which command line to use here

[SoulsKeeper]

hi guys i need to execute this file but don't know which command line to use could you help me figure it out and maybe tell me how to look for it myself so i wont have to bother you

Thanks!

main.py:

from __future__ import print_function
from random import randint, shuffle
import sys
from struct import unpack, pack as pk
from io import BytesIO as BIO
import lzwlib

up = lambda *args: unpack(*args)[0]


def F(f):
    assert f.read(3) == 'GIF', ''
    assert f.read(3) == '89a', ''
    w, h = unpack('HH', f.read(4))

    assert 32 <= w <= 500, ''
    assert 32 <= h <= 500, ''
    logflags = up('B', f.read(1))

    assert logflags & 0x80, ''
    size_count = logflags & 0x07

    gct_count = 2**(size_count+1)
    assert 4 <= gct_count <= 256, ''

    bgcoloridx = up('B', f.read(1))
    f.seek(1, 1)
    clrs = []
    for i in range(gct_count):
        clr = (up('B', f.read(1)), up('B', f.read(1)), up('B', f.read(1)))
        clrs.append(clr)

    assert len(clrs) > bgcoloridx, ''
    return clrs, bgcoloridx, size_count, h, w


class T(object):
    I = 0
    EG = 1
    EA = 2
    EC = 3
    ET = 4


def C(f):
    rb = f.read(1)
    b = up('B', rb)

    while b != 0x3B:
        buf = ''
        buf += rb
        if b == 0x2c:
            nbuf = f.read(2*4)
            eb = f.read(1)
            assert (up('B', eb) & 0x03) == 0, ''
            nbuf += eb

            nbuf += f.read(1)
            nbuf += V(f)
            t = T.I
        elif b == 0x21:
            rb = f.read(1)
            buf += rb
            b = up('B', rb)

            if b == 0xF9:
                nbuf = f.read(1)
                blksize = up('B', nbuf)
                nbuf += f.read(blksize)
                nbuf += f.read(1)
                assert nbuf[-1] == '\x00', ''
                t = T.EG
            elif b in [0xFF, 0x01]:
                nbuf = f.read(1)
                blksize = up('B', nbuf)
                nbuf += f.read(blksize)
                nbuf += V(f)

                t = (b+3) & 0x0F
            elif b == 0xFE:
                nbuf = V(f)

                t = T.EC
            else:
                raise Exception("unsupprted thing @{}".format(f.tell()))

        buf += nbuf

        yield t, buf
        rb = f.read(1)
        b = up('B', rb)

    yield None, '\x3B'

    raise StopIteration


def WB(buf):
    blockcount = len(buf)/0xFF
    blockcount += 1 if len(buf) % 0xFF else 0

    blocks = [
        pk('B', len(subblock))+subblock for subblock in [
            buf[i:0xFF+i] for i in range(0, blockcount*0xFF, 0xFF)
        ]
    ]

    return ''.join(blocks) + '\x00'


def k(bf):
    combined_buf = ''
    while True:
        cb = ord(bf.read(1))
        if not cb:
            break

        combined_buf += bf.read(cb)
    return combined_buf


def V(f):
    sbx = ''
    while True:
        rcb = f.read(1)
        sbx += rcb
        if rcb == '\x00':
            break

        cb = up('B', rcb)
        blk = f.read(cb)
        sbx += blk

    return sbx


def Q(delay, w, h, x, y, tidx):

    assert 0 <= tidx <= 255
    assert 0 <= delay < 2**16

    indices = [tidx]*(w*h)
    buf = BIO('')

    buf.write('\x21\xF9\x04\x05')
    buf.write(pk('H', delay))
    buf.write(pk('B', tidx))
    buf.write('\x00')

    buf.write('\x2c')
    buf.write(pk('H', x))
    buf.write(pk('H', y))
    buf.write(pk('H', w))
    buf.write(pk('H', h))
    buf.write('\x00')

    LZWMinimumCodeSize = 8

    cmprs, _ = lzwlib.Lzwg.compress(
        indices, LZWMinimumCodeSize)

    obuf = pk('B', LZWMinimumCodeSize) + WB(cmprs)

    buf.write(obuf)
    buf.seek(0)
    return buf.read()


def z(n):
    import math
    for i in range(1, int(math.sqrt(n) + 1)):
        if n % i == 0:
            yield i


def m(a, mm, hh):
    if a < 0x08:
        if a % 2:
            _0 = 0
            _1 = 1
            _4 = a << 2
            _3 = randint(4, mm-1)
        else:
            _0 = 1
            _1 = a << 1
            _3 = randint(4, mm/2)
            _4 = randint(4, hh/3)
    else:
        ds = list(z(a))
        _0 = 0
        _1 = 0
        shuffle(ds)
        _4 = ds[0]
        assert a % _4 == 0
        _3 = a/_4

    return _0, _1, _3, _4


def h(b6, b1, mw, mh, mci, d=3):
    idx = randint(0, (mci-1)/2)*2 + b1
    x, xx, xxx, xxxx = m(b6, mw, mh)
    f = Q(d, xxx, xxxx, x, xx, idx)
    return f


def M(s):
    l = list(set(s.upper()))
    shuffle(l)
    d = ''.join(l)
    assert len(d) <= 2**6, ''
    return d, [(d.index(c.upper()), int(c.isupper())) for c in s]


def E(f, s, o):
    global_colors, bgcoloridx, size_count, hh, ww = F(f)
    mp, ks = M(s)
    hdr_end = f.tell()
    f.seek(0)
    o.write(f.read(hdr_end))
    fc = 0

    o.write('\x21\xFE')
    o.write(WB('RDBNB'+mp))
    o.flush()

    for t, buf in C(f):
        print('.', end='')
        if t == T.EC:
            continue
        if t == T.EG:
            if ks:
                delay = up('<H', buf[4:6])
                assert delay >= 6
                buf = buf[:4] + pk('<H', delay - 3) + buf[6:]
            obuf = buf

        elif t == T.I:
            fc += 1
            total_raw_blocks_data = ''
            bf = BIO(buf)
            pref = bf.read(10)

            LZWMinimumCodeSize = ord(bf.read(1))
            total_raw_blocks_data = k(bf)

            indices, dcmprsdcodes = lzwlib.Lzwg.decompress(
                total_raw_blocks_data, LZWMinimumCodeSize)
            xxx = unpack('<B H H H H B', pref)

            cmprs, codes = lzwlib.Lzwg.compress(
                indices, LZWMinimumCodeSize)

            obuf = pref + pk('B', LZWMinimumCodeSize) + WB(cmprs)

            if ks:
                mpindx, isup = ks.pop(0)
                obuf += h(mpindx, isup,
                          ww, hh, len(global_colors)-1)
        else:
            obuf = buf

        o.write(obuf)
    o.flush()
    assert not ks, ''

    return 0


if __name__ == '__main__':
    assert len(sys.argv) > 2, 'bad input'
    fpath = sys.argv[1]
    flag = sys.argv[2]
    if len(sys.argv) > 3:
        outpath = sys.argv[3]
    else:
        outpath = fpath + '.out.gif'

    f = open(fpath, 'rb')
    o = open(outpath, 'wb')
    rv = E(f, flag, o)
    sys.exit(rv)