def gopt(args, d: bool = False):
re = getopt(args, 'h?i:d:p:m:r:ynFv:a:o:s', [
'help', 'ac=', 'dm=', 'ad=', 'yf', 'nf', 'mc=', 'ar', 'nar', 'ax=',
'as=', 'ak=', 'ab', 'nab', 'fa=', 'sv=', 'ma=', 'ms=', 'da=',
'httpproxy=', 'httpsproxy=', 'jt=', 'jts=', 'af', 'naf', 'afp=', 'slt',
'nslt', 'te', 'nte', 'bd', 'nbd', 'cad', 'ncad', 'lrh', 'nlrh', 'ym',
'nm', 'yac', 'nac', 'ydm', 'ndm', 'yad', 'nad', 'yr', 'nr', 'ysv',
'nsv', 'yma', 'nma', 'yda', 'nda', 'ahttpproxy=', 'ahttpsproxy=',
'lan=', 'bp', 'nbp', 'in', 'nin', 'mt', 'nmt', 'vi=', 'uc', 'nuc',
'ass', 'nass', 'dmp', 'ndmp', 'vf=', 'lmd=', 'ynal', 'nnal', 'log',
'nlog', 'yauf', 'nauf', 'ydwa', 'ndwa', 'yol', 'nol', 'ltid'
])
if d:
print(re)
rr = re[0]
r = {}
h = False
for i in rr:
if i[0] == '-h' or i[0] == '-?' or i[0] == '--help':
h = True
if i[0] == '-i' and not 'i' in r:
r['i'] = i[1]
if i[0] == '-d' and not 'd' in r and i[1].isnumeric() and int(
i[1]) > 0 and int(i[1]) < 9:
r['d'] = int(i[1])
if i[0] == '-p' and not 'p' in r:
r['p'] = i[1]
if i[0] == '-m' and not 'm' in r:
if i[1].lower() == 'true':
r['m'] = True
elif i[1].lower() == 'false':
r['m'] = False
if i[0] == '--ym' and not 'm' in r:
r['m'] = True
if i[0] == '--nm' and not 'm' in r:
r['m'] = False
if i[0] == '--ac' and not 'ac' in r:
if i[1].lower() == 'true':
r['ac'] = True
elif i[1].lower() == 'false':
r['ac'] = False
if i[0] == '--yac' and not 'ac' in r:
r['ac'] = True
if i[0] == '--nac' and not 'ac' in r:
r['ac'] = False
if i[0] == '--dm' and not 'dm' in r:
if i[1].lower() == 'true':
r['dm'] = True
elif i[1].lower() == 'false':
r['dm'] = False
if i[0] == '--ydm' and not 'dm' in r:
r['dm'] = True
if i[0] == '--ndm' and not 'dm' in r:
r['dm'] = False
if i[0] == '--ad' and not 'ad' in r:
if i[1].lower() == 'true':
r['ad'] = True
elif i[1].lower() == 'false':
r['ad'] = False
if i[0] == '--yad' and not 'ad' in r:
r['ad'] = True
if i[0] == '--nad' and not 'ad' in r:
r['ad'] = False
if i[0] == '-r' and not 'r' in r:
if i[1].lower() == 'true':
r['r'] = True
elif i[1].lower() == 'false':
r['r'] = False
if i[0] == '--yr' and not 'r' in r:
r['r'] = True
if i[0] == '--nr' and not 'r' in r:
r['r'] = False
if i[0] == '-y' and not 'y' in r:
r['y'] = True
if i[0] == '-n' and not 'y' in r:
r['y'] = False
if i[0] == '--yf' and not 'yf' in r:
r['yf'] = True
if i[0] == '--nf' and not 'yf' in r:
r['yf'] = False
if i[0] == '--mc' and not 'mc' in r:
if i[1].lower() == 'avc':
r['mc'] = True
elif i[1].lower() == 'hev':
r['mc'] = False
if i[0] == '--ar' and not 'ar' in r:
r['ar'] = True
if i[0] == '--nar' and not 'ar' in r:
r['ar'] = False
if i[0] == '--ax' and not 'ax' in r:
if i[1].isnumeric():
i2 = int(i[1])
if i2 < 17 and i2 > 0:
r['ax'] = i2
if i[0] == '--as' and not 'as' in r:
if i[1].isnumeric():
i2 = int(i[1])
if i2 > 0:
r['as'] = i2
if i[0] == '--ak' and not 'ak' in r:
if i[1].isnumeric():
i2 = int(i[1])
if i2 > 0 and i2 < 1025:
r['ak'] = i2
if i[0] == '--ab' and not 'ab' in r:
r['ab'] = True
if i[0] == '--nab' and not 'ab' in r:
r['ab'] = False
if i[0] == '--fa' and not 'fa' in r:
if i[1].lower() == 'none' or i[1].lower() == 'prealloc' or i[
1].lower() == 'trunc' or i[1].lower() == 'falloc':
r['fa'] = i[1].lower()
if i[0] == '--sv' and not 'sv' in r:
if i[1].lower() == 'true':
r['sv'] = True
elif i[1].lower() == 'false':
r['sv'] = False
if i[0] == '--ysv' and not 'sv' in r:
r['sv'] = True
if i[0] == '--nsv' and not 'sv' in r:
r['sv'] = False
if i[0] == '--ma' and not 'ma' in r:
if i[1].lower() == 'true':
r['ma'] = True
elif i[1].lower() == 'false':
r['ma'] = False
if i[0] == '--yma' and not 'ma' in r:
r['ma'] = True
if i[0] == '--nma' and not 'ma' in r:
r['ma'] = False
if i[0] == '--ms' and not 'ms' in r:
t = search("^[0-9]+[MK]?$", i[1])
if t != None:
r['ms'] = i[1]
if i[0] == '--da' and not 'da' in r:
if i[1].lower() == 'true':
r['da'] = True
elif i[1].lower() == 'false':
r['da'] = False
if i[0] == '--yda' and not 'da' in r:
r['da'] = True
if i[0] == '--nda' and not 'da' in r:
r['da'] = False
if i[0] == '--httpproxy' and not 'httpproxy' in r:
r['httpproxy'] = i[1]
if i[0] == '--httpsproxy' and not 'httpsproxy' in r:
r['httpsproxy'] = i[1]
if i[0] == "--jt" and not 'jt' in r:
if i[1].lower() == 'a' or i[1].lower() == 'b' or i[1].isnumeric():
r['jt'] = i[1].lower()
if i[0] == '--jts' and not 'jts' in r:
if checktime(i[1]):
r['jts'] = i[1]
if i[0] == '-F' and not 'F' in r:
r['F'] = True
if i[0] == '-v' and not 'v' in r:
if i[1].isnumeric():
if int(i[1]) > 0:
r['v'] = i[1]
if i[0] == '-a' and not 'a' in r:
if i[1].isnumeric():
if int(i[1]) > 0:
r['a'] = i[1]
if i[0] == '-o' and not 'o' in r:
r['o'] = filterd(i[1])
if i[0] == '--af' and not 'af' in r:
r['af'] = False
if i[0] == '--naf' and not 'af' in r:
r['af'] = True
if i[0] == '--afp' and not 'afp' in r:
r['afp'] = i[1]
if i[0] == '-s' and not 's' in r:
r['s'] = True
if i[0] == '--slt' and not 'slt' in r:
r['slt'] = True
if i[0] == '--nslt' and not 'slt' in r:
r['slt'] = False
if i[0] == '--te' and not 'te' in r:
r['te'] = True
if i[0] == '--nte' and not 'te' in r:
r['te'] = False
if i[0] == '--bd' and not 'bd' in r:
r['bd'] = True
if i[0] == '--nbd' and not 'bd' in r:
r['bd'] = False
if i[0] == '--cad' and not 'cad' in r:
r['cad'] = True
if i[0] == '--ncad' and not 'cad' in r:
r['cad'] = False
if i[0] == '--lrh' and not 'lrh' in r:
r['lrh'] = True
if i[0] == '--nlrh' and not 'lrh' in r:
r['lrh'] = False
if i[0] == '--ahttpproxy' and not 'ahttpproxy' in r:
r['ahttpproxy'] = i[1]
