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import pandas as pd
import json
from datetime import datetime
import io
import os
import pytz
# --- Inizializzazione Session State ---
if 'file_uploader_key_json' not in st.session_state:
st.session_state.file_uploader_key_json = 'json_uploader_0'
if 'file_uploader_key_customers' not in st.session_state:
st.session_state.file_uploader_key_customers = 'customers_uploader_0'
if 'customer_excel_loaded' not in st.session_state:
st.session_state.customer_excel_loaded = False
if 'customers_df' not in st.session_state:
st.session_state.customers_df = pd.DataFrame()
# --- CSS personalizzato ---
st.markdown(
"""
<style>
.stApp {
background-color: #FFFFCC; /* Giallo pastello */
background-attachment: fixed;
}
h1, h2 {
color: #1E90FF; /* Blu acceso */
}
p, label {
color: #000080; /* Blu scuro */
}
.stButton>button {
color: white;
background-color: #1E90FF; /* Blu acceso */
border: none;
border-radius: 5px;
padding: 10px 20px;
font-size: 16px;
}
.stButton>button:hover {
background-color: #4169E1; /* Blu medio al passaggio del mouse */
}
</style>
""",
unsafe_allow_html=True
)
# Definizione del fuso orario (per coerenza, anche se le date Outbound sembrano solo data)
ITALY_TIMEZONE = pytz.timezone("Europe/Rome")
UTC_TIMEZONE = pytz.utc
# Funzione di conversione per Outbound
def convert_json_to_excel_data_outbound(json_file_content: str, customers_df_input: pd.DataFrame = None):
try:
json_data = json.loads(json_file_content)
# Campi a livello radice
site_code_json = json_data.get('siteCode')
company_code_json = json_data.get('companyCode')
# Campi sotto 'outbound'
outbound_info = json_data.get('outbound', {})
order_number = outbound_info.get('orderNumber')
order_type_json = outbound_info.get('orderType')
delivery_type_fixed = "DELIVERY"
order_doc_date_str = outbound_info.get('orderDocDate')
date_detail_json = outbound_info.get('orderDateDetail')
due_date_str = outbound_info.get('orderDate')
reason_code = outbound_info.get('reasonCode')
payment_info_value = outbound_info.get('paymentInfo', {}).get('value')
delivery_customer = outbound_info.get('deliveryCustomer', {})
customer_code = delivery_customer.get('code')
customer_mail = delivery_customer.get('refMail')
# Consignee data (from JSON)
consignee_name = delivery_customer.get('name')
consignee_address_base = delivery_customer.get('address', '')
consignee_address_number = delivery_customer.get('addressNumber', '')
consignee_address = f"{consignee_address_base} {consignee_address_number}".strip() if consignee_address_base or consignee_address_number else ""
consignee_city = delivery_customer.get('city')
consignee_province = delivery_customer.get('province')
consignee_zip_code = delivery_customer.get('zipCode')
consignee_country = delivery_customer.get('country')
# Customer data (from Excel lookup)
customer_name = ""
customer_address = ""
customer_city = ""
customer_province = ""
customer_zip_code = ""
customer_country = ""
# Esegui la lookup solo se customers_df_input è fornito e non vuoto
if customers_df_input is not None and not customers_df_input.empty and customer_code and company_code_json:
# Filtra per 'code' e 'company.code' (assicurandosi che siano stringhe)
# Aggiunto controllo per tipo stringa prima del confronto
customer_data = customers_df_input[
(customers_df_input['code'].astype(str) == str(customer_code)) &
(customers_df_input['company.code'].astype(str) == str(company_code_json))
]
if not customer_data.empty:
customer_row = customer_data.iloc[0]
customer_name = customer_row.get('partner.name', '')
excel_customer_address_base = customer_row.get('partner.address.address', '')
excel_customer_address_number = customer_row.get('partner.address.addressNumber', '')
customer_address = f"{excel_customer_address_base} {excel_customer_address_number}".strip() if excel_customer_address_base or excel_customer_address_number else ""
customer_city = customer_row.get('partner.address.city', '')
customer_province = customer_row.get('partner.address.province', '')
customer_zip_code = customer_row.get('partner.address.zipCode', '')
customer_country = customer_row.get('partner.address.country', '')
else:
# Errore bloccante se l'anagrafica non viene trovata
st.error(f"ERRORE: Manca anagrafica per customer.code '{customer_code}' e company.code '{company_code_json}' nel file Excel dei clienti. Impossibile procedere con questo JSON.")
return None # Ritorna None per indicare un errore bloccante
elif not customer_code or not company_code_json:
st.warning(f"Attenzione: Customer Code o Company Code mancante nel JSON per l'ordine '{order_number}'. Impossibile effettuare la lookup sull'Excel.")
