Minimum Number of Swaps to Arrange Couples
Learn how to solve the minimum number of swaps problem to arrange couples side by side efficiently using a greedy algorithm in TypeScript with linear time complexity.
All of my long-form thoughts on programming, leadership, product design, and more, collected in chronological order.
Learn how to solve the minimum number of swaps problem to arrange couples side by side efficiently using a greedy algorithm in TypeScript with linear time complexity.
Discover an optimal solution to find the smallest number of squared integers that sum to a given positive integer using dynamic programming in TypeScript.
Learn how to detect arbitrage opportunities in currency exchange rates using graph theory and the Bellman-Ford algorithm. A detailed TypeScript solution with step-by-step explanation.
Learn how to check if one string can be shifted to match another string using a simple and efficient TypeScript solution.
Learn how to implement a circular buffer in TypeScript to efficiently record and retrieve the last N orders for your e-commerce website. Fast and space-efficient solution.
Learn how to solve the Tower of Hanoi puzzle in TypeScript. This guide provides a step-by-step solution using recursion for the classic problem.
Learn how to implement a unique Singleton pattern in TypeScript where getInstance() alternates between two instances, providing flexibility and innovation.
Learn how to break a string into multiple lines by word boundaries in TypeScript without splitting words across lines, ensuring each line is within a specified length.
Learn how to implement the Fibonacci sequence in TypeScript with only O(1) space complexity. This efficient solution is perfect for large-scale calculations.
Discover an optimal solution to find the smallest number of squared integers that sum to a given positive integer using dynamic programming in TypeScript.
Learn how to count attacking bishop pairs on a chessboard using an efficient TypeScript algorithm. Understand the properties of diagonals and implement an optimal solution.
Learn how to implement the flood fill algorithm in TypeScript for image processing. This step-by-step guide covers everything from identifying edge cases to using DFS for efficient matrix manipulation.