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{ PublicKey } from \"@solana/web3.js\";\n\nexport const MEMO_PROGRAM_ID: PublicKey = new PublicKey(\n \"MemoSq4gqABAXKb96qnH8TysNcWxMyWCqXgDLGmfcHr\"\n);\n\n/** Address of the SPL Associated Token Account program */\nexport const ASSOCIATED_TOKEN_PROGRAM_ID: PublicKey = new PublicKey(\n \"ATokenGPvbdGVxr1b2hvZbsiqW5xWH25efTNsLJA8knL\"\n);\n\nexport const TOKEN_PROGRAM_ID = new PublicKey(\"TokenkegQfeZyiNwAJbNbGKPFXCWuBvf9Ss623VQ5DA\");\nexport const TOKEN_2022_PROGRAM_ID = new PublicKey(\"TokenzQdBNbLqP5VEhdkAS6EPFLC1PHnBqCXEpPxuEb\");\n","import { AccountMeta, PublicKey } from \"@solana/web3.js\";\nimport BN from \"bn.js\";\n\nimport type { BankConfigCompactRaw, BankConfigOptRaw } from \"./services\";\nimport { MarginfiProgram, WrappedI80F48 } from \"./types\";\nimport { TOKEN_PROGRAM_ID } from \"./vendor/spl\";\n\nasync function makeInitMarginfiAccountIx(\n mfProgram: MarginfiProgram,\n accounts: {\n marginfiGroup: PublicKey;\n marginfiAccount: PublicKey;\n authority: PublicKey;\n feePayer: PublicKey;\n }\n) {\n return mfProgram.methods.marginfiAccountInitialize().accounts(accounts).instruction();\n}\n\nasync function makeInitMarginfiAccountPdaIx(\n mfProgram: MarginfiProgram,\n accounts: {\n marginfiGroup: PublicKey;\n marginfiAccount: PublicKey;\n authority: PublicKey;\n feePayer: PublicKey;\n },\n args: {\n accountIndex: number;\n thirdPartyId?: number;\n }\n) {\n return mfProgram.methods\n .marginfiAccountInitializePda(args.accountIndex, args.thirdPartyId ?? null)\n .accountsPartial({\n marginfiGroup: accounts.marginfiGroup,\n marginfiAccount: accounts.marginfiAccount,\n authority: accounts.authority,\n feePayer: accounts.feePayer,\n })\n .instruction();\n}\n\nasync function makeJuplendDepositIx(\n mfProgram: MarginfiProgram,\n accounts: {\n marginfiAccount: PublicKey;\n bank: PublicKey;\n signerTokenAccount: PublicKey;\n\n lendingAdmin: PublicKey;\n supplyTokenReservesLiquidity: PublicKey;\n lendingSupplyPositionOnLiquidity: PublicKey;\n rateModel: PublicKey;\n vault: PublicKey;\n liquidity: PublicKey;\n liquidityProgram: PublicKey;\n rewardsRateModel: PublicKey;\n tokenProgram: PublicKey;\n\n // Optional accounts - to override inference\n group?: PublicKey;\n authority?: PublicKey;\n liquidityVault?: PublicKey;\n fTokenMint?: PublicKey;\n integrationAcc1?: PublicKey;\n integrationAcc2?: PublicKey;\n mint?: PublicKey;\n },\n args: {\n amount: BN;\n },\n remainingAccounts: AccountMeta[] = []\n) {\n const {\n marginfiAccount,\n bank,\n signerTokenAccount,\n lendingAdmin,\n supplyTokenReservesLiquidity,\n lendingSupplyPositionOnLiquidity,\n rateModel,\n vault,\n liquidity,\n liquidityProgram,\n rewardsRateModel,\n tokenProgram,\n ...optionalAccounts\n } = accounts;\n\n return mfProgram.methods\n .juplendDeposit(args.amount)\n .accounts(accounts)\n .accountsPartial(optionalAccounts)\n .remainingAccounts(remainingAccounts)\n .instruction();\n}\n\nasync function makeJuplendWithdrawIx(\n mfProgram: MarginfiProgram,\n accounts: {\n marginfiAccount: PublicKey;\n bank: PublicKey;\n destinationTokenAccount: PublicKey;\n lendingAdmin: PublicKey;\n supplyTokenReservesLiquidity: PublicKey;\n lendingSupplyPositionOnLiquidity: PublicKey;\n rateModel: PublicKey;\n vault: PublicKey;\n claimAccount: PublicKey;\n liquidity: PublicKey;\n liquidityProgram: PublicKey;\n rewardsRateModel: PublicKey;\n tokenProgram: PublicKey;\n\n // Optional accounts - to override inference\n group?: PublicKey;\n authority?: PublicKey;\n mint?: PublicKey;\n integrationAcc1?: PublicKey;\n fTokenMint?: PublicKey;\n integrationAcc2?: PublicKey;\n integrationAcc3?: PublicKey;\n },\n args: {\n amount: BN;\n withdrawAll?: boolean | null;\n },\n remainingAccounts: AccountMeta[] = []\n) {\n const {\n marginfiAccount,\n bank,\n destinationTokenAccount,\n lendingAdmin,\n supplyTokenReservesLiquidity,\n lendingSupplyPositionOnLiquidity,\n rateModel,\n vault,\n claimAccount,\n liquidity,\n liquidityProgram,\n rewardsRateModel,\n tokenProgram,\n ...optionalAccounts\n } = accounts;\n\n return mfProgram.methods\n .juplendWithdraw(args.amount, args.withdrawAll ?? null)\n .accounts(accounts)\n .accountsPartial(optionalAccounts)\n .remainingAccounts(remainingAccounts)\n .instruction();\n}\n\nasync function makeKaminoDepositIx(\n mfProgram: MarginfiProgram,\n accounts: {\n marginfiAccount: PublicKey;\n bank: PublicKey;\n signerTokenAccount: PublicKey;\n lendingMarket: PublicKey;\n\n lendingMarketAuthority: PublicKey;\n reserveLiquiditySupply: PublicKey;\n reserveCollateralMint: PublicKey;\n reserveDestinationDepositCollateral: PublicKey;\n liquidityTokenProgram: PublicKey;\n\n obligationFarmUserState: PublicKey | null;\n reserveFarmState: PublicKey | null;\n\n // Optional accounts - to override inference\n group?: PublicKey;\n authority?: PublicKey;\n liquidityVault?: PublicKey;\n integrationAcc1?: PublicKey;\n integrationAcc2?: PublicKey;\n mint?: PublicKey;\n },\n args: {\n amount: BN;\n /** 0.1.9-only: refresh the reserve in-instruction. Ignored by the 1.8 program. */\n refreshReserve?: boolean;\n },\n remainingAccounts: AccountMeta[] = []\n) {\n const {\n marginfiAccount,\n bank,\n signerTokenAccount,\n lendingMarket,\n lendingMarketAuthority,\n reserveLiquiditySupply,\n reserveCollateralMint,\n reserveDestinationDepositCollateral,\n liquidityTokenProgram,\n obligationFarmUserState,\n reserveFarmState,\n ...optionalAccounts\n } = accounts;\n\n return mfProgram.methods\n .kaminoDeposit(args.amount, args.refreshReserve ?? null)\n .accounts(accounts)\n .accountsPartial(optionalAccounts)\n .remainingAccounts(remainingAccounts)\n .instruction();\n}\n\n/**\n * Create a Drift deposit instruction\n * Deposits tokens into a Drift spot market through a marginfi bank account\n *\n * @param mfProgram - The marginfi program instance\n * @param accounts - Required and optional accounts for the instruction\n * @param accounts.marginfiAccount - The marginfi account depositing funds\n * @param accounts.bank - The marginfi bank account for the asset\n * @param accounts.signerTokenAccount - The signer's token account (source of funds)\n * @param accounts.driftState - The Drift program state account\n * @param accounts.driftSpotMarketVault - The Drift spot market vault receiving tokens\n * @param accounts.tokenProgram - The SPL token program\n * @param accounts.driftOracle - (Optional) Oracle account for the asset\n * @param args - Instruction arguments\n * @param args.amount - Amount to deposit in native token decimals\n */\nasync function makeDriftDepositIx(\n mfProgram: MarginfiProgram,\n accounts: {\n marginfiAccount: PublicKey;\n bank: PublicKey;\n signerTokenAccount: PublicKey;\n driftState: PublicKey;\n driftSpotMarketVault: PublicKey;\n tokenProgram: PublicKey;\n driftOracle: PublicKey | null;\n\n // Optional accounts - to override inference\n group?: PublicKey;\n authority?: PublicKey;\n liquidityVault?: PublicKey;\n integrationAcc2?: PublicKey;\n integrationAcc3?: PublicKey;\n integrationAcc1?: PublicKey;\n mint?: PublicKey;\n driftProgram?: PublicKey;\n systemProgram?: PublicKey;\n },\n args: {\n amount: BN;\n }\n) {\n const {\n marginfiAccount,\n bank,\n signerTokenAccount,\n driftState,\n driftSpotMarketVault,\n tokenProgram,\n driftOracle,\n ...optionalAccounts\n } = accounts;\n\n return mfProgram.methods\n .driftDeposit(args.amount)\n .accounts({\n marginfiAccount,\n bank,\n signerTokenAccount,\n driftState,\n driftSpotMarketVault,\n tokenProgram,\n driftOracle,\n })\n .accountsPartial(optionalAccounts)\n .instruction();\n}\n\nasync function makeDepositIx(\n mfProgram: MarginfiProgram,\n accounts: {\n // Required accounts\n marginfiAccount: PublicKey;\n signerTokenAccount: PublicKey;\n bank: PublicKey;\n tokenProgram: PublicKey;\n // Optional accounts - to override inference\n group?: PublicKey;\n authority?: PublicKey;\n liquidityVault?: PublicKey;\n },\n args: {\n amount: BN;\n depositUpToLimit?: boolean;\n },\n remainingAccounts: AccountMeta[] = []\n) {\n const { marginfiAccount, signerTokenAccount, bank, tokenProgram, ...optionalAccounts } = accounts;\n\n return mfProgram.methods\n .lendingAccountDeposit(args.amount, args.depositUpToLimit ?? null)\n .accounts({\n marginfiAccount,\n signerTokenAccount,\n bank,\n tokenProgram,\n })\n .accountsPartial(optionalAccounts)\n .remainingAccounts(remainingAccounts)\n .instruction();\n}\n\nasync function makeRepayIx(\n mfProgram: MarginfiProgram,\n accounts: {\n // Required accounts\n marginfiAccount: PublicKey;\n signerTokenAccount: PublicKey;\n bank: PublicKey;\n tokenProgram: PublicKey;\n // Optional accounts - to override inference\n group?: PublicKey;\n authority?: PublicKey;\n liquidityVault?: PublicKey;\n },\n args: {\n amount: BN;\n repayAll?: boolean;\n },\n remainingAccounts: AccountMeta[] = []\n) {\n const { marginfiAccount, signerTokenAccount, bank, tokenProgram, ...optionalAccounts } = accounts;\n\n return mfProgram.methods\n .lendingAccountRepay(args.amount, args.repayAll ?? null)\n .accounts({\n marginfiAccount,\n signerTokenAccount,\n bank,\n tokenProgram,\n })\n .accountsPartial(optionalAccounts)\n .remainingAccounts(remainingAccounts)\n .instruction();\n}\n\nasync function makeDriftWithdrawIx(\n mfProgram: MarginfiProgram,\n accounts: {\n marginfiAccount: PublicKey;\n bank: PublicKey;\n destinationTokenAccount: PublicKey;\n\n driftState: PublicKey;\n driftSigner: PublicKey;\n driftSpotMarketVault: PublicKey;\n tokenProgram: PublicKey;\n\n driftOracle: PublicKey | null;\n