Haskell To RPG Converter

main :: IO ()
main = do
secretNumber <- randomRIO (1, 100) :: IO Int putStrLn "Welcome to the Guessing Game! Try to guess the number between 1 and 100." guessLoop secretNumber guessLoop :: Int -> IO ()
guessLoop secretNumber = do
putStr “Enter your guess: ”
guessStr <- getLine let guess = read guessStr :: Int when (guess < 1 || guess > 100) $ do
putStrLn “Please guess a number between 1 and 100.”
guessLoop secretNumber
if guess < secretNumber then do putStrLn "Too low! Try again." guessLoop secretNumber else if guess > secretNumber
then do
putStrLn “Too high! Try again.”
guessLoop secretNumber
else
putStrLn “Congratulations! You’ve guessed the correct number!”

secretNumber = %rand(1:100);
dsply ‘Welcome to the Guessing Game! Try to guess the number between 1 and 100.’;

guessLoop(secretNumber);
end-proc;

dcl-proc guessLoop;
dcl-pi *n;
secretNumber int(10);
end-pi;

dcl-s guess int(10);
dcl-s guessStr char(10);

dsply ‘Enter your guess: ‘;
accept guessStr;

guess = %int(guessStr);

if (guess < 1 or guess > 100);
dsply ‘Please guess a number between 1 and 100.’;
guessLoop(secretNumber);
elseif (guess < secretNumber); dsply 'Too low! Try again.'; guessLoop(secretNumber); elseif (guess > secretNumber);
dsply ‘Too high! Try again.’;
guessLoop(secretNumber);
else;
dsply ‘Congratulations! You”ve guessed the correct number!’;
endif;
end-proc;

data Account = Account { accountId :: String, balance :: TVar Double }

createAccount :: String -> STM Account
createAccount accId = do
bal <- newTVar 0.0 return (Account accId bal) deposit :: Account -> Double -> STM ()
deposit (Account _ bal) amount = do
currentBalance <- readTVar bal let newBalance = currentBalance + amount writeTVar bal newBalance withdraw :: Account -> Double -> STM (Maybe Double)
withdraw (Account _ bal) amount = do
currentBalance <- readTVar bal if currentBalance >= amount
then do
let newBalance = currentBalance – amount
writeTVar bal newBalance
return (Just newBalance)
else return Nothing

checkBalance :: Account -> STM Double
checkBalance (Account _ bal) = readTVar bal

main :: IO ()
main = do
hSetBuffering stdout NoBuffering
accounts <- atomically $ newTVar [] let createAndManageAccount accId = do account <- atomically $ createAccount accId atomically $ modifyTVar' accounts (account:) forever $ do putStrLn $ "Account: " ++ accId ++ " - enter command (deposit, withdraw, balance, exit):" command <- getLine case command of "deposit" -> do
putStrLn “Enter amount to deposit:”
amountStr <- getLine let amount = read amountStr :: Double atomically $ deposit account amount putStrLn $ "Deposited " ++ show amount ++ "." "withdraw" -> do
putStrLn “Enter amount to withdraw:”
amountStr <- getLine let amount = read amountStr :: Double result <- atomically $ withdraw account amount case result of Just newBalance -> putStrLn $ “Withdrew ” ++ show amount ++ “. New balance: ” ++ show newBalance
Nothing -> putStrLn “Insufficient funds.”
“balance” -> do
currentBalance <- atomically $ checkBalance account putStrLn $ "Current balance: " ++ show currentBalance "exit" -> putStrLn “Exiting.” >> return ()
_ -> putStrLn “Invalid command.”

putStrLn “Welcome to the Simple Banking System!”
forever $ do
putStrLn “Enter account ID to create and manage:”
accId <- getLine forkIO $ createAndManageAccount accId putStrLn $ "Managing account: " ++ accId ++ " in a separate thread."

dcl-ds Account;
accountId varchar(100);
balance ptr; // Pointer to represent TVar
end-ds;

dcl-s accounts ptr; // Pointer to an array of Accounts

// Function to create an Account
dcl-proc CreateAccount;
dcl-pi *N;
accId varchar(100) const;
end-pi;

dcl-s bal ptr;
bal = %alloc(sizeof(double)); // Allocate space for balance
*bal = 0.0; // Initialize balance to 0.0

dcl-s newAccount Account;
newAccount.accountId = accId;
newAccount.balance = bal;

*return = newAccount; // Return newly created account
end-proc;

dcl-proc Deposit;
dcl-pi *N;
account Account;
amount double;
end-pi;

dcl-s currentBalance double;
currentBalance = *account.balance; // Read current balance

currentBalance += amount; // Update balance
*account.balance = currentBalance; // Write new balance
end-proc;

dcl-proc Withdraw;
dcl-pi *N;
account Account;
amount double;
result pointer; // Pointer to hold result
end-pi;

dcl-s currentBalance double;
currentBalance = *account.balance;

if currentBalance >= amount;
currentBalance -= amount;
*account.balance = currentBalance;
*result = %addr(currentBalance); // Return new balance
else;
*result = *NULL; // Return NULL if insufficient funds
endif;
end-proc;

dcl-proc CheckBalance;
dcl-pi *N;
account Account;
balance double;
end-pi;

balance = *account.balance; // Read balance
*return = balance; // Return balance
end-proc;

// Main Function
main:
dcl-s command varchar(100);
dcl-s accId varchar(100);
dcl-s acc Account;

// Initialize accounts
accounts = %alloc(0); // Start with empty accounts

dsply ‘Welcome to the Simple Banking System!’;

dow ‘1’; // Infinite loop
dsply ‘Enter account ID to create and manage:’;
accept accId;

acc = CreateAccount(accId); // Create new account

// Managing account (this would require threading support)
dow ‘1’;
dsply ‘Account: ‘ + accId + ‘ – enter command (deposit, withdraw, balance, exit):’;
accept command;

if command = ‘deposit’;
dsply ‘Enter amount to deposit:’;
dcl-s amount double;
accept amount;
Deposit(acc, amount);
dsply ‘Deposited ‘ + %char(amount) + ‘.’;
elseif command = ‘withdraw’;
dsply ‘Enter amount to withdraw:’;
accept amount;
dcl-s result pointer;
Withdraw(acc, amount, %addr(result));
if result <> *NULL;
dsply ‘Withdrew ‘ + %char(amount) + ‘. New balance: ‘ + %char(result);
else;
dsply ‘Insufficient funds.’;
endif;
elseif command = ‘balance’;
dcl-s currentBalance double;
currentBalance = CheckBalance(acc);
dsply ‘Current balance: ‘ + %char(currentBalance);
elseif command = ‘exit’;
dsply ‘Exiting.’;
leave;
else;
dsply ‘Invalid command.’;
endif;
enddo;
enddo;
end;