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Visual Studio for Mac makes it easy to develop your app's service with its support for the latest ASP.NET Core Web development platform. ASP.NET Core runs on .NET Core, the latest evolution of the .NET Framework and runtime. It's been tuned for fast performance, factored for small install sizes, and reimagined to run on Linux and macOS, as well as Windows.

Installing .NET Core

.NET Core 2.1 is automatically installed when you install Visual Studio for Mac.

Creating an ASP.NET Core app in Visual Studio for Mac

Open Visual Studio for Mac. On the Start Screen, select New Project..

This will display the New Project dialog, allowing you to select a template to create your application.

There are a number of projects that will provide you with a pre-built template to start building your ASP.NET Core Application. These are:

.NET Core > Empty
.NET Core > API
.NET Core > Web Application
.NET Core > Web Application (Model-View-Controller)

Select the ASP.NET Core Empty Web Application and press Next. Give the Project a Name and press Create. This creates a new ASP.NET Core app. In the solution pad's left pane, expand the second arrow and then select Startup.cs. It should look similar to the image below:

The ASP.NET Core Empty template creates a web application with two default files: Program.cs and Startup.cs, which are explained below. It also creates a Dependencies folder, which contains your project's NuGet package dependencies such as ASP.NET Core, the .NET Core framework, and the MSBuild targets that build the project:

Program.cs

Open and inspect the Program.cs file in your project. Notice that several things are happening in the Main method – the entry into your app:

An ASP.NET Core app creates a web server in its main method by configuring and launching a host via an instance of WebHostBuilder. This builder provides methods to allow the host to be configured. In the template app the following configurations are used:

.UseStartup<Startup>(): Specifies the Startup class.

However, you can also add additional configurations, such as:

UseKestrel: Specifies the Kestrel server will be used by the app
UseContentRoot(Directory.GetCurrentDirectory()): Uses the web project's root folder as the app's content root when the app is started from this folder
.UseIISIntegration(): Specifies that the app should work with IIS. To use IIS with ASP.NET Core both UseKestrel and UseIISIntegration need to be specified.

Startup.cs

The Startup class for your app is specified in the UseStartup() method on the CreateWebHostBuilder. It is in this class that you will specify the request handling pipeline, and where you configure any services.

Open and inspect the Startup.cs file in your project:

This Startup class must always adhere to the following rules:

It must always be public
It must contain the two public methods: ConfigureServices and Configure

The ConfigureServices method defines the services that will be used by your app.

The Configure allows you to compose your request pipeline using Middleware. These are components used within an ASP.NET application pipeline to handle requests and responses. The HTTP pipeline consists of a number of request delegates, called in sequence. Each delegate can choose to either handle the request itself, or pass it to the next delegate.

You can configure delegates by using the Run,Map, and Use methods on IApplicationBuilder, but the Run method will never call a next delegate and should always be used at the end of your pipeline.

The Configure method of the pre-built template is built to do a few things. First, it configures an exception handling page for use during development. Then, it sends a response to the requesting web page with a simple 'Hello World'.

This simple Hello, World project can run now without any additional code being added. To run the app, you can either select which browser you want to run app the app in using the dropdown right of the Play button, or simply hit the Play (triangular) button to use your default browser:

Visual Studio for Mac uses a random port to launch your web project. To find out what port this is, open the Application Output, which is listed under View > Pads. You should find output similar to that shown below:

Once the project is running, your default web browser should launch and connect to the URL listed in the Application Output. Alternatively, you can open any browser of your choice, and enter http://localhost:5000/, replacing the 5000 with the port that Visual Studio output in the Application Output. You should see the text Hello World!:

Adding a Controller

ASP.NET Core Apps use the Model-View-Controller (MVC) design pattern to provide a logical separation of responsibilities for each part of the app. MVC consists of the following:

Model: A class that represents the data of the app.
View: Displays the app's user interface (which is often the model data).
Controller: A class which handles browser requests, responds to user input and interaction.

For more information on using MVC refer to Overview of ASP.NET Core MVC guide.

To add a controller, do the following:

Right-click on the Project name and select Add > New Files. Select General > Empty Class, and enter a controller name:
Add the following code to the new controller:
Add the Microsoft.AspNetCore.Mvc dependency to the project by right-clicking the Dependency folder, and selecting Add Package...
Use the Search box to browse the NuGet library for Microsoft.AspNetCore.Mvc, and select Add Package. This may take a few minutes to install and you may be prompted to accept various licenses for the required dependencies:
In the Startup class, remove the app.Run lambda and set the URL routing logic used by MVC to determine which code it should invoke to the following:
Make sure to remove the app.Run lambda, as this will override the routing logic.
MVC uses the following format, to determine which code to run:
/[Controller]/[ActionName]/[Parameters]
When you add the code snippet above, you are telling the app to default to the HelloWorld Controller, and the Index action method.
Add the services.AddMvc(); call to the ConfigureServices method, as illustrated below:
You can also pass parameter information from the URL to the controller.
Add another method to your HelloWorldController, as illustrated below:
If you run the app now, it should automatically open your browser:
Try to browse to http://localhost:xxxx/HelloWorld/Xamarin?name=Amy (replacing xxxx with the correct port), you should see the following:

Troubleshooting

If you need to install .NET Core manually on Mac OS 10.12 (Sierra) and higher, do the following:

Before you start installing .NET Core, ensure that you have updated all OS updates to the latest stable version. You can check this by going to the App Store application, and selecting the Updates tab.
Follow the steps listed on the .NET Core site.

