The battle between Visual Studio and IntelliJ IDEA has defined modern software development for years. Both integrated development environments (IDEs) have earned their place as industry leaders, but they serve different purposes and excel in different areas.
This comprehensive guide breaks down everything you need to know about these two powerhouse IDEs. You'll discover their strengths, weaknesses, performance differences, and which one fits your development needs best.
Visual Studio stands as Microsoft's premier development environment. Released in 1997, it has evolved into a comprehensive platform for building applications across multiple platforms. The IDE supports Windows, web, mobile, cloud, and game development.
Microsoft offers several versions:
The IDE integrates deeply with the .NET ecosystem and Microsoft's development stack. Developers use it to build applications in C#, C++, Visual Basic, F#, Python, and JavaScript.
IntelliJ IDEA comes from JetBrains, a company known for creating developer tools. First released in 2001, it quickly became the go-to IDE for Java development. The platform has expanded to support multiple languages while maintaining its Java excellence.
JetBrains offers two editions:
The IDE excels at Java, Kotlin, Groovy, and Scala development. It also supports web technologies, databases, and version control systems through built-in tools and plugins.
Visual Studio runs primarily on Windows. Microsoft designed it to take full advantage of Windows-specific features and APIs. Developers working on Windows applications get the best experience here.
The IDE supports:
For Mac and Linux users, Microsoft created Visual Studio Code, a lightweight alternative. However, Visual Studio Code differs significantly from the full Visual Studio IDE. It's more of a code editor than a complete IDE, though extensions can add IDE-like functionality.
IntelliJ IDEA runs on Windows, macOS, and Linux. JetBrains built the IDE using Java, making it platform-agnostic. This cross-platform nature appeals to teams working across different operating systems.
System requirements remain consistent across platforms:
The user interface looks and feels similar regardless of your operating system. This consistency helps developers switch between machines without relearning the interface.
Visual Studio shines brightest with Microsoft technologies. The IDE provides first-class support for:
C# and .NET Framework The integration between Visual Studio and C# is unmatched. IntelliSense, the code completion engine, understands C# syntax at a deep level. Refactoring tools work flawlessly with C# codebases of any size.
C++ Development Visual Studio offers robust C++ support with powerful debugging tools. The profiler helps identify performance bottlenecks. Memory analysis tools catch leaks and allocation issues.
Python Support Python Tools for Visual Studio (PTVS) brings professional Python development to the IDE. Features include IntelliSense, debugging, profiling, and virtual environment management.
Web Development JavaScript, TypeScript, HTML, and CSS receive excellent support. The IDE includes tools for Angular, React, and Vue.js development. Node.js integration allows backend JavaScript development.
Mobile Development Xamarin integration enables cross-platform mobile app creation. Developers can build iOS and Android apps using C# and .NET.
IntelliJ IDEA dominates the Java development landscape. The IDE understands Java code better than most competitors.
Java Ecosystem Excellence The Java support includes:
Kotlin Native Support As the creator of Kotlin, JetBrains provides the best Kotlin development experience. The IDE treats Kotlin as a first-class citizen, offering features that even surpass Java support in some areas.
JVM Languages Groovy and Scala developers find excellent tooling in IntelliJ IDEA. The IDE understands the nuances of these languages and provides appropriate assistance.
Web Technologies JavaScript, TypeScript, HTML, CSS, and modern frameworks receive strong support. The Ultimate Edition includes advanced web development tools comparable to WebStorm, JetBrains' dedicated web IDE.
Database Tools Built-in database tools allow direct database manipulation without leaving the IDE. Query execution, schema visualization, and data editing work seamlessly.
IntelliSense represents Visual Studio's code intelligence system. It provides context-aware code completion, parameter information, and quick info tooltips.
The system works across all supported languages, though depth varies. For C# and C++, IntelliSense offers exceptional accuracy. It understands complex type hierarchies and suggests relevant members.
Code Navigation Developers can jump to definitions, find all references, and explore type hierarchies. The "Go To Implementation" feature helps navigate interfaces and abstract classes.
Refactoring Tools Visual Studio includes standard refactoring operations:
Live Share Collaboration Live Share enables real-time collaborative coding. Multiple developers can edit the same files simultaneously, share debugging sessions, and work together regardless of location.
