Visual Studio CodeLinux
vs
JetBrains RiderWindows
Visual Studio Code como alternativa Linux ao JetBrains Rider
Atualizado em
Nossa avaliação
Visual Studio Code can replace JetBrains Rider for developers who mainly need a lightweight editor with C# support, but it lacks the full IDE features Rider offers. If you work on small to medium .NET Core projects, use VS Code with the C# extension, debugging, and testing extensions, it will serve you well. For large solutions, complex refactoring, or full .NET ecosystem integration, Rider remains preferable.
- Licença
- LicenseRef-proprietary=https://code.visu…
- Preço
- Grátis
- Versão mais recente
- 1.139.1 (25 de setembro de 2026)
- Avaliação
- —
O que funciona igual
- Cross‑platform availability on Linux, Windows, macOS
- Extensible via extensions/plugins
- Integrated Git and source control
- Built‑in terminal and debugging support
- IntelliSense code completion
O que muda
- Rider provides deep .NET refactoring tools, code navigation, and a unified solution explorer; VS Code requires separate extensions for full C# support
- Rider has a built‑in test runner and profiler; VS Code needs extensions and separate tools
- Rider manages NuGet packages and project references automatically; VS Code relies on external tools or extensions
- Rider offers a richer UI for large solutions with advanced project/solution handling; VS Code is lighter and may struggle with very large codebases
- Rider includes a built‑in .NET CLI integration and project generation; VS Code requires manual setup
Abrindo seus arquivos do JetBrains Rider
VS Code can open .csproj and .sln files, but it does not understand Rider‑specific project files (.csproj.user, .csproj.rider). Exporting a Rider solution to a plain .sln is possible, but some Rider‑specific settings (e.g., run configurations, code style) will be lost. Opening a Rider project in VS Code will work for code, but you may need to re‑configure build and debug settings manually.
Trocando o JetBrains Rider pelo Visual Studio Code, passo a passo
- Install the C# extension (ms-dotnettools.csharp) from the VS Code marketplace.
- Open the folder containing your .csproj or .sln file; VS Code will detect the project and load the workspace.
- Configure launch.json and tasks.json for debugging and building, or use the .NET CLI commands directly.
- Install additional extensions for testing (e.g., .NET Test Explorer) and NuGet package management if needed.
- Adjust code style and formatting settings via the settings UI or a .editorconfig file.
- Verify that build, run, and debugging work before fully switching.
Principais recursos do Visual Studio Code
- Multiplataforma, mesma UI no Linux, macOS e Windows
- Suporte Git integrado e controle de versão
- Extensível via um grande marketplace
- Terminal integrado e depuração
- Completação inteligente de código (IntelliSense)
- Linters e formatadores específicos por linguagem
Como instalar o Visual Studio Code no Linux
flatpak install flathub com.visualstudio.codePerguntas frequentes
Does VS Code support .NET debugging on Linux?
Yes, the C# extension provides full debugging support for .NET Core and .NET 6/7 applications on Linux, using the dotnet CLI and the OmniSharp language server.
Can I run Rider‑specific run configurations in VS Code?
No. VS Code does not understand Rider’s run configuration files; you must create equivalent launch configurations in launch.json.
Is VS Code a true IDE for .NET?
It is a powerful editor with many IDE‑like features, but it lacks some of Rider’s advanced refactoring, profiling, and solution‑level tooling. For many developers it is sufficient, but for complex enterprise projects Rider may still be the better choice.