using System.Diagnostics;
using Managing.Application.Abstractions;
using Managing.Application.Abstractions.Grains;
using Managing.Application.Abstractions.Services;
using Managing.Application.Trading.Commands;
using Managing.Application.Trading.Handlers;
using Managing.Common;
using Managing.Core;
using Managing.Core.Exceptions;
using Managing.Domain.Accounts;
using Managing.Domain.Bots;
using Managing.Domain.Candles;
using Managing.Domain.Indicators;
using Managing.Domain.Scenarios;
using Managing.Domain.Shared.Helpers;
using Managing.Domain.Strategies;
using Managing.Domain.Strategies.Base;
using Managing.Domain.Trades;
using Managing.Domain.Users;
using Microsoft.Extensions.DependencyInjection;
using Microsoft.Extensions.Logging;
using Newtonsoft.Json;
using Orleans.Streams;
using static Managing.Common.Enums;

namespace Managing.Application.Bots;

public abstract class TradingBotBase : ITradingBot
{
    public readonly ILogger<TradingBotBase> Logger;
    protected readonly IServiceScopeFactory _scopeFactory;
    protected readonly IStreamProvider? _streamProvider;
    protected const int NEW_POSITION_GRACE_SECONDS = 45; // grace window before evaluating missing orders

    protected const int
        CLOSE_POSITION_GRACE_MS = 20000; // grace window before closing position to allow broker processing (20 seconds)

    public TradingBotConfig Config { get; set; }
    public Account Account { get; set; }
    public Dictionary<string, LightSignal> Signals { get; set; }
    public Dictionary<Guid, Position> Positions { get; set; }
    public Dictionary<DateTime, decimal> WalletBalances { get; set; }
    private decimal _currentBalance;
    public DateTime PreloadSince { get; set; }
    public int PreloadedCandlesCount { get; set; }
    public long ExecutionCount { get; set; } = 0;
    public Guid Identifier { get; set; } = Guid.Empty;
    public Candle LastCandle { get; set; }
    public DateTime? LastPositionClosingTime { get; set; }
    
    // OPTIMIZATION 2: Cache open position state to avoid expensive Positions.Any() calls
    private bool _hasOpenPosition = false;

    public TradingBotBase(
        ILogger<TradingBotBase> logger,
        IServiceScopeFactory scopeFactory,
        TradingBotConfig config,
        IStreamProvider? streamProvider = null
    )
    {
        _scopeFactory = scopeFactory;
        _streamProvider = streamProvider;
        Logger = logger;
        Config = config;
        Signals = new Dictionary<string, LightSignal>();
        Positions = new Dictionary<Guid, Position>();
        WalletBalances = new Dictionary<DateTime, decimal>();
        _currentBalance = config.BotTradingBalance;
        PreloadSince = CandleHelpers.GetBotPreloadSinceFromTimeframe(config.Timeframe);
    }

    public virtual async Task Start(BotStatus previousStatus)
    {
        if (TradingBox.IsLiveTrading(Config.TradingType))
        {
            // Start async initialization in the background without blocking
            try
            {
                await LoadAccountAsync();
                await LoadLastCandle();

                if (Account == null)
                {
                    await LogWarningAsync($"Account {Config.AccountName} not found. Bot cannot start.");
                    throw new ArgumentException("Account not found");
                }

                switch (previousStatus)
                {
                    case BotStatus.Saved:
                        var indicatorNames = Config.Scenario.Indicators.Select(i => i.Type.ToString()).ToList();
                        var modeText = Config.IsForWatchingOnly ? "Watch Only" :
                            Config.IsForCopyTrading ? "Copy Trading" : "Live Trading";

                        var startupMessage = $"🚀 Strategy Started Successfully\n\n" +
                                             $"📊 Trading Setup:\n" +
                                             $"🎯 Ticker: `{Config.Ticker}`\n" +
                                             $"⏰ Timeframe: `{Config.Timeframe}`\n" +
                                             $"💰 Balance: `${Config.BotTradingBalance:F2}`\n" +
                                             $"👀 Market type: `{Config.TradingType.ToString()}`\n\n" +
                                             (Config.IsForCopyTrading
                                                 ? ""
                                                 : $"📈 Active Indicators: `{string.Join(", ", indicatorNames)}`\n\n") +
                                             $"✅ Ready to monitor signals and execute trades\n" +
                                             $"📢 Notifications will be sent when positions are triggered";

                        await LogInformationAsync(startupMessage);
                        break;

                    case BotStatus.Running:
                    case BotStatus.Stopped:
                        return;

                    default:
                        return;
                }
            }
            catch (Exception ex)
            {
                Logger.LogError(ex, "Error during bot startup: {Message}", ex.Message);
            }
        }
    }

    public async Task LoadLastCandle()
    {
        await ServiceScopeHelpers.WithScopedService<IGrainFactory>(_scopeFactory, async grainFactory =>
        {
            var grainKey = CandleHelpers.GetCandleStoreGrainKey(Account.Exchange, Config.Ticker, Config.Timeframe);
            var grain = grainFactory.GetGrain<ICandleStoreGrain>(grainKey);

            try
            {
                // Add a small delay to ensure grain is fully activated
                await Task.Delay(100);
                var lastCandles = await grain.GetLastCandle(1);
                LastCandle = lastCandles.FirstOrDefault();
            }
            catch (InvalidOperationException ex) when (ex.Message.Contains("invalid activation"))
            {
                Logger.LogWarning("Grain activation failed for {GrainKey}, retrying in 1 second...", grainKey);

                // Wait a bit longer and retry once
                await Task.Delay(1000);
                try
                {
                    var lastCandles = await grain.GetLastCandle(1);
                    LastCandle = lastCandles.FirstOrDefault();
                }
                catch (Exception retryEx)
                {
                    Logger.LogError(retryEx, "Failed to load last candle for {GrainKey} after retry", grainKey);
                    LastCandle = null;
                }
            }
            catch (Exception ex)
            {
                Logger.LogError(ex, "Error loading last candle for {GrainKey}", grainKey);
                LastCandle = null;
            }
        });
    }

    public async Task LoadAccount()
    {
        if (TradingBox.IsBacktestTrading(Config.TradingType)) return;
        await ServiceScopeHelpers.WithScopedService<IAccountService>(_scopeFactory, async accountService =>
        {
            var account = await accountService.GetAccountByAccountName(Config.AccountName, false, false);
            Account = account;
        });
    }

    /// <summary>
    /// Verifies the actual USDC balance and updates the config if the actual balance is less than the configured balance.
    /// This prevents bots from trying to trade with more funds than are actually available.
    /// </summary>
    public async Task VerifyAndUpdateBalance()
    {
        if (TradingBox.IsBacktestTrading(Config.TradingType)) return;
        if (Account == null)
        {
            Logger.LogWarning("Cannot verify balance: Account is null");
            return;
        }

        try
        {
            // Fetch actual USDC balance
            var actualBalance = await ServiceScopeHelpers.WithScopedService<IExchangeService, decimal>(_scopeFactory,
                async exchangeService =>
                {
                    var balances = await exchangeService.GetBalances(Account);
                    var usdcBalance = balances.FirstOrDefault(b => b.TokenName?.ToUpper() == "USDC");
                    return usdcBalance?.Amount ?? 0;
                });

            // Check if actual balance is less than configured balance
            if (actualBalance < Config.BotTradingBalance)
            {
                Logger.LogWarning(
                    "Actual USDC balance ({ActualBalance:F2}) is less than configured balance ({ConfiguredBalance:F2}). Updating configuration.",
                    actualBalance, Config.BotTradingBalance);

                // Create new config with updated balance
                var newConfig = Config;
                newConfig.BotTradingBalance = actualBalance;

                // Use UpdateConfiguration to notify and log the change
                await UpdateConfiguration(newConfig);
            }
            else
            {
                Logger.LogDebug(
                    "Balance verification passed. Actual: {ActualBalance:F2}, Configured: {ConfiguredBalance:F2}",
                    actualBalance, Config.BotTradingBalance);
            }
        }
        catch (Exception ex)
        {
            Logger.LogError(ex, "Error verifying and updating balance");
        }
    }

    public virtual async Task Run()
    {
        // Signal updates are handled by subclasses via UpdateSignals() override

        if (!Config.IsForWatchingOnly)
            await ManagePositions();

        UpdateWalletBalances();
        if (TradingBox.IsLiveTrading(Config.TradingType))
        {
            ExecutionCount++;

            Logger.LogInformation(
                "[{CopyTrading}][{AgentName}] Bot Status {Name} - ServerDate: {ServerDate}, LastCandleDate: {LastCandleDate}, Signals: {SignalCount}, Executions: {ExecutionCount}, Positions: {PositionCount}",
                Config.IsForCopyTrading ? "CopyTrading" : "LiveTrading", Account.User.AgentName, Config.Name,
                DateTime.UtcNow, LastCandle?.Date, Signals.Count, ExecutionCount, Positions.Count);

            Logger.LogInformation("[{AgentName}] Internal Positions : {Position}", Account.User.AgentName,
                string.Join(", ",
                    Positions.Values.Select(p => $"{p.SignalIdentifier} - Status: {p.Status}")));
        }
    }

    public async Task UpdateSignals(IReadOnlyList<Candle> candles = null)
    {
        await UpdateSignals(candles, null);
    }

    public async Task UpdateSignals(IReadOnlyList<Candle> candles,
        Dictionary<IndicatorType, IndicatorsResultBase> preCalculatedIndicatorValues = null)
    {
        await UpdateSignalsCore(candles, preCalculatedIndicatorValues);
    }

    protected virtual async Task UpdateSignalsCore(IReadOnlyList<Candle> candles,
        Dictionary<IndicatorType, IndicatorsResultBase> preCalculatedIndicatorValues = null)
    {
        // OPTIMIZATION 2: Use cached open position state instead of expensive Positions.Any() call
        // Skip indicator checking if flipping is disabled and there's an open position
        // This prevents unnecessary indicator calculations when we can't act on signals anyway
        if (!Config.FlipPosition && _hasOpenPosition)
        {
            Logger.LogDebug(
                $"Skipping signal update: Position open and flip disabled.");
            return;
        }