GitHub Copilot Integration AI-powered code completion through GitHub Copilot works natively in Visual Studio. The AI suggests entire functions based on comments and context.
IntelliJ IDEA takes code intelligence to another level. The IDE analyzes your entire project continuously, understanding relationships between classes, methods, and data.
Intelligent Code Completion The completion engine predicts what you need before you finish typing. It ranks suggestions based on context, previous usage patterns, and code statistics.
Advanced Refactoring IntelliJ IDEA offers over 60 automated refactoring operations. These include:
Intention Actions and Quick Fixes The IDE suggests improvements as you type. Yellow light bulbs indicate optimization opportunities. Red bulbs show error fixes. These suggestions range from simple syntax corrections to architectural improvements.
Code Analysis On-the-fly code inspection catches errors before compilation. The IDE highlights potential bugs, code smells, and style violations. Severity levels help prioritize issues.
Postfix Completion Type an expression followed by a dot and a template. IntelliJ IDEA transforms the expression. For example, myList.for becomes a for-each loop iterating over myList.
Local History IntelliJ IDEA tracks all changes locally, independent of version control. This safety net allows reverting changes even if you forgot to commit.
Visual Studio provides professional-grade debugging tools. The debugger handles complex scenarios with ease.
Breakpoint Options Set conditional breakpoints that trigger only when specific conditions are met. Use tracepoints to log information without stopping execution. Data breakpoints pause when variable values change.
Diagnostic Tools The diagnostic tools window shows:
IntelliTrace Enterprise edition includes IntelliTrace, which records application execution. Developers can step backward through code, examining previous states without rerunning the application.
Remote Debugging Debug applications running on different machines or in cloud environments. Attach to running processes for production debugging.
Test Explorer The integrated test runner supports MSTest, NUnit, and xUnit. Run tests individually or in groups. View code coverage results directly in the editor.
IntelliJ IDEA's debugger excels at helping developers understand complex code flows.
Smart Step Into When multiple method calls exist on one line, Smart Step Into lets you choose which method to enter. This precision saves time during debugging sessions.
Evaluate Expression Test code snippets during debugging without modifying source files. The expression evaluator supports complex operations and can modify program state.
Frame Decompilation Step into library code even without source files. IntelliJ IDEA decompiles bytecode on-the-fly, showing readable Java code.
Stream Debugger Visualize Java Stream operations step-by-step. See how data transforms through filter, map, and collect operations.
Testing Integration Built-in support for JUnit, TestNG, Spock, and other testing frameworks. Run tests from the editor gutter. View test results in a hierarchical tree.
Coverage Analysis See which lines execute during test runs. Coverage highlighting in the editor shows tested and untested code paths.
Visual Studio integrates with Git, GitHub, Azure Repos, and Team Foundation Server. The IDE provides both GUI tools and command-line access.
Git Features
Azure DevOps Integration Connect directly to Azure DevOps services. View work items, build pipelines, and release status without leaving the IDE.
Team Explorer The Team Explorer window provides centralized access to version control, work items, and team collaboration features.
IntelliJ IDEA supports Git, Mercurial, Subversion, and Perforce. The version control integration feels natural and unobtrusive.
Commit Window The commit tool window shows changed files, allows diff viewing, and provides commit message templates. It checks for TODOs, runs code analysis, and reformats code before committing.
Branch Management Visual branch graph shows commit history and relationships. Create, switch, and merge branches from the branches popup.
Local History Integration Version control changes integrate with local history. Revert uncommitted changes or restore accidentally deleted code.
GitHub Integration Create pull requests, review code changes, and manage GitHub issues directly in the IDE. View pull request discussions alongside code.
Visual Studio demands significant system resources. The IDE performs best on powerful hardware.
Memory Usage A typical Visual Studio session uses 1-2GB of RAM for small projects. Large solutions with many projects can consume 4-6GB or more. Enterprise edition with all features enabled requires even more memory.
Startup Time Visual Studio takes 5-15 seconds to start, depending on installed extensions and project size. The initial project load can add several more seconds.
Build Performance Compilation speed depends on project size and type. C++ projects compile relatively slowly. C# projects build faster thanks to incremental compilation. Multi-core processors help significantly.
Responsiveness The IDE remains responsive during most operations. However, complex IntelliSense operations or large refactorings can cause brief pauses.
IntelliJ IDEA also requires substantial resources, particularly for large projects.
