Question 1

What is Coders Gallery?

Accepted Answer

Coders Gallery is a competitive programming leaderboard and developer portfolio platform. It ranks developers globally by aggregating and normalizing scores from LeetCode, Codeforces, CodeChef, HackerRank, HackerEarth, and GeeksforGeeks using a weighted scoring algorithm.

Question 2

How does the Coders Gallery scoring system work?

Accepted Answer

Scores are calculated using platform-specific weights: Codeforces (1.2x), CodeChef (1.1x), LeetCode (1.0x), HackerRank (0.8x), HackerEarth (0.7x), and GeeksforGeeks (0.6x). Scores decay after 90 days of inactivity with a max 30% reduction, floored at 0.7x. Only verified platform accounts count toward the total score.

Question 3

How do I get ranked on Coders Gallery?

Accepted Answer

Sign up using GitHub or Google OAuth, pick a username, add your coding platform usernames, verify ownership by adding a verification token to your platform bio, and trigger a scrape. Once verified, your scores are calculated and you appear on the global leaderboard.

Question 4

Which coding platforms does Coders Gallery support?

Accepted Answer

Coders Gallery supports 6 platforms: LeetCode, Codeforces, CodeChef, HackerRank, HackerEarth, and GeeksforGeeks. Each platform has a different weight in the final score calculation based on difficulty and prestige.

Question 5

Can I share my Coders Gallery profile on my resume?

Accepted Answer

Yes. Every user gets a public profile at coders.gallery/username that serves as a shareable developer portfolio. It includes your global rank, color band, platform-specific stats, problem-solving breakdown, and achievement badges — designed specifically to be shared on resumes and LinkedIn.

Question 6

How often are scores updated on Coders Gallery?

Accepted Answer

Scores are updated through on-demand scraping when you manually trigger an update. Each platform profile is scraped via the platform's public API or GraphQL endpoints, and the total score is recalculated using the weighted normalization formula with recency decay.

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