def process(self):
i = 0
for chunk in chunks(self.words, self.chunk_len):
i += self.chunk_len
if not i % 10000:
print i
self._process_chunk(chunk)
def bulk(self, items, model=None, chunk_size=1000):
if not model:
model = self.model
processed = 0
for chunk in chunks(items, chunk_size):
processed += len(model.objects.bulk_create(chunk))
print dt(), '-> Processed:', processed
def prepare_langs(self):
parts = P.lang_header.split(self.content)
self.langs.append('')
self.lang_contents[''] = parts.pop(0)
for part in chunks(parts, 2):
lang = part[0]
self.langs.append(lang)
self.lang_contents[lang] = part[1]
def lang_action(self, page, lang, content):
title = page.title
if title.startswith('-') or title.endswith('-'):
return content
if title.startswith('*'):
return content
parts = re.split("^((?:==)(?:[^=].*?[^=])(?:==))$", content,
flags=re.MULTILINE)
sections = [
{'header2': '', 'content': parts.pop(0)}
]
sections += [
{'header2': part[0], 'content': part[1]}
for part in chunks(parts, 2)
]
for data in sections:
# print '-' * 80
header2 = data['header2']
# print header2
if not header2:
continue
p = re.compile(u'^==\s*\{\{(з|заголовок)[^}]*\}\}\s*==$', re.UNICODE)
m = p.match(header2)
if not m:
# print header2, '==', '#' * 120
return content
new_content = content
for data in sections:
section_content = data['content']
headers = convert_headers(self.get_headers(section_content))
if not headers:
continue
if ' ' not in title and u'=== Морфологические и синтаксические свойства ===' not in headers:
# print u'# [[{}]] (секция "{}")'.format(title, lang)
# print '=' * 120
# print section_content
if section_content.strip().startswith(u'<b>'):
new_section_content = \
re.sub(u'^\s*<b>',
u'\n=== Морфологические и синтаксические свойства ===\n<b>',
section_content)
new_content = new_content.replace(section_content,
new_section_content)
elif section_content.strip().startswith(u'{{падежи '):
new_section_content = \
re.sub(u'^\s*\{\{падежи ',
u'\n=== Морфологические и синтаксические свойства ===\n{{падежи ',
section_content)
new_content = new_content.replace(section_content,
new_section_content)
return new_content
def update_words_details(self):
words = self.words.values_list('word', flat=True)
field_name = self.details_field_name()
kwargs = {field_name: 1}
print len(words), 'by', 1000
i = 0
for chunk in chunks(words, 1000):
i += 1
print i
Word_Stats.objects.filter(word__in=chunk).update(**kwargs)
def prepare_sections(self):
for lang, lang_content in self.lang_contents.items():
contents = self.sections[lang] = dict()
order = self.second_headers[lang] = list()
parts = P.second_header.split(lang_content)
order.append('')
contents[''] = parts.pop(0)
for part in chunks(parts, 2):
second_header = part[0]
order.append(second_header)
contents[second_header] = part[1]
def parse_block_content(content):
parts = re.split('\n=== ([^=]*) ===\n', content)
content = parts[0]
sub_data = dict()
for part in chunks(parts[1:], 2):
sub_title = part[0]
sub_content = part[1]
if sub_title in sub_data:
print '×' * 20, 'Subtitle duplicate: %s' % sub_title
sub_data[sub_title] = sub_content
return content, sub_data
def content_action(self, page, content, redirect, **kwargs):
super(BaseLanguageIterator, self).content_action(page, content,
redirect, **kwargs)
parts = P.lang_header.split(content)
sections = [
{'lang': '', 'content': parts.pop(0)}
]
sections += [
{'lang': part[0], 'content': part[1]}
for part in chunks(parts, 2)
]
self.langs_action(page, sections)
def lang_action(self, page, lang, content):
super(BasePageSubSectionIterator, self).lang_action(page, lang, content)
parts = re.split("^((?:==)(?:.*)(?:==) *)$", content,
flags=re.MULTILINE)
sub_sections = [
{'sub_header': '', 'content': parts.pop(0)}
]
sub_sections += [
{'sub_header': part[0], 'content': part[1]}
for part in chunks(parts, 2)
]
return self.sub_sections_action(page, lang, sub_sections, content)
def process(self):
self.dictionary.words_count = len(self.words)
self.dictionary.save()
# return
# for chunk_len in [2000, 1000, 500, 200, 100]:
# try:
# chunk_len = 200
self.i = 0
self.n = len(self.words) / self.chunk_len
for chunk in chunks(self.words, self.chunk_len):
self.i += 1
self._process_chunk(chunk)
return
def lang_action(self, page, lang, content):
super(BasePageSectionIterator, self).lang_action(page, lang, content)
parts = P.second_header.split(content)
sections = [
{'header2': '', 'content': parts.pop(0)}
]
sections += [
{'header2': part[0], 'content': part[1]}
for part in chunks(parts, 2)
]
# check if all headers are correct
if not self.check_if_all_headera_are_correct(sections):
return
self.sections_action(page, lang, sections, content)
def prepare_sub_sections(self):
for lang, lang_data in self.sections.items():
self.sub_headers[lang] = dict()
self.sub_sections[lang] = dict()
for header2, content2 in lang_data.items():
contents = self.sub_sections[lang][header2] = dict()
order = self.sub_headers[lang][header2] = list()
parts = re.split("^((?:==)(?:.*)(?:==) *)$", content2,
flags=re.MULTILINE)
order.append('')
contents[''] = parts.pop(0)
for part in chunks(parts, 2):
sub_header = part[0]
m = re.match(u"^(=+)([^=]+)(=+) *$", sub_header)
sub_header = u"%s %s %s" % \
(m.group(1), m.group(2).strip(), m.group(3))
order.append(sub_header)
contents[sub_header] = part[1]
def parse_mass_edit(content):
parts = re.split('\n== ([^=]*) ==\n', content)
blocks = dict()
sub_blocks = dict()
for part in chunks(parts[1:], 2):
title = part[0].strip()
content = part[1]
content, sub_data = parse_block_content(content)
m = re.match(u'^\[\[([^]]+)\]\]$', title)
if not m:
print '×' * 20, 'Wrong title: need [[...]], found: %s' % title
continue
title = m.group(1)
if title in blocks:
print '×' * 20, 'Title duplicate: %s' % title
continue
blocks[title] = content
sub_blocks[title] = sub_data
# print '-' * 100
# print title
# print '-' * 100
# print content
return blocks, sub_blocks
def get_unknown_inflection_full():
items = WordInflection.objects.filter(kind__in=[u'f ?', u'm ?', u'n ?'])