Memory Footprint A typical session uses 1-3GB of RAM. The IDE indexes entire projects, which increases memory usage. Large codebases (1 million+ lines) can push memory consumption to 4-6GB.
Indexing Process IntelliJ IDEA indexes projects on first open and after significant changes. This process analyzes all code to enable smart features. Indexing can take several minutes for large projects.
IDE Responsiveness The IDE prioritizes responsiveness. Background tasks run in separate threads, keeping the interface smooth. Code completion appears almost instantly.
Build Speed IntelliJ IDEA uses the project's native build system (Maven, Gradle, etc.). Build speed matches command-line builds. The IDE can compile changed files only, speeding up the development cycle.
Visual Studio follows Microsoft's design language. The interface feels familiar to Windows users.
Window Management Dock, float, and arrange windows to create custom layouts. Save and restore layouts for different tasks. The IDE remembers window positions per project.
Themes Three built-in themes: Light, Dark, and Blue. The dark theme reduces eye strain during long coding sessions. Custom themes are available through extensions.
Toolbars and Menus Extensive menus provide access to all features. Toolbars offer quick access to common operations. Both are customizable, though the process is manual.
Keyboard Shortcuts Visual Studio includes hundreds of keyboard shortcuts. Developers can customize shortcuts or import schemes from other editors.
IntelliJ IDEA emphasizes keyboard-driven workflows. The interface minimizes distractions and maximizes code visibility.
Distraction-Free Modes Presentation Mode hides all tool windows, showing only the editor. Distraction Free Mode removes line numbers and margins for focused writing.
Configurable Appearance Choose from multiple themes including Darcula (dark), Light, and High Contrast. Install custom themes from the plugin marketplace.
Tool Windows Tool windows slide out from edges when needed. Pin them open or let them auto-hide. The layout adapts to different tasks automatically.
Search Everywhere Double-press Shift to search for files, classes, symbols, actions, and settings. This universal search reduces menu navigation.
Keymap Customization IntelliJ IDEA includes keymaps that mimic other IDEs. Available keymaps include Visual Studio, Eclipse, NetBeans, and Emacs. Customize any keymap to match your preferences.
The Visual Studio Marketplace hosts thousands of extensions. These add features, language support, and tool integrations.
Popular Extensions
Extension Management Install extensions directly from the IDE. The Extension Manager handles updates and dependency resolution. Extensions can affect startup time and performance.
Extension Development Visual Studio provides APIs for extension creation. Developers can extend almost any aspect of the IDE. Documentation and samples help new extension authors.
JetBrains Plugin Marketplace offers plugins for IntelliJ IDEA. The ecosystem includes both free and paid plugins.
Essential Plugins
Plugin Architecture Plugins can add language support, framework integration, or new tool windows. The plugin API is well-documented and stable.
Plugin Performance IntelliJ IDEA monitors plugin performance. It reports slow plugins that affect IDE responsiveness. Users can disable problematic plugins easily.
Visual Studio uses solution and project files to organize code. A solution contains one or more projects.
Solution Explorer The Solution Explorer window shows project structure hierarchically. Right-click menus provide access to common operations.
MSBuild Integration Visual Studio uses MSBuild as its build engine. MSBuild files (.csproj, .vcxproj) define project settings and dependencies.
NuGet Package Manager Manage .NET dependencies through NuGet. Search for packages, install them, and handle updates from the IDE. Package references store in project files.
CMake Support C++ developers can use CMake projects directly. Visual Studio generates build configurations from CMakeLists.txt files.
IntelliJ IDEA works with various project structures. It adapts to your build system rather than imposing its own.
Project View Multiple views organize files differently. Project view shows logical structure. Package view groups by package. File view mirrors disk structure.
Maven Integration Native Maven support means IntelliJ IDEA reads pom.xml files directly. Changes to Maven configuration reflect immediately. Run Maven goals from the IDE.
Gradle Support Comprehensive Gradle integration includes script editing with code completion. Execute tasks, view dependencies, and manage plugins without leaving the IDE.
Module System Projects contain modules representing different components. Modules can have different SDKs, dependencies, and output directories.
Visual Studio excels at ASP.NET development. The IDE provides templates, debugging, and deployment tools for web applications.
ASP.NET Core Build modern web applications with ASP.NET Core. IntelliSense works with Razor syntax. Hot reload updates running applications without restart.
