EqualHash(firstHash, secondHash) {
    if(!firstHash || !secondHash) {
      return false;
    }

    if(firstHash.length <= 4 || secondHash.length <= 4) {
      return false;
    }

    return (Utils.HashToAddress(firstHash) === Utils.HashToAddress(secondHash));
  }
/**
   * Compare two IDs to determine if the hashes are the same
   * by comparing the contract address they resolve to
   *
   * @param firstHash
   * @param secondHash
   *
   * @returns {boolean} - Whether or not the hashes of the IDs match
   */
Compare two IDs to determine if the hashes are the same
by comparing the contract address they resolve to

@param firstHash
@param secondHash

@returns {boolean} - Whether or not the hashes of the IDs match
Compare two IDs to determine if the hashes are the same by comparing the contract address they resolve to @param firstHash @param secondHash @returns { boolean } - Whether or not the hashes of the IDs match
EqualHash(firstHash, secondHash) {
    if(!firstHash || !secondHash) {
      return false;
    }
    if(firstHash.length <= 4 || secondHash.length <= 4) {
      return false;
    }
    return (Utils.HashToAddress(firstHash) === Utils.HashToAddress(secondHash));
  }
EqualHash ( firstHash , secondHash ) { if ( ! firstHash || ! secondHash ) { return false ; } if ( firstHash . length <= 4 || secondHash . length <= 4 ) { return false ; } return ( Utils . HashToAddress ( firstHash ) === Utils . HashToAddress ( secondHash ) ) ; }
Compare two IDs to determine if the hashes are the same
 by comparing the contract address they resolve to
Compare two IDs to determine if the hashes are the same by comparing the contract address they resolve to