@kamino-finance/klend-sdk/dist/client_kamino_manager.js

Typescript SDK for interacting with the Kamino Lending (klend) protocol

"use strict";
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Object.defineProperty(exports, "__esModule", { value: true });
exports.parseKeypairFile = parseKeypairFile;
const dotenv_1 = __importDefault(require("dotenv"));
const commander_1 = require("commander");
const web3_js_1 = require("@solana/web3.js");
const lib_1 = require("./lib");
const anchor = __importStar(require("@coral-xyz/anchor"));
const base58_js_1 = require("base58-js");
const types_1 = require("./idl_codegen/types");
const fraction_1 = require("./classes/fraction");
const decimal_js_1 = __importDefault(require("decimal.js"));
const anchor_1 = require("@coral-xyz/anchor");
const types_2 = require("./idl_codegen_kamino_vault/types");
const fs = __importStar(require("fs"));
const VaultConfigField_1 = require("./idl_codegen_kamino_vault/types/VaultConfigField");
const rpc_1 = require("./utils/rpc");
dotenv_1.default.config({
    path: `.env${process.env.ENV ? '.' + process.env.ENV : ''}`,
});
async function main() {
    const commands = new commander_1.Command();
    commands.name('kamino-manager-cli').description('CLI to interact with the kvaults and klend programs');
    commands
        .command('create-market')
        .requiredOption(`--mode <string>`, 'simulate - to print txn simulation, inspect - to get txn simulation in explorer, execute - execute txn, multisig - to get bs58 txn for multisig usage')
        .option(`--staging`, 'If true, will use the staging programs')
        .option(`--multisig <string>`, 'If using multisig mode this is required, otherwise will be ignored')
        .action(async ({ mode, staging, multisig }) => {
        const env = initializeClient(mode === 'multisig', staging);
        if (mode === 'multisig' && !multisig) {
            throw new Error('If using multisig mode, multisig pubkey is required');
        }
        const multisigPk = multisig ? new web3_js_1.PublicKey(multisig) : web3_js_1.PublicKey.default;
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        const { market: marketKp, ixns: createMarketIxns } = await kaminoManager.createMarketIxs({
            admin: mode === 'multisig' ? multisigPk : env.payer.publicKey,
        });
        const _createMarketSig = await processTxn(env.client, env.payer, createMarketIxns, mode, 2500, [marketKp]);
        mode === 'execute' && console.log('Market created:', marketKp.publicKey.toBase58());
    });
    commands
        .command('add-asset-to-market')
        .requiredOption('--market <string>', 'Market address to add asset to')
        .requiredOption('--mint <string>', 'Reserve liquidity token mint')
        .requiredOption('--mint-program-id <string>', 'Reserve liquidity token mint program id')
        .requiredOption('--reserve-config-path <string>', 'Path for the reserve config')
        .requiredOption(`--mode <string>`, 'simulate - to print txn simulation, inspect - to get txn simulation in explorer, execute - execute txn, multisig - to get bs58 txn for multisig usage')
        .option(`--staging`, 'If true, will use the staging programs')
        .option(`--multisig <string>`, 'If using multisig mode this is required, otherwise will be ignored')
        .action(async ({ market, mint, mintProgramId, reserveConfigPath, mode, staging, multisig }) => {
        const env = initializeClient(mode === 'multisig', staging);
        const tokenMint = new web3_js_1.PublicKey(mint);
        const tokenMintProgramId = new web3_js_1.PublicKey(mintProgramId);
        const marketAddress = new web3_js_1.PublicKey(market);
        if (mode === 'multisig' && !multisig) {
            throw new Error('If using multisig mode, multisig is required');
        }
        const multisigPk = multisig ? new web3_js_1.PublicKey(multisig) : web3_js_1.PublicKey.default;
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        const reserveConfigFromFile = JSON.parse(fs.readFileSync(reserveConfigPath, 'utf8'));
        const reserveConfig = parseReserveConfigFromFile(reserveConfigFromFile);
        const assetConfig = new lib_1.AssetReserveConfigCli(tokenMint, tokenMintProgramId, reserveConfig);
        const { reserve, txnIxns } = await kaminoManager.addAssetToMarketIxs({
            admin: mode === 'multisig' ? multisigPk : env.payer.publicKey,
            marketAddress: marketAddress,
            assetConfig: assetConfig,
        });
        console.log('reserve: ', reserve.publicKey);
        const _createReserveSig = await processTxn(env.client, env.payer, txnIxns[0], mode, 2500, [reserve]);
        const _updateReserveSig = await processTxn(env.client, env.payer, txnIxns[1], mode, 2500, [], 400_000);
        mode === 'execute' &&
            console.log('Reserve Created with config:', JSON.parse(JSON.stringify(reserveConfig)), '\nreserve address:', reserve.publicKey.toBase58());
    });
    commands
        .command('update-reserve-config')
        .requiredOption('--reserve <string>', 'Reserve address')
        .requiredOption('--reserve-config-path <string>', 'Path for the reserve config')
        .requiredOption(`--mode <string>`, 'simulate - to print txn simulation, inspect - to get txn simulation in explorer, execute - execute txn, multisig - to get bs58 txn for multisig usage')
        .option('--update-entire-config', 'If set, it will update entire reserve config in 1 instruction')
        .option(`--staging`, 'If true, will use the staging programs')
        .action(async ({ reserve, reserveConfigPath, mode, updateEntireConfig, staging, multisig }) => {
        const env = initializeClient(mode === 'multisig', staging);
        const reserveAddress = new web3_js_1.PublicKey(reserve);
        const reserveState = await lib_1.Reserve.fetch(env.connection, reserveAddress, env.kLendProgramId);
        if (!reserveState) {
            throw new Error('Reserve not found');