elif customers_df_input is None or customers_df_input.empty:
st.error("ERRORE: Il file Excel dell'anagrafica partner non è stato caricato o è vuoto. Caricare prima l'anagrafica.")
return None # Errore bloccante se l'Excel clienti non è disponibile
# Note fields
note_ddt = outbound_info.get('noteDdt')
note_warehouse = outbound_info.get('noteWarehouse')
note_delivery = outbound_info.get('noteDelivery')
note_shipment = outbound_info.get('noteShipment')
reason_code_shp = outbound_info.get('reasonCodeShp')
info_delivery = outbound_info.get('infoDelivery')
booking_info = outbound_info.get('bookingInfo')
# Formattazione delle date
order_date_formatted = None
if order_doc_date_str:
try:
dt_object = datetime.fromisoformat(order_doc_date_str.replace('Z', ''))
order_date_formatted = dt_object.strftime('%d/%m/%Y')
except ValueError:
order_date_formatted = order_doc_date_str
st.warning(f"Attenzione: Impossibile parsare 'orderDocDate' '{order_doc_date_str}'. Verrà usata la stringa originale.")
due_date_formatted = None
if due_date_str:
try:
dt_object = datetime.fromisoformat(due_date_str.replace('Z', ''))
due_date_formatted = dt_object.strftime('%d/%m/%Y')
except ValueError:
due_date_formatted = due_date_str
st.warning(f"Attenzione: Impossibile parsare 'orderDate' (dueDate) '{due_date_str}'. Verrà usata la stringa originale.")
details = outbound_info.get('details', [])
processed_data_for_this_file = []
for item in details:
row = {
'siteCode': site_code_json,
'companyCode': company_code_json,
'orderNumber': order_number,
'orderType': order_type_json,
'deliveryType': delivery_type_fixed,
'orderDate': order_date_formatted,
'dateDetail': date_detail_json,
'dueDate': due_date_formatted,
'reasonCode': reason_code,
'paymentValue': payment_info_value,
'customer.code': customer_code,
'customer.name': customer_name,
'customer.address': customer_address,
'customer.city': customer_city,
'customer.province': customer_province,
'customer.zipCode': customer_zip_code,
'customer.country': customer_country,
'consignee.name': consignee_name,
'consignee.address': consignee_address,
'consignee.city': consignee_city,
'consignee.province': consignee_province,
'consignee.zipCode': consignee_zip_code,
'consignee.country': consignee_country,
'customer.mail': customer_mail,
'details.positionId': item.get('positionId'),
'details.itemNumber': item.get('itemCode'),
'details.requestedQt': item.get('quantity'),
'details.lotId': item.get('lotId'),
'details.stockOwner': item.get('stockOwner'),
'details.magCli': item.get('warehouse'),
'details.availability': item.get('availability'),
'details.accountingStatus': item.get('accountingStatus'),
'details.refOrder': item.get('refOrder'),
'noteDDT': note_ddt,
'noteMag': note_warehouse,
'noteDelivery': note_delivery,
'noteShipment': note_shipment,
'reasonCodeShp': reason_code_shp,
'infoDelivery': info_delivery,
'bookingInfo': booking_info
}
processed_data_for_this_file.append(row)
if not processed_data_for_this_file:
return pd.DataFrame()
return pd.DataFrame(processed_data_for_this_file)
except json.JSONDecodeError as e:
st.error(f"Errore nel file JSON: {e}. Assicurati che il contenuto sia un JSON valido.")
return None
except KeyError as ke:
st.error(f"Errore: Chiave JSON mancante o struttura inattesa: {ke}. Assicurati che il JSON abbia la struttura attesa.")
return None
except Exception as e:
st.error(f"Si è verificato un errore generico durante la conversione di un file JSON: {e}")
return None
# --- Interfaccia Streamlit ---
st.title("Convertitore JSON Outbound a Template Excel Outbound")
st.write("Questo strumento converte uno o più file JSON di ordini Outbound in un unico foglio Excel formattato, utilizzando un'anagrafica partner esterna.")
st.header("1. Carica Excel con Anagrafica Partner")
uploaded_customers_file = st.file_uploader(
"Scegli il file Excel con l'anagrafica dei partner",
type=["xlsx", "xls"],
accept_multiple_files=False,
key=st.session_state.file_uploader_key_customers
)
# Inizializza customers_df per il contesto corrente del rerun
customers_df = st.session_state.customers_df
if uploaded_customers_file:
try:
# Leggi l'Excel partendo dalla riga 2 (indice 1) per le intestazioni
temp_customers_df = pd.read_excel(uploaded_customers_file, header=1)
# Colonne richieste nell'Excel clienti
required_excel_cols = [
'code', 'company.code', 'partner.name', 'partner.address.address',
'partner.address.addressNumber', 'partner.address.city',
'partner.address.province', 'partner.address.zipCode', 'partner.address.country'
]
# Verifica che tutte le colonne richieste siano presenti
missing_cols = [col for col in required_excel_cols if col not in temp_customers_df.columns]
if missing_cols:
st.error(f"Errore: Il file Excel dell'anagrafica partner manca le seguenti colonne essenziali: {', '.join(missing_cols)}. Caricare un file corretto.")