words = sorted(items, key=lambda item: item.word[::-1])
report = dict()
for word in words:
print word.word
valid_num = check_correct_inflection(word.word, word.gender)
if valid_num < 0:
continue
key = "%s%d" % (word.gender, valid_num)
report.setdefault(key, list())
report[key].append((word.word, word.content))
file_path = join(PAGES_DIR, u'Массовое редактирование')
wiki_prefix = u"Участник:Vitalik/Массовое редактирование/Словоизменение/сущ"
desc = u"Полное обновление данных"
for key in report.keys():
print key
items = report.get(key)
i = 1
page_count = len(items) / 100 + 1
for chunk in chunks(items, 100):
content = gen_report_full(chunk, key[0], key[1], page_count)
filename = "%s_%d.txt" % (key, i)
print filename
debug_write(file_path, filename, content)
# sys.exit()
wiki_title = "%s/%s/%s" % (wiki_prefix, key, i)
changed = save_wiki_page(wiki_title, content, desc)
if changed:
db_title = u'сущ/%s/%s' % (key, i)
item, created = WordInflectionMassEdit.objects.get_or_create(
title=db_title)
item.content = content
item.save()
i += 1
def lang_action(self, page, lang, content):
title = page.title
if title.startswith('-') or title.endswith('-'):
return content
if title.startswith('*'):
return content
new_content = content
parts = re.split("^((?:==)(?:[^=].*?[^=])(?:==))$", content,
flags=re.MULTILINE)
# for part in parts:
# print '-' * 100
# print part
# print '-' * 100
# self.stop()
sections = [
{'header2': '', 'content': parts.pop(0)}
]
sections += [
{'header2': part[0], 'content': part[1]}
for part in chunks(parts, 2)
]
for data in sections:
# print '-' * 80
header2 = data['header2']
# print header2
if not header2:
continue
p = re.compile(u'^==\s*\{\{(з|заголовок)[^}]*\}\}\s*==$', re.UNICODE)
m = p.match(header2)
if not m:
# print header2, '==', '#' * 120
return content
# print '-' * 40
# print data['content']
# print '-' * 80
# return content
# print '=' * 100
# print content
# print '=' * 100
# # parts = re.split("^(?P<before>=+)(?P<header>.+?)(?P<after>=+)$", content,
# parts = re.split("^((?:=+)(?:.+?)(?:=+))$", content,
# flags=re.MULTILINE)
# for part in parts:
# print '-' * 100
# print part
# print '-' * 100
# self.stop()
# return content
# sections = [
# {'lang': '', 'content': parts.pop(0)}
# ]
# sections += [
# {'lang': part[0], 'content': part[1]}
# for part in chunks(parts, 2)
# ]
if lang == 'ru':
if ' ' in title:
template = templates['ru']['phrase']
else:
template = templates['ru']['word']
else:
if ' ' in title:
template = templates['xx']['phrase']
else:
template = templates['xx']['word']
for data in sections:
section_content = data['content']
headers = convert_headers(self.get_headers(section_content))
if headers == []:
# print 'EMPTY'
pass
# elif headers == template:
# # print 'OK'
# pass
else:
wrong_order = False
has_unknown_header = False
absent = list()
for header in template:
if header not in headers:
# print header, ' -> ABSENT WARNING'
# append_dict_list(current_absent, lang, header)
# self.all_absent_headers.add(header)
absent.append(header)
pass
t = 0
s = 0
wrong_order_error = None
while t < len(template) and s < len(headers):
if template[t] == headers[s]:
t += 1
s += 1
else:
if template[t] in absent:
t += 1
else:
# print headers[s], ' -> WRONG ORDER ERROR'
wrong_order_error = headers[s]
wrong_order = True
break
unknown_headers = list()
for header in headers:
if header not in template:
# print header, ' -> UNKNOWN ERROR'
unknown_headers.append(header)
has_unknown_header = True
# append_dict_list(current_absent, lang, header)
absent_semantic_headers = False
for h in semantic_headers:
if h in absent:
absent_semantic_headers = True
# if absent_semantic_headers or wrong_order_error:
# # print u'{} #{} {}'.format(title, lang, data['header2'])
# # print '\n'.join(headers)
# # if absent:
# # print "\n".join([u"{} -> ABSENT WARNING".format(header)
# # for header in absent])
# # if wrong_order_error:
# # print u"{} -> WRONG ORDER ERROR".format(wrong_order_error)
# # if unknown_headers:
# # print "\n".join([u"{} -> UNKNOWN ERROR".format(header)
# # for header in unknown_headers])
# # print
# pass
# elif unknown_headers:
# pass
# else:
if title in [u'օժանդակ բայ']:
return content
if True:
m = re.search(u'(==== *Значение *==== *(.*?)'
