FractionERC1155DataManager

 NOTE: This contract and the Data Object contract MUST be approved in the Data Index contract to interact with the given
 Data Point.

 On secondary chains this contract functionality is limited to OmnichainUpgradeableERC1155DataManager
 We are using same contract both on primary and secondary chains to ensure they have same address on all chains.

 Since this contract use the OmnichainFungibleFractionsWithLocalMintBurnSupplyDO data object, the missing function
 localMintBurnSupply() is implemented here._

error UserUnlockDisabled()

struct FractionConfig {
  address wrapper;
  uint256 nftId;
  uint256 initialSupply;
  uint256 upperGenesisId;
  bool userUnlockEnabled;
}

address wrapper

uint256 nftId

bool userUnlockEnabled

uint256 upperGenesisId

uint256 totalSupplyGenesisIds

modifier onlyPrimaryChain()

modifier onlyIfUserUnlockEnabled()

constructor() public

function initialize(struct IFractionERC1155DataManager.OmnichainERC1155InitData omnichainERC1155InitData, address beneficiary_, address wrapper_, uint256 nftId_, uint256 amountToBeMinted_, uint256 upperGenesisId_, bool userUnlockEnabled_) external virtual

function __OmnichainUpgradeableERC1155DataManager_init_with_struct(struct IFractionERC1155DataManager.OmnichainERC1155InitData omnichainERC1155InitData) internal

function __FractionERC1155DataManager_init_unchained(address beneficiary_, struct FractionERC1155DataManager.FractionConfig fractionConfig_) internal

function forceUnlockNft(address receiver) external

function forceFullyUnlockWrappedAssets(address receiver) external

function fullyUnlockWrappedAssets(address beneficiary) external

function partiallyUnlockWrappedAssets(uint256 genesisId, uint256 fractionsToBurn, bool skipNonPercentageWtypes, address beneficiary) external

function partiallyUnlockWrappedAssetsBatch(uint256[] genesisIds, uint256[] fractionsToBurnforId, bool skipNonPercentageWtypes, address beneficiary) external

function burnMintAndPartiallyUnwrap(uint256 fractionsToHandle, uint256 burnId, uint256 mintId, address account, address[] tokens, uint256[] ids, uint256[] values) external

function burnFromOwnerMintToAccount(uint256 fractionsToHandle, uint256 burnId, uint256 mintId, address account) external

function burnFromOwnerUnwrapToAccount(uint256 fractionsToHandle, uint256 burnId, address account, address[] tokens, uint256[] ids, uint256[] values) external

function percentageBurnMintAndPartiallyUnwrap(uint256 fractionsToHandle, uint256 burnId, uint256 mintId, address account, uint256 percentageToProvide) external

function execute(address token, bytes input) external payable

function onERC721Received(address, address, uint256, bytes) external pure returns (bytes4)

function transferOwnership(address newOwner) public virtual

function localMintBurnSupplyAll() public view returns (uint256)

function localMintBurnSupply(uint256 id) public view returns (uint256)

function safeTransferFrom(address from, OmnichainAddress to, uint256 id, uint256 value, bytes data, address payable refundAddress) public payable virtual

function mint(address to, uint256 id, uint256 value, bytes data) public

function burn(address from, uint256 id, uint256 value) public