# diag_diana_8_9_10.py
# Dias 8, 9 y 10 de AGOSTO 2026 de DIANA: turno detectado (o LIBRE) y tiempos.
# Aplica la regla del refrigerio (13-15 turno1: diferencia directa, -45 si supera 45).
from datetime import datetime, timedelta, date
from data_manager_v2 import DataManager

ANO, MES = 2026, 8
DIAS = [8, 9, 10]
NOMBRE = "DIANA"

dm = DataManager()
asig = dm.traer_asignacion_respuesta()
act_rows = dm.traer_actividad_asesores()

uid2name = {}
for r in asig:
    if r.get("user_id") is not None:
        uid2name[r["user_id"]] = r.get("user_name") or ""

from collections import defaultdict
act = defaultdict(lambda: defaultdict(int))
for a in act_rows:
    uid = a.get("user_id"); ts = a.get("created_at")
    if uid not in uid2name or not isinstance(ts, datetime): continue
    nom = uid2name[uid].upper(); d = ts.date(); h = ts.hour + ts.minute/60.0
    key=(nom,d)
    if d.weekday()==6: continue
    if d.weekday()==5:
        if 9<=h<13: act[key]["sab_manana"]+=1
        elif 14<=h<18: act[key]["sab_tarde"]+=1
    else:
        if 13<=h<18: act[key]["tarde"]+=1
        elif 18<=h<22: act[key]["noche"]+=1

def turno_dia(nom,d):
    if d.weekday()==6: return None
    fr=act.get((nom,d))
    if not fr: return None
    if d.weekday()==5:
        m=fr.get("sab_manana",0); t=fr.get("sab_tarde",0)
        if m==0 and t==0: return None
        return [(9,13)] if m>=t else [(14,18)]
    t=fr.get("tarde",0); n=fr.get("noche",0)
    if t==0 and n==0: return None
    return [(9,13),(18,22)] if n>t else [(9,13),(14,18)]

def es_t1(nom,d):
    fr=act.get((nom,d))
    if not fr or d.weekday()>=5: return False
    t=fr.get("tarde",0); n=fr.get("noche",0)
    return (not (n>t)) and (t>0 or n>0)

def _dt(d,hh): return datetime(d.year,d.month,d.day)+timedelta(hours=hh)

def mins_laborales(nom,t1,t2):
    if not isinstance(t1,datetime) or not isinstance(t2,datetime) or t2<=t1: return 0
    total=0.0; cur=t1; s=0
    while cur<t2 and s<60:
        d=cur.date(); bl=turno_dia(nom,d)
        if not bl: cur=_dt(d,24); s+=1; continue
        for (hi,hf) in bl:
            ini=_dt(d,hi); fin=_dt(d,hf)
            if t2<=ini: break
            if cur>=fin: continue
            a=max(cur,ini); b=min(t2,fin)
            if b>a: total+=(b-a).total_seconds()/60.0
            cur=fin
            if cur>=t2: break
        if cur.date()==d: cur=_dt(d,24); s+=1
    return round(total)

for DIA in DIAS:
    d1=date(ANO,MES,DIA)
    filas=[]
    for r in asig:
        if NOMBRE not in (r.get("user_name") or "").upper(): continue
        t1=r.get("created_at")
        if not isinstance(t1,datetime): continue
        if t1.year==ANO and t1.month==MES and t1.day==DIA: filas.append(r)
    # turno del dia (por actividad de Diana)
    nom_up = (filas[0].get("user_name") or "").upper() if filas else NOMBRE
    tt=turno_dia(nom_up,d1)
    if tt is None:
        turno="LIBRE / DESCANSO (sin actividad ese dia)"
    elif tt==[(9,13),(14,18)]: turno="TURNO 1 (9-18)"
    elif tt==[(9,13),(18,22)]: turno="TURNO 2 (9-13 + 18-22)"
    else: turno=str(tt)

    print(f"\n{'='*66}")
    print(f"DIANA — {DIA:02d}/{MES:02d}/{ANO}   ->   {turno}")
    print(f"Total asignados: {len(filas)}")
    print(f"{'='*66}")
    print(f"{'#':3} {'telefono':13} {'asignado':11} {'respondio':11} {'min':>5}  nota")
    print("-"*60)
    resp=0; sinr=0; suma=0
    for i,r in enumerate(sorted(filas,key=lambda x:x['created_at']),1):
        t1=r['created_at']; t2=r.get('respuesta_fecha'); tel=r.get('telefono','')
        h=t1.hour+t1.minute/60.0
        refri = es_t1(nom_up,d1) and (13<=h<15)
        if not isinstance(t2,datetime):
            sinr+=1
            print(f"{i:3} {tel:13} {t1.strftime('%H:%M:%S'):11} {'':11} {'':>5}")
            continue
        if refri:
            dif=(t2-t1).total_seconds()/60.0
            m=round(dif-45) if dif>45 else round(dif)
            if m<0: m=0
            nota="  refrigerio (-45 si >45)"
        else:
            m=mins_laborales(nom_up,t1,t2); nota=""
        resp+=1; suma+=m
        print(f"{i:3} {tel:13} {t1.strftime('%H:%M:%S'):11} {t2.strftime('%H:%M:%S'):11} {m:>5}{nota}")
    print("-"*60)
    print(f"Respondidos: {resp} | Sin responder: {sinr} | Promedio: {round(suma/resp) if resp else 0} min")