{"version":3,"file":"algorand-client-transaction-sender.mjs","sources":["../../src/types/algorand-client-transaction-sender.ts"],"sourcesContent":["import algosdk, { Address } from 'algosdk'\nimport { Buffer } from 'buffer'\nimport { Config } from '../config'\nimport { asJson, defaultJsonValueReplacer } from '../util'\nimport { SendAppCreateTransactionResult, SendAppTransactionResult, SendAppUpdateTransactionResult } from './app'\nimport { AppManager } from './app-manager'\nimport { AssetManager } from './asset-manager'\nimport {\n AppCallMethodCall,\n AppCallParams,\n AppCreateMethodCall,\n AppCreateParams,\n AppDeleteMethodCall,\n AppDeleteParams,\n AppUpdateMethodCall,\n AppUpdateParams,\n AssetCreateParams,\n AssetOptOutParams,\n TransactionComposer,\n} from './composer'\nimport { SendParams, SendSingleTransactionResult } from './transaction'\nimport Transaction = algosdk.Transaction\n\nconst getMethodCallForLog = ({ method, args }: { method: algosdk.ABIMethod; args?: unknown[] }) => {\n return `${method.name}(${(args ?? []).map((a) =>\n typeof a === 'object'\n ? asJson(a, (k, v) => {\n const newV = defaultJsonValueReplacer(k, v)\n return newV instanceof Uint8Array ? Buffer.from(newV).toString('base64') : newV\n })\n : a,\n )})`\n}\n\n/** Orchestrates sending transactions for `AlgorandClient`. */\nexport class AlgorandClientTransactionSender {\n private _newGroup: () => TransactionComposer\n private _assetManager: AssetManager\n private _appManager: AppManager\n\n /**\n * Creates a new `AlgorandClientSender`\n * @param newGroup A lambda that starts a new `TransactionComposer` transaction group\n * @param assetManager An `AssetManager` instance\n * @param appManager An `AppManager` instance\n * @example\n * ```typescript\n * const transactionSender = new AlgorandClientTransactionSender(() => new TransactionComposer(), assetManager, appManager)\n * ```\n */\n constructor(newGroup: () => TransactionComposer, assetManager: AssetManager, appManager: AppManager) {\n this._newGroup = newGroup\n this._assetManager = assetManager\n this._appManager = appManager\n }\n\n /**\n * Start a new `TransactionComposer` transaction group\n * @returns A new instance of `TransactionComposer`.\n * @example\n * const composer = AlgorandClient.mainNet().send.newGroup();\n * const result = await composer.addTransaction(payment).send()\n */\n newGroup() {\n return this._newGroup()\n }\n\n private _send(\n c: (c: TransactionComposer) => (params: T) => TransactionComposer,\n log?: {\n preLog?: (params: T, transaction: Transaction) => string\n postLog?: (params: T, result: SendSingleTransactionResult) => string\n },\n ): (params: T & SendParams) => Promise {\n return async (params) => {\n const composer = this._newGroup()\n\n // Ensure `this` is properly populated\n c(composer).apply(composer, [params])\n\n if (log?.preLog) {\n const transaction = (await composer.build()).transactions.at(-1)!.txn\n Config.getLogger(params?.suppressLog).debug(log.preLog(params, transaction))\n }\n\n const rawResult = await composer.send(params)\n const result = {\n // Last item covers when a group is created by an app call with ABI transaction parameters\n transaction: rawResult.transactions.at(-1)!,\n confirmation: rawResult.confirmations.at(-1)!,\n txId: rawResult.txIds.at(-1)!,\n ...rawResult,\n }\n\n if (log?.postLog) {\n Config.getLogger(params?.suppressLog).debug(log.postLog(params, result))\n }\n\n return result\n }\n }\n\n private _sendAppCall<\n T extends\n | AppCreateParams\n | AppUpdateParams\n | AppCallParams\n | AppDeleteParams\n | AppCreateMethodCall\n | AppUpdateMethodCall\n | AppCallMethodCall\n | AppDeleteMethodCall,\n >(\n c: (c: TransactionComposer) => (params: T) => TransactionComposer,\n log?: {\n preLog?: (params: T, transaction: Transaction) => string\n postLog?: (params: T, result: SendSingleTransactionResult) => string\n },\n ): (params: T & SendParams) => Promise {\n return async (params) => {\n const result = await this._send(c, log)(params)\n\n return { ...result, return: AppManager.getABIReturn(result.confirmation, 'method' in params ? params.method : undefined) }\n }\n }\n\n private _sendAppUpdateCall(\n c: (c: TransactionComposer) => (params: T) => TransactionComposer,\n log?: {\n preLog?: (params: T, transaction: Transaction) => string\n postLog?: (params: T, result: SendSingleTransactionResult) => string\n },\n ): (params: T & SendParams) => Promise {\n return async (params) => {\n const result = await this._sendAppCall(c, log)(params)\n\n const compiledApproval =\n typeof params.approvalProgram === 'string' ? this._appManager.getCompilationResult(params.approvalProgram) : undefined\n const compiledClear =\n typeof params.clearStateProgram === 'string' ? this._appManager.getCompilationResult(params.clearStateProgram) : undefined\n\n return { ...result, compiledApproval, compiledClear }\n }\n }\n\n private _sendAppCreateCall(\n c: (c: TransactionComposer) => (params: T) => TransactionComposer,\n log?: {\n preLog?: (params: T, transaction: Transaction) => string\n postLog?: (params: T, result: SendSingleTransactionResult) => string\n },\n ): (params: T & SendParams) => Promise {\n return async (params) => {\n const result = await this._sendAppUpdateCall(c, log)(params)\n\n return {\n ...result,\n appId: BigInt(result.confirmation.applicationIndex!),\n appAddress: algosdk.getApplicationAddress(result.confirmation.applicationIndex!),\n }\n }\n }\n\n /**\n * Send a payment transaction to transfer Algo between accounts.