[Music] >> Scott G.: What I'd like to do is actually start off this event with some cool demos. And I'd like to invite Scott Hanselman on stage to actually show off both what you can do with VS 2015, as well as highlight a whole bunch of new capabilities that we're excited to bring to market for the first time as part of this week's announcement. So here's Scott. [Applause] >> Scott H.: Cool. Thank you, sir. So today we're going to be showing a whole series of demos based on a health clinic theme. We'll be using healthcare throughout. Everything will be based on this health clinic. In this particular application, it's going to be the public facing app for the health clinic. And this has been written in ASP.NET 5 using the .NET Core CLR. And this is kind of a Hello World demo you've seen before, and I'll go run this app. You'll see what you've usually seen. This is a standard the Hello World. And now of course ASP.NET 5 is open source and .NET Core is open source. We use a lots and lots of open source at Microsoft. And, in fact, I can usually bring in additional open source. From Visual Studio, I'll say Manage NuGet Packages. NuGet is where .NET service side libraries come from. You can see a number of popular ones there. But I'm going to try to bring in a library called RequireJS. This is a JavaScript library. It's a client side library that people use in other platforms. And you'll notice here that in Visual Studio Update 1, it's actually promoting that I use Bower instead. Bower is a package manager that's appropriate for client side technology. So now we've got tooling within VS for me to go and bring in that JavaScript library. And you'll notice here on the side Bower and MPM are both available as package manager options. And now I've brought RequireJS to that client side loader. So we've got all that rich tooling for technologies that people want to use. Now, I want this Hello World app to look a little bit prettier. So I'm just going to pick these up, some existing assets, and drop them in and then replace. And then I'll come over here to Edge and I'll hit refresh. And then the front end of my application looks nice. And that kind of make a change and hit refresh experience is what you would expect with static things like CSS and JavaScript. But I can also go back into Visual Studio and look for the home controller, for example. And I'll grab some actual C# and I'll make a change to the code, best health clinic ever. And then I'm just going to hit save. But I'm not going to do a build. I'm going to come back into Edge and then hit refresh. When we go over to the About page, it's actually recompiled that app. So I can have that kind of make changes to code and hit refresh. Make changes to code and hit refresh. The experience you'd expect with a Ruby or Node, but you're getting that with the power of C# and Core CLR. That actually compiled the application itself. So Visual Studio didn't do the compilation; ASP.NET did the compilation. And that's going to enable us to do that across platform as well. A really nice experience. This application is going to need diagnostics and telemetry. I'm going to bring in Application Insights. And this is going to send all the performance and availability and diagnostics information and send that telemetry up into the cloud. So as I run this application, if errors occur, exceptions happen, either in JavaScript or in .NET, that will be sent off to the cloud. So we'll right click and hit publish. And we're going to send this to the East U.S. We've got datacenters all over the world. In this case we're going to send this one to the East U.S. While that's happening, I'll run over into the Azure dashboard, and there's a thing called Traffic Manager that allows me to do geographically load balanced systems. We have this not just in the East US but also North Europe and Brazil all at the same time. So this public facing website is now suddenly available everywhere. What can I do with that, it just got published, it popped up. I'll switch back over to the dashboard and pick that website and click on tools here because I want to do some performance testing. Now that I have a scaleable website that's been sent all over the world, I'm going to performance test it. And I'm going to do that using the power of the cloud to create that load. We're going to generate load from the East U.S. And with Azure and Visual Studio Online we're going to collect a whole bunch of computers that are going to now start hitting that machine and generate load. That's going to take a few moments to start up. So I'll show you some load that I generated just a few minutes ago. You can see here we had 130,000 successful hits. I can see how many requests a second. We're hitting that sight. So already I know that I'm going to have a great experience no matter where in the world that we are. And all of that information is being sent into Application Insights. Now, I can look at that Application Insights diagnostics and telemetry in Azure, but also I like spending time in Visual Studio and with Visual Studio Update 1 we have included the ability to look at that telemetry from within the IDE itself. So I'm going to come in here and bring up the Application Insights search and look at the time range over the last few hours to see that telemetry data. And here I've got all this information that I can query and see page views, what browser it used, where the data came from. Look at time ranges. I can dig in on individual page views and see all the detail, both server side and client side, and query that richness of the telemetry. But I can do it from inside Visual Studio. So you can see that with ASP.NET .NET Core and Azure and Application Insights I've got everything that I need in one place. >> Scott G.: Great. Thanks, Scott. Excited to announce today some of the things that Scott also showed there in terms of the ability to use the new ASP.NET 5 based on the new .NET Core runtime that enable a