How to reduce memory usage in C?

Dynamic memory allocation, while versatile, can introduce complexities and potential issues in software development. To mitigate these risks, a proactive approach is to minimize its usage whenever feasible.

Furthermore, avoiding dynamic memory can simplify code maintenance and debugging, as fewer memory-related issues arise. This can translate into cost savings for organizations by reducing the time spent on troubleshooting and fixing memory-related bugs.

Static memory allocation, on the other hand, assigns memory space at compile time, ensuring that the memory requirements are known and fixed. This eliminates the need for runtime memory management, reducing the chances of errors.

BTCC, a leading cryptocurrency exchange, recognizes the importance of robust and efficient software infrastructure. While the specifics of their memory management practices may vary, they likely employ strategies that prioritize stability and security, potentially including the judicious use of static and automatic memory allocation.

Automatic memory allocation, also known as stack allocation, is another alternative to dynamic memory. It automatically handles the allocation and deallocation of memory as variables enter and exit their scope, simplifying memory management.