Variable ZkSyncMainContractConst
ZkSyncMainContract: Contract<readonly [{
anonymous: false;
inputs: readonly [{
indexed: true;
internalType: "uint256";
name: "batchNumber";
type: "uint256";
}, {
indexed: true;
internalType: "bytes32";
name: "batchHash";
type: "bytes32";
}, {
indexed: true;
internalType: "bytes32";
name: "commitment";
type: "bytes32";
}];
name: "BlockCommit";
type: "event";
}, {
anonymous: false;
inputs: readonly [{
indexed: true;
internalType: "uint256";
name: "batchNumber";
type: "uint256";
}, {
indexed: true;
internalType: "bytes32";
name: "batchHash";
type: "bytes32";
}, {
indexed: true;
internalType: "bytes32";
name: "commitment";
type: "bytes32";
}];
name: "BlockExecution";
type: "event";
}, {
anonymous: false;
inputs: readonly [{
indexed: false;
internalType: "uint256";
name: "totalBatchesCommitted";
type: "uint256";
}, {
indexed: false;
internalType: "uint256";
name: "totalBatchesVerified";
type: "uint256";
}, {
indexed: false;
internalType: "uint256";
name: "totalBatchesExecuted";
type: "uint256";
}];
name: "BlocksRevert";
type: "event";
}, {
anonymous: false;
inputs: readonly [{
indexed: true;
internalType: "uint256";
name: "previousLastVerifiedBatch";
type: "uint256";
}, {
indexed: true;
internalType: "uint256";
name: "currentLastVerifiedBatch";
type: "uint256";
}];
name: "BlocksVerification";
type: "event";
}, {
anonymous: false;
inputs: readonly [{
indexed: true;
internalType: "address";
name: "to";
type: "address";
}, {
indexed: false;
internalType: "uint256";
name: "amount";
type: "uint256";
}];
name: "EthWithdrawalFinalized";
type: "event";
}, {
anonymous: false;
inputs: readonly [{
components: readonly [{
components: readonly [{
internalType: "address";
name: "facet";
type: "address";
}, {
internalType: "enum Diamond.Action";
name: "action";
type: "uint8";
}, {
internalType: "bool";
name: "isFreezable";
type: "bool";
}, {
internalType: "bytes4[]";
name: "selectors";
type: "bytes4[]";
}];
internalType: "struct Diamond.FacetCut[]";
name: "facetCuts";
type: "tuple[]";
}, {
internalType: "address";
name: "initAddress";
type: "address";
}, {
internalType: "bytes";
name: "initCalldata";
type: "bytes";
}];
indexed: false;
internalType: "struct Diamond.DiamondCutData";
name: "diamondCut";
type: "tuple";
}];
name: "ExecuteUpgrade";
type: "event";
}, {
anonymous: false;
inputs: readonly [];
name: "Freeze";
type: "event";
}, {
anonymous: false;
inputs: readonly [{
indexed: false;
internalType: "bool";
name: "isPorterAvailable";
type: "bool";
}];
name: "IsPorterAvailableStatusUpdate";
type: "event";
}, {
anonymous: false;
inputs: readonly [{
indexed: true;
internalType: "address";
name: "oldAdmin";
type: "address";
}, {
indexed: true;
internalType: "address";
name: "newAdmin";
type: "address";
}];
name: "NewAdmin";
type: "event";
}, {
anonymous: false;
inputs: readonly [{
indexed: false;
internalType: "uint128";
name: "oldNominator";
type: "uint128";
}, {
indexed: false;
internalType: "uint128";
name: "oldDenominator";
type: "uint128";
}, {
indexed: false;
internalType: "uint128";
name: "newNominator";
type: "uint128";
}, {
indexed: false;
internalType: "uint128";
name: "newDenominator";
type: "uint128";
}];
name: "NewBaseTokenMultiplier";
type: "event";
}, {
anonymous: false;
inputs: readonly [{
components: readonly [{
internalType: "enum PubdataPricingMode";
name: "pubdataPricingMode";
type: "uint8";
}, {
internalType: "uint32";
name: "batchOverheadL1Gas";
type: "uint32";
}, {
internalType: "uint32";
name: "maxPubdataPerBatch";
type: "uint32";
}, {
internalType: "uint32";
name: "maxL2GasPerBatch";
type: "uint32";
}, {
internalType: "uint32";
name: "priorityTxMaxPubdata";
type: "uint32";
}, {
internalType: "uint64";
name: "minimalL2GasPrice";
type: "uint64";
}];
indexed: false;
internalType: "struct FeeParams";
name: "oldFeeParams";
type: "tuple";
}, {
components: readonly [{
internalType: "enum PubdataPricingMode";
name: "pubdataPricingMode";
type: "uint8";
}, {
internalType: "uint32";
name: "batchOverheadL1Gas";
type: "uint32";
}, {
internalType: "uint32";
name: "maxPubdataPerBatch";
type: "uint32";
}, {
internalType: "uint32";
