@sol-synth-engine/js-client/dist/instructions.js

JavaScript client for Sol Synth Engine

"use strict";
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Object.defineProperty(exports, "__esModule", { value: true });
exports.createInitializeProtocolConfigInstruction = createInitializeProtocolConfigInstruction;
exports.createCreateMarketInstruction = createCreateMarketInstruction;
exports.createAddUnderlyingTokenInstruction = createAddUnderlyingTokenInstruction;
exports.createAddTreasuryInstruction = createAddTreasuryInstruction;
exports.createMintInstruction = createMintInstruction;
exports.createRequestRedeemInstruction = createRequestRedeemInstruction;
exports.createRedeemInstruction = createRedeemInstruction;
exports.createFlashBorrowInstruction = createFlashBorrowInstruction;
exports.createFlashRepayInstruction = createFlashRepayInstruction;
const web3_js_1 = require("@solana/web3.js");
const derive = __importStar(require("./utils/derive"));
const name_1 = require("./utils/name");
async function createInitializeProtocolConfigInstruction(program, params) {
    const config = derive.deriveProtocolConfigAddress(params.configIndex, program.programId);
    const instruction = await program.methods
        .initProtocolConfig({
        configIndex: params.configIndex,
        protocolFeeBps: params.protocolFeeBps,
        feeAuthority: params.feeAuthority,
    })
        .accounts({
        signer: params.payer,
        // @ts-ignore
        config,
        systemProgram: web3_js_1.SystemProgram.programId,
    })
        .instruction();
    return { instruction, config };
}
async function createCreateMarketInstruction(program, params) {
    const market = derive.deriveMarketAddress(params.protocolConfig, params.marketIndex, program.programId);
    const instruction = await program.methods
        .createMarket({
        marketIndex: params.marketIndex,
        adminAuthority: params.adminAuthority,
        operator: params.operator,
        marketName: (0, name_1.encodeName)(params.marketName),
        syntheticMintDecimals: params.syntheticMintDecimals,
        maxSyntheticSupply: params.maxSyntheticSupply,
        minRedeemAmount: params.minRedeemAmount,
        treasuryAuthority: params.treasuryAuthority,
        oracleSource: params.oracleSource,
    })
        .accounts({
        signer: params.signer,
        protocolConfig: params.protocolConfig,
        // @ts-ignore
        market,
        syntheticMint: params.syntheticMint,
        syntheticOracle: params.syntheticOracle,
        tokenProgram: params.tokenProgram,
        systemProgram: web3_js_1.SystemProgram.programId,
    })
        .instruction();
    return { instruction, market };
}
async function createAddUnderlyingTokenInstruction(program, params) {
    const marketUnderlyingTokenAccount = derive.deriveMarketUnderlyingTokenAccountAddress(params.market, params.underlyingToken, program.programId);
    return {
        instruction: await program.methods
            .addUnderlyingToken({
            maxUnderlyingCapacity: params.maxUnderlyingCapacity,
            minDepositAmount: params.minDepositAmount,
            oracleSource: params.oracleSource,
        })
            .accounts({
            signer: params.signer,
            market: params.market,
            underlyingToken: params.underlyingToken,
            // @ts-ignore
            marketUnderlyingTokenAccount,
            underlyingTokenOracle: params.underlyingTokenOracle,
            tokenProgram: params.tokenProgram,
        })
            .instruction(),
        marketUnderlyingTokenAccount,
    };
}
async function createAddTreasuryInstruction(program, params) {
    const marketTreasuryAccount = derive.deriveMarketTreasuryAccountAddress(params.market, params.treasuryMint, program.programId);
    return {
        instruction: await program.methods
            .addTreasury({
            maxTreasuryCapacity: params.maxTreasuryCapacity,
            oracleSource: params.oracleSource,
        })
            .accounts({
            signer: params.signer,
            market: params.market,
            treasuryMint: params.treasuryMint,
            // @ts-ignore
            marketTreasuryAccount,
            treasuryOracle: params.treasuryOracle,
            tokenProgram: params.tokenProgram,
            systemProgram: web3_js_1.SystemProgram.programId,
        })
            .instruction(),
