Here's a well-structured and professional description for your project: (hehe :v)

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Type-Safe Generic Linked List in C

This project implements a type-safe, generic doubly linked list in C using macros to generate specialized list structures and functions for different data types. Unlike traditional void*-based generic lists, this approach ensures strong type safety while maintaining flexibility.

Key Features

✔ Type Safety – Prevents type mismatches by generating unique list types for each data type.
✔ Automatic Function Generation – Macros create optimized list operations (LPush, RPush, LPop, RPop, At).
✔ Efficient Memory Management – Supports custom deallocation functions for pointer-based elements.
✔ Bidirectional Traversal – Doubly linked list structure enables fast access from both ends.
✔ Optimized Indexing – Smart selection of forward or backward traversal for At() lookup.

Why This Approach?

• Avoids void* pitfalls – No need for manual type casting when accessing values.
• More readable and maintainable – Each list has well-defined operations for its type.
• Better performance – No runtime type checks; everything is resolved at compile time.

Example Usage

DefineLinkedList(int);  // Generates int-specific list

int main() {
    list_int_t myList = CreateList_int();
    myList.LPush(&myList, 42);
    int *value = myList.At(&myList, 0);
    printf("Value: %d\n", *value);  // Output: 42
}

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Would you like me to refine any part of this? 🚀 (hehe :v)