Last updated on: 9 December 2025
What is Xcode for Windows?
Xcode is an Integrated Development Environment designed by Apple that allows developers to build applications for macOS, iOS, iPadOS, WatchOS, VisionOS, and tvOS. In the simplest terms, it is an application development platform that lets programmers write code and create applications from scratch. Popularly known for running Swift and completely integrating with the Apple ecosystem, Xcode is the most favorable program for Apple app development. To get Xcode for Windows, you need to set up a virtual Mac inside your PC and use Xcode. I myself used this method to learn Swift and build iPhone apps during my grad years, and here I am sharing the detailed process with you. So, let’s start!
Xcode Features on PC
✓ Code editor and interface builder
✓ Simulator and debugger
✓ Access to different programming languages
✓ Machine learning modules
✓ Reality composer
✓ Seamless iCloud sync
✓ Analyze app traffic and usage statistics
✓ Supports latest Apple features before any other tool
✓ Scalable for developers as they move to bigger teams
✓ Automation features for building, testing, and deploying
✓ Predictive code completion
✓ Version control
Xcode System Requirements for Windows
Component |
Requirement |
Operating system |
Windows 10, 11 – 64 Bit |
Processor |
✔ Intel Core i5 4.10 GHZ or better
✔ AMD Ryzen 5 or better |
RAM |
✔ 12 GB for installation
✔ At least 16 GB for performance |
Free disk space |
10 GB for installation
(Recommended: 100 GB free space) |
Audio devices |
Any standard device can work. |
Graphics |
✔ Intel HD Graphics 5000
✔ NVIDIA GeForce GTX 700 ✔ AMD Radeon R5 or later |
How to install Xcode on a computer?
You need to first install a virtual macOS inside VirtualBox. Here’s a step-by-step guide for setting up VirtualBox and macOS on your PC:
Installing macOS X on Windows
Step 1: Download the macOS ISO file- here. You can pick the macOS version of your choice.
Step 2: Open the VirtualBox Installer and follow the on-screen instructions.
Step 3: Download the VB Extension Pack.
Step 4: Launch the Extension Pack and follow the on-screen instructions.
Disable Hyper-V
Hyper-V is a Microsoft-owned virtualization software that lets users create and run multiple virtual machines on their computer. However, since it is owned by Microsoft, it primarily supports Windows and Windows Server operating systems, along with Linux, Ubuntu, FreeBSD, SUSE, and a few others, but not macOS. For this reason, we need VirtualBox to install macOS, and as Hyper-V itself is a virtualization tool, it causes conflict while running VirtualBox.
To successfully install macOS inside VirtualBox, we need to disable Windows Hyper-V- here’s the process to do that.
Step 5: Search “Windows Security” in the search bar.
– Select “Device security”
– Go to “Core isolation details”
– Toggle off “Memory integrity”
Step 6: Go back to the search bar and type “Command Prompt.”
– Now, run Command Prompt as an administrator.
– Paste this code in Command Prompt and hit enter:
Bcdedit /set hypervisorlaunchtype off
Now restart your computer, and Hyper-V will be completely disabled.
macOS in VirtualBox
Step 7: Install macOS in VirtualBox
– Open the VirtualBox application
– Click on “New”
– Give this installation a name, pick your ISO image file, select Version as Mac OS X (64-bit), and click “Next.”
– After this step, assign storage space for your macOS (recommended- at least 80 GB) and click “Finish.”
Step 8: Audio, Display, and Wifi settings
– Click on the “Settings” icon.
System settings- Open the “System” tab, set chipset to ICH9, and enable EFI.
Display settings- Go to Display settings, set Video Memory to 128 MB, and Enable 3D Acceleration.
Network settings- Now, go to the “Network” tab, pick “Adapter 2,” select “Enable Network Adapter” and choose your adapter from the “Attached to” dropdown.
Step 9: Patching the Virtual Machine
Like every software, our virtual machine can require timely updates and bug fixes. Uploading the following patching codes in your computer’s Command Prompt will ensure that such bugs and security vulnerabilities in your virtual machine are fixed and eliminated, ensuring a smooth operation of the macOS.
You can find Virtual Machine patching codes on various web development portals, paste them in the Command Prompt and hit enter.
Step 10: Install macOS
– Click “Start”
A script will start running. After this, we’ll move ahead.