u'\n)=',
# u'\n)===',
section_content, re.UNICODE | re.DOTALL)
if not m:
continue
# raise Exception(u'title={}, lang={}'.format(title, lang))
semantic_section = m.group(1)
new_semantic_section = semantic_section
mining = m.group(2)
# if mining.strip() == u'[[]]\n{{Нужен перевод}}':
# print section_content
# print '=' * 120
has_strange = False
for line in mining.split('\n'):
line = line.strip()
if not line.strip():
continue
if re.match('^#', line):
continue
if "''" in line:
new_line = \
re.sub(u"''(авиац|австрал|автомоб|автомоб. жарг|агрон|алхим|альп|амер|анат|антроп|артилл|археол|архит|астрол|астрон|безл|библейск|биол|биохим|бирж|болг|ботан|браз|бранн|брит|бухг|вет|вин|военн|военн. жарг|вульг|высок|гастрон|генет|геогр|геод|геол|геометр|геофиз|геральд|гидрол|горн|грам|груб|детск|диал|дигорск|дипл|дисфм|доминик|дор|ед. ч|ест|ж.-д|жарг|живоп|зоол|игр|интернет|информ|ион|ирл|ирон|искаж|искусств|исп|истор|исч|ихтиол|йогич|канадск|канц|карт|картеж. жарг|керам|кинол|книжн|комп|комп. жарг|косм|космет|крим|крим. жарг|кубан|кулин|культурол|лес|лингв|лог|матем|машин|мед|металл|метеорол|метон|мех|микол|микробиол|милиц. жарг|минер|мифол|мол|морск|муз|муз. жарг|нар.-поэт|нар.-разг|научн|неисч|нем|неодобр|неодуш|неол|неофиц|неперех|неправ|нескл|нефтегаз|нидерл|нов.-зел|нумизм|образ|обсц|одобр|одуш|океан|оккульт|опт|орнитол|оскорб|офиц|охотн|палеонт|паразит|парикмах|перен|перех|плотн|полигр|полит|полит. жарг|полиц. жарг|порт|портн|поэт|презр|пренебр|прогр|прост|проф|психиатр|психол|публиц|разг|редк|рекл|религ|ритор|рыбол|с.-х|сад|сексол|сниж|собир|совет|социол|спелеол|спец|спорт|старин|стат|статив|стекловарн|стих|столярн|строит|студ. жарг|тайв|театр|текст|техн|техн. жарг|тж|типогр|тлв|торг|торж|трад.-поэт|тракторн|трансп|уважит|укр|управл|усеч|устар|фам|фант|фарм|физ|физиол|филат|филол|филос|фин|фолькл|фотогр|хим|хоз|хореогр|худ.пр|худож|церк|церк.-слав|цирк|цитол|шахм|швейн|школьн|шотл|шутл|эвф|экол|экон|эл.-техн|эл.-энерг|энтомол|эол|этногр|этнолог|ювел|юр)\.''",
u'{{{{\\1.|{}}}}}'.format(lang), line)
if line != new_line:
if "''" not in new_line:
new_line = u'# ' + new_line
print line
print new_line
print
new_semantic_section = \
new_semantic_section.replace(line, new_line)
if "{" in line or "''" in line or "<i>" in line or line.startswith("|"):
continue
# if re.match('^\*', line):
# new_semantic_section = \
# new_semantic_section.replace(
# u"\n{}\n".format(line),
# u'\n#{}\n'.format(line[1:])
# )
if re.match(u'^\{\{прото\|(\{\{)?[^}]+(\}\})?\}\}$', line,
re.UNICODE):
continue
# if re.match(u'^\{\{(длина слова|илл\.?)\|[^}]+\}\}$', line,
# re.UNICODE):
if re.match(u'^\[\[\]\]$', line,
re.UNICODE):
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, line)
continue
if re.match(u'^(\[\[[^]]*\]\] )?\{\{Нужен перевод *(\|\w+)?\}\}$', line,
re.UNICODE):
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, line)
continue
if re.match(u'^\{\{(длина слова)\|[^}]+\}\}$', line,
re.UNICODE):
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, line)
continue
if re.match(u'^\{\{(илл\.?)\|[^}]+\}\}$', line,
re.UNICODE):
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, line)
continue
if re.match(u'^\[\[(Файл:|File:|Image:|Изображение:)[^]]+\]\]$', line,
re.UNICODE):
# todo: [[Файл: и прочие IMG
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, line)
continue
ok = False
# if re.match(u'^\[\[[^]]+\]\](\s*\{\{пример\|.*(\|перевод=.*)?\}\})?$', line,
# re.UNICODE):
# ok = True
if re.match(u'^(\[\[[^]]+\]\]([,;] )?)+( *\{\{пример\|.*(\|перевод=.*)?\}\})?$', line,
re.UNICODE):
ok = True
# if not re.match(u'^(\[\[[^]]+\]\]([,;] )?)+( \{\{пример\|.*(\|перевод=.*)?\}\})?$', line, re.UNICODE) \
# and re.match(u'^\[\[[^]]+\]\](\s*\{\{пример\|.*(\|перевод=.*)?\}\})?$', line, re.UNICODE):
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, line)
if ok:
# new_semantic_section = \
# new_semantic_section.replace(
# u"\n{}\n".format(line),
# u'\n# {}\n'.format(line)
# )
continue
has_strange = True
if lang == 'la':
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, line)
pass
elif "''" in line:
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, line)
pass
elif "<i>" in line:
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, line)
pass
elif line.startswith(u'}} {{пример') \
or line.startswith(u'{{списки семантических связей')\
or line.startswith(u'|'):
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, line)
pass
elif "{" in line:
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, line)
pass
elif "[" in line:
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, line)
pass
elif u'Аналогично русскому' in line:
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, line)
pass
else:
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, line)
pass
if re.match(u'^\[\[[^]]*\]\](\s*\{\{пример\|.*(\|перевод=.*)?\}\})?$', line,