driftRewardOracle: PublicKey | null;\n driftRewardSpotMarket: PublicKey | null;\n driftRewardMint: PublicKey | null;\n driftRewardOracle2: PublicKey | null;\n driftRewardSpotMarket2: PublicKey | null;\n driftRewardMint2: PublicKey | null;\n\n // Optional accounts - to override inference\n group?: PublicKey;\n authority?: PublicKey;\n },\n args: {\n amount: BN;\n withdrawAll: boolean;\n },\n remainingAccounts: AccountMeta[] = []\n) {\n const {\n marginfiAccount,\n bank,\n destinationTokenAccount,\n driftState,\n driftSigner,\n driftSpotMarketVault,\n tokenProgram,\n driftOracle,\n driftRewardOracle,\n driftRewardSpotMarket,\n driftRewardMint,\n driftRewardOracle2,\n driftRewardSpotMarket2,\n driftRewardMint2,\n ...optionalAccounts\n } = accounts;\n\n return mfProgram.methods\n .driftWithdraw(args.amount, args.withdrawAll)\n .accounts({\n marginfiAccount,\n bank,\n destinationTokenAccount,\n driftState,\n driftSigner,\n driftSpotMarketVault,\n tokenProgram,\n driftOracle,\n driftRewardOracle,\n driftRewardSpotMarket,\n driftRewardMint,\n driftRewardOracle2,\n driftRewardSpotMarket2,\n driftRewardMint2,\n })\n .accountsPartial(optionalAccounts)\n .remainingAccounts(remainingAccounts)\n .instruction();\n}\n\nasync function makeKaminoWithdrawIx(\n mfProgram: MarginfiProgram,\n accounts: {\n marginfiAccount: PublicKey;\n bank: PublicKey;\n destinationTokenAccount: PublicKey;\n lendingMarket: PublicKey;\n mint: PublicKey;\n\n lendingMarketAuthority: PublicKey;\n reserveLiquiditySupply: PublicKey;\n reserveCollateralMint: PublicKey;\n reserveSourceCollateral: PublicKey;\n liquidityTokenProgram: PublicKey;\n\n obligationFarmUserState: PublicKey | null;\n reserveFarmState: PublicKey | null;\n\n // Optional accounts - to override inference\n group?: PublicKey;\n authority?: PublicKey;\n },\n args: {\n amount: BN;\n isFinalWithdrawal: boolean;\n /**\n * 0.1.9-only: refresh the reserve via batch refresh (flags bit 1). Do NOT set while the\n * 1.8 program is deployed — its `Option` decoder rejects flag bytes above 1.\n */\n refreshReserve?: boolean;\n },\n remainingAccounts: AccountMeta[] = []\n) {\n const {\n marginfiAccount,\n bank,\n destinationTokenAccount,\n lendingMarket,\n lendingMarketAuthority,\n reserveLiquiditySupply,\n reserveCollateralMint,\n reserveSourceCollateral,\n liquidityTokenProgram,\n obligationFarmUserState,\n reserveFarmState,\n ...optionalAccounts\n } = accounts;\n\n // flags bit 0 = withdraw all, bit 1 = batch refresh. `isFinalWithdrawal ? 1 : null` is\n // byte-identical to the pre-0.1.9 `withdrawAll: Option` encoding, so it lands on\n // both the 1.8 and 1.9 programs.\n const flags = (args.isFinalWithdrawal ? 1 : 0) | (args.refreshReserve ? 