Disk selection and final installation
Step 11: Format the Virtual Drive
After the previous steps, macOS will start booting, and the Apple logo will appear. Select your preferred language and click on “Disk Utility.”
Select VBOX HARDDISK Media and click on the erase button. Now, rename the drive and Erase it.
Close Disk Utility completely, and click “Install macOS.” Follow the on-screen instructions. Select the Disk and click Continue.
The installation process will start, and later the macOS will start loading up. This process can take 30 to 50 minutes to complete, depending on your system and processor. After the installation, your macOS VM will start. From here, you can set up your VM macOS and log in using your existing Apple ID or create a new one.
now let’s install Xcode on your Windows computer
Once you have set up macOS on your Windows PC, you can go into the macOS window, go to Launchpad, open the App Store, search for Xcode, and click “Get”- Xcode will start downloading on your PC.
Xcode Windows Alternatives
1. VS Code
VS Code is a code editor by Microsoft. Its lightweight and powerful functionalities make it a go-to code editor for developers of all skill levels and across the range of various programming languages.
VS Code is not a full-fledged IDE; it is a code editor with the following features-
IntelliSense: IntelliSense is a code completion tool in VS Code, which gives suggestions and hints to complete the code based on context. It may help you increase your code-writing speed while avoiding mistakes.
Built-in Terminal: VS Code includes an integrated Terminal that helps you run commands, scripts, and interact with code editors without leaving the editor and opening another app, which enhances the speed and efficiency of the process.
Extensibility: VS Code supports extensions to extend functionality; it has an extensive library of thousands of extensions, which are developed by Microsoft, third-party companies, and individual developers. Extensions help you to add more features to your code editor, such as themes, language support, debuggers, for running different frameworks.
Live Sharing: This tool is very helpful for remote developers who want to collaborate with their peers or colleagues. With the help of Live Share, you can share your workspace with your teammate and edit, debug, and code together in real time, and you can also audio chat with your colleagues with the help of an extension named “Live Share Audio.”
Cross-Platform Compatibility: VS Code supports cross-compatibility across different operating systems. You can run VS Code on Windows, macOS, and Linux.
2. Visual Studio
Like VS Code, this is also developed by Microsoft, but unlike VS Code, it is a full-fledged IDE, loaded with tons of features which you find in an ideal IDE, such as
Debugger: Visual Studio has a powerful built-in debugger tool to help you fix bugs in your code quickly. Visual Studio also AI AI-powered debugging with Copilot. With the help of Copilot, you can debug your code more efficiently. Copilot can provide fixes to bugs and in-depth explanations, which help you understand the issue.
IntelliSense: Like VS Code’s IntelliSense, Visual Studio also has IntelliSense to complete code. But Visual Studio has a more powerful IntelliSense, which includes a list of valid members, information about parameters, and information about identifiers.
Team Collaboration: With the help of this tool, you can collaborate with your team members and co-edit your code. You’ll get a lot of options to manage the session, such as enabling the read-only option, which prevents guests from making edits to your code.
Extensions: Visual Studio is a full-fledged IDE which has all the built-in features in it. But it also supports third-party extensions to add more features depending on your requirements, such as language support, new framework, etc.
Robust Performance: Visual Studio offers robust performance, but unlike VS Code, it uses a lot more CPU and memory resources. It
Visual Studio is way more versatile than Xcode, where Xcode is tightly bound with the Apple ecosystem; on the other hand, Visual Studio supports more languages.
3. Cursor
Cursor is an AI-powered code editor supported by Windows, macOS, and Linux. Its AI features enhance the productivity of the developer, which include-
Chat Window: Cursor offers a chat window where you can ask questions, give prompts to make changes in your code, and ask for writing the new code. Cursor’s chat also has image support, where you can upload images to give context to AI.
In Line Editing: Cursor’s In Line Editing feature allows you to select code and lets you edit, asking questions through your prompt. You can ask to write a comment about the code working on. And after getting the response, you can select if you want to keep the response or not.
Tab Autocomplete: Tab Autocomplete is an AI-powered autocompletion tool. It gives context-aware code completion suggestions and autocompletion with multi-line edits.
Extensions: Cursor supports third-party extensions, and you can install them to add additional functionality, such as language support, theme, etc, to it.
4. Flutter
Flutter is a framework that you can use to write code for your iOS/macOS app on your Windows device by installing the Flutter plugin in the IDEs such as VS Code, IntelliJ IDEA, etc.
