EvmRpcInterface class
final
Constructors
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EvmRpcInterface.new({bool useQueuedManager = true, bool awaitRefresh = true, Duration? refreshIntervall, bool eagerError = false, RefreshType refreshType = RefreshType.onTask, required List<EvmRpcClient> clients, required EVMNetworkType type})
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clients - A list of clients to use for the manager
useQueuedManager - If true, the manager will use a QueuedRpcManager and requests will be queued
awaitRefresh - If true, the manager will wait for the clients to be refreshed before performing a task
refreshIntervall - The rate at which the clients are refreshed if null the clients will only be refreshed once
eagerError - If true a task will throw the first error it encounters, if false it will try all clients before throwing an error
Methods
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buildAndBroadcastTransaction({required String sender, required String recipient, required Uint8List privateKey, required EvmFeeInformation<EvmGasPrice>? feeInfo, required Uint8List? data, required BigInt? value, List<AccessListItem>? accessList})
→ Future<String>
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buildTransaction({required String sender, required String recipient, required Uint8List privateKey, required EvmFeeInformation<EvmGasPrice>? feeInfo, required Uint8List? data, required BigInt? value, List<AccessListItem>? accessList})
→ Future<RawEvmTransaction>
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Used to create a raw Transactions
Fetches the gasPrice and gasLimit from the network
Fetches the nonce from the network
Signs the transaction
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buildUnsignedTransaction({required String sender, required String recipient, required EvmFeeInformation<EvmGasPrice>? feeInfo, required Uint8List? data, required BigInt? value, List<AccessListItem>? accessList})
→ Future<RawEvmTransaction>
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Used to create a raw Transactions
Fetches the gasPrice and gasLimit from the network
Fetches the nonce from the network
If Transaction Type is not provided, it will use Legacy
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call({String? sender, required String contractAddress, required Uint8List data, BlockNum? atBlock})
→ Future<String>
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eth_call
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estimateGasLimit({required String sender, required String recipient, Uint8List? data, BigInt? value, BigInt? gasPrice})
→ Future<int>
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estimateNetworkFees({required String recipient, required String sender, required Uint8List? data, required BigInt? value})
→ Future<(Amount, int)>
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fetchBalance({required String address})
→ Future<Amount>
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Fetch Balance
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fetchERC1155BalanceOfToken({required String address, required BigInt tokenID, required String contractAddress})
→ Future<Amount>
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Fetch Balance of ERC1155 Token
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fetchERC1155BatchBalanceOfTokens({required List<String> accounts, required List<BigInt> tokenIDs, required String contractAddress})
→ Future<List<BigInt>>
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Fetch Batch Balance of ERC1155 Tokens
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fetchERC1155UriOfToken({required BigInt tokenID, required String contractAddress})
→ Future<String>
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Fetch Uri of ERC115 Token
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fetchNetworkFees({EvmFeeInformation<EvmGasPrice>? existing, required String recipient, required String sender, required Uint8List? data, required BigInt? value})
→ Future<(int, EvmGasPrice)>
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fetchTokenBalance(String address, ERC20Entity token)
→ Future<Amount>
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Fetch Token Balance
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getBlockNumber()
→ Future<int>
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Get Block Number
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getConfirmationStatus(String hash)
→ Future<ConfirmationStatus>
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getCurrentBlock()
→ Future<Json>
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Get Current Block
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getGasPrice()
→ Future<BigInt>
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Get Gas Price
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getGasPriceAmount()
→ Future<Amount>
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Get Gas Price
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getPriorityFee()
→ Future<Amount>
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getTransactionByHash(String hash)
→ Future<RawEvmTransaction>
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Get Transaction By Hash
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getTransactionCount(String address)
→ Future<BigInt>
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Get Transaction Count (Nonce)
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getType2GasPrice()
→ Future<EvmType2GasPrice>
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interactWithContract({required String contractAddress, required LocalContractFunctionWithValues function, required String sender, required Uint8List privateKey, required EvmFeeInformation<EvmGasPrice>? feeInfo, BigInt? value})
→ Future<String>
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Interact with Contract
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noSuchMethod(Invocation invocation)
→ dynamic
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Invoked when a nonexistent method or property is accessed.
inherited
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performTask<T>(Future<T> task(EvmRpcClient client), {Duration timeout = const Duration(seconds: 30), int? maxTries})
→ Future<T>
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performTaskForClients<T, R>(Future<T> task(EvmRpcClient), {required R consilidate(List<ValueOrError<T, EvmRpcClient>> results), Duration timeout = const Duration(seconds: 30), int maxTriesPerClient = 2, int minClients = 2, int? maxClients, bool enforceParallel = false})
→ Future<R>
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readContract({required String contractAddress, required LocalContractFunctionWithValues function})
→ Future<String>
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resolveENS({required String name, required String contractAddress})
→ Future<String?>
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sendCoin({required TransferIntent<EvmFeeInformation<EvmGasPrice>> intent, required String from, required Uint8List privateKey})
→ Future<String>
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Send Currency
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sendERC1155Token({required TransferIntent<EvmFeeInformation<EvmGasPrice>> intent, required String contractAddress, required BigInt tokenID, required String from, required Uint8List privateKey})
→ Future<String>
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Send ERC1155 Token
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sendERC20Token({required TransferIntent<EvmFeeInformation<EvmGasPrice>> intent, required String from, required Uint8List privateKey})
→ Future<String>
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Send ERC20 Token
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sendERC721Nft({required String recipient, required String from, required int tokenId, required String contractAddress, required Uint8List privateKey})
→ Future<String>
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Send ERC721
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sendRawTransaction(String serializedTransactionHex)
→ Future<String>
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toString()
→ String
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A string representation of this object.
inherited
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waitForTxConfirmation(String hash, {Duration interval = const Duration(seconds: 5)})
→ Future<bool>
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