re.UNICODE):
continue
if re.match(u'^(\[\[[^]]+\]\]( \(\[\[[^]]+\]\]\))?([,;]? )?)+( \{\{пример\|.*(\|перевод=.*)?\}\})?$', line,
re.UNICODE):
continue
# if not has_strange:
# new_content = new_content.replace(semantic_section,
# new_semantic_section)
new_content = new_content.replace(semantic_section,
new_semantic_section)
return new_content
def lang_action(self, page, lang, content):
title = page.title
if title.startswith('-') or title.endswith('-'):
return content
if title.startswith('*'):
return content
new_content = content
parts = re.split("^((?:==)(?:[^=].*?[^=])(?:==))$", content,
flags=re.MULTILINE)
sections = [
{'header2': '', 'content': parts.pop(0)}
]
sections += [
{'header2': part[0], 'content': part[1]}
for part in chunks(parts, 2)
]
for data in sections:
header2 = data['header2']
if not header2:
continue
p = re.compile(u'^==\s*\{\{(з|заголовок)[^}]*\}\}\s*==$', re.UNICODE)
m = p.match(header2)
if not m:
print header2, '==', '#' * 120
return content
# # parts = re.split("^(?P<before>=+)(?P<header>.+?)(?P<after>=+)$", content,
# parts = re.split("^((?:=+)(?:.+?)(?:=+))$", content,
# flags=re.MULTILINE)
# for part in parts:
# print '-' * 100
# print part
# print '-' * 100
# self.stop()
# return content
# sections = [
# {'lang': '', 'content': parts.pop(0)}
# ]
# sections += [
# {'lang': part[0], 'content': part[1]}
# for part in chunks(parts, 2)
# ]
if lang == 'ru':
if ' ' in title:
template = templates['ru']['phrase']
else:
template = templates['ru']['word']
else:
if ' ' in title:
template = templates['xx']['phrase']
else:
template = templates['xx']['word']
for data in sections:
section_content = data['content']
headers = convert_headers(self.get_headers(section_content))
if headers == []:
# print 'EMPTY'
pass
elif headers == template:
# print 'OK'
pass
else:
wrong_order = False
has_unknown_header = False
absent = list()
for header in template:
if header not in headers:
# print header, ' -> ABSENT WARNING'
# append_dict_list(current_absent, lang, header)
# self.all_absent_headers.add(header)
absent.append(header)
pass
t = 0
s = 0
wrong_order_error = None
while t < len(template) and s < len(headers):
if template[t] == headers[s]:
t += 1
s += 1
else:
if template[t] in absent:
t += 1
else:
# print headers[s], ' -> WRONG ORDER ERROR'
wrong_order_error = headers[s]
wrong_order = True
break
unknown_headers = list()
for header in headers:
if header not in template:
# print header, ' -> UNKNOWN ERROR'
unknown_headers.append(header)
has_unknown_header = True
# append_dict_list(current_absent, lang, header)
c = 0
for header in headers:
if header == u'==== Значение ====':
c += 1
if c > 1:
print title, '$' * 200
return content
# raise Exception('c > 1')
if u'=== Семантические свойства ===' not in headers \
and u'==== Значение ====' in headers:
# print title, '/', lang
# print '\n'.join(headers)
page_content = page.content
lst = re.findall(u'==== Значение ====', page_content)
# if len(lst) == 1:
# print title
if len(lst) > 1:
new_section_content = section_content.replace(
u'\n==== Значение ====\n',
u'\n=== Семантические свойства ===\n\n==== Значение ====\n',
)
new_content = new_content.replace(section_content,
new_section_content)
return new_content
def lang_action(self, page, lang, content):
title = page.title
if title.startswith('-') or title.endswith('-'):
return content
if title.startswith('*'):
return content
new_content = content
parts = re.split("^((?:==)(?:[^=].*?[^=])(?:==))$", content,
flags=re.MULTILINE)
# for part in parts:
# print '-' * 100
# print part
# print '-' * 100
# self.stop()
sections = [
{'header2': '', 'content': parts.pop(0)}
]
sections += [
{'header2': part[0], 'content': part[1]}
for part in chunks(parts, 2)
]
for data in sections:
# print '-' * 80
header2 = data['header2']
# print header2
if not header2:
continue
p = re.compile(u'^==\s*\{\{(з|заголовок)[^}]*\}\}\s*==$', re.UNICODE)
m = p.match(header2)
if not m:
# print header2, '==', '#' * 120
return content
# print '-' * 40
# print data['content']
# print '-' * 80
# return content
# print '=' * 100
# print content
# print '=' * 100
# # parts = re.split("^(?P<before>=+)(?P<header>.+?)(?P<after>=+)$", content,
# parts = re.split("^((?:=+)(?:.+?)(?:=+))$", content,
# flags=re.MULTILINE)
# for part in parts:
# print '-' * 100
# print part
# print '-' * 100
# self.stop()
# return content
# sections = [
# {'lang': '', 'content': parts.pop(0)}
# ]
# sections += [
# {'lang': part[0], 'content': part[1]}
# for part in chunks(parts, 2)
# ]
if lang == 'ru':
if ' ' in title:
template = templates['ru']['phrase']
else:
template = templates['ru']['word']
else:
if ' ' in title:
template = templates['xx']['phrase']
else:
template = templates['xx']['word']
for data in sections:
section_content = data['content']
