feat: module toggles in POS config and Instance Manager

- Add GET/PUT /pos/api/config/modules endpoints in POS config_bp.py
- Update sidebar.js to filter nav items based on enabled modules
- Add Modules section to POS config.html with toggles for WhatsApp, Marketplace, MercadoLibre
- Add module load/save logic to POS config.js
- Preload modules in app-init.js for sidebar caching

- Add tenant module management to Instance Manager
  - get_tenant_modules / update_tenant_modules in tenant_service.py
  - GET/PUT /api/tenants/<id>/modules endpoints in tenants_bp.py
  - Add modules modal to manager index.html
  - Add module editing UI and logic to manager.js
  - Add toggle-switch CSS to manager.css
This commit is contained in:
2026-05-28 00:21:52 +00:00
parent 999591e248
commit 718fa06888
26 changed files with 2614 additions and 429 deletions

View File

@@ -579,6 +579,58 @@ def update_whatsapp_config():
return jsonify({'message': 'WhatsApp configuration updated'})
@config_bp.route('/modules', methods=['GET'])
@require_auth('config.view')
def get_modules():
"""Get enabled modules for this tenant."""
conn = get_tenant_conn(g.tenant_id)
cur = conn.cursor()
cur.execute("SELECT key, value FROM tenant_config WHERE key LIKE 'module_%'")
rows = {row[0]: row[1] for row in cur.fetchall()}
cur.close()
conn.close()
def _bool(key):
return rows.get(key, 'true').lower() == 'true'
return jsonify({
'whatsapp': _bool('module_whatsapp'),
'marketplace': _bool('module_marketplace'),
'meli': _bool('module_meli'),
})
@config_bp.route('/modules', methods=['PUT'])
@require_auth('config.edit')
def update_modules():
"""Update enabled modules for this tenant."""
data = request.get_json() or {}
conn = get_tenant_conn(g.tenant_id)
cur = conn.cursor()
settings = {
'module_whatsapp': 'true' if data.get('whatsapp') else 'false',
'module_marketplace': 'true' if data.get('marketplace') else 'false',
'module_meli': 'true' if data.get('meli') else 'false',
}
for key, value in settings.items():
cur.execute("""
INSERT INTO tenant_config (key, value) VALUES (%s, %s)
ON CONFLICT (key) DO UPDATE SET value = EXCLUDED.value
""", (key, value))
conn.commit()
cur.close()
conn.close()
return jsonify({'message': 'Modules updated', 'modules': {
'whatsapp': data.get('whatsapp'),
'marketplace': data.get('marketplace'),
'meli': data.get('meli'),
}})
@config_bp.route('/onboarding-status', methods=['GET'])
@require_auth('pos.view')
def get_onboarding_status():

View File

@@ -1864,6 +1864,14 @@ def complete_layaway(layaway_id):
new_value={'sale_id': sale['id'], 'total': total})
conn.commit()
# WhatsApp learning hook (non-blocking)
try:
from services.wa_learning import check_learning_resolution
check_learning_resolution(sale['id'], cust_id, conn)
except Exception:
pass
cur.close(); conn.close()
return jsonify(sale), 201

View File

@@ -16,6 +16,7 @@ from middleware import require_auth
from tenant_db import get_tenant_conn, get_master_conn
from services import whatsapp_service
from config import WHATSAPP_BRIDGE_URL, WHATSAPP_BRIDGE_KEY
from datetime import datetime
whatsapp_bp = Blueprint('whatsapp', __name__, url_prefix='/pos/api/whatsapp')
@@ -50,6 +51,27 @@ def _get_whatsapp_config(conn):
}
def _get_branch_phone(tenant_conn, branch_id=None):
"""Obtener teléfono de la sucursal."""
