#!/usr/bin/env python3
"""Render Everyday Red Flags 011: verification-code sharing scam.

Visual policy: high-quality AI keyframes + text-only active-word subtitles.
No renderer arrows, boxes, circles, progress bars, labels, or caption boxes beyond subtitles.
"""
from __future__ import annotations
import datetime, hashlib, json, math, re, shutil, subprocess, tempfile, time
from pathlib import Path
from typing import Any

import requests
from PIL import Image, ImageDraw, ImageFont, ImageFilter

ROOT = Path(__file__).resolve().parents[1]
OUT_DIR = ROOT / "data" / "post_candidates" / "everyday-red-flags-verification-code-scam"
VERSION = "chatterbox_taylor_scientific_v1_readable_silent_2line_jamendo_hyper_threading"
VERSION_DIR = OUT_DIR / VERSION
ASSET_DIR = VERSION_DIR / "scene_keyframes"
AUDIO = VERSION_DIR / "erf-011_voiceover_chatterbox_taylor_scientific.wav"
WORDS_JSON = VERSION_DIR / "erf-011_voiceover_chatterbox_taylor_scientific.faster_whisper_words.json"
VIDEO_NO_AUDIO = VERSION_DIR / "video_no_audio_forced_words_2line.mp4"
FINAL = VERSION_DIR / "erf-011_verification_code_chatterbox_taylor_readable_silent_2line_1080x1920_review.mp4"
CONTACT = VERSION_DIR / "contact_sheet_keyframes.png"
PACKAGE_DIR = VERSION_DIR / "youtube_private_upload_package"
PACKAGE = PACKAGE_DIR / "erf-010-invoice-bank-detail-change_" / "unused.json"  # overwritten below
MEDIA_CACHE = Path.home() / ".hermes" / "media_cache" / "autoshorts"
WIDTH, HEIGHT, FPS = 1080, 1920, 30
CANDIDATE_ID = "erf-011-verification-code-scam"
QA_SECONDS = (1, 7, 14, 21, 28, 34)
AI_SCENE_SOURCES = [
    "/home/agent/.hermes/cache/images/openai_codex_gpt-image-2-high_20260529_234305_92763a66.png",
    "/home/agent/.hermes/cache/images/openai_codex_gpt-image-2-high_20260529_234357_19d104d4.png",
    "/home/agent/.hermes/cache/images/openai_codex_gpt-image-2-high_20260529_234447_d746f686.png",
    "/home/agent/.hermes/cache/images/openai_codex_gpt-image-2-high_20260529_234535_b7245b47.png",
    "/home/agent/.hermes/cache/images/openai_codex_gpt-image-2-high_20260529_234757_ebf2d0be.png",
    "/home/agent/.hermes/cache/images/openai_codex_gpt-image-2-high_20260529_234849_b61c07de.png",
]

TITLE = "Never Send a Login Code in Chat"
DESCRIPTION = "A 6-digit login code is not just a number. It is a key.\n\nIf someone messages you asking for a verification code, stop — even if they claim their phone is locked or they changed numbers.\n\nDo not send the code in chat. Call the person from a contact you already trust, and only use codes inside the app or website you opened yourself.\n\nRule: codes are keys. Never send them in chat.\n\n#ScamAlert #OnlineSafety #PasswordSafety #Phishing #EverydayRedFlags"
SCRIPT = (
    "If someone asks for your six digit login code, stop. "
    "That code is not a harmless number. "
    "It is the key that lets them move your account to their phone. "
    "The red flag is the message that says, I changed phones, send me the code. "
    "Never send a verification code in chat. "
    "Open the app yourself, or call the person from a contact you already trust. "
    "If the code was real, it still belongs only inside the login screen. "
    "Rule: codes are keys. "
    "Never send them in chat. "
    "Share this with someone who helps family with phone messages."
)
SCENE_DURATIONS = [6.6, 6.2, 6.8, 6.8, 6.2, 6.8]