        // Check if we're in cooldown period for any direction
        if (await IsInCooldownPeriodAsync())
        {
            // Still in cooldown period, skip signal generation
            return;
        }

        // Default implementation: do nothing (subclasses should override with signal generation logic)
    }

    private async Task<LightSignal> RecreateSignalFromPosition(Position position)
    {
        try
        {
            // Create a dummy candle for the position opening time
            var positionCandle = new Candle
            {
                Date = position.Open.Date,
                OpenTime = position.Open.Date,
                Open = position.Open.Price,
                Close = position.Open.Price,
                High = position.Open.Price,
                Low = position.Open.Price,
                Volume = 0,
                Exchange = TradingExchanges.Evm,
                Ticker = Config.Ticker,
                Timeframe = Config.Timeframe
            };

            // Create a new signal based on position information
            var recreatedSignal = new LightSignal(
                ticker: Config.Ticker,
                direction: position.OriginDirection,
                confidence: Confidence.Medium, // Default confidence for recreated signals
                candle: positionCandle,
                date: position.Open.Date,
                exchange: TradingExchanges.Evm,
                indicatorType: IndicatorType.Stc, // Use a valid strategy type for recreated signals
                signalType: SignalType.Signal,
                indicatorName: "RecreatedSignal"
            );

            // Since Signal identifier is auto-generated, we need to update our position 
            // to use the new signal identifier, or find another approach
            // For now, let's update the position's SignalIdentifier to match the recreated signal
            position.SignalIdentifier = recreatedSignal.Identifier;

            recreatedSignal.Status = SignalStatus.PositionOpen;

            // Add the recreated signal to our collection
            Signals.Add(recreatedSignal.Identifier, recreatedSignal);

            await LogInformation(
                $"🔍 Signal Recovery Success\nRecreated signal: `{recreatedSignal.Identifier}`\nFor position: `{position.Identifier}`");
            return recreatedSignal;
        }
        catch (Exception ex)
        {
            await LogWarning($"Error recreating signal for position {position.Identifier}: {ex.Message}");
            return null;
        }
    }

    protected async Task ManagePositions()
    {
        // OPTIMIZATION 6: Combine early exit checks and collect unfinished positions in one pass
        // Collect unfinished positions in first iteration to avoid LINQ Where() later
        var unfinishedPositions = new List<Position>();
        foreach (var position in Positions.Values)
        {
            if (!position.IsFinished())
            {
                unfinishedPositions.Add(position);
            }
        }

        bool hasWaitingSignals = false;
        if (unfinishedPositions.Count == 0) // Only check signals if no open positions
        {
            foreach (var signal in Signals.Values)
            {
                if (signal.Status == SignalStatus.WaitingForPosition)
                {
                    hasWaitingSignals = true;
                    break;
                }
            }
        }

        if (unfinishedPositions.Count == 0 && !hasWaitingSignals)
            return;

        // First, process all existing positions that are not finished
        foreach (var position in unfinishedPositions)
        {
            // OPTIMIZATION 3: Use TryGetValue instead of direct dictionary access
            if (!Signals.TryGetValue(position.SignalIdentifier, out var signalForPosition))
            {
                await LogInformation(
                    $"🔍 Signal Recovery\nSignal not found for position `{position.Identifier}`\nRecreating signal from position data...");

                // Recreate the signal based on position information
                signalForPosition = await RecreateSignalFromPosition(position);

                if (signalForPosition == null)
                {
                    await LogWarning($"Failed to recreate signal for position {position.Identifier}");
                    continue;
                }
            }

            // Ensure signal status is correctly set to PositionOpen if position is not finished
            if (signalForPosition.Status != SignalStatus.PositionOpen && position.Status != PositionStatus.Finished)
            {
                await LogInformation(
                    $"🔄 Signal Status Update\nSignal: `{signalForPosition.Identifier}`\nStatus: `{signalForPosition.Status}` → `PositionOpen`");
                SetSignalStatus(signalForPosition.Identifier, SignalStatus.PositionOpen);
            }

            await UpdatePosition(signalForPosition, position);
        }

        // Then, open positions for signals waiting for a position open
        // But first, check if we already have a position for any of these signals
        var signalsWaitingForPosition = Signals.Values.Where(s => s.Status == SignalStatus.WaitingForPosition);

        foreach (var signal in signalsWaitingForPosition)
        {
            if (LastCandle != null && signal.Date < LastCandle.Date)
            {
                await LogWarning(
                    $"❌ Signal Expired\nSignal `{signal.Identifier}` is older than last candle `{LastCandle.Date}`\nStatus: `Expired`");
                SetSignalStatus(signal.Identifier, SignalStatus.Expired);
                continue;
            }

            // Check if we already have a position for this signal (in case it was added but not processed yet)
            var existingPosition = Positions.Values.FirstOrDefault(p => p.SignalIdentifier == signal.Identifier);

            if (existingPosition != null)
            {
                // Position already exists for this signal, update signal status
                await LogInformation(
                    $"🔄 Signal Status Update\nSignal: `{signal.Identifier}`\nStatus: `{signal.Status}` → `PositionOpen`\nPosition already exists: `{existingPosition.Identifier}`");
                SetSignalStatus(signal.Identifier, SignalStatus.PositionOpen);
                continue;
            }

            // No existing position found, proceed to open a new one
            var newlyCreatedPosition = await OpenPosition(signal);

            // Position is now added to Positions collection inside OpenPosition method
            // No need to add it here again
        }
    }

    protected void UpdateWalletBalances()
    {
        var date = TradingBox.IsBacktestTrading(Config.TradingType)
            ? LastCandle?.Date ?? DateTime.UtcNow
            : DateTime.UtcNow;

        if (WalletBalances.Count == 0)
        {
            WalletBalances[date] = _currentBalance;
            return;
        }

        if (!WalletBalances.ContainsKey(date))
        {
            WalletBalances[date] = _currentBalance;
        }
    }

    protected async Task UpdatePosition(LightSignal signal, Position positionForSignal)
    {
        try
        {
            // Skip processing if position is already canceled or rejected (never filled)
            if (positionForSignal.Status == PositionStatus.Canceled ||
                positionForSignal.Status == PositionStatus.Rejected)
            {
                await LogDebugAsync(
                    $"Skipping update for position {positionForSignal.Identifier} - status is {positionForSignal.Status} (never filled)");
                return;
            }

            Position internalPosition = await GetInternalPositionForUpdate(positionForSignal);

            // Handle broker position synchronization (futures-specific logic)
            await SynchronizeWithBrokerPositions(internalPosition, positionForSignal);

            // Handle order management and position status (futures-specific logic)
            await HandleOrderManagementAndPositionStatus(signal, internalPosition, positionForSignal);

            // Common position status handling
            if (internalPosition.Status == PositionStatus.Finished ||
                internalPosition.Status == PositionStatus.Flipped)
            {
                await HandleClosedPosition(positionForSignal);
            }
            else if (internalPosition.Status == PositionStatus.Filled)
            {
                Candle lastCandle = null;
                await ServiceScopeHelpers.WithScopedService<IExchangeService>(_scopeFactory, async exchangeService =>
                {
                    lastCandle = TradingBox.IsBacktestTrading(Config.TradingType)
                        ? LastCandle
                        : await exchangeService.GetCandle(Account, positionForSignal.Ticker,
                            DateTime.UtcNow);
                });

                var currentTime = TradingBox.IsBacktestTrading(Config.TradingType) ? lastCandle.Date : DateTime.UtcNow;
                var currentPnl = positionForSignal.ProfitAndLoss?.Net ?? 0;
                var pnlPercentage = TradingBox.CalculatePnLPercentage(currentPnl, positionForSignal.Open.Price,
                    positionForSignal.Open.Quantity);

                var isPositionInProfit = TradingBox.IsPositionInProfit(positionForSignal.Open.Price, lastCandle.Close,
                    positionForSignal.OriginDirection);

                var hasExceededTimeLimit = TradingBox.HasPositionExceededTimeLimit(positionForSignal.Open.Date,
                    currentTime, Config.MaxPositionTimeHours);

                if (hasExceededTimeLimit)
                {
                    var shouldCloseOnTimeLimit = !Config.CloseEarlyWhenProfitable || isPositionInProfit;

                    if (shouldCloseOnTimeLimit)
                    {
                        var profitStatus = isPositionInProfit ? "in profit" : "at a loss";

                        await LogInformation(
                            $"⏰ Time Limit Close\nClosing position due to time limit: `{Config.MaxPositionTimeHours}h` exceeded\n📈 Position Status: {profitStatus}\n💰 Entry: `${positionForSignal.Open.Price}` → Current: `${lastCandle.Close}`\n📊 Realized PNL: `${currentPnl:F2}` (`{pnlPercentage:F2}%`)");
                        // Force a market close: compute PnL based on current price instead of SL/TP
                        await CloseTrade(signal, positionForSignal, positionForSignal.Open, lastCandle.Close, true,
                            true);
                        return;
                    }
                }

                // For backtest and to make sure position is closed based on SL and TP
                if (positionForSignal.OriginDirection == TradeDirection.Long)
                {
                    if (positionForSignal.StopLoss.Price >= lastCandle.Low)
                    {
                        positionForSignal.StopLoss.SetDate(lastCandle.Date);
                        positionForSignal.StopLoss.SetStatus(TradeStatus.Filled);

                        if (positionForSignal.TakeProfit1 != null)
                        {
                            positionForSignal.TakeProfit1.SetStatus(TradeStatus.Cancelled);
                        }

                        if (positionForSignal.TakeProfit2 != null)
                        {
                            positionForSignal.TakeProfit2.SetStatus(TradeStatus.Cancelled);
                        }