headers = convert_headers(self.get_headers(section_content))
if headers == []:
# print 'EMPTY'
pass
# elif headers == template:
# # print 'OK'
# pass
else:
wrong_order = False
has_unknown_header = False
absent = list()
for header in template:
if header not in headers:
# print header, ' -> ABSENT WARNING'
# append_dict_list(current_absent, lang, header)
# self.all_absent_headers.add(header)
absent.append(header)
pass
t = 0
s = 0
wrong_order_error = None
while t < len(template) and s < len(headers):
if template[t] == headers[s]:
t += 1
s += 1
else:
if template[t] in absent:
t += 1
else:
# print headers[s], ' -> WRONG ORDER ERROR'
wrong_order_error = headers[s]
wrong_order = True
break
unknown_headers = list()
for header in headers:
if header not in template:
# print header, ' -> UNKNOWN ERROR'
unknown_headers.append(header)
has_unknown_header = True
# append_dict_list(current_absent, lang, header)
absent_semantic_headers = False
for h in semantic_headers:
if h in absent:
absent_semantic_headers = True
# if absent_semantic_headers or wrong_order_error:
# # print u'{} #{} {}'.format(title, lang, data['header2'])
# # print '\n'.join(headers)
# # if absent:
# # print "\n".join([u"{} -> ABSENT WARNING".format(header)
# # for header in absent])
# # if wrong_order_error:
# # print u"{} -> WRONG ORDER ERROR".format(wrong_order_error)
# # if unknown_headers:
# # print "\n".join([u"{} -> UNKNOWN ERROR".format(header)
# # for header in unknown_headers])
# # print
# pass
# elif unknown_headers:
# pass
# else:
if True:
m = re.search(u'(==== *Значение *==== *(.*?)'
u'\n)===',
section_content, re.UNICODE | re.DOTALL)
if not m:
# print '#' * 100
# print u'title={}, lang={}'.format(title, lang)
# print '#' * 100
continue
# raise Exception(u'title={}, lang={}'.format(title, lang))
semantic_section = m.group(1)
new_semantic_section = semantic_section
mining = m.group(2)
# if mining.strip() == u'[[]]\n{{Нужен перевод}}':
# print section_content
# print '=' * 120
has_strange = False
for line in mining.split('\n'):
line = line.strip()
# items = re.findall('\{\{[^}]+\}\}', line)
# for item in items:
# if not item.startswith(u'{{пример|'):
# print item
# items = re.findall(u'\{\{помета\|[^}]+\}\}', line)
# items = re.findall(u'\{\{помета\|[^}|]*\|[^}]*\}\}', line)
# for item in items:
# print item
# items = re.findall(u'\{\{спорт.\|[^}]*вид[^}]*\}\}', line)
# for item in items:
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, item)
# items = re.findall(u'\{\{субстантивир\.\|[^}]*\|[^}]*\}\}', line)
# for item in items:
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, item)
# items = re.findall(u'\{\{ласк\..*\}\}', line)
# for item in items:
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, item)
if line.startswith('#'):
print line
if not line.strip():
continue
if re.match('^#', line):
continue
if re.match(u'^\{\{прото\|(\{\{)?[^}]+(\}\})?\}\}$', line,
re.UNICODE):
continue
if re.match(u'^\{\{(длина слова|илл\.?)\|[^}]+\}\}$', line,
re.UNICODE):
# if re.match(u'^\{\{(длина слова)\|[^}]+\}\}$', line,
# re.UNICODE):
# if re.match(u'^\{\{(илл\.?)\|[^}]+\}\}$', line,
# re.UNICODE):
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, line)
continue
# todo: [[Файл: и прочие IMG
if re.match(u'^\[\[\]\]$', line,
re.UNICODE):
continue
if re.match(u'^(\[\[[^]]*\]\] )?\{\{Нужен перевод *(\|\w+)?\}\}$', line,
re.UNICODE):
continue
ok = False
if re.match(u'^\[\[[^]]+\]\](\s*\{\{пример\|.*(\|перевод=.*)?\}\})?$', line,
re.UNICODE):
ok = True
if re.match(u'^(\[\[[^]]+\]\]([,;] )?)+( \{\{пример\|.*(\|перевод=.*)?\}\})?$', line,
re.UNICODE):
ok = True
if ok:
# new_semantic_section = \
# new_semantic_section.replace(
# u"\n{}\n".format(line),
# u'\n# {}\n'.format(line)
# )
continue
has_strange = True
if lang == 'la':
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, line)
pass
elif "''" in line:
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, line)
pass
elif "<i>" in line:
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, line)
pass
elif "{" in line:
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, line)
pass
elif "[" in line:
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, line)
pass
else:
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, line)
pass
if re.match(u'^\[\[[^]]*\]\](\s*\{\{пример\|.*(\|перевод=.*)?\}\})?$', line,
re.UNICODE):
continue
if re.match(u'^(\[\[[^]]+\]\]( \(\[\[[^]]+\]\]\))?([,;]? )?)+( \{\{пример\|.*(\|перевод=.*)?\}\})?$', line,
re.UNICODE):
continue
# if not has_strange:
# new_content = new_content.replace(semantic_section,
# new_semantic_section)
return new_content
def lang_action(self, page, lang, content):
title = page.title
if title.startswith('-') or title.endswith('-'):
return content
if title.startswith('*'):
return content
new_content = content