JavaScript Frameworks Templates for Angular, React, and Vue.js projects. npm package management integrates into the IDE. JavaScript debugging works seamlessly.
Blazor Development Create interactive web UIs using C# instead of JavaScript. Visual Studio provides full support for Blazor Server and WebAssembly.
Azure Integration Deploy web applications directly to Azure App Service. Manage Azure resources from Cloud Explorer. Monitor application performance with Application Insights.
IntelliJ IDEA Ultimate Edition includes tools comparable to WebStorm, JetBrains' dedicated web IDE.
Frontend Development Full support for modern JavaScript frameworks. Code completion, navigation, and refactoring work across HTML, CSS, and JavaScript.
Spring Framework Outstanding Spring support makes Java web development productive. Visual beans, dependency injection analysis, and Spring Boot integration streamline development.
REST Client Test REST APIs without external tools. Create HTTP requests in files, execute them, and inspect responses. Share request collections with team members.
Database Integration Connect to databases directly. Write and execute SQL queries. Edit data in spreadsheet-like editors. Generate code from database schemas.
Visual Studio Enterprise edition targets large organizations and complex projects.
Code Maps Visualize code dependencies and relationships. Understand system architecture without reading every file. Generate maps automatically or create custom diagrams.
Architecture Validation Define layer diagrams that specify valid dependencies. The IDE enforces these rules during development, preventing architectural violations.
IntelliTrace Record application execution for historical debugging. Replay program execution to understand bugs that are hard to reproduce.
Load Testing Simulate thousands of concurrent users. Identify performance bottlenecks before production deployment. Analyze results to optimize application performance.
IntelliJ IDEA Ultimate Edition includes collaboration and enterprise tools.
Code With Me Real-time collaborative editing similar to Visual Studio Live Share. Invite teammates to your IDE session. Share terminals and run configurations.
Dependency Structure Matrix Analyze project dependencies visually. Identify circular dependencies and architectural issues. Plan refactoring efforts based on coupling metrics.
Duplicate Detection Find duplicate code fragments across projects. Refactor duplicates into reusable methods or classes. Reduce code maintenance burden.
Coverage Reports Generate detailed test coverage reports. Integrate with continuous integration systems. Track coverage trends over time.
Microsoft offers three pricing tiers for Visual Studio.
Community Edition Free for individual developers, open-source projects, academic research, education, and small professional teams (up to 5 users). Includes core features sufficient for most development tasks.
Professional Edition $45 per month (annual subscription) or $499 first year ($250 renewal). Adds CodeLens, advanced debugging, and architectural tools. Suitable for professional developers in small to medium teams.
Enterprise Edition $250 per month (annual subscription) or $5,999 first year ($2,569 renewal). Includes IntelliTrace, Code Map, architecture validation, and load testing. Designed for large enterprises with complex needs.
MSDN Subscriptions Some subscriptions include Visual Studio licenses plus Azure credits and other Microsoft development tools.
JetBrains uses a subscription model with continuous updates.
Community Edition Completely free and open-source. Includes Java, Kotlin, Groovy, and Scala support. Suitable for JVM development, Android apps, and learning.
Ultimate Edition $169 for the first year, $135 second year, $101 third year onward (individual license). Includes web development, database tools, Spring support, and all languages.
Business License $499 first year, $399 second year, $299 third year onward per user. Includes invoice-based billing and consolidated license management.
Special Licenses Free licenses available for students, teachers, and open-source project maintainers. Discounts offered for startups and non-profits.
All Products Pack JetBrains offers subscriptions covering all their IDEs and tools at discounted rates for developers who use multiple JetBrains products.
Microsoft provides extensive documentation and learning resources.
Microsoft Learn Free interactive tutorials cover Visual Studio features, .NET development, and Azure integration. Structured learning paths guide beginners through topics systematically.
Official Documentation Comprehensive documentation covers every Visual Studio feature. Code samples demonstrate common scenarios. API references help extension developers.
Community Forums Active forums on Microsoft's Q&A platform. Stack Overflow has a large Visual Studio community. Reddit's r/dotnet and r/csharp subreddits discuss Visual Studio regularly.
YouTube and Courses Microsoft's YouTube channel publishes Visual Studio tutorials. Pluralsight, LinkedIn Learning, and Udemy offer paid courses.
