• Oracle JDK can be used to develop Java web applications, standalone applications, and many other Graphical User Interfaces along with other development tools. All the operations or tasks that are performed by Oracle JDK can also be performed by OpenJDK but only the difference between Oracle vs OpenJDK is that the licensing and other tools integration and implementation on top of.
• Swift is a robust and intuitive programming language created by Apple for building apps for iOS, Mac, Apple TV, and Apple Watch. It’s designed to give developers more freedom than ever. Swift is easy to use and open source, so anyone with an idea can create something incredible.
• The remote agent handles build requests from Visual Studio and runs the app on an iOS device connected to the Mac, or in the iOS Simulator on the Mac. Note For information on using cloud-hosted Mac services instead of a Mac, see Configure Visual Studio to connect to your cloud hosted Mac.
• This library allows you to use Unity to build AR Web applications, working as a bridge between Unity and the best AR libraries available for the Web. Our goal is to distribute the code for free and create a good community that supports and evolves the library to grow and stay up to date.

You can build apps for Android, iOS, and Windows devices by using Visual Studio. As you design your app, use tools in Visual Studio to easily add connected services such as Microsoft 365, Azure App Service, and Application Insights.

Build your apps by using C# and the .NET Framework, HTML and JavaScript, or C++. Share code, strings, images, and in some cases even the user interface.

Build A Bridge Mac Swift Library To Unity Main

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If you want to build a game or immersive graphical app, install Visual Studio tools for Unity and enjoy all of the powerful productivity features of Visual Studio with Unity, the popular cross-platform game/graphics engine and development environment for apps that run on iOS, Android, Windows, and other platforms.

Build an app for Android, iOS, and Windows (.NET Framework)

With Visual Studio Tools for Xamarin, you can target Android, iOS, and Windows in the same solution, sharing code and even UI.

Target Android, iOS, and Windows from a single code base

Build A Bridge Mac Swift Library To Unity Maine N

You can build native apps for Android, iOS, and Windows by using C# or F# (Visual Basic is not supported at this time). To get started, install Visual Studio, select the Mobile Development with .NET option in the installer.

If you already have Visual Studio installed, re-run the Visual Studio Installer and select the same Mobile Development with .NET option for Xamarin (as above).

When you're done, project templates appear in the New Project dialog box. The easiest way to find Xamarin templates is to just search on 'Xamarin.'

Xamarin exposes the native functionality of Android, iOS, and Windows as .NET classes and methods. This means your apps have full access to native APIs and native controls, and they're just as responsive as apps written in the native platform languages.

After you create a project, you'll leverage all of the productivity features of Visual Studio. For example, you'll use a designer to create your pages, and use IntelliSense to explore the native API's of the mobile platforms. When you're ready to run your app and see how it looks, you can use the Android SDK emulator and run Windows apps natively. You can also use tethered Android and Windows devices directly. For iOS projects, connect to a networked Mac and start the iOS emulator from Visual Studio, or connect to a tethered device.

Design one set of pages that render across all devices by using Xamarin.Forms

Depending on the complexity of your apps design, you might consider building it by using Xamarin.Forms templates in the Mobile Apps group of project templates. Xamarin.Forms is a UI toolkit that lets you create a single interface that you can share across Android, iOS, and Windows. When you compile a Xamarin.Forms solution, you'll get an Android app, an iOS app, and a Windows app. For more details, see Learn about mobile development with Xamarin and the Xamarin.Forms documentation.

Share code between Android, iOS, and Windows apps

If you're not using Xamarin.Forms and choose to design for each platform individually, you can share most of your non-UI code between platform projects (Android, iOS, and Windows). This includes any business logic, cloud integration, database access, or any other code that targets the .NET Framework. The only code that you can't share is code that targets a specific platform.

You can share your code by using a shared project, a Portable Class Library project, or both. You might find that some code fits best in a shared project, and some code makes more sense inside a Portable Class Library project.

Target Windows 10 devices

If you want to create a single app that targets the full breadth of Windows 10 devices, create a universal Windows app. You'll design the app by using a single project and your pages will render properly no matter what device is used to view them.

Start with a Universal Windows Platform (UWP) app project template. Design your pages visually, and then open them in a preview window to see how they appear for various types of devices. If you don't like how a page appears on a device, you can optimize the page to better fit the screen size, resolution, or various orientations such as landscape or portrait mode. You can do all of that by using intuitive tool windows and easily accessible menu options in Visual Studio. When you're ready to run your app and step through your code, you'll find all of the device emulators and simulators for different types of devices together in one drop-down list that is located on the Standard toolbar.

Build an app for Android, iOS, and Windows (HTML/JavaScript)

If you're a web developer, and you're familiar with HTML and JavaScript, you can target Windows, Android, and iOS by using Visual Studio Tools for Apache Cordova. These apps can target all three platforms and you can build them by using the skills and processes that you're most familiar with.

Apache Cordova is a framework that includes a plug-in model. This plug-in model provides a single JavaScript API that you can use to access the native device capabilities of all three platforms (Android, iOS, and Windows).

Because these APIs are cross-platform, you can share most of what you write between all three platforms. This reduces your development and maintenance costs. Also, there's no need to start from scratch. If you've created other types of web applications, you can share those files with your Cordova app without having to modify or redesign them in any way.

To get started, install Visual Studio and choose the Mobile Development with Javascript feature during setup. The Cordova tools automatically install all third-party software that's required to build your multi-platform app.

After you've installed the extension, open Visual Studio and create a Blank App (Apache Cordova) project. Then, you can develop your app by using JavaScript or Typescript. You can also add plug-ins to extend the functionality of your app, and APIs from plug-ins appear in IntelliSense as you write code.