# print page.title, '=' * 100
# print content
# print '=' * 100
parts = re.split("^((?:==)(?:[^=].*?[^=])(?:==))$", content,
flags=re.MULTILINE)
# for part in parts:
# print '-' * 100
# print part
# print '-' * 100
# self.stop()
sections = [
{'header2': '', 'content': parts.pop(0)}
]
sections += [
{'header2': part[0], 'content': part[1]}
for part in chunks(parts, 2)
]
for data in sections:
# print '-' * 80
header2 = data['header2']
# print header2
if not header2:
continue
p = re.compile(u'^==\s*\{\{(з|заголовок)[^}]*\}\}\s*==$', re.UNICODE)
m = p.match(header2)
if not m:
print header2, '==', '#' * 120
return content
# print '-' * 40
# print data['content']
# print '-' * 80
# return content
# print '=' * 100
# print content
# print '=' * 100
# # parts = re.split("^(?P<before>=+)(?P<header>.+?)(?P<after>=+)$", content,
# parts = re.split("^((?:=+)(?:.+?)(?:=+))$", content,
# flags=re.MULTILINE)
# for part in parts:
# print '-' * 100
# print part
# print '-' * 100
# self.stop()
# return content
# sections = [
# {'lang': '', 'content': parts.pop(0)}
# ]
# sections += [
# {'lang': part[0], 'content': part[1]}
# for part in chunks(parts, 2)
# ]
if lang == 'ru':
if ' ' in title:
template = templates['ru']['phrase']
else:
template = templates['ru']['word']
else:
if ' ' in title:
template = templates['xx']['phrase']
else:
template = templates['xx']['word']
for data in sections:
section_content = data['content']
headers = convert_headers(self.get_headers(section_content))
if headers == []:
# print 'EMPTY'
pass
elif headers == template:
# print 'OK'
pass
else:
wrong_order = False
has_unknown_header = False
absent = list()
for header in template:
if header not in headers:
# print header, ' -> ABSENT WARNING'
# append_dict_list(current_absent, lang, header)
# self.all_absent_headers.add(header)
absent.append(header)
pass
t = 0
s = 0
wrong_order_error = None
while t < len(template) and s < len(headers):
if template[t] == headers[s]:
t += 1
s += 1
else:
if template[t] in absent:
t += 1
else:
# print headers[s], ' -> WRONG ORDER ERROR'
wrong_order_error = headers[s]
wrong_order = True
break
unknown_headers = list()
for header in headers:
if header not in template:
# print header, ' -> UNKNOWN ERROR'
unknown_headers.append(header)
has_unknown_header = True
# append_dict_list(current_absent, lang, header)
absent_semantic_headers = False
for h in semantic_headers:
if h in absent:
absent_semantic_headers = True
if absent_semantic_headers or wrong_order_error:
# print u'{} #{} {}'.format(title, lang, data['header2'])
# print '\n'.join(headers)
# if absent:
# print "\n".join([u"{} -> ABSENT WARNING".format(header)
# for header in absent])
# if wrong_order_error:
# print u"{} -> WRONG ORDER ERROR".format(wrong_order_error)
# if unknown_headers:
# print "\n".join([u"{} -> UNKNOWN ERROR".format(header)
# for header in unknown_headers])
# print
pass
else:
m = re.search(u'==== *Значение *==== *\n(.*?)'
u'==== *Синонимы *==== *\n(.*?)'
u'==== *Антонимы *==== *\n(.*?)'
u'==== *Гиперонимы *==== *\n(.*?)'
u'==== *Гипонимы *==== *(.*?)'
u'\n===[^=]',
section_content, re.UNICODE | re.DOTALL)
if not m:
# print title, '|', lang, '=' * 40
# print section_content
# print '-' * 80
if lang == 'ru':
if ' ' in title:
tail_contains = "\n".join([
template_contents[u'Этимология/phrase'],
template_contents[u'Перевод'],
template_contents[u'Библиография'],
])
else:
tail_contains = "\n".join([
template_contents[u'Родственные слова'],
template_contents[u'Этимология/ru'],
template_contents[u'Фразеологизмы'],
template_contents[u'Перевод'],
template_contents[u'Библиография'],
])
else:
if ' ' in title:
tail_contains = "\n".join([
template_contents[u'Этимология/phrase'],
template_contents[u'Библиография'],
])
else:
tail_contains = "\n".join([
template_contents[u'Родственные слова'],
template_contents[u'Этимология/xx'].format(lang),
template_contents[u'Фразеологизмы'],
template_contents[u'Библиография'],
])
p = re.compile(u'(==== *Гипонимы *====\n[^[{]*)')
m2 = re.search(u'(==== *Гипонимы *====(.*))',
section_content, flags=re.DOTALL | re.UNICODE)
if m2:
if '# [' in m2.group(1):
print title, '%' * 200
print m2.group(1)
continue
else:
print title, '!' * 100
new_section_content = p.sub('\\1' + '\n' + tail_contains + '\n',
section_content)
new_section_content = new_section_content.replace('\n\n\n', '\n\n')
new_content = new_content.replace(section_content,
new_section_content)
# print new_content
# print '-' * 120
# print '\n'.join(headers)
# print '-' * 120
# print section_content
# print '-' * 120
# print
# if has_unknown_header or wrong_order:
# return content
# if u'=== Морфологические и синтаксические свойства ===' in absent:
# # print u'{} #{}'.format(title, lang)
# # print '\n'.join(headers)
# # print
# return content
# if absent and headers and absent[0] == headers[0]:
# # print u'{} #{}'.format(title, lang)
# # print '\n'.join(headers)
# # print
# return content
# print '-' * 40
return new_content