if not tenant_conn:
return '(pendiente)'
try:
cur = tenant_conn.cursor()
if branch_id:
cur.execute("SELECT phone FROM branches WHERE id = %s", (branch_id,))
row = cur.fetchone()
if row and row[0]:
cur.close()
return row[0]
cur.execute("SELECT value FROM tenant_config WHERE key = 'tenant_phone'")
row = cur.fetchone()
cur.close()
return row[0] if row and row[0] else '(pendiente)'
except Exception as e:
print(f"[WA-SM] get_branch_phone error: {e}")
return '(pendiente)'
def _resolve_mye_ids(vehicle, master_conn):
"""Return list of MYE ids matching vehicle brand/model/year text."""
if not master_conn or not vehicle:
@@ -329,11 +351,7 @@ def logout():
def webhook():
"""Receive messages from Baileys bridge (public, no auth).
Flow:
1. Persist the incoming message to the tenant's whatsapp_messages log.
2. Build inventory context for the AI (what this tenant has in stock).
3. Ask the chatbot for a reply, enriched with that context.
4. Send the reply back via the Baileys bridge.
Nuevo flujo: máquina de estados estructurada.
"""
data = request.get_json(force=True, silent=True) or {}
@@ -344,421 +362,227 @@ def webhook():
if not msg.get('phone') or msg.get('from_me'):
return jsonify({'ok': True})
# Resolve tenant: try query param first, then fallback to first enabled tenant
phone = msg['phone']
reply_to = msg.get('sender_pn') or msg.get('jid') or phone
text = msg.get('text', '')
media_kind = msg.get('media_kind', 'text')
# Audio transcription (voice notes)
if media_kind == 'audio' and msg.get('media_base64'):
try:
from services.whisper_local import transcribe_audio_base64
transcript = transcribe_audio_base64(
msg['media_base64'],
mimetype=msg.get('media_mimetype') or 'audio/ogg',
)
if transcript:
text = transcript
print(f"[WA-SM] Voice note transcribed: {transcript[:100]}")
except ImportError:
pass
except Exception as e:
print(f"[WA-SM] Whisper transcription failed: {e}")
# Location message: if current state expects it, store coordinates
if media_kind == 'location' and msg.get('latitude') is not None:
text = f"Ubicación: {msg['latitude']},{msg['longitude']}"
# Image without caption: provide a default text so the state machine can handle it
if media_kind == 'image' and not text:
text = "(imagen)"
# Resolve tenant
tenant_id = request.args.get('tenant_id', type=int)
if not tenant_id:
# Fallback: find first tenant with whatsapp enabled
try:
mconn = get_master_conn()
mcur = mconn.cursor()
mcur.execute("""
SELECT t.id FROM tenants t
JOIN tenant_config c ON c.key = 'whatsapp_enabled' AND c.value = 'true'
WHERE t.is_active = true
ORDER BY t.id LIMIT 1
SELECT id, db_name FROM tenants
WHERE is_active = true
ORDER BY id
""")
row = mcur.fetchone()
tenants = mcur.fetchall()
mcur.close()
mconn.close()
tenant_id = row[0] if row else None
# Find first tenant with whatsapp_enabled in their config
for tid, db_name in tenants:
try:
from tenant_db import get_tenant_conn_by_dbname
tconn = get_tenant_conn_by_dbname(db_name)
tcur = tconn.cursor()
tcur.execute(
"SELECT value FROM tenant_config WHERE key = 'whatsapp_enabled'"
)
row = tcur.fetchone()
tcur.close()
tconn.close()
if row and row[0].lower() == 'true':
tenant_id = tid
break
except Exception:
continue
except Exception:
tenant_id = None
# Prepare phone and reply target early
reply_to = msg.get('jid') or msg['phone']
media_kind = msg.get('media_kind', 'text')
clean_phone = msg.get('phone', '')
tenant_conn = None
master_conn = None
inventory_context = None
wa_config = {}
try:
tenant_conn = get_tenant_conn(tenant_id)
master_conn = get_master_conn()
wa_config = _get_whatsapp_config(tenant_conn)
# 1. Log the incoming message (with contact display name)
# Deduplicate by wa_message_id
wa_message_id = msg.get('message_id')
if wa_message_id:
cur = tenant_conn.cursor()
cur.execute("SELECT 1 FROM whatsapp_messages WHERE wa_message_id = %s LIMIT 1", (wa_message_id,))
if cur.fetchone():
cur.close()
return jsonify({'ok': True})
cur.close()
# 1. Log incoming message
cur = tenant_conn.cursor()
cur.execute("""
INSERT INTO whatsapp_messages (phone, direction, message_text, wa_message_id, push_name)
VALUES (%s, 'incoming', %s, %s, %s)
ON CONFLICT DO NOTHING
""", (msg['phone'], msg['text'], msg['message_id'], msg.get('push_name') or None))
""", (phone, text, wa_message_id, msg.get('push_name')))
tenant_conn.commit()
cur.close()