                        await LogInformation(
                            $"🛑 Stop Loss Hit\nClosing LONG position\nPrice: `${positionForSignal.StopLoss.Price:F2}`");
                        await CloseTrade(signal, positionForSignal, positionForSignal.StopLoss,
                            positionForSignal.StopLoss.Price, true);
                    }
                    else if (positionForSignal.TakeProfit1.Price <= lastCandle.High &&
                             positionForSignal.TakeProfit1.Status != TradeStatus.Filled)
                    {
                        positionForSignal.TakeProfit1.SetDate(lastCandle.Date);
                        positionForSignal.TakeProfit1.SetStatus(TradeStatus.Filled);

                        // Cancel SL trade when TP is hit
                        if (positionForSignal.StopLoss != null)
                        {
                            positionForSignal.StopLoss.SetStatus(TradeStatus.Cancelled);
                        }

                        await LogInformation(
                            $"🎯 Take Profit 1 Hit\nClosing LONG position\nPrice: `${positionForSignal.TakeProfit1.Price:F2}`");
                        await CloseTrade(signal, positionForSignal, positionForSignal.TakeProfit1,
                            positionForSignal.TakeProfit1.Price, positionForSignal.TakeProfit2 == null);
                    }
                    else if (positionForSignal.TakeProfit2?.Price <= lastCandle.High)
                    {
                        positionForSignal.TakeProfit2.SetDate(lastCandle.Date);
                        positionForSignal.TakeProfit2.SetStatus(TradeStatus.Filled);

                        // Cancel SL trade when TP is hit
                        if (positionForSignal.StopLoss != null)
                        {
                            positionForSignal.StopLoss.SetStatus(TradeStatus.Cancelled);
                        }

                        await LogInformation(
                            $"🎯 Take Profit 2 Hit\nClosing LONG position\nPrice: `${positionForSignal.TakeProfit2.Price:F2}`");
                        await CloseTrade(signal, positionForSignal, positionForSignal.TakeProfit2,
                            positionForSignal.TakeProfit2.Price, true);
                    }
                }
                else if (positionForSignal.OriginDirection == TradeDirection.Short)
                {
                    if (positionForSignal.StopLoss.Price <= lastCandle.High)
                    {
                        positionForSignal.StopLoss.SetDate(lastCandle.Date);
                        positionForSignal.StopLoss.SetStatus(TradeStatus.Filled);

                        // Cancel TP trades when SL is hit
                        if (positionForSignal.TakeProfit1 != null)
                        {
                            positionForSignal.TakeProfit1.SetStatus(TradeStatus.Cancelled);
                        }

                        if (positionForSignal.TakeProfit2 != null)
                        {
                            positionForSignal.TakeProfit2.SetStatus(TradeStatus.Cancelled);
                        }

                        await LogInformation(
                            $"🛑 Stop Loss Hit\nClosing SHORT position\nPrice: `${positionForSignal.StopLoss.Price:F2}`");
                        await CloseTrade(signal, positionForSignal, positionForSignal.StopLoss,
                            positionForSignal.StopLoss.Price, true);
                    }
                    else if (positionForSignal.TakeProfit1.Price >= lastCandle.Low &&
                             positionForSignal.TakeProfit1.Status != TradeStatus.Filled)
                    {
                        // Use actual execution price (lastCandle.Low for TP hit on SHORT)
                        positionForSignal.TakeProfit1.SetDate(lastCandle.Date);
                        positionForSignal.TakeProfit1.SetStatus(TradeStatus.Filled);

                        // Cancel SL trade when TP is hit
                        if (positionForSignal.StopLoss != null)
                        {
                            positionForSignal.StopLoss.SetStatus(TradeStatus.Cancelled);
                        }

                        await LogInformation(
                            $"🎯 Take Profit 1 Hit\nClosing SHORT position\nPrice: `${positionForSignal.TakeProfit1.Price:F2}` (was `${positionForSignal.TakeProfit1.Price:F2}`)");
                        await CloseTrade(signal, positionForSignal, positionForSignal.TakeProfit1,
                            positionForSignal.TakeProfit1.Price, positionForSignal.TakeProfit2 == null);
                    }
                    else if (positionForSignal.TakeProfit2?.Price >= lastCandle.Low)
                    {
                        // Use actual execution price (lastCandle.Low for TP hit on SHORT)
                        positionForSignal.TakeProfit2.SetDate(lastCandle.Date);
                        positionForSignal.TakeProfit2.SetStatus(TradeStatus.Filled);

                        // Cancel SL trade when TP is hit
                        if (positionForSignal.StopLoss != null)
                        {
                            positionForSignal.StopLoss.SetStatus(TradeStatus.Cancelled);
                        }

                        await LogInformation(
                            $"🎯 Take Profit 2 Hit\nClosing SHORT position\nPrice: `${positionForSignal.TakeProfit2.Price:F2}` (was `${positionForSignal.TakeProfit2.Price:F2}`)");
                        await CloseTrade(signal, positionForSignal, positionForSignal.TakeProfit2,
                            positionForSignal.TakeProfit2.Price, true);
                    }
                }
            }

            // Synth risk monitoring (only for live trading)
            if (Config.UseSynthApi && TradingBox.IsLiveTrading(Config.TradingType) &&
                positionForSignal.Status == PositionStatus.Filled)
            {
                await MonitorSynthRisk(signal, positionForSignal);
            }
        }
        catch (Exception ex)
        {
            await LogWarningAsync(
                $"Cannot update position {positionForSignal.Identifier}: {ex.Message}, {ex.StackTrace}");
            SentrySdk.CaptureException(ex);
            return;
        }
    }

    // Virtual methods for trading mode-specific behavior
    protected virtual async Task SynchronizeWithBrokerPositions(Position internalPosition, Position positionForSignal)
    {
        // Default implementation: do nothing (for backtest)
    }

    protected virtual async Task HandleOrderManagementAndPositionStatus(LightSignal signal, Position internalPosition,
        Position positionForSignal)
    {
        // Default implementation: do nothing (for backtest)
    }

    protected virtual async Task MonitorSynthRisk(LightSignal signal, Position position)
    {
        // Default implementation: do nothing (for backtest)
    }

    protected virtual async Task<bool> RecoverOpenPositionFromBroker(LightSignal signal, Position position)
    {
        // Default implementation: no recovery for backtest
        return false;
    }

    protected virtual async Task<bool> CheckBrokerPositions()
    {
        // Default implementation: no broker checks for backtest, always allow
        return true;
    }

    protected virtual async Task<bool> ReconcileWithBrokerHistory(Position position, Candle currentCandle)
    {
        // Default implementation: no broker history reconciliation for backtest
        return false; // Return false to continue with candle-based calculation
    }

    protected virtual async Task<(decimal closingPrice, bool pnlCalculated)> CalculatePositionClosingFromCandles(
        Position position, Candle currentCandle, bool forceMarketClose, decimal? forcedClosingPrice)
    {
        // Used in Futures and Spot bots
        decimal closingPrice = 0;
        bool pnlCalculated = false;

        if (forceMarketClose && forcedClosingPrice.HasValue)
        {
            closingPrice = forcedClosingPrice.Value;

            bool isManualCloseProfitable = position.OriginDirection == TradeDirection.Long
                ? closingPrice > position.Open.Price
                : closingPrice < position.Open.Price;

            if (isManualCloseProfitable)
            {
                if (position.TakeProfit1 != null)
                {
                    position.TakeProfit1.Price = closingPrice;
                    position.TakeProfit1.SetDate(currentCandle?.Date ?? DateTime.UtcNow);
                    position.TakeProfit1.SetStatus(TradeStatus.Filled);
                }

                if (position.StopLoss != null)
                {
                    position.StopLoss.SetStatus(TradeStatus.Cancelled);
                }
            }
            else
            {
                if (position.StopLoss != null)
                {
                    position.StopLoss.Price = closingPrice;
                    position.StopLoss.SetDate(currentCandle?.Date ?? DateTime.UtcNow);
                    position.StopLoss.SetStatus(TradeStatus.Filled);
                }

                if (position.TakeProfit1 != null)
                {
                    position.TakeProfit1.SetStatus(TradeStatus.Cancelled);
                }

                if (position.TakeProfit2 != null)
                {
                    position.TakeProfit2.SetStatus(TradeStatus.Cancelled);
                }
            }

            pnlCalculated = true;
        }
        else if (currentCandle != null)
        {
            // For backtest: use configured SL/TP prices to ensure consistent PnL
            if (position.OriginDirection == TradeDirection.Long)
            {
                if (position.StopLoss.Price >= currentCandle.Low)
                {
                    closingPrice = position.StopLoss.Price;
                    position.StopLoss.SetDate(currentCandle.Date);
                    position.StopLoss.SetStatus(TradeStatus.Filled);

                    if (position.TakeProfit1 != null)
                    {
                        position.TakeProfit1.SetStatus(TradeStatus.Cancelled);
                    }

                    if (position.TakeProfit2 != null)
                    {
                        position.TakeProfit2.SetStatus(TradeStatus.Cancelled);
                    }
                }
                else if (position.TakeProfit1.Price <= currentCandle.High &&
                         position.TakeProfit1.Status != TradeStatus.Filled)
                {
                    closingPrice = position.TakeProfit1.Price;
                    position.TakeProfit1.SetDate(currentCandle.Date);
                    position.TakeProfit1.SetStatus(TradeStatus.Filled);

                    if (position.StopLoss != null)
                    {
                        position.StopLoss.SetStatus(TradeStatus.Cancelled);
                    }
                }
            }
            else if (position.OriginDirection == TradeDirection.Short)
            {
                if (position.StopLoss.Price <= currentCandle.High)
                {
                    closingPrice = position.StopLoss.Price;
                    position.StopLoss.SetDate(currentCandle.Date);
                    position.StopLoss.SetStatus(TradeStatus.Filled);

                    if (position.TakeProfit1 != null)
                    {
                        position.TakeProfit1.SetStatus(TradeStatus.Cancelled);
                    }