2 : 0);\n\n return mfProgram.methods\n .kaminoWithdraw(args.amount, flags === 0 ? null : flags)\n .accounts({\n marginfiAccount,\n bank,\n destinationTokenAccount,\n lendingMarket,\n lendingMarketAuthority,\n reserveLiquiditySupply,\n reserveCollateralMint,\n reserveSourceCollateral,\n liquidityTokenProgram,\n obligationFarmUserState,\n reserveFarmState,\n })\n .accountsPartial(optionalAccounts)\n .remainingAccounts(remainingAccounts)\n .instruction();\n}\n\nasync function makeWithdrawIx(\n mfProgram: MarginfiProgram,\n accounts: {\n // Required accounts\n marginfiAccount: PublicKey;\n bank: PublicKey;\n destinationTokenAccount: PublicKey;\n tokenProgram: PublicKey;\n // Optional accounts - to override inference\n group?: PublicKey;\n authority?: PublicKey;\n },\n args: {\n amount: BN;\n withdrawAll?: boolean;\n },\n remainingAccounts: AccountMeta[] = []\n) {\n const { marginfiAccount, bank, destinationTokenAccount, tokenProgram, ...optionalAccounts } =\n accounts;\n\n return mfProgram.methods\n .lendingAccountWithdraw(args.amount, args.withdrawAll ?? null)\n .accounts({\n marginfiAccount,\n destinationTokenAccount,\n bank,\n tokenProgram,\n })\n .accountsPartial(optionalAccounts)\n .remainingAccounts(remainingAccounts)\n .instruction();\n}\n\nasync function makeBorrowIx(\n mfProgram: MarginfiProgram,\n accounts: {\n // Required accounts\n marginfiAccount: PublicKey;\n bank: PublicKey;\n destinationTokenAccount: PublicKey;\n tokenProgram: PublicKey;\n // Optional accounts - to override inference\n group?: PublicKey;\n authority?: PublicKey;\n },\n args: {\n amount: BN;\n },\n remainingAccounts: AccountMeta[] = []\n) {\n const { marginfiAccount, bank, destinationTokenAccount, tokenProgram, ...optionalAccounts } =\n accounts;\n\n return mfProgram.methods\n .lendingAccountBorrow(args.amount)\n .accounts({\n marginfiAccount,\n destinationTokenAccount,\n bank,\n tokenProgram,\n })\n .accountsPartial(optionalAccounts)\n .remainingAccounts(remainingAccounts)\n .instruction();\n}\n\nfunction makeLendingAccountLiquidateIx(\n mfiProgram: MarginfiProgram,\n accounts: {\n // Required accounts\n assetBank: PublicKey;\n liabBank: PublicKey;\n liquidatorMarginfiAccount: PublicKey;\n liquidateeMarginfiAccount: PublicKey;\n tokenProgram: PublicKey;\n // Optional accounts - to override inference\n group?: PublicKey;\n authority?: PublicKey;\n },\n args: {\n assetAmount: BN;\n liquidateeAccounts: number;\n liquidatorAccounts: number;\n },\n remainingAccounts: AccountMeta[] = []\n) {\n const {\n assetBank,\n liabBank,\n liquidatorMarginfiAccount,\n liquidateeMarginfiAccount,\n tokenProgram,\n ...optionalAccounts\n } = accounts;\n\n return mfiProgram.methods\n .lendingAccountLiquidate(args.assetAmount, args.liquidateeAccounts, args.liquidatorAccounts)\n .accounts({\n assetBank,\n liabBank,\n liquidatorMarginfiAccount,\n liquidateeMarginfiAccount,\n tokenProgram,\n })\n .accountsPartial(optionalAccounts)\n .remainingAccounts(remainingAccounts)\n .instruction();\n}\n\nfunction makePoolConfigureBankIx(\n mfiProgram: MarginfiProgram,\n accounts: {\n // Required accounts\n bank: PublicKey;\n // Optional accounts - to override inference\n group?: PublicKey;\n admin?: PublicKey;\n },\n args: {\n bankConfigOpt: BankConfigOptRaw;\n }\n) {\n const { bank, ...optionalAccounts } = accounts;\n\n return mfiProgram.methods\n .lendingPoolConfigureBank(args.bankConfigOpt)\n .accounts({\n bank,\n })\n .accountsPartial(optionalAccounts)\n .instruction();\n}\n\nfunction makeBeginFlashLoanIx(\n mfiProgram: MarginfiProgram,\n accounts: {\n // Required accounts\n marginfiAccount: PublicKey;\n // Optional accounts - to