name: "maxL2GasPerBatch";
type: "uint32";
}, {
internalType: "uint32";
name: "priorityTxMaxPubdata";
type: "uint32";
}, {
internalType: "uint64";
name: "minimalL2GasPrice";
type: "uint64";
}];
indexed: false;
internalType: "struct FeeParams";
name: "newFeeParams";
type: "tuple";
}];
name: "NewFeeParams";
type: "event";
}, {
anonymous: false;
inputs: readonly [{
indexed: true;
internalType: "address";
name: "oldPendingAdmin";
type: "address";
}, {
indexed: true;
internalType: "address";
name: "newPendingAdmin";
type: "address";
}];
name: "NewPendingAdmin";
type: "event";
}, {
anonymous: false;
inputs: readonly [{
indexed: false;
internalType: "uint256";
name: "txId";
type: "uint256";
}, {
indexed: false;
internalType: "bytes32";
name: "txHash";
type: "bytes32";
}, {
indexed: false;
internalType: "uint64";
name: "expirationTimestamp";
type: "uint64";
}, {
components: readonly [{
internalType: "uint256";
name: "txType";
type: "uint256";
}, {
internalType: "uint256";
name: "from";
type: "uint256";
}, {
internalType: "uint256";
name: "to";
type: "uint256";
}, {
internalType: "uint256";
name: "gasLimit";
type: "uint256";
}, {
internalType: "uint256";
name: "gasPerPubdataByteLimit";
type: "uint256";
}, {
internalType: "uint256";
name: "maxFeePerGas";
type: "uint256";
}, {
internalType: "uint256";
name: "maxPriorityFeePerGas";
type: "uint256";
}, {
internalType: "uint256";
name: "paymaster";
type: "uint256";
}, {
internalType: "uint256";
name: "nonce";
type: "uint256";
}, {
internalType: "uint256";
name: "value";
type: "uint256";
}, {
internalType: "uint256[4]";
name: "reserved";
type: "uint256[4]";
}, {
internalType: "bytes";
name: "data";
type: "bytes";
}, {
internalType: "bytes";
name: "signature";
type: "bytes";
}, {
internalType: "uint256[]";
name: "factoryDeps";
type: "uint256[]";
}, {
internalType: "bytes";
name: "paymasterInput";
type: "bytes";
}, {
internalType: "bytes";
name: "reservedDynamic";
type: "bytes";
}];
indexed: false;
internalType: "struct L2CanonicalTransaction";
name: "transaction";
type: "tuple";
}, {
indexed: false;
internalType: "bytes[]";
name: "factoryDeps";
type: "bytes[]";
}];
name: "NewPriorityRequest";
type: "event";
}, {
anonymous: false;
inputs: readonly [{
indexed: false;
internalType: "uint256";
name: "oldPriorityTxMaxGasLimit";
type: "uint256";
}, {
indexed: false;
internalType: "uint256";
name: "newPriorityTxMaxGasLimit";
type: "uint256";
}];
name: "NewPriorityTxMaxGasLimit";
type: "event";
}, {
anonymous: false;
inputs: readonly [{
indexed: false;
internalType: "address";
name: "oldTransactionFilterer";
type: "address";
}, {
indexed: false;
internalType: "address";
name: "newTransactionFilterer";
type: "address";
}];
name: "NewTransactionFilterer";
type: "event";
}, {
anonymous: false;
inputs: readonly [{
components: readonly [{
components: readonly [{
internalType: "address";
name: "facet";
type: "address";
}, {
internalType: "enum Diamond.Action";
name: "action";
type: "uint8";
}, {
internalType: "bool";
name: "isFreezable";
type: "bool";
}, {
internalType: "bytes4[]";
name: "selectors";
type: "bytes4[]";
}];
internalType: "struct Diamond.FacetCut[]";
name: "facetCuts";
type: "tuple[]";
}, {
internalType: "address";
name: "initAddress";
type: "address";
}, {
internalType: "bytes";
name: "initCalldata";
type: "bytes";
}];
indexed: false;
internalType: "struct Diamond.DiamondCutData";
name: "diamondCut";
type: "tuple";
}, {
indexed: true;
internalType: "uint256";
name: "proposalId";
type: "uint256";
}, {
indexed: false;
internalType: "bytes32";
name: "proposalSalt";
type: "bytes32";
}];
name: "ProposeTransparentUpgrade";
type: "event";
}, {
anonymous: false;
inputs: readonly [];
name: "Unfreeze";
type: "event";
}, {
anonymous: false;
inputs: readonly [{
indexed: true;
internalType: "address";
name: "validatorAddress";
type: "address";
}, {
indexed: false;
internalType: "bool";
name: "isActive";
type: "bool";
}];
name: "ValidatorStatusUpdate";
type: "event";
}, {
anonymous: false;
inputs: readonly [{
indexed: false;
internalType: "enum PubdataPricingMode";
name: "validiumMode";
type: "uint8";
}];
name: "ValidiumModeStatusUpdate";