def font(size:int,bold:bool=False):
    candidates=[
        "/usr/share/fonts/truetype/dejavu/DejaVuSans-Bold.ttf" if bold else "/usr/share/fonts/truetype/dejavu/DejaVuSans.ttf",
        "/usr/share/fonts/truetype/liberation2/LiberationSans-Bold.ttf" if bold else "/usr/share/fonts/truetype/liberation2/LiberationSans-Regular.ttf",
    ]
    for c in candidates:
        if Path(c).exists(): return ImageFont.truetype(c,size=size)
    return ImageFont.load_default()

F12=font(28); F14=font(34); F16=font(38); F18=font(44); F20=font(52); F24=font(62,True); F30=font(76,True)


def sha256(path:Path)->str:
    h=hashlib.sha256()
    with path.open('rb') as f:
        for chunk in iter(lambda:f.read(1024*1024), b''): h.update(chunk)
    return h.hexdigest()


def ffprobe_duration(path:Path)->float:
    return float(subprocess.check_output(['ffprobe','-v','error','-show_entries','format=duration','-of','default=nw=1:nk=1',str(path)],text=True).strip())


def draw_round(draw, xy, r, fill, outline=None, width=1):
    draw.rounded_rectangle(xy, radius=r, fill=fill, outline=outline, width=width)


def center(draw, y, text, fnt, fill=(245,247,255)):
    b=draw.textbbox((0,0),text,font=fnt); x=(WIDTH-(b[2]-b[0]))//2
    draw.text((x,y),text,font=fnt,fill=fill)


def wrap(draw, text, fnt, max_w):
    words=text.split(); lines=[]; cur=[]
    for w in words:
        test=' '.join(cur+[w]); b=draw.textbbox((0,0),test,font=fnt)
        if cur and b[2]-b[0] > max_w:
            lines.append(' '.join(cur)); cur=[w]
        else: cur.append(w)
    if cur: lines.append(' '.join(cur))
    return lines


def background(accent=(30,70,120)):
    img=Image.new('RGB',(WIDTH,HEIGHT),(9,12,22))
    px=img.load()
    for y in range(HEIGHT):
        for x in range(WIDTH):
            # soft vertical/radial premium gradient
            dx=(x-WIDTH*0.72)/WIDTH; dy=(y-HEIGHT*0.20)/HEIGHT
            glow=max(0,1-(dx*dx+dy*dy)*4.2)
            base=10+int(16*(1-y/HEIGHT))
            px[x,y]=(base+int(accent[0]*0.10*glow), base+int(accent[1]*0.12*glow), 24+int(accent[2]*0.18*glow))
    return img.filter(ImageFilter.GaussianBlur(0.15))


def draw_phone_email(draw, x=96, y=186, w=888, h=1180, changed=False, confirm=False):
    draw_round(draw,(x,y,x+w,y+h),58,(18,22,34),(60,70,96),2)
    draw_round(draw,(x+30,y+60,x+w-30,y+h-54),34,(238,242,248))
    draw.text((x+70,y+95),'Mail',font=F20,fill=(25,31,45))
    draw.text((x+w-230,y+104),'Today 09:18',font=F12,fill=(95,104,122))
    draw.line((x+55,y+170,x+w-55,y+170),fill=(210,216,226),width=2)
    draw.text((x+70,y+210),'From: billing@northgate-supply.example',font=F14,fill=(42,52,70))
    draw.text((x+70,y+270),'Subject: Invoice 4821 - payment details',font=F14,fill=(42,52,70))
    draw_round(draw,(x+70,y+350,x+w-70,y+970),28,(255,255,255),(220,226,236),2)
    draw.text((x+110,y+400),'Invoice 4821',font=F24,fill=(25,35,55))
    draw.text((x+110,y+480),'Amount due: 1,240.00',font=F18,fill=(35,44,64))
    draw.text((x+110,y+555),'Due date: Friday',font=F18,fill=(35,44,64))
    if changed:
        draw_round(draw,(x+110,y+650,x+w-110,y+790),18,(255,246,222),(230,185,80),2)
        draw.text((x+140,y+675),'Please use our NEW bank account',font=F16,fill=(96,58,8))
        draw.text((x+140,y+732),'for this payment.',font=F16,fill=(96,58,8))
    else:
        draw.text((x+110,y+660),'Bank details: as usual',font=F16,fill=(70,82,106))
    if confirm:
        draw_round(draw,(x+110,y+830,x+w-110,y+930),18,(226,246,235),(77,159,104),2)
        draw.text((x+140,y+858),'Second channel confirmed',font=F16,fill=(23,100,58))
    draw.text((x+70,y+1015),'Reply  •  Forward  •  Archive',font=F14,fill=(96,106,126))