def lang_action(self, page, lang, content):
title = page.title
if title.startswith("-") or title.endswith("-"):
return content
if title.startswith("*"):
return content
new_content = content
# print page.title, '=' * 100
# print content
# print '=' * 100
parts = re.split("^((?:==)(?:[^=].*?[^=])(?:==))$", content, flags=re.MULTILINE)
# for part in parts:
# print '-' * 100
# print part
# print '-' * 100
# self.stop()
sections = [{"header2": "", "content": parts.pop(0)}]
sections += [{"header2": part[0], "content": part[1]} for part in chunks(parts, 2)]
for data in sections:
# print '-' * 80
header2 = data["header2"]
# print header2
if not header2:
continue
p = re.compile(u"^==\s*\{\{(з|заголовок)[^}]*\}\}\s*==$", re.UNICODE)
m = p.match(header2)
if not m:
# print header2, '==', '#' * 120
return content
# print '-' * 40
# print data['content']
# print '-' * 80
# return content
# print '=' * 100
# print content
# print '=' * 100
# # parts = re.split("^(?P<before>=+)(?P<header>.+?)(?P<after>=+)$", content,
# parts = re.split("^((?:=+)(?:.+?)(?:=+))$", content,
# flags=re.MULTILINE)
# for part in parts:
# print '-' * 100
# print part
# print '-' * 100
# self.stop()
# return content
# sections = [
# {'lang': '', 'content': parts.pop(0)}
# ]
# sections += [
# {'lang': part[0], 'content': part[1]}
# for part in chunks(parts, 2)
# ]
if lang == "ru":
if " " in title:
template = templates["ru"]["phrase"]
else:
template = templates["ru"]["word"]
else:
if " " in title:
template = templates["xx"]["phrase"]
else:
template = templates["xx"]["word"]
for data in sections:
section_content = data["content"]
headers = convert_headers(self.get_headers(section_content))
if headers == []:
# print 'EMPTY'
pass
elif headers == template:
# print 'OK'
pass
else:
wrong_order = False
has_unknown_header = False
absent = list()
for header in template:
if header not in headers:
# print header, ' -> ABSENT WARNING'
# append_dict_list(current_absent, lang, header)
# self.all_absent_headers.add(header)
absent.append(header)
pass
t = 0
s = 0
wrong_order_error = None
while t < len(template) and s < len(headers):
if template[t] == headers[s]:
t += 1
s += 1
else:
if template[t] in absent:
t += 1
else:
# print headers[s], ' -> WRONG ORDER ERROR'
wrong_order_error = headers[s]
wrong_order = True
break
unknown_headers = list()
for header in headers:
if header not in template:
# print header, ' -> UNKNOWN ERROR'
unknown_headers.append(header)
has_unknown_header = True
# append_dict_list(current_absent, lang, header)
absent_semantic_headers = False
for h in semantic_headers:
if h in absent:
absent_semantic_headers = True
if absent_semantic_headers or wrong_order_error:
# print u'{} #{} {}'.format(title, lang, data['header2'])
# print '\n'.join(headers)
# if absent:
# print "\n".join([u"{} -> ABSENT WARNING".format(header)
# for header in absent])
# if wrong_order_error:
# print u"{} -> WRONG ORDER ERROR".format(wrong_order_error)
# if unknown_headers:
# print "\n".join([u"{} -> UNKNOWN ERROR".format(header)
# for header in unknown_headers])
# print
pass
elif unknown_headers:
pass
else:
m = re.search(
u"(==== *Значение *==== *\n(.*?)"
u"==== *Синонимы *==== *\n(.*?)"
u"==== *Антонимы *==== *\n(.*?)"
u"==== *Гиперонимы *==== *\n(.*?)"
u"==== *Гипонимы *==== *(.*?)"
u"\n)===[^=]",
section_content,
re.UNICODE | re.DOTALL,
)
if not m:
print "#" * 200
print u"title={}, lang={}".format(title, lang)
print "#" * 200
# continue
raise Exception(u"title={}, lang={}".format(title, lang))
# print title, '|', lang
semantic_section = m.group(1)
new_semantic_section = semantic_section
# print '=' * 40
# print semantic_section
# print '-' * 40
mining = m.group(2)
for line in mining.split("\n"):
line = line.strip()
if not line.strip():
continue
if re.match("^#", line):
continue
if re.match(u"^\{\{прото\|(\{\{)?[^}]+(\}\})?\}\}$", line, re.UNICODE):
continue
if re.match(u"^\{\{(длина слова|илл\.?)\|[^}]+\}\}$", line, re.UNICODE):
print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.format(title, lang, line)
continue
if re.match(u"^(\[\[[^]]*\]\] )?\{\{Нужен перевод(\|\w+)?\}\}$", line, re.UNICODE):
continue
if re.match(u"^\[\[\]\]$", line, re.UNICODE):
continue
if re.match(u"^\[\[[^]]+\]\](\s*\{\{пример\|.*(\|перевод=.*)?\}\})?$", line, re.UNICODE):
continue
if re.match(
u"^(\[\[[^]]+\]\]([,;] )?)+( \{\{пример\|.*(\|перевод=.*)?\}\})?$", line, re.UNICODE
):
continue
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, line)
# print line
if re.match(u"^\[\[[^]]*\]\](\s*\{\{пример\|.*(\|перевод=.*)?\}\})?$", line, re.UNICODE):
continue
if re.match(
u"^(\[\[[^]]+\]\]( \(\[\[[^]]+\]\]\))?([,;]? )?)+( \{\{пример\|.*(\|перевод=.*)?\}\})?$",
line,