                    if (position.TakeProfit2 != null)
                    {
                        position.TakeProfit2.SetStatus(TradeStatus.Cancelled);
                    }
                }
                else if (position.TakeProfit1.Price >= currentCandle.Low &&
                         position.TakeProfit1.Status != TradeStatus.Filled)
                {
                    closingPrice = position.TakeProfit1.Price;
                    position.TakeProfit1.SetDate(currentCandle.Date);
                    position.TakeProfit1.SetStatus(TradeStatus.Filled);

                    if (position.StopLoss != null)
                    {
                        position.StopLoss.SetStatus(TradeStatus.Cancelled);
                    }
                }
            }

            if (closingPrice == 0)
            {
                // Manual/exchange close - use current candle close
                closingPrice = currentCandle.Close;

                bool isManualCloseProfitable = position.OriginDirection == TradeDirection.Long
                    ? closingPrice > position.Open.Price
                    : closingPrice < position.Open.Price;

                if (isManualCloseProfitable)
                {
                    position.TakeProfit1.SetPrice(closingPrice, 2);
                    position.TakeProfit1.SetDate(currentCandle.Date);
                    position.TakeProfit1.SetStatus(TradeStatus.Filled);

                    if (position.StopLoss != null)
                    {
                        position.StopLoss.SetStatus(TradeStatus.Cancelled);
                    }
                }
                else
                {
                    position.StopLoss.SetPrice(closingPrice, 2);
                    position.StopLoss.SetDate(currentCandle.Date);
                    position.StopLoss.SetStatus(TradeStatus.Filled);

                    if (position.TakeProfit1 != null)
                    {
                        position.TakeProfit1.SetStatus(TradeStatus.Cancelled);
                    }

                    if (position.TakeProfit2 != null)
                    {
                        position.TakeProfit2.SetStatus(TradeStatus.Cancelled);
                    }
                }
            }

            pnlCalculated = true;
        }

        return (closingPrice, pnlCalculated);
    }

    protected async Task UpdatePositionDatabase(Position position)
    {
        await ServiceScopeHelpers.WithScopedService<ITradingService>(_scopeFactory,
            async tradingService => { await tradingService.UpdatePositionAsync(position); });
    }

    protected async Task<decimal> GetLastPriceForPositionOpeningAsync()
    {
        if (TradingBox.IsLiveTrading(Config.TradingType))
        {
            return await ServiceScopeHelpers.WithScopedService<IExchangeService, decimal>(_scopeFactory,
                async exchangeService => await exchangeService.GetCurrentPrice(Account, Config.Ticker));
        }

        return LastCandle?.Close ?? 0;
    }

    protected async Task<Position> OpenPosition(LightSignal signal)
    {
        await LogDebugAsync($"🔓 Opening position for signal: `{signal.Identifier}`");

        // Check for any existing open position (not finished) for this ticker
        var openedPosition =
            Positions.Values.FirstOrDefault(p => p.IsOpen() && p.SignalIdentifier != signal.Identifier);

        decimal lastPrice = await GetLastPriceForPositionOpeningAsync();

        if (openedPosition != null)
        {
            // OPTIMIZATION 3: Use TryGetValue instead of direct dictionary access
            if (!Signals.TryGetValue(openedPosition.SignalIdentifier, out var previousSignal))
            {
                // Signal not found, expire new signal and return
                SetSignalStatus(signal.Identifier, SignalStatus.Expired);
                return null;
            }

            if (openedPosition.OriginDirection == signal.Direction)
            {
                await LogInformation(
                    $"📍 Same Direction Signal\nSignal `{signal.Identifier}` tried to open position\nBut `{previousSignal.Identifier}` already open for same direction");
                SetSignalStatus(signal.Identifier, SignalStatus.Expired);
                return null;
            }
            else
            {
                // Handle flip position - trading type specific logic
                var flippedPosition = await HandleFlipPosition(signal, openedPosition, previousSignal, lastPrice);
                return flippedPosition;
            }
        }
        else
        {
            bool canOpen = await CanOpenPosition(signal);
            if (!canOpen)
            {
                SetSignalStatus(signal.Identifier, SignalStatus.Expired);
                return null;
            }

            try
            {
                // Execute position opening - trading type specific logic
                var position = await ExecuteOpenPosition(signal, lastPrice);

                // Common logic: Handle position result
                if (position != null)
                {
                    // Add position to internal collection before any status updates
                    Positions[position.Identifier] = position;
                    
                    // OPTIMIZATION 2: Update cached open position state
                    _hasOpenPosition = true;

                    if (position.Open.Status != TradeStatus.Cancelled && position.Status != PositionStatus.Rejected)
                    {
                        SetSignalStatus(signal.Identifier, SignalStatus.PositionOpen);

                        await SendPositionToCopyTradingStream(position);

                        await LogDebugAsync($"✅ Position requested successfully for signal: `{signal.Identifier}`");

                        return position;
                    }
                    else
                    {
                        SentrySdk.CaptureMessage("Position rejected", SentryLevel.Error);
                        await SetPositionStatus(signal.Identifier, PositionStatus.Rejected);
                        position.Status = PositionStatus.Rejected;
                        await UpdatePositionDatabase(position);
                        SetSignalStatus(signal.Identifier, SignalStatus.Expired);
                        return position;
                    }
                }

                return null;
            }
            catch (InsufficientFundsException ex)
            {
                // Handle insufficient funds errors with user-friendly messaging
                SetSignalStatus(signal.Identifier, SignalStatus.Expired);
                await LogWarning(ex.UserMessage);

                // Log the technical details for debugging
                Logger.LogError(ex, "Insufficient funds error for signal {SignalId}: {ErrorMessage}", signal.Identifier,
                    ex.Message);

                return null;
            }
            catch (Exception ex)
            {
                SetSignalStatus(signal.Identifier, SignalStatus.Expired);
                SentrySdk.CaptureException(ex);
                return null;
            }
        }
    }

    /// <summary>
    /// Handles position flipping logic when an opposite direction signal is received.
    /// This method is trading-type specific and should be overridden in derived classes.
    /// </summary>
    protected virtual async Task<Position> HandleFlipPosition(LightSignal signal, Position openedPosition,
        LightSignal previousSignal, decimal lastPrice)
    {
        // Default implementation - subclasses should override
        if (Config.FlipPosition)
        {
            var isPositionInProfit = (openedPosition.ProfitAndLoss?.Realized ?? 0) > 0;
            var shouldFlip = !Config.FlipOnlyWhenInProfit || isPositionInProfit;

            if (shouldFlip)
            {
                var flipReason = Config.FlipOnlyWhenInProfit
                    ? "current position is in profit"
                    : "FlipOnlyWhenInProfit is disabled";

                await LogInformation(
                    $"🔄 Position Flip Initiated\nFlipping position due to opposite signal\nReason: {flipReason}");
                await CloseTrade(previousSignal, openedPosition, openedPosition.Open, lastPrice, true);
                await SetPositionStatus(previousSignal.Identifier, PositionStatus.Flipped);
                var newPosition = await OpenPosition(signal);
                await LogInformation(
                    $"✅ Position Flipped\nPosition: `{previousSignal.Identifier}` → `{signal.Identifier}`\nPrice: `${lastPrice}`");
                return newPosition;
            }
            else
            {
                var currentPnl = openedPosition.ProfitAndLoss?.Realized ?? 0;
                await LogInformation(
                    $"💸 Flip Blocked - Not Profitable\nPosition `{previousSignal.Identifier}` PnL: `${currentPnl:F2}`\nSignal `{signal.Identifier}` will wait for profitability");

                SetSignalStatus(signal.Identifier, SignalStatus.Expired);
                return null;
            }
        }
        else
        {
            await LogInformation(
                $"🚫 Flip Disabled\nPosition already open for: `{previousSignal.Identifier}`\nFlipping disabled, new signal expired");
            SetSignalStatus(signal.Identifier, SignalStatus.Expired);
            return null;
        }
    }

    /// <summary>
    /// Executes the actual position opening logic.
    /// This method is trading-type specific and should be overridden in derived classes.
    /// </summary>
    protected virtual async Task<Position> ExecuteOpenPosition(LightSignal signal, decimal lastPrice)
    {
        // Default implementation - subclasses should override
        // Verify actual balance before opening position
        await VerifyAndUpdateBalanceAsync();

        var command = new OpenPositionRequest(
            Config.AccountName,
            Config.MoneyManagement,
            signal.Direction,
            Config.Ticker,
            PositionInitiator.Bot,
            signal.Date,
            Account.User,
            Config.BotTradingBalance,
            TradingBox.IsBacktestTrading(Config.TradingType),
            lastPrice,
            signalIdentifier: signal.Identifier,
            initiatorIdentifier: Identifier,
            tradingType: Config.TradingType);

        var position = await ServiceScopeHelpers
            .WithScopedServices<IExchangeService, IAccountService, ITradingService, Position>(
                _scopeFactory,
                async (exchangeService, accountService, tradingService) =>
                {
                    return await new OpenPositionCommandHandler(exchangeService, accountService, tradingService)
                        .Handle(command);
                });

        return position;
    }

    private async Task SendPositionToCopyTrading(Position position)
    {
        try
        {
            // Only send to copy trading stream if this is not a copy trading bot itself
            if (Config.IsForCopyTrading || _streamProvider == null)
            {
                return;
            }

            // Create stream keyed by this bot's identifier for copy trading bots to subscribe to
            var streamId = StreamId.Create("CopyTrading", Identifier);
            var stream = _streamProvider.GetStream<Position>(streamId);

            // Publish the position to the stream
            await stream.OnNextAsync(position);

            await LogDebugAsync($"📡 Position {position.Identifier} sent to copy trading stream for bot {Identifier}");
        }
        catch (Exception ex)
        {
            Logger.LogError(ex, "Failed to send position {PositionId} to copy trading stream for bot {BotId}",
                position.Identifier, Identifier);
        }
    }

