from datetime import datetime, timedelta
import ast
import os
from Processing import *
from Global import *


def parse_float_array(string):
    # Séparation du nom et de la liste de flottants
    parts = string.split(':')
    nom = parts[0].strip()
    float_array = ast.literal_eval(parts[1].strip())
    return float_array
    
if(1):
	print("================NEW==============================="+ "\n")

Atest = os.listdir("res")
    
# Parcours des fichiers
for entest in Atest:
	
	Portfeuille = PortefeuilleInit
	pourc = 0
	Action = [0] * 40
	print(entest)
	
	with open("res/"+entest, "r") as file: 
		weight1 = parse_float_array(file.readline())
		weight2 = parse_float_array(file.readline())
		weight3 = parse_float_array(file.readline())
		weight4 = parse_float_array(file.readline())
		
			
		couche1 = parse_float_array(file.readline())
		couche2 = parse_float_array(file.readline())
		couche3 = parse_float_array(file.readline())
		couche4 = parse_float_array(file.readline())


	with open("dateV.txt", "r") as file:
		
		dates = file.readlines()
		for date in dates:
			date = date.strip()
			# ~ print(date)
			valeurs_ponderees, valeurs_date = lirefichier(date)
			res = processing(valeurs_ponderees,weight1,weight2,weight3,weight4,couche1,couche2,couche3,couche4)
			for i in range(0,40):
				Action[i],Portfeuille=evaluation(res[i], valeurs_date[i], Action[i], Portfeuille)
			pourc = verification(valeurs_date,Action,Portfeuille)
		print (pourc)
		print(" ")