        }
        const marketAddress = reserveState.lendingMarket;
        const marketState = await lib_1.LendingMarket.fetch(env.connection, marketAddress, env.kLendProgramId);
        if (!marketState) {
            throw new Error('Market not found');
        }
        const marketWithAddress = {
            address: marketAddress,
            state: marketState,
        };
        if (mode === 'multisig' && !multisig) {
            throw new Error('If using multisig mode, multisig is required');
        }
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        const reserveConfigFromFile = JSON.parse(fs.readFileSync(reserveConfigPath, 'utf8'));
        const reserveConfig = parseReserveConfigFromFile(reserveConfigFromFile);
        const ixns = await kaminoManager.updateReserveIxs(marketWithAddress, reserveAddress, reserveConfig, reserveState, updateEntireConfig);
        const _updateReserveSig = await processTxn(env.client, env.payer, ixns, mode, 2500, [], 400_000);
        mode === 'execute' && console.log('Reserve Updated with config -> ', JSON.parse(JSON.stringify(reserveConfig)));
    });
    commands
        .command('download-reserve-config')
        .requiredOption('--reserve <string>', 'Reserve address')
        .option(`--staging`, 'If true, will use the staging programs')
        .action(async ({ reserve, staging }) => {
        const env = initializeClient(false, staging);
        const reserveAddress = new web3_js_1.PublicKey(reserve);
        const reserveState = await lib_1.Reserve.fetch(env.connection, reserveAddress, env.kLendProgramId);
        if (!reserveState) {
            throw new Error('Reserve not found');
        }
        fs.mkdirSync('./configs/' + reserveState.lendingMarket.toBase58(), { recursive: true });
        const decoder = new TextDecoder('utf-8');
        const reserveName = decoder.decode(Uint8Array.from(reserveState.config.tokenInfo.name)).replace(/\0/g, '');
        const reserveConfigDisplay = parseReserveConfigToFile(reserveState.config);
        fs.writeFileSync('./configs/' + reserveState.lendingMarket.toBase58() + '/' + reserveName + '.json', JSON.stringify(reserveConfigDisplay, null, 2));
    });
    commands
        .command('create-vault')
        .requiredOption('--mint <string>', 'Vault token mint')
        .requiredOption(`--mode <string>`, 'simulate - to print txn simulation, inspect - to get txn simulation in explorer, execute - execute txn, multisig - to get bs58 txn for multisig usage')
        .option(`--staging`, 'If true, will use the staging programs')
        .option(`--multisig <string>`, 'If using multisig mode this is required, otherwise will be ignored')
        .action(async ({ mint, mode, staging, multisig }) => {
        const env = initializeClient(mode === 'multisig', staging);
        const tokenMint = new web3_js_1.PublicKey(mint);
        if (mode === 'multisig' && !multisig) {
            throw new Error('If using multisig mode, multisig is required');
        }
        const multisigPk = multisig ? new web3_js_1.PublicKey(multisig) : web3_js_1.PublicKey.default;
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        const tokenProgramID = await (0, rpc_1.getAccountOwner)(env.connection, tokenMint);
        const kaminoVaultConfig = new lib_1.KaminoVaultConfig({
            admin: mode === 'multisig' ? multisigPk : env.payer.publicKey,
            tokenMint: tokenMint,
            tokenMintProgramId: tokenProgramID,
            performanceFeeRate: new decimal_js_1.default(0.0),
            managementFeeRate: new decimal_js_1.default(0.0),
        });
        const { vault: vaultKp, ixns: instructions } = await kaminoManager.createVaultIxs(kaminoVaultConfig);
        const _createVaultSig = await processTxn(env.client, env.payer, instructions, mode, 2500, [vaultKp]);
        mode === 'execute' && console.log('Vault created:', vaultKp.publicKey.toBase58());
    });
    commands
        .command('update-vault-pending-admin')
        .requiredOption('--vault <string>', 'Vault address')
        .requiredOption('--new-admin <string>', 'Pubkey of the new admin')
        .requiredOption(`--mode <string>`, 'simulate - to print txn simulation, inspect - to get txn simulation in explorer, execute - execute txn, multisig - to get bs58 txn for multisig usage')
        .option(`--staging`, 'If true, will use the staging programs')
        .option(`--multisig <string>`, 'If using multisig mode this is required, otherwise will be ignored')
        .action(async ({ vault, newAdmin, mode, staging, multisig }) => {
        const env = initializeClient(mode === 'multisig', staging);
        const vaultAddress = new web3_js_1.PublicKey(vault);
        if (mode === 'multisig' && !multisig) {
            throw new Error('If using multisig mode, multisig is required');
        }
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        const kaminoVault = new lib_1.KaminoVault(vaultAddress, undefined, env.kVaultProgramId);
        const instruction = await kaminoManager.updateVaultConfigIx(kaminoVault, new VaultConfigField_1.PendingVaultAdmin(), newAdmin);
        const updateVaultPendingAdminSig = await processTxn(env.client, env.payer, [instruction], mode, 2500, []);
        mode === 'execute' && console.log('Pending admin updated:', updateVaultPendingAdminSig);
    });
    commands
        .command('update-vault-mgmt-fee')
        .requiredOption('--vault <string>', 'Vault address')
        .requiredOption('--fee-bps <string>', 'Pubkey of the new admin')
        .requiredOption(`--mode <string>`, 'simulate - to print txn simulation, inspect - to get txn simulation in explorer, execute - execute txn, multisig - to get bs58 txn for multisig usage')
        .option(`--staging`, 'If true, will use the staging programs')
        .option(`--multisig <string>`, 'If using multisig mode this is required, otherwise will be ignored')
        .action(async ({ vault, feeBps, mode, staging, multisig }) => {
