Dotnet Core Hosting 2.7

Dotnet Core Hosting 2.7 – In this post, we will understand how to install ASP.NET Core application on Amazon Linux 2 EC2 instance step by step.

In the first step, you have to create an Amazon Linux 2 EC2 instance. However, in this post, we are not going to focus too much on the step-by-step creation of a Linux EC2 instance. But there are a few things you should know when provisioning an EC2 instance.

Dotnet Core Hosting 2.7

Dotnet Core Hosting 2.7

Select the Amazon Linux 2 AMI as shown in the image below. For CPU architecture, you can choose either x86 or ARM. In this post, I chose x86 because the ARM standard was not available on the t2 or t3 family of models.

Setting Up .net Core On Linux

To install the .NET Core runtime, you must first verify the Linux distribution used by Amazon Linux 2.

Value. Considering this same CentOS AMI, we can install .NET Core on CentOS Linux distribution.

In this step, we will follow the Microsoft website documentation to install .NET Runtime on CentOS.

Before installing the .NET Core Runtime, run the following command. This will add the Microsoft package signing key to the list of trusted keys and add the Microsoft package repository.

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6. Running the Application (Without Linux Service) In this step, you will run the application without creating a Linux service. However, it is not a recommended way to host a web application without creating a service, as application performance will be lost if the Linux instance is restarted for any reason. Creating a Linux service for the application ensures that the web application is working across system restarts.

Running the web app as a Linux service ensures that the web app will always run as a Linux service automatically after a reboot or crash using systemd .

The above command will start the service and the service will start the ASP.NET Core app and the Kestrel server listening on port 80. Now you can try to access the app from the public IP.

Dotnet Core Hosting 2.7

To reinstall your device with the changes, you need to stop the service, restore DLLs and restart the service. You can use the following commands to stop and restart the service.

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In this post, we understand how easy it is to deploy an ASP.NET Core application to an Amazon Linux 2 EC2 instance. Please let me know your thoughts and opinions in the comments section below. Do you have any questions about this project? Sign up for a free account to open an issue and connect with your maintainers and community.

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However, without Hosting Bundle I am unable to install my ASP.NET Core app on local IIS in my development environment, some IIS related scenarios cannot be tested in Dev environment.

@EdiWang I see you are installing the x86 version. There is an issue https:///dotnet/core-setup/issues/4236 where depending on which version of dotnet.exe you run, –info will not list the other side (e.g. running x64 dotnet.exe will not show running x86 sdks).

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Folder contains the specified runtime folders you expect? If so, this is a copy of https:///dotnet/core-setup/issues/4236

@steveharter I intended to install just the x64 runtime and SDK. But after I installed the “Hosting Bundle” it installed both x86 and x64 runtimes on my machine.

It is said to be included in the SDK, but after installing the SDK, there is no AspNetCoreModule in IIS, that’s why I will install the hosting package every time with a new version of .NET Core.

Dotnet Core Hosting 2.7

As my second screenshot shows, I have C:Program Files (x86)dotnet and C:Program Filesdotnet folders in my PATH. The SDK disappears from the “dotnet –info” command. This did not happen in the previous version like 2.1.1.

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The biggest impact is that the SDK is not only gone from the .NET Core CLI, but also from Visual Studio 2017, so I can’t build projects that target .NET Core 2.1.

The only solution now is to install the “Hosting Bundle” after installing SDK v2.1.302. But it prevents me from testing my application with IIS.

I will close the issue now and leave this for anyone who may encounter this issue in the future to use again.

The one you were running must be the x86 version (first with %PATH% polling order) because I can get “No SDK found” when I run x86 dotnet because of #3206.

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Since most of the runtime and SDK I installed were x64, it simply removed “C:Program Files (x86)dotnet” from the global and local paths.