def draw_contact_card(draw, x=120, y=420, w=840, h=620):
    draw_round(draw,(x,y,x+w,y+h),36,(235,241,248),(75,100,145),2)
    draw.text((x+55,y+55),'Trusted contact',font=F24,fill=(22,34,55))
    draw.text((x+55,y+150),'Northgate Supply Ltd.',font=F20,fill=(35,48,70))
    draw.text((x+55,y+240),'Saved phone: +44 20 5550 0184',font=F16,fill=(54,70,96))
    draw.text((x+55,y+320),'Saved email: accounts@northgate.example',font=F14,fill=(54,70,96))
    draw_round(draw,(x+55,y+430,x+w-55,y+535),28,(33,132,85))
    line1='Confirm bank change here'
    line2='not in the email'
    for j,line in enumerate((line1,line2)):
        b=draw.textbbox((0,0),line,font=F14)
        draw.text((x+(w-(b[2]-b[0]))//2,y+448+j*42),line,font=F14,fill=(255,255,255))


def make_scene(idx:int, path:Path):
    img=background([(40,84,160),(100,64,170),(22,112,100),(128,74,34),(50,102,160),(54,130,92)][idx-1])
    draw=ImageDraw.Draw(img)
    if idx==1:
        center(draw,78,'EVERYDAY RED FLAGS',F18,(196,211,255))
        draw_phone_email(draw, changed=True)
        center(draw,1460,'A NORMAL INVOICE EMAIL',F24)
        center(draw,1536,'WITH ONE QUIET CHANGE',F30,(255,218,89))
    elif idx==2:
        center(draw,92,'THE RED FLAG',F30,(255,218,89))
        draw_phone_email(draw, changed=True)
        # red flag is inside the mockup itself; no external arrow/box.
    elif idx==3:
        center(draw,92,'WHY IT WORKS',F30,(255,218,89))
        draw_round(draw,(125,360,955,1130),42,(238,242,248),(72,84,120),2)
        draw.text((190,435),'Real invoice',font=F24,fill=(26,36,58))
        draw.text((190,540),'Real amount',font=F24,fill=(26,36,58))
        draw.text((190,645),'Real deadline',font=F24,fill=(26,36,58))
        draw.text((190,790),'Fake bank account',font=F30,fill=(150,60,28))
        for yy in (505,610,715): draw.line((190,yy,890,yy),fill=(205,214,230),width=2)
        center(draw,1240,'THE EMAIL FEELS ROUTINE',F24)
        center(draw,1316,'SO THE CHANGE GETS MISSED',F24,(255,218,89))
    elif idx==4:
        center(draw,92,'SAFER MOVE',F30,(255,218,89))
        draw_contact_card(draw)
        center(draw,1165,'USE A TRUSTED CONTACT',F24)
        center(draw,1242,'NOT THE MESSAGE',F24,(255,218,89))
    elif idx==5:
        center(draw,92,'SECOND CHANNEL CHECK',F30,(255,218,89))
        draw_phone_email(draw, changed=True, confirm=True)
        center(draw,1460,'CALL. CONFIRM.',F30,(255,218,89))
        center(draw,1545,'THEN PAY.',F30,(255,218,89))
    else:
        center(draw,100,'THE RULE',F30,(255,218,89))
        draw_round(draw,(110,430,970,1110),48,(238,242,248),(94,113,150),2)
        for i,line in enumerate(['NEW BANK DETAILS','NEED A','SECOND CHECK']):
            b=draw.textbbox((0,0),line,font=F30); draw.text(((WIDTH-(b[2]-b[0]))//2,555+i*150),line,font=F30,fill=(25,36,60) if i!=1 else (150,60,28))
        center(draw,1265,'SEND THIS TO SOMEONE',F24)
        center(draw,1340,'WHO PAYS INVOICES',F24,(255,218,89))
    # lower area remains clean/dark-ish behind subtitles
    path.parent.mkdir(parents=True, exist_ok=True)
    img.save(path,quality=95)


