indelible/verify¶

import { verifyCid, verifyQuoteProof, quoteMatchesProvenText, getAttestationByIndex } from 'indelible/verify';

const result = await verifyCid(publicClient, cid, authority?);

result.code       // RESULT_CODE value — the machine-readable status
result.headline   // string — short human-readable status (e.g. "Verified")
result.details    // string — longer explanation suitable for display
result.attestation // Attestation | null — the underlying attestation, if found

const { verification, quoteText, allProofsValid } = await verifyQuoteProof(publicClient, proofData);

import { verifyQuoteProof } from 'indelible/verify';

const proofData = JSON.parse(await file.text());
const { verification, quoteText, allProofsValid } = await verifyQuoteProof(publicClient, proofData);

if (allProofsValid && verification.code === RESULT_CODE.VERIFIED) {
    console.log('Verified quote:', quoteText);
}

// Also check a displayed (possibly segmented) quote against the proven text:
const { quoteMatches } = await verifyQuoteProof(publicClient, proofData, {
    quote: 'The revolution ... televised.',
    mode: 'soft',
});

const matches = quoteMatchesProvenText(quote, provenText, { mode? });

import { quoteMatchesProvenText } from 'indelible/verify';

quoteMatchesProvenText('The revolution will not be televised.', provenText);
// true — verbatim substring, works in either mode

quoteMatchesProvenText('The revolution ... televised.', provenText);
// false in 'hard' mode (default) — not a verbatim substring

quoteMatchesProvenText('The revolution ... televised.', provenText, { mode: 'soft' });
// true — both segments found in provenText, in order

const attestation = await getAttestationByIndex(publicClient, index);

const indices = await cidToAttestationIndices(publicClient, cid);
// e.g. [1n, 7n, 42n]

const index = await cidAndAddressToAttestationIndices(publicClient, cid, authority);

attestation.ipfsHash        // string — bytes32 hex of the IPFS CID
attestation.qvHash          // string — bytes32 hex Merkle root (zero if unused)
attestation.parentIpfsHash  // string — bytes32 hex of prior version CID (zero if none)
attestation.authority       // string — Ethereum address of the attesting authority
attestation.timestamp       // bigint — block.timestamp when the attestation was created
attestation.revokedAt       // bigint — block.timestamp of revocation; 0n if not revoked
attestation.childIpfsHash   // string — bytes32 hex of the newer version CID (zero if none)