# 2. Build inventory context once per webhook call so the chatbot
# can say things like "tengo 5 Bosch BP-123 por $450".
try:
from services.ai_chat import get_inventory_context
inventory_context = get_inventory_context(tenant_conn)
except Exception as e:
print(f"[WA-AI] inventory_context failed: {e}")
inventory_context = None
# 2. Load session state
from services.wa_state_machine import get_session, save_session, process_message, StateContext
session = get_session(tenant_conn, phone)
# 2c. Urgency detection — if customer signals urgency, add a note
try:
from services.part_kits import is_urgent, urgency_note
if msg.get('text') and is_urgent(msg['text']):
if inventory_context:
inventory_context += urgency_note()
else:
inventory_context = urgency_note().strip()
except Exception as e:
print(f"[WA-AI] urgency detection failed: {e}")
# 3. Check session expiry (30 minutes)
current_state = session.get('state', 'idle')
state_data = session.get('state_data', {})
last_updated = session.get('updated_at')
# 2d. Purchase history — append recent confirmed orders for this customer
try:
from services.part_kits import get_purchase_history
history = get_purchase_history(clean_phone, tenant_conn)
if history:
if inventory_context:
inventory_context += "\n\n" + history
else:
inventory_context = history
except Exception as e:
print(f"[WA-AI] Purchase history failed: {e}")
# 2b. Append previously-detected vehicle so the AI keeps context
# even when we don't send full conversation history (Hermes is slow with it)
try:
from services.wa_quotation import get_vehicle
saved_vehicle = get_vehicle(tenant_conn, clean_phone)
if saved_vehicle and inventory_context:
v_str = f"{saved_vehicle.get('brand','')} {saved_vehicle.get('model','')} {saved_vehicle.get('year','')}".strip()
if v_str:
inventory_context += f"\n\nVEHICULO DEL CLIENTE: {v_str}"
elif saved_vehicle:
v_str = f"{saved_vehicle.get('brand','')} {saved_vehicle.get('model','')} {saved_vehicle.get('year','')}".strip()
if v_str:
inventory_context = f"VEHICULO DEL CLIENTE: {v_str}"
except Exception as e:
print(f"[WA-AI] vehicle_context failed: {e}")
except Exception as e:
print(f"[WA-AI] tenant connection failed: {e}")
if tenant_conn:
if last_updated and hasattr(last_updated, 'strftime'):
# PostgreSQL returns datetime objects (often timezone-aware)
from datetime import timezone
now = datetime.now(timezone.utc)
if last_updated.tzinfo is None:
now = now.replace(tzinfo=None)
elapsed = (now - last_updated).total_seconds()
if elapsed > 1800:
current_state = 'idle'
state_data = {'customer_id': state_data.get('customer_id')}
elif last_updated and isinstance(last_updated, str):
from datetime import datetime as dt
try:
tenant_conn.rollback()
parsed = dt.fromisoformat(last_updated.replace('Z', '+00:00'))
elapsed = (dt.now(dt.now().astimezone().tzinfo) - parsed).total_seconds()
if elapsed > 1800:
current_state = 'idle'
state_data = {'customer_id': state_data.get('customer_id')}
except Exception:
pass
# 3. Dispatch by media kind + quotation commands
reply = None
# Global reset commands work from any state
if text and text.strip().lower() in ('limpiar chat', 'nuevo chat', 'borrar conversacion', 'borrar conversación', 'reset', 'reiniciar', 'menu', 'menú'):
current_state = 'idle'