But you only have x64 or x86 SDK. And try to find a Runtime compatible version and

@steveharter maybe some problem info can be found in system environment variables. I found that the path contains C:Program Files(x86)dotnet and C:Program Filesdotnet. And C:Program Files(x86)dotnet is before C:Program Filesdotnet. Therefore, the dot net command is always run from C:Program Files(x86)dotnetdotnet.exe. So just delete C:Program Files(x86)dotnet.

Dotnet Core Hosting 2.7

@steveharter Thanks, fixed it by deleting the x86 dotnet extry from the path. Note that I had the following definitions in the global (system variables) as well as the local path (user variables). “C:Program Files (x86)dotnet”, “C:Program Filesdotnet” Since most of the runtime and SDK I installed were x64, it was easily removed “C:Program Files (x86)dotnet” Files (x86)dotnet” from global and local path.

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I had success using ‘Add or Remove Programs’ and delete all references to dotnet in (x86) 32bit… after that it went back to 64bit and it worked fine.

I know I’m late, but this. I just removed the 32-bit .NET runtime and everything was fixed right away.

You are signed in to another tab or window. Reinstall to update your program. You are now in another tab or window. Reinstall to update your program. First, let’s discuss the difference between Kestrel vs IIS. In this article, we’ll explore how to deploy an ASP.NET Core app to IIS.

Deploying an ASP.NET Core app to IIS isn’t difficult. However, hosting with ASP.NET Core is different than hosting with ASP.NET because ASP.NET Core uses different configurations. You can read more about ASP.NET Core in this topic.

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On the other hand, IIS is a web server running on ASP.NET platform on Windows operating system. The purpose of IIS, in this context, is to host apps built on ASP.NET Core. There’s more information about IIS and ASP.NET in our previous blog, “What is IIS?”

In this introduction, we’ll explore how to make ASP.NET Core and IIS work together. Without further ado, let’s move on to the steps on how to deploy ASP.NET Core on IIS.

The first thing you’ll notice when creating a new ASP.NET Core project is that it’s a console app. Your project now contains a Program.cs file, just like the desktop app, along with the following code:

Dotnet Core Hosting 2.7

All ASP.NET Core apps require a WebHost object that essentially acts as both a web app and a server. In this case, WebHostBuilder is used to configure and create a WebHost. Typically, you’ll see UseKestrel() and UseIISIntegration() in the WebHostBuilder configuration code.

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You may have noticed that ASP.NET Core projects create a web.config file. This is only used when you submit your request to IIS and register the AspNetCoreModule as an HTTP handler.

AspNetCoreModule handles all incoming traffic to IIS and then acts as a backend agent that knows how to route traffic to your ASP.NET Core app. You can view its source code on GitHub. The AspNetCoreModule also ensures that your web application is running and is responsible for starting your process.

Before installing your app, you need to install the .NET Core hosting package for IIS – the .NET Core runtime, libraries, and ASP.NET Core module for IIS.

After installation, it may be necessary to run “net stop was /y” and “net start w3svc” to ensure that all changes are picked up for IIS. Core In Visual Studio For Mac

Before deploying, you need to ensure that the WebHostBuilder is correctly configured for Kestrel and IIS. Your web.config file should also be there and look similar to our example above.

Now you need to copy your publication to where you want the files to go. If uploading to a remote server, you may want to zip the files and move them to the server. If you’re using a local development box, you can copy them locally.

You’ll notice that with ASP.NET Core there is no bin folder and you can copy a bunch of different .NET DLLs. Your application can be an EXE file if you are targeting the full .NET Framework. This small sample project had over 100 DLLs in production.

Dotnet Core Hosting 2.7

Although configuring your application in IIS is listed as a single “Step”, it will take several steps. First, create a new IIS application pool in the .NET CLR version of “No Managed Code”. Since IIS only acts as a backend agent, it doesn’t run any .NET code.

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Second, you can run your application in an existing or new IIS domain. Either way, you’ll want to select your new IIS Pool and point it to the folder where you’ve placed your ASP.NET publish output files.

At this point, your app should work fine. If that happen

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