struggling with buggy, inefficient code? our ai-powered code fixer automatically detects issues, suggests improvements, and optimizes your code across multiple programming languages.
Improved code will appear here
Seamlessly fix and optimize code in Python, JavaScript, Java, C++, and many other programming languages with automatic language detection.
Identifies and fixes bugs, security vulnerabilities, performance bottlenecks, and style issues while maintaining original functionality.
Choose specific areas for improvement: performance, security, clean code, memory usage, or best practices implementation.
Receive clear comments explaining all significant changes and improvements made to your code for better understanding.
Paste your code directly into the editor or upload your file. Select your programming language from the dropdown menu.
Select your primary optimization goals: performance, security, clean code, or best practices. Toggle additional settings as needed.
Click 'Fix Code' to receive your improved code with detailed explanations of changes. Use 'Optimize Further' for additional enhancements.
AI Code Fixer is an advanced tool that uses artificial intelligence to analyze, fix, and optimize code. It automatically identifies issues, suggests improvements, and implements best practices while maintaining your code's original functionality.
Our tool supports multiple programming languages including Python, JavaScript, Java, C++, C#, PHP, Ruby, Swift, Go, TypeScript, Rust, and Kotlin. The language detection is automatic, but you can also specify your preferred language.
The AI Code Fixer maintains high accuracy by using advanced algorithms and best coding practices. It preserves original functionality while making improvements, and you can review all changes before implementing them.
Yes, you can toggle the 'Maintain Original Structure' option to keep your code's original structure while fixing issues. This is particularly useful when working with established codebases or specific style requirements.
The tool can improve code performance, enhance security, implement clean code practices, optimize memory usage, strengthen error handling, improve documentation, and apply language-specific best practices based on your selected optimization focus.