\n * @param params The parameters for the payment transaction\n * @example Basic example\n * ```typescript\n * const result = await algorand.send.payment({\n * sender: 'SENDERADDRESS',\n * receiver: 'RECEIVERADDRESS',\n * amount: (4).algo(),\n * })\n * ```\n * @example Advanced example\n * ```typescript\n * const result = await algorand.send.payment({\n * amount: (4).algo(),\n * receiver: 'RECEIVERADDRESS',\n * sender: 'SENDERADDRESS',\n * closeRemainderTo: 'CLOSEREMAINDERTOADDRESS',\n * lease: 'lease',\n * note: 'note',\n * // Use this with caution, it's generally better to use algorand.account.rekeyAccount\n * rekeyTo: 'REKEYTOADDRESS',\n * // You wouldn't normally set this field\n * firstValidRound: 1000n,\n * validityWindow: 10,\n * extraFee: (1000).microAlgo(),\n * staticFee: (1000).microAlgo(),\n * // Max fee doesn't make sense with extraFee AND staticFee\n * // already specified, but here for completeness\n * maxFee: (3000).microAlgo(),\n * // Signer only needed if you want to provide one,\n * // generally you'd register it with AlgorandClient\n * // against the sender and not need to pass it in\n * signer: transactionSigner,\n * maxRoundsToWaitForConfirmation: 5,\n * suppressLog: true,\n * })\n * ```\n * @returns The result of the payment transaction and the transaction that was sent\n */\n payment = this._send((c) => c.addPayment, {\n preLog: (params, transaction) =>\n `Sending ${params.amount.microAlgo} µALGO from ${params.sender} to ${params.receiver} via transaction ${transaction.txID()}`,\n })\n /**\n * Create a new Algorand Standard Asset.\n *\n * The account that sends this transaction will automatically be\n * opted in to the asset and will hold all units after creation.\n *\n * @param params The parameters for the asset creation transaction\n *\n * @example Basic example\n * ```typescript\n * await algorand.send.assetCreate({ sender: \"CREATORADDRESS\", total: 100n})\n * ```\n * @example Advanced example\n * ```typescript\n * await algorand.send.assetCreate({\n * sender: 'CREATORADDRESS',\n * total: 100n,\n * decimals: 2,\n * assetName: 'asset',\n * unitName: 'unit',\n * url: 'url',\n * metadataHash: 'metadataHash',\n * defaultFrozen: false,\n * manager: 'MANAGERADDRESS',\n * reserve: 'RESERVEADDRESS',\n * freeze: 'FREEZEADDRESS',\n * clawback: 'CLAWBACKADDRESS',\n * lease: 'lease',\n * note: 'note',\n * // You wouldn't normally set this field\n * firstValidRound: 1000n,\n * validityWindow: 10,\n * extraFee: (1000).microAlgo(),\n * staticFee: (1000).microAlgo(),\n * // Max fee doesn't make sense with extraFee AND staticFee\n * // already specified, but here for completeness\n * maxFee: (3000).microAlgo(),\n * // Signer only needed if you want to provide one,\n * // generally you'd register it with AlgorandClient\n * // against the sender and not need to pass it in\n * signer: transactionSigner,\n * maxRoundsToWaitForConfirmation: 5,\n * suppressLog: true,\n * })\n * ```\n * @returns The result of the asset create transaction and the transaction that was sent\n */\n assetCreate = async (params: AssetCreateParams & SendParams) => {\n const result = await this._send((c) => c.addAssetCreate, {\n postLog: (params, result) =>\n `Created asset${params.assetName ? ` ${params.assetName}` : ''}${params.unitName ? ` (${params.unitName})` : ''} with ${params.total} units and ${params.decimals ?? 0} decimals created by ${params.sender} with ID ${result.confirmation.assetIndex} via transaction ${result.txIds.at(-1)}`,\n })(params)\n return { ...result, assetId: BigInt(result.confirmation.assetIndex ?? 0) }\n }\n /**\n * Configure an existing Algorand Standard Asset.\n *\n * **Note:** The manager, reserve, freeze, and clawback addresses\n * are immutably empty if they are not set. If manager is not set then\n * all fields are immutable from that point forward.