if i[0] == '--ahttpsproxy' and not 'ahttpsproxy' in r:
r['ahttpsproxy'] = i[1]
if i[0] == '--lan' and not 'lan' in r and (i[1] == 'null'
or i[1] in lan):
r['lan'] = i[1]
if i[0] == '--bp' and not 'bp' in r:
r['bp'] = True
if i[0] == '--nbp' and not 'bp' in r:
r['bp'] = False
if i[0] == '--in' and not 'in' in r:
r['in'] = True
if i[0] == '--nin' and not 'in' in r:
r['in'] = False
if i[0] == '--mt' and not 'mt' in r:
r['mt'] = True
if i[0] == '--nmt' and not 'mt' in r:
r['mt'] = False
if i[0] == '--vi' and not 'vi' in r:
if i[1].isnumeric():
r['vi'] = int(i[1])
if i[0] == '--uc' and not 'uc' in r:
r['uc'] = True
if i[0] == '--nuc' and not 'uc' in r:
r['uc'] = False
if i[0] == '--ass' and not 'ass' in r:
r['ass'] = True
if i[0] == '--nass' and not 'ass' in r:
r['ass'] = False
if i[0] == '--dmp' and not 'dmp' in r:
r['dmp'] = True
if i[0] == '--ndmp' and not 'dmp' in r:
r['dmp'] = False
if i[0] == '--vf' and not 'vf' in r and i[1] in ['mkv', 'mp4']:
r['vf'] = i[1]
if i[0] == '--lmd' and not 'lmd' in r and i[1].isnumeric():
if int(i[1]) >= 0:
r['lmd'] = int(i[1])
if i[0] == '--ynal' and not 'nal' in r:
r['nal'] = True
if i[0] == '--nnal' and not 'nal' in r:
r['nal'] = False
if i[0] == '--log' and not 'log' in r:
r['log'] = True
if i[0] == '--nlog' and not 'log' in r:
r['log'] = False
if i[0] == '--yauf' and not 'auf' in r:
r['auf'] = True
if i[0] == '--nauf' and not 'auf' in r:
r['auf'] = False
if i[0] == '--ydwa' and not 'dwa' in r:
r['dwa'] = True
if i[0] == '--ndwa' and not 'dwa' in r:
r['dwa'] = False
if i[0] == '--yol' and not 'ol' in r:
r['ol'] = True
if i[0] == '--nol' and not 'ol' in r:
r['ol'] = False
if i[0] == '--ltid':
r['ltid'] = True
if h:
global la
la = getdict('command', getlan(se, r))
ph()
exit()
for i in re[1]:
if i.lower() == "show":
r['SHOW'] = True
return r
def gopt(args, d: bool = False):
re = getopt(args, 'h?i:d:p:m:r:ynFv:a:o:scb:V:', [
'help', 'ac=', 'dm=', 'ad=', 'yf', 'nf', 'mc=', 'ar', 'nar', 'ax=',
'as=', 'ak=', 'ab', 'nab', 'fa=', 'sv=', 'ma=', 'ms=', 'da=',
'httpproxy=', 'httpsproxy=', 'jt=', 'jts=', 'af', 'naf', 'afp=', 'slt',
'nslt', 'te', 'nte', 'bd', 'nbd', 'cad', 'ncad', 'lrh', 'nlrh', 'ym',
'nm', 'yac', 'nac', 'ydm', 'ndm', 'yad', 'nad', 'yr', 'nr', 'ysv',
'nsv', 'yma', 'nma', 'yda', 'nda', 'ahttpproxy=', 'ahttpsproxy=',
'lan=', 'bp', 'nbp', 'in', 'nin', 'mt', 'nmt', 'vi=', 'uc', 'nuc',
'ass', 'nass', 'dmp', 'ndmp', 'vf=', 'lmd=', 'ynal', 'nnal', 'log',
'nlog', 'yauf', 'nauf', 'ydwa', 'ndwa', 'yol', 'nol', 'ltid', 'ncc',
'ycc', 'nfo', 'nnfo', 'anopro', 'mxd=', 'imn', 'nimn', 'nlt=', 'nsp=',
'fnl=', 'lp', 'nlp'
])
if d:
print(re)
rr = re[0]
r = {}
h = False
for i in rr:
if i[0] == '-h' or i[0] == '-?' or i[0] == '--help':
h = True
if i[0] == '-i' and 'i' not in r:
r['i'] = i[1]
if i[0] == '-d' and 'd' not in r and i[1].isnumeric() and int(
i[1]) > 0 and int(i[1]) < 9:
r['d'] = int(i[1])
if i[0] == '-p' and 'p' not in r:
r['p'] = i[1]
if i[0] == '-m' and 'm' not in r:
if i[1].lower() == 'true':
r['m'] = True
elif i[1].lower() == 'false':
r['m'] = False
if i[0] == '--ym' and 'm' not in r:
r['m'] = True
if i[0] == '--nm' and 'm' not in r:
r['m'] = False
if i[0] == '--ac' and 'ac' not in r:
if i[1].lower() == 'true':
r['ac'] = True
elif i[1].lower() == 'false':
r['ac'] = False
if i[0] == '--yac' and 'ac' not in r:
r['ac'] = True
if i[0] == '--nac' and 'ac' not in r:
r['ac'] = False
if i[0] == '--dm' and 'dm' not in r:
if i[1].lower() == 'true':
r['dm'] = True
elif i[1].lower() == 'false':
r['dm'] = False
if i[0] == '--ydm' and 'dm' not in r:
r['dm'] = True
if i[0] == '--ndm' and 'dm' not in r:
r['dm'] = False
if i[0] == '--ad' and 'ad' not in r:
if i[1].lower() == 'true':
r['ad'] = True
elif i[1].lower() == 'false':
r['ad'] = False
if i[0] == '--yad' and 'ad' not in r:
r['ad'] = True
if i[0] == '--nad' and 'ad' not in r:
r['ad'] = False
if i[0] == '-r' and 'r' not in r:
if i[1].lower() == 'true':
r['r'] = True
elif i[1].lower() == 'false':
r['r'] = False
if i[0] == '--yr' and 'r' not in r:
r['r'] = True
if i[0] == '--nr' and 'r' not in r:
r['r'] = False
if i[0] == '-y' and 'y' not in r:
r['y'] = True
if i[0] == '-n' and 'y' not in r:
r['y'] = False
if i[0] == '--yf' and 'yf' not in r:
r['yf'] = True
if i[0] == '--nf' and 'yf' not in r:
r['yf'] = False
if i[0] == '--mc' and 'mc' not in r:
if i[1].lower() == 'avc':
r['mc'] = True
elif i[1].lower() == 'hev':
r['mc'] = False
if i[0] == '--ar' and 'ar' not in r:
r['ar'] = True
if i[0] == '--nar' and 'ar' not in r:
r['ar'] = False
if i[0] == '--ax' and 'ax' not in r:
if i[1].isnumeric():
i2 = int(i[1])
if i2 < 17 and i2 > 0:
r['ax'] = i2
if i[0] == '--as' and 'as' not in r:
if i[1].isnumeric():
i2 = int(i[1])
if i2 > 0:
r['as'] = i2
if i[0] == '--ak' and 'ak' not in r:
if i[1].isnumeric():
i2 = int(i[1])
if i2 > 0 and i2 < 1025:
r['ak'] = i2
if i[0] == '--ab' and 'ab' not in r:
r['ab'] = True
if i[0] == '--nab' and 'ab' not in r:
r['ab'] = False
if i[0] == '--fa' and 'fa' not in r:
if i[1].lower() == 'none' or i[1].lower() == 'prealloc' or i[
1].lower() == 'trunc' or i[1].lower() == 'falloc':
r['fa'] = i[1].lower()
if i[0] == '--sv' and 'sv' not in r:
if i[1].lower() == 'true':
r['sv'] = True
elif i[1].lower() == 'false':
r['sv'] = False
if i[0] == '--ysv' and 'sv' not in r:
r['sv'] = True
if i[0] == '--nsv' and 'sv' not in r:
r['sv'] = False
if i[0] == '--ma' and 'ma' not in r:
if i[1].lower() == 'true':
r['ma'] = True
elif i[1].lower() == 'false':