JetBrains invests heavily in developer education.
Official Documentation Detailed guides explain features and workflows. Documentation includes screenshots and video tutorials. Search functionality helps find answers quickly.
IDE Features Trainer Built-in learning plugin teaches IntelliJ IDEA through interactive lessons. Complete exercises directly in the IDE. Progress tracks across sessions.
JetBrains Academy Learn programming through hands-on projects. Courses cover Java, Kotlin, Python, and other languages. The IDE integrates directly with course materials.
Community Resources JetBrains Community forum provides peer support. Stack Overflow has active IntelliJ IDEA tags. Reddit's r/IntelliJIDEA community shares tips and solutions.
YouTube Channel JetBrains TV publishes tutorials, tips, and feature highlights. Content ranges from beginner guides to advanced techniques.
The decision between Visual Studio and IntelliJ IDEA depends on your development focus and ecosystem.
Work Primarily with Microsoft Technologies Visual Studio is the obvious choice for .NET development. C# developers get the best possible experience. ASP.NET, Xamarin, and Azure integration work flawlessly.
Develop Desktop Applications for Windows Windows Forms, WPF, and UWP development shine in Visual Studio. The designer tools and Windows-specific features have no equal.
Need C++ Development Tools Visual Studio provides industry-leading C++ tools. The compiler, debugger, and profiler excel at complex C++ projects.
Prefer Windows-Based Development If you work exclusively on Windows and don't need cross-platform IDE support, Visual Studio feels native and integrated.
Want Enterprise Features Large organizations benefit from Visual Studio Enterprise features like IntelliTrace, architecture tools, and load testing.
Focus on JVM Languages Java, Kotlin, Scala, and Groovy developers get the best experience in IntelliJ IDEA. The code intelligence understands these languages deeply.
Develop Spring Applications Spring Framework integration in IntelliJ IDEA surpasses other IDEs. Navigation, dependency injection analysis, and configuration support streamline Spring development.
Work Across Multiple Operating Systems IntelliJ IDEA runs identically on Windows, macOS, and Linux. Teams using different platforms benefit from this consistency.
Value Advanced Refactoring The refactoring tools in IntelliJ IDEA go beyond basic rename and extract operations. Safe refactorings give confidence when restructuring large codebases.
Prefer Keyboard-Driven Workflows IntelliJ IDEA's keyboard-first design increases productivity. Search Everywhere and extensive shortcuts minimize mouse usage.
Need Database Integration Built-in database tools eliminate the need for separate database clients. Query editing, execution, and data manipulation work seamlessly.
You Work with Multiple Technology Stacks Some developers use Visual Studio for .NET projects and IntelliJ IDEA for Java work. Both IDEs can coexist on the same machine.
Your Team Has Mixed Preferences Version control and build systems work independently of IDEs. Teams can use different development environments without conflicts.
You Want to Evaluate Both Options Both IDEs offer free versions. Community editions provide enough features to evaluate the development experience. Try both before committing to paid licenses.
Let's examine how these IDEs perform in typical development scenarios.
Visual Studio Opening Visual Studio takes 8-12 seconds on a modern PC with SSD. Loading a medium-sized solution (20-30 projects) adds 5-10 seconds. The IDE becomes usable immediately, though IntelliSense might need a few more seconds to initialize fully.
IntelliJ IDEA IntelliJ IDEA starts in 6-10 seconds. Opening a project triggers indexing, which takes 30 seconds to 5 minutes depending on project size. During indexing, the IDE remains usable but code intelligence features work at reduced capacity.
Visual Studio IntelliSense suggestions appear within 100-200 milliseconds in C# projects. C++ completion can take longer, especially in large codebases with many includes. Completion accuracy is excellent for Microsoft languages.
IntelliJ IDEA Code completion appears almost instantly (50-100ms) after indexing completes. The suggestions are highly relevant thanks to continuous code analysis. Completion works consistently across all supported languages.
Visual Studio C# build times scale linearly with project size. A 100,000-line project rebuilds in 20-40 seconds. Incremental builds are fast, typically under 5 seconds. C++ builds take significantly longer.
IntelliJ IDEA IntelliJ IDEA uses external build systems. Maven builds match command-line times. Gradle builds can be faster with daemon mode. The IDE highlights compilation errors before actual build, saving time.
