import csv
import sys
import operator
 
father = []
children = ''
valp = 0
valc = 0
valcc = 0
valpp = 0
valpag_tot = 0
valcon_tot = 0
valpagp_tot = 0
valconp_tot = 0
old_numdoc = '0'
old_magazzino = 0
my_list = []
with open("C:/Users/Matteo/Downloads/AMBRIABLR.csv", mode='r') as csv_file:
    csv_reader = csv.DictReader(csv_file,delimiter=";")
    sortedlist = sorted(csv_reader, key=operator.itemgetter("bcnumdoc"), reverse=False)
    line_count = 0
    for row in sortedlist:
        if row['valpag']:
            valp = float(row['valpag'].replace(',', '.'))
        if row['valcon']:
            valc = float(row['valcon'].replace(',', '.'))
        if row['valpagp']:
            valpp = float(row['valpagp'].replace(',', '.'))
        if row['valconp']:
            valcc = float(row['valconp'].replace(',', '.'))
       
        
        if row["bcnumdoc"] != old_numdoc:
            
            father.append([old_numdoc, row["bctipdoc"], children, float(valcon_tot), float(valpag_tot),float(valconp_tot), float(valpagp_tot)])
            #print(f'valpag_tot{valcon_tot} -Numero { row["bcnumdoc"]} - {old_numdoc} ')
            valpag_tot = valp  # Start total for the new document
            valcon_tot = valc  # Start total for the new document
            valpagp_tot = valpp  # Start total for the new document
            valconp_tot = valcc  # Start total for the new document
            print(f'Numero {old_numdoc} - {valcon_tot} ({valc}) - PADRE')
            children = row["cudescri"]
            old_numdoc = row["bcnumdoc"]
            line_count += 1
            
        else:
            children += row["cudescri"]
            children += " "
            old_numdoc = row["bcnumdoc"]
            valpag_tot += valp
            valcon_tot += valc
            valpagp_tot += valpp
            valconp_tot += valcc
            print(f'Numero {old_numdoc} - {valcon_tot} ({valc}) - FIGLIO')
            line_count += 1
        
 
    # Aggiungi l'ultimo documento processato
    #father.append([old_numdoc, row["bctipdoc"], children, valcon_tot, valpag_tot])
   
 
# Funzione di ricerca lineare
def iterative_linear(arr, n, key_element):
   for x in range(n):
      if arr[x] == key_element:
         return x
   return -1
 
class ReportingDict:
    def __init__(self, d):
        self._d = d
    def __getitem__(self, key):
        try:
            return self._d[key]
        except KeyError:
            raise KeyError(f'{key!r} is missing from {self._d!r}') 


 
# Scrivi su file di output
with open(sys.argv[1], 'wt') as f:
    writer = csv.writer(f,delimiter=";")
    writer.writerow(('Num doc', 'Serie', 'Descrizione', 'Valcon', 'Valpag', 'Valconp' , 'Valpagp'))
    for i in father:
        writer.writerow(i)