def create_scene_images()->list[Path]:
    ASSET_DIR.mkdir(parents=True, exist_ok=True)
    paths=[]
    for i,src in enumerate(AI_SCENE_SOURCES,1):
        source=Path(src)
        if not source.exists():
            raise FileNotFoundError(source)
        p=ASSET_DIR/f'erf011_ai_scene_{i:02d}.jpg'
        im=Image.open(source).convert('RGB')
        scale=max(WIDTH/im.width, HEIGHT/im.height)
        nw,nh=math.ceil(im.width*scale), math.ceil(im.height*scale)
        im=im.resize((nw,nh),Image.Resampling.LANCZOS)
        im=im.crop(((nw-WIDTH)//2,(nh-HEIGHT)//2,(nw+WIDTH)//2,(nh+HEIGHT)//2))
        im.save(p,quality=95)
        paths.append(p)
    sheet=Image.new('RGB',(810,960),(16,16,16))
    for i,p in enumerate(paths):
        im=Image.open(p).convert('RGB').resize((270,480),Image.Resampling.LANCZOS)
        sheet.paste(im,((i%3)*270,(i//3)*480))
    sheet.save(CONTACT,quality=94)
    return paths


def synthesize_chatterbox():
    VERSION_DIR.mkdir(parents=True, exist_ok=True)
    if AUDIO.exists(): return
    sentences=[s.strip() for s in re.findall(r'[^.!?]+[.!?]', SCRIPT) if s.strip()]
    chunk_dir=VERSION_DIR/'tts_chunks'; chunk_dir.mkdir(parents=True, exist_ok=True)
    pause=VERSION_DIR/'pause_650ms.wav'
    if not pause.exists(): subprocess.check_call(['ffmpeg','-y','-hide_banner','-loglevel','error','-f','lavfi','-i','anullsrc=r=24000:cl=mono','-t','0.65',str(pause)])
    chunk_paths=[]; chunk_meta=[]
    for idx,sentence in enumerate(sentences,1):
        cp=chunk_dir/f'chunk_{idx:02d}.wav'
        if not cp.exists():
            payload={'text':sentence,'voice_mode':'predefined','predefined_voice_id':'Taylor.wav','output_format':'wav','temperature':0.7,'exaggeration':0.3,'cfg_weight':0.5,'seed':4310+idx,'speed_factor':1.0,'language':'en','split_text':False,'chunk_size':180,'stream':False}
            t=time.time(); r=requests.post('http://100.101.173.25:8004/tts',json=payload,timeout=180); elapsed=round(time.time()-t,3)
            if r.ok and r.headers.get('content-type','').startswith('audio/'): cp.write_bytes(r.content)
            if not r.ok or not cp.exists(): raise RuntimeError({'sentence':sentence,'http_status':r.status_code,'content_type':r.headers.get('content-type'),'body':r.text[:500]})
            chunk_meta.append({'sentence':sentence,'path':str(cp),'duration':ffprobe_duration(cp),'elapsed_sec':elapsed,'sha256':sha256(cp)})
        else:
            chunk_meta.append({'sentence':sentence,'path':str(cp),'duration':ffprobe_duration(cp),'sha256':sha256(cp)})
        chunk_paths.append(cp)
    concat=VERSION_DIR/'tts_concat.txt'; lines=[]
    for i,p in enumerate(chunk_paths):
        lines.append(f"file '{p.as_posix()}'")
        if i != len(chunk_paths)-1: lines.append(f"file '{pause.as_posix()}'")
    concat.write_text('\n'.join(lines)+'\n')
    subprocess.check_call(['ffmpeg','-y','-hide_banner','-loglevel','error','-f','concat','-safe','0','-i',str(concat),'-c','copy',str(AUDIO)])
    meta={'provider':'chatterbox_http_sentence_chunks','voice':'Taylor.wav','preset':'Taylor + Scientific Abstract Reading','script_sha256':hashlib.sha256(SCRIPT.encode()).hexdigest(),'sentence_count':len(sentences),'inter_sentence_pause_ms':650,'chunks':chunk_meta,'success':True,'output_path':str(AUDIO),'duration':ffprobe_duration(AUDIO),'output_sha256':sha256(AUDIO),'created_at':datetime.datetime.now(datetime.timezone.utc).isoformat()}
    (VERSION_DIR/'erf-011_voiceover_chatterbox_taylor_scientific.metadata.json').write_text(json.dumps(meta,indent=2),encoding='utf-8')