\n *\n * @param params The parameters for the asset config transaction\n *\n * @example Basic example\n * ```typescript\n * await algorand.send.assetConfig({ sender: \"MANAGERADDRESS\", assetId: 123456n, manager: \"MANAGERADDRESS\" })\n * ```\n * @example Advanced example\n * ```typescript\n * await algorand.send.assetConfig({\n * sender: 'MANAGERADDRESS',\n * assetId: 123456n,\n * manager: 'MANAGERADDRESS',\n * reserve: 'RESERVEADDRESS',\n * freeze: 'FREEZEADDRESS',\n * clawback: 'CLAWBACKADDRESS',\n * lease: 'lease',\n * note: 'note',\n * // You wouldn't normally set this field\n * firstValidRound: 1000n,\n * validityWindow: 10,\n * extraFee: (1000).microAlgo(),\n * staticFee: (1000).microAlgo(),\n * // Max fee doesn't make sense with extraFee AND staticFee\n * // already specified, but here for completeness\n * maxFee: (3000).microAlgo(),\n * // Signer only needed if you want to provide one,\n * // generally you'd register it with AlgorandClient\n * // against the sender and not need to pass it in\n * signer: transactionSigner,\n * maxRoundsToWaitForConfirmation: 5,\n * suppressLog: true,\n * })\n * ```\n * @returns The result of the asset config transaction and the transaction that was sent\n */\n assetConfig = this._send((c) => c.addAssetConfig, {\n preLog: (params, transaction) => `Configuring asset with ID ${params.assetId} via transaction ${transaction.txID()}`,\n })\n /**\n * Freeze or unfreeze an Algorand Standard Asset for an account.\n *\n * @param params The parameters for the asset freeze transaction\n *\n * @example Basic example\n * ```typescript\n * await algorand.send.assetFreeze({ sender: \"MANAGERADDRESS\", assetId: 123456n, account: \"ACCOUNTADDRESS\", frozen: true })\n * ```\n * @example Advanced example\n * ```typescript\n * await algorand.send.assetFreeze({\n * sender: 'MANAGERADDRESS',\n * assetId: 123456n,\n * account: 'ACCOUNTADDRESS',\n * frozen: true,\n * lease: 'lease',\n * note: 'note',\n * // You wouldn't normally set this field\n * firstValidRound: 1000n,\n * validityWindow: 10,\n * extraFee: (1000).microAlgo(),\n * staticFee: (1000).microAlgo(),\n * // Max fee doesn't make sense with extraFee AND staticFee\n * // already specified, but here for completeness\n * maxFee: (3000).microAlgo(),\n * // Signer only needed if you want to provide one,\n * // generally you'd register it with AlgorandClient\n * // against the sender and not need to pass it in\n * signer: transactionSigner,\n * maxRoundsToWaitForConfirmation: 5,\n * suppressLog: true,\n * })\n * ```\n * @returns The result of the asset freeze transaction and the transaction that was sent\n */\n assetFreeze = this._send((c) => c.addAssetFreeze, {\n preLog: (params, transaction) => `Freezing asset with ID ${params.assetId} via transaction ${transaction.txID()}`,\n })\n /**\n * Destroys an Algorand Standard Asset.\n *\n * Created assets can be destroyed only by the asset manager account.\n * All of the assets must be owned by the creator of the asset before\n * the asset can be deleted.\n *\n * @param params The parameters for the asset destroy transaction\n *\n * @example Basic example\n * ```typescript\n * await algorand.send.assetDestroy({ sender: \"MANAGERADDRESS\", assetId: 123456n })\n * ```\n * @example Advanced example\n * ```typescript\n * await algorand.send.assetDestroy({\n * sender: 'MANAGERADDRESS',\n * assetId: 123456n,\n * lease: 'lease',\n * note: 'note',\n * // You wouldn't normally set this field\n * firstValidRound: 1000n,\n * validityWindow: 10,\n * extraFee: (1000).microAlgo(),\n * staticFee: (1000).microAlgo(),\n * // Max fee doesn't make sense with extraFee AND staticFee\n * // already specified, but here for completeness\n * maxFee: (3000).microAlgo(),\n * // Signer only needed if you want to provide one,\n * // generally you'd register it with AlgorandClient\n * // against the sender and not need to pass it in\n * signer: transactionSigner,\n * maxRoundsToWaitForConfirmation: 5,\n * suppressLog: true,\n * })\n * ```\n * @returns The result of the asset destroy transaction and the transaction that was sent\n */\n assetDestroy = this._send((c) => c.addAssetDestroy, {\n preLog: (params, transaction) => `Destroying asset with ID ${params.assetId} via transaction ${transaction.txID()}`,\n })\n /**\n * Transfer an Algorand Standard Asset.\n *\n * @param params The parameters for the asset transfer transaction\n *\n * @example Basic example\n * ```typescript\n * await algorand.send.assetTransfer({ sender: \"HOLDERADDRESS\", assetId: 123456n, amount: 1n, receiver: \"RECEIVERADDRESS\" })\n * ```\n * @example Advanced example (with clawback)\n * ```typescript\n * await algorand.send.assetTransfer({\n * sender: 'CLAWBACKADDRESS',\n * assetId: 123456n,\n * amount: 1n,\n * receiver: 'RECEIVERADDRESS',\n * clawbackTarget: 'HOLDERADDRESS',\n * // This field needs to be used with caution\n * closeAssetTo: 'ADDRESSTOCLOSETO'\n * lease: 'lease',\n * note: 'note',\n * // You wouldn't normally set this field\n * firstValidRound: 1000n,\n * validityWindow: 10,\n * extraFee: (1000).microAlgo(),\n * staticFee: (1000).microAlgo(),\n * // Max fee doesn't make sense with extraFee AND staticFee\n * // already specified, but here for completeness\n * maxFee: (3000).microAlgo(),\n * // Signer only needed if you want to provide one,\n * // generally you'd register it with AlgorandClient\n * // against the sender and not need to pass it in\n * signer: transactionSigner,\n * maxRoundsToWaitForConfirmation: 5,\n * suppressLog: true,\n * })\n * ```\n * @returns The result of the asset transfer transaction and the transaction that was sent\n */\n assetTransfer = this._send((c) => c.addAssetTransfer, {\n preLog: (params, transaction) =>\n `Transferring ${params.amount} units of asset with ID ${params.assetId} from ${params.sender} to ${params.receiver} via transaction ${transaction.txID()}`,\n })\n /**\n * Opt an account into an Algorand Standard Asset.