I’ve been using Visual Studio Code since my university days. At the time, I had access to a JetBrains license through a student program, but I didn’t fully understand the differences between the two. As a result, I used IntelliJ only to learn Java, while relying on Visual Studio Code for most of my development work.

After joining PALO IT, I had the opportunity to work on a project involving multiple languages such as TypeScript, Python, and Go. I was again provided with a JetBrains license, and this time, I decided to make full use of the JetBrains ecosystem. Having spent time using both tools in a real-world setting, I’d like to share my thoughts and compare IntelliJ and Visual Studio Code based on that experience.

Language support


🔧 Visual Studio Code

Visual Studio Code is a lightweight, extension-driven tool that supports multiple languages through the marketplace. You can easily switch between JavaScript and TypeScript for frontend work or Python and Go for backend development just by installing the relevant language support extensions. But it requires manual setup.

For example, working with Python typically involves

  • Installing the Python extension
  • Creating a virtual environment
  • Installing necessary packages
  • Manually selecting a kernel when using .ipynb notebook files.

🧠 JetBrains IDEs

If you open a Python project in PyCharm, which is part of the JetBrains IDE suite are language-specific and come with built-in, pre-configured features. When you open a Python project, the IDE will

  • Automatically detect the environment
  • Configure the interpreter
  • Offer built-in support for
    • Linters
    • Virtual environments
    • Test runners

Below is a list of JetBrains IDEs.

JetBrains IDE Primary Supported Languages
IntelliJ IDEA Java
Kotlin
Groovy
Scala
JavaScript
SQL
PyCharm Python
JavaScript
SQL
HTML, CSS
WebStorm JavaScript
TypeScript
HTML, CSS
Node.js
PhpStorm PHP
JavaScript
HTML, CSS
SQL
RubyMine Ruby
JavaScript
HTML, CSS
SQL
CLion C, C++
Rust, Python (limited)
Swift (limited)
GoLand Go
DataGrip SQL, PL/SQL
T-SQL and other database languages
Rider C#, F#
VB.NET, ASP.NET
Unity
AppCode Objective-C, Swift
C, C++ (for iOS/macOS development)

📚 Summary

Visual Studio Code gives you flexibility and extensibility, but requires effort to configure language environments. While JetBrains IDEs come with built-in, language-specific configurations. You may need to install multiple JetBrains IDEs if you’re working across different languages, which results in greater use of disk space and system resources.


🏆Winner: JetBrains IDEs

I like how it automatically sets up project configurations. And I don’t mind installing multiple JetBrains IDEs for different languages, modern laptops have more than enough disk space to handle.


🧠 Comparison

Feature Visual Studio Code JetBrains IDEs
Language Support Supports many languages via extensions (e.g., Python, Go, JavaScript) Each IDE is tailored for specific languages integrated
Setup Effort Requires manual setup (e.g., install extension, configure interpreter, create venv) Automatically detects environments, installs dependencies, and configures tools
Out-of-the-box Experience Depends on extensions Rich built-in support for target language (e.g., linters, test runners, virtual environments)
Multi-language Projects Easily supported in one editor Requires multiple IDEs for best experience across different languages
System Resource Usage Lightweight and low resource consumption Heavier, especially when using multiple IDEs
Customization Highly customizable through marketplace extensions Limited customization; focused on stability and integrated tooling

 

Plugin Ecosystem


🔧 Visual Studio Code

Visual Studio Code supports a wide range of extensions that allows developers to customize and enhance their environment based on project needs and personal preferences. You can easily add support for

  • Languages like Python, Go, or Rust
  • Testing frameworks such as Jest, Mocha, or Pytest
  • Containerization tools (e.g., Docker)
  • Code formatting and linting tools like Prettier and ESLint
  • Utility extensions for
    • Spell checking
    • Icon customization
    • Theming
Screenshot 2568-05-15 at 18.33.30

Since AI integration has become a key part of modern development workflows, VS Code also shines in AI integration

  • Full support for GitHub Copilot, offering:
    • Real-time code completions
    • Context-aware suggestions
    • AI chat assistance for debugging or writing tests

This and similar extensions can be easily discovered and installed through the Visual Studio Code Marketplace.

🧠 JetBrains IDEs

JetBrains IDEs also support a wide range of plugins via the JetBrains Marketplace, but the experience is different

  • Most core features (language support, testing tools, version control, database access, etc.) come prebuilt into the IDE.
  • This reduces the need to search for and manage extensions.
  • AI integration (e.g., GitHub Copilot) is still catching up:
    • Copilot’s Agent Mode is in beta for JetBrains IDEs and lacks parity with VS Code.
    • This is likely due to VSCode and Copilot both being developed by Microsoft. VsCode is a clear winner in this regard.

