MLDA - Memory Leak Detector & Code Analyzer

Code Editor

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Memory Statistics

Real-time analysis metrics

Total Allocations

Memory allocated

calls

Total Frees

Memory released

calls

Memory Leaks

Unfreed memory

leaks

Leaked Bytes

Memory size leaked

0 B

Critical Issues

Code quality warnings

issues

Memory Distribution

Detected Memory Leaks

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Best Practices & Recommendations

1. Always Free Allocated Memory

Ensure every malloc/calloc/realloc call has a corresponding free() call. Use tools like Valgrind to verify.

2. Check for NULL Pointers

Always check if memory allocation succeeded before using the pointer. malloc() returns NULL on failure.

3. Use Safe String Functions

Prefer strncpy() over strcpy(), snprintf() over sprintf() to prevent buffer overflows.

4. Implement Proper Error Handling

Handle allocation failures gracefully. Clean up already allocated memory before returning on error.

5. Use Memory Debugging Tools

Leverage tools like Valgrind, AddressSanitizer, or Dr. Memory to detect leaks during development.

6. Follow RAII Principles

In C++, use smart pointers (unique_ptr, shared_ptr) to automatically manage memory. In C, consider wrapper functions.

7. Regular Code Reviews

Conduct thorough code reviews focusing on memory management patterns and potential leaks.

MLDA - Memory Leak Detector & Code Analyzer

Code Editor

Detected Memory Leaks

Code Analysis Report

Memory Usage Timeline

Best Practices & Recommendations

1. Always Free Allocated Memory

2. Check for NULL Pointers

3. Use Safe String Functions

4. Implement Proper Error Handling

5. Use Memory Debugging Tools

6. Follow RAII Principles

7. Regular Code Reviews

Code Editor

Analysis Results Tabs

Detected Memory Leaks