundry Incubator under Bosch RACXD CPI release. And the purpose of this CPI is to bridge Bosch with bare metal machines by using RACXD, right? So, and it also supports the Ubuntu and CentOS stem cell. It provides CICD for bare metal machines. And I think one day we would have a fully automated data center by using Bosch. And what's coming soon is that my team is also working on a project called Diego Persistence. It would allow Cloud Foundry applications to talk to a persistence tier. I think Ted and Paul has already talked about that in the previous talk. And also, Brian Gallagher will be showing a live demo of this in his keynote tomorrow. So please watch out for that. So with that, let's move on to a live demo. Not a live demo, video demo. I really wanna show a live demo, but then my environment, the orange box is actually stuck behind the EMC firewall. So all I can do is just record a video, I guess. So before we begin, we have two nodes. I only turn on two nodes in the orange box. And these two nodes communicating with RACXD through the AMT protocol. And the status of both of those nodes currently available, right? Meaning that they're ready to be used. So at this point, I already have a Cloud Foundry environment installed in my vSphere. So I am just going to target to the vSphere environment and show you guys what I have. Just entering username and password at this point. And then the command is Bosch VMS. And that should show me all the deployments. So the first one is the RACXD Bosch Director. It's actually also running in the vSphere environment. Right, and then the second deployment is the Cloud Foundry deployment. Look at how simple it is, right? It doesn't even have a runner. And the last one is a concourse that I run the pipeline in. So let's not talk about that, but this is the Cloud Foundry environment. So now I am going to Bosch target to my RACXD Bosch Director, which is also running on vSphere as you saw. Right, so I am able to log into it. And at this point, I want to do a Bosch VMS to show you guys that I have nothing running in that environment. And then I move over to my manifest and I change the runner instance number to one. And then now I can do a Bosch deploy on that RACXD Bosch Director. Actually, I have to set the deployment file first and then I can do a Bosch deploy. All right, so Bosch is smart enough to know that I am changing the number of the instance from zero to one and just asking me for confirm. So here it is. So now at this time, the CPI is already talking to the RACXD server and the RACXD server is running a reserved node workflow on the first node. So the reserved workflow would just act as like, it would tell the other users that this node is being taken. So you can see that the status has been changed to reserve. And now it's running the provision workflow, meaning that the stem cell is being deployed to the node and the CID is given by the Bosch Director to uniquely identify the node. So after that, it's just deploying right now and then it should be coming back up to, so the agent at this point should be walking and talking to the Bosch Director and then installing the software. So at this point, the runner should be fully functional. All right, so the next part is to do a CF push. I have a very simple SNCC game written in HTML5. It's just using the engine ecstatic build pack. And if you want to push your own application, you can feel free to combine to the EMC booth and it will help you push your first CF application if you have not done so in the past. So at this point, it's just creating the container. So the container is now up and running and it's running in the RACXD environment. Just copying the link. So at this point, the container has been created in, I mean, has been created in the orange box and now I'm ready to scale this application out into five. So I just want to take a look at the runtime environment. Right, so you can see that all of those five instances are now running in the orange box. But I really want to see what's the limit of my hardware. So I want to scale out to more instances. So I tried 30 at this point and we can see that it's doing something while it's starting the containers. But it seems like 30 might not be enough to see the limit of my hardware. So I think I'm going to scale out to more. So now I scale out to 40 and I think finally we're going to see some failure. Right, so one note in the orange box would be powerful enough to run 31 instances of this application. So now I can go into my manifest and change the number of instances from one to two and do a Bosch deploy again. And then your Bosch is smart enough to know that I have changed from one to two. Right, and then it's just going to repeat the whole thing by running the reserved node workflow and to change the status of the node in the RACXD environment. And then it's doing provision now which is putting the stem cell on top of the physical machine. And after that, Bosch is going to give it a CID to Unity Identify it. And then after the machine is booted up with the new image, the Bosch agent would be communicating with the Bosch director to install the new software, which is the runner. So at this point it's installing the job. So at this point, the second runner should also be up and running. And I should be able to look at the status and scale out to more instance, I guess. All right, so if I do CF app to look at the status, all the jobs that were failing before should now be running. So one crashed, but the rest are running. And then now I can scale it out to more instance. So 50, for example. And then looking at the status, right. So it might not be enough to test out the limitation of my hardware. And I just want to see if the game is still functional, right? So at this point, it's still functional. So now I scale it out to actually looking at the status again, see that the job that crashed last time is already resurrected by Cloud Foundry. And now I'm ready to scale it out to more instance, I think, like 70, maybe? Yep. Yeah, so now at this point, I can come to a conclusion that each one of my node can take care of 31 jobs. And with two jobs combined, I actually have 32 jobs running at the same time. And the rest is just not being started because I don't have enough computing power to use them. And anyway, so that is the end of my talk. I understand it's lunchtime already and you guys must be hungry. So feel free to take off. Thank you very much for coming to my session.


