import { IpfsHash } from '../src/customTypes/ipfsHash';
import { test, expect, it, describe, beforeAll } from '@jest/globals';
import { Consent, ConsentSignerKind } from '../src/resource/consent';
//import type { ConsentSignerKind } from '../src/resource/consent';
import { DocumentReference } from '../src/resource/document';
import { Field, CircuitString, Character, PrivateKey, Signature } from 'o1js';
import { Uuidv4 } from '../src/customTypes/uuidv4';

describe('Lib Testing', () => {
  let grantorAccount: PrivateKey;
  let controllerAccount: PrivateKey;

  beforeAll(async () => {
    grantorAccount = PrivateKey.random();
    controllerAccount = PrivateKey.random();
    //if (proofsEnabled) await SegmentVerifier.compile();
  });

  it('uses o1js for ipfs hash', async () => {
    const doc = await DocumentReference.init(
      'tests/data/sampleagreement.json',
      'json'
    );
    const docCid = doc.identifier.toString();

    const packedIpfsHash = IpfsHash.fromString(docCid);
    expect(packedIpfsHash.toString()).toEqual(docCid);
  });

  it('signs packed uuid', async () => {
    const UUID = '75a8a5f7-f779-48ba-bd27-be70169eb4ad';
    const packedUUID = Uuidv4.fromString(UUID);

    //TODO: wait for packedIpfsHash to support toFields() to allow for signature
    const sig = Signature.create(grantorAccount, [...packedUUID.toFields()]);
  });
});