r['ma'] = False
if i[0] == '--yma' and 'ma' not in r:
r['ma'] = True
if i[0] == '--nma' and 'ma' not in r:
r['ma'] = False
if i[0] == '--ms' and 'ms' not in r:
t = search("^[0-9]+[MK]?$", i[1])
if t is not None:
r['ms'] = i[1]
if i[0] == '--da' and 'da' not in r:
if i[1].lower() == 'true':
r['da'] = True
elif i[1].lower() == 'false':
r['da'] = False
if i[0] == '--yda' and 'da' not in r:
r['da'] = True
if i[0] == '--nda' and 'da' not in r:
r['da'] = False
if i[0] == '--httpproxy' and 'httpproxy' not in r:
r['httpproxy'] = i[1]
if i[0] == '--httpsproxy' and 'httpsproxy' not in r:
r['httpsproxy'] = i[1]
if i[0] == "--jt" and 'jt' not in r:
if i[1].lower() == 'a' or i[1].lower() == 'b' or i[1].isnumeric():
r['jt'] = i[1].lower()
if i[0] == '--jts' and 'jts' not in r:
if checktime(i[1]):
r['jts'] = i[1]
if i[0] == '-F' and 'F' not in r:
r['F'] = True
if i[0] == '-v' and 'v' not in r:
if i[1].isnumeric():
if int(i[1]) > 0:
r['v'] = i[1]
if i[0] == '-a' and 'a' not in r:
if i[1].isnumeric():
if int(i[1]) > 0:
r['a'] = i[1]
if i[0] == '-o' and 'o' not in r:
r['o'] = filterd(i[1])
if i[0] == '--af' and 'af' not in r:
r['af'] = False
if i[0] == '--naf' and 'af' not in r:
r['af'] = True
if i[0] == '--afp' and 'afp' not in r:
r['afp'] = i[1]
if i[0] == '-s' and 's' not in r:
r['s'] = True
if i[0] == '--slt' and 'slt' not in r:
r['slt'] = True
if i[0] == '--nslt' and 'slt' not in r:
r['slt'] = False
if i[0] == '--te' and 'te' not in r:
r['te'] = True
if i[0] == '--nte' and 'te' not in r:
r['te'] = False
if i[0] == '--bd' and 'bd' not in r:
r['bd'] = True
if i[0] == '--nbd' and 'bd' not in r:
r['bd'] = False
if i[0] == '--cad' and 'cad' not in r:
r['cad'] = True
if i[0] == '--ncad' and 'cad' not in r:
r['cad'] = False
if i[0] == '--lrh' and 'lrh' not in r:
r['lrh'] = True
if i[0] == '--nlrh' and 'lrh' not in r:
r['lrh'] = False
if i[0] == '--ahttpproxy' and 'ahttpproxy' not in r:
r['ahttpproxy'] = i[1]
if i[0] == '--ahttpsproxy' and 'ahttpsproxy' not in r:
r['ahttpsproxy'] = i[1]
if i[0] == '--lan' and 'lan' not in r and (i[1] == 'null'
or i[1] in lan):
r['lan'] = i[1]
if i[0] == '--bp' and 'bp' not in r:
r['bp'] = True
if i[0] == '--nbp' and 'bp' not in r:
r['bp'] = False
if i[0] == '--in' and 'in' not in r:
r['in'] = True
if i[0] == '--nin' and 'in' not in r:
r['in'] = False
if i[0] == '--mt' and 'mt' not in r:
r['mt'] = True
if i[0] == '--nmt' and 'mt' not in r:
r['mt'] = False
if i[0] == '--vi' and 'vi' not in r:
if i[1].isnumeric():
r['vi'] = int(i[1])
if i[0] == '--uc' and 'uc' not in r:
r['uc'] = True
if i[0] == '--nuc' and 'uc' not in r:
r['uc'] = False
if i[0] == '--ass' and 'ass' not in r:
r['ass'] = True
if i[0] == '--nass' and 'ass' not in r:
r['ass'] = False
if i[0] == '--dmp' and 'dmp' not in r:
r['dmp'] = True
if i[0] == '--ndmp' and 'dmp' not in r:
r['dmp'] = False
if i[0] == '--vf' and 'vf' not in r and i[1] in ['mkv', 'mp4']:
r['vf'] = i[1]
if i[0] == '--lmd' and 'lmd' not in r and i[1].isnumeric():
if int(i[1]) >= 0:
r['lmd'] = int(i[1])
if i[0] == '--ynal' and 'nal' not in r:
r['nal'] = True
if i[0] == '--nnal' and 'nal' not in r:
r['nal'] = False
if i[0] == '--log' and 'log' not in r:
r['log'] = True
if i[0] == '--nlog' and 'log' not in r:
r['log'] = False
if i[0] == '--yauf' and 'auf' not in r:
r['auf'] = True
if i[0] == '--nauf' and 'auf' not in r:
r['auf'] = False
if i[0] == '--ydwa' and 'dwa' not in r:
r['dwa'] = True
if i[0] == '--ndwa' and 'dwa' not in r:
r['dwa'] = False
if i[0] == '--yol' and 'ol' not in r:
r['ol'] = True
if i[0] == '--nol' and 'ol' not in r:
r['ol'] = False
if i[0] == '--ltid':
r['ltid'] = True
if i[0] == '--ycc' and 'cc' not in r:
r['cc'] = True
if i[0] == '--ncc' and 'cc' not in r:
r['cc'] = False
if i[0] == '--nfo' and 'nfo' not in r:
r['nfo'] = True
if i[0] == '--nnfo' and 'nfo' not in r:
r['nfo'] = False
if i[0] == '-V' and 'V' not in r:
rs = search(r'^([0-9]+)(avc|hev)?$', i[1])
if rs is not None:
vid = int(rs.groups()[0])
if vid in [16, 32, 64, 74, 80, 112, 116, 120, 125]:
r['V'] = {'id': vid, 'codec': rs.groups()[1]}
elif vid in range(1, 12):
r['V'] = {'id': vid, 'codec': rs.groups()[1]}
if i[0] == '--anopro' and 'anopro' not in r:
r['anopro'] = True
if i[0] == '--mxd' and 'mxd' not in r:
if i[1].isnumeric():
if int(i[1]) >= 0:
r['mxd'] = int(i[1])
if i[0] == '--imn' and 'imn' not in r:
r['imn'] = True
if i[0] == '--nimn' and 'imn' not in r:
r['imn'] = False
if i[0] == '--nlt' and search(r'^\+?\d+(\.\d+)?$',
i[1]) and 'nlt' not in r:
r['nlt'] = float(i[1])
if i[0] == '--nsp' and search(r'^\+?\d+(\.\d+)?$',
i[1]) and 'nsp' not in r:
t = float(i[1])
t = min(max(round(t * 4), 1), 8) / 4
if t in [1, 2]:
t = round(t)
r['nsp'] = t
if i[0] == '--fnl' and i[1].isnumeric() and 'fnl' not in r:
r['fnl'] = int(i[1])
if i[0] == '--lp' and 'lp' not in r:
r['lp'] = True
if i[0] == '--nlp' and 'lp' not in r:
r['lp'] = False
if i[0] == '-b':
ree = urlsplit(i[1])
if ree.scheme == "bili":
pat = f"{ree.netloc}{ree.path}"
if ree.path == "/" and i[1].find("://") > -1:
pat = ree.netloc
argv = ['-i', unquote_plus(pat)]
getp = parse_qs(ree.query, True)
for key in getp.keys():
if key == 'b':
continue
val = getp[key]
if len(key) == 1:
key = f"-{key}"
elif len(key) > 1:
key = f"--{key}"
else:
continue
if len(val) == 1 and val[0] == "":
argv.append(key)
else:
for v in val:
argv.append(key)
argv.append(v)
if d:
print(argv)
try:
return gopt(argv)
except GetoptError:
t = i[1][5:]
if t.startswith('//'):