        const env = initializeClient(mode === 'multisig', staging);
        const vaultAddress = new web3_js_1.PublicKey(vault);
        if (mode === 'multisig' && !multisig) {
            throw new Error('If using multisig mode, multisig is required');
        }
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        const kaminoVault = new lib_1.KaminoVault(vaultAddress, undefined, env.kVaultProgramId);
        const instruction = await kaminoManager.updateVaultConfigIx(kaminoVault, new VaultConfigField_1.ManagementFeeBps(), feeBps);
        const updateVaultConfigSig = await processTxn(env.client, env.payer, [instruction], mode, 2500, []);
        mode === 'execute' && console.log('Management fee updated:', updateVaultConfigSig);
    });
    commands
        .command('update-vault-perf-fee')
        .requiredOption('--vault <string>', 'Vault address')
        .requiredOption('--fee-bps <string>', 'Pubkey of the new admin')
        .requiredOption(`--mode <string>`, 'simulate - to print txn simulation, inspect - to get txn simulation in explorer, execute - execute txn, multisig - to get bs58 txn for multisig usage')
        .option(`--staging`, 'If true, will use the staging programs')
        .option(`--multisig <string>`, 'If using multisig mode this is required, otherwise will be ignored')
        .action(async ({ vault, feeBps, mode, staging, multisig }) => {
        const env = initializeClient(mode === 'multisig', staging);
        const vaultAddress = new web3_js_1.PublicKey(vault);
        if (mode === 'multisig' && !multisig) {
            throw new Error('If using multisig mode, multisig is required');
        }
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        const kaminoVault = new lib_1.KaminoVault(vaultAddress, undefined, env.kVaultProgramId);
        const instruction = await kaminoManager.updateVaultConfigIx(kaminoVault, new VaultConfigField_1.PerformanceFeeBps(), feeBps);
        const updateVaultPerfFeeSig = await processTxn(env.client, env.payer, [instruction], mode, 2500, []);
        mode === 'execute' && console.log('Performance fee updated:', updateVaultPerfFeeSig);
    });
    commands
        .command('accept-vault-ownership')
        .requiredOption('--vault <string>', 'Vault address')
        .requiredOption(`--mode <string>`, 'simulate - to print txn simulation, inspect - to get txn simulation in explorer, execute - execute txn, multisig - to get bs58 txn for multisig usage')
        .option(`--staging`, 'If true, will use the staging programs')
        .option(`--multisig <string>`, 'If using multisig mode this is required, otherwise will be ignored')
        .action(async ({ vault, mode, staging, multisig }) => {
        const env = initializeClient(mode === 'multisig', staging);
        const vaultAddress = new web3_js_1.PublicKey(vault);
        if (mode === 'multisig' && !multisig) {
            throw new Error('If using multisig mode, multisig is required');
        }
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        const kaminoVault = new lib_1.KaminoVault(vaultAddress, undefined, env.kVaultProgramId);
        const instruction = await kaminoManager.acceptVaultOwnershipIx(kaminoVault);
        const acceptVaultOwnershipSig = await processTxn(env.client, env.payer, [instruction], mode, 2500, []);
        mode === 'execute' && console.log('Vault ownership accepted:', acceptVaultOwnershipSig);
    });
    commands
        .command('give-up-pending-fees')
        .requiredOption('--vault <string>', 'Vault address')
        .requiredOption('--max-amount-to-give-up <string>', 'Max amount to give up')
        .requiredOption(`--mode <string>`, 'simulate - to print txn simulation, inspect - to get txn simulation in explorer, execute - execute txn, multisig - to get bs58 txn for multisig usage')
        .option(`--staging`, 'If true, will use the staging programs')
        .option(`--multisig <string>`, 'If using multisig mode this is required, otherwise will be ignored')
        .action(async ({ vault, maxAmountToGiveUp, mode, staging, multisig }) => {
        const env = initializeClient(mode === 'multisig', staging);
        const vaultAddress = new web3_js_1.PublicKey(vault);
        if (mode === 'multisig' && !multisig) {
            throw new Error('If using multisig mode, multisig is required');
        }
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        const kaminoVault = new lib_1.KaminoVault(vaultAddress, undefined, env.kVaultProgramId);
        const instruction = await kaminoManager.giveUpPendingFeesIx(kaminoVault, new decimal_js_1.default(maxAmountToGiveUp));
        const giveUpPendingFeesSig = await processTxn(env.client, env.payer, [instruction], mode, 2500, []);
        mode === 'execute' && console.log('Give up pending fees tx:', giveUpPendingFeesSig);
    });
    commands
        .command('withdraw-pending-fees')
        .requiredOption('--vault <string>', 'Vault address')
        .requiredOption(`--mode <string>`, 'simulate - to print txn simulation, inspect - to get txn simulation in explorer, execute - execute txn, multisig - to get bs58 txn for multisig usage')
        .option(`--staging`, 'If true, will use the staging programs')
        .option(`--multisig <string>`, 'If using multisig mode this is required, otherwise will be ignored')
        .action(async ({ vault, mode, staging, multisig }) => {
        const env = initializeClient(mode === 'multisig', staging);
        const vaultAddress = new web3_js_1.PublicKey(vault);
        if (mode === 'multisig' && !multisig) {
            throw new Error('If using multisig mode, multisig is required');
        }
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        const kaminoVault = new lib_1.KaminoVault(vaultAddress, undefined, env.kVaultProgramId);
        const instructions = await kaminoManager.withdrawPendingFeesIxs(kaminoVault, await env.connection.getSlot('confirmed'));
