So you've probably seen a few tutorials about creating Blazor apps, and most of them are Visual Studio in a Windows environment. It's super easy and the push of a button. However, in Linux or Mac you don't have a suitable version of Visual Studio, but you have the dotnet CLI, and it's nearly just as easy to create a Blazor app. While deploying a web app to Windows ISS isn’t difficult, but the ASP.NET Core hosting is bit different than the ASP.NET framework. The first thing you need to know when creating a new ASP.NET Core application is that they are actually console applications, containing a program.cs file just like a regular ASP.NET console app. Even when you successfully develop correctly working Windows Forms application, it will look foreign on Mac; in particular, you will see that the standard Mac menu on top of the desktop is shown as always, but is unrelated to your application, which may have it's own main menu, like in 'normal' Windows. Nov 07, 2019 When the application is hosted in a Windows Service, the extension method IHostBuilder.UseWindowsService will set the ContentRoot, configure logging, set the host lifetime to WindowsServiceLifetime, and so on. Voila Now we can build the app. Through these simple steps, we have created an ASP.NET Core app that can be hosted in a Windows Service.
- Develop Net Core App On Windows And Deploy To Mac Windows 10
- Develop Net Core App On Windows And Deploy To Mac Pro
- Develop Net Core App On Windows And Deploy To Mac Free
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ASP.NET Core is a more modular version of Microsoft’s ASP.NET Framework. It's a high-performant, open-source framework for building modern web applications. In this tutorial you'll set up and deploy a production-ready ASP.NET Core application with a MySQL Server on Ubuntu 18.04 using Nginx. In general, to deploy an ASP.NET Core app to a hosting environment: Deploy the published app to a folder on the hosting server. Set up a process manager that starts the app when requests arrive and restarts the app after it crashes or the server reboots. For configuration of a reverse proxy, set up a reverse proxy to forward requests to the app.
In general, to deploy an ASP.NET Core app to a hosting environment:
- Deploy the published app to a folder on the hosting server.
- Set up a process manager that starts the app when requests arrive and restarts the app after it crashes or the server reboots.
- For configuration of a reverse proxy, set up a reverse proxy to forward requests to the app.
Publish to a folder
The dotnet publish command compiles app code and copies the files required to run the app into a publish folder. When deploying from Visual Studio, the
dotnet publish
step occurs automatically before the files are copied to the deployment destination.Folder contents
The publish folder contains one or more app assembly files, dependencies, and optionally the .NET runtime.
A .NET Core app can be published as self-contained deployment or framework-dependent deployment. If the app is self-contained, the assembly files that contain the .NET runtime are included in the publish folder. If the app is framework-dependent, the .NET runtime files aren't included because the app has a reference to a version of .NET that's installed on the server. The default deployment model is framework-dependent. For more information, see .NET Core application deployment.
In addition to .exe and .dll files, the publish folder for an ASP.NET Core app typically contains configuration files, static assets, and MVC views. For more information, see ASP.NET Core directory structure.
Set up a process manager
An ASP.NET Core app is a console app that must be started when a server boots and restarted if it crashes. To automate starts and restarts, a process manager is required. The most common process managers for ASP.NET Core are:
- Linux
- Windows
Set up a reverse proxy
If the app uses the Kestrel server, Nginx, Apache, or IIS can be used as a reverse proxy server. A reverse proxy server receives HTTP requests from the Internet and forwards them to Kestrel.
Either configuration—with or without a reverse proxy server—is a supported hosting configuration. For more information, see When to use Kestrel with a reverse proxy.
Proxy server and load balancer scenarios
Additional configuration might be required for apps hosted behind proxy servers and load balancers. Without additional configuration, an app might not have access to the scheme (HTTP/HTTPS) and the remote IP address where a request originated. For more information, see Configure ASP.NET Core to work with proxy servers and load balancers.
Develop Net Core App On Windows And Deploy To Mac Windows 10
Use Visual Studio and MSBuild to automate deployments
Deployment often requires additional tasks besides copying the output from dotnet publish to a server. For example, extra files might be required or excluded from the publish folder. Visual Studio uses MSBuild for web deployment, and MSBuild can be customized to do many other tasks during deployment. For more information, see Visual Studio publish profiles (.pubxml) for ASP.NET Core app deployment and the Using MSBuild and Team Foundation Build book.
By using the Publish Web feature or built-in Git support, apps can be deployed directly from Visual Studio to the Azure App Service. Azure DevOps Services supports continuous deployment to Azure App Service. For more information, see DevOps with ASP.NET Core and Azure.
Publish to Azure
See Publish an ASP.NET Core app to Azure with Visual Studio for instructions on how to publish an app to Azure using Visual Studio. An additional example is provided by Create an ASP.NET Core web app in Azure.
Publish with MSDeploy on Windows
See Visual Studio publish profiles (.pubxml) for ASP.NET Core app deployment for instructions on how to publish an app with a Visual Studio publish profile, including from a Windows command prompt using the dotnet msbuild command.
Internet Information Services (IIS)
For deployments to Internet Information Services (IIS) with configuration provided by the web.config file, see the articles under Host ASP.NET Core on Windows with IIS.
Host in a web farm
For information on configuration for hosting ASP.NET Core apps in a web farm environment (for example, deployment of multiple instances of your app for scalability), see Host ASP.NET Core in a web farm.
Host on Docker
For more information, see Host ASP.NET Core in Docker containers.
Perform health checks
Use Health Check Middleware to perform health checks on an app and its dependencies. For more information, see Health checks in ASP.NET Core.
Additional resources
In general, to deploy an ASP.NET Core app to a hosting environment:
- Deploy the published app to a folder on the hosting server.
