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Implementation of popular algorithms and data structures using .NET Core

Prerequisites:

• Install the latest version of.NET Core
• Install the latest version ofVisual Studio Code orVisual Studio
• Get the code:

  git clone https://github.com/Miltt/Console.git

• Open the solution to build the applicationdotnet build and run testsdotnet test

Algorithms

• Cryptography
  • RSA
• Dynamic Programming
  • Knapsack Problem
  • Fibonacci Number
  • Longest common subsequence problem
• Greedy
  • Prims
• Linear Programming
  • Simplex Algorithm
• Miscellaneous
  • Lucky Tickets
  • Tower of Hanoi
  • Eight queens puzzle
  • Coin change problem
• Multithreading
  • Dining Philosophers Problem
  • Readers Writers Problem
• Number Theoretic
  • Prime
    • Primality Test
    • Sieve of Atkin
  • Exponentiation
    • Modular exponentiation
    • Exponentiation by squaring
    • Factorization
      • Trial division
      • Fermat's method
    • Greatest common divisor
      • Euclidean algorithm
      • Extended Euclidean algorithm
    • Multiplication
      • Recursive Naive
      • Peasant (Binary, Bitwise)
      • Karatsuba
• Searching
  • Array
    • Binary
    • Linear
  • Graph
    • Breadth-first search
    • Depth-first search
    • Dijkstra
  • String
    • Knuth-Morris-Pratt
• Simulated Annealing
  • Travelling salesman problem
• Sorting (ascending and descending order)
  • Bubble
  • Cocktail
  • Gnome
  • Heap
  • Insertion
  • Merge
  • Quick
  • Selection
  • Shell

Data Structures

• Graph
• Heap
  • Binary
  • Binomial
• Matrix
• Tree
  • AVL
  • Red-black
• Disjoint Set
• Doubly Linked List
• Dynamic Array
• Hash Table
• Immutable Stack
• Lock-Free Stack

Design Patterns

• Creational
  • Factory Method
• Structural
  • Adapter
• Behavioral
  • Strategy

Copyright (c) 2021 Ilya Moshanov

Licensed under theMIT License.