        const withdrawPendingFeesSig = await processTxn(env.client, env.payer, instructions, mode, 2500, []);
        mode === 'execute' && console.log('Pending fees withdrawn:', withdrawPendingFeesSig);
    });
    commands
        .command('update-vault-reserve-allocation')
        .requiredOption('--vault <string>', 'Vault address')
        .requiredOption('--reserve <string>', 'Reserve address')
        .requiredOption('--allocation-weight <number>', 'Allocation weight')
        .requiredOption('--allocation-cap <string>', 'Allocation cap decimal value')
        .requiredOption(`--mode <string>`, 'simulate - to print txn simulation, inspect - to get txn simulation in explorer, execute - execute txn, multisig - to get bs58 txn for multisig usage')
        .option(`--staging`, 'If true, will use the staging programs')
        .option(`--multisig <string>`, 'If using multisig mode this is required, otherwise will be ignored')
        .action(async ({ vault, reserve, allocationWeight, allocationCap, mode, staging, multisig }) => {
        const env = initializeClient(mode === 'multisig', staging);
        const reserveAddress = new web3_js_1.PublicKey(reserve);
        const vaultAddress = new web3_js_1.PublicKey(vault);
        const allocationWeightValue = Number(allocationWeight);
        const allocationCapDecimal = new decimal_js_1.default(allocationCap);
        if (mode === 'multisig' && !multisig) {
            throw new Error('If using multisig mode, multisig is required');
        }
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        const reserveState = await lib_1.Reserve.fetch(env.connection, reserveAddress, env.kLendProgramId);
        if (!reserveState) {
            throw new Error('Reserve not found');
        }
        const reserveWithAddress = {
            address: reserveAddress,
            state: reserveState,
        };
        const firstReserveAllocationConfig = new lib_1.ReserveAllocationConfig(reserveWithAddress, allocationWeightValue, allocationCapDecimal);
        const kaminoVault = new lib_1.KaminoVault(vaultAddress, undefined, env.kVaultProgramId);
        const instructions = await kaminoManager.updateVaultReserveAllocationIxs(kaminoVault, firstReserveAllocationConfig);
        const updateVaultAllocationSig = await processTxn(env.client, env.payer, [instructions], mode, 2500, []);
        mode === 'execute' && console.log('Vault allocation updated:', updateVaultAllocationSig);
    });
    commands
        .command('deposit')
        .requiredOption('--vault <string>', 'Vault address')
        .requiredOption('--amount <number>', 'Token amount to deposit, in decimals')
        .requiredOption(`--mode <string>`, 'simulate - to print txn simulation, inspect - to get txn simulation in explorer, execute - execute txn, multisig - to get bs58 txn for multisig usage')
        .option(`--staging`, 'If true, will use the staging programs')
        .option(`--multisig <string>`, 'If using multisig mode this is required, otherwise will be ignored')
        .action(async ({ vault, amount, mode, staging, multisig }) => {
        const env = initializeClient(mode === 'multisig', staging);
        const vaultAddress = new web3_js_1.PublicKey(vault);
        if (mode === 'multisig' && !multisig) {
            throw new Error('If using multisig mode, multisig is required');
        }
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        const kaminoVault = new lib_1.KaminoVault(vaultAddress, undefined, env.kVaultProgramId);
        const instructions = await kaminoManager.depositToVaultIxs(env.payer.publicKey, kaminoVault, amount);
        const depositSig = await processTxn(env.client, env.payer, instructions, mode, 2500, []);
        mode === 'execute' && console.log('User deposit:', depositSig);
    });
    commands
        .command('withdraw')
        .requiredOption('--vault <string>', 'Vault address')
        .requiredOption('--amount <number>', 'Shares amount to withdraw')
        .requiredOption(`--mode <string>`, 'simulate - to print txn simulation, inspect - to get txn simulation in explorer, execute - execute txn, multisig - to get bs58 txn for multisig usage')
        .option(`--staging`, 'If true, will use the staging programs')
        .option(`--multisig <string>`, 'If using multisig mode this is required, otherwise will be ignored')
        .action(async ({ vault, amount, mode, staging, multisig }) => {
        const env = initializeClient(mode === 'multisig', staging);
        const vaultAddress = new web3_js_1.PublicKey(vault);
        if (mode === 'multisig' && !multisig) {
            throw new Error('If using multisig mode, multisig is required');
        }
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        const kaminoVault = new lib_1.KaminoVault(vaultAddress, undefined, env.kVaultProgramId);
        const instructions = await kaminoManager.withdrawFromVaultIxs(env.payer.publicKey, kaminoVault, new decimal_js_1.default(amount), await env.connection.getSlot('confirmed'));
        const depositSig = await processTxn(env.client, env.payer, instructions, mode, 2500, []);
        mode === 'execute' && console.log('User withdraw:', depositSig);
    });
    commands
        .command('invest-all-reserves')
        .requiredOption('--vault <string>', 'Vault address')
        .requiredOption(`--mode <string>`, 'simulate - to print txn simulation, inspect - to get txn simulation in explorer, execute - execute txn, multisig - to get bs58 txn for multisig usage')
        .option(`--staging`, 'If true, will use the staging programs')
        .option(`--multisig <string>`, 'If using multisig mode this is required, otherwise will be ignored')
        .action(async ({ vault, mode, staging, multisig }) => {
        const env = initializeClient(mode === 'multisig', staging);
        const vaultAddress = new web3_js_1.PublicKey(vault);
        if (mode === 'multisig' && !multisig) {