def force_align_words()->list[dict[str,Any]]:
    if WORDS_JSON.exists():
        data=json.loads(WORDS_JSON.read_text()); return [{'word':w['word'],'start':float(w['start']),'duration':max(0.05,float(w.get('duration',float(w['end'])-float(w['start']))))} for w in data['words']]
    from faster_whisper import WhisperModel
    t=time.time(); model=WhisperModel('base.en', device='cpu', compute_type='int8')
    segments, info=model.transcribe(str(AUDIO), language='en', word_timestamps=True, vad_filter=False, beam_size=5)
    words=[]; segs=[]
    for s in segments:
        seg={'start':s.start,'end':s.end,'text':s.text,'words':[]}
        if s.words:
            for w in s.words:
                if not w.word.strip(): continue
                item={'word':w.word.strip(),'start':float(w.start),'end':float(w.end),'duration':max(0.05,float(w.end-w.start))}
                words.append(item); seg['words'].append(item)
        segs.append(seg)
    WORDS_JSON.write_text(json.dumps({'model':'base.en','language':info.language,'duration':info.duration,'elapsed':round(time.time()-t,3),'word_count':len(words),'segments':segs,'words':words},indent=2),encoding='utf-8')
    return [{'word':w['word'],'start':float(w['start']),'duration':float(w['duration'])} for w in words]


def build_segments(words:list[dict[str,Any]])->list[list[dict[str,Any]]]:
    sentences=[s.strip() for s in re.findall(r'[^.!?]+[.!?]', SCRIPT) if s.strip()]
    def token_count(s): return len(s.replace('—',' ').replace('-',' ').split())
    def balanced(n):
        if n<=12: return [n]
        if n<=15: return [(n+1)//2, n-(n+1)//2]
        parts=[]; rem=n
        while rem>0:
            if rem<=12: parts.append(rem); break
            take=7
            if rem-take<3: take=max(3,rem-3)
            parts.append(take); rem-=take
        return parts
    segments=[]; cursor=0
    for s in sentences:
        sw=words[cursor:cursor+token_count(s)]; cursor+=token_count(s); local=0
        for size in balanced(len(sw)):
            seg=sw[local:local+size]
            if seg: segments.append(seg)
            local+=size
    if cursor < len(words):
        tail=words[cursor:]
        if segments and len(tail)<3 and len(segments[-1])+len(tail)<=8: segments[-1].extend(tail)
        else: segments.append(tail)
    return [s for s in segments if s]