\n *\n * @param params The parameters for the asset opt-in transaction\n *\n * @example Basic example\n * ```typescript\n * await algorand.send.assetOptIn({ sender: \"SENDERADDRESS\", assetId: 123456n })\n * ```\n * @example Advanced example\n * ```typescript\n * await algorand.send.assetOptIn({\n * sender: 'SENDERADDRESS',\n * assetId: 123456n,\n * lease: 'lease',\n * note: 'note',\n * // You wouldn't normally set this field\n * firstValidRound: 1000n,\n * validityWindow: 10,\n * extraFee: (1000).microAlgo(),\n * staticFee: (1000).microAlgo(),\n * // Max fee doesn't make sense with extraFee AND staticFee\n * // already specified, but here for completeness\n * maxFee: (3000).microAlgo(),\n * // Signer only needed if you want to provide one,\n * // generally you'd register it with AlgorandClient\n * // against the sender and not need to pass it in\n * signer: transactionSigner,\n * maxRoundsToWaitForConfirmation: 5,\n * suppressLog: true,\n * })\n * ```\n * @returns The result of the asset opt-in transaction and the transaction that was sent\n */\n assetOptIn = this._send((c) => c.addAssetOptIn, {\n preLog: (params, transaction) => `Opting in ${params.sender} to asset with ID ${params.assetId} via transaction ${transaction.txID()}`,\n })\n /**\n * Opt an account out of an Algorand Standard Asset.\n *\n * *Note:* If the account has a balance of the asset,\n * it will not be able to opt-out unless `ensureZeroBalance`\n * is set to `false` (but then the account will lose the assets).\n *\n * @param params The parameters for the asset opt-out transaction\n *\n * @example Basic example (without creator, will be retrieved from algod)\n * ```typescript\n * await algorand.send.assetOptOut({ sender: \"SENDERADDRESS\", assetId: 123456n, ensureZeroBalance: true })\n * ```\n * @example Basic example (with creator)\n * ```typescript\n * await algorand.send.assetOptOut({ sender: \"SENDERADDRESS\", creator: \"CREATORADDRESS\", assetId: 123456n, ensureZeroBalance: true })\n * ```\n * @example Advanced example\n * ```typescript\n * await algorand.send.assetOptOut({\n * sender: 'SENDERADDRESS',\n * assetId: 123456n,\n * creator: 'CREATORADDRESS',\n * ensureZeroBalance: true,\n * lease: 'lease',\n * note: 'note',\n * // You wouldn't normally set this field\n * firstValidRound: 1000n,\n * validityWindow: 10,\n * extraFee: (1000).microAlgo(),\n * staticFee: (1000).microAlgo(),\n * // Max fee doesn't make sense with extraFee AND staticFee\n * // already specified, but here for completeness\n * maxFee: (3000).microAlgo(),\n * // Signer only needed if you want to provide one,\n * // generally you'd register it with AlgorandClient\n * // against the sender and not need to pass it in\n * signer: transactionSigner,\n * maxRoundsToWaitForConfirmation: 5,\n * suppressLog: true,\n * })\n * ```\n * @returns The result of the asset opt-out transaction and the transaction that was sent\n */\n assetOptOut = async (\n params: Omit & {\n /** Optional asset creator account address; if not specified it will be retrieved from algod */\n creator?: string | Address\n /** Whether or not to check if the account has a zero balance first or not.\n *\n * If this is set to `true` and the account has an asset balance it will throw an error.\n *\n * If this is set to `false` and the account has an asset balance it will lose those assets to the asset creator.\n */\n ensureZeroBalance: boolean\n } & SendParams,\n ) => {\n if (params.ensureZeroBalance) {\n let balance = 0n\n try {\n const accountAssetInfo = await this._assetManager.getAccountInformation(params.sender, params.assetId)\n balance = accountAssetInfo.balance\n } catch {\n throw new Error(`Account ${params.sender} is not opted-in to Asset ${params.assetId}; can't opt-out.`)\n }\n if (balance !== 0n) {\n throw new Error(`Account ${params.sender} does not have a zero balance for Asset ${params.assetId}; can't opt-out.`)\n }\n }\n\n params.creator = params.creator ?? (await this._assetManager.getById(params.assetId)).creator\n\n return await this._send((c) => c.addAssetOptOut, {\n preLog: (params, transaction) =>\n `Opting ${params.sender} out of asset with ID ${params.assetId} to creator ${params.creator} via transaction ${transaction.txID()}`,\n })(params as AssetOptOutParams & SendParams)\n }\n /**\n * Create a smart contract.