CLMystery as a python "one-liner" (well, one expression)

clmystery.py

"Yay" if __import__("hashlib").md5((next((n & g).pop() for g, n in     
    (
        (g, set(dr["Owner"] for dr in v if all(el in t.lower().split() for el in 
            [
                dr["Color"].lower(), dr["Make"].lower(),
                dr["Height"].split("'")[0] + "'",
            ]) and
                dr["License Plate"].startswith(__import__("re")
                    .search(r'starts with "([A-Z0-9]+)"', t).group(1)) and
                dr["License Plate"].endswith(__import__("re")
                    .search(r'ends with "([A-Z0-9]+)"', t).group(1))
            ) & set(s))
         for t, s, v, p, g in (
            (
                __import__("re").sub(
                    r"[^\w '\"]", " ",
                    next(
                        itw for itw in (p(pw) for pw in pws)
                        if itw.startswith("Interviewed")
                    ) + " " + t1
                ),
                s, v, p,
                {
                    k for k, v in (pe.split("\t", 1) for pe in open("people").readlines()[8:])
                    if v[0] == next(
                        g for g in ("male", "female")
                        if g in t1.replace(",", "").split()
                    )[0].upper()
                },
            )
            for (t1, s, pws), v, p in [[
                (f(l2) for f, l2 in zip(
                    (
                        lambda x: x,
                        lambda x: list(
                            n[:-1]
                            for n in set.intersection(*(
                                set(
                                    open("memberships/" + f).readlines()
                                )
                                for f in 
                                    set(map(
                                        {w: m
                                             for m in __import__("os").listdir("memberships")
                                             for w in m.lower().split("_")
                                        }.__getitem__,
                                        set(x.lower().replace(",", "").split()) & 
                                        set(
                                            w2
                                            for e in __import__("os").listdir("memberships")
                                            for w2 in e.lower().split("_")
                                        )
                                    ))
                            ))
                        ),
                        lambda x: list(i for i, p in enumerate(open("people").readlines()[8:])
                            if (p.split()[0] in x.replace(",", "").split()) and
                            ({"M": "man", "F": "woman"}[p.split("\t")[1]] in x.split())),
                    ),
                    (l for l in open("crimescene") if l.startswith("CLUE:"))
                )),
                [
                    dict(l.split(": ") for l in e.split("\n"))
                    for e in open("vehicles").read()[115:]
                        .replace("Plate", "Plate:").strip().split("\n\n")
                ],
                lambda n: open("interviews/interview-" + next((
                        open("streets/" + st.replace(" ", "_")).readlines()[int(li) - 1]
                        for st, li in 
                            [open("people").readlines()[8:][n]
                                 .strip().split("\t")[-1].split(", line")
                            ]
                )).strip().split("#")[1]).read()
            ]]
            )
    )   
) + "\n").encode()).hexdigest() == open("../encoded").read()[:32] else "Nay :("

one-line-clmystery.py

"Yay" if __import__("hashlib").md5((next((n & g).pop() for g, n in ((g, set(dr["Owner"] for dr in v if all(el in t.lower().split() for el in [ dr["Color"].lower(), dr["Make"].lower(), dr["Height"].split("'")[0] + "'",]) and dr["License Plate"].startswith(__import__("re") .search(r'starts with "([A-Z0-9]+)"', t).group(1)) and dr["License Plate"].endswith(__import__("re") .search(r'ends with "([A-Z0-9]+)"', t).group(1))) & set(s)) for t, s, v, p, g in ((__import__("re").sub(r"[^\w '\"]", " ", next(itw for itw in (p(pw) for pw in pws) if itw.startswith("Interviewed")) + " " + t1), s, v, p, { k for k, v in (pe.split("\t", 1) for pe in open("people").readlines()[8:]) if v[0] == next(g for g in ("male", "female") if g in t1.replace(",", "").split())[0].upper()},) for (t1, s, pws), v, p in [[ (f(l2) for f, l2 in zip((lambda x: x, lambda x: list(n[:-1] for n in set.intersection(*(set(open("memberships/" + f).readlines()) for f in set(map({w: m for m in __import__("os").listdir("memberships") for w in m.lower().split("_")}.__getitem__, set(x.lower().replace(",", "").split()) & set(w2 for e in __import__("os").listdir("memberships") for w2 in e.lower().split("_"))))))), lambda x: list(i for i, p in enumerate(open("people").readlines()[8:]) if (p.split()[0] in x.replace(",", "").split()) and ({"M": "man", "F": "woman"}[p.split("\t")[1]] in x.split())),), (l for l in open("crimescene") if l.startswith("CLUE:")))), [ dict(l.split(": ") for l in e.split("\n")) for e in open("vehicles").read()[115:] .replace("Plate", "Plate:").strip().split("\n\n")], lambda n: open("interviews/interview-" + next((open("streets/" + st.replace(" ", "_")).readlines()[int(li) - 1] for st, li in [open("people").readlines()[8:][n] .strip().split("\t")[-1].split(", line")])).strip().split("#")[1]).read()]]))) + "\n").encode()).hexdigest() == open("../encoded").read()[:32] else "Nay :("