Visual Studio Memory usage starts at 500MB and grows to 2-3GB during active development. Large solutions can push usage to 4-5GB. Memory consumption remains stable during long sessions.
IntelliJ IDEA Initial memory usage is 800MB-1GB. Active development increases this to 2-4GB. Large projects or many open files can require 5-6GB. Occasional memory spikes occur during intensive operations.
Developers comfortable with Visual Studio need time to adjust to IntelliJ IDEA's paradigms.
Initial Challenges The different keyboard shortcuts require retraining muscle memory. Visual Studio keymap helps during transition. The project structure model differs significantly from solutions and projects.
Learning Period Most developers become productive within one week. Full comfort with advanced features takes 2-3 months. The built-in Features Trainer accelerates learning.
Advantages Gained Better refactoring tools improve code quality. Cross-platform development becomes easier. Java and Kotlin development quality increases significantly.
JetBrains users moving to Visual Studio face their own adjustment period.
Initial Hurdles The heavier IDE requires more powerful hardware. Windows-only limitation restricts platform flexibility. Solution and project file management takes time to understand.
Adaptation Time Basic productivity returns within days. Mastering Visual Studio's extensive features takes months. Microsoft Learn resources help accelerate the process.
Benefits Realized Superior .NET development experience. Better Windows desktop application tools. Stronger Microsoft ecosystem integration.
Visual Studio 2022 brought significant enhancements:
64-bit Architecture The 64-bit version eliminates the 4GB memory limit. Handle larger solutions without performance degradation. Open more files simultaneously.
Hot Reload Make code changes while debugging without restarting. Works with .NET, C++, and ASP.NET applications. Saves countless debugging cycles.
Better Git Experience Improved merge conflict resolution. Multi-repo support in one solution. Integrated pull request creation and management.
AI-Powered IntelliCode Machine learning suggests completion items based on context and patterns. IntelliCode learns from your coding style over time.
Recent IntelliJ IDEA versions added valuable features:
New UI Modernized interface with cleaner design. Improved accessibility and contrast. Customizable toolbar and tool windows.
AI Assistant JetBrains AI Assistant provides code completion, documentation generation, and code explanation. Integrates with multiple AI models.
Improved Performance Faster indexing for large projects. Reduced memory consumption. Quicker startup times.
Enhanced Collaboration Better Code With Me experience. Improved shared run configurations. Team code review tools.
Static Code Analysis Built-in analyzers detect common security vulnerabilities. Configurable rule sets enforce coding standards. Integration with external analyzers like SonarQube.
Dependency Scanning Identify vulnerable NuGet packages automatically. Security advisories appear in Solution Explorer. Update vulnerable dependencies with one click.
Code Metrics Calculate maintainability index, cyclomatic complexity, and lines of code. Identify code that needs refactoring. Track metrics over time.
Inspections Hundreds of built-in code inspections catch issues. Severity levels prioritize problems. Custom inspection profiles enforce team standards.
Structural Search and Replace Find code patterns using templates. Replace patterns while preserving structure. Share templates across teams.
Qodana Integration JetBrains Qodana provides continuous code quality monitoring. Run quality checks in CI/CD pipelines. Track technical debt metrics.
Visual Studio and IntelliJ IDEA both stand at the top of the IDE world. They've earned their positions through years of refinement and continuous improvement.
Visual Studio dominates the Microsoft ecosystem. .NET developers find everything they need in one package. The integration with Azure and Windows development tools is seamless. Large enterprises benefit from advanced features and Microsoft support.
IntelliJ IDEA rules the JVM world. Java developers appreciate the deep language understanding and powerful refactoring. Cross-platform support enables consistent development across operating systems. The plugin ecosystem extends functionality in countless directions.
Your technology stack should guide your decision. Neither IDE is objectively better---they excel in different areas. Some developers use both, switching based on project requirements.
The best IDE is the one that helps you write better code more efficiently. Try both if you're unsure. Most developers know within a week which environment suits their workflow.
Development tools continue to evolve rapidly. Both Microsoft and JetBrains invest heavily in improving their IDEs. Whichever you choose, you'll have a powerful ally in your coding journey.
Happy coding!
Download Links:
Get Visual Studio - Microsoft's official download page
Get IntelliJ IDEA - JetBrains official download page
Last Updated: December 2025
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