\n *\n * Note: you may prefer to use `algorand.client` to get an app client for more advanced functionality.\n *\n * @param params The parameters for the app creation transaction\n * @example Basic example\n * ```typescript\n * const result = await algorand.send.appCreate({ sender: 'CREATORADDRESS', approvalProgram: 'TEALCODE', clearStateProgram: 'TEALCODE' })\n * const createdAppId = result.appId\n * ```\n * @example Advanced example\n * ```typescript\n * await algorand.send.appCreate({\n * sender: 'CREATORADDRESS',\n * approvalProgram: \"TEALCODE\",\n * clearStateProgram: \"TEALCODE\",\n * schema: {\n * globalInts: 1,\n * globalByteSlices: 2,\n * localInts: 3,\n * localByteSlices: 4\n * },\n * extraProgramPages: 1,\n * onComplete: algosdk.OnApplicationComplete.OptInOC,\n * args: [new Uint8Array(1, 2, 3, 4)]\n * accountReferences: [\"ACCOUNT_1\"]\n * appReferences: [123n, 1234n]\n * assetReferences: [12345n]\n * boxReferences: [\"box1\", {appId: 1234n, name: \"box2\"}]\n * accessReferences: [{ appId: 1234n }]\n * lease: 'lease',\n * note: 'note',\n * // You wouldn't normally set this field\n * firstValidRound: 1000n,\n * validityWindow: 10,\n * extraFee: (1000).microAlgo(),\n * staticFee: (1000).microAlgo(),\n * // Max fee doesn't make sense with extraFee AND staticFee\n * // already specified, but here for completeness\n * maxFee: (3000).microAlgo(),\n * rejectVersion: 1,\n * // Signer only needed if you want to provide one,\n * // generally you'd register it with AlgorandClient\n * // against the sender and not need to pass it in\n * signer: transactionSigner,\n * maxRoundsToWaitForConfirmation: 5,\n * suppressLog: true,\n *})\n * ```\n * @returns The result of the app create transaction and the transaction that was sent\n */\n appCreate = this._sendAppCreateCall((c) => c.addAppCreate, {\n postLog: (params, result) =>\n `App created by ${params.sender} with ID ${result.confirmation.applicationIndex} via transaction ${result.txIds.at(-1)}`,\n })\n\n /**\n * Update a smart contract.\n *\n * Note: you may prefer to use `algorand.client` to get an app client for more advanced functionality.\n *\n * @param params The parameters for the app update transaction\n * @example Basic example\n * ```typescript\n * await algorand.send.appUpdate({ sender: 'CREATORADDRESS', approvalProgram: 'TEALCODE', clearStateProgram: 'TEALCODE' })\n * ```\n * @example Advanced example\n * ```typescript\n * await algorand.send.appUpdate({\n * sender: 'CREATORADDRESS',\n * approvalProgram: \"TEALCODE\",\n * clearStateProgram: \"TEALCODE\",\n * onComplete: algosdk.OnApplicationComplete.UpdateApplicationOC,\n * args: [new Uint8Array(1, 2, 3, 4)]\n * accountReferences: [\"ACCOUNT_1\"]\n * appReferences: [123n, 1234n]\n * assetReferences: [12345n]\n * boxReferences: [\"box1\", {appId: 1234n, name: \"box2\"}]\n * accessReferences: [{ appId: 1234n }]\n * lease: 'lease',\n * note: 'note',\n * // You wouldn't normally set this field\n * firstValidRound: 1000n,\n * validityWindow: 10,\n * extraFee: (1000).microAlgo(),\n * staticFee: (1000).microAlgo(),\n * // Max fee doesn't make sense with extraFee AND staticFee\n * // already specified, but here for completeness\n * maxFee: (3000).microAlgo(),\n * rejectVersion: 1,\n * // Signer only needed if you want to provide one,\n * // generally you'd register it with AlgorandClient\n * // against the sender and not need to pass it in\n * signer: transactionSigner,\n * maxRoundsToWaitForConfirmation: 5,\n * suppressLog: true,\n *})\n * ```\n * @returns The result of the app update transaction and the transaction that was sent\n */\n appUpdate = this._sendAppUpdateCall((c) => c.addAppUpdate, {\n postLog: (params, result) =>\n `App ${params.appId} updated ${params.args ? ` with ${params.args.map((a) => Buffer.from(a).toString('base64'))}` : ''} by ${params.sender} via transaction ${result.txIds.at(-1)}`,\n })\n\n /**\n * Delete a smart contract.\n *\n * Note: you may prefer to use `algorand.client` to get an app client for more advanced functionality.\n *\n * @param params The parameters for the app deletion transaction\n * @example Basic example\n * ```typescript\n * await algorand.send.appDelete({ sender: 'CREATORADDRESS' })\n * ```\n * @example Advanced example\n * ```typescript\n * await algorand.send.appDelete({\n * sender: 'CREATORADDRESS',\n * onComplete: algosdk.OnApplicationComplete.DeleteApplicationOC,\n * args: [new Uint8Array(1, 2, 3, 4)]\n * accountReferences: [\"ACCOUNT_1\"]\n * appReferences: [123n, 1234n]\n * assetReferences: [12345n]\n * boxReferences: [\"box1\", {appId: 1234n, name: \"box2\"}]\n * accessReferences: [{ appId: 1234n }]\n * lease: 'lease',\n * note: 'note',\n * // You wouldn't normally set this field\n * firstValidRound: 1000n,\n * validityWindow: 10,\n * extraFee: (1000).microAlgo(),\n * staticFee: (1000).microAlgo(),\n * // Max fee doesn't make sense with extraFee AND staticFee\n * // already specified, but here for completeness\n * maxFee: (3000).microAlgo(),\n * rejectVersion: 1,\n * // Signer only needed if you want to provide one,\n * // generally you'd register it with AlgorandClient\n * // against the sender and not need to pass it in\n * signer: transactionSigner,\n * maxRoundsToWaitForConfirmation: 5,\n * suppressLog: true,\n *})\n * ```\n * @returns The result of the app delete transaction and the transaction that was sent\n */\n appDelete = this._sendAppCall((c) => c.addAppDelete, {\n postLog: (params, result) =>\n `App ${params.appId} deleted ${params.args ? ` with ${params.args.map((a) => Buffer.from(a).toString('base64'))}` : ''} by ${params.sender} via transaction ${result.txIds.at(-1)}`,\n })\n\n /**\n * Call a smart contract.\n *\n * Note: you may prefer to use `algorand.client` to get an app client for more advanced functionality.\n *\n * @param params The parameters for the app call transaction\n * @example Basic example\n * ```typescript\n * await algorand.send.appCall({ sender: 'CREATORADDRESS' })\n * ```\n * @example Advanced example\n * ```typescript\n * await algorand.send.appCall({\n * sender: 'CREATORADDRESS',\n * onComplete: algosdk.OnApplicationComplete.OptInOC,\n * args: [new Uint8Array(1, 2, 3, 4)]\n * accountReferences: [\"ACCOUNT_1\"]\n * appReferences: [123n, 1234n]\n * assetReferences: [12345n]\n * boxReferences: [\"box1\", {appId: 1234n, name: \"box2\"}]\n * accessReferences: [{ appId: 1234n }]\n * lease: 'lease',\n * note: 'note',\n * // You wouldn't normally set this field\n * firstValidRound: 1000n,\n * validityWindow: 10,\n * extraFee: (1000).microAlgo(),\n * staticFee: (1000).microAlgo(),\n * // Max fee doesn't make sense with extraFee AND staticFee\n * // already specified, but here for completeness\n * maxFee: (3000).microAlgo(),\n * rejectVersion: 1,\n * // Signer only needed if you want to provide one,\n * // generally you'd register it with AlgorandClient\n * // against the sender and not need to pass it in\n * signer: transactionSigner,\n * maxRoundsToWaitForConfirmation: 5,\n * suppressLog: true,\n *})\n * ```\n * @returns The result of the app call transaction and the transaction that was sent\n */\n appCall = this._sendAppCall((c) => c.addAppCall, {\n postLog: (params, result) =>\n `App ${params.appId} called ${params.args ? ` with ${params.args.map((a) => Buffer.from(a).toString('base64'))}` : ''} by ${params.sender} via transaction ${result.txIds.at(-1)}`,\n })\n\n /**\n * Create a smart contract via an ABI method.\n *\n * Note: you may prefer to use `algorand.client` to get an app client for more advanced functionality.\n *\n * @param params The parameters for the app creation transaction\n * @example Basic example\n * ```typescript\n * const method = new ABIMethod({\n * name: 'method',\n * args: [{ name: 'arg1', type: 'string' }],\n * returns: { type: 'string' },\n * })\n * const result = await algorand.send.appCreateMethodCall({ sender: 'CREATORADDRESS', approvalProgram: 'TEALCODE', clearStateProgram: 'TEALCODE', method: method, args: [\"arg1_value\"] })\n * const createdAppId = result.appId\n * ```\n * @example Advanced example\n * ```typescript\n * const method = new ABIMethod({\n * name: 'method',\n * args: [{ name: 'arg1', type: 'string' }],\n * returns: { type: 'string' },\n * })\n * await algorand.send.appCreateMethodCall({\n * sender: 'CREATORADDRESS',\n * method: method,\n * args: [\"arg1_value\"],\n * approvalProgram: \"TEALCODE\",\n * clearStateProgram: \"TEALCODE\",\n * schema: {\n * globalInts: 1,\n * globalByteSlices: 2,\n * localInts: 3,\n * localByteSlices: 4\n * },\n * extraProgramPages: 1,\n * onComplete: algosdk.OnApplicationComplete.OptInOC,\n * args: [new Uint8Array(1, 2, 3, 4)]\n * accountReferences: [\"ACCOUNT_1\"]\n * appReferences: [123n, 1234n]\n * assetReferences: [12345n]\n * boxReferences: [\"box1\", {appId: 1234n, name: \"box2\"}]\n * accessReferences: [{ appId: 1234n }]\n * lease: 'lease',\n * note: 'note',\n * // You wouldn't normally set this field\n * firstValidRound: 1000n,\n * validityWindow: 10,\n * extraFee: (1000).microAlgo(),\n * staticFee: (1000).microAlgo(),\n * // Max fee doesn't make sense with extraFee AND staticFee\n * // already specified, but here for completeness\n * maxFee: (3000).microAlgo(),\n * rejectVersion: 1,\n * // Signer only needed if you want to provide one,\n * // generally you'd register it with AlgorandClient\n * // against the sender and not need to pass it in\n * signer: transactionSigner,\n * maxRoundsToWaitForConfirmation: 5,\n * suppressLog: true,\n *})\n * ```\n * @returns The result of the application ABI method create transaction and the transaction that was sent\n */\n appCreateMethodCall = this._sendAppCreateCall((c) => c.addAppCreateMethodCall, {\n postLog: (params, result) =>\n `App created by ${params.sender} with ID ${result.confirmation.applicationIndex} via transaction ${result.txIds.at(-1)}`,\n })\n\n /**\n * Update a smart contract via an ABI method.