        marketTreasuryAccount,
    };
}
async function createMintInstruction(program, params) {
    return await program.methods
        .mint({
        amount: params.amount,
        minMintAmount: params.minMintAmount,
    })
        .accounts({
        signer: params.signer,
        protocolConfig: params.protocolConfig,
        market: params.market,
        marketUnderlyingTokenAccount: params.marketUnderlyingTokenAccount,
        userUnderlyingTokenAccount: params.userUnderlyingTokenAccount,
        userSyntheticAccount: params.userSyntheticAccount,
        syntheticMint: params.syntheticMint,
        underlyingTokenMint: params.underlyingTokenMint,
        syntheticOracle: params.syntheticOracle,
        underlyingTokenOracle: params.underlyingTokenOracle,
        tokenProgramUnderlying: params.tokenProgramUnderlying,
        tokenProgramSynthetic: params.tokenProgramSynthetic,
    })
        .instruction();
}
async function createRequestRedeemInstruction(program, params) {
    const redeemRequest = web3_js_1.Keypair.generate();
    const instruction = await program.methods
        .requestRedeem(params.amount)
        .accounts({
        signer: params.signer,
        protocolConfig: params.protocolConfig,
        market: params.market,
        userSyntheticAccount: params.userSyntheticAccount,
        receiverUnderlyingTokenAccount: params.receiverUnderlyingTokenAccount,
        redeemRequest: redeemRequest.publicKey,
        syntheticMint: params.syntheticMint,
        underlyingTokenMint: params.underlyingTokenMint,
        tokenProgram: params.tokenProgram,
    })
        .instruction();
    return { instruction, redeemRequest };
}
async function createRedeemInstruction(program, params) {
    const remainingAccounts = params.redeemPairs.flatMap(({ redeemRequest, receiverUnderlyingTokenAccount }) => [
        {
            pubkey: redeemRequest,
            isWritable: true,
            isSigner: false,
        },
        {
            pubkey: receiverUnderlyingTokenAccount,
            isWritable: true,
            isSigner: false,
        },
    ]);
    return await program.methods
        .redeem()
        .accounts({
        signer: params.signer,
        protocolConfig: params.protocolConfig,
        market: params.market,
        marketUnderlyingTokenAccount: params.marketUnderlyingTokenAccount,
        underlyingTokenMint: params.underlyingTokenMint,
        underlyingTokenOracle: params.underlyingTokenOracle,
        syntheticOracle: params.syntheticOracle,
        tokenProgram: params.tokenProgram,
    })
        .remainingAccounts(remainingAccounts)
        .instruction();
}
async function createFlashBorrowInstruction(program, params) {
    const loan = web3_js_1.Keypair.generate();
    return {
        instruction: await program.methods
            .flashBorrow({
            amount: params.amount,
            minAmountToRepay: params.minAmountToRepay,
            tokenToBorrow: params.tokenToBorrow,
            tokenToRepay: params.tokenToRepay,
        })
            .accounts({
            signer: params.signer,
            protocolConfig: params.protocolConfig,
            market: params.market,
            loan: loan.publicKey,
            marketTokenAccountToBorrow: params.marketTokenAccountToBorrow,
            userTokenAccountToBorrow: params.userTokenAccountToBorrow,
            tokenMintToBorrow: params.tokenMintToBorrow,
            tokenOracle: params.tokenOracle,
            tokenProgram: params.tokenProgram,
        })
            .instruction(),
        loan,
    };
}
async function createFlashRepayInstruction(program, params) {
    return await program.methods
        .flashRepay({
        amount: params.amount,
        tokenToBorrow: params.tokenToBorrow,
        tokenToRepay: params.tokenToRepay,
        minAmountToRepay: params.minAmountToRepay,
    })
        .accounts({
        signer: params.signer,
        protocolConfig: params.protocolConfig,
        market: params.market,
        loan: params.loan,
        marketTokenAccountToRepay: params.marketTokenAccountToRepay,
        userTokenAccountToRepay: params.userTokenAccountToRepay,
        tokenMintToRepay: params.tokenMintToRepay,
        tokenMintBorrowed: params.tokenMintBorrowed,
        tokenOracle: params.tokenOracle,
        tokenProgram: params.tokenProgram,
    })
        .instruction();
}