🧩 Comparison

Feature Visual Studio Code JetBrains IDEs
Plugin Availability Extensive extension marketplace covering languages, tools, UI, AI, etc. Plugin marketplace available, but less necessary due to built-in features
Setup Approach Requires plugins for core features (e.g., language support, testing, linting, containers) Most core features (language support, testing, VCS, database tools) included out of the box
Customization Highly customizable – themes, icons, linters, spell checkers, etc. Limited customization focus prioritizes integrated experience
AI Integration Full GitHub Copilot support Supports GitHub Copilot, but some features may lag behind VS Code version (e.g., Copilot Agent in beta)
Ease of Plugin Management Easy to browse, install, and manage from Visual Studio Code Marketplace Plugins available via JetBrains Marketplace, but often not required for daily workflow

📚 Summary

In summary, Visual Studio Code offers you a highly customizable experience, allowing developers to customize their environment with a wide range of plugins from the marketplace. On the other hand, JetBrains IDEs provide many built-in features, resulting in less setup.


🏆 Winner: Visual Studio Code

I enjoy customizing my Visual Studio Code —whether it’s installing extensions to boost productivity or tweaking the UI with themes and icons.


 

Version Control Integration


🔧 Visual Studio Code

Visual Studio Code provides built-in Git integration through the Source Control panel, which allows you to

  • View file changes
  • Commit and sync with remote repositories
  • Resolve merge conflicts
  • The experience can be extended with powerful extensions such as
    • GitLens: Adds features like pull request creation and AI-assisted commit message generation.
    • Git Graph: Visualizes local and remote branches with an interactive graph view.

Screenshot 2568-05-15 at 18.32.09

🧠 JetBrains IDEs

JetBrains IDEs include built-in Git support, along with a well-designed and user-friendly interface. They offer nearly every Git operation you would expect and also feature an integrated Git log viewer and branch management panel, making it easy to explore commit history and manage branches.

Screenshot 2568-05-15 at 18.31.48

 

JetBrains IDEs also come up with advance feature such as

  • Multiple changelists: Group changes within the same file into separate lists. Useful for selectively committing changes.
  • Shelve: A more refined version of Git stash. Allows selective shelving of changes based on changelists rather than stashing everything.

🧩 Comparison

Feature Visual Studio Code JetBrains IDEs
Git Integration Built-in Git support via the Source Control panel Fully integrated Git support with a well designed UI
Advanced Features Requires extensions like GitLens (blame annotations, PR creation, AI commit suggestions) Built-in tools like Git log viewer, branch manager, and commit history
UI/UX Functional but minimal Intuitive, feature-rich interface with visual tools
Branch Visualization Available via extensions like Git Graph Included by default with branch diagrams and commit

📚 Summary

  • Visual Studio Code offers a modular and extensible Git experience, ideal for those who enjoy tailoring their workflow.
  • JetBrains IDEs provide a fully integrated version control suite, without needing extra plugins.

Both tools support Git workflows effectively—it comes down to whether you prefer a modular setup or more integrated experience.

Feature


🏆 Winner: JetBrains IDEs

It comes with a well designed UI experience and full support for every Git operation which makes me rarely use the command line.


 

Collaboration Tooling

🔧 Visual Studio Code

Visual Studio Code enables real-time collaboration through its Live Share extension and

  • Allows you to share your project by generating a session URL.
  • Maintains your personal editor settings while working with teammates.
  • Supports more than just code editing
    • Shared debugging sessions
    • Shared terminal
    • Shared server
  • Each participant gets their own cursor, making it easy to follow others or navigate independently.
Screenshot 2568-05-15 at 19.13.14

🧠 JetBrains IDEs

JetBrain’s Code With Me, built into JetBrains IDEs, provides a similar collaboration experience

  • Supports collaborative editing, shared terminals, debugging, and even voice chat
  • Retains individual IDE settings such as keybindings
  • Offers a separate changelist for each user
    • Helps users distinguish between their own edits and others
    • Reduces confusion and minimizes the risk of overwriting others' code
Screenshot 2568-05-28 at 14.50.34

🧩 Comparison

Feature Visual Studio Code (Live Share) JetBrains (Code With Me)
Setup Requires installing Live Share extension Built-in to JetBrains IDEs
Real-time Collaboration Yes Yes
Shared Terminal Yes Yes
Shared Debugging Yes Yes
Editor Preferences Each user keeps their own settings Each user keeps their own settings
Change Separation Shared editing workspace with no changelist separation, may lead to merge confusion Supports multiple changelists per user, reducing merge conflicts
Ease of Use Easy to start via shared link Integrated into JetBrains IDE

📚 Summary

Both, Visual Studio Code Live Share and JetBrains Code With Me, are effective real-time collaboration tools that let developers pair program without cloning the repository or setting up the project locally.

Visual Studio Code uses a shared editing workspace without separate changelists which can lead to confusion or accidental overwrites when multiple users edit the same file simultaneously. JetBrains, on the other hand, separates changes by user, reducing merge conflicts and making collaboration clearer.