            throw new Error('If using multisig mode, multisig is required');
        }
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        const kaminoVault = new lib_1.KaminoVault(vaultAddress, undefined, env.kVaultProgramId);
        const instructions = await kaminoManager.investAllReserves(env.payer.publicKey, kaminoVault);
        for (let i = 0; i < instructions.length; i++) {
            const txInstructions = [];
            txInstructions.push(instructions[i]);
            const investReserveSig = await processTxn(env.client, env.payer, txInstructions, mode, 2500, [], 400000);
            mode === 'execute' && console.log('Reserve invested:', investReserveSig);
        }
    });
    commands
        .command('invest-single-reserve')
        .requiredOption('--vault <string>', 'Vault address')
        .requiredOption('--reserve <string>', 'Reserve address')
        .requiredOption(`--mode <string>`, 'simulate - to print txn simulation, inspect - to get txn simulation in explorer, execute - execute txn, multisig - to get bs58 txn for multisig usage')
        .option(`--staging`, 'If true, will use the staging programs')
        .option(`--multisig <string>`, 'If using multisig mode this is required, otherwise will be ignored')
        .action(async ({ vault, reserve, mode, staging, multisig }) => {
        const env = initializeClient(mode === 'multisig', staging);
        const vaultAddress = new web3_js_1.PublicKey(vault);
        if (mode === 'multisig' && !multisig) {
            throw new Error('If using multisig mode, multisig is required');
        }
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        const kaminoVault = new lib_1.KaminoVault(vaultAddress, undefined, env.kVaultProgramId);
        const reserveState = await lib_1.Reserve.fetch(env.connection, new web3_js_1.PublicKey(reserve), env.kLendProgramId);
        if (!reserveState) {
            throw new Error('Reserve not found');
        }
        const reserveWithAddress = {
            address: new web3_js_1.PublicKey(reserve),
            state: reserveState,
        };
        const instructions = await kaminoManager.investSingleReserve(env.payer.publicKey, kaminoVault, reserveWithAddress);
        const investReserveSig = await processTxn(env.client, env.payer, instructions, mode, 2500, [], 400_000);
        mode === 'execute' && console.log('Reserve invested:', investReserveSig);
    });
    // commands
    //   .command('close-vault')
    //   .requiredOption('--vault <string>', 'Vault address')
    //   .option(`--staging`, 'If true, will use the staging programs')
    //   .action(async ({vault, staging}) => {
    //     const env = initializeClient(false, staging);
    //     const vaultAddress = new PublicKey(vault);
    //     const kaminoManager = new KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
    //     const kaminoVault = new KaminoVault(vaultAddress, undefined, env.kVaultProgramId);
    //     const instructions = await kaminoManager.closeVault(kaminoVault);
    //     const closeVaultSig = await processTxn(env.client, env.payer, [instructions], 'execute', 2500, []);
    //     console.log('Vault closed:', closeVaultSig);
    //   });
    commands
        .command('get-vault-colls')
        .requiredOption('--vault <string>', 'Vault address')
        .action(async ({ vault }) => {
        const env = initializeClient(false, false);
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        const vaultAddress = new web3_js_1.PublicKey(vault);
        const vaultState = await new lib_1.KaminoVault(vaultAddress, undefined, env.kVaultProgramId).getState(env.connection);
        const vaultCollaterals = await kaminoManager.getVaultCollaterals(vaultState, await env.connection.getSlot('confirmed'));
        vaultCollaterals.forEach((collateral) => {
            console.log('reserve ', collateral.address);
            console.log('market overview', collateral.reservesAsCollateral);
            console.log('min LTV', collateral.minLTVPct);
            console.log('max LTV', collateral.maxLTVPct);
        });
    });
    commands
        .command('get-user-shares-for-vault')
        .requiredOption('--vault <string>', 'Vault address')
        .requiredOption('--wallet <string>', 'User wailt address')
        .action(async ({ vault, wallet }) => {
        const env = initializeClient(false, false);
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        const vaultAddress = new web3_js_1.PublicKey(vault);
        const walletAddress = new web3_js_1.PublicKey(wallet);
        const kaminoVault = new lib_1.KaminoVault(vaultAddress, undefined, env.kVaultProgramId);
        const userShares = await kaminoManager.getUserSharesBalanceSingleVault(walletAddress, kaminoVault);
        console.log(`User shares for vault ${vaultAddress.toBase58()}: ${userShares}`);
    });
    commands
        .command('get-user-shares-all-vaults')
        .requiredOption('--wallet <string>', 'User wailt address')
        .action(async ({ wallet }) => {
        const env = initializeClient(false, false);
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        const walletAddress = new web3_js_1.PublicKey(wallet);
        const userShares = await kaminoManager.getUserSharesBalanceAllVaults(walletAddress);
        userShares.forEach((userShares, vaultAddress) => {
            console.log(`User shares for vault ${vaultAddress}: ${userShares}`);
        });
    });
    commands
        .command('get-tokens-per-share')
        .requiredOption('--vault <string>', 'Vault address')
        .action(async ({ vault }) => {
        const env = initializeClient(false, false);
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        const vaultAddress = new web3_js_1.PublicKey(vault);
        const kaminoVault = new lib_1.KaminoVault(vaultAddress, undefined, env.kVaultProgramId);
        const tokensPerShare = await kaminoManager.getTokensPerShareSingleVault(kaminoVault, await env.connection.getSlot('confirmed'));