    /// <summary>
    /// Creates a copy of a position from a master bot for copy trading
    /// </summary>
    public async Task CopyPositionFromMasterAsync(Position masterPosition)
    {
        try
        {
            // Create a copy signal based on the master position using the proper constructor
            var copySignal = new LightSignal(
                ticker: Config.Ticker,
                direction: masterPosition.OriginDirection,
                confidence: Confidence.Medium, // Default confidence for copy trading
                candle: LastCandle ?? new Candle
                {
                    Ticker = Config.Ticker,
                    Timeframe = Config.Timeframe,
                    Date = DateTime.UtcNow,
                    Open = masterPosition.Open.Price,
                    Close = masterPosition.Open.Price,
                    High = masterPosition.Open.Price,
                    Low = masterPosition.Open.Price,
                    Volume = 0
                },
                date: masterPosition.Open.Date,
                exchange: TradingExchanges.GmxV2, // Default exchange
                indicatorType: IndicatorType.Composite,
                signalType: SignalType.Signal,
                indicatorName: "CopyTrading"
            );

            // Override the identifier to include master position info
            copySignal.Identifier = $"copy-{masterPosition.SignalIdentifier}-{Guid.NewGuid()}";

            // Store the signal
            Signals[copySignal.Identifier] = copySignal;

            await LogInformation(
                $"📋 Copy trading: Created copy signal {copySignal.Identifier} for master position {masterPosition.Identifier}");

            // Attempt to open the position using the existing OpenPosition method
            // This will handle all the position creation logic properly
            await OpenPosition(copySignal);
        }
        catch (Exception ex)
        {
            Logger.LogError(ex, "Failed to copy position {MasterPositionId} for bot {BotId}",
                masterPosition.Identifier, Identifier);
            throw;
        }
    }


    protected virtual async Task<bool> CanOpenPosition(LightSignal signal)
    {
        // Default implementation for live trading
        // Early return if bot hasn't executed first cycle yet
        if (ExecutionCount == 0)
        {
            await LogInformationAsync("⏳ Bot Not Ready\nCannot open position\nBot hasn't executed first cycle yet");
            return false;
        }

        // Check broker positions for live trading
        var canOpenPosition = await CanOpenPositionWithBrokerChecks(signal);
        if (!canOpenPosition)
        {
            return false;
        }

        // Check cooldown period and loss streak
        return !await IsInCooldownPeriodAsync() && await CheckLossStreak(signal);
    }

    protected async Task<bool> CheckLossStreak(LightSignal signal)
    {
        // If MaxLossStreak is 0, there's no limit
        if (Config.MaxLossStreak <= 0)
        {
            return true;
        }

        // Get the last N finished positions regardless of direction
        var recentPositions = Positions
            .Values
            .Where(p => p.IsFinished())
            .OrderByDescending(p => p.Open.Date)
            .Take(Config.MaxLossStreak)
            .ToList();

        var canOpen = TradingBox.CheckLossStreak(recentPositions, Config.MaxLossStreak, signal.Direction);

        if (!canOpen)
        {
            var lastPosition = recentPositions.First();
            await LogWarning(
                $"🔥 Loss Streak Limit\nCannot open position\nMax loss streak: `{Config.MaxLossStreak}` reached\n📉 Last `{recentPositions.Count}` trades were losses\n🎯 Last position: `{lastPosition.OriginDirection}`\nWaiting for opposite direction signal");
        }

        return canOpen;
    }


    public abstract Task CloseTrade(LightSignal signal, Position position, Trade tradeToClose, decimal lastPrice,
        bool tradeClosingPosition = false, bool forceMarketClose = false);

    protected async Task HandleClosedPosition(Position position, decimal? forcedClosingPrice = null,
        bool forceMarketClose = false)
    {
        if (Positions.ContainsKey(position.Identifier))
        {
            Candle currentCandle = await GetCurrentCandleForPositionClose(Account, position.Ticker.ToString());

            // Try broker history reconciliation first
            var brokerHistoryReconciled = await ReconcileWithBrokerHistory(position, currentCandle);
            if (brokerHistoryReconciled && !forceMarketClose)
            {
                goto SkipCandleBasedCalculation;
            }

            // Calculate position closing details using subclass-specific logic
            var (closingPrice, pnlCalculated) = await CalculatePositionClosingFromCandles(
                position, currentCandle, forceMarketClose, forcedClosingPrice);

            // Calculate P&L if we have a closing price
            if (pnlCalculated && closingPrice > 0)
            {
                var entryPrice = position.Open.Price;
                var positionSize = TradingBox.CalculatePositionSize(position.Open.Quantity, position.Open.Leverage);

                decimal pnl = TradingBox.CalculatePnL(entryPrice, closingPrice, position.Open.Quantity,
                    position.Open.Leverage, position.OriginDirection);

                if (position.ProfitAndLoss == null)
                {
                    var totalFees = position.GasFees + position.UiFees;
                    var netPnl = pnl - totalFees;
                    position.ProfitAndLoss = new ProfitAndLoss { Realized = pnl, Net = netPnl };
                }
                else if (position.ProfitAndLoss.Realized == 0 || position.ProfitAndLoss.Net == 0)
                {
                    var totalFees = position.GasFees + position.UiFees;
                    var netPnl = pnl - totalFees;
                    position.ProfitAndLoss.Realized = pnl;
                    position.ProfitAndLoss.Net = netPnl;
                }

                // Enhanced logging for backtest debugging
                var logMessage = $"💰 P&L Calculated for Position {position.Identifier}\n" +
                                 $"Direction: `{position.OriginDirection}`\n" +
                                 $"Entry Price: `${entryPrice:F2}` | Exit Price: `${closingPrice:F2}`\n" +
                                 $"Position Size: `{position.Open.Quantity:F8}` | Leverage: `{position.Open.Leverage}x`\n" +
                                 $"Position Value: `${positionSize:F8}`\n" +
                                 $"Price Difference: `${TradingBox.CalculatePriceDifference(entryPrice, closingPrice, position.OriginDirection):F2}`\n" +
                                 $"Realized P&L: `${pnl:F2}`\n" +
                                 $"Gas Fees: `${position.GasFees:F2}` | UI Fees: `${position.UiFees:F2}`\n" +
                                 $"Total Fees: `${position.GasFees + position.UiFees:F2}`\n" +
                                 $"Net P&L (after fees): `${position.ProfitAndLoss.Net:F2}`";

                if (TradingBox.IsLiveTrading(Config.TradingType))
                {
                    await LogDebugAsync(logMessage);
                }
            }

            SkipCandleBasedCalculation:
            await SetPositionStatus(position.SignalIdentifier, PositionStatus.Finished);
            
            // OPTIMIZATION 2: Update cached open position state after closing position
            _hasOpenPosition = Positions.Values.Any(p => p.IsOpen());

            // Update position in database with all trade changes
            if (TradingBox.IsLiveTrading(Config.TradingType))
            {
                position.Status = PositionStatus.Finished;
                await UpdatePositionDatabase(position);

                // Only send PositionClosed notification if the position was actually filled
                // Check if Open trade was filled (means position was opened on the broker)
                if (position.Open?.Status == TradeStatus.Filled)
                {
                    await NotifyAgentAndPlatformAsync(NotificationEventType.PositionClosed, position);

                    // Update the last position closing time for cooldown period tracking
                    // Only update if position was actually filled
                    LastPositionClosingTime = TradingBox.IsBacktestTrading(Config.TradingType)
                        ? currentCandle.Date
                        : DateTime.UtcNow;
                }
                else
                {
                    await LogDebugAsync(
                        $"Skipping PositionClosed notification for position {position.Identifier} - position was never filled (Open trade status: {position.Open?.Status})");
                }
            }

            // Only update balance and log success if position was actually filled
            if (position.Open?.Status == TradeStatus.Filled)
            {
                await LogDebugAsync(
                    $"✅ Position Closed Successfully\nPosition: `{position.SignalIdentifier}`\nPnL: `${position.ProfitAndLoss?.Net:F2}`");

                if (position.ProfitAndLoss != null)
                {
                    // Update the current balance when position closes
                    _currentBalance += position.ProfitAndLoss.Net;
                    Config.BotTradingBalance += position.ProfitAndLoss.Net;

                    await LogDebugAsync(
                        string.Format("💰 Balance Updated\nNew bot trading balance: `${0:F2}`",
                            Config.BotTradingBalance));
                }
            }
            else
            {
                await LogDebugAsync(
                    $"✅ Position Cleanup\nPosition: `{position.SignalIdentifier}` was never filled - no balance or PnL changes");
            }
        }
        else
        {
            await LogWarning("Weird things happen - Trying to update position status, but no position found");
        }

        await SendClosedPositionToMessenger(position, Account.User);
        await CancelAllOrdersAsync();
    }

    private async Task CancelAllOrders()
    {
        if (TradingBox.IsLiveTrading(Config.TradingType) && !Config.IsForWatchingOnly)
        {
            try
            {
                List<Trade> openOrders = null;
                await ServiceScopeHelpers.WithScopedService<IExchangeService>(_scopeFactory,
                    async exchangeService =>
                    {
                        openOrders = (await exchangeService.GetOpenOrders(Account, Config.Ticker)).ToList();
                    });
                if (openOrders.Any())
                {
                    List<Position> openPositions = null;
                    await ServiceScopeHelpers.WithScopedService<IExchangeService>(_scopeFactory,
                        async exchangeService =>
                        {
                            openPositions = (await exchangeService.GetBrokerPositions(Account))
                                .Where(p => p.Ticker == Config.Ticker).ToList();
                        });
                    var cancelClose = openPositions.Any();

