A simple, thread-safe memory manager for 64bit C++ applications and games. Focus is on preventing heap fragmentation in the absence of good virtual memory management, at the cost of wasting some memory. It works by globally overriding the new and delete operators.
This is the magic implementation of dynamic string. Based on dalloc allocator, that solves memory fragmentation problem. So you can use it in your embedded project and not to be afraid of program crash by reason of memory fragmentation.
Embedded memory manager library. Memory allocations are done in sizes rounded to managed block sizes.
A comprehensive guide to Heap Memory Management! Dive into various concepts like memory allocation (malloc), block merging/splitting, and solving fragmentation issues in heap memory using system calls like brk & sbrk. Explore, Learn, & Contribute!
a pool of byte slice, without the memory fragmentation
This is the magic implementation of dynamic array. Based on dalloc allocator, that solves memory fragmentation problem. So you can use it in your embedded project and not to be afraid of program crash by reason of memory fragmentation.
This is the dalloc wrapper, it designed to make "dalloc" more comfortable to use. For example if you need to return pointer to memory allocated inside some function.
π Explore the intricacies of virtual memory management! π This repo provides comprehensive guides and insights into page tables, address mapping, multi-level paging, and more! Ideal for OS enthusiasts and computer science students.π§ π»
πA self-implemented memory allocator written in standard C++ & C for learning low-level memory allocation logic, embedded bare-metal development, and MCU memory management βοΈ.
This Memory Allocation Algorithm Simulation is a Java-based project designed to demonstrate how an Operating System manages physical memory. It uses a Swing GUI to visually represent memory blocks as color-coded segments: green for free space and red for allocated processes.
Efficient Pool/Block Memory Allocator
GPU memory fragmentation tracing, replay, and visualization for Megatron-LM training
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