When you're ready to run your app and step through your code, choose an emulator, such as the Apache Ripple emulator or Android Emulator, a browser, or a device that you've connected directly to your computer. Then, start your app. If you're developing your app on a Windows PC, you can even run it on that. All of these options are built into Visual Studio as part of the Visual Studio Tools for Apache Cordova.

Project templates for creating Universal Windows Platform (UWP) apps are still available in Visual Studio so feel free to use them if you plan to target only Windows devices. If you decide to target Android and iOS later, you can always port your code to a Cordova project.

Build an app for Android, iOS, and Windows (C++)

First, install Visual Studio and the Mobile Development with C++ workload. Then, you can build a native activity application for Android, or an app that targets Windows or iOS. You can target Android, iOS, and Windows in the same solution if you want, and then share code between them by using a cross-platform static or dynamic shared library.

If you need to build an app for Android that requires any sort of advanced graphics manipulation, such as a game, you can use C++ to do it. Start with the Native Activity Application (Android) project. This project has full support for the Clang toolchain.

When you're ready to run your app and see how it looks, use the Android Emulator. It's fast, reliable, and easy to install and configure.

You can also build an app that targets the full breadth of Windows 10 devices by using C++ and a Universal Windows Platform (UWP) app project template. Read more about this in the Target Windows 10 devices section that appears earlier in this topic.

You can share C++ code between Android, iOS, and Windows by creating a static or dynamic shared library.

You can consume that library in a Windows, iOS, or Android project, like the ones described earlier in this section. You can also consume it in an app that you build by using Xamarin, Java, or any language that lets you invoke functions in an unmanaged DLL.

As you write code in these libraries, you can use IntelliSense to explore the native APIs of the Android and Windows platforms. These library projects are fully integrated with the Visual Studio debugger so you can set breakpoints, step through code, and find and fix issues by using all of the advanced features of the debugger.

Build a cross-platform game for Android, iOS, and Windows by using Visual Studio tools for Unity

Visual Studio Tools for Unity is a free extension for Visual Studio that integrates Visual Studio's powerful code editing, productivity, and debugging tools with Unity, the popular cross-platform gaming/graphics engine and development environment for immersive apps that target Windows, iOS, Android, and other platforms including the web.

With Visual Studio Tools for Unity (VSTU), you can use Visual Studio to write game and editor scripts in C# and then use its powerful debugger to find and fix errors. The latest release of VSTU brings support for Unity 2018.1 and includes syntax coloring for Unity's ShaderLab shader language, better synchronization with Unity, richer debugging, and improved code generation for the MonoBehavior wizard. VSTU also brings your Unity project files, console messages, and the ability to start your game into Visual Studio so you can spend less time switching to and from the Unity Editor while writing code.

See also

Since the introduction of ARKit with iOS 11, we've seen an increasing demand for applications incorporating some form of Augmented Reality (AR) experience. AR is a relatively new technology that enhances the user's real world with virtual audio/visual objects, and a mobile phone or tablet is a perfect platform for this tech. In this post, I’ll dive into some of the technical challenges of AR as well as our preferred solution, focusing on integrating Unity into an iOS project.

The first technical requirement for a compelling AR experience is an understanding of where the user is in space. Apple's ARKit and Google's ARCore offer positional tracking and spatial mapping to construct a 3D representation of the user's environment, using just the camera and sensors built into the phone. These technologies are fairly similar in that they provide a context for how to render augmented content in a way that looks convincing; for example, a 3D rendered coffee mug at the correct position and perspective so that it appears to rest on a physical table.

Apple offers SceneKit as a rendering solution that closely integrates with ARKit, but I've found it very cumbersome to use, and of course, it's iOS only. Unity is a simpler and more powerful cross-platform alternative, and is one of the most prominent 3rd party rendering engines for mobile applications. One of the primary reasons for its popularity is the extensive developer community, and therefore accessibility of learning content. It's incredibly easy to get started building a convincing 3D scene, and then deploy it to both iOS and Android. Unfortunately, it's difficult to integrate that scene into an existing Xcode project due to the Unity build process, which generates an Xcode project that expects to control the entire app.

There are several advantages, however, to embedding Unity in an existing project. Primarily, almost all new projects these days use Swift, but the generated Unity project is written in Objective-C++. Additionally, 3D or AR experiences are often just a single feature in a much larger app, meaning it would be convenient to treat Unity as any other screen to be presented modally or in a navigation controller. There's no official support for including Unity in another app in this manner, but that doesn't mean it's impossible!

We've put together a template for a Swift project that embeds a Unity project as a single view controller. You can download the template, which includes instructions for starting or configuring your own projects here. This repository provides Xcode build configs and Unity pre- and post-build scripts that keep the two projects in sync automatically. Simply building the Unity project will build for iOS device and simulator, and link those build products in the Swift project. From there, the native Swift code can present or dismiss the Unity scene just like any other view controller.

The included sample project also shows how to integrate with Vuforia, a powerful, cross-platform AR platform with advanced features such as object recognition and some of the most accurate model placement available. It uses ARKit or ARCore under the hood, depending on the platform, and is also built into Unity, allowing developers to enable it with a single checkbox.

The use cases of Unity integration into a larger Swift project certainly aren't limited to AR. Unity’s cross-platform support (which is especially helpful for Android… but more on that in a later post!) and unique features such as the ability to seamlessly integrate UI into both 2D and 3D space (a challenging task in native iOS because UIKit can't render into SceneKit contexts) make it an extremely powerful tool. In addition, anything requiring 3D rendering, physics simulation, or even complex audio or video features is often easier to implement in Unity than in the corresponding native frameworks.

Have fun!
You can find the repo, along with detailed integration instructions, here: https://github.com/rocketinsights/Unity-iOS