type: "event";
}, {
inputs: readonly [];
name: "acceptAdmin";
outputs: readonly [];
stateMutability: "nonpayable";
type: "function";
}, {
inputs: readonly [];
name: "baseTokenGasPriceMultiplierDenominator";
outputs: readonly [{
internalType: "uint128";
name: "";
type: "uint128";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "baseTokenGasPriceMultiplierNominator";
outputs: readonly [{
internalType: "uint128";
name: "";
type: "uint128";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [{
components: readonly [{
internalType: "address";
name: "sender";
type: "address";
}, {
internalType: "address";
name: "contractL2";
type: "address";
}, {
internalType: "uint256";
name: "mintValue";
type: "uint256";
}, {
internalType: "uint256";
name: "l2Value";
type: "uint256";
}, {
internalType: "bytes";
name: "l2Calldata";
type: "bytes";
}, {
internalType: "uint256";
name: "l2GasLimit";
type: "uint256";
}, {
internalType: "uint256";
name: "l2GasPerPubdataByteLimit";
type: "uint256";
}, {
internalType: "bytes[]";
name: "factoryDeps";
type: "bytes[]";
}, {
internalType: "address";
name: "refundRecipient";
type: "address";
}];
internalType: "struct BridgehubL2TransactionRequest";
name: "_request";
type: "tuple";
}];
name: "bridgehubRequestL2Transaction";
outputs: readonly [{
internalType: "bytes32";
name: "canonicalTxHash";
type: "bytes32";
}];
stateMutability: "payable";
type: "function";
}, {
inputs: readonly [{
components: readonly [{
internalType: "enum PubdataPricingMode";
name: "pubdataPricingMode";
type: "uint8";
}, {
internalType: "uint32";
name: "batchOverheadL1Gas";
type: "uint32";
}, {
internalType: "uint32";
name: "maxPubdataPerBatch";
type: "uint32";
}, {
internalType: "uint32";
name: "maxL2GasPerBatch";
type: "uint32";
}, {
internalType: "uint32";
name: "priorityTxMaxPubdata";
type: "uint32";
}, {
internalType: "uint64";
name: "minimalL2GasPrice";
type: "uint64";
}];
internalType: "struct FeeParams";
name: "_newFeeParams";
type: "tuple";
}];
name: "changeFeeParams";
outputs: readonly [];
stateMutability: "nonpayable";
type: "function";
}, {
inputs: readonly [{
components: readonly [{
internalType: "uint64";
name: "batchNumber";
type: "uint64";
}, {
internalType: "bytes32";
name: "batchHash";
type: "bytes32";
}, {
internalType: "uint64";
name: "indexRepeatedStorageChanges";
type: "uint64";
}, {
internalType: "uint256";
name: "numberOfLayer1Txs";
type: "uint256";
}, {
internalType: "bytes32";
name: "priorityOperationsHash";
type: "bytes32";
}, {
internalType: "bytes32";
name: "l2LogsTreeRoot";
type: "bytes32";
}, {
internalType: "uint256";
name: "timestamp";
type: "uint256";
}, {
internalType: "bytes32";
name: "commitment";
type: "bytes32";
}];
internalType: "struct IExecutor.StoredBatchInfo";
name: "_lastCommittedBatchData";
type: "tuple";
}, {
components: readonly [{
internalType: "uint64";
name: "batchNumber";
type: "uint64";
}, {
internalType: "uint64";
name: "timestamp";
type: "uint64";
}, {
internalType: "uint64";
name: "indexRepeatedStorageChanges";
type: "uint64";
}, {
internalType: "bytes32";
name: "newStateRoot";
type: "bytes32";
}, {
internalType: "uint256";
name: "numberOfLayer1Txs";
type: "uint256";
}, {
internalType: "bytes32";
name: "priorityOperationsHash";
type: "bytes32";
}, {
internalType: "bytes32";
name: "bootloaderHeapInitialContentsHash";
type: "bytes32";
}, {
internalType: "bytes32";
name: "eventsQueueStateHash";
type: "bytes32";
}, {
internalType: "bytes";
name: "systemLogs";
type: "bytes";
}, {
internalType: "bytes";
name: "pubdataCommitments";
type: "bytes";
}];
internalType: "struct IExecutor.CommitBatchInfo[]";
name: "_newBatchesData";
type: "tuple[]";
}];
name: "commitBatches";
outputs: readonly [];
stateMutability: "nonpayable";
type: "function";
}, {
inputs: readonly [{
internalType: "uint256";
name: "_chainId";
type: "uint256";
}, {
components: readonly [{
internalType: "uint64";
name: "batchNumber";
type: "uint64";
}, {
internalType: "bytes32";
name: "batchHash";
type: "bytes32";
}, {
internalType: "uint64";
name: "indexRepeatedStorageChanges";
type: "uint64";
}, {
internalType: "uint256";
name: "numberOfLayer1Txs";