Make sure to complete all steps successfully to ensure that .NET Core is installed successfully.

Summary

This guide gave an introduction to ASP.NET Core. It describes what it is, when to use it, and provided information on using it in Visual Studio for Mac.For more information on the next steps from here, refer to the following guides:

ASP.NET Core docs.
Creating Backend Services for Native Mobile Applications, which shows how to build a REST service using ASP.NET Core for a Xamarin.Forms app.
ASP.NET Core hands-on lab.

Microsoft Camstudio Mac Pro

This also offers benefits to developers who are working between PC and Mac, by not having to sacrifice any loss in productivity.

If you are familiar with apps on Mac, Visual Studio for Mac will feel right at home, as it is designed natively for the Mac user. Developer workflow alignment with native Mac IDEs such as Xcode enable rapid adoption without a steep learning curve

Visual Studio for Mac brings industry leading capabilities to you, letting you maximize your potential when developing applications and games targeting mobile and other devices, cloud, and the web. It enables you to develop beautiful mobile apps across Android and iOS, all in C# or F#, while delivering native performance and user experiences.

.NET Support

With the added .NET Core and ASP.NET Core workloads, your code now reaches even further to other operating systems and the web. ASP.NET Core also enables you to develop powerful backend services for your apps, and Visual Studio for Mac enables you to publish these to Azure, directly from the IDE.

Cross Platform

•Build apps for macOS, iOS, and Android devices with the power and productivity of Visual Studio and .NET. Share app logic and code across device platforms.

•Visual Studio for Mac provides the same powerful web editor tools you know and love from Visual Studio on Windows.

•With full support for ASP.NET Core, HTML5, and CSS3, you can build highly interactive JavaScript-based apps for consumers, LOB, and enterprise.

Performance and Profiling

•Develop in C# or F# and get native performance and fully customized, native user experiences.

•Optimize your app’s performance with rich profiling data, and inspect them at runtime to find bugs faster with Visual Studio Enterprise for Mac features.

Cloud Services

•Microsoft Azure App Service is a cloud platform for building powerful web and mobile apps and allows you to connect to data anywhere, in the cloud or on premises.

•With built-in support for publication of your web apps to Azure, scaling through the cloud couldn’t be easier.

•With Visual Studio for Mac and .NET Core you get the tools you need to create versatile web services running on Azure App Service and deploy them to the cloud, right from within the IDE.

Game Development with Unity3d

If you have a C# skillset and want to build games, chances are good that you will come across Unity. Unity is a widely popular toolset from Unity Technologies for creating 2D and 3D games for desktops, mobile devices, and even consoles. Visual Studio for Mac includes Tools for Unity, enabling a full script editing and debugging experience.

•With the Visual Studio for Mac Tools for Unity, you get a best-in-class script editor for your Unity games. This includes full code completion and syntax highlighting and a solution explorer that‘s specific to Unity games and mimics the layout you would see in Unity.

•With one-click debugging, you can use Visual Studio for Mac’s great debugging capabilities to optimize your games.

Versions

Visual Studio for Mac is available in the same three editions as on Windows. A generous Community edition is available for free, for development teams under 5, in companies with <250 PCs or <$1 million annual revenue.

The Community edition can also be used for open-source projects and education purposes, all while being able to create free and paid apps and seamlessly integrate with the cloud.

Included in the Visual Studio Professional and Enterprise subscriptions, come the Professional and Enterprise editions, which are fully licensed for enterprise use. The collaboration between developers on PC and Mac really shines here, all while having access to the same great benefits in the subscription.

Microsoft office document image writer. Visual Studio for Mac is available today at https://www.visualstudio.com/vs/visual-studio-mac/. It brings you a world-class IDE to build apps, games, and services for mobile, web, and cloud. Paired with Visual Studio (on Windows), it enhances developer productivity across platforms, all while feeling right at home on the Mac and being easy to adopt.

Resources

Lifecam Studio Mac

Additionally, we also have a number of hands-on labs available on GitHub, which should help you and your students get started using the various workloads available in Visual Studio for Mac.

Microsoft Lifecam Studio For Mac

Download Visual Studio for Mac for your institution at https://imagine.microsoft.com/en-us/catalog

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