What's up everybody Jason here for Jasper's case breaks calm 2021 panini Donner's basketball two box hobby break Two round teams each number 11 just sold out guys and again total 15 spots Everybody has two random teams in the NBA all cards ship. So good luck everybody. Here's a dice roller. Here's the customer names and teams Let's roll and it's a two and a four for six times. Good luck one two three Four five and six Gretchen down to Luis six times there one two three four five and six Denver Nuggets down to the Miami Heat As a Gretchen of the Wizards as well as the Nuggets are backwards Tim with the Pistons Rockets Luis with the Suns Gerald Gerald with the Grizzlies Luis of the blue Trailblazers Tim with the Mavericks Wesley with the Nets Gretchen with the Jazz James with the Warriors Tim with the Bucks Gretchen with the Cavs Gerald with the Hornets Luis with the T Wolves Wesley with the 76ers Matthew the Bulls Gretchen with the Celtics Wesley with the Knicks Gretchen with the Raptors Luis with the Clippers Gretchen with the Lakers Magic and Hawks as well as a Thunder Wesley with the Kings Louis with the Pelicans Matthew the Pacers James Spurs and Luis with the Heat There's one ball and Jack has never beaten 30 games so how you gonna find the shots for Jack? Don't mess with the good thing you got a great thing going here and the chemistry between Ernie Kaye and Chuck is so strong I don't know if you want to throw another really powerful element like Schielew into that Jack with the interesting piece of the puzzle Bring on a fourth host that was gonna be hurting him was pretty risky All right guys true when it closed I Guys first box Joellen B. Laura Markinus Luba Donchich Giannis Hansen de Compo Lulu Crunch Jaden McDaniels Tim Arta with Junior Robert Woodard Crunch Time Lulu Lamello Jordan Noir to 49 Milwaukee Bucks and a press-proof crunch John Morant Lulu to 99 Dallas Mavericks it's one of Tim Zahn Williamson press-proof 349 Kari Irving Oh this is a press-proof as well All right let's go to the second half He's still haven't got the auto yet but it should be here somewhere Doug McDermott Press-proof here Trevon Jr Crunch Emanuequickly Savique Bay Darius Garland Crunch Time Zach Levine and a press-proof Marvel's LeBron James Not too shabby there for the Lakers and Gretchen That someone said that these were like above over 500 now Raw Could be a mistake in the Graded I'm sure it's gonna be monster There you go Gretch Lakers Denny Onyeka And coming in second place In the dunk contest It's Obi-Toppin and wow No way Out of 10 6 out of 10 For the Knicks Obi-Toppin That is nice I've got to get this back down And um Wesley Thomas there you go Knicks with that one Desmond Bain It's a 99 Kolavusovic Anthony Edwards That's it calling it right now in 2023 Nick I like that Ramsay Barrett Marvels Press-proof Anthony Davis's zero gravity Theo Maladon Some people may think that's the end of the world If that happens Nick Imagine within the same couple years You got the Jets, Mets And the Knicks winning a championship This guy's gonna be falling that day Harrison Barks Crunch Time LeBron Ooh is that a LeBron-proof Press-proof as well And there you go 2 for 2 Gratch Got a Crunch Time Press-proof And the Marvels Press-proof Alright we got Fred Van Vleet Number to 249 And a Chris Tops Porzingis To 199 We got Yannis LeBron Westbrook Savin Lee Wow there's a gold coming up and man I wish this was Another player on the Hornets This would have been a monster monster Even then a gold is a gold 3 out of 10 Grant Riller That's 2 golds in this 2 boxes guys James Worley Relic Ooh Tyrese Halliburton And numbered Precious To 199 Press-proof For the Kings Wesley with that one Tobias Harris Trey Young Crunch And a Westbrook Marvels Press-proof H-Town Tim with that one Man you're quickly Nesser has not sold out yet man But if it doesn't sell tonight It's gonna break tomorrow man Ooh Cassius Stanley coming up Cassius Stanley was in the Duck competition He didn't do too bad actually First tongue was really nice LeBron Anthony Davis Marvels Veni Anyaka Yannis Marvels Steph Curry Wiseman Press-proof The Rookies Golden State Warriors gonna James Yo you guys fly out Friday? Or Thursday? Thursday? Cause you're not on Instagram right?  Yeah Sunday late man So yeah he wanted me to do Sunday next week Sonique Bay 17 out of 49 Detroit You're going to Tim, last fall Mulder And a Kyle Kuzma Kuz To 99 Marvels Anthony Edwards Zero Gravity Zion Willingson And Chuck is a savage Ooh there we go I'm about a little Lamella Ball Press-proof to 349 This is a great two box break Very nice Paul George Zero Gravity Press-proof there Many quickly Alright guys and there you go Very very nice two box break Lamella number to 349 You got Sonique Bay to 49 autograph James Wiseman Press-proof Press-proof Marvels at Westbrook Tyree's Halliburne to 199 You got James Wardia you got a Gold Grant Riller You got a Lamella Ball base We have a LeBron James Press-proof Crunchtime and Obi-Top into 10 autograph And LeBron James Marvel's Press-proof There you go guys that was the break So this was Donner's basketball Two box hobby break Two random teams each number 11 Pretty sure you guys JaspysCaseBreaks.com