What is this?
Cosmos is OpenGenus's offline collection of algorithms and data structures — a contributor-driven code dataset with solutions in many languages, used in the Quark Search Engine, OpenGenus IQ and OpenGenus Visual Project.
Cosmos is OpenGenus's offline collection of algorithms and data structures — a contributor-driven code dataset with solutions in many languages, used in the Quark Search Engine, OpenGenus IQ and OpenGenus Visual Project.Is it a library I import into my code, or more of a reference collection?It is a code dataset, not a package you install: a browsable offline collection of algorithm implementations that you study and copy into your own projects.
It is a code dataset, not a package you install: a browsable offline collection of algorithm implementations that you study and copy into your own projects.There's no install step, so where should a beginner actually start?Just clone or browse the repository on GitHub — nothing to build. The README points beginners to its free problem sets: 50+ Linked List, 50+ Array, 50+ Binary Tree and 100+ Dynamic Programming problems.
Just clone or browse the repository on GitHub — nothing to build. The README points beginners to its free problem sets: 50+ Linked List, 50+ Array, 50+ Binary Tree and 100+ Dynamic Programming problems.Does it really work as an offline resource?Yes — that is the entire point: Cosmos exists to make coding knowledge available offline, so you can keep the whole collection locally and use it without internet access.
Yes — that is the entire point: Cosmos exists to make coding knowledge available offline, so you can keep the whole collection locally and use it without internet access.Can I freely use this code in my own projects?The code is under GNU GPL v3.0, a copyleft license, so you can use and improve it freely but derived work must stay under the same license.
The code is under GNU GPL v3.0, a copyleft license, so you can use and improve it freely but derived work must stay under the same license.What is Cosmos used for in practice?It serves as the underlying code dataset for the Quark Search Engine, OpenGenus IQ and the OpenGenus Visual Project — real products built on top of this collection.
It serves as the underlying code dataset for the Quark Search Engine, OpenGenus IQ and the OpenGenus Visual Project — real products built on top of this collection.How do I add my own algorithm to it?Open a pull request following the project's contributing guidelines and style guides. Active maintainers review every PR, and your name with a link is added to the contributors list.
Open a pull request following the project's contributing guidelines and style guides. Active maintainers review every PR, and your name with a link is added to the contributors list.Why collect algorithms offline at all?The author's advice to coders is to 'solve and review and prepare your library' — Cosmos is that prepared library, keeping every algorithm and data structure you may ever need available without a connection.
The author's advice to coders is to 'solve and review and prepare your library' — Cosmos is that prepared library, keeping every algorithm and data structure you may ever need available without a connection.What are similar projects?algorithms, linkedin-skill-assessments-quizzes, Java, leetcode-master, hello-algo, cp-algorithms, algo, CtCI-6th-Edition
algorithms, linkedin-skill-assessments-quizzes, Java, leetcode-master, hello-algo, cp-algorithms, algo, CtCI-6th-EditionWhich topics is it in?hacktoberfest2023, sorting-algorithms, dynamic-programming, datasets, algorithm, interview-questions, data-structures, computer-science, swift, offline, reference, c
hacktoberfest2023, sorting-algorithms, dynamic-programming, datasets, algorithm, interview-questions, data-structures, computer-science, swift, offline, reference, c