override inference\n authority?: PublicKey;\n ixsSysvar?: PublicKey;\n },\n args: {\n endIndex: BN;\n }\n) {\n const { marginfiAccount, ...optionalAccounts } = accounts;\n\n return mfiProgram.methods\n .lendingAccountStartFlashloan(args.endIndex)\n .accounts({\n marginfiAccount,\n })\n .accountsPartial(optionalAccounts)\n .instruction();\n}\n\nasync function makeEndFlashLoanIx(\n mfiProgram: MarginfiProgram,\n accounts: {\n // Required accounts\n marginfiAccount: PublicKey;\n // Optional accounts - to override inference\n authority?: PublicKey;\n // Pass explicitly when the account isn't on-chain yet (fresh-account flash loans)\n group?: PublicKey;\n },\n remainingAccounts: AccountMeta[] = []\n) {\n const { marginfiAccount, ...optionalAccounts } = accounts;\n\n return mfiProgram.methods\n .lendingAccountEndFlashloan()\n .accounts({\n marginfiAccount,\n })\n .accountsPartial(optionalAccounts)\n .remainingAccounts(remainingAccounts)\n .instruction();\n}\n\nasync function makeAccountTransferToNewAccountIx(\n mfProgram: MarginfiProgram,\n accounts: {\n // Required accounts\n oldMarginfiAccount: PublicKey;\n newMarginfiAccount: PublicKey;\n newAuthority: PublicKey;\n globalFeeWallet: PublicKey;\n feePayer: PublicKey;\n // Optional accounts - to override inference\n group?: PublicKey;\n authority?: PublicKey;\n }\n) {\n const {\n oldMarginfiAccount,\n newMarginfiAccount,\n newAuthority,\n globalFeeWallet,\n feePayer,\n ...optionalAccounts\n } = accounts;\n\n return mfProgram.methods\n .transferToNewAccount()\n .accounts({\n oldMarginfiAccount,\n newMarginfiAccount,\n newAuthority,\n globalFeeWallet,\n feePayer,\n })\n .accountsPartial(optionalAccounts)\n .instruction();\n}\n\nasync function makeGroupInitIx(\n mfProgram: MarginfiProgram,\n accounts: {\n marginfiGroup: PublicKey;\n admin: PublicKey;\n }\n) {\n return mfProgram.methods\n .marginfiGroupInitialize()\n .accounts({\n marginfiGroup: accounts.marginfiGroup,\n admin: accounts.admin,\n })\n .instruction();\n}\n\n/**\n * Configure the oracle for a bank\n * @param mfProgram The marginfi program\n * @param accounts The accounts required for this instruction\n * @param args The oracle setup index and feed id\n * @param remainingAccounts The remaining accounts required for this instruction, should include the feed oracle key\n */\nasync function makeLendingPoolConfigureBankOracleIx(\n mfProgram: MarginfiProgram,\n accounts: {\n // Required accounts\n bank: PublicKey;\n // Optional accounts - to override inference\n group?: PublicKey;\n admin?: PublicKey;\n },\n args: {\n /**\n * The oracle setup index, see {@link serializeOracleSetupToIndex}\n */\n setup: number;\n /**\n * The oracle feed id\n */\n feedId: PublicKey;\n },\n /**\n * The remaining accounts required for this instruction, should include the feed oracle key (non writable & signable)\n */\n remainingAccounts: AccountMeta[] = []\n) {\n const { bank, ...optionalAccounts } = accounts;\n\n return mfProgram.methods\n .lendingPoolConfigureBankOracle(args.setup, args.feedId)\n .accounts({\n bank,\n })\n .accountsPartial(optionalAccounts)\n .remainingAccounts(remainingAccounts)\n .instruction();\n}\n\n/**\n * Configure a bank to use an entry in a Scope OraclePrices account.