state_data = {'customer_id': state_data.get('customer_id')}
# ── Abandoned quotation follow-up ──
# If customer has an active quote and hasn't interacted in 15+ min,
# send a gentle nudge before processing their current message.
try:
from services.part_kits import should_send_followup
followup = should_send_followup(clean_phone, tenant_conn)
if followup:
whatsapp_service.send_message(reply_to, followup, bridge_url=wa_config.get('bridge_url'))
if tenant_conn:
# Abandoned quotation follow-up
try:
from services.part_kits import should_send_followup
followup = should_send_followup(phone, tenant_conn)
if followup:
whatsapp_service.send_message(reply_to, followup, bridge_url=wa_config.get('bridge_url'))
cur_fu = tenant_conn.cursor()
cur_fu.execute(
"INSERT INTO whatsapp_messages (phone, direction, message_text) VALUES (%s, 'outgoing', %s)",
(clean_phone, followup)
(phone, followup)
)
tenant_conn.commit()
cur_fu.close()
except Exception as fu_err:
print(f"[WA-AI] Follow-up send failed: {fu_err}")
except Exception as fu_err:
print(f"[WA-SM] Follow-up send failed: {fu_err}")
# ── Location message → nearest branch ──
if media_kind == 'location' and msg.get('latitude') is not None and msg.get('longitude') is not None:
from services.geo_branches import find_nearest_branch
nearest = find_nearest_branch(tenant_conn, msg['latitude'], msg['longitude'])
if nearest:
reply = (
f"📍 *Sucursal más cercana:*\n\n"
f"*{nearest['name']}*\n"
f"📌 {nearest['address']}\n"
f"📞 {nearest['phone']}\n"
f"🚗 Aprox. *{nearest['distance_km']} km* de tu ubicación\n\n"
f"¿Te gustaría recoger tu pedido ahí o prefieres envío a domicilio?"
)
else:
reply = (
"📍 Gracias por tu ubicación.\n\n"
"Actualmente no tenemos sucursales registradas con coordenadas. "
"¿En qué ciudad te encuentras? Te puedo indicar nuestras opciones de envío."
)
# ── Check for quotation commands FIRST (before AI) ──
if not reply and media_kind == 'text' and msg.get('text'):
from services.wa_quotation import (
detect_quote_intent, get_open_quotation, create_quotation,
add_item_to_quotation, get_quotation_detail, format_quotation_wa,
clear_quotation, confirm_quotation, get_last_shown_part, set_last_shown_part,
# 4. Build context
context = StateContext(
tenant_conn=tenant_conn,
master_conn=master_conn,
wa_config=wa_config,
tenant_id=tenant_id,
phone=phone,
media_kind=media_kind,
media_base64=msg.get('media_base64'),
push_name=msg.get('push_name'),
)
from services.quote_image import generate_quote_image
from services.whatsapp_service import send_image
has_open = bool(tenant_conn and get_open_quotation(tenant_conn, clean_phone))
intent, qty = detect_quote_intent(msg['text'], has_open_quote=has_open)
if intent == 'add':
last_part = get_last_shown_part(tenant_conn, clean_phone)
if not last_part:
reply = '⚠️ Primero pregunta por una parte y luego escribe "cotizar" para agregarla.'