                    if (cancelClose)
                    {
                        await LogDebugAsync($"Position still open, cancel close orders");
                    }
                    else
                    {
                        await LogDebugAsync($"Canceling all orders for {Config.Ticker}");
                        await ServiceScopeHelpers.WithScopedService<IExchangeService>(_scopeFactory,
                            async exchangeService =>
                            {
                                await exchangeService.CancelOrder(Account, Config.Ticker);
                                var closePendingOrderStatus = await exchangeService.CancelOrder(Account, Config.Ticker);
                                await LogDebugAsync(
                                    $"Closing all {Config.Ticker} orders status : {closePendingOrderStatus}");
                            });
                    }
                }
                else
                {
                    await LogDebugAsync($"No need to cancel orders for {Config.Ticker}");
                }
            }
            catch (Exception ex)
            {
                Logger.LogError(ex, "Error during cancelOrders");
                SentrySdk.CaptureException(ex);
            }
        }
    }

    protected async Task SetPositionStatus(string signalIdentifier, PositionStatus positionStatus)
    {
        try
        {
            var position = Positions.Values.First(p => p.SignalIdentifier == signalIdentifier);

            if (positionStatus.Equals(PositionStatus.Canceled | PositionStatus.Rejected))
            {
                var stackTrace = new StackTrace(true);
                var callingMethod = stackTrace.GetFrame(1)?.GetMethod();
                var callingMethodName = callingMethod?.DeclaringType?.Name + "." + callingMethod?.Name;

                var exception =
                    new InvalidOperationException(
                        $"Position {signalIdentifier} is already canceled for User {Account.User.Name}");
                exception.Data["SignalIdentifier"] = signalIdentifier;
                exception.Data["PositionId"] = position.Identifier;
                exception.Data["CurrentStatus"] = position.Status.ToString();
                exception.Data["RequestedStatus"] = positionStatus.ToString();
                exception.Data["AccountName"] = Account.Name;
                exception.Data["BotName"] = Config.Name;
                exception.Data["CallingMethod"] = callingMethodName;
                exception.Data["CallStack"] = Environment.StackTrace;
                SentrySdk.CaptureException(exception);
            }

            if (!position.Status.Equals(positionStatus))
            {
                Positions.Values.First(p => p.SignalIdentifier == signalIdentifier).Status = positionStatus;
                await LogInformation(
                    $"📊 Position Status Change\nPosition:  {position.OriginDirection} {position.Ticker}\nNew Status: `{positionStatus}`");

                // Update Open trade status when position becomes Filled
                if (positionStatus == PositionStatus.Filled)
                {
                    position.Open.SetStatus(TradeStatus.Filled);
                }
            }

            SetSignalStatus(signalIdentifier,
                positionStatus == PositionStatus.Filled ? SignalStatus.PositionOpen : SignalStatus.Expired);
        }
        catch (Exception ex)
        {
            await LogWarning(
                $"Failed to update position status for signal {signalIdentifier}: {ex.Message} {ex.StackTrace}");
            SentrySdk.CaptureException(ex);
        }
    }

    protected void UpdatePositionPnl(Guid identifier, decimal realized)
    {
        var position = Positions[identifier];
        var totalFees = position.GasFees + position.UiFees;
        var netPnl = realized - totalFees;

        if (position.ProfitAndLoss == null)
        {
            position.ProfitAndLoss = new ProfitAndLoss()
            {
                Realized = realized,
                Net = netPnl
            };
        }
        else
        {
            position.ProfitAndLoss.Realized = realized;
            position.ProfitAndLoss.Net = netPnl;
        }
    }

    protected void SetSignalStatus(string signalIdentifier, SignalStatus signalStatus)
    {
        // OPTIMIZATION 4: Use TryGetValue instead of ContainsKey + direct access (single lookup)
        if (Signals.TryGetValue(signalIdentifier, out var signal) && signal.Status != signalStatus)
        {
            signal.Status = signalStatus;
            Logger.LogDebug($"Signal {signalIdentifier} is now {signalStatus}");
        }
    }


    public async Task ToggleIsForWatchOnly()
    {
        Config.IsForWatchingOnly = !Config.IsForWatchingOnly;
        await LogInformation(
            $"🔄 Watch Mode Toggle\nBot: `{Config.Name}`\nWatch Only: `{(Config.IsForWatchingOnly ? "ON" : "OFF")}`");
    }

    /// <summary>
    /// Handles bot stopping and notifies platform summary
    /// </summary>
    public async Task StopBot(string reason = null)
    {
        await LogInformation(
            $"🛑 Bot Stopped\nBot: `{Config.Name}`\nTicker: `{Config.Ticker}`\nReason: `{reason ?? "No reason provided"}`");
    }

    /// <summary>
    /// Manually opens a position using the bot's settings and a generated signal.
    /// Relies on the bot's MoneyManagement for Stop Loss and Take Profit placement.
    /// </summary>
    /// <param name="direction">The direction of the trade (Long/Short).</param>
    /// <returns>The created Position object.</returns>
    /// <exception cref="Exception">Throws if no candles are available or position opening fails.</exception>
    public async Task<LightSignal> CreateManualSignal(TradeDirection direction)
    {
        if (LastCandle == null)
        {
            throw new Exception("No candles available to open position");
        }

        // Create a fake signal for manual position opening
        var signal = new LightSignal(Config.Ticker, direction, Confidence.Low, LastCandle, LastCandle.Date,
            TradingExchanges.GmxV2,
            IndicatorType.Stc, SignalType.Signal, "Manual Signal");
        signal.Status = SignalStatus.WaitingForPosition; // Ensure status is correct
        signal.Identifier =
            signal.Identifier + "-manual" + Guid.NewGuid(); // Ensure unique identifier for manual signals

        // Add the signal to our collection
        await AddSignal(signal);
        await ManagePositions();

        return signal;
    }

    public async Task AddSignal(LightSignal signal)
    {
        try
        {
            // OPTIMIZATION 1: Early return for backtest - skip all logging and validation
            if (TradingBox.IsBacktestTrading(Config.TradingType))
            {
                Signals.Add(signal.Identifier, signal);
                return;
            }

            // Set signal status based on configuration
            if (Config.IsForWatchingOnly || (ExecutionCount < 1 && TradingBox.IsLiveTrading(Config.TradingType)))
            {
                signal.Status = SignalStatus.Expired;
            }

            var indicatorNames = Config.Scenario.Indicators.Select(i => i.Type.ToString()).ToList();
            var signalText = $"🎯 New Trading Signal\n\n" +
                             $"📊 Signal Details:\n" +
                             $"📈 Action: `{signal.Direction}` {Config.Ticker}\n" +
                             $"⏰ Timeframe: `{Config.Timeframe}`\n" +
                             $"🎯 Confidence: `{signal.Confidence}`\n" +
                             $"🔍 Indicators: `{string.Join(", ", indicatorNames)}`\n" +
                             $"🆔 Signal ID: `{signal.Identifier}`";

            // Apply Synth-based signal filtering if enabled
            if (Config.UseSynthApi && TradingBox.IsLiveTrading(Config.TradingType) && ExecutionCount > 0)
            {
                await ServiceScopeHelpers.WithScopedServices<ITradingService, IExchangeService>(_scopeFactory,
                    async (tradingService, exchangeService) =>
                    {
                        var currentPrice = await exchangeService.GetCurrentPrice(Account, Config.Ticker);

                        var signalValidationResult = await tradingService.ValidateSynthSignalAsync(
                            signal,
                            currentPrice,
                            Config,
                            TradingBox.IsBacktestTrading(Config.TradingType));

                        if (signalValidationResult.Confidence == Confidence.None ||
                            signalValidationResult.Confidence == Confidence.Low ||
                            signalValidationResult.IsBlocked)
                        {
                            signal.Status = SignalStatus.Expired;
                            await LogDebugAsync($"Signal {signal.Identifier} blocked by Synth risk assessment");
                        }
                        else
                        {
                            signal.Confidence = signalValidationResult.Confidence;
                            await LogDebugAsync(
                                $"Signal {signal.Identifier} passed Synth risk assessment with confidence {signalValidationResult.Confidence}");
                        }
                    });
            }

            Signals.Add(signal.Identifier, signal);

            await LogInformation(signalText);

            if (Config.IsForWatchingOnly && TradingBox.IsLiveTrading(Config.TradingType) && ExecutionCount > 0)
            {
                await ServiceScopeHelpers.WithScopedService<IMessengerService>(_scopeFactory, async messengerService =>
                {
                    await messengerService.SendSignal(signalText, Account.Exchange, Config.Ticker, signal.Direction,
                        Config.Timeframe);
                });
            }

            await LogDebugAsync(
                $"Processed signal for {Config.Ticker}: {signal.Direction} with status {signal.Status}");
        }
        catch (Exception ex)
        {
            Logger.LogError(ex, "Failed to add signal for {Ticker}", Config.Ticker);
            throw;
        }
    }

    /// <summary>
    /// Checks if a position has exceeded the maximum time limit for being open.
    /// </summary>
    /// <param name="position">The position to check</param>
    /// <param name="currentTime">The current time to compare against</param>
    /// <returns>True if the position has exceeded the time limit, false otherwise</returns>
    /// <summary>
    /// Updates the trading bot configuration with new settings.
    /// This method validates the new configuration and applies it to the running bot.
    /// </summary>
    /// <param name="newConfig">The new configuration to apply</param>
    /// <returns>True if the configuration was successfully updated, false otherwise</returns>
    /// <exception cref="ArgumentException">Thrown when the new configuration is invalid</exception>
    public async Task<bool> UpdateConfiguration(TradingBotConfig newConfig)
    {
        try
        {
            // Validate the new configuration
            if (newConfig == null)
            {
                throw new ArgumentException("Configuration cannot be null");
            }

            if (newConfig.BotTradingBalance <= Constants.GMX.Config.MinimumPositionAmount)
            {
                throw new ArgumentException(
                    $"Bot trading balance must be greater than {Constants.GMX.Config.MinimumPositionAmount}");
            }

            // if (string.IsNullOrEmpty(newConfig.AccountName))
            // {
            //     throw new ArgumentException("Account name cannot be null or empty");
            // }

            if (newConfig.Scenario == null)
            {
                throw new ArgumentException("Scenario object must be provided in configuration");
            }

            // Track changes for logging
            var changes = new List<string>();