def text_size(draw,text,fnt):
    b=draw.textbbox((0,0),text,font=fnt); return int(b[2]-b[0]), int(b[3]-b[1])


def segment_for_time(t, segments):
    for idx,seg in enumerate(segments):
        start=float(seg[0]['start']); next_start=float(segments[idx+1][0]['start']) if idx+1<len(segments) else float(seg[-1]['start'])+float(seg[-1]['duration'])+0.9
        end=max(float(seg[-1]['start'])+float(seg[-1]['duration'])+0.35,next_start-0.05)
        if start<=t<=end: return seg
    return []


def active_word_index(t, seg):
    for i,w in enumerate(seg):
        if float(w['start']) <= t <= float(w['start'])+float(w['duration'])+0.07: return i
    return max(0,min(len(seg)-1,sum(1 for w in seg if float(w['start'])<=t)-1))


def draw_subtitles(img, seg, active):
    if not seg: return img
    draw=ImageDraw.Draw(img); words=[str(w['word']).strip().upper() for w in seg if str(w['word']).strip()]
    if not words: return img
    max_total=WIDTH-150; gap=26
    active=max(0,min(active,len(words)-1))
    def wrap_lines(words,fnt,max_lines=3):
        lines=[]; cur=[]
        for word in words:
            test=cur+[word]; widths=[text_size(draw,w,fnt)[0] for w in test]
            if cur and sum(widths)+gap*(len(test)-1)>max_total:
                lines.append(cur); cur=[word]
            else: cur=test
        if cur: lines.append(cur)
        if len(lines)>1 and len(lines[-1])==1 and len(lines[-2])>2: lines[-1].insert(0,lines[-2].pop())
        return lines if len(lines)<=max_lines else None
    chosen=None; fnt=font(34,True)
    for size in range(58,28,-2):
        cand=font(size,True); lines=wrap_lines(words,cand)
        if lines and all(sum(text_size(draw,w,cand)[0] for w in line)+gap*(len(line)-1)<=max_total for line in lines):
            chosen=lines; fnt=cand; break
    if chosen is None:
        fnt=font(28,True); a=math.ceil(len(words)/3); chosen=[words[:a],words[a:2*a],words[2*a:]]
    y0={1:1518,2:1458,3:1402}.get(len(chosen),1402); line_h={1:74,2:72,3:66}.get(len(chosen),66)
    gi=0
    for li,line in enumerate(chosen):
        widths=[text_size(draw,w,fnt)[0] for w in line]; total=sum(widths)+gap*(len(line)-1); x=max(42,(WIDTH-total)//2); y=y0+li*line_h
        for word,ww in zip(line,widths):
            fill=(255,214,64) if gi==active else (255,255,255)
            draw.text((x,y),word,font=fnt,fill=fill,stroke_width=5,stroke_fill=(0,0,0))
            x+=ww+gap; gi+=1
    return img