elif tenant_conn:
qid = get_open_quotation(tenant_conn, clean_phone)
if not qid:
qid = create_quotation(tenant_conn, clean_phone)
add_item_to_quotation(tenant_conn, qid, last_part, quantity=qty or 1)
detail = get_quotation_detail(tenant_conn, qid)
item_count = len(detail['items']) if detail else 0
reply = (
f'✅ *{last_part.get("name", "")}* × {qty or 1} agregado a tu cotización.\n'
f'Llevas {item_count} producto{"s" if item_count != 1 else ""} — total parcial: ${detail["total"]:,.2f}\n\n'
f'_Sigue preguntando por más partes, o escribe "enviar cotización" cuando termines._'
)
# Smart kit suggestion — cross-sell related parts
try:
from services.part_kits import build_kit_text
kit_text = build_kit_text(last_part.get('name', ''))
if kit_text:
reply += kit_text
except Exception as kit_err:
print(f"[WA-AI] Kit suggestion failed: {kit_err}")
# 5. Process through state machine
reply, next_state, next_state_data = process_message(
phone=phone,
text=text,
current_state=current_state,
state_data=state_data,
context=context,
)
elif intent == 'send':
if tenant_conn:
qid = get_open_quotation(tenant_conn, clean_phone)
if qid:
detail = get_quotation_detail(tenant_conn, qid)
reply = format_quotation_wa(detail)
if not reply:
reply = '⚠️ Tu cotización está vacía. Pregunta por partes y escribe "cotizar" para agregarlas.'
else:
# Generate rich visual quote image and send it
try:
quote_items = []
for it in detail.get('items', []):
quote_items.append({
'name': it.get('name', ''),
'sku': it.get('sku', ''),
'qty': it.get('quantity', 1),
'price': float(it.get('unit_price', 0)),
'total': float(it.get('total', 0)),
})
totals = {
'subtotal': float(detail.get('subtotal', 0)),
'tax': float(detail.get('tax', 0)),
'total': float(detail.get('total', 0)),
}
tenant_name = tenant_config.get('business_name', 'Autopartes')
b64_img = generate_quote_image(quote_items, totals, tenant_name=tenant_name)
img_result = send_image(clean_phone, caption="Aquí está tu cotización 👇", base64_image=b64_img, bridge_url=bridge_url)
if img_result.get('success'):
reply = "📎 *Te envié tu cotización en imagen.*\n\n" + reply
else:
print(f"[WA-AI] Image send failed: {img_result}")
except Exception as img_err:
print(f"[WA-AI] Quote image generation failed: {img_err}")
else:
reply = '⚠️ No tienes una cotización abierta. Pregunta por una parte primero.'
elif intent == 'clear':
if tenant_conn:
clear_quotation(tenant_conn, clean_phone)
reply = '🗑️ Cotización limpiada. Pregunta por partes para empezar una nueva.'
elif intent == 'confirm':
if tenant_conn:
qid = confirm_quotation(tenant_conn, clean_phone)
if qid:
reply = (
f'✅ *Pedido confirmado!*\n\n'
f'Tu cotización #{qid} fue registrada.\n'
f'Nos pondremos en contacto contigo para coordinar la entrega/recolección.\n\n'
f'¡Gracias por tu compra! 🙏'
)
else:
reply = '⚠️ No tienes una cotización abierta para confirmar.'
# ── Check for conversation reset commands ──
if media_kind == 'text' and msg.get('text'):
txt_lower = msg['text'].lower().strip()
if txt_lower in ('limpiar chat', 'nuevo chat', 'borrar conversacion', 'borrar conversación', 'reset', 'reiniciar'):
if tenant_conn:
try:
cur_del = tenant_conn.cursor()
cur_del.execute("DELETE FROM whatsapp_messages WHERE phone = %s", (clean_phone,))
tenant_conn.commit()
cur_del.close()
except Exception as del_err:
print(f"[WA-AI] Failed to clear conversation history: {del_err}")
reply = '🗑️ *Conversación reiniciada.*\n\n¡Hola de nuevo! ¿En qué puedo ayudarte?'