            // Check for changes and build change list
            if (Config.BotTradingBalance != newConfig.BotTradingBalance)
            {
                changes.Add($"💰 Balance: ${Config.BotTradingBalance:F2} → ${newConfig.BotTradingBalance:F2}");
            }

            if (Config.MaxPositionTimeHours != newConfig.MaxPositionTimeHours)
            {
                var oldTime = Config.MaxPositionTimeHours?.ToString() + "h" ?? "Disabled";
                var newTime = newConfig.MaxPositionTimeHours?.ToString() + "h" ?? "Disabled";
                changes.Add($"⏱️ Max Time: {oldTime} → {newTime}");
            }

            if (Config.FlipOnlyWhenInProfit != newConfig.FlipOnlyWhenInProfit)
            {
                var oldFlip = Config.FlipOnlyWhenInProfit ? "✅" : "❌";
                var newFlip = newConfig.FlipOnlyWhenInProfit ? "✅" : "❌";
                changes.Add($"📈 Flip Only in Profit: {oldFlip} → {newFlip}");
            }

            if (Config.CooldownPeriod != newConfig.CooldownPeriod)
            {
                changes.Add($"⏳ Cooldown: {Config.CooldownPeriod} → {newConfig.CooldownPeriod} candles");
            }

            if (Config.MaxLossStreak != newConfig.MaxLossStreak)
            {
                changes.Add($"📉 Max Loss Streak: {Config.MaxLossStreak} → {newConfig.MaxLossStreak}");
            }

            if (Config.FlipPosition != newConfig.FlipPosition)
            {
                var oldFlipPos = Config.FlipPosition ? "✅" : "❌";
                var newFlipPos = newConfig.FlipPosition ? "✅" : "❌";
                changes.Add($"🔄 Flip Position: {oldFlipPos} → {newFlipPos}");
            }

            if (Config.CloseEarlyWhenProfitable != newConfig.CloseEarlyWhenProfitable)
            {
                var oldCloseEarly = Config.CloseEarlyWhenProfitable ? "✅" : "❌";
                var newCloseEarly = newConfig.CloseEarlyWhenProfitable ? "✅" : "❌";
                changes.Add($"⏰ Close Early When Profitable: {oldCloseEarly} → {newCloseEarly}");
            }

            if (Config.UseSynthApi != newConfig.UseSynthApi)
            {
                var oldSynth = Config.UseSynthApi ? "✅" : "❌";
                var newSynth = newConfig.UseSynthApi ? "✅" : "❌";
                changes.Add($"🔗 Use Synth API: {oldSynth} → {newSynth}");
            }

            if (Config.UseForPositionSizing != newConfig.UseForPositionSizing)
            {
                var oldPositionSizing = Config.UseForPositionSizing ? "✅" : "❌";
                var newPositionSizing = newConfig.UseForPositionSizing ? "✅" : "❌";
                changes.Add($"📏 Use Synth for Position Sizing: {oldPositionSizing} → {newPositionSizing}");
            }

            if (Config.UseForSignalFiltering != newConfig.UseForSignalFiltering)
            {
                var oldSignalFiltering = Config.UseForSignalFiltering ? "✅" : "❌";
                var newSignalFiltering = newConfig.UseForSignalFiltering ? "✅" : "❌";
                changes.Add($"🔍 Use Synth for Signal Filtering: {oldSignalFiltering} → {newSignalFiltering}");
            }

            if (Config.UseForDynamicStopLoss != newConfig.UseForDynamicStopLoss)
            {
                var oldDynamicStopLoss = Config.UseForDynamicStopLoss ? "✅" : "❌";
                var newDynamicStopLoss = newConfig.UseForDynamicStopLoss ? "✅" : "❌";
                changes.Add($"🎯 Use Synth for Dynamic Stop Loss: {oldDynamicStopLoss} → {newDynamicStopLoss}");
            }

            if (Config.IsForWatchingOnly != newConfig.IsForWatchingOnly)
            {
                var oldWatch = Config.IsForWatchingOnly ? "✅" : "❌";
                var newWatch = newConfig.IsForWatchingOnly ? "✅" : "❌";
                changes.Add($"👀 Watch Only: {oldWatch} → {newWatch}");
            }

            // Check for changes in individual MoneyManagement properties
            if (Config.MoneyManagement?.StopLoss != newConfig.MoneyManagement?.StopLoss)
            {
                var oldStopLoss = Config.MoneyManagement?.StopLoss.ToString("P2") ?? "None";
                var newStopLoss = newConfig.MoneyManagement?.StopLoss.ToString("P2") ?? "None";
                changes.Add($"🛑 Stop Loss: {oldStopLoss} → {newStopLoss}");
            }

            if (Config.MoneyManagement?.TakeProfit != newConfig.MoneyManagement?.TakeProfit)
            {
                var oldTakeProfit = Config.MoneyManagement?.TakeProfit.ToString("P2") ?? "None";
                var newTakeProfit = newConfig.MoneyManagement?.TakeProfit.ToString("P2") ?? "None";
                changes.Add($"🎯 Take Profit: {oldTakeProfit} → {newTakeProfit}");
            }

            if (Config.MoneyManagement?.Leverage != newConfig.MoneyManagement?.Leverage)
            {
                var oldLeverage = Config.MoneyManagement?.Leverage.ToString("F1") + "x" ?? "None";
                var newLeverage = newConfig.MoneyManagement?.Leverage.ToString("F1") + "x" ?? "None";
                changes.Add($"⚡ Leverage: {oldLeverage} → {newLeverage}");
            }

            if (Config.RiskManagement != newConfig.RiskManagement)
            {
                // Compare risk management by serializing (complex object comparison)
                var oldRiskSerialized = JsonConvert.SerializeObject(Config.RiskManagement, Formatting.None);
                var newRiskSerialized = JsonConvert.SerializeObject(newConfig.RiskManagement, Formatting.None);

                if (oldRiskSerialized != newRiskSerialized)
                {
                    changes.Add($"⚠️ Risk Management: Configuration Updated");
                }
            }

            if (Config.ScenarioName != newConfig.ScenarioName)
            {
                changes.Add($"📋 Scenario Name: {Config.ScenarioName ?? "None"} → {newConfig.ScenarioName ?? "None"}");
            }

            if (Config.Name != newConfig.Name)
            {
                changes.Add($"🏷️ Name: {Config.Name} → {newConfig.Name}");
            }

            // if (Config.AccountName != newConfig.AccountName)
            // {
            //     changes.Add($"👤 Account: {Config.AccountName} → {newConfig.AccountName}");
            // }

            if (Config.Ticker != newConfig.Ticker)
            {
                changes.Add($"📊 Ticker: {Config.Ticker} → {newConfig.Ticker}");
            }

            if (Config.Timeframe != newConfig.Timeframe)
            {
                changes.Add($"📈 Timeframe: {Config.Timeframe} → {newConfig.Timeframe}");
            }

            // Check if the actual Scenario object changed (not just the name)
            var scenarioChanged = false;
            if (Config.Scenario != newConfig.Scenario)
            {
                var oldScenarioSerialized = JsonConvert.SerializeObject(Config.Scenario, Formatting.None);
                var newScenarioSerialized = JsonConvert.SerializeObject(newConfig.Scenario, Formatting.None);

                if (oldScenarioSerialized != newScenarioSerialized)
                {
                    scenarioChanged = true;
                    changes.Add(
                        $"🎯 Scenario: {Config.Scenario?.Name ?? "None"} → {newConfig.Scenario?.Name ?? "None"}");
                }
            }

            // Protect critical properties that shouldn't change for running bots
            var protectedTradingType = Config.TradingType;

            newConfig.AccountName = Config.AccountName;

            // Update the configuration
            Config = newConfig;

            // Restore protected properties
            Config.TradingType = protectedTradingType;

            // Update bot name and identifier if allowed
            if (!string.IsNullOrEmpty(newConfig.Name))
            {
                Config.Name = newConfig.Name;
            }

            // If account changed, reload it
            if (Config.AccountName != Account?.Name)
            {
                await LoadAccount();
            }

            // If scenario changed, reload it and track indicator changes
            if (scenarioChanged)
            {
                if (newConfig.Scenario != null)
                {
                    // Compare indicators after scenario change
                    var newIndicators = newConfig.Scenario.Indicators?.ToList() ?? new List<LightIndicator>();
                    var indicatorChanges = ScenarioHelpers.CompareIndicators(Config.Scenario.Indicators, newIndicators);

                    if (indicatorChanges.Any())
                    {
                        changes.AddRange(indicatorChanges);
                    }
                }
                else
                {
                    throw new ArgumentException("New scenario object must be provided when updating configuration.");
                }
            }

            // Only log if there are actual changes
            if (changes.Any())
            {
                var changeMessage = "⚙️ Configuration Updated\n" + string.Join("\n", changes);
                await LogInformation(changeMessage);
            }
            else
            {
                await LogInformation(
                    "⚙️ Configuration Update\n✅ No changes detected - configuration already up to date");
            }

            return true;
        }
        catch (Exception ex)
        {
            await LogWarning($"Failed to update bot configuration: {ex.Message}");
            return false;
        }
    }

    /// <summary>
    /// Gets the current trading bot configuration.
    /// </summary>
    /// <returns>A copy of the current configuration</returns>
    public TradingBotConfig GetConfiguration()
    {
        return new TradingBotConfig
        {
            AccountName = Config.AccountName,
            MoneyManagement = Config.MoneyManagement,
            Ticker = Config.Ticker,
            ScenarioName = Config.ScenarioName,
            Scenario = Config.Scenario,
            Timeframe = Config.Timeframe,
            IsForWatchingOnly = Config.IsForWatchingOnly,
            BotTradingBalance = Config.BotTradingBalance,
            TradingType = Config.TradingType,
            CooldownPeriod = Config.CooldownPeriod,
            MaxLossStreak = Config.MaxLossStreak,
            MaxPositionTimeHours = Config.MaxPositionTimeHours,
            FlipOnlyWhenInProfit = Config.FlipOnlyWhenInProfit,
            FlipPosition = Config.FlipPosition,
            Name = Config.Name,
            CloseEarlyWhenProfitable = Config.CloseEarlyWhenProfitable,
            UseSynthApi = Config.UseSynthApi,
            UseForPositionSizing = Config.UseForPositionSizing,
            UseForSignalFiltering = Config.UseForSignalFiltering,
            UseForDynamicStopLoss = Config.UseForDynamicStopLoss,
            RiskManagement = Config.RiskManagement,
            IsForCopyTrading = Config.IsForCopyTrading,
            MasterBotIdentifier = Config.MasterBotIdentifier,
            MasterBotUserId = Config.MasterBotUserId,
        };
    }


