#!/usr/bin/env python3 """ TEST COMPLET SL/TP - Vérifie tout le flux """ import pandas as pd import numpy as np from datetime import datetime, timedelta # Simuler des candles BTC def create_test_candles(): """Crée des candles de test""" dates = pd.date_range(end=datetime.now(), periods=300, freq='5min') # Prix autour de 107,600 prices = 107600 + np.random.randn(300) * 500 df = pd.DataFrame({ 'timestamp': dates, 'open': prices, 'high': prices + np.random.rand(300) * 100, 'low': prices - np.random.rand(300) * 100, 'close': prices + np.random.randn(300) * 50, 'volume': np.random.rand(300) * 1000000 }) return df def test_v10_range_strategy(): """Test V10 Range Strategy SL/TP""" from v10_range_strategy import V10RangeStrategy print("\n" + "="*80) print("🧪 TEST V10 RANGE STRATEGY") print("="*80) strategy = V10RangeStrategy(leverage=250) df = create_test_candles() signal = strategy.analyze('BTC', df) if signal: entry = signal['entry_price'] sl = signal['stop_loss'] tp = signal['take_profit'] side = signal['side'] print(f"\n✅ Signal généré:") print(f" Side: {side}") print(f" Entry: ${entry:.2f}") print(f" SL: ${sl:.2f}") print(f" TP: ${tp:.2f}") # Vérifications issues = [] if side == 'LONG': if sl >= entry: issues.append(f"❌ LONG SL (${sl:.2f}) >= Entry (${entry:.2f})") if tp <= entry: issues.append(f"❌ LONG TP (${tp:.2f}) <= Entry (${entry:.2f})") else: # SHORT if sl <= entry: issues.append(f"❌ SHORT SL (${sl:.2f}) <= Entry (${entry:.2f})") if tp >= entry: issues.append(f"❌ SHORT TP (${tp:.2f}) >= Entry (${entry:.2f})") if tp == entry: issues.append(f"🚨 TP == Entry (${tp:.2f}) - CRITIQUE !") if sl == entry: issues.append(f"🚨 SL == Entry (${sl:.2f}) - CRITIQUE !") if issues: print("\n🚨 PROBLÈMES DÉTECTÉS:") for issue in issues: print(f" {issue}") return False else: print("\n✅ SL/TP corrects") return True else: print("\n⚠️ Aucun signal généré") return True def test_bull_strategy(): """Test Bull Strategy SL/TP""" from bull_strategy import BullStrategy print("\n" + "="*80) print("🧪 TEST BULL STRATEGY") print("="*80) strategy = BullStrategy(leverage=175) df = create_test_candles() # Forcer des conditions bull df['close'] = df['close'] * 1.01 # Prix en hausse signal = strategy.analyze('BTC', df) if signal: entry = signal.entry_price sl = signal.stop_loss tp = signal.take_profit print(f"\n✅ Signal généré:") print(f" Side: LONG (Bull)") print(f" Entry: ${entry:.2f}") print(f" SL: ${sl:.2f}") print(f" TP: ${tp:.2f}") issues = [] if sl >= entry: issues.append(f"❌ LONG SL (${sl:.2f}) >= Entry (${entry:.2f})") if tp <= entry: issues.append(f"❌ LONG TP (${tp:.2f}) <= Entry (${entry:.2f})") if tp == entry: issues.append(f"🚨 TP == Entry - CRITIQUE !") if sl == entry: issues.append(f"🚨 SL == Entry - CRITIQUE !") if issues: print("\n🚨 PROBLÈMES DÉTECTÉS:") for issue in issues: print(f" {issue}") return False else: print("\n✅ SL/TP corrects") return True else: print("\n⚠️ Aucun signal généré") return True def test_bear_strategy(): """Test Bear Strategy SL/TP""" from bear_strategy import BearStrategy print("\n" + "="*80) print("🧪 TEST BEAR STRATEGY") print("="*80) strategy = BearStrategy(leverage=150) df = create_test_candles() # Forcer des conditions bear df['close'] = df['close'] * 0.99 # Prix en baisse signal = strategy.analyze('BTC', df) if signal: entry = signal.entry_price sl = signal.stop_loss tp = signal.take_profit print(f"\n✅ Signal généré:") print(f" Side: SHORT (Bear)") print(f" Entry: ${entry:.2f}") print(f" SL: ${sl:.2f}") print(f" TP: ${tp:.2f}") issues = [] # SHORT: SL doit être AU-DESSUS, TP EN-DESSOUS if sl <= entry: issues.append(f"❌ SHORT SL (${sl:.2f}) <= Entry (${entry:.2f})") if tp >= entry: issues.append(f"❌ SHORT TP (${tp:.2f}) >= Entry (${entry:.2f})") if tp == entry: issues.append(f"🚨 TP == Entry - CRITIQUE !") if sl == entry: issues.append(f"🚨 SL == Entry - CRITIQUE !") if issues: print("\n🚨 PROBLÈMES DÉTECTÉS:") for issue in issues: print(f" {issue}") return False else: print("\n✅ SL/TP corrects") return True else: print("\n⚠️ Aucun signal généré") return True def test_degen_scalping(): """Test Degen Scalping Strategy SL/TP""" from degen_scalping_strategy import DegenScalpingStrategy print("\n" + "="*80) print("🧪 TEST DEGEN SCALPING STRATEGY") print("="*80) strategy = DegenScalpingStrategy(leverage=225) df = create_test_candles() signal = strategy.analyze('BTC', df) if signal: entry = signal.entry_price sl = signal.stop_loss tp = signal.take_profit side = signal.side print(f"\n✅ Signal généré:") print(f" Side: {side}") print(f" Entry: ${entry:.2f}") print(f" SL: ${sl:.2f}") print(f" TP: ${tp:.2f}") issues = [] if side == 'LONG': if sl >= entry: issues.append(f"❌ LONG SL (${sl:.2f}) >= Entry (${entry:.2f})") if tp <= entry: issues.append(f"❌ LONG TP (${tp:.2f}) <= Entry (${entry:.2f})") else: # SHORT if sl <= entry: issues.append(f"❌ SHORT SL (${sl:.2f}) <= Entry (${entry:.2f})") if tp >= entry: issues.append(f"❌ SHORT TP (${tp:.2f}) >= Entry (${entry:.2f})") if tp == entry: issues.append(f"🚨 TP == Entry (${tp:.2f}) - CRITIQUE !") if sl == entry: issues.append(f"🚨 SL == Entry (${sl:.2f}) - CRITIQUE !") if issues: print("\n🚨 PROBLÈMES DÉTECTÉS:") for issue in issues: print(f" {issue}") return False else: print("\n✅ SL/TP corrects") return True else: print("\n⚠️ Aucun signal généré") return True if __name__ == '__main__': print("="*80) print("🔬 TEST COMPLET SL/TP - TOUTES LES STRATÉGIES") print("="*80) results = { 'V10 Range': test_v10_range_strategy(), 'Bull': test_bull_strategy(), 'Bear': test_bear_strategy(), 'Degen Scalping': test_degen_scalping() } print("\n" + "="*80) print("📊 RÉSUMÉ FINAL") print("="*80) all_passed = all(results.values()) for name, passed in results.items(): status = "✅ PASS" if passed else "❌ FAIL" print(f" {status} - {name}") print() if all_passed: print("✅ TOUS LES TESTS PASSENT") else: print("🚨 CERTAINS TESTS ÉCHOUENT - CORRECTION NÉCESSAIRE") print("="*80)