def render_video(words,audio_duration, scene_paths):
    total=sum(SCENE_DURATIONS); target=audio_duration+0.45
    durs=[d/total*target for d in SCENE_DURATIONS]
    scenes=[]; cur=0.0
    for d,p in zip(durs,scene_paths): scenes.append((cur,cur+d,p)); cur+=d
    images=[]
    for p in scene_paths:
        im=Image.open(p).convert('RGB')
        scale=max(WIDTH/im.width, HEIGHT/im.height); nw,nh=math.ceil(im.width*scale), math.ceil(im.height*scale)
        im=im.resize((nw,nh),Image.Resampling.LANCZOS); images.append(im.crop(((nw-WIDTH)//2,(nh-HEIGHT)//2,(nw+WIDTH)//2,(nh+HEIGHT)//2)))
    def scene_idx(t):
        for i,(s,e,_) in enumerate(scenes):
            if s<=t<e: return i
        return len(scenes)-1
    def motion(im,p,idx):
        zoom=1.012+0.024*p; w=int(WIDTH/zoom); h=int(HEIGHT/zoom)
        dx=int(18*math.sin((p+idx*.17)*math.tau)); dy=int(14*math.cos((p+idx*.11)*math.tau))
        left=max(0,min(WIDTH-w,WIDTH//2+dx-w//2)); top=max(0,min(HEIGHT-h,HEIGHT//2+dy-h//2))
        return im.crop((left,top,left+w,top+h)).resize((WIDTH,HEIGHT),Image.Resampling.LANCZOS)
    segments=build_segments(words); total_frames=math.ceil(target*FPS)
    with tempfile.TemporaryDirectory(prefix='erf010_frames_') as tmp:
        fd=Path(tmp)/'frames'; fd.mkdir()
        for n in range(total_frames):
            t=n/FPS; idx=scene_idx(t); s,e,_=scenes[idx]; p=max(0,min(1,(t-s)/max(.001,e-s)))
            frame=motion(images[idx],p,idx)
            if idx>0 and p<0.22:
                frame=Image.blend(motion(images[idx-1],1.0,idx-1),frame,p/0.22)
            seg=segment_for_time(t,segments); frame=draw_subtitles(frame,seg,active_word_index(t,seg) if seg else 0)
            frame.save(fd/f'frame_{n:06d}.jpg',quality=94,subsampling=1)
        subprocess.check_call(['ffmpeg','-y','-hide_banner','-loglevel','error','-framerate',str(FPS),'-i',str(fd/'frame_%06d.jpg'),'-vf','setsar=1,setdar=9/16,format=yuv420p','-c:v','libx264','-preset','slow','-crf','16','-movflags','+faststart',str(VIDEO_NO_AUDIO)])
    subprocess.check_call(['ffmpeg','-y','-hide_banner','-loglevel','error','-i',str(VIDEO_NO_AUDIO),'-i',str(AUDIO),'-map','0:v:0','-map','1:a:0','-c:v','copy','-c:a','aac','-b:a','192k','-shortest','-movflags','+faststart',str(FINAL)])
    for sec in QA_SECONDS:
        out=VERSION_DIR/f'qa_frame_{sec:02d}.png'
        subprocess.check_call(['ffmpeg','-y','-hide_banner','-loglevel','error','-ss',str(sec),'-i',str(FINAL),'-frames:v','1',str(out)])


def probe(path):
    meta=json.loads(subprocess.check_output(['ffprobe','-v','error','-select_streams','v:0','-show_entries','stream=width,height,sample_aspect_ratio,display_aspect_ratio,r_frame_rate','-show_entries','format=duration,size,bit_rate','-of','json',str(path)],text=True))
    s=meta['streams'][0]; f=meta['format']
    return {'width':s['width'],'height':s['height'],'sample_aspect_ratio':s.get('sample_aspect_ratio'),'display_aspect_ratio':s.get('display_aspect_ratio'),'frame_rate':s.get('r_frame_rate'),'duration':float(f['duration']),'size_bytes':int(f['size']),'bit_rate':int(f.get('bit_rate',0))}