        console.log(`Tokens per share for vault ${vaultAddress.toBase58()}: ${tokensPerShare}`);
    });
    commands
        .command('print-vault')
        .requiredOption('--vault <string>', 'Vault address')
        .action(async ({ vault }) => {
        const env = initializeClient(false, false);
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        const vaultAddress = new web3_js_1.PublicKey(vault);
        const kaminoVault = new lib_1.KaminoVault(vaultAddress, undefined, env.kVaultProgramId);
        await kaminoVault.getState(env.connection);
        const slot = await env.connection.getSlot('confirmed');
        const tokensPerShare = await kaminoManager.getTokensPerShareSingleVault(kaminoVault, slot);
        const holdings = await kaminoManager.getVaultHoldings(kaminoVault.state, slot);
        const vaultState = kaminoVault.state;
        const sharesIssued = new decimal_js_1.default(vaultState.sharesIssued.toString()).div(new decimal_js_1.default(vaultState.sharesMintDecimals.toString()));
        console.log('Shares issued: ', sharesIssued);
        console.log('Holdings: ', holdings);
        console.log(`Tokens per share for vault ${vaultAddress.toBase58()}: ${tokensPerShare}`);
    });
    commands.command('get-oracle-mappings').action(async () => {
        const env = initializeClient(false, false);
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        console.log('Getting  oracle mappings');
        const oracleConfigs = await kaminoManager.getScopeOracleConfigs();
        console.log('oracleConfigs', JSON.parse(JSON.stringify(oracleConfigs)));
    });
    commands.command('get-all-vaults').action(async () => {
        const env = initializeClient(false, false);
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        const allVaults = await kaminoManager.getAllVaults(true);
        console.log('all vaults', allVaults);
    });
    commands
        .command('download-lending-market-config')
        .requiredOption('--lending-market <string>', 'Lending Market Address')
        .option(`--staging`, 'If true, will use the staging programs')
        .action(async ({ lendingMarket, staging }) => {
        const env = initializeClient(false, staging);
        const lendingMarketAddress = new web3_js_1.PublicKey(lendingMarket);
        const lendingMarketState = await lib_1.LendingMarket.fetch(env.connection, lendingMarketAddress, env.kLendProgramId);
        if (!lendingMarketState) {
            throw new Error('Lending Market not found');
        }
        fs.mkdirSync('./configs/' + lendingMarketAddress.toBase58(), { recursive: true });
        const lendingMarketConfigForFile = lendingMarketState.toJSON();
        fs.writeFileSync('./configs/' + lendingMarketAddress.toBase58() + '/market-' + lendingMarketAddress.toBase58() + '.json', JSON.stringify(lendingMarketConfigForFile, null, 2));
    });
    commands
        .command('download-lending-market-config-and-all-reserves-configs')
        .requiredOption('--lending-market <string>', 'Lending Market Address')
        .option(`--staging`, 'If true, will use the staging programs')
        .action(async ({ lendingMarket, staging }) => {
        const env = initializeClient(false, staging);
        const decoder = new TextDecoder('utf-8');
        const lendingMarketAddress = new web3_js_1.PublicKey(lendingMarket);
        const kaminoMarket = await lib_1.KaminoMarket.load(env.connection, lendingMarketAddress, lib_1.DEFAULT_RECENT_SLOT_DURATION_MS, env.kLendProgramId);
        if (!kaminoMarket) {
            throw new Error('Lending Market not found');
        }
        const lendingMarketState = await lib_1.LendingMarket.fetch(env.connection, lendingMarketAddress, env.kLendProgramId);
        if (!lendingMarketState) {
            throw new Error('Lending Market not found');
        }
        fs.mkdirSync('./configs/' + lendingMarketAddress.toBase58(), { recursive: true });
        const lendingMarketConfigForFile = lendingMarketState.toJSON();
        fs.writeFileSync('./configs/' + lendingMarketAddress.toBase58() + '/market-' + lendingMarketAddress.toBase58() + '.json', JSON.stringify(lendingMarketConfigForFile, null, 2));
        kaminoMarket.reserves.forEach(async (reserve) => {
            const reserveState = reserve.state;
            const reserveName = decoder.decode(Uint8Array.from(reserveState.config.tokenInfo.name)).replace(/\0/g, '');
            const reserveConfigDisplay = parseReserveConfigToFile(reserveState.config);
            fs.writeFileSync('./configs/' + lendingMarketAddress.toBase58() + '/' + reserveName + '.json', JSON.stringify(reserveConfigDisplay, null, 2));
        });
    });
    commands
        .command('update-lending-market-from-config')
        .requiredOption('--lending-market <string>', 'Lending Market address')
        .requiredOption('--lending-market-config-path <string>', 'Path for the market config')
        .requiredOption(`--mode <string>`, 'simulate - to print txn simulation, inspect - to get txn simulation in explorer, execute - execute txn, multisig - to get bs58 txn for multisig usage')
        .option(`--staging`, 'If true, will use the staging programs')
        .action(async ({ lendingMarket, lendingMarketConfigPath, mode, staging }) => {
        const env = initializeClient(mode === 'multisig', staging);
        const lendingMarketAddress = new web3_js_1.PublicKey(lendingMarket);
        const lendingMarketState = await lib_1.LendingMarket.fetch(env.connection, lendingMarketAddress, env.kLendProgramId);
        if (!lendingMarketState) {
            throw new Error('Lending Market not found');
        }
        const marketWithAddress = {
            address: lendingMarketAddress,
            state: lendingMarketState,
        };
        if (mode === 'multisig') {
            throw new Error('If using multisig mode, multisig is required');
        }