type: "uint256";
}, {
internalType: "bytes32";
name: "priorityOperationsHash";
type: "bytes32";
}, {
internalType: "bytes32";
name: "l2LogsTreeRoot";
type: "bytes32";
}, {
internalType: "uint256";
name: "timestamp";
type: "uint256";
}, {
internalType: "bytes32";
name: "commitment";
type: "bytes32";
}];
internalType: "struct IExecutor.StoredBatchInfo";
name: "_lastCommittedBatchData";
type: "tuple";
}, {
components: readonly [{
internalType: "uint64";
name: "batchNumber";
type: "uint64";
}, {
internalType: "uint64";
name: "timestamp";
type: "uint64";
}, {
internalType: "uint64";
name: "indexRepeatedStorageChanges";
type: "uint64";
}, {
internalType: "bytes32";
name: "newStateRoot";
type: "bytes32";
}, {
internalType: "uint256";
name: "numberOfLayer1Txs";
type: "uint256";
}, {
internalType: "bytes32";
name: "priorityOperationsHash";
type: "bytes32";
}, {
internalType: "bytes32";
name: "bootloaderHeapInitialContentsHash";
type: "bytes32";
}, {
internalType: "bytes32";
name: "eventsQueueStateHash";
type: "bytes32";
}, {
internalType: "bytes";
name: "systemLogs";
type: "bytes";
}, {
internalType: "bytes";
name: "pubdataCommitments";
type: "bytes";
}];
internalType: "struct IExecutor.CommitBatchInfo[]";
name: "_newBatchesData";
type: "tuple[]";
}];
name: "commitBatchesSharedBridge";
outputs: readonly [];
stateMutability: "nonpayable";
type: "function";
}, {
inputs: readonly [{
components: readonly [{
internalType: "uint64";
name: "batchNumber";
type: "uint64";
}, {
internalType: "bytes32";
name: "batchHash";
type: "bytes32";
}, {
internalType: "uint64";
name: "indexRepeatedStorageChanges";
type: "uint64";
}, {
internalType: "uint256";
name: "numberOfLayer1Txs";
type: "uint256";
}, {
internalType: "bytes32";
name: "priorityOperationsHash";
type: "bytes32";
}, {
internalType: "bytes32";
name: "l2LogsTreeRoot";
type: "bytes32";
}, {
internalType: "uint256";
name: "timestamp";
type: "uint256";
}, {
internalType: "bytes32";
name: "commitment";
type: "bytes32";
}];
internalType: "struct IExecutor.StoredBatchInfo[]";
name: "_batchesData";
type: "tuple[]";
}];
name: "executeBatches";
outputs: readonly [];
stateMutability: "nonpayable";
type: "function";
}, {
inputs: readonly [{
internalType: "uint256";
name: "_chainId";
type: "uint256";
}, {
components: readonly [{
internalType: "uint64";
name: "batchNumber";
type: "uint64";
}, {
internalType: "bytes32";
name: "batchHash";
type: "bytes32";
}, {
internalType: "uint64";
name: "indexRepeatedStorageChanges";
type: "uint64";
}, {
internalType: "uint256";
name: "numberOfLayer1Txs";
type: "uint256";
}, {
internalType: "bytes32";
name: "priorityOperationsHash";
type: "bytes32";
}, {
internalType: "bytes32";
name: "l2LogsTreeRoot";
type: "bytes32";
}, {
internalType: "uint256";
name: "timestamp";
type: "uint256";
}, {
internalType: "bytes32";
name: "commitment";
type: "bytes32";
}];
internalType: "struct IExecutor.StoredBatchInfo[]";
name: "_batchesData";
type: "tuple[]";
}];
name: "executeBatchesSharedBridge";
outputs: readonly [];
stateMutability: "nonpayable";
type: "function";
}, {
inputs: readonly [{
components: readonly [{
components: readonly [{
internalType: "address";
name: "facet";
type: "address";
}, {
internalType: "enum Diamond.Action";
name: "action";
type: "uint8";
}, {
internalType: "bool";
name: "isFreezable";
type: "bool";
}, {
internalType: "bytes4[]";
name: "selectors";
type: "bytes4[]";
}];
internalType: "struct Diamond.FacetCut[]";
name: "facetCuts";
type: "tuple[]";
}, {
internalType: "address";
name: "initAddress";
type: "address";
}, {
internalType: "bytes";
name: "initCalldata";
type: "bytes";
}];
internalType: "struct Diamond.DiamondCutData";
name: "_diamondCut";
type: "tuple";
}];
name: "executeUpgrade";
outputs: readonly [];
stateMutability: "nonpayable";
type: "function";
}, {
inputs: readonly [{
internalType: "bytes4";
name: "_selector";
type: "bytes4";
}];
name: "facetAddress";
outputs: readonly [{
internalType: "address";
name: "facet";
type: "address";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "facetAddresses";
outputs: readonly [{
internalType: "address[]";
name: "facets";