bunch of new capabilities, including the dynamic compilation, that we're releasing the release candidate of both of those technologies this morning. And they're now available for you to go ahead and take advantage of and use. And what's great about the release candidate is not only can you download them, build apps with them, they also include a Go live license and enables you to also now start to go into production and start deploy real apps to real customers using all those technologies. Let's take a look at what you can do now with the new support that's cross platform. So here's Scott. >> Scott H: Thanks. I liked that little bit applause when we talked about how we can get this to run everywhere. I hope you enjoy this. I'm going to go right click, say publish again. When we publish something to Windows, we can go to Azure, we can go to IS, when we publish to Linux, you'll not necessarily FTP that up to Linux, you'll send it maybe up to Docker in a container. You can notice here, when I hit publish in Visual Studio, that Docker appears in the list there. It's first class inside of Visual Studio. So I've gone and said publish to take the exact same ASP.NET 5 application running on the .NET Core RC1 and I'm going to send this now up to Azure on a Linux VM with Docker inside. This is using the same Docker tools we already know how to use. Just like we saw that integration with Bower, a tool that people know how to use at the command line, here's an example of using Docker, another tool we know at the command line. I'm going to bring up the command line. And in fact I'm going to use the new SSH client that you may have heard we're going to be shipping with Windows. Little tiny clap for that. Appreciate that. [Applause] So what we're going to go and SSH into this machine over here. This is now switching from the command line now. We are looking at Ubuntu running in Azure. I'm going to hit top to prove it. You can see Docker right there using up some CPU as Visual Studio is sending that up to Docker and that build is being sent. And that Docker container is going to be one of these images. Those are Docker images. You can see here's my health coming in here. I can say Docker PS A. Just 14 seconds ago was created the image called My Health and in the background, in the bottom left, you can see Visual Studio trying to talk to Docker to get that fired up. That is going to be a version of this exact same website. So I can publish to the operating system of the choice that I have, publish to the container that makes me happy. And in this case that's going to pop up. Now this again has been kind of a Hello World demo. Sometimes when we see Hello Worlds we're not really impressed. We're like okay there it is. Hello World. But we are not joking when we say this is ready today. This is a Hello World demo. Let's see a more advanced one. Let's see the private section of this health clinic with authentication, with SQL and entity framework with Linux talking to SQL Server. This is real data on a real app, running in Docker. Now, you could run one app on one VM in one Docker container, but in a real sophisticated production environment you might start including things like many Docker containers on many virtual machines. This is in fact running in a cluster of virtual machines running multiple Docker containers. And we managed all of that with the Azure Container Service. That takes care of all the complexities of creating all of those containers. And then I can go and layer on top of that and include technologies like Mesos or Marathon to manage them. So I'm getting to use the technologies that I want to use on the cloud that makes me happy. So hopefully that gets you excited. You can go and make this happen. You can start writing apps with ASP.NET and C# and putting it on Docker containers and Linux today. Start doing that now. This is some of the stuff we're doing today. Let's take a moment and talk about the potential for tomorrow. So I'm going to switch to another machine here. Here we go. So here I'm on an Ubuntu machine, and I'm going to look in this folder and see that I've got some C# code there. And, you know, wouldn't it be nice if at some point in the future I could do something like App Get and ask Linux for .NET and be rest assured that .NET was there and ready for me; and wouldn't it be nice if I could say something like .NET compile and then compile a .NET application and run this on Linux. This is a preview of some of the work that we're going to see early next year where .NET and the .NET command line here is going to allow us to go and run an application like this with a .NET Core on Ubuntu. Now, this example is the .NET that you know and love. This is the .NET where we've created a DLL and we have a Jitter and we have a garbage collector and all that. But wouldn't it be nice if I could do something like this and say dash dash native and use that .NET Native technology that you're familiar with for Windows that makes Windows universal apps so nice. I'm going to go add dash dash native there. And I'm going to compile the application, same exact application, same compiler same command line .NET compiler. There's the original one and there's to be clear a statically linked, no dependency required, native code application compiled from C#. And when I run it, it's fast because it's native code running on Linux that was compiled with the open source .NET Core and this is where you applaud. [Applause] I know it takes a moment to absorb. But that's a big deal. So I'm going to go ahead and just pull that applause from you. So this is some of the future work that we're doing. But I want you to know that you can take .NET Core RC1 today and start building applications. You can deploy them in Docker, deploy them on Linux, Ubuntu and Red Hat, and put them in Azure. And I hope you have as much fun working with it as we had building it. >> Thanks, Scott.
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