t = t[2:]
argv = ['-i', t]
if d:
print(argv)
return gopt(argv)
if h:
global la
la = getdict('command', getlan(se, r))
ph()
sys.exit(0)
for i in re[1]:
if i.lower() == "show":
r['SHOW'] = True
return r
def DanmuGeta(c, data, r, t, xml, xmlc, ip: dict, se: dict, che: bool = False):
"全弹幕处理"
ns = True
if 's' in ip:
ns = False
o = "Download/"
read = getset(se, 'o')
if read != None:
o = read
if 'o' in ip:
o = ip['o']
try:
if not exists(o):
mkdir(o)
except:
print(lan['ERROR3'].replace('<dirname>', o)) #创建文件夹<dirname>失败。
return -1
try:
if not exists('Temp'):
mkdir('Temp')
except:
print(lan['ERROR3'].replace('<dirname>', "Temp")) #创建Temp文件夹失败
return -1
fin = True
if getset(se, 'in') == False:
fin = False
if 'in' in ip:
fin = ip['in']
if t == 'av':
bs = True
at2 = False
fi = True
jt = False
if getset(se, 'jt') == True:
jt = True
while bs:
if fi and 'jt' in ip:
fi = False
at = ip['jt']
elif jt:
at = 'a'
elif ns:
at = input(lan['INPUT2'].replace(
'<value>',
'1-365')) #请输入两次抓取之间的天数（有效值为<value>，a会启用自动模式（推荐））：
else:
print(lan['ERROR7']) #请使用"--jt <number>|a|b"来设置两次抓取之间的天数
return -1
if at.isnumeric() and int(at) <= 365 and int(at) >= 1:
at = int(at)
bs = False
elif len(at) > 0 and at[0].lower() == 'a':
at2 = True
at = 1
bs = False
if data['videos'] == 1:
if fin:
filen = o + file.filtern(data['title'] + "(AV" +
str(data['aid']) + ',' +
data['bvid'] + ',P' + str(c) + ',' +
str(data['page'][c - 1]['cid']) +
").xml")
else:
filen = f"{o}{file.filtern(data['title'])}.xml"
else:
if fin:
filen = o + file.filtern(data['title'] + '-' + f"{c}." +
data['page'][c - 1]['part'] + "(AV" +
str(data['aid']) + ',' +
data['bvid'] + ',P' + str(c) + ',' +
str(data['page'][c - 1]['cid']) +
").xml")
else:
filen = f"{o}{file.filtern(data['title'])}-{c}.{file.filtern(data['page'][c-1]['part'])}.xml"
if exists(filen):
fg = False
bs = True
if not ns:
fg = True
bs = False
if 'y' in ip:
if ip['y']:
fg = True
bs = False
else:
fg = False
bs = False
while bs:
inp = input(
f"{lan['INPUT1'].replace('<filename>',filen)}(y/n)？"
) #文件"<filename>"已存在，是否覆盖？
if inp[0].lower() == 'y':
bs = False
fg = True
elif inp[0].lower() == 'n':
bs = False
if fg:
try:
remove(filen)
except:
print(lan['ERROR4']) #删除原有文件失败，跳过下载
return -2
else:
return -2
da = int(data['pubdate'])
zl = 0
zg = 0
zm = 0
now = 1
now2 = now
if ns:
print(lan['OUTPUT5']) #正在抓取最新弹幕……
d2 = biliDanmuDown.downloadn(data['page'][c - 1]['cid'], r)
if d2 == -1:
print(lan['ERROR1']) #网络错误！
exit()
filen2 = "Temp/a_" + str(data['page'][c - 1]['cid']) + ".xml"
if exists(filen2):
remove(filen2)
try:
f = open(filen2, mode='w', encoding='utf8')
f.write(d2)
f.close()
except:
print(lan['ERROR2'].replace('<filename>',
filen2)) #写入到文件"<filename>"时失败！
return -3
d3 = biliDanmuXmlParser.loadXML(filen2)
remove(filen2)
ma = int(d3['maxlimit'])
allok = False
if len(d3['list']) < ma - 10:
bs = True
if not ns:
bs = False
while bs:
sts = input(
f"{lan['INPUT3'].replace('<number>',str(len(d3['list']))).replace('<limit>',str(ma))}(y/n)"
)
if len(sts) > 0:
if sts[0].lower() == 'y':
bs = False
elif sts[0].lower() == 'n':
allok = True
bs = False
if not allok:
d2 = d3
if ns:
print(lan['OUTPUT6'].replace('<number>', str(len(
d2['list'])))) #抓取到<number>条弹幕，最新弹幕将在最后处理
try:
f2 = open(filen, mode='w', encoding='utf8')
except:
print(lan['ERROR5'].replace('<filename>',
filen)) #打开文件"<filename>"失败
return -3
if not allok:
try:
f2.write('<?xml version="1.0" encoding="UTF-8"?>')
f2.write(
'<i><chatserver>%s</chatserver><chatid>%s</chatid><mission>%s</mission><maxlimit>%s</maxlimit><state>%s</state><real_name>%s</real_name><source>%s</source>'
% (d2['chatserver'], d2['chatid'], d2['mission'],
d2['maxlimit'], d2['state'], d2['real_name'],
d2['source']))
except:
print(lan['ERROR6'].replace('<filename>', filen)) #保存文件失败
return -3
mri = 0
mri2 = 0
t1 = 0
t2 = 0
tem = {}
fir = True
while not allok and biliTime.equal(
biliTime.getDate(da), biliTime.getNowDate()) < 0 and (
(not at2) or
(at2
and biliTime.equal(biliTime.getDate(da + now * 24 * 3600),
biliTime.getNowDate()) < 0)):
t1 = time.time()
if (not at2) or fir:
if ns:
print(lan['OUTPUT7'].replace(
'<date>', biliTime.tostr(
biliTime.getDate(da)))) #正在抓取<date>的弹幕……
bs = True
ts = 300
rec = 0
while bs:
read = downloadh(filen2, r, data['page'][c - 1]['cid'], da)
if read == -1:
return -3
elif read == -3:
rec = rec + 1
if rec % 5 != 0:
time.sleep(5)
print(lan['OUTPUT8'].replace(
'<number>', str(rec))) #正在进行第<number>次重连
else:
bss = True
while bss:
inn = input(
f"{lan['INPUT4'].replace('<number>',str(rec))}(y/n)"
) #是否重连？（已经失败<number>次）
if len(inn) > 0 and inn[0].lower() == 'y':
time.sleep(5)
print(lan['OUTPUT8'].replace(
'<number>',
str(rec))) #正在进行第<number>次重连
elif len(inn) > 0 and inn[0].lower() == 'n':
exit()
elif 'status' in read and read['status'] == -2:
obj = json.loads(read['d'])
if obj['code'] == -101:
if obj['message'] == '账户未登录':
ud = {}
read = biliLogin.login(r, ud, ip)
if read > 1:
exit()
else:
print(obj)
print(lan['OUTPUT9'].replace(
'<number>', str(ts))) #休眠<number>s
time.sleep(ts)
ts = ts + 300
else:
print(obj)
print(lan['OUTPUT9'].replace(
'<number>', str(ts))) #休眠<number>s
time.sleep(ts)
ts = ts + 300
else:
bs = False
d = read
l = 0
g = 0
if ns:
print(lan['OUTPUT10']) #正在处理弹幕……
for i in d['list']:
if mri2 < int(i['ri']):
mri2 = int(i['ri'])
if mri < int(i['ri']):
l = l + 1
if xml == 2:
try:
f2.write(biliDanmuCreate.objtoxml(i))
except:
print(lan['ERROR2'].replace(
'<filename>',
filen)) #写入到文件"<filename>"时失败！
