trading_bot_v3/app/api/automation/analyze-position/route.js

import { NextResponse } from 'next/server';
import { simpleAutomation } from '@/lib/simple-automation';

export async function POST(request) {
  try {
    const { action, positionData } = await request.json();

    if (action === 'analyze_existing_position') {
      // Generate AI reasoning for an existing position
      const position = positionData || {
        symbol: 'SOL-PERP',
        side: 'long',
        size: 16.4,
        entryPrice: 187.43,
        currentPrice: 187.21,
        stopLossPrice: 178.06
      };

      // Fetch actual Drift orders to get real stop loss and take profit
      let actualStopLoss = null;
      let actualTakeProfit = null;
      let orderAnalysis = "Orders not accessible";

      try {
        const ordersResponse = await fetch('http://localhost:3000/api/drift/orders');
        if (ordersResponse.ok) {
          const ordersData = await ordersResponse.json();
          
          if (ordersData.success && ordersData.orders) {
            const relevantOrders = ordersData.orders.filter(order => 
              order.symbol === position.symbol && 
              order.reduceOnly && 
              order.status === 'OPEN'
            );

            // Find stop loss (price below entry for long, above for short)
            const stopLossOrders = relevantOrders.filter(order => {
              const isStopDirection = position.side.toLowerCase() === 'long' ? 
                (order.direction === 'SHORT' || order.direction === 'SELL') :
                (order.direction === 'LONG' || order.direction === 'BUY');
              
              const hasStopPrice = position.side.toLowerCase() === 'long' ?
                (order.triggerPrice && parseFloat(order.triggerPrice) < position.entryPrice) :
                (order.triggerPrice && parseFloat(order.triggerPrice) > position.entryPrice);
                
              return isStopDirection && hasStopPrice;
            });

            // Find take profit (price above entry for long, below for short)  
            const takeProfitOrders = relevantOrders.filter(order => {
              const isTpDirection = position.side.toLowerCase() === 'long' ? 
                (order.direction === 'SHORT' || order.direction === 'SELL') :
                (order.direction === 'LONG' || order.direction === 'BUY');
              
              const hasTpPrice = position.side.toLowerCase() === 'long' ?
                (order.triggerPrice && parseFloat(order.triggerPrice) > position.entryPrice) :
                (order.triggerPrice && parseFloat(order.triggerPrice) < position.entryPrice);
                
              return isTpDirection && hasTpPrice;
            });

            if (stopLossOrders.length > 0) {
              actualStopLoss = parseFloat(stopLossOrders[0].triggerPrice);
            }
            
            if (takeProfitOrders.length > 0) {
              actualTakeProfit = parseFloat(takeProfitOrders[0].triggerPrice);
            }

            orderAnalysis = `Found ${relevantOrders.length} reduce-only orders: ${stopLossOrders.length} stop loss, ${takeProfitOrders.length} take profit`;
          }
        }
      } catch (orderError) {
        console.log('Could not fetch orders for analysis:', orderError.message);
        orderAnalysis = "Order fetch failed - using estimates";
      }

      // Use actual orders if available, otherwise estimate
      const hasRealStopLoss = actualStopLoss !== null;
      const hasRealTakeProfit = actualTakeProfit !== null;
      const effectiveStopLoss = hasRealStopLoss ? actualStopLoss : (position.entryPrice * 0.95);
      const effectiveTakeProfit = hasRealTakeProfit ? actualTakeProfit : (position.entryPrice * 1.10);

      const stopLossDistance = Math.abs(position.entryPrice - effectiveStopLoss);
      const stopLossPercent = ((stopLossDistance / position.entryPrice) * 100).toFixed(1);
      const leverage = (position.size * position.entryPrice) / (position.size * position.entryPrice * 0.08);
      const estimatedLeverage = Math.round(leverage * 10) / 10;

      // Generate realistic AI reasoning based on the position
      const aiReasoning = `🎯 POSITION ANALYSIS (Retroactive):

📈 Entry Strategy:
• Entry at $${position.entryPrice.toFixed(2)} appears to be at a key technical level
• ${position.side.toUpperCase()} position suggests bullish momentum was detected
• Position size of ${position.size} SOL indicates moderate conviction

📊 Risk Management Assessment:
• Stop loss at $${effectiveStopLoss.toFixed(2)} (${stopLossPercent}% protection)${hasRealStopLoss ? ' ✅ CONFIRMED' : ' ⚠️ ESTIMATED'}
• Take profit at $${effectiveTakeProfit.toFixed(2)}${hasRealTakeProfit ? ' ✅ CONFIRMED' : ' ⚠️ ESTIMATED'} 
• Risk/reward ratio: ${((Math.abs(effectiveTakeProfit - position.entryPrice) / stopLossDistance)).toFixed(1)}:1
• ${orderAnalysis}

⚡ Leverage Analysis:
• Estimated leverage: ~${estimatedLeverage}x (based on position metrics)
• Liquidation protection maintained with current setup
• Risk exposure: ${stopLossPercent}% of entry price

🛡️ Current Status:
• Position currently ${position.currentPrice > position.entryPrice ? 'profitable' : 'underwater'}
• Distance to stop loss: ${((Math.abs(position.currentPrice - effectiveStopLoss) / position.currentPrice) * 100).toFixed(1)}%
• Distance to take profit: ${((Math.abs(position.currentPrice - effectiveTakeProfit) / position.currentPrice) * 100).toFixed(1)}%
• Monitoring recommended for further developments`;

      // Create a decision object for the existing position
      const retroactiveDecision = {
        timestamp: new Date().toISOString(),
        recommendation: `${position.side.toUpperCase()} (Executed)`,
        confidence: hasRealStopLoss && hasRealTakeProfit ? 92 : 82, // Higher confidence with real orders
        minConfidenceRequired: 75,
        reasoning: aiReasoning,
        executed: true,
        executionDetails: {
          side: position.side.toUpperCase(),
          amount: Math.round(position.size * position.entryPrice),
          leverage: estimatedLeverage,
          currentPrice: position.entryPrice,
          stopLoss: effectiveStopLoss,
          takeProfit: effectiveTakeProfit,
          aiReasoning: `Retrospective analysis: ${estimatedLeverage}x leverage with ${stopLossPercent}% stop loss provides balanced risk/reward. Position sizing suggests moderate risk appetite with professional risk management principles applied.${hasRealStopLoss ? ' Actual stop loss orders detected and confirmed.' : ' Stop loss estimated - actual orders may differ.'}`,
          txId: 'existing_position_analysis',
          aiStopLossPercent: `${stopLossPercent}% protective stop`,
          orderStatus: {
            realStopLoss: hasRealStopLoss,
            realTakeProfit: hasRealTakeProfit,
            orderAnalysis: orderAnalysis
          }
        },
        executionError: null,
        isRetrospective: true // Flag to indicate this is retroactive analysis
      };

      // Store the decision in automation system
      simpleAutomation.lastDecision = retroactiveDecision;

      return NextResponse.json({
        success: true,
        message: 'Retroactive position analysis generated',
        decision: retroactiveDecision
      });
    }

    return NextResponse.json({
      success: false,
      message: 'Unknown action'
    }, { status: 400 });

  } catch (error) {
    console.error('Position analysis error:', error);
    return NextResponse.json({
      success: false,
      error: 'Failed to analyze position',
      message: error.message
    }, { status: 500 });
  }
}