- Set up a process manager that starts the app when requests arrive and restarts the app after it crashes or the server reboots.
- For configuration of a reverse proxy, set up a reverse proxy to forward requests to the app.
Publish to a folder
The dotnet publish command compiles app code and copies the files required to run the app into a publish folder. When deploying from Visual Studio, the
dotnet publish
step occurs automatically before the files are copied to the deployment destination.Folder contents
The publish folder contains one or more app assembly files, dependencies, and optionally the .NET runtime.
A .NET Core app can be published as self-contained deployment or framework-dependent deployment. If the app is self-contained, the assembly files that contain the .NET runtime are included in the publish folder. If the app is framework-dependent, the .NET runtime files aren't included because the app has a reference to a version of .NET that's installed on the server. The default deployment model is framework-dependent. For more information, see .NET Core application deployment.
![Develop net core app on windows and deploy to mac free Develop net core app on windows and deploy to mac free](/uploads/1/2/6/4/126470175/103657259.png)
In addition to .exe and .dll files, the publish folder for an ASP.NET Core app typically contains configuration files, static assets, and MVC views. For more information, see ASP.NET Core directory structure.
Set up a process manager
An ASP.NET Core app is a console app that must be started when a server boots and restarted if it crashes. To automate starts and restarts, a process manager is required. The most common process managers for ASP.NET Core are:
- Linux
- Windows
Set up a reverse proxy
If the app uses the Kestrel server, Nginx, Apache, or IIS can be used as a reverse proxy server. A reverse proxy server receives HTTP requests from the Internet and forwards them to Kestrel.
Either configuration—with or without a reverse proxy server—is a supported hosting configuration. For more information, see When to use Kestrel with a reverse proxy.
Proxy server and load balancer scenarios
Additional configuration might be required for apps hosted behind proxy servers and load balancers. Without additional configuration, an app might not have access to the scheme (HTTP/HTTPS) and the remote IP address where a request originated. For more information, see Configure ASP.NET Core to work with proxy servers and load balancers.
Use Visual Studio and MSBuild to automate deployments
Deployment often requires additional tasks besides copying the output from dotnet publish to a server. For example, extra files might be required or excluded from the publish folder. Visual Studio uses MSBuild for web deployment, and MSBuild can be customized to do many other tasks during deployment. For more information, see Visual Studio publish profiles (.pubxml) for ASP.NET Core app deployment and the Using MSBuild and Team Foundation Build book.
By using the Publish Web feature or built-in Git support, apps can be deployed directly from Visual Studio to the Azure App Service. Azure DevOps Services supports continuous deployment to Azure App Service. For more information, see DevOps with ASP.NET Core and Azure.
Publish to Azure
See Publish an ASP.NET Core app to Azure with Visual Studio for instructions on how to publish an app to Azure using Visual Studio. An additional example is provided by Create an ASP.NET Core web app in Azure.
Develop Net Core App On Windows And Deploy To Mac Pro
Publish with MSDeploy on Windows
See Visual Studio publish profiles (.pubxml) for ASP.NET Core app deployment for instructions on how to publish an app with a Visual Studio publish profile, including from a Windows command prompt using the dotnet msbuild command.
Internet Information Services (IIS)
For deployments to Internet Information Services (IIS) with configuration provided by the web.config file, see the articles under Host ASP.NET Core on Windows with IIS.
Host in a web farm
For information on configuration for hosting ASP.NET Core apps in a web farm environment (for example, deployment of multiple instances of your app for scalability), see Host ASP.NET Core in a web farm.
Develop Net Core App On Windows And Deploy To Mac Free
Host on Docker
For more information, see Host ASP.NET Core in Docker containers.
Additional resources
Disclaimer: I am not on the .NET Core Team. I used the tools available publicly and have no insights into the future of .NET Core. It looks very bright though. :)
The working source code for this project can be found here.
Intro
A complete list of post in this series is included below :
In this post, we’re going to look at running the app from the command line and then the Mac.
Running the App in the Windows Command Prompt
Develop Net Core App On Windows And Deploy To Mac Download
While you can obviously run the app inside of Visual Studio with the F5 command. You should also know that you can run the app inside of the console. Before we begin, make sure you have the app found here. After opening the app or downloading it, open the folder containing the project in the command prompt.
You can run your application here by simply typing :
You will the following output :
The exact same result from running the console app in Visual Studio.
![Free Free](/uploads/1/2/6/4/126470175/796077113.png)
Using dotnet publish to get the app ready for Mac
Go ahead and type
dotnet publish
on the command prompt and then type tree
to look at your directory listing as shown below :You should see the publish directory. Navigate into it and list out the files in the directory :
Take note that the dlls listed below are related to the package reference that we added in the last blog post.
- Newtonsoft.Json.dll
- System.Runtime.Serialization.Primitives.dll
This only leaves the NetCoreConsoleApp.dll which is the Console application that we can run on a Mac (or any other platform that supports .NET Core).
Running the app on a Mac
Finally! It is about time you might say. I agree. Before you can run the app on your Mac, you’re going to need to head back over to the .NET Core downloads page and install OpenSSL and then the SDK (or runtime) if you remember the difference from the first post.
To run this on your Mac, you’ll need to copy the ‘publish’ folder to your Mac. Then open Terminal and you can run the app by just typing :
This is awesome! Now you have an app that run on another platform and you used your existing .NET skillset to create it. I’m LOVING .NET Core!
Wrap-up
OK, I’m going to take a break and I’ll be back next week. As always, thanks for reading and smash one of those share buttons to give this post some love if you found it helpful. Also, feel free to leave a comment below or follow me on twitter for daily links and tips.