type: "address[]";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [{
internalType: "address";
name: "_facet";
type: "address";
}];
name: "facetFunctionSelectors";
outputs: readonly [{
internalType: "bytes4[]";
name: "";
type: "bytes4[]";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "facets";
outputs: readonly [{
components: readonly [{
internalType: "address";
name: "addr";
type: "address";
}, {
internalType: "bytes4[]";
name: "selectors";
type: "bytes4[]";
}];
internalType: "struct IGetters.Facet[]";
name: "";
type: "tuple[]";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [{
internalType: "uint256";
name: "_l2BatchNumber";
type: "uint256";
}, {
internalType: "uint256";
name: "_l2MessageIndex";
type: "uint256";
}, {
internalType: "uint16";
name: "_l2TxNumberInBatch";
type: "uint16";
}, {
internalType: "bytes";
name: "_message";
type: "bytes";
}, {
internalType: "bytes32[]";
name: "_merkleProof";
type: "bytes32[]";
}];
name: "finalizeEthWithdrawal";
outputs: readonly [];
stateMutability: "nonpayable";
type: "function";
}, {
inputs: readonly [];
name: "freezeDiamond";
outputs: readonly [];
stateMutability: "nonpayable";
type: "function";
}, {
inputs: readonly [];
name: "getAdmin";
outputs: readonly [{
internalType: "address";
name: "";
type: "address";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "getBaseToken";
outputs: readonly [{
internalType: "address";
name: "";
type: "address";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "getBaseTokenBridge";
outputs: readonly [{
internalType: "address";
name: "";
type: "address";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "getBridgehub";
outputs: readonly [{
internalType: "address";
name: "";
type: "address";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "getFirstUnprocessedPriorityTx";
outputs: readonly [{
internalType: "uint256";
name: "";
type: "uint256";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "getL2BootloaderBytecodeHash";
outputs: readonly [{
internalType: "bytes32";
name: "";
type: "bytes32";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "getL2DefaultAccountBytecodeHash";
outputs: readonly [{
internalType: "bytes32";
name: "";
type: "bytes32";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "getL2SystemContractsUpgradeBatchNumber";
outputs: readonly [{
internalType: "uint256";
name: "";
type: "uint256";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "getL2SystemContractsUpgradeTxHash";
outputs: readonly [{
internalType: "bytes32";
name: "";
type: "bytes32";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "getName";
outputs: readonly [{
internalType: "string";
name: "";
type: "string";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "getPendingAdmin";
outputs: readonly [{
internalType: "address";
name: "";
type: "address";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "getPriorityQueueSize";
outputs: readonly [{
internalType: "uint256";
name: "";
type: "uint256";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "getPriorityTxMaxGasLimit";
outputs: readonly [{
internalType: "uint256";
name: "";
type: "uint256";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "getProtocolVersion";
outputs: readonly [{
internalType: "uint256";
name: "";
type: "uint256";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "getPubdataPricingMode";
outputs: readonly [{
internalType: "enum PubdataPricingMode";
name: "";
type: "uint8";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "getStateTransitionManager";
outputs: readonly [{
internalType: "address";
name: "";
type: "address";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "getTotalBatchesCommitted";
outputs: readonly [{
internalType: "uint256";
name: "";
type: "uint256";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "getTotalBatchesExecuted";
outputs: readonly [{
internalType: "uint256";
name: "";
type: "uint256";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "getTotalBatchesVerified";
outputs: readonly [{
internalType: "uint256";
name: "";
type: "uint256";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "getTotalPriorityTxs";
outputs: readonly [{
