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zeekayandHanzo Dev a8c164c427 Depend on the packages that exist

A rebrand renamed third-party names it did not own. @luxfhe-fhe/relayer-sdk and
@luxfhe-fhe/oracle-solidity were never published, and @fhevm/solidity ships
config/ZamaConfig.sol, not LuxConfig.sol, so nothing installed and no contract
compiled. The overrides now say what the lockfile already resolved
(@zama-fhe/relayer-sdk ^0.3.0-8, @zama-fhe/oracle-solidity ^0.2.0), and the
relayer bundle loads from cdn.zama.org, the host that serves it.

Co-authored-by: Hanzo Dev <[email protected]>

2026-09-23 01:53:25 -07:00

FHEWordle.sol

Depend on the packages that exist

2026-09-23 01:53:25 -07:00

FHEWordleFactory.sol

Depend on the packages that exist

2026-09-23 01:53:25 -07:00

README.md

Initial commit

2025-12-27 21:15:45 -08:00

README.md

FHEWordle

How the Game Works

Game Setup: A factory contract deploys unique game instances for each player using minimal proxies. Each game has:
- An encrypted target word (represented as encrypted letter indices 0-25)
- A player address who can submit guesses
- A relayer address who helps with FHE operations
Word Submission: The relayer submits the encrypted target word letters using submitWord1. The letters are stored as encrypted uint8 values.
Player Guessing: Players submit guesses by calling guessWord1 with:
- A word encoded as a uint32 (each letter as index 0-25)
- A Merkle proof verifying the word is valid
- Limited to 5 guesses total
Guess Feedback: After each guess, players can request feedback via getGuess which returns:
- An encrypted equality mask showing exact letter matches (green)
- An encrypted letter presence mask showing letters in wrong positions (yellow)
Winning: Players can claim victory using claimWin if they get all letters correct. The contract verifies this using FHE operations.
Word Revelation: After game completion, the target word can be revealed using revealWordAndStore.
Proof Verification: The relayer can verify game outcomes using Merkle proofs via checkProof.

The game leverages FHE operations to keep the target word encrypted while still allowing comparison with guesses. This prevents players from seeing the word until the game is complete.