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        const newLendingMarket = lib_1.LendingMarket.fromJSON(JSON.parse(fs.readFileSync(lendingMarketConfigPath, 'utf8')));
        const ixns = kaminoManager.updateLendingMarketIxs(marketWithAddress, newLendingMarket);
        // executing 6 ixns in a txn to make sure they fit
        for (let ixnIndex = 0; ixnIndex < ixns.length; ixnIndex += 6) {
            const ixnToExecute = ixns.slice(ixnIndex, ixnIndex + 6);
            const _updateLendingMarketSig = await processTxn(env.client, env.payer, ixnToExecute, mode, 2500, [], 400_000);
        }
        mode === 'execute' &&
            console.log('Reserve Updated with new config -> ', JSON.parse(JSON.stringify(newLendingMarket)));
    });
    commands
        .command('update-lending-market-owner')
        .requiredOption('--lending-market <string>', 'Lending Market address')
        .requiredOption(`--mode <string>`, 'simulate - to print txn simulation, inspect - to get txn simulation in explorer, execute - execute txn, multisig - to get bs58 txn for multisig usage')
        .option(`--staging`, 'If true, will use the staging programs')
        .action(async ({ lendingMarket, mode, staging }) => {
        const env = initializeClient(mode === 'multisig', staging);
        const lendingMarketAddress = new web3_js_1.PublicKey(lendingMarket);
        const lendingMarketState = await lib_1.LendingMarket.fetch(env.connection, lendingMarketAddress, env.kLendProgramId);
        if (!lendingMarketState) {
            throw new Error('Lending Market not found');
        }
        const marketWithAddress = {
            address: lendingMarketAddress,
            state: lendingMarketState,
        };
        if (!lendingMarketState) {
            throw new Error('Lending Market not found');
        }
        if (mode === 'multisig') {
            throw new Error('If using multisig mode, multisig is required');
        }
        const kaminoManager = new lib_1.KaminoManager(env.connection, env.kLendProgramId, env.kVaultProgramId);
        const ixn = kaminoManager.updateLendingMarketOwnerIxs(marketWithAddress);
        const _updateLendingMarketSig = await processTxn(env.client, env.payer, [ixn], mode, 2500, [], 400_000);
        mode === 'execute' &&
            console.log('Lending market admin updated to the new admin -> ', JSON.parse(JSON.stringify(lendingMarketState.lendingMarketOwnerCached)));
    });
    await commands.parseAsync();
}
main()
    .then(() => {
    process.exit();
})
    .catch((e) => {
    console.error('\n\nKamino CLI exited with error:\n\n', e);
    process.exit(1);
});
function parseKeypairFile(file) {
    return web3_js_1.Keypair.fromSecretKey(Buffer.from(JSON.parse(require('fs').readFileSync(file))));
}
function initializeClient(multisig, staging) {
    const admin = process.env.ADMIN;
    const rpc = process.env.RPC;
    const kLendProgramId = staging ? process.env.KLEND_PROGRAM_ID_STAGING : process.env.KLEND_PROGRAM_ID_MAINNET;
    const kVaultProgramId = staging ? process.env.KVAULT_PROGRAM_ID_STAGING : process.env.KVAULT_PROGRAM_ID_MAINNET;
    // Get connection first
    const env = setUpProgram({
        adminFilePath: admin,
        rpc: rpc,
        kLendProgramId: new web3_js_1.PublicKey(kLendProgramId),
        kVaultProgramId: new web3_js_1.PublicKey(kVaultProgramId),
    });
    !multisig && console.log('\nSettings ⚙️');
    !multisig && console.log('Admin:', admin);
    !multisig && console.log('Rpc:', rpc);
    !multisig && console.log('kLendProgramId:', kLendProgramId);
    !multisig && console.log('kVaultProgramId:', kVaultProgramId);
    return env;
}
function setUpProgram(args) {
    const chain = {
        name: 'mainnet-beta',
        endpoint: args.rpc,
        wsEndpoint: args.rpc,
        chainID: lib_1.MAINNET_BETA_CHAIN_ID,
        displayName: 'Mainnet Beta (Triton)',
    };
    const client = new lib_1.Web3Client(chain);
    const connection = client.sendConnection;
    const payer = parseKeypairFile(args.adminFilePath);
    const wallet = new anchor.Wallet(payer);
    const provider = new anchor.AnchorProvider(connection, wallet, anchor.AnchorProvider.defaultOptions());
    return {
        provider,
        payer,
        client,
        connection,
        kLendProgramId: args.kLendProgramId,
        kVaultProgramId: args.kVaultProgramId,
    };
}
async function processTxn(web3Client, admin, ixns, mode, priorityFeeMultiplier = 2500, extraSigners, computeUnits = 200_000, priorityFeeLamports = 1000) {
    if (mode !== 'inspect' && mode !== 'simulate' && mode !== 'execute' && mode !== 'multisig') {
        throw new Error('Invalid mode: ' + mode + '. Must be one of: inspect/simulate/execute/multisig');
    }
    if (mode === 'multisig') {
        const { blockhash } = await web3Client.connection.getLatestBlockhash();
        const txn = new web3_js_1.Transaction();
        txn.add(...ixns);
        txn.recentBlockhash = blockhash;
        txn.feePayer = admin.publicKey;
        console.log((0, base58_js_1.binary_to_base58)(txn.serializeMessage()));
        return '';
    }
    else {
        const microLamport = priorityFeeLamports * 10 ** 6; // 1000 lamports
        const microLamportsPrioritizationFee = microLamport / computeUnits;
        const tx = new web3_js_1.Transaction();
        const { blockhash } = await web3Client.connection.getLatestBlockhash();
        if (priorityFeeMultiplier) {
            const priorityFeeIxn = createAddExtraComputeUnitFeeTransaction(computeUnits, microLamportsPrioritizationFee * priorityFeeMultiplier);
            tx.add(...priorityFeeIxn);
        }
        tx.recentBlockhash = blockhash;
        tx.feePayer = admin.publicKey;
        tx.add(...ixns);
        if (mode === 'execute') {
            return await (0, lib_1.signSendAndConfirmRawTransactionWithRetry)({
                mainConnection: web3Client.sendConnection,
                extraConnections: [],
