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A curated, pattern-based study guide that groups LeetCode interview questions by the algorithmic pattern they test, so you repeatedly practice the same technique instead of randomly jumping between unrelated problems.
A curated, pattern-based study guide that groups LeetCode interview questions by the algorithmic pattern they test, so you repeatedly practice the same technique instead of randomly jumping between unrelated problems.Is this just a markdown list, or is there an actual website to browse the problems?It is a live web app built with Next.js, React and TanStack Table that renders the question list, not just a static README table.
It is a live web app built with Next.js, React and TanStack Table that renders the question list, not just a static README table.How do I actually use it to practice?Browse the question list by subtopic/pattern on the site and solve each linked problem directly on leetcode.com, repeating the same pattern across multiple problems before moving to the next one.
Browse the question list by subtopic/pattern on the site and solve each linked problem directly on leetcode.com, repeating the same pattern across multiple problems before moving to the next one.Do I need a LeetCode premium subscription to solve everything?No account is required just to browse the list, but a subset of the linked problems are LeetCode-premium-only.
No account is required just to browse the list, but a subset of the linked problems are LeetCode-premium-only.Are solutions provided for every problem here?Solutions aren't shown inline; they're written in Java and kept on a separate 'solutions' git branch instead.
Solutions aren't shown inline; they're written in Java and kept on a separate 'solutions' git branch instead.What data structures and algorithms should I brush up on first?The README recommends knowing arrays, maps, linked lists, queues, heaps, stacks, trees and graphs, plus algorithms like breadth-first search, depth-first search, binary search and recursion.
The README recommends knowing arrays, maps, linked lists, queues, heaps, stacks, trees and graphs, plus algorithms like breadth-first search, depth-first search, binary search and recursion.What inspired the pattern-based structure?The list is heavily inspired by 'Grokking the Coding Interview', with extra problems pulled from the Blind 75 list and a Hackernoon article on 14 patterns to ace any coding interview question.
The list is heavily inspired by 'Grokking the Coding Interview', with extra problems pulled from the Blind 75 list and a Hackernoon article on 14 patterns to ace any coding interview question.Is there anything to help with Java-specific syntax?Yes, a linked PDF covers key Java methods useful for solving the problems, like substring(), toCharArray(), Math.max() and Math.min().
Yes, a linked PDF covers key Java methods useful for solving the problems, like substring(), toCharArray(), Math.max() and Math.min().What are similar projects?hello-algorithm, LeetCode-Questions-CompanyWise, algorithm-pattern, LearningNotes, tech-interview-handbook, LeetcodeTop, SDE-Interview-and-Prep-Roadmap, interview
hello-algorithm, LeetCode-Questions-CompanyWise, algorithm-pattern, LearningNotes, tech-interview-handbook, LeetcodeTop, SDE-Interview-and-Prep-Roadmap, interviewWhich topics is it in?supabase, interview-prep, leetcode, study-guide, interview-questions, data-structures, interview, algorithms, tailwindcss, career, computer-science, github-actions
supabase, interview-prep, leetcode, study-guide, interview-questions, data-structures, interview, algorithms, tailwindcss, career, computer-science, github-actions