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- data-seal: Verifiable Data Integrity Seal (PIP-0010/LP-0535) FHE-encrypted tamper-proof sealing with Public/ZK/Private modes, batch sealing, homomorphic verification - content-provenance: AI & Media Content Provenance (PIP-0011/LP-7110) Model manifests, output attestation via homomorphic comparison, media derivation DAGs - encrypted-crdt: Encrypted CRDT (PIP-0013/LP-6500) LWW-Register with FHE values, OR-Set with tag-based add/remove, Lamport timestamp conflict resolution, deterministic merge - shadow-governance: Shadow Government Protocol (PIP-7010) Anonymous ministries, encrypted voting with homomorphic tallying, nullifier-based anti-fraud, quorum enforcement Each example includes Solidity contracts, Hardhat tests, CLI tasks, and README linking to corresponding PIP and LP specifications.
25 lines
1.0 KiB
TypeScript
25 lines
1.0 KiB
TypeScript
import { task } from "hardhat/config";
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import { fhe, Encryptable } from "@luxfhe/sdk/node";
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task("task:set-register", "Set an encrypted LWW-Register value")
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.addParam("contract", "EncryptedCRDT contract address")
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.addParam("doc", "Document ID")
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.addParam("field", "Field name")
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.addParam("value", "Value to set (integer)")
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.addParam("timestamp", "Lamport timestamp")
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.setAction(async ({ contract, doc, field, value, timestamp }, hre) => {
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const [signer] = await hre.ethers.getSigners();
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const crdt = await hre.ethers.getContractAt("EncryptedCRDT", contract);
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const regId = hre.ethers.keccak256(
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hre.ethers.solidityPacked(["string", "string"], [doc, field])
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);
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const docId = hre.ethers.keccak256(hre.ethers.toUtf8Bytes(doc));
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const [encVal] = await fhe.encrypt([Encryptable.uint32(BigInt(value))]);
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const tx = await crdt.connect(signer).setRegister(regId, encVal, parseInt(timestamp), docId);
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await tx.wait();
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console.log(`Register set: ${doc}.${field} = [encrypted] @ t=${timestamp}`);
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});
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