                tx: new web3_js_1.VersionedTransaction(tx.compileMessage()),
                signers: [admin, ...extraSigners],
                commitment: 'confirmed',
                sendTransactionOptions: {
                    skipPreflight: true,
                    preflightCommitment: 'confirmed',
                },
            });
        }
        else if (mode === 'simulate') {
            const simulation = await web3Client.sendConnection.simulateTransaction(new web3_js_1.VersionedTransaction(tx.compileMessage()));
            if (simulation.value.logs && simulation.value.logs.length > 0) {
                console.log('Simulation: \n' + simulation.value.logs);
            }
            else {
                console.log('Simulation failed: \n' + simulation);
            }
        }
        else if (mode === 'inspect') {
            console.log('Tx in B64', `https://explorer.solana.com/tx/inspector?message=${encodeURIComponent(tx.serializeMessage().toString('base64'))}`);
        }
        return '';
    }
}
function createAddExtraComputeUnitFeeTransaction(units, microLamports) {
    const ixns = [];
    ixns.push(web3_js_1.ComputeBudgetProgram.setComputeUnitLimit({ units }));
    ixns.push(web3_js_1.ComputeBudgetProgram.setComputeUnitPrice({ microLamports }));
    return ixns;
}
function parseReserveConfigFromFile(farmConfigFromFile) {
    const reserveConfigFields = {
        status: farmConfigFromFile.status,
        loanToValuePct: farmConfigFromFile.loanToValuePct,
        liquidationThresholdPct: farmConfigFromFile.liquidationThresholdPct,
        minLiquidationBonusBps: farmConfigFromFile.minLiquidationBonusBps,
        protocolLiquidationFeePct: farmConfigFromFile.protocolLiquidationFeePct,
        protocolTakeRatePct: farmConfigFromFile.protocolLiquidationFeePct,
        assetTier: farmConfigFromFile.assetTier,
        maxLiquidationBonusBps: farmConfigFromFile.maxLiquidationBonusBps,
        badDebtLiquidationBonusBps: farmConfigFromFile.badDebtLiquidationBonusBps,
        fees: {
            borrowFeeSf: fraction_1.Fraction.fromDecimal(new decimal_js_1.default(farmConfigFromFile.fees.borrowFee)).valueSf,
            flashLoanFeeSf: fraction_1.Fraction.fromDecimal(new decimal_js_1.default(farmConfigFromFile.fees.flashLoanFee)).valueSf,
            padding: Array(8).fill(0),
        },
        depositLimit: new anchor_1.BN(farmConfigFromFile.depositLimit),
        borrowLimit: new anchor_1.BN(farmConfigFromFile.borrowLimit),
        tokenInfo: {
            name: (0, lib_1.encodeTokenName)(farmConfigFromFile.tokenInfo.name),
            heuristic: new types_1.PriceHeuristic({
                lower: new anchor_1.BN(farmConfigFromFile.tokenInfo.heuristic.lower),
                upper: new anchor_1.BN(farmConfigFromFile.tokenInfo.heuristic.upper),
                exp: new anchor_1.BN(farmConfigFromFile.tokenInfo.heuristic.exp),
            }),
            maxTwapDivergenceBps: new anchor_1.BN(farmConfigFromFile.tokenInfo.maxTwapDivergenceBps),
            maxAgePriceSeconds: new anchor_1.BN(farmConfigFromFile.tokenInfo.maxAgePriceSeconds),
            maxAgeTwapSeconds: new anchor_1.BN(farmConfigFromFile.tokenInfo.maxAgeTwapSeconds),
            ...parseOracleConfiguration(farmConfigFromFile),
            blockPriceUsage: farmConfigFromFile.tokenInfo.blockPriceUsage,
            reserved: Array(7).fill(0),
            padding: Array(19).fill(new anchor_1.BN(0)),
        },
        borrowRateCurve: parseBorrowRateCurve(farmConfigFromFile),
        depositWithdrawalCap: new types_1.WithdrawalCaps({
            configCapacity: new anchor_1.BN(farmConfigFromFile.depositWithdrawalCap.configCapacity),
            currentTotal: new anchor_1.BN(0),
            lastIntervalStartTimestamp: new anchor_1.BN(0),
            configIntervalLengthSeconds: new anchor_1.BN(farmConfigFromFile.depositWithdrawalCap.configIntervalLengthSeconds),
        }),
        debtWithdrawalCap: new types_1.WithdrawalCaps({
            configCapacity: new anchor_1.BN(farmConfigFromFile.debtWithdrawalCap.configCapacity),
            currentTotal: new anchor_1.BN(0),
            lastIntervalStartTimestamp: new anchor_1.BN(0),
            configIntervalLengthSeconds: new anchor_1.BN(farmConfigFromFile.debtWithdrawalCap.configIntervalLengthSeconds),
        }),
        deleveragingMarginCallPeriodSecs: new anchor_1.BN(farmConfigFromFile.deleveragingMarginCallPeriodSecs),
        borrowFactorPct: new anchor_1.BN(farmConfigFromFile.borrowFactorPct),
        elevationGroups: farmConfigFromFile.elevationGroups,
        deleveragingThresholdSlotsPerBps: new anchor_1.BN(farmConfigFromFile.deleveragingThresholdSlotsPerBps),
        disableUsageAsCollOutsideEmode: farmConfigFromFile.disableUsageAsCollOutsideEmode,
        utilizationLimitBlockBorrowingAbove: farmConfigFromFile.utilizationLimitBlockBorrowingAbove,
        hostFixedInterestRateBps: farmConfigFromFile.hostFixedInterestRateBps,
        borrowLimitOutsideElevationGroup: new anchor_1.BN(farmConfigFromFile.borrowLimitOutsideElevationGroup),
        borrowLimitAgainstThisCollateralInElevationGroup: parseReserveBorrowLimitAgainstCollInEmode(farmConfigFromFile),
        reserved1: Array(2).fill(0),
        reserved2: Array(2).fill(0),
        reserved3: Array(8).fill(0),
    };
    return new types_1.ReserveConfig(reserveConfigFields);
}
function parseOracleConfiguration(farmConfigFromFile) {
    const pythConfiguration = new types_2.PythConfiguration({
        price: new web3_js_1.PublicKey(farmConfigFromFile.tokenInfo.pythConfiguration.price),
    });
    const switchboardConfiguration = new types_2.SwitchboardConfiguration({
        priceAggregator: new web3_js_1.PublicKey(farmConfigFromFile.tokenInfo.switchboardConfiguration.priceAggregator),
        twapAggregator: new web3_js_1.PublicKey(farmConfigFromFile.tokenInfo.switchboardConfiguration.twapAggregator),
    });
    const priceChain = [65535, 65535, 65535, 655