\n *\n * Note: you may prefer to use `algorand.client` to get an app client for more advanced functionality.\n *\n * @param params The parameters for the app update transaction\n * @example Basic example\n * ```typescript\n * const method = new ABIMethod({\n * name: 'method',\n * args: [{ name: 'arg1', type: 'string' }],\n * returns: { type: 'string' },\n * })\n * await algorand.send.appUpdateMethodCall({ sender: 'CREATORADDRESS', approvalProgram: 'TEALCODE', clearStateProgram: 'TEALCODE', method: method, args: [\"arg1_value\"] })\n * ```\n * @example Advanced example\n * ```typescript\n * const method = new ABIMethod({\n * name: 'method',\n * args: [{ name: 'arg1', type: 'string' }],\n * returns: { type: 'string' },\n * })\n * await algorand.send.appUpdateMethodCall({\n * sender: 'CREATORADDRESS',\n * method: method,\n * args: [\"arg1_value\"],\n * approvalProgram: \"TEALCODE\",\n * clearStateProgram: \"TEALCODE\",\n * onComplete: algosdk.OnApplicationComplete.UpdateApplicationOC,\n * args: [new Uint8Array(1, 2, 3, 4)]\n * accountReferences: [\"ACCOUNT_1\"]\n * appReferences: [123n, 1234n]\n * assetReferences: [12345n]\n * boxReferences: [\"box1\", {appId: 1234n, name: \"box2\"}]\n * accessReferences: [{ appId: 1234n }]\n * lease: 'lease',\n * note: 'note',\n * // You wouldn't normally set this field\n * firstValidRound: 1000n,\n * validityWindow: 10,\n * extraFee: (1000).microAlgo(),\n * staticFee: (1000).microAlgo(),\n * // Max fee doesn't make sense with extraFee AND staticFee\n * // already specified, but here for completeness\n * maxFee: (3000).microAlgo(),\n * rejectVersion: 1,\n * // Signer only needed if you want to provide one,\n * // generally you'd register it with AlgorandClient\n * // against the sender and not need to pass it in\n * signer: transactionSigner,\n * maxRoundsToWaitForConfirmation: 5,\n * suppressLog: true,\n *})\n * ```\n * @returns The result of the application ABI method update transaction and the transaction that was sent\n */\n appUpdateMethodCall = this._sendAppUpdateCall((c) => c.addAppUpdateMethodCall, {\n postLog: (params, result) =>\n `App ${params.appId} updated with ${getMethodCallForLog(params)} by ${params.sender} via transaction ${result.txIds.at(-1)}`,\n })\n\n /**\n * Delete a smart contract via an ABI method.\n *\n * Note: you may prefer to use `algorand.client` to get an app client for more advanced functionality.\n *\n * @param params The parameters for the app deletion transaction\n * @example Basic example\n * ```typescript\n * const method = new ABIMethod({\n * name: 'method',\n * args: [{ name: 'arg1', type: 'string' }],\n * returns: { type: 'string' },\n * })\n * await algorand.send.appDeleteMethodCall({ sender: 'CREATORADDRESS', method: method, args: [\"arg1_value\"] })\n * ```\n * @example Advanced example\n * ```typescript\n * const method = new ABIMethod({\n * name: 'method',\n * args: [{ name: 'arg1', type: 'string' }],\n * returns: { type: 'string' },\n * })\n * await algorand.send.appDeleteMethodCall({\n * sender: 'CREATORADDRESS',\n * method: method,\n * args: [\"arg1_value\"],\n * onComplete: algosdk.OnApplicationComplete.DeleteApplicationOC,\n * args: [new Uint8Array(1, 2, 3, 4)]\n * accountReferences: [\"ACCOUNT_1\"]\n * appReferences: [123n, 1234n]\n * assetReferences: [12345n]\n * boxReferences: [\"box1\", {appId: 1234n, name: \"box2\"}]\n * accessReferences: [{ appId: 1234n }]\n * lease: 'lease',\n * note: 'note',\n * // You wouldn't normally set this field\n * firstValidRound: 1000n,\n * validityWindow: 10,\n * extraFee: (1000).microAlgo(),\n * staticFee: (1000).microAlgo(),\n * // Max fee doesn't make sense with extraFee AND staticFee\n * // already specified, but here for completeness\n * maxFee: (3000).microAlgo(),\n * rejectVersion: 1,\n * // Signer only needed if you want to provide one,\n * // generally you'd register it with AlgorandClient\n * // against the sender and not need to pass it in\n * signer: transactionSigner,\n * maxRoundsToWaitForConfirmation: 5,\n * suppressLog: true,\n *})\n * ```\n * @returns The result of the application ABI method delete transaction and the transaction that was sent\n */\n appDeleteMethodCall = this._sendAppCall((c) => c.addAppDeleteMethodCall, {\n postLog: (params, result) =>\n `App ${params.appId} deleted with ${getMethodCallForLog(params)} by ${params.sender} via transaction ${result.txIds.at(-1)}`,\n })\n\n /**\n * Call a smart contract via an ABI method.\n *\n * Note: you may prefer to use `algorand.client` to get an app client for more advanced functionality.