"""Cross-check 166 resolved theporndude domains vs nasze 25 tube origins."""
import json
from pathlib import Path

# Origins z DB (live + dead) + extractor REGISTRY w app/extractors/__init__.py
OUR_ORIGINS = [
    # DB live + dead
    "tube:0dayxxcom", "tube:epornercom", "tube:fpoxxx", "tube:freshpornoorg",
    "tube:hqpornercom", "tube:latestpornvideocom", "tube:mypornerleakcom",
    "tube:perverzijacom", "tube:porn00org", "tube:porndishcom", "tube:porndittcom",
    "tube:pornhatcom", "tube:pornhubcom", "tube:porntrexcom", "tube:pornxpph",
    "tube:redtubecom", "tube:sxylandcom", "tube:sxyprncom", "tube:xhamstercom",
    "tube:xnxxcom", "tube:xvideoscom", "tube:youporncom", "tube:latestleaksco",
    "tube:siskavideo", "tube:hdporn92com",
    # REGISTRY only (extractor known, brak playback w live DB)
    "tube:xmoviesforyoucom", "tube:watchporn", "tube:porn4dayspw",
    "tube:paradisehillcc",
]


# Tylko realne TLD-y. NIE "tube"/"porn"/"xxx" bo to często części nazwy (redtube, pornhub, fpoxxx).
_TLD_RE = __import__("re").compile(r"(com|net|org|tv|cc|pw|co|to|ws|me|sx|info|biz)$")


def _strip_tld(s: str) -> str:
    """xvideoscom -> xvideos; pornhubcom -> pornhub; hdporn92com -> hdporn92"""
    return _TLD_RE.sub("", s)

# Build sitetag → matching variants for fuzzy match
def origin_to_sitetag(origin: str) -> str:
    return origin.replace("tube:", "")


def domain_to_sitetag(domain: str) -> str:
    """xvideos.com -> xvideoscom, porntrex.com -> porntrexcom"""
    return domain.lower().replace(".", "").replace("-", "")


def match(slug: str, domain: str) -> str | None:
    """Match po `slug` (z theporndude review URL) lub `real_domain` (z pdude.link).
    Slug to nazwa tube'a (np. 'xvideos', 'pornhub', 'paradisehill').
    Origin format: tube:<sitetag>, gdzie sitetag = domain.replace('.', '').
    Match na "slug pasuje do sitetag bez TLD" daje dobry recall.
    """
    candidates = []
    if slug:
        candidates.append(slug.lower().replace("-", ""))
    if domain:
        candidates.append(domain_to_sitetag(domain))
    if not candidates:
        return None

    for o in OUR_ORIGINS:
        st = origin_to_sitetag(o)
        st_no_tld = _strip_tld(st)
        for c in candidates:
            c_no_tld = _strip_tld(c)
            if c_no_tld == st_no_tld and len(c_no_tld) >= 3:
                return o
    return None


def main():
    data = json.loads(Path("theporndude_resolved.json").read_text())
    have = []
    new = []
    error = []
    for r in data:
        if "error" in r and not r.get("real_domain"):
            error.append(r)
            continue
        domain = r.get("real_domain", "")
        our = match(r.get("slug", ""), domain)
        r["our_origin"] = our
        if our:
            have.append(r)
        else:
            new.append(r)

    print(f"=== Coverage ===")
    print(f"Total theporndude top-porn-tubes:       {len(data)}")
    print(f"  Already in our DB:                    {len(have)}")
    print(f"  NEW (potential candidates):           {len(new)}")
    print(f"  Errors:                               {len(error)}")
    print()
    print(f"=== Already have (matched) — top 30 by theporndude rank ===")
    for r in sorted(have, key=lambda x: x["rank"])[:30]:
        print(
            f"  #{r['rank']:>3}  score={r.get('theporndude_score') or '?':>4}  "
            f"{r['real_domain']:<28} -> {r['our_origin']}"
        )
    print()
    print(f"=== NEW candidates (not in DB) — top 60 by theporndude rank ===")
    for r in sorted(new, key=lambda x: x["rank"])[:60]:
        print(
            f"  #{r['rank']:>3}  score={r.get('theporndude_score') or '?':>4}  "
            f"{r.get('real_domain') or '?':<30}  ({r['slug']})"
        )

    # Output detailed
    summary = {
        "total": len(data),
        "already_have": [{"rank": r["rank"], "slug": r["slug"], "domain": r["real_domain"],
                          "score": r.get("theporndude_score"), "our_origin": r["our_origin"]}
                         for r in sorted(have, key=lambda x: x["rank"])],
        "new_candidates": [{"rank": r["rank"], "slug": r["slug"], "domain": r.get("real_domain"),
                            "score": r.get("theporndude_score"),
                            "final_url": r.get("final_url", "")}
                           for r in sorted(new, key=lambda x: x["rank"])],
        "errors": [{"rank": r["rank"], "slug": r["slug"], "error": r.get("error")}
                   for r in error],
    }
    Path("theporndude_coverage.json").write_text(json.dumps(summary, indent=2))
    print(f"\n-> theporndude_coverage.json")


if __name__ == "__main__":
    main()