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Cursor is a revolutionary AI-driven code editor designed to increase developer productivity with intelligent advice, code generation and contextual understanding. As a fork based on Visual Studio Code, it inherits a strong expansion ecosystem and integrates a variety of advanced large language models (such as Claude 3.5 Sonnet, GPT-4o and Cursor self-developed models) to support diverse programming needs .
So, which languages does Cursor support?
Cursor AI was designed not to target specific languages, but to leverage the capabilities of the Common Large Language Model (LLM) to automatically identify and support almost all mainstream programming languages based on file extensions.
Specifically, it performs particularly well in the following languages:
Python : Suitable for data science, machine learning and web development, providing accurate code completion and error detection.
JavaScript/TypeScript : The first choice for front-end development, supporting complex projects such as React and Node.js.
Java : Suitable for enterprise-level application development, providing powerful contextual advice.
C++ and C# : Excellent in system programming and game development.
SQL : seamlessly adapts to database management and query optimization.
Ruby, Go, PHP, etc .: Multiple languages that support web development and backend services.
Because Cursor inherits the plug-in support of VS Code, users can further enhance support for emerging or niche languages such as Rust, Swift, or Kotlin by installing language-specific extensions. This flexibility makes it an ideal tool for cross-language developers.
It is worth mentioning that Cursor's multilingual support is not only reflected in code generation, but also includes real-time debugging, document generation and natural language editing. For example, you can generate code using natural language prompts (such as "write a sorting algorithm in Python"), and AI will provide language specification-compliant implementations based on the context.