\n * @param mfProgram The marginfi program\n * @param accounts The group, admin, and bank accounts required by the instruction\n * @param args The Scope OraclePrices account and its entry index\n */\nasync function makeLendingPoolConfigureBankOracleScopeIx(\n mfProgram: MarginfiProgram,\n accounts: {\n bank: PublicKey;\n group?: PublicKey;\n admin?: PublicKey;\n },\n args: {\n oracle: PublicKey;\n entryIndex: number;\n }\n) {\n const { bank, ...optionalAccounts } = accounts;\n\n return mfProgram.methods\n .lendingPoolConfigureBankOracleScope(args.oracle, args.entryIndex)\n .accounts({ bank })\n .accountsPartial(optionalAccounts)\n .remainingAccounts([{ pubkey: args.oracle, isSigner: false, isWritable: false }])\n .instruction();\n}\n\n/** Configure a fixed or Exponent PT oracle through the 0.1.11 set-oracle-price instruction. */\nasync function makeLendingPoolSetOraclePriceIx(\n mfProgram: MarginfiProgram,\n accounts: {\n bank: PublicKey;\n group?: PublicKey;\n admin?: PublicKey;\n },\n args: {\n price: WrappedI80F48;\n setup: number;\n },\n remainingAccounts: AccountMeta[] = []\n) {\n const { bank, ...optionalAccounts } = accounts;\n\n return mfProgram.methods\n .lendingPoolSetOraclePrice(args.price, args.setup)\n .accounts({ bank })\n .accountsPartial(optionalAccounts)\n .remainingAccounts(remainingAccounts)\n .instruction();\n}\n\n/**\n * Creates an instruction to add a permissionless staked bank to a lending pool.\n * @param mfProgram - The marginfi program instance\n * @param accounts - The accounts required for this instruction\n * @param remainingAccounts - The remaining accounts required for this instruction, including pythOracle, solPool and bankMint\n * @param args - Optional arguments for this instruction\n */\nasync function makePoolAddPermissionlessStakedBankIx(\n mfProgram: MarginfiProgram,\n accounts: {\n // Required accounts\n stakedSettings: PublicKey;\n feePayer: PublicKey;\n bankMint: PublicKey;\n solPool: PublicKey;\n /** The SVSP on-ramp account, derived from the stake pool (0.1.9+ program only) */\n poolOnramp: PublicKey;\n stakePool: PublicKey;\n /** The validator vote account backing the stake pool (0.1.9+ program only) */\n validatorVoteAccount: PublicKey;\n // Optional accounts - to override inference\n marginfiGroup?: PublicKey;\n /**\n * The token program to use for this instruction, defaults to the SPL token program\n */\n tokenProgram?: PublicKey;\n },\n /**\n * The remaining accounts required for this instruction. Should include:\n * - pythOracle: The pyth oracle key (non writable & non signer)\n * - solPool: The sol pool key (non writable & non signer)\n * - bankMint: The bank mint key (non writable & non signer)\n */\n remainingAccounts: AccountMeta[] = [],\n args: {\n /**\n * The seed to use for the bank account. Defaults to 0 (new BN(0)).\n * If the seed is not specified, the seed is set to 0, and the bank account\n * will be created at the address {@link findPoolAddress} with the default\n * bump.