BondingCurve account not found

[SkullCandby]

Im am trying to launch a token with several buys, but it does not work, because bundingcurve account is not found Bonding curve after create and buy: null 9atFnGwHDDFeA7Y1r24iV39mTpafXchx6mtXHtQNNYfe: No Account Found Buy code: `async createAndBuyWithAdditionalWallets( creator: Keypair, mint: Keypair, createTokenMetadata: CreateTokenMetadata, buyAmountSol: bigint, wallet1: { wallet: Keypair; buyAmountSol: bigint }, // First additional wallet for buying buyWallets: { wallet: Keypair; buyAmountSol: bigint }[], // Additional wallets for buying in parallel slippageBasisPoints: bigint = 500n, priorityFees?: PriorityFee, commitment: Commitment = DEFAULT_COMMITMENT, finality: Finality = DEFAULT_FINALITY ): Promise<TransactionResult[]> { try { // First Transaction: Create and mint the token, and buy with one additional wallet console.log("Creating token metadata..."); const tokenMetadata = await this.createTokenMetadata(createTokenMetadata); console.log("Token metadata created.");

console.log("Getting create and mint instructions...");
const createMintTx = await this.getCreateInstructions(
  creator.publicKey,
  createTokenMetadata.name,
  createTokenMetadata.symbol,
  tokenMetadata.metadataUri,
  mint
);
console.log("Create and mint instructions obtained.");

let transaction1 = new Transaction();

// Increase compute budget
console.log("Setting compute budget...");
const computeBudgetIx1 = ComputeBudgetProgram.setComputeUnitLimit({ units: 500000 });
transaction1.add(computeBudgetIx1);

// Add priority fees if provided
if (priorityFees) {
  console.log("Adding priority fees...");
  const priorityFeeIx1 = ComputeBudgetProgram.setComputeUnitPrice({ microLamports: priorityFees.unitPrice });
  transaction1.add(priorityFeeIx1);
}

transaction1.add(createMintTx);

if (buyAmountSol > 0) {
  console.log("Adding buy instructions for the first wallet...");
  const globalAccount = await this.getGlobalAccount(commitment);
  const buyAmount = globalAccount.getInitialBuyPrice(buyAmountSol);
  const buyAmountWithSlippage = calculateWithSlippageBuy(buyAmountSol, slippageBasisPoints);

  console.log(`First wallet buyAmount: ${buyAmount.toString()}, buyAmountWithSlippage: ${buyAmountWithSlippage.toString()}`);

  const buyTx = await this.getBuyInstructions(
    wallet1.wallet.publicKey,
    mint.publicKey,
    globalAccount.feeRecipient,
    buyAmount,
    buyAmountWithSlippage
  );

  transaction1.add(buyTx);
}

// Fetch recent blockhash
console.log("Fetching recent blockhash for first transaction...");
const { blockhash: blockhash1 } = await this.connection.getRecentBlockhash(commitment);

// Set recent blockhash
transaction1.recentBlockhash = blockhash1;

// Set fee payer
transaction1.feePayer = creator.publicKey;

// Sign transaction
console.log("Signing first transaction...");
transaction1.partialSign(creator, mint, wallet1.wallet);

console.log("Sending first transaction...");
const signature1 = await this.connection.sendTransaction(transaction1, [creator, mint, wallet1.wallet], { skipPreflight: false, preflightCommitment: commitment });

console.log("Confirming first transaction...");
await this.connection.confirmTransaction(signature1, finality);

// Fetch the full transaction response
console.log("Fetching first transaction details...");
const transactionResponse1 = await this.connection.getTransaction(signature1, { commitment: finality });

if (transactionResponse1 === null) {
  throw new Error('Failed to fetch first transaction response.');
}

const transactionResult1: TransactionResult = {
  signature: signature1,
  success: true,
  results: transactionResponse1 as VersionedTransactionResponse,
};

// Second Step: Send multiple buy transactions in parallel
console.log("Sending multiple buy transactions in parallel...");
const buyTransactions = buyWallets.map(async ({ wallet, buyAmountSol }) => {
  if (buyAmountSol > 0) {
    let transaction = new Transaction();

    const globalAccount = await this.getGlobalAccount(commitment);
    const buyAmount = globalAccount.getInitialBuyPrice(buyAmountSol);
    const buyAmountWithSlippage = calculateWithSlippageBuy(buyAmountSol, slippageBasisPoints);

    console.log(`Wallet ${wallet.publicKey.toBase58()} buyAmount: ${buyAmount.toString()}, buyAmountWithSlippage: ${buyAmountWithSlippage.toString()}`);

    const buyTx = await this.getBuyInstructions(
      wallet.publicKey,
      mint.publicKey,
      globalAccount.feeRecipient,
      buyAmount,
      buyAmountWithSlippage
    );

    transaction.add(buyTx);

    // Fetch recent blockhash
    const { blockhash } = await this.connection.getRecentBlockhash(commitment);

    // Set recent blockhash and fee payer
    transaction.recentBlockhash = blockhash;
    transaction.feePayer = wallet.publicKey;

    // Sign transaction
    transaction.partialSign(wallet);

    console.log(`Sending buy transaction for wallet ${wallet.publicKey.toBase58()}...`);
    const signature = await this.connection.sendTransaction(transaction, [wallet], { skipPreflight: false, preflightCommitment: commitment });

    console.log(`Confirming buy transaction for wallet ${wallet.publicKey.toBase58()}...`);
    await this.connection.confirmTransaction(signature, finality);

    // Fetch the transaction response
    const transactionResponse = await this.connection.getTransaction(signature, { commitment: finality });

    if (transactionResponse === null) {
      throw new Error(`Failed to fetch transaction response for wallet ${wallet.publicKey.toBase58()}.`);
    }

    return {
      signature: signature,
      success: true,
      results: transactionResponse as VersionedTransactionResponse,
    } as TransactionResult;
  }
  return undefined;
});

// Wait for all transactions to complete and filter out undefined values
const transactionResults2 = (await Promise.all(buyTransactions)).filter((result): result is TransactionResult => result !== undefined);

// Combine the results
return [transactionResult1, ...transactionResults2];

} catch (error) { console.error("Error during transaction creation and submission:", error); return [{ success: false, error: error, }]; } } `