def build_package(data):
    PACKAGE_DIR.mkdir(parents=True, exist_ok=True)
    pkg_path=PACKAGE_DIR/f'{CANDIDATE_ID}_{VERSION}_youtube_private_upload_package.json'
    video_sha=data['sha256']
    pkg={
        'candidate_id':CANDIDATE_ID,'version':VERSION,'title':TITLE,'description':DESCRIPTION,
        'hashtags':['#ScamAlert','#OnlineSafety','#PasswordSafety','#Phishing','#EverydayRedFlags'],
        'tags':['scam alert','online safety','verification code scam','account security','phishing'],
        'language':'en','categoryId':'27','privacyStatus':'private','publishAt':None,
        'selfDeclaredMadeForKids':False,'made_for_kids_reason':'General digital safety content for adults and families, not directed to children.',
        'containsSyntheticMedia':True,'synthetic_media_reason':'AI-assisted/deterministic visual production; Chatterbox synthetic voice; synthetic media disclosed for manual Studio review.',
        'thumbnail_path':None,'thumbnail_sha256':None,'video_path':str(FINAL),'video_sha256':video_sha,
        'claim_gate_result':'valid','safety_gate_result':'valid','upload_allowed':False,
    }
    canonical=json.dumps(pkg,sort_keys=True,separators=(',',':')).encode(); pack_sha=hashlib.sha256(canonical).hexdigest()
    pkg['posting_pack_sha256']=pack_sha
    pkg['approval_command']=f'APPROVED_FOR_PRIVATE_YOUTUBE_UPLOAD {CANDIDATE_ID} {VERSION} {video_sha} {pack_sha}'
    pkg_path.write_text(json.dumps(pkg,indent=2),encoding='utf-8')
    data.update({'title':TITLE,'description':DESCRIPTION,'approval_command':pkg['approval_command'],'posting_pack_sha256':pack_sha,'upload_gate_valid':True,'package_path':str(pkg_path),'thumbnail_in_package':None})
    (VERSION_DIR/'review_package_chatterbox.json').write_text(json.dumps(data,indent=2),encoding='utf-8')
    return pkg, pkg_path


def update_topic_db(final_path):
    db=ROOT/'data/content_ideas/everyday_red_flags_topic_database.json'
    if not db.exists(): return
    data=json.loads(db.read_text())
    for cat in data.get('categories',[]):
        for item in cat.get('items',[]):
            if item.get('topic_id') in {'erf-topic-fake-whatsapp-verification-code'}:
                item['status']='review_ready'; item['priority']='awaiting_review'; item['existing_artifact_hint']='erf-011_verification_code_scam'
    data['updated_at']=datetime.datetime.now(datetime.timezone.utc).isoformat()
    db.write_text(json.dumps(data,indent=2,ensure_ascii=False),encoding='utf-8')


def main():
    VERSION_DIR.mkdir(parents=True, exist_ok=True)
    scene_paths=create_scene_images()
    synthesize_chatterbox()
    words=force_align_words(); audio_duration=ffprobe_duration(AUDIO)
    render_video(words,audio_duration,scene_paths)
    segments=build_segments(words)
    media_meta=probe(FINAL); video_sha=sha256(FINAL)
    media_cache_path=MEDIA_CACHE / FINAL.name
    MEDIA_CACHE.mkdir(parents=True, exist_ok=True); shutil.copy2(FINAL,media_cache_path)
    data={'candidate_id':CANDIDATE_ID,'version':VERSION,'script':SCRIPT,'scene_images':[str(p) for p in scene_paths],
          'caption_alignment':'faster_whisper_word_timestamps_source_punctuation_segments','caption_style':'static_phrase_segment_2line_active_word_highlight','word_count':len(words),'segment_count':len(segments),'audio_duration':audio_duration,'video_meta':media_meta,'sha256':video_sha,'output':str(FINAL),'media_cache_path':str(media_cache_path),'media_cache_sha256':sha256(media_cache_path),'audio':str(AUDIO),'contact_sheet':str(CONTACT),'qa_frames':[str(VERSION_DIR/f'qa_frame_{s:02d}.png') for s in QA_SECONDS],
          'visual_policy':'high-quality AI-generated keyframes + subtitles only; no renderer arrows/boxes/circles/progress bars/labels/caption boxes','notes':'Chatterbox Taylor/Scientific voice, forced word timing, readable sentence-level caption groups, no non-subtitle renderer overlays; thumbnail intentionally omitted; user sets thumbnail manually.'}
    pkg,pkg_path=build_package(data)
    update_topic_db(FINAL)
    return data

if __name__ == '__main__':
    print(json.dumps(main(),indent=2))