return -3
elif xml == 1:
read = biliDanmuXmlFilter.Filter(i, xmlc)
if read:
g = g + 1
else:
try:
f2.write(biliDanmuCreate.objtoxml(i))
except:
print(lan['ERROR2'].replace(
'<filename>',
filen)) #写入到文件"<filename>"时失败！
return -3
else:
rr = False
rr2 = False
if biliTime.tostr(biliTime.getDate(da +
now * 24 * 3600)) in tem:
if ns:
print(lan['OUTPUT11'].replace(
'<date>',
biliTime.tostr(
biliTime.getDate(da + now * 24 *
3600)))) #从内存中获取了<date>的弹幕。
read = biliDanmuAuto.reload(
tem.pop(
biliTime.tostr(
biliTime.getDate(da + now * 24 * 3600))), mri,
ns)
rr = True
if read['z'] == read[
'l'] and read['z'] > ma - 10 and now > 1:
rr2 = True
if (not rr) or (rr and rr2):
if (not rr):
read = biliDanmuAuto.getMembers(
filen2, r, da + now * 24 * 3600,
data['page'][c - 1]['cid'], mri, ip)
if read == -1:
return -3
while read['z'] == read[
'l'] and read['z'] > ma - 10 and now > 1:
#if ns:
#print('尝试抓取了%s的弹幕，获取到%s条有效弹幕，未防止遗漏，间隔时间减半' % (biliTime.tostr(biliTime.getDate(da+now*24*3600)),read['l']))
tem[biliTime.tostr(
biliTime.getDate(da + now * 24 * 3600))] = read
now = now / 2
if now < 1:
now = 1
read = biliDanmuAuto.getMembers(
filen2, r, da + now * 24 * 3600,
data['page'][c - 1]['cid'], mri, ip)
if read == -1:
return -3
now2 = now
if read['l'] < ma * 0.5:
now2 = now * 2
if now2 > 365:
now2 = 365
l = read['l']
g = 0
mri2 = read['m']
if ns:
print(lan['OUTPUT12']) #正在处理……
for i in read['d']['list']:
if xml == 2:
try:
f2.write(biliDanmuCreate.objtoxml(i))
except:
print(lan['ERROR2'].replace(
'<filename>', filen)) #写入到文件"<filename>"时失败！
return -3
elif xml == 1:
read = biliDanmuXmlFilter.Filter(i, xmlc)
if read:
g = g + 1
else:
try:
f2.write(biliDanmuCreate.objtoxml(i))
except:
print(lan['ERROR2'].replace(
'<filename>',
filen2)) #写入到文件"<filename>"时失败！
return -3
bs2 = True
while bs2 and biliTime.equal(
biliTime.getDate(da + (now2 + now) * 24 * 3600),
biliTime.getNowDate()) >= 0:
if allok:
read = biliDanmuAuto.getnownumber(d3, mri2)
else:
read = biliDanmuAuto.getnownumber(d2, mri2)
if read['l'] == read['m']:
now2 = now2 / 2
if now2 < 1:
now2 = 1
else:
bs2 = False
m = l - g
zl = zl + l
zm = zm + m
zg = zg + g
if ns:
print(lan['OUTPUT13'].replace('<number>',
f"{l}({zl})")) #获取了<number>条弹幕。
if xml == 1 and ns:
print(lan['OUTPUT14'].replace('<number>',
f"{g}({zg})")) #过滤了<number>条弹幕。
print(lan['OUTPUT15'].replace(
'<number>', f"{m}({zm})")) #实际输出了<number>条弹幕。
if t2 == 0 or t1 - t2 < 2:
time.sleep(2)
t2 = t1
if not at2:
da = da + at * 3600 * 24
elif fir:
fir = False
else:
da = da + now * 3600 * 24
now = now2
mri = mri2
if not allok:
if ns:
print(lan['OUTPUT16']) #开始处理最新的弹幕……
l = 0
g = 0
for i in d2['list']:
if int(mri) < int(i['ri']):
l = l + 1
if xml == 2:
try:
f2.write(biliDanmuCreate.objtoxml(i))
except:
print(lan['ERROR2'].replace(
'<filename>', filen)) #写入到文件"<filename>"时失败！
return -3
elif xml == 1:
read = biliDanmuXmlFilter.Filter(i, xmlc)
if read:
g = g + 1
else:
try:
f2.write(biliDanmuCreate.objtoxml(i))
except:
print(lan['ERROR2'].replace(
'<filename>',
filen)) #写入到文件"<filename>"时失败！
return -3
try:
f2.write('</i>')
f2.close()
except:
print(lan['ERROR2'].replace('<filename>',
filen2)) #写入到文件"<filename>"时失败！
return -3
m = l - g
zl = zl + l
zg = zg + g
zm = zm + m
if ns:
print(lan['OUTPUT17'].replace('<number>',
str(l))) #在最新弹幕中获取新弹幕<number>条。
if xml == 1 and ns:
print(lan['OUTPUT14'].replace('<number>',
str(g))) #过滤了<number>条弹幕。
print(lan['OUTPUT15'].replace('<number>',
str(m))) #实际输出了<number>条弹幕。
if ns:
print(lan['OUTPUT18'].replace('<number>',
str(zl))) #总共获取了<number>条弹幕
if xml == 1 and ns:
print(lan['OUTPUT3'].replace('<number>',
str(zg))) #共计过滤<number>条弹幕。
print(lan['OUTPUT4'].replace('<number>',
str(zm))) #实际输出<number>条弹幕。
else:
if xml == 2:
try:
f2.write(d2)
f2.close()
except:
print(lan['ERROR2'].replace('<filename>',
filen)) #写入到文件"<filename>"时失败！
return -3
if xml == 1:
z = len(d3['list'])
g = 0
for i in d3['list']:
read = biliDanmuXmlFilter.Filter(i, xmlc)
if read:
g = g + 1
else:
try:
f2.write(biliDanmuCreate.objtoxml(i))
except:
print(lan['ERROR2'].replace(
'<filename>', filen)) #写入到文件"<filename>"时失败！
return -3
try:
f2.close()
except:
print(lan['ERROR2'].replace('<filename>',
filen)) #写入到文件"<filename>"时失败！
return -3
m = z - g
if ns:
print(lan['OUTPUT13'].replace('<number>',
str(z))) #获取了<number>条弹幕。
print(lan['OUTPUT14'].replace('<number>',
str(g))) #过滤了<number>条弹幕。
print(lan['OUTPUT15'].replace('<number>',
str(m))) #实际输出了<number>条弹幕。
return 0
elif t == 'ss':
bs = True
at2 = False
if not che:
pubt = data['mediaInfo']['time'][0:10]
else:
pubt = biliTime.tostr2(c['time'])[0:10]
fi = True
jt = False
if getset(se, 'jt') == True:
jt = True
if 'jts' in ip:
pubt = ip['jts']
while bs:
if fi and 'jt' in ip:
fi = False
at = ip['jt']
elif jt:
at = 'a'
elif ns:
at = input(
lan['INPUT5'].replace('<value>', '1-365').replace(
'<date>', str(pubt))
) #请输入两次抓取之间的天数（有效值为<value>，输入a会启用自动模式（推荐），输入b可手动输入开始抓取的日期，日期目前为<date>）：
else:
print(lan['ERROR7']) #请使用"--jt <number>|a|b"来设置两次抓取之间的天数
return -1
if at.isnumeric() and int(at) <= 365 and int(at) >= 1:
at = int(at)
bs = False
elif len(at) > 0 and at[0].lower() == 'a':
at2 = True
at = 1
bs = False
elif len(at) > 0 and at[0].lower() == 'b':
if not ns:
print(lan['ERROR8']) #请使用"--jts <date>"来修改抓取开始时间。
return -1
at3 = input(lan['INPUT6']) #请输入日期（格式为年-月-日，例如1989-02-25）：
if len(at3) > 0:
if biliTime.checktime(at3):
pubt = time.strftime('%Y-%m-%d',
time.strptime(at3, '%Y-%m-%d'))
else:
print(lan['ERROR9']) #输入格式有误或者该日期不存在。