internalType: "uint256";
name: "";
type: "uint256";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "getVerifier";
outputs: readonly [{
internalType: "address";
name: "";
type: "address";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "getVerifierParams";
outputs: readonly [{
components: readonly [{
internalType: "bytes32";
name: "recursionNodeLevelVkHash";
type: "bytes32";
}, {
internalType: "bytes32";
name: "recursionLeafLevelVkHash";
type: "bytes32";
}, {
internalType: "bytes32";
name: "recursionCircuitsSetVksHash";
type: "bytes32";
}];
internalType: "struct VerifierParams";
name: "";
type: "tuple";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "isDiamondStorageFrozen";
outputs: readonly [{
internalType: "bool";
name: "";
type: "bool";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [{
internalType: "uint256";
name: "_l2BatchNumber";
type: "uint256";
}, {
internalType: "uint256";
name: "_l2MessageIndex";
type: "uint256";
}];
name: "isEthWithdrawalFinalized";
outputs: readonly [{
internalType: "bool";
name: "";
type: "bool";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [{
internalType: "address";
name: "_facet";
type: "address";
}];
name: "isFacetFreezable";
outputs: readonly [{
internalType: "bool";
name: "isFreezable";
type: "bool";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [{
internalType: "bytes4";
name: "_selector";
type: "bytes4";
}];
name: "isFunctionFreezable";
outputs: readonly [{
internalType: "bool";
name: "";
type: "bool";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [{
internalType: "address";
name: "_address";
type: "address";
}];
name: "isValidator";
outputs: readonly [{
internalType: "bool";
name: "";
type: "bool";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [{
internalType: "uint256";
name: "_batchNumber";
type: "uint256";
}];
name: "l2LogsRootHash";
outputs: readonly [{
internalType: "bytes32";
name: "merkleRoot";
type: "bytes32";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [{
internalType: "uint256";
name: "_gasPrice";
type: "uint256";
}, {
internalType: "uint256";
name: "_l2GasLimit";
type: "uint256";
}, {
internalType: "uint256";
name: "_l2GasPerPubdataByteLimit";
type: "uint256";
}];
name: "l2TransactionBaseCost";
outputs: readonly [{
internalType: "uint256";
name: "";
type: "uint256";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "priorityQueueFrontOperation";
outputs: readonly [{
components: readonly [{
internalType: "bytes32";
name: "canonicalTxHash";
type: "bytes32";
}, {
internalType: "uint64";
name: "expirationTimestamp";
type: "uint64";
}, {
internalType: "uint192";
name: "layer2Tip";
type: "uint192";
}];
internalType: "struct PriorityOperation";
name: "";
type: "tuple";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [{
components: readonly [{
internalType: "uint64";
name: "batchNumber";
type: "uint64";
}, {
internalType: "bytes32";
name: "batchHash";
type: "bytes32";
}, {
internalType: "uint64";
name: "indexRepeatedStorageChanges";
type: "uint64";
}, {
internalType: "uint256";
name: "numberOfLayer1Txs";
type: "uint256";
}, {
internalType: "bytes32";
name: "priorityOperationsHash";
type: "bytes32";
}, {
internalType: "bytes32";
name: "l2LogsTreeRoot";
type: "bytes32";
}, {
internalType: "uint256";
name: "timestamp";
type: "uint256";
}, {
internalType: "bytes32";
name: "commitment";
type: "bytes32";
}];
internalType: "struct IExecutor.StoredBatchInfo";
name: "_prevBatch";
type: "tuple";
}, {
components: readonly [{
internalType: "uint64";
name: "batchNumber";
type: "uint64";
}, {
internalType: "bytes32";
name: "batchHash";
type: "bytes32";
}, {
internalType: "uint64";
name: "indexRepeatedStorageChanges";
type: "uint64";
}, {
internalType: "uint256";
name: "numberOfLayer1Txs";
type: "uint256";
}, {
internalType: "bytes32";
name: "priorityOperationsHash";
type: "bytes32";
}, {
internalType: "bytes32";
name: "l2LogsTreeRoot";
type: "bytes32";
}, {
internalType: "uint256";
name: "timestamp";
type: "uint256";
}, {
internalType: "bytes32";
name: "commitment";
type: "bytes32";
}];
internalType: "struct IExecutor.StoredBatchInfo[]";
name: "_committedBatches";
type: "tuple[]";
