September 27, 2024

Implementing Merge Sort Algorithm in Elixir

15

clicks

Implementing Merge Sort Algorithm in Elixir

Source: virinchi.me

Functional Programming

This article provides a comprehensive guide to implementing the Merge Sort algorithm using Elixir, highlighting its divide and conquer approach. It details the algorithm's three main steps: dividing the list until one element remains, conquering by recursively sorting single-element lists, and merging these sorted lists back together. The article includes code examples demonstrating the functions 'sort/1' for dividing lists and 'merge/2' for merging sorted lists. It underscores Elixir's functional programming style, avoiding loops and conditionals in favor of recursion and pattern matching. The author also provides a visualization of the merge sort process and resources for further exploration.

Continue reading

Related posts

Exploring the Structure and Components of Embedded Elixir with Nerves

The article discusses the architecture and functioning of the Embedded Elixir ecosystem, particularly focusing on the Nerves project. It highlights the role of the BEAM virtual machine, Erlang releases, and key components like partitions and firmware in building a robust embedded system.

Oct 07, 2024

Building Real-Time Web Applications with Phoenix LiveView

Dung Tran presents a comprehensive guide on creating real-time web applications using Phoenix LiveView, discussing its benefits and providing a step-by-step tutorial.

Jan 10, 2023

Implementing Insert Sort in Elixir

Ch Virinchi provides a detailed guide on implementing the Insert Sort algorithm in Elixir, showcasing how to handle sorting using functional programming principles.

Sep 25, 2024

© HashMerge 2024