pubt = biliTime.mkt(time.strptime(pubt, '%Y-%m-%d'))
da = int(pubt)
pat = o + file.filtern(
'%s(SS%s)' %
(data['mediaInfo']['title'], data['mediaInfo']['ssId']))
try:
if not exists(pat):
mkdir(pat)
except:
print(lan['ERROR3'].replace('<dirname>', pat)) #创建文件夹<dirname>失败。
return -1
if c['s'] == 'e':
if fin:
filen = '%s/%s' % (
pat,
file.filtern('%s.%s(%s,AV%s,%s,ID%s,%s).xml' %
(c['i'] + 1, c['longTitle'], c['titleFormat'],
c['aid'], c['bvid'], c['id'], c['cid'])))
else:
filen = '%s/%s' % (
pat, file.filtern(f"{c['i']+1}.{c['longTitle']}.xml"))
else:
if fin:
filen = '%s/%s' % (pat,
file.filtern(
'%s%s.%s(%s,AV%s,%s,ID%s,%s).xml' %
(c['title'], c['i'] + 1, c['longTitle'],
c['titleFormat'], c['aid'], c['bvid'],
c['id'], c['cid'])))
else:
filen = '%s/%s' % (
pat,
file.filtern(
f"{c['title']}{c['i']+1}.{c['longTitle']}.xml"))
if exists(filen):
fg = False
bs = True
if not ns:
fg = True
bs = False
if 'y' in ip:
if ip['y']:
fg = True
bs = False
else:
fg = False
bs = False
while bs:
inp = input(
f"{lan['INPUT1'].replace('<filename>',filen)}(y/n)？"
) #文件"<filename>"已存在，是否覆盖？
if inp[0].lower() == 'y':
bs = False
fg = True
elif inp[0].lower() == 'n':
bs = False
if fg:
try:
remove(filen)
except:
print(lan['ERROR4']) #删除原有文件失败，跳过下载
return -2
else:
return -2
zl = 0
zg = 0
zm = 0
now = 1
now2 = now
if ns:
print(lan['OUTPUT5']) #正在抓取最新弹幕……
d2 = biliDanmuDown.downloadn(c['cid'], r)
if d2 == -1:
print(lan['ERROR1']) #网络错误！
exit()
filen2 = "Temp/a_" + str(c['cid']) + ".xml"
if exists(filen2):
remove(filen2)
try:
f = open(filen2, mode='w', encoding='utf8')
f.write(d2)
f.close()
except:
print(lan['ERROR2'].replace('<filename>',
filen2)) #写入到文件"<filename>"时失败！
return -3
d3 = biliDanmuXmlParser.loadXML(filen2)
remove(filen2)
ma = int(d3['maxlimit'])
allok = False
if len(d3['list']) < ma - 10:
bs = True
if not ns:
bs = False
while bs:
sts = input(
f"{lan['INPUT3'].replace('<number>',str(len(d3['list']))).replace('<limit>',str(ma))}(y/n)"
)
if len(sts) > 0:
if sts[0].lower() == 'y':
bs = False
elif sts[0].lower() == 'n':
allok = True
bs = False
if not allok:
d2 = d3
if ns:
print(lan['OUTPUT6'].replace('<number>', str(len(
d2['list'])))) #抓取到<number>条弹幕，最新弹幕将在最后处理
try:
f2 = open(filen, mode='w', encoding='utf8')
except:
print(lan['ERROR5'].replace('<filename>',
filen)) #打开文件"<filename>"失败
return -3
if not allok:
try:
f2.write('<?xml version="1.0" encoding="UTF-8"?>')
f2.write(
'<i><chatserver>%s</chatserver><chatid>%s</chatid><mission>%s</mission><maxlimit>%s</maxlimit><state>%s</state><real_name>%s</real_name><source>%s</source>'
% (d2['chatserver'], d2['chatid'], d2['mission'],
d2['maxlimit'], d2['state'], d2['real_name'],
d2['source']))
except:
print(lan['ERROR6'].replace('<filename>', filen)) #保存文件失败
return -3
mri = 0
mri2 = 0
t1 = 0
t2 = 0
tem = {}
fir = True
while not allok and biliTime.equal(
biliTime.getDate(da), biliTime.getNowDate()) < 0 and (
(not at2) or
(at2
and biliTime.equal(biliTime.getDate(da + now * 24 * 3600),
biliTime.getNowDate()) < 0)):
t1 = time.time()
if (not at2) or fir:
if ns:
print(lan['OUTPUT7'].replace(
'<date>', biliTime.tostr(
biliTime.getDate(da)))) #正在抓取<date>的弹幕……
bs = True
ts = 300
rec = 0
while bs:
read = downloadh(filen2, r, c['cid'], da)
if read == -1:
return -3
elif read == -3:
rec = rec + 1
if rec % 5 != 0:
time.sleep(5)
print(lan['OUTPUT8'].replace(
'<number>', str(rec))) #正在进行第<number>次重连
else:
bss = True
while bss:
inn = input(
f"{lan['INPUT4'].replace('<number>',str(rec))}(y/n)"
) #是否重连？（已经失败<number>次）
if len(inn) > 0 and inn[0].lower() == 'y':
time.sleep(5)
print(lan['OUTPUT8'].replace(
'<number>',
str(rec))) #正在进行第<number>次重连
elif len(inn) > 0 and inn[0].lower() == 'n':
exit()
elif 'status' in read and read['status'] == -2:
obj = json.loads(read['d'])
if obj['code'] == -101:
if obj['message'] == '账户未登录':
ud = {}
read = biliLogin.login(r, ud, ip)
if read > 1:
exit()
else:
print(obj)
print(lan['OUTPUT9'].replace(
'<number>', str(ts))) #休眠<number>s
time.sleep(ts)
ts = ts + 300
else:
print(obj)
print(lan['OUTPUT9'].replace(
'<number>', str(ts))) #休眠<number>s
time.sleep(ts)
ts = ts + 300
else:
bs = False
d = read
l = 0
g = 0
if ns:
print(lan['OUTPUT10']) #正在处理弹幕……
for i in d['list']:
if mri2 < int(i['ri']):
mri2 = int(i['ri'])
if mri < int(i['ri']):
l = l + 1
if xml == 2:
try:
f2.write(biliDanmuCreate.objtoxml(i))
except:
print(lan['ERROR2'].replace(
'<filename>',
filen)) #写入到文件"<filename>"时失败！
return -3
elif xml == 1:
read = biliDanmuXmlFilter.Filter(i, xmlc)
if read:
g = g + 1
else:
try:
f2.write(biliDanmuCreate.objtoxml(i))
except:
print(lan['ERROR2'].replace(
'<filename>',
filen)) #写入到文件"<filename>"时失败！
return -3
else:
rr = False
rr2 = False
if biliTime.tostr(biliTime.getDate(da +
now * 24 * 3600)) in tem:
if ns:
print(lan['OUTPUT11'].replace(
'<date>',
biliTime.tostr(
biliTime.getDate(da + now * 24 *
3600)))) #从内存中获取了<date>的弹幕。
read = biliDanmuAuto.reload(
tem.pop(
biliTime.tostr(
biliTime.getDate(da + now * 24 * 3600))), mri,
ns)
rr = True
if read['z'] == read[
'l'] and read['z'] > ma - 10 and now > 1:
rr2 = True
if (not rr) or (rr and rr2):
if (not rr):
read = biliDanmuAuto.getMembers(
filen2, r, da + now * 24 * 3600, c['cid'], mri, ip)
if read == -1:
return -3
while read['z'] == read[
'l'] and read['z'] > ma - 10 and now > 1:
#if ns:
#print('尝试抓取了%s的弹幕，获取到%s条有效弹幕，未防止遗漏，间隔时间减半' % (biliTime.tostr(biliTime.getDate(da+now*24*3600)),read['l']))
tem[biliTime.tostr(
biliTime.getDate(da + now * 24 * 3600))] = read