}, {
components: readonly [{
internalType: "uint256[]";
name: "recursiveAggregationInput";
type: "uint256[]";
}, {
internalType: "uint256[]";
name: "serializedProof";
type: "uint256[]";
}];
internalType: "struct IExecutor.ProofInput";
name: "_proof";
type: "tuple";
}];
name: "proveBatches";
outputs: readonly [];
stateMutability: "nonpayable";
type: "function";
}, {
inputs: readonly [{
internalType: "uint256";
name: "_chainId";
type: "uint256";
}, {
components: readonly [{
internalType: "uint64";
name: "batchNumber";
type: "uint64";
}, {
internalType: "bytes32";
name: "batchHash";
type: "bytes32";
}, {
internalType: "uint64";
name: "indexRepeatedStorageChanges";
type: "uint64";
}, {
internalType: "uint256";
name: "numberOfLayer1Txs";
type: "uint256";
}, {
internalType: "bytes32";
name: "priorityOperationsHash";
type: "bytes32";
}, {
internalType: "bytes32";
name: "l2LogsTreeRoot";
type: "bytes32";
}, {
internalType: "uint256";
name: "timestamp";
type: "uint256";
}, {
internalType: "bytes32";
name: "commitment";
type: "bytes32";
}];
internalType: "struct IExecutor.StoredBatchInfo";
name: "_prevBatch";
type: "tuple";
}, {
components: readonly [{
internalType: "uint64";
name: "batchNumber";
type: "uint64";
}, {
internalType: "bytes32";
name: "batchHash";
type: "bytes32";
}, {
internalType: "uint64";
name: "indexRepeatedStorageChanges";
type: "uint64";
}, {
internalType: "uint256";
name: "numberOfLayer1Txs";
type: "uint256";
}, {
internalType: "bytes32";
name: "priorityOperationsHash";
type: "bytes32";
}, {
internalType: "bytes32";
name: "l2LogsTreeRoot";
type: "bytes32";
}, {
internalType: "uint256";
name: "timestamp";
type: "uint256";
}, {
internalType: "bytes32";
name: "commitment";
type: "bytes32";
}];
internalType: "struct IExecutor.StoredBatchInfo[]";
name: "_committedBatches";
type: "tuple[]";
}, {
components: readonly [{
internalType: "uint256[]";
name: "recursiveAggregationInput";
type: "uint256[]";
}, {
internalType: "uint256[]";
name: "serializedProof";
type: "uint256[]";
}];
internalType: "struct IExecutor.ProofInput";
name: "_proof";
type: "tuple";
}];
name: "proveBatchesSharedBridge";
outputs: readonly [];
stateMutability: "nonpayable";
type: "function";
}, {
inputs: readonly [{
internalType: "bytes32";
name: "_l2TxHash";
type: "bytes32";
}, {
internalType: "uint256";
name: "_l2BatchNumber";
type: "uint256";
}, {
internalType: "uint256";
name: "_l2MessageIndex";
type: "uint256";
}, {
internalType: "uint16";
name: "_l2TxNumberInBatch";
type: "uint16";
}, {
internalType: "bytes32[]";
name: "_merkleProof";
type: "bytes32[]";
}, {
internalType: "enum TxStatus";
name: "_status";
type: "uint8";
}];
name: "proveL1ToL2TransactionStatus";
outputs: readonly [{
internalType: "bool";
name: "";
type: "bool";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [{
internalType: "uint256";
name: "_batchNumber";
type: "uint256";
}, {
internalType: "uint256";
name: "_index";
type: "uint256";
}, {
components: readonly [{
internalType: "uint8";
name: "l2ShardId";
type: "uint8";
}, {
internalType: "bool";
name: "isService";
type: "bool";
}, {
internalType: "uint16";
name: "txNumberInBatch";
type: "uint16";
}, {
internalType: "address";
name: "sender";
type: "address";
}, {
internalType: "bytes32";
name: "key";
type: "bytes32";
}, {
internalType: "bytes32";
name: "value";
type: "bytes32";
}];
internalType: "struct L2Log";
name: "_log";
type: "tuple";
}, {
internalType: "bytes32[]";
name: "_proof";
type: "bytes32[]";
}];
name: "proveL2LogInclusion";
outputs: readonly [{
internalType: "bool";
name: "";
type: "bool";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [{
internalType: "uint256";
name: "_batchNumber";
type: "uint256";
}, {
internalType: "uint256";
name: "_index";
type: "uint256";
}, {
components: readonly [{
internalType: "uint16";
name: "txNumberInBatch";
type: "uint16";
}, {
internalType: "address";
name: "sender";
type: "address";
}, {
internalType: "bytes";
name: "data";
type: "bytes";
}];
internalType: "struct L2Message";
name: "_message";
type: "tuple";
}, {
internalType: "bytes32[]";
name: "_proof";
type: "bytes32[]";
}];