st.session_state.customer_excel_loaded = False
st.session_state.customers_df = pd.DataFrame() # Resetta il DF in caso di errore
else:
# Assicurati che le colonne per il merge siano stringhe per evitare problemi di tipo
temp_customers_df['code'] = temp_customers_df['code'].astype(str)
temp_customers_df['company.code'] = temp_customers_df['company.code'].astype(str)
st.session_state.customers_df = temp_customers_df # Salva il DF nello session_state
st.session_state.customer_excel_loaded = True
st.success("File Excel Anagrafica Partner caricato con successo e verificato.")
customers_df = st.session_state.customers_df # Aggiorna la variabile locale
except Exception as e:
st.error(f"Errore nel caricamento del file Excel Anagrafica Partner: {e}. Assicurati che sia un file Excel valido e che le intestazioni siano sulla seconda riga.")
st.session_state.customer_excel_loaded = False
st.session_state.customers_df = pd.DataFrame() # Resetta il DF in caso di errore
# Aggiorna la variabile locale customers_df ogni volta che il session_state cambia
customers_df = st.session_state.customers_df
st.header("2. Carica i tuoi file JSON degli Ordini Outbound")
uploaded_json_files = st.file_uploader(
"Scegli uno o più file JSON di tipo 'Ordine_Outbound'",
type=["json"],
accept_multiple_files=True,
key=st.session_state.file_uploader_key_json,
disabled=not st.session_state.customer_excel_loaded # Disabilita se l'Excel non è stato caricato
)
all_processed_data = []
# Flag per tracciare se c'è stato un errore bloccante nella conversione di qualsiasi JSON
has_blocking_error = False
if uploaded_json_files and st.session_state.customer_excel_loaded:
st.info(f"Caricati {len(uploaded_json_files)} file JSON. Elaborazione in corso...")
for uploaded_file in uploaded_json_files:
file_name = uploaded_file.name
if not file_name.lower().startswith("ordine_outbound"):
st.error(f"Errore: Il file '{file_name}' non inizia con 'Ordine_Outbound'. Verrà ignorato.")
has_blocking_error = True
continue
try:
json_content_bytes = uploaded_file.read()
json_content_string = json_content_bytes.decode('utf-8')
# Passa customers_df dallo session state alla funzione di conversione
df_this_file = convert_json_to_excel_data_outbound(json_content_string, st.session_state.customers_df)
if df_this_file is not None and not df_this_file.empty:
all_processed_data.append(df_this_file)
elif df_this_file is None: # Se la funzione ritorna None, c'è stato un errore bloccante
has_blocking_error = True
# Il messaggio di errore specifico è già gestito all'interno di convert_json_to_excel_data_outbound
except Exception as e:
st.error(f"Si è verificato un errore imprevisto durante la lettura o l'elaborazione del file '{file_name}': {e}")
has_blocking_error = True
if not has_blocking_error and all_processed_data:
final_df = pd.concat(all_processed_data, ignore_index=True)
st.success(f"Elaborazione di {len(all_processed_data)} file JSON completata! Pronto per il download.")