result = whatsapp_service.send_message(reply_to, reply, bridge_url=wa_config.get('bridge_url'))
if tenant_conn:
try:
cur_save = tenant_conn.cursor()
cur_save.execute("INSERT INTO whatsapp_messages (phone, direction, message_text) VALUES (%s, 'outgoing', %s)", (clean_phone, reply))
tenant_conn.commit()
cur_save.close()
except Exception:
pass
if tenant_conn:
try: tenant_conn.close()
except Exception: pass
return jsonify({'ok': True})
if intent is not None:
# It was a quote command — send reply and skip the AI
if reply:
result = whatsapp_service.send_message(reply_to, reply, bridge_url=wa_config.get('bridge_url'))
if tenant_conn:
try:
cur_save = tenant_conn.cursor()
cur_save.execute("INSERT INTO whatsapp_messages (phone, direction, message_text) VALUES (%s, 'outgoing', %s)", (clean_phone, reply))
tenant_conn.commit()
cur_save.close()
except Exception:
pass
# Clean up and return early
if tenant_conn:
try: tenant_conn.close()
except Exception: pass
return jsonify({'ok': True})
# Load conversation history so the AI remembers context (vehicle, parts, etc.)
conversation_history = []
if tenant_conn:
conversation_history = _get_conversation_history(clean_phone, tenant_conn, limit=4)
if conversation_history:
print(f"[WA-AI] Loaded {len(conversation_history)} history messages for {clean_phone}")
try:
if media_kind == 'image' and msg.get('media_base64'):
from services.ai_chat import chat_with_image
# Prompt: use the caption if provided, else default to
# "identify this part" which chat_with_image handles gracefully.
prompt = msg.get('text') or 'Identifica esta parte automotriz y sugiere terminos de busqueda.'
ai_resp = chat_with_image(
user_message=prompt,
image_base64=msg['media_base64'],
conversation_history=conversation_history,
inventory_context=inventory_context,
# 5b. Si el estado transicionó sin mensaje, procesar el siguiente inmediatamente
# (algunos estados solo hacen transiciones y delegan el mensaje al siguiente estado)
loop_guard = 0
while reply is None and loop_guard < 5:
loop_guard += 1
reply, next_state, next_state_data = process_message(
phone=phone,
text=text,
current_state=next_state,
state_data=next_state_data,
context=context,
)
reply = ai_resp.get('message', '') or ''
print(f"[WA-AI] Image from {reply_to}: {reply[:80]}...")
elif media_kind == 'audio' and msg.get('media_base64'):
# Voice note handling — transcribe first, then chat().
# See services.whisper_local for the transcriber.
try:
from services.whisper_local import transcribe_audio_base64
transcript = transcribe_audio_base64(
msg['media_base64'],
mimetype=msg.get('media_mimetype') or 'audio/ogg',
)
except ImportError:
transcript = None
print("[WA-AI] whisper_local not installed — voice notes skipped")
except Exception as e:
transcript = None
print(f"[WA-AI] Whisper transcription failed: {e}")
# 6. Save new state
save_session(tenant_conn, phone, next_state, next_state_data)
if transcript:
print(f"[WA-AI] Voice note transcribed: {transcript[:100]}")
from services.ai_chat import chat
ai_resp = chat(transcript, conversation_history=conversation_history, inventory_context=inventory_context)
reply = ai_resp.get('message', '') or ''
# Prefix the reply so the sender knows we understood the voice note
if reply:
reply = f'🎙️ Entendi: "{transcript}"\n\n{reply}'
else:
reply = ('Recibi tu nota de voz pero no pude transcribirla. '
'Puedes escribirme el mensaje?')
elif msg.get('text'):
txt = msg['text'].strip().lower()
# Quick welcome menu for new customers with no vehicle
is_greeting = txt in ('hola', 'buenos dias', 'buenas tardes', 'buenas noches', 'hey', 'que onda', 'saludos')
if is_greeting:
try:
from services.wa_quotation import get_vehicle
veh = get_vehicle(tenant_conn, clean_phone)
if not veh:
reply = (
"¡Qué onda! Bienvenido a *Autopartes Estrada*.\n\n"
"Soy Juan, tu vendedor. Para ayudarte rápido, dime:\n\n"
"1⃣ *Marca, modelo y año* de tu vehículo\n"
"2⃣ La *parte* que necesitas\n"
"3⃣ O escribe *menú* para ver opciones\n\n"
'_Ejemplo: "Necesito balatas para Tsuru 2015"_'
)
except Exception:
pass
if not reply:
# Plain text message — standard chatbot flow
from services.ai_chat import chat
ai_resp = chat(msg['text'], conversation_history=conversation_history, inventory_context=inventory_context)
reply = ai_resp.get('message', '') or ''