\n */\n seed?: BN;\n }\n) {\n const {\n stakedSettings,\n feePayer,\n bankMint,\n solPool,\n poolOnramp,\n stakePool,\n validatorVoteAccount,\n tokenProgram = TOKEN_PROGRAM_ID,\n ...optionalAccounts\n } = accounts;\n\n return mfProgram.methods\n .lendingPoolAddBankPermissionless(args.seed ?? new BN(0))\n .accounts({\n stakedSettings,\n feePayer,\n bankMint,\n solPool,\n poolOnramp,\n stakePool,\n validatorVoteAccount,\n tokenProgram,\n })\n .accountsPartial(optionalAccounts)\n .remainingAccounts(remainingAccounts)\n .instruction();\n}\n\nasync function makePoolAddBankIx(\n mfProgram: MarginfiProgram,\n accounts: {\n // Required accounts\n marginfiGroup: PublicKey;\n feePayer: PublicKey;\n bankMint: PublicKey;\n bank: PublicKey;\n tokenProgram: PublicKey;\n // Optional accounts - to override inference\n admin?: PublicKey;\n globalFeeWallet?: PublicKey;\n },\n args: {\n bankConfig: BankConfigCompactRaw;\n }\n) {\n const { marginfiGroup, feePayer, bankMint, bank, tokenProgram, ...optionalAccounts } = accounts;\n\n return mfProgram.methods\n .lendingPoolAddBank({\n ...args.bankConfig,\n configFlags: 0,\n pad0: [0, 0, 0, 0, 0, 0, 0, 0],\n })\n .accounts({\n marginfiGroup,\n feePayer,\n bankMint,\n bank,\n tokenProgram,\n })\n .accountsPartial(optionalAccounts)\n .instruction();\n}\n\nasync function makeCloseAccountIx(\n mfProgram: MarginfiProgram,\n accounts: {\n // Required accounts\n marginfiAccount: PublicKey;\n feePayer: PublicKey;\n // Optional accounts - to override inference\n authority?: PublicKey;\n }\n) {\n const { marginfiAccount, feePayer, ...optionalAccounts } = accounts;\n return mfProgram.methods\n .marginfiAccountClose()\n .accounts({\n marginfiAccount,\n feePayer,\n })\n .accountsPartial(optionalAccounts)\n .instruction();\n}\n\n// Deprecated\n// async function makeLendingAccountSortBalancesIx(\n// mfProgram: MarginfiProgram,\n// accounts: {\n// marginfiAccount: PublicKey;\n// }\n// ) {\n// return mfProgram.methods\n// .lendingAccountSortBalances()\n// .accounts({\n// marginfiAccount: accounts.marginfiAccount,\n// })\n// .instruction();\n// }\n\nasync function makePulseHealthIx(\n mfProgram: MarginfiProgram,\n accounts: {\n marginfiAccount: PublicKey;\n },\n /**\n * The remaining accounts required for this instruction. Should include:\n * - For each balance the user has, pass bank and oracle: \n */\n remainingAccounts: AccountMeta[] = []\n) {\n return mfProgram.methods\n .lendingAccountPulseHealth()\n .accounts({\n marginfiAccount: accounts.marginfiAccount,\n })\n .remainingAccounts(remainingAccounts)\n .instruction();\n}\n\nconst instructions = {\n makeDepositIx,\n makeJuplendDepositIx,\n makeDriftDepositIx,\n makeKaminoDepositIx,\n makeRepayIx,\n makeWithdrawIx,\n makeJuplendWithdrawIx,\n makeDriftWithdrawIx,\n makeKaminoWithdrawIx,\n makeBorrowIx,\n makeInitMarginfiAccountIx,\n makeInitMarginfiAccountPdaIx,\n makeLendingAccountLiquidateIx,\n makePoolAddBankIx,\n makePoolConfigureBankIx,\n makeBeginFlashLoanIx,\n makeEndFlashLoanIx,\n makeAccountTransferToNewAccountIx,\n makeGroupInitIx,\n makeCloseAccountIx,\n makePoolAddPermissionlessStakedBankIx,\n makeLendingPoolConfigureBankOracleIx,\n makeLendingPoolConfigureBankOracleScopeIx,\n makeLendingPoolSetOraclePriceIx,\n makePulseHealthIx,\n};\n\nexport default instructions;\n"]}