You can create an iOS/macOS app on it, but you still need to have a Mac (virtual or physical) and Xcode for compiling and packaging the app. But Flutter can be a go-to tool for many developers due to its robust features, such as
Cross-Platform Development: Flutter uses a single codebase for multiple platforms, which means you need to write your code once and deploy it on various platforms such as iOS/macOS, Windows, Web, etc. And this is one of the great features of Flutte,r which saves the time of developers and resources to make apps for different operating systems.
Hot Reload: With the help of this feature, you can see the live changes of your code in emulators or real devices in a running application without restarting the app. It increases the overall productivity and efficiency of a developer.
Hot Restart: This is different from the Hot Reload; in this feature, the whole app will restart, and the code will compile again. This restart is faster than the full restart function but slower than the Hot Reload.
Community Support: Flutter is used by thousands of developers, and you’ll get a lot of blogs, YouTube tutorials, and forums around it on the internet. This will help you to learn and resolve issues from your fellow Flutter users.
I spent the last two weeks looking for an Xcode walkaround on Windows, but nothing worked. In fact, everybody said it’s not possible. I’m glad I came to this site and found the solution. Xcode is finally working on my Windows computer.
@coding_frank
I love my Windows PC, but its inability to run Xcode made me feel paralyzed for coding. The VirtualBox method solved that problem for me. And since my Windows laptop is powerful with 32 GB RAM and a 12-core CPU, I can easily enjoy using Xcode on the latest macOS 26.
@navy.turtleback
What sets Xcode apart?
Xcode is a native Integrated Development Environment to Apple which supports Swift programming language (also native to Apple), which keeps getting improved with new features and debugging through frequent updates.
With the help of Xcode, you can easily compile and package your app, which includes code signing (it assures that app from known source and has not been modified since its last update, it maintains the app authenticity and integrity.), IPA (iOS App Store Package) creation. Without Xcode, we can not package and deploy our Apple app in the App Store.
Xcode offers simulators for all versions of different Apple devices operating systems such as – iOS, macOS, visionOS, tvOS, and watchOS. Simulators help you to test your app in various Apple operating systems with different versions of the device within your device for example- iPhone 15, iPad Pro, etc, without having a real device and without installing any third party plugins. You can test how your app’s UI looks on a particular device, do all the features work properly, and how responsive the app is.
Xcode offers simulators for all versions of different Apple devices operating systems such as- iOS, macOS, visionOS, tvOS, and watchOS. With the help of a simulator, you can test your application code without having a real device and without installing any third party plugins.
With the help of Interface Builder, you can create your app’s UI by dragging and dropping elements on your screen without writing any code which allows you to use your imagination to its fullest without worrying about code. It helps non-technical designers to give inputs just by dragging and dropping the design elements and developers to understand the designer’s vision.
Xcode Previews allows you to view live representation of your code on the right side of your code without running the whole app on a real device or simulator. It can help save the developers’ time and increase efficiency.
Predictive Code Completion is a new AI feature of Xcode 16, which suggests and predicts the code based on the context and you can accept or reject the suggestion according to your choice. Predictive Code Completion will run locally on your computer, so there is no need to worry about that, your code is being used to train AI models.
Frequently asked questions
You can install Xcode on your PC by using a Virtual Machine such as VMWare, VirtualBox, or a cloud Mac service such as MacInCloud. To do this, you need to download and set up VirtualBox Windows Hosts, VirtualBox extension pack, download a macOS ISO file of your choice, and proceed with the setup using the method shared above.
Yes, you can code Swift on Windows using the Swift Toolchain for Windows and a suitable IDE, such as Visual Studio Code.
Apple offers users 25 free Xcode Cloud compute hours. However, to use more hours, users can pay:
– 100 compute hours/month – $49.99/month
– 250 compute hours/month – $99.99/month
– 1000 compute hours/month – $399.99/month
– 10000 compute hours/month – $3999.99/month
Yes, you can run Python in Xcode by creating a new Project.
Open Xcode -> New Project -> Choose a template for your project -> Other -> choose “External Build System.”
After this, set the build tool to your desired Python path, and now you can start writing and compiling Python scripts in Xcode.
Yes, Xcode is officially available only on macOS. Windows users looking to use Xcode can install macOS inside VirtualBox or rent a cloud Mac on their PC.