# --- Post-processing per la formattazione Excel ---
# Definizione delle colonne di testata
header_columns = [
'siteCode', 'companyCode', 'orderNumber', 'orderType', 'deliveryType',
'orderDate', 'dateDetail', 'dueDate', 'reasonCode',
'paymentValue',
'customer.code', 'customer.name', 'customer.address', 'customer.city',
'customer.province', 'customer.zipCode', 'customer.country',
'consignee.name', 'consignee.address', 'consignee.city', 'consignee.province',
'consignee.zipCode', 'consignee.country', 'customer.mail',
'noteDDT', 'noteMag', 'noteDelivery', 'noteShipment',
'reasonCodeShp', 'infoDelivery', 'bookingInfo'
]
# Ordina il DataFrame per orderNumber e details.positionId per raggruppare gli ordini
final_df = final_df.sort_values(by=['orderNumber', 'details.positionId']).reset_index(drop=True)
# Crea una maschera booleana per identificare le righe duplicate per orderNumber
rows_to_clear_headers = final_df.duplicated(subset=['orderNumber'], keep='first')
# Azzerare le colonne di testata per le righe identificate
final_df.loc[rows_to_clear_headers, header_columns] = ""
# --- Creazione file Excel ---
output = io.BytesIO()
writer = pd.ExcelWriter(output, engine='xlsxwriter')
sheet_name_excel = 'Delivery' # Nome del foglio modificato
workbook = writer.book
worksheet = workbook.add_worksheet(sheet_name_excel)
# Lista delle colonne finali nell'ordine desiderato
final_columns_order = [
'siteCode', 'companyCode', 'orderNumber', 'orderType', 'deliveryType',
'orderDate', 'dateDetail', 'dueDate', 'reasonCode',
'paymentValue',
'customer.code', 'customer.name', 'customer.address', 'customer.city',
'customer.province', 'customer.zipCode', 'customer.country',
'consignee.name', 'consignee.address', 'consignee.city', 'consignee.province',
'consignee.zipCode', 'consignee.country', 'customer.mail',
'details.positionId', 'details.itemNumber', 'details.requestedQt',
'details.lotId', 'details.stockOwner', 'details.magCli', 'details.availability',
'details.accountingStatus', 'details.refOrder',
'noteDDT', 'noteMag', 'noteDelivery', 'noteShipment',
'reasonCodeShp', 'infoDelivery', 'bookingInfo'
]
# Assicurati che il DataFrame abbia tutte le colonne nell'ordine desiderato
for col in final_columns_order:
if col not in final_df.columns:
final_df[col] = ""
final_df = final_df[final_columns_order]
# Larghezze delle colonne aggiornate
col_widths = {
'siteCode': 10, 'companyCode': 15, 'orderNumber': 15, 'orderType': 10, 'deliveryType': 12,
'orderDate': 12, 'dateDetail': 15, 'dueDate': 12, 'reasonCode': 12,
'paymentValue': 15,
'customer.code': 15, 'customer.name': 30, 'customer.address': 30, 'customer.city': 15,
'customer.province': 10, 'customer.zipCode': 10, 'customer.country': 10,
'consignee.name': 30, 'consignee.address': 30, 'consignee.city': 15, 'consignee.province': 10,
'consignee.zipCode': 10, 'consignee.country': 10, 'customer.mail': 25,
'details.positionId': 12, 'details.itemNumber': 20, 'details.requestedQt': 15,
'details.lotId': 10, 'details.stockOwner': 15, 'details.magCli': 15, 'details.availability': 15,
'details.accountingStatus': 18, 'details.refOrder': 15,
'noteDDT': 20, 'noteMag': 20, 'noteDelivery': 20, 'noteShipment': 20,
'reasonCodeShp': 15, 'infoDelivery': 20, 'bookingInfo': 20
}
# Formato data per le colonne di data
date_format = workbook.add_format({'num_format': 'dd/mm/yyyy'})
# Scrivi i nomi delle colonne nella riga 2 (indice 1 in xlsxwriter)
for col_num, col_name in enumerate(final_df.columns.values):
worksheet.write(1, col_num, col_name)
# Imposta le larghezze delle colonne
if col_name in col_widths:
worksheet.set_column(col_num, col_num, col_widths[col_name])
else:
worksheet.set_column(col_num, col_num, 15)
# Applica il formato data alle colonne 'orderDate' e 'dueDate'
if col_name in ['orderDate', 'dueDate']:
worksheet.set_column(col_num, col_num, col_widths[col_name], date_format)
# Scrivi i dati a partire dalla riga 3 (indice 2 in xlsxwriter)
final_df.to_excel(writer, sheet_name=sheet_name_excel, index=False, header=False, startrow=2)
writer.close()
output.seek(0)
timestamp = datetime.now().strftime("%Y%m%d_%H%M%S")
output_file_name = f"DeliveryOrders_{timestamp}.xlsx" # Nome del file di output
st.download_button(
label="Scarica file Excel Unificato",
data=output.getvalue(),
file_name=output_file_name,
mime="application/vnd.openxmlformats-officedocument.spreadsheetml.sheet"
)
elif uploaded_json_files and has_blocking_error:
st.error("Si sono verificati errori bloccanti durante l'elaborazione dei JSON. Correggere gli errori per generare il file.")
elif uploaded_json_files and not st.session_state.customer_excel_loaded:
st.warning("Per elaborare i file JSON, devi prima caricare e validare un file Excel con l'anagrafica partner.")
else:
st.info("Carica i tuoi file per iniziare.")
# --- Funzione per il reset ---
def clear_inputs():
st.session_state.file_uploader_key_json = f'json_uploader_{datetime.now().timestamp()}'
st.session_state.file_uploader_key_customers = f'customers_uploader_{datetime.now().timestamp() + 1}' # Assicurati che le chiavi siano diverse
st.session_state.customer_excel_loaded = False
st.session_state.customers_df = pd.DataFrame() # Resetta il DataFrame dell'anagrafica
st.markdown("---")
st.button("Pulisci Input (RESET)", on_click=clear_inputs)
st.markdown("Sviluppato con Streamlit e Python.") |