\n *\n * @param params The parameters for the app call transaction\n * @example Basic example\n * ```typescript\n * const method = new ABIMethod({\n * name: 'method',\n * args: [{ name: 'arg1', type: 'string' }],\n * returns: { type: 'string' },\n * })\n * await algorand.send.appCallMethodCall({ sender: 'CREATORADDRESS', method: method, args: [\"arg1_value\"] })\n * ```\n * @example Advanced example\n * ```typescript\n * const method = new ABIMethod({\n * name: 'method',\n * args: [{ name: 'arg1', type: 'string' }],\n * returns: { type: 'string' },\n * })\n * await algorand.send.appCallMethodCall({\n * sender: 'CREATORADDRESS',\n * method: method,\n * args: [\"arg1_value\"],\n * onComplete: algosdk.OnApplicationComplete.OptInOC,\n * args: [new Uint8Array(1, 2, 3, 4)]\n * accountReferences: [\"ACCOUNT_1\"]\n * appReferences: [123n, 1234n]\n * assetReferences: [12345n]\n * boxReferences: [\"box1\", {appId: 1234n, name: \"box2\"}]\n * accessReferences: [{ appId: 1234n }]\n * lease: 'lease',\n * note: 'note',\n * // You wouldn't normally set this field\n * firstValidRound: 1000n,\n * validityWindow: 10,\n * extraFee: (1000).microAlgo(),\n * staticFee: (1000).microAlgo(),\n * // Max fee doesn't make sense with extraFee AND staticFee\n * // already specified, but here for completeness\n * maxFee: (3000).microAlgo(),\n * rejectVersion: 1,\n * // Signer only needed if you want to provide one,\n * // generally you'd register it with AlgorandClient\n * // against the sender and not need to pass it in\n * signer: transactionSigner,\n * maxRoundsToWaitForConfirmation: 5,\n * suppressLog: true,\n *})\n * ```\n * @returns The result of the application ABI method call transaction and the transaction that was sent\n */\n appCallMethodCall = this._sendAppCall((c) => c.addAppCallMethodCall, {\n postLog: (params, result) =>\n `App ${params.appId} called with ${getMethodCallForLog(params)} by ${params.sender} via transaction ${result.txIds.at(-1)}`,\n })\n\n /**\n * Register an online key.\n * @param params The parameters for the key registration transaction\n * @example Basic example\n * ```typescript\n * const result = await algorand.send.onlineKeyRegistration({\n * sender: 'SENDERADDRESS',\n * voteKey: Uint8Array.from(Buffer.from(\"voteKeyBase64\", 'base64')),\n * selectionKey: Uint8Array.from(Buffer.from(\"selectionKeyBase64\", 'base64')),\n * stateProofKey: Uint8Array.from(Buffer.from(\"stateProofKeyBase64\", 'base64')),\n * voteFirst: 1n,\n * voteLast: 1000n,\n * voteKeyDilution: 1n,\n * })\n * ```\n * @example Advanced example\n * ```typescript\n * const result = await algorand.send.onlineKeyRegistration({\n * sender: 'SENDERADDRESS',\n * voteKey: Uint8Array.from(Buffer.from(\"voteKeyBase64\", 'base64')),\n * selectionKey: Uint8Array.from(Buffer.from(\"selectionKeyBase64\", 'base64')),\n * stateProofKey: Uint8Array.from(Buffer.from(\"stateProofKeyBase64\", 'base64')),\n * voteFirst: 1n,\n * voteLast: 1000n,\n * voteKeyDilution: 1n,\n * lease: 'lease',\n * note: 'note',\n * // Use this with caution, it's generally better to use algorand.account.rekeyAccount\n * rekeyTo: 'REKEYTOADDRESS',\n * // You wouldn't normally set this field\n * firstValidRound: 1000n,\n * validityWindow: 10,\n * extraFee: (1000).microAlgo(),\n * staticFee: (1000).microAlgo(),\n * // Max fee doesn't make sense with extraFee AND staticFee\n * // already specified, but here for completeness\n * maxFee: (3000).microAlgo(),\n * })\n * ```\n * @returns The result of the online key registration transaction and the transaction that was sent\n */\n onlineKeyRegistration = this._send((c) => c.addOnlineKeyRegistration, {\n preLog: (params, transaction) => `Registering online key for ${params.sender} via transaction ${transaction.txID()}`,\n })\n\n /**\n * Register an offline key.\n * @param params The parameters for the key registration transaction\n * @example Basic example\n * ```typescript\n * const result = await algorand.send.offlineKeyRegistration({\n * sender: 'SENDERADDRESS',\n * })\n * ```\n * @example Advanced example\n * ```typescript\n * const result = await algorand.send.offlineKeyRegistration({\n * sender: 'SENDERADDRESS',\n * lease: 'lease',\n * note: 'note',\n * // Use this with caution, it's generally better to use algorand.account.rekeyAccount\n * rekeyTo: 'REKEYTOADDRESS',\n * // You wouldn't normally set this field\n * firstValidRound: 1000n,\n * validityWindow: 10,\n * extraFee: (1000).microAlgo(),\n * staticFee: (1000).microAlgo(),\n * // Max fee doesn't make sense with extraFee AND staticFee\n * // already specified, but here for completeness\n * maxFee: (3000).microAlgo(),\n * })\n * ```\n * @returns The result of the offline key registration transaction and the transaction that was sent\n */\n offlineKeyRegistration = this._send((c) => c.addOfflineKeyRegistration, {\n preLog: (params, transaction) => `Registering offline key for ${params.sender} via transaction ${transaction.txID()}`,\n 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