How To Use Visual Studio For Mac

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  • This tutorial shows how to develop a simple application using Visual Studio for Mac. We’ll go through how to create and debug a.NET Core console application using C#.
  • Learn to code with C-sharp on Mac: Set up MonoDevelop to create C# programs on a Mac Visual Studio Code is perfect for writing C# programs, but you can't compile and run them. It's a code editor.

Install visual studio code on mac. Four easy steps can do the job for you. Download Visual Studio Code for Mac. Double-click on the downloaded archive to expand the contents. Drag Visual Studio Code.app to the Applications folder, making it available in the Launchpad.

By Daniel Roth, Steve Smith and Rick Anderson

This article will show you how to write your first ASP.NET Core application on a Mac.

Sections:

How To Use Visual Studio For Mac

To setup your development machine download and install .NET Core and Visual Studio Code with the C# extension.

Follow the instruction in Building Projects with Yeoman to create an ASP.NET Core project.

  • Start Visual Studio Code

How To Use Visual Studio Community

How To Use Visual Studio Code For Python On Mac

  • Tap File > Open and navigate to your Empty ASP.NET Core app

From a Terminal / bash prompt, run dotnetrestore to restore the project’s dependencies. Alternately, you can enter commandshiftp in Visual Studio Code and then type dot as shown:

You can run commands directly from within Visual Studio Code, including dotnetrestore and any tools referenced in the project.json file, as well as custom tasks defined in .vscode/tasks.json.

This empty project template simply displays “Hello World!”. Open Startup.cs in Visual Studio Code to see how this is configured:

If this is your first time using Visual Studio Code (or just Code for short), note that it provides a very streamlined, fast, clean interface for quickly working with files, while still providing tooling to make writing code extremely productive.

In the left navigation bar, there are four icons, representing four viewlets:

  • Explore
  • Search
  • Git
  • Debug

The Explore viewlet allows you to quickly navigate within the folder system, as well as easily see the files you are currently working with. It displays a badge to indicate whether any files have unsaved changes, and new folders and files can easily be created (without having to open a separate dialog window). You can easily Save All from a menu option that appears on mouse over, as well.

The Search viewlet allows you to quickly search within the folder structure, searching filenames as well as contents.

Code will integrate with Git if it is installed on your system. You can easily initialize a new repository, make commits, and push changes from the Git viewlet.

The Debug viewlet supports interactive debugging of applications.

Finally, Code’s editor has a ton of great features. You’ll notice unused using statements are underlined and can be removed automatically by using command. when the lightbulb icon appears. Classes and methods also display how many references there are in the project to them. If you’re coming from Visual Studio, Code includes many of the same keyboard shortcuts, such as commandkc to comment a block of code, and commandku to uncomment.

The sample is configured to use Kestrel for the web server. You can see it configured in the project.json file, where it is specified as a dependency.

  • Run dotnetrun command to launch the app
  • Navigate to localhost:5000:
  • To stop the web server enter Ctrl+C.

Once you’ve developed your application, you can easily use the Git integration built into Visual Studio Code to push updates to production, hosted on Microsoft Azure.

Initialize Git¶

Initialize Git in the folder you’re working in. Tap on the Git viewlet and click the InitializeGitrepository button.

Add a commit message and tap enter or tap the checkmark icon to commit the staged files.

Git is tracking changes, so if you make an update to a file, the Git viewlet will display the files that have changed since your last commit.

Initialize Azure Website¶

You can deploy to Azure Web Apps directly using Git.

  • Create a new Web App in Azure. If you don’t have an Azure account, you can create a free trial.
  • Configure the Web App in Azure to support continuous deployment using Git.

Record the Git URL for the Web App from the Azure portal:

  • In a Terminal window, add a remote named azure with the Git URL you noted previously.

    • gitremoteaddazurehttps://ardalis-git@firstaspnetcoremac.scm.azurewebsites.net:443/firstaspnetcoremac.git
  • Push to master.

    • gitpushazuremaster to deploy.
  • Browse to the newly deployed web app. You should see Helloworld!

Visual Studio for Mac was released just under two months ago at Build 2017, and already we’ve seen tremendous growth in .NET developers working on the Mac. Visual Studio for Mac enables you to build native apps for macOS, native mobile apps for iOS, tvOS, watchOS, and Android, using Xamarin and Xamarin.Forms; and web sites and services using ASP.NET Core. You can also use Unity to build cross-platform 3D games.

To help new Visual Studio for Mac developers get started, we’ve created some hands-on labs to walk through some of its exciting new features. The first two labs are available today, for Unity game development and connecting to Internet of Things (IoT) devices, and we’re planning to release 4 more in the coming weeks.

Lab 1: Building Games with Unity in Visual Studio for Mac

The first hands-on lab demonstrates how to build and debug Unity game projects. It guides you through 4 tasks:

  1. Setting up a basic Unity project
  2. Working with a 3D game scene
  3. Debugging the game script
  4. Exploring additional features that support game development.

Follow these instructions to download and install Unity, then use it with Visual Studio for Mac to script and debug a 3D game scene.

Lab 2: Targeting IoT Devices in Visual Studio for Mac

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Our second lab shows you how to create apps that run on an IoT device – such as the popular Raspberry Pi – from Visual Studio for Mac. It guides you through 3 tasks:

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  1. Setting up your Raspberry Pi
  2. Creating the IoT project
  3. Extending your IoT app with Xamarin components to add additional features.

This functionality is currently in preview, but we’ll make sure to update the lab if any changes will be necessary when we ship it in a stable release.

Follow these instructions to write your first IoT code, then visit our IoT samples for more ideas.

Get Started

Download Visual Studio for Mac today, and visit our labs repo on GitHub to give game development a try or connect to an IoT device. With the Community Edition it is easy and free to get started. Keep an eye on this blog for more labs that demonstrate all the other great features of Visual Studio for Mac.

How To Use Visual Studio Code For Mac

Craig Dunn, Principal Program Manager
@conceptdevCraig works on the Mobile Developer Tools documentation team, where he enjoys writing cross-platform code for iOS, Android, Mac, and Windows platforms with Visual Studio and Xamarin.

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