🏆 Winner: Tie

There’s no clear winner in this section for me—both tools perform well in terms of real-time collaboration. It depends on personal or team preferences.


 

Debugging & Testing Tools

🔧 Visual Studio Code

Visual Studio Code offers built-in debugging capabilities with strong extension support, but setup can be more manual and dependent on language-specific tools.

  • Provides a customizable debug panel where you can
    • Set breakpoints
    • Inspect variables
    • Step through code
    • Evaluate expressions
  • Native support for JavaScript, TypeScript, and Node.js
  • For other languages or complex debugging scenarios, you need to
    • Install appropriate extensions
    • Create a launch.json file to configure the debugger

Testing also requires manual setup—such as installing the Jest extension for JavaScript or configuring Pytest for Python. GitHub Copilot can help generate test cases and suggest fixes for failing tests.

Screenshot 2568-05-15 at 21.03.24

🧠 JetBrains IDEs

JetBrains IDEs provide powerful debugging tools based on the user’s run configurations. The configurations or templates of well known testing frameworks such as JUnit can be created for different environments to run the same use case. Starting a debugging session using the Debug button is as simple as running the application using the Run button - the same run configuration is used.

Key debugging features include

  • Setting breakpoints
  • Ability to choose which function to step into when multiple functions are on the same line
  • Option to label objects to track property changes and monitor object behavior throughout the session

This is extremely useful when dealing with complex data structures or multiple concurrent or reactive calls.

🧩 Comparison

Feature Visual Studio Code JetBrains IDEs
Setup Manual setup (e.g., launch.json, config files) Auto-detects frameworks with built-in test runners
Test Runner UI Depends on extensions include interface for test results
Test Coverage Needs additional setup (e.g., Istanbul, coverage libs) Built-in support with UI overlays

📚 Summary

Both, Visual Studio Code and JetBrains, already offer the fundamental features of a debugging tool, only taking different approaches.

  • Visual Studio Code is focusing on simplicity and flexibility—more languages can be added to the tools using extensions.
  • JetBrains has an edge in this category—we can run a debug configuration using the built-in template that comes with the IDE

🏆 Winner: JetBrains IDEs

I give the win to JetBrains because it offers integrated debugging tools that work out of the box. And it comes up with the same Run configuration, but it still need to modify configuration for first test run.


 

Refactoring & Code Intelligence

🔧 Visual Studio Code

Visual Studio Code offers basic refactoring and code intelligence capabilities through its built-in tools and language-specific extensions. Common refactoring operations include

  • Rename symbol
  • Extract variable
  • Extract method
  • Move to file
  • Find all implementation
  • Quick fixes

VS Code's IntelliSense provides

  • Context-aware autocomplete
  • Parameter hints

The depth and reliability of these tools often depend on the language server behind the scenes. And it can be extended to support more advanced tooling.

🧠 JetBrains IDEs

JetBrains support complex refactoring like

  • Safe rename across the entire project
  • Inline/invert functions
  • Extract interface or superclass
  • Change method signature with awareness of code dependencies and usages.

JetBrains also provide code suggestion features including type inference, redundant code detection, and quick-fix intentions.

🧩 Comparison

Feature Visual Studio Code JetBrains IDEs
Basic Refactorings Rename Symbol  
Extract Variable/Method    
Move to File (depends on language server) Rename across files  
Extract Variable/Method    
Move/Inline/Invert functions    
Code Intelligence IntelliSense (autocomplete, parameter hints, quick-fix) Deep type-aware suggestions Quick-fix intentions

📚 Summary

Visual Studio Code provides refactoring tools and IntelliSense-based suggestions, with feature depth depending on the language server and extensions. JetBrains IDEs offer project-wide refactoring with awareness of code dependencies, enhanced by intelligent suggestions, type inference, and quick-fix intentions.


🏆 Winner: JetBrains IDEs

JetBrains provides comprehensive refactoring tools with awareness of code dependencies and usage, eliminating the need for manual adjustments. Personally, it really convenient for me—I can refactor with confidence, because the IDE will automatically update everything for me.


 

Summary

In conclusion, both tools offer great development experiences. Visual Studio Code is lightweight and highly customizable, supporting a wide range of languages through extensions—but it often requires manual setup. JetBrains IDEs provide rich, built-in features with deep language integration. Although, they require more system resources and there is no unified IDE for all languages as is the case with Visual Studio Code.

Pros / Cons

Visual Studio Code

  • Lightweight and fast
  • Highly customizable via extensions
  • Supports many languages in a single IDE
  • Great flexibility for different workflows

❌ Visual Studio Code

  • Requires manual setup for language environments
  • Feature reliability depends on installed extensions

✅ JetBrains IDEs

  • Built-in features out of the box
  • Deep language-specific integration
  • Minimal manual setup required

❌ JetBrains IDEs

  • Higher system resource usage
  • Requires separate IDEs for different languages
  • Less customizable than VS Code

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