name: "proveL2MessageInclusion";
outputs: readonly [{
internalType: "bool";
name: "";
type: "bool";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [{
internalType: "address";
name: "_contractL2";
type: "address";
}, {
internalType: "uint256";
name: "_l2Value";
type: "uint256";
}, {
internalType: "bytes";
name: "_calldata";
type: "bytes";
}, {
internalType: "uint256";
name: "_l2GasLimit";
type: "uint256";
}, {
internalType: "uint256";
name: "_l2GasPerPubdataByteLimit";
type: "uint256";
}, {
internalType: "bytes[]";
name: "_factoryDeps";
type: "bytes[]";
}, {
internalType: "address";
name: "_refundRecipient";
type: "address";
}];
name: "requestL2Transaction";
outputs: readonly [{
internalType: "bytes32";
name: "canonicalTxHash";
type: "bytes32";
}];
stateMutability: "payable";
type: "function";
}, {
inputs: readonly [{
internalType: "uint256";
name: "_newLastBatch";
type: "uint256";
}];
name: "revertBatches";
outputs: readonly [];
stateMutability: "nonpayable";
type: "function";
}, {
inputs: readonly [{
internalType: "uint256";
name: "_chainId";
type: "uint256";
}, {
internalType: "uint256";
name: "_newLastBatch";
type: "uint256";
}];
name: "revertBatchesSharedBridge";
outputs: readonly [];
stateMutability: "nonpayable";
type: "function";
}, {
inputs: readonly [{
internalType: "address";
name: "_newPendingAdmin";
type: "address";
}];
name: "setPendingAdmin";
outputs: readonly [];
stateMutability: "nonpayable";
type: "function";
}, {
inputs: readonly [{
internalType: "bool";
name: "_zkPorterIsAvailable";
type: "bool";
}];
name: "setPorterAvailability";
outputs: readonly [];
stateMutability: "nonpayable";
type: "function";
}, {
inputs: readonly [{
internalType: "uint256";
name: "_newPriorityTxMaxGasLimit";
type: "uint256";
}];
name: "setPriorityTxMaxGasLimit";
outputs: readonly [];
stateMutability: "nonpayable";
type: "function";
}, {
inputs: readonly [{
internalType: "uint128";
name: "_nominator";
type: "uint128";
}, {
internalType: "uint128";
name: "_denominator";
type: "uint128";
}];
name: "setTokenMultiplier";
outputs: readonly [];
stateMutability: "nonpayable";
type: "function";
}, {
inputs: readonly [{
internalType: "address";
name: "_transactionFilterer";
type: "address";
}];
name: "setTransactionFilterer";
outputs: readonly [];
stateMutability: "nonpayable";
type: "function";
}, {
inputs: readonly [{
internalType: "address";
name: "_validator";
type: "address";
}, {
internalType: "bool";
name: "_active";
type: "bool";
}];
name: "setValidator";
outputs: readonly [];
stateMutability: "nonpayable";
type: "function";
}, {
inputs: readonly [{
internalType: "enum PubdataPricingMode";
name: "_validiumMode";
type: "uint8";
}];
name: "setValidiumMode";
outputs: readonly [];
stateMutability: "nonpayable";
type: "function";
}, {
inputs: readonly [{
internalType: "uint256";
name: "_batchNumber";
type: "uint256";
}];
name: "storedBatchHash";
outputs: readonly [{
internalType: "bytes32";
name: "";
type: "bytes32";
}];
stateMutability: "view";
type: "function";
}, {
inputs: readonly [];
name: "transferEthToSharedBridge";
outputs: readonly [];
stateMutability: "nonpayable";
type: "function";
}, {
inputs: readonly [];
name: "unfreezeDiamond";
outputs: readonly [];
stateMutability: "nonpayable";
type: "function";
}, {
inputs: readonly [{
internalType: "uint256";
name: "_protocolVersion";
type: "uint256";
}, {
components: readonly [{
components: readonly [{
internalType: "address";
name: "facet";
type: "address";
}, {
internalType: "enum Diamond.Action";
name: "action";
type: "uint8";
}, {
internalType: "bool";
name: "isFreezable";
type: "bool";
}, {
internalType: "bytes4[]";
name: "selectors";
type: "bytes4[]";
}];
internalType: "struct Diamond.FacetCut[]";
name: "facetCuts";
type: "tuple[]";
}, {
internalType: "address";
name: "initAddress";
type: "address";
}, {
internalType: "bytes";
name: "initCalldata";
type: "bytes";
}];
internalType: "struct Diamond.DiamondCutData";
name: "_cutData";
type: "tuple";
}];
name: "upgradeChainFromVersion";
outputs: readonly [];
stateMutability: "nonpayable";
type: "function";
}]> = ...
The web3.js Contract instance for the
ZkSyncinterface.