# Enrich: if the AI returned a search_query, look up real parts
# from the catalog and append them to the WhatsApp reply.
search_q = ai_resp.get('search_query')
vehicle = ai_resp.get('vehicle')
# Persist detected vehicle so we don't lose context between messages
if vehicle and isinstance(vehicle, dict) and vehicle.get('brand'):
try:
from services.wa_quotation import set_vehicle
set_vehicle(tenant_conn, clean_phone, vehicle)
except Exception as veh_err:
print(f"[WA-AI] Failed to save vehicle: {veh_err}")
if search_q and reply:
try:
enrichment, found_part = _enrich_wa_reply_with_part(search_q, vehicle, tenant_conn, master_conn)
if enrichment:
reply = reply + '\n\n' + enrichment
elif not found_part and vehicle and vehicle.get('brand'):
# Only say "not in stock" when we have a specific vehicle
# and still found nothing. Otherwise let the AI ask for vehicle info.
reply = reply + '\n\n' + "_No tengo esa pieza exacta en stock para tu modelo ahora, pero puedo pedirla por encargo o buscar alternativas. ¿Te interesa?_"
# Track the found part so "cotizar" can add it
if found_part:
from services.wa_quotation import set_last_shown_part
set_last_shown_part(tenant_conn, clean_phone, found_part)
except Exception as enrich_err:
print(f"[WA-AI] Enrichment failed: {enrich_err}")
# Send reply if we produced one
# 7. Send reply
if reply:
result = whatsapp_service.send_message(reply_to, reply, bridge_url=wa_config.get('bridge_url'))
print(f"[WA-AI] Replied to {reply_to} ({media_kind}): {reply[:80]}... result={result}")
print(f"[WA-SM] Replied to {phone}: {reply[:80]}... result={result}")
# Save the bot's reply to DB so it shows in the WhatsApp UI
if tenant_conn:
try:
cur2 = tenant_conn.cursor()
cur2.execute("""
INSERT INTO whatsapp_messages (phone, direction, message_text)
VALUES (%s, 'outgoing', %s)
""", (msg['phone'], reply))
tenant_conn.commit()
cur2.close()
except Exception as db_err:
print(f"[WA-AI] Failed to save bot reply to DB: {db_err}")
# Log outgoing
cur = tenant_conn.cursor()
cur.execute("""
INSERT INTO whatsapp_messages (phone, direction, message_text)
VALUES (%s, 'outgoing', %s)
""", (phone, reply))
tenant_conn.commit()
cur.close()
except Exception as e:
print(f"[WA-AI] Error handling {media_kind} from {reply_to}: {e}")
print(f"[WA-SM] Webhook error: {e}")
import traceback
traceback.print_exc()
# Fallback: enviar mensaje de error genérico
try:
if tenant_conn:
phone_branch = _get_branch_phone(tenant_conn, None)
fallback = (
"Estoy teniendo problemas técnicos en este momento. 😕\n\n"
f"Por favor llámanos directamente al {phone_branch}."
)
whatsapp_service.send_message(reply_to, fallback, bridge_url=wa_config.get('bridge_url'))
except Exception:
pass
# 4. Clean up connections
if tenant_conn is not None:
try:
tenant_conn.close()
except Exception:
pass
if master_conn is not None:
try:
master_conn.close()
except Exception:
pass
finally:
if tenant_conn:
try:
tenant_conn.close()
except Exception:
pass
if master_conn:
try:
master_conn.close()
except Exception:
pass
return jsonify({'ok': True})