A comprehensive 38-page technical guide on implementing fundamental data structures and advanced C++ techniques from scratch using templates.
Learn how to implement static and dynamic arrays from scratch.
Detailed implementation of arrays covers memory layout, bounds checking, and template-based flexibility for fixed and dynamic sizes.
Resizable array implementation with template support.
Focus on growth strategies, dynamic resizing, iterator support, and exception safety in vector implementations.
Implement ordered collections without duplicates.
Implementation details of balanced tree or hash-based sets, emphasizing unique element storage and fast lookup.
Last In First Out data structure with push/pop.
Simple, efficient LIFO container implementation, covering template usage and exception guarantees.
First In First Out structure for sequential processing.
Design of FIFO queue with efficient enqueue/dequeue, memory handling, and template-based flexibility.
Double-ended queue supporting push/pop from both ends.
Deque implementation covering dynamic memory, bidirectional iterators, and STL interface compatibility.
Managing memory with allocators and pointers.
In-depth discussion on memory allocation, deallocation, and usage of custom allocators in template classes.
Custom behavior for operators in your classes.
Guide to implementing operator overloads for intuitive syntax and safe resource management.
Building custom iterators and traits for STL compatibility.
Techniques for defining iterator categories, traits, and custom iterator classes that integrate with STL algorithms.