    /// <summary>
    /// Checks if the bot is currently in a cooldown period for any direction.
    /// </summary>
    /// <returns>True if in cooldown period for any direction, false otherwise</returns>
    protected async Task<bool> IsInCooldownPeriodAsync()
    {
        if (LastPositionClosingTime == null)
        {
            return false; // No previous position closing time, no cooldown
        }

        // Force refresh last candle if it's null
        if (LastCandle == null)
        {
            await ForceRefreshLastCandleAsync();
            if (LastCandle == null)
            {
                Logger.LogWarning("Unable to refresh last candle, skipping cooldown check");
                return false; // No last candle available, no cooldown check possible
            }
        }

        // Calculate cooldown end time based on last position closing time
        var cooldownEndTime =
            TradingBox.CalculateCooldownEndTime(LastPositionClosingTime.Value, Config.Timeframe, Config.CooldownPeriod);
        var isInCooldown = (TradingBox.IsBacktestTrading(Config.TradingType) ? LastCandle.Date : DateTime.UtcNow) <
                           cooldownEndTime;

        if (isInCooldown)
        {
            var remainingTime = cooldownEndTime - LastCandle.Date;

            Logger.LogWarning(
                $"⏳ [{Account.User.AgentName}-{Config.Name}] Cooldown Period Active\n" +
                $"Cannot open new positions\n" +
                $"Last position closed: `{LastPositionClosingTime:HH:mm:ss}`\n" +
                $"Cooldown period: `{Config.CooldownPeriod}` candles\n" +
                $"Cooldown ends: `{cooldownEndTime:HH:mm:ss}`\n" +
                $"Remaining time: `{remainingTime.TotalMinutes:F1} minutes`");
        }

        return isInCooldown;
    }

    /// <summary>
    /// Forces a refresh of the last candle by calling the CandleStoreGrain
    /// </summary>
    private async Task ForceRefreshLastCandleAsync()
    {
        try
        {
            await ServiceScopeHelpers.WithScopedService<IGrainFactory>(_scopeFactory, async grainFactory =>
            {
                var grainKey = CandleHelpers.GetCandleStoreGrainKey(Account.Exchange, Config.Ticker, Config.Timeframe);
                var grain = grainFactory.GetGrain<ICandleStoreGrain>(grainKey);

                var lastCandles = await grain.GetLastCandle(1);
                LastCandle = lastCandles.FirstOrDefault();

                if (LastCandle != null)
                {
                    await LogDebugAsync($"Successfully refreshed last candle for {Config.Ticker} at {LastCandle.Date}");
                }
                else
                {
                    Logger.LogWarning("No candles available from CandleStoreGrain for {Ticker}", Config.Ticker);
                }
            });
        }
        catch (Exception ex)
        {
            Logger.LogError(ex, "Error refreshing last candle for {Ticker}", Config.Ticker);
        }
    }

    /// <summary>
    /// Notifies both AgentGrain and PlatformSummaryGrain about bot events using unified event data
    /// </summary>
    /// <param name="eventType">The type of event (e.g., PositionOpened, PositionClosed, PositionUpdated)</param>
    /// <param name="position">Optional position data for platform summary events</param>
    private async Task NotifyAgentAndPlatformGrainAsync(NotificationEventType eventType,
        Position position)
    {
        if (TradingBox.IsBacktestTrading(Config.TradingType))
        {
            return; // Skip notifications for backtest
        }

        try
        {
            await ServiceScopeHelpers.WithScopedService<IGrainFactory>(_scopeFactory, async grainFactory =>
            {
                var agentGrain = grainFactory.GetGrain<IAgentGrain>(Account.User.Id);
                var platformGrain = grainFactory.GetGrain<IPlatformSummaryGrain>("platform-summary");

                // Create unified event objects based on event type
                switch (eventType)
                {
                    case NotificationEventType.PositionOpened:
                        var positionOpenEvent = new PositionOpenEvent
                        {
                            PositionIdentifier = position.Identifier,
                            Ticker = position.Ticker,
                            Volume = position.Open.Price * position.Open.Quantity * position.Open.Leverage,
                            Fee = position.GasFees + position.UiFees,
                            Direction = position.OriginDirection
                        };

                        await agentGrain.OnPositionOpenedAsync(positionOpenEvent);
                        await platformGrain.OnPositionOpenAsync(positionOpenEvent);

                        await LogDebugAsync(
                            $"Sent position opened event to both grains for position {position.Identifier}");
                        break;

                    case NotificationEventType.PositionClosed:
                        var positionClosedEvent = new PositionClosedEvent
                        {
                            PositionIdentifier = position.Identifier,
                            Ticker = position.Ticker,
                            RealizedPnL = position.ProfitAndLoss?.Realized ?? 0,
                            Volume = position.Open.Price * position.Open.Quantity * position.Open.Leverage,
                        };

                        await agentGrain.OnPositionClosedAsync(positionClosedEvent);
                        await platformGrain.OnPositionClosedAsync(positionClosedEvent);

                        await LogDebugAsync(
                            $"Sent position closed event to both grains for position {position.Identifier}");
                        break;

                    case NotificationEventType.PositionUpdated:
                        var positionUpdatedEvent = new PositionUpdatedEvent
                        {
                            PositionIdentifier = position.Identifier,
                        };

                        await agentGrain.OnPositionUpdatedAsync(positionUpdatedEvent);
                        break;
                }
            });
        }
        catch (Exception ex)
        {
            Logger.LogError(ex, "Failed to send notifications: {EventType} for bot {BotId}", eventType, Identifier);
        }
    }

    // Virtual methods for mode-specific behavior
    protected virtual async Task LoadAccountAsync()
    {
        await LoadAccount();
    }

    protected virtual async Task VerifyAndUpdateBalanceAsync()
    {
        await VerifyAndUpdateBalance();
    }

    protected virtual async Task<Position> GetInternalPositionForUpdate(Position position)
    {
        return position; // Default implementation for backtest
    }

    protected virtual async Task UpdatePositionWithBrokerData(Position position, List<Position> brokerPositions)
    {
        // Default: do nothing for backtest
    }

    protected virtual async Task<Candle> GetCurrentCandleForPositionClose(Account account, string ticker)
    {
        return LastCandle; // Default for backtest
    }

    protected virtual async Task<bool> CanOpenPositionWithBrokerChecks(LightSignal signal)
    {
        // Check broker positions for live trading
        var canOpenPosition = await CheckBrokerPositions();
        if (!canOpenPosition)
        {
            return false;
        }

        return true;
    }

    protected virtual async Task SendPositionToCopyTradingStream(Position position)
    {
        await SendPositionToCopyTrading(position);
    }

    protected virtual async Task NotifyAgentAndPlatformAsync(NotificationEventType eventType, Position position)
    {
        await NotifyAgentAndPlatformGrainAsync(eventType, position);
    }

    protected virtual async Task UpdatePositionInDatabaseAsync(Position position)
    {
        await UpdatePositionDatabase(position);
    }

    protected virtual async Task SendClosedPositionToMessenger(Position position, User user)
    {
        await ServiceScopeHelpers.WithScopedService<IMessengerService>(_scopeFactory,
            async messengerService => { await messengerService.SendClosedPosition(position, user); });
    }

    protected virtual async Task CancelAllOrdersAsync()
    {
        await CancelAllOrders();
    }

    // Interface implementation
    public async Task LogInformation(string message)
    {
        await LogInformationAsync(message);
    }

    public async Task LogWarning(string message)
    {
        await LogWarningAsync(message);
    }

    protected virtual async Task LogInformationAsync(string message)
    {
        if (TradingBox.IsBacktestTrading(Config.TradingType))
            return;

        Logger.LogInformation(message);

        try
        {
            await SendTradeMessageAsync(message);
        }
        catch (Exception e)
        {
            Console.WriteLine(e);
        }
    }

    protected virtual async Task LogWarningAsync(string message)
    {
        if (TradingBox.IsBacktestTrading(Config.TradingType))
            return;

        message = $"[{Config.Name}] {message}";

        try
        {
            await SendTradeMessageAsync(message, true);
        }
        catch (Exception e)
        {
            Console.WriteLine(e);
        }
    }

    protected virtual async Task LogDebugAsync(string message)
    {
        if (TradingBox.IsBacktestTrading(Config.TradingType))
            return;

        Logger.LogDebug(message);

        try
        {
            await ServiceScopeHelpers.WithScopedService<IMessengerService>(_scopeFactory,
                async messengerService =>
                {
                    await messengerService.SendDebugMessage($"🤖 {Account.User.AgentName} - {Config.Name}\n{message}");
                });
        }
        catch (Exception e)
        {
            Console.WriteLine(e);
        }
    }

    protected virtual async Task SendTradeMessageAsync(string message, bool isBadBehavior = false)
    {
        if (TradingBox.IsLiveTrading(Config.TradingType))
        {
            var user = Account.User;
            var messageWithBotName = $"🤖 {user.AgentName} - {Config.Name}\n{message}";
            await ServiceScopeHelpers.WithScopedService<IMessengerService>(_scopeFactory,
                async messengerService =>
                {
                    await messengerService.SendTradeMessage(messageWithBotName, isBadBehavior, user);
                });
        }
    }
}