now = now / 2
if now < 1:
now = 1
read = biliDanmuAuto.getMembers(
filen2, r, da + now * 24 * 3600, c['cid'], mri, ip)
if read == -1:
return -3
now2 = now
if read['l'] < ma * 0.5:
now2 = now * 2
if now2 > 365:
now2 = 365
l = read['l']
g = 0
mri2 = read['m']
if ns:
print(lan['OUTPUT12']) #正在处理……
for i in read['d']['list']:
if xml == 2:
try:
f2.write(biliDanmuCreate.objtoxml(i))
except:
print(lan['ERROR2'].replace(
'<filename>', filen)) #写入到文件"<filename>"时失败！
return -3
elif xml == 1:
read = biliDanmuXmlFilter.Filter(i, xmlc)
if read:
g = g + 1
else:
try:
f2.write(biliDanmuCreate.objtoxml(i))
except:
print(lan['ERROR2'].replace(
'<filename>',
filen2)) #写入到文件"<filename>"时失败！
return -3
bs2 = True
while bs2 and biliTime.equal(
biliTime.getDate(da + (now2 + now) * 24 * 3600),
biliTime.getNowDate()) >= 0:
if allok:
read = biliDanmuAuto.getnownumber(d3, mri2)
else:
read = biliDanmuAuto.getnownumber(d2, mri2)
if read['l'] == read['m']:
now2 = now2 / 2
if now2 < 1:
now2 = 1
else:
bs2 = False
m = l - g
zl = zl + l
zm = zm + m
zg = zg + g
if ns:
print(lan['OUTPUT13'].replace('<number>',
f"{l}({zl})")) #获取了<number>条弹幕。
if xml == 1 and ns:
print(lan['OUTPUT14'].replace('<number>',
f"{g}({zg})")) #过滤了<number>条弹幕。
print(lan['OUTPUT15'].replace(
'<number>', f"{m}({zm})")) #实际输出了<number>条弹幕。
if t2 == 0 or t1 - t2 < 2:
time.sleep(2)
t2 = t1
if not at2:
da = da + at * 3600 * 24
elif fir:
fir = False
else:
da = da + now * 3600 * 24
now = now2
mri = mri2
if not allok:
if ns:
print(lan['OUTPUT16']) #开始处理最新的弹幕……
l = 0
g = 0
for i in d2['list']:
if int(mri) < int(i['ri']):
l = l + 1
if xml == 2:
try:
f2.write(biliDanmuCreate.objtoxml(i))
except:
print(lan['ERROR2'].replace(
'<filename>', filen)) #写入到文件"<filename>"时失败！
return -3
elif xml == 1:
read = biliDanmuXmlFilter.Filter(i, xmlc)
if read:
g = g + 1
else:
try:
f2.write(biliDanmuCreate.objtoxml(i))
except:
print(lan['ERROR2'].replace(
'<filename>',
filen)) #写入到文件"<filename>"时失败！
return -3
try:
f2.write('</i>')
f2.close()
except:
print(lan['ERROR2'].replace('<filename>',
filen2)) #写入到文件"<filename>"时失败！
return -3
m = l - g
zl = zl + l
zg = zg + g
zm = zm + m
if ns:
print(lan['OUTPUT17'].replace('<number>',
str(l))) #在最新弹幕中获取新弹幕<number>条。
if xml == 1 and ns:
print(lan['OUTPUT14'].replace('<number>',
str(g))) #过滤了<number>条弹幕。
print(lan['OUTPUT15'].replace('<number>',
str(m))) #实际输出了<number>条弹幕。
if ns:
print(lan['OUTPUT18'].replace('<number>',
str(zl))) #总共获取了<number>条弹幕
if xml == 1 and ns:
print(lan['OUTPUT3'].replace('<number>',
str(zg))) #共计过滤<number>条弹幕。
print(lan['OUTPUT4'].replace('<number>',
str(zm))) #实际输出<number>条弹幕。
else:
if xml == 2:
try:
f2.write(d2)
f2.close()
except:
print(lan['ERROR2'].replace('<filename>',
filen)) #写入到文件"<filename>"时失败！
return -3
if xml == 1:
z = len(d3['list'])
g = 0
for i in d3['list']:
read = biliDanmuXmlFilter.Filter(i, xmlc)
if read:
g = g + 1
else:
try:
f2.write(biliDanmuCreate.objtoxml(i))
except:
print(lan['ERROR2'].replace(
'<filename>', filen)) #写入到文件"<filename>"时失败！
return -3
try:
f2.close()
except:
print(lan['ERROR2'].replace('<filename>',
filen)) #写入到文件"<filename>"时失败！
return -3
m = z - g
if ns:
print(lan['OUTPUT13'].replace('<number>',
str(z))) #获取了<number>条弹幕。
print(lan['OUTPUT14'].replace('<number>',
str(g))) #过滤了<number>条弹幕。
print(lan['OUTPUT15'].replace('<number>',
str(m))) #实际输出了<number>条弹幕。
return 0
def gopt(args,d:bool=False) :
re = getopt(args, 'h?i:d:p:m:r:ynFv:a:o:scb:', ['help', 'ac=', 'dm=', 'ad=', 'yf', 'nf', 'mc=', 'ar', 'nar', 'ax=', 'as=', 'ak=', 'ab', 'nab', 'fa=', 'sv=', 'ma=', 'ms=', 'da=', 'httpproxy=', 'httpsproxy=', 'jt=', 'jts=', 'af', 'naf', 'afp=', 'slt', 'nslt', 'te', 'nte', 'bd', 'nbd', 'cad', 'ncad', 'lrh', 'nlrh', 'ym', 'nm', 'yac', 'nac', 'ydm', 'ndm', 'yad', 'nad', 'yr', 'nr', 'ysv', 'nsv', 'yma', 'nma', 'yda', 'nda', 'ahttpproxy=', 'ahttpsproxy=', 'lan=', 'bp', 'nbp', 'in', 'nin', 'mt', 'nmt', 'vi=', 'uc', 'nuc', 'ass', 'nass', 'dmp', 'ndmp', 'vf=', 'lmd=', 'ynal', 'nnal', 'log', 'nlog', 'yauf', 'nauf', 'ydwa', 'ndwa', 'yol', 'nol', 'ltid'])
if d:
print(re)
rr=re[0]
r={}
h=False
for i in rr:
if i[0]=='-h' or i[0]=='-?' or i[0]=='--help':
h=True
if i[0]=='-i' and not 'i' in r:
r['i']=i[1]
if i[0]=='-d' and not 'd' in r and i[1].isnumeric() and int(i[1])>0 and int(i[1])<9 :
r['d']=int(i[1])
if i[0]=='-p' and not 'p' in r :
r['p']=i[1]
if i[0]=='-m' and not 'm' in r :
if i[1].lower()=='true' :
r['m']=True
elif i[1].lower()=='false' :
r['m']=False
if i[0]=='--ym' and not 'm' in r:
r['m']=True
if i[0]=='--nm' and not 'm' in r:
r['m']=False
if i[0]=='--ac' and not 'ac' in r:
if i[1].lower()=='true' :
r['ac']=True
elif i[1].lower()=='false' :
r['ac']=False
if i[0]=='--yac' and not 'ac' in r:
r['ac']=True
if i[0]=='--nac' and not 'ac' in r:
r['ac']=False
if i[0]=='--dm' and not 'dm' in r:
if i[1].lower()=='true' :
r['dm']=True
elif i[1].lower()=='false' :
r['dm']=False
if i[0]=='--ydm' and not 'dm' in r:
r['dm']=True
if i[0]=='--ndm' and not 'dm' in r:
r['dm']=False
if i[0]=='--ad' and not 'ad' in r:
if i[1].lower()=='true' :
r['ad']=True
elif i[1].lower()=='false' :
r['ad']=False
if i[0]=='--yad' and not 'ad' in r:
r['ad']=True
if i[0]=='--nad' and not 'ad' in r:
r['ad']=False
if i[0]=='-r' and not 'r' in r:
if i[1].lower()=='true' :
r['r']=True
elif i[1].lower()=='false' :
r['r']=False
if i[0]=='--yr' and not 'r' in r:
r['r']=True
if i[0]=='--nr' and not 'r' in r:
r['r']=False
if i[0]=='-y' and not 'y' in r:
r['y']=True
if i[0]=='-n' and not 'y' in r:
r['y']=False
if i[0]=='--yf' and not 'yf' in r:
r['yf']=True
if i[0]=='--nf' and not 'yf' in r:
r['yf']=False
if i[0]=='--mc' and not 'mc' in r:
if i[1].lower()=='avc' :
r['mc']=True
elif i[1].lower()=='hev' :
r['mc']=False
if i[0]=='--ar' and not 'ar' in r:
r['ar']=True
if i[0]=='--nar' and not 'ar' in r:
r['ar']=False
if i[0]=='--ax' and not 'ax' in r:
if i[1].isnumeric() :
i2=int(i[1])
if i2<17 and i2>0 :
r['ax']=i2
if i[0]=='--as' and not 'as' in r:
if i[1].isnumeric() :
i2=int(i[1])
if i2>0 :
r['as']=i2
if i[0]=='--ak' and not 'ak' in r:
if i[1].isnumeric() :
i2=int(i[1])
if i2>0 and i2<1025 :
r['ak']=i2
if i[0]=='--ab' and not 'ab' in r:
r['ab']=True
if i[0]=='--nab' and not 'ab' in r:
r['ab']=False
if i[0]=='--fa' and not 'fa' in r:
if i[1].lower()=='none' or i[1].lower()=='prealloc' or i[1].lower()=='trunc' or i[1].lower()=='falloc':
r['fa']=i[1].lower()
if i[0]=='--sv' and not 'sv' in r:
if i[1].lower()=='true' :
r['sv']=True
elif i[1].lower()=='false' :
r['sv']=False
if i[0]=='--ysv' and not 'sv' in r:
r['sv']=True
if i[0]=='--nsv' and not 'sv' in r:
r['sv']=False
if i[0]=='--ma' and not 'ma' in r:
if i[1].lower()=='true' :
r['ma']=True
elif i[1].lower()=='false' :
r['ma']=False
if i[0]=='--yma' and not 'ma' in r:
r['ma']=True
if i[0]=='--nma' and not 'ma' in r:
r['ma']=False
if i[0]=='--ms' and not 'ms' in r:
t=search("^[0-9]+[MK]?$",i[1])
if t!=None :
r['ms']=i[1]
if i[0]=='--da' and not 'da' in r:
if i[1].lower()=='true' :
r['da']=True
elif i[1].lower()=='false' :
r['da']=False
if i[0]=='--yda' and not 'da' in r:
r['da']=True
if i[0]=='--nda' and not 'da' in r:
r['da']=False
if i[0]=='--httpproxy' and not 'httpproxy' in r:
r['httpproxy']=i[1]
if i[0]=='--httpsproxy' and not 'httpsproxy' in r:
r['httpsproxy']=i[1]
if i[0]=="--jt" and not 'jt' in r:
if i[1].lower()=='a' or i[1].lower()=='b' or i[1].isnumeric():
r['jt']=i[1].lower()
if i[0]=='--jts' and not 'jts' in r:
if checktime(i[1]) :
r['jts']=i[1]
if i[0]=='-F' and not 'F' in r:
r['F']=True
if i[0]=='-v' and not 'v' in r:
if i[1].isnumeric() :
if int(i[1])>0 :
r['v']=i[1]
if i[0]=='-a' and not 'a' in r:
if i[1].isnumeric():
if int(i[1])>0:
r['a']=i[1]
if i[0]=='-o' and not 'o' in r:
r['o']=filterd(i[1])
if i[0]=='--af' and not 'af' in r:
r['af']=False
if i[0]=='--naf' and not 'af' in r:
r['af']=True
if i[0]=='--afp' and not 'afp' in r:
r['afp']=i[1]
if i[0]=='-s' and not 's' in r:
r['s']=True
if i[0]=='--slt' and not 'slt' in r:
r['slt']=True
if i[0]=='--nslt' and not 'slt' in r:
r['slt']=False
if i[0]=='--te' and not 'te' in r:
r['te']=True
if i[0]=='--nte' and not 'te' in r:
r['te']=False
if i[0]=='--bd' and not 'bd' in r:
r['bd']=True
if i[0]=='--nbd' and not 'bd' in r:
r['bd']=False
if i[0]=='--cad' and not 'cad' in r:
r['cad']=True
if i[0]=='--ncad' and not 'cad' in r:
r['cad']=False
if i[0]=='--lrh' and not 'lrh' in r:
r['lrh']=True
if i[0]=='--nlrh' and not 'lrh' in r:
r['lrh']=False
if i[0]=='--ahttpproxy' and not 'ahttpproxy' in r:
r['ahttpproxy']=i[1]
if i[0]=='--ahttpsproxy' and not 'ahttpsproxy' in r:
r['ahttpsproxy']=i[1]
if i[0]=='--lan' and not 'lan' in r and (i[1]=='null' or i[1] in lan) :
r['lan']=i[1]
if i[0]=='--bp' and not 'bp' in r:
r['bp']=True
if i[0]=='--nbp' and not 'bp' in r:
r['bp']=False
if i[0]=='--in' and not 'in' in r:
r['in']=True
if i[0]=='--nin' and not 'in' in r:
r['in']=False
if i[0]=='--mt' and not 'mt' in r:
r['mt']=True
if i[0]=='--nmt' and not 'mt' in r:
r['mt']=False
if i[0]=='--vi' and not 'vi' in r:
if i[1].isnumeric():
r['vi'] = int(i[1])
if i[0] == '--uc' and not 'uc' in r:
r['uc'] = True
if i[0] == '--nuc' and not 'uc' in r:
r['uc'] = False
if i[0] == '--ass' and not 'ass' in r:
r['ass'] = True
if i[0] == '--nass' and not 'ass' in r:
r['ass'] = False
if i[0] == '--dmp' and not 'dmp' in r:
r['dmp'] = True
if i[0] == '--ndmp' and not 'dmp' in r:
r['dmp'] = False
if i[0] == '--vf' and not 'vf' in r and i[1] in ['mkv', 'mp4']:
r['vf'] = i[1]
if i[0] == '--lmd' and not 'lmd' in r and i[1].isnumeric():
if int(i[1]) >= 0:
r['lmd'] = int(i[1])
if i[0] == '--ynal' and not 'nal' in r:
r['nal'] = True
if i[0] == '--nnal' and not 'nal' in r:
r['nal'] = False
if i[0] == '--log' and not 'log' in r:
r['log'] = True
if i[0] == '--nlog' and not 'log' in r:
r['log'] = False
if i[0] == '--yauf' and not 'auf' in r:
r['auf'] = True
if i[0] == '--nauf' and not 'auf' in r:
r['auf'] = False
if i[0] == '--ydwa' and not 'dwa' in r:
r['dwa'] = True
if i[0] == '--ndwa' and not 'dwa' in r:
r['dwa'] = False
if i[0] == '--yol' and not 'ol' in r:
r['ol'] = True
if i[0] == '--nol' and not 'ol' in r:
r['ol'] = False
if i[0] == '--ltid':
r['ltid'] = True
if i[0] == '-b':
ree = urlsplit(i[1])
if ree.scheme == "bili":
pat = f"{ree.netloc}{ree.path}"
if ree.path == "/" and i[1].find("://") > -1:
pat = ree.netloc
argv = ['-i', unquote_plus(pat)]
getp = parse_qs(ree.query, True)
for key in getp.keys():
if key == 'b':
continue
val = getp[key]
if len(key) == 1:
key = f"-{key}"
elif len(key) > 1:
key = f"--{key}"
else:
continue
if len(val) == 1 and val[0] == "":
argv.append(key)
else:
for v in val:
argv.append(key)
argv.append(v)
if d:
print(argv)
try:
return gopt(argv)
except GetoptError:
t = i[1][5:]
if t.startswith('//'):
t = t[2:]
argv = ['-i', t]
if d:
print(argv)
return gopt(argv)
if h:
global la
la=getdict('command',getlan(se,r))
ph()
exit()
for i in re[1] :
if i.lower()=="show":
r['SHOW'] = True
return r