Unlock your data structures potential by being able to create your own linked list in Python
InstructorFebin GeorgeCovers the implementation and operation of Singly, Doubly, and Circular Linked Lists.
Includes 'Brain Teaser' sections designed to improve logical thinking through specific tasks like sorting and cycle detection.
Editorial course preview
These 4 complementary views highlight concrete, legible examples from the course presentation.
This diagram illustrates the algorithm for merging two sorted singly linked lists by comparing node values and linking them into a new sorted sequence.
This educational slide illustrates the structure of a Python list containing employee names, highlighting the element at index 1 to demonstrate array indexing.
This document outlines specific doubly linked list exercises in Python, including deleting a node, swapping nodes, and merging unsorted lists without duplicates.
The image displays the Python 3.6.1 installation wizard on a Windows system, highlighting the option to add Python to the PATH environment variable.
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The Doubly Linked List implementation lacks a Tail anchor, which can complicate end-of-list operations.
Instructional pacing may feel rapid for some, and certain algorithmic demonstrations do not address all possible scenarios.
The curriculum aligns with the requirement for Python and OOP knowledge to implement various list structures.