re.UNICODE,
):
continue
bodies = [m.group(3), m.group(4), m.group(5), m.group(6)]
for body in bodies:
lines = body.split("\n")
fake = False
for line in lines:
if not line.strip():
continue
if re.match("^#", line):
continue
# print title, '|', lang, ' -> ', line
if re.match("^[*:]", line):
new_semantic_section = new_semantic_section.replace(
u"\n{}\n".format(line), u"\n#{}\n".format(line[1:])
)
elif not line.startswith("<!--"):
new_semantic_section = new_semantic_section.replace(
u"\n{}\n".format(line), u"\n# {}\n".format(line)
)
if re.match("^[*:]", line):
continue
if line in ["-", "?"]:
continue
if re.match("^\[\[[^]]+\]\]$", line):
continue
if re.match("^(\[\[[^]]+\]\]( \(\[\[[^]]+\]\]\))?([,;] )?)+$", line):
continue
if re.match(u"^[a-zа-я !]+$", line, re.UNICODE | re.IGNORECASE):
pass
if re.match(u"^([a-zа-я !]+([,;] )?)+$", line, re.UNICODE | re.IGNORECASE):
pass
fake = True
# print title, '|', lang
# print '->', line
# print line
break
return new_content
def lang_action(self, page, lang, content):
title = page.title
if title.startswith("-") or title.endswith("-"):
return content
if title.startswith("*"):
return content
new_content = content
# print title, lang
# if title == u'высокопарность':
# print 'ok'
# print page.title, '=' * 100
# print content
# print '=' * 100
parts = re.split("^((?:==)(?:[^=].*?[^=])(?:==))$", content, flags=re.MULTILINE)
# for part in parts:
# print '-' * 100
# print part
# print '-' * 100
# self.stop()
sections = [{"header2": "", "content": parts.pop(0)}]
sections += [{"header2": part[0], "content": part[1]} for part in chunks(parts, 2)]
for data in sections:
# print '-' * 80
header2 = data["header2"]
# print header2
if not header2:
continue
p = re.compile(u"^==\s*\{\{(з|заголовок)[^}]*\}\}\s*==$", re.UNICODE)
m = p.match(header2)
if not m:
# print header2, '==', '#' * 120
return content
# print '-' * 40
# print data['content']
# print '-' * 80
# return content
# print '=' * 100
# print content
# print '=' * 100
# # parts = re.split("^(?P<before>=+)(?P<header>.+?)(?P<after>=+)$", content,
# parts = re.split("^((?:=+)(?:.+?)(?:=+))$", content,
# flags=re.MULTILINE)
# for part in parts:
# print '-' * 100
# print part
# print '-' * 100
# self.stop()
# return content
# sections = [
# {'lang': '', 'content': parts.pop(0)}
# ]
# sections += [
# {'lang': part[0], 'content': part[1]}
# for part in chunks(parts, 2)
# ]
if lang == "ru":
if " " in title:
template = templates["ru"]["phrase"]
else:
template = templates["ru"]["word"]
else:
if " " in title:
template = templates["xx"]["phrase"]
else:
template = templates["xx"]["word"]
for data in sections:
section_content = data["content"]
headers = convert_headers(self.get_headers(section_content))
if headers == []:
# print 'EMPTY'
pass
elif headers == template:
# print 'OK'
pass
else:
wrong_order = False
has_unknown_header = False
absent = list()
for header in template:
if header not in headers:
# print header, ' -> ABSENT WARNING'
# append_dict_list(current_absent, lang, header)
# self.all_absent_headers.add(header)
absent.append(header)
pass
t = 0
s = 0
wrong_order_error = None
while t < len(template) and s < len(headers):
if template[t] == headers[s]:
t += 1
s += 1
else:
if template[t] in absent:
t += 1
else:
# print headers[s], ' -> WRONG ORDER ERROR'
wrong_order_error = headers[s]
wrong_order = True
break
unknown_headers = list()
for header in headers:
if header not in template:
# print header, ' -> UNKNOWN ERROR'
unknown_headers.append(header)
has_unknown_header = True
# append_dict_list(current_absent, lang, header)
absent_semantic_headers = False
for h in semantic_headers:
if h in absent:
absent_semantic_headers = True
if absent_semantic_headers or wrong_order_error:
# print u'{} #{} {}'.format(title, lang, data['header2'])
# print '\n'.join(headers)
# if absent:
# print "\n".join([u"{} -> ABSENT WARNING".format(header)
# for header in absent])
# if wrong_order_error:
# print u"{} -> WRONG ORDER ERROR".format(wrong_order_error)
# if unknown_headers:
# print "\n".join([u"{} -> UNKNOWN ERROR".format(header)
# for header in unknown_headers])
# print
pass
elif unknown_headers:
pass
else:
m = re.search(
u"(==== *Значение *==== *\n(.*?)"
u"==== *Синонимы *==== *\n(.*?)"
u"==== *Антонимы *==== *\n(.*?)"
u"==== *Гиперонимы *==== *\n(.*?)"
u"==== *Гипонимы *==== *(.*?)"
u"\n)===[^=]",
section_content,
re.UNICODE | re.DOTALL,
)
if not m:
# print title, '|', lang, '=' * 120
# print '\n'.join(headers)
# print
# raise Exception('!!!')
continue
# print title, '|', lang
semantic_section = m.group(1)
new_semantic_section = semantic_section
# print '=' * 40
# print semantic_section
# print '-' * 40
bodies = [m.group(3), m.group(4), m.group(5), m.group(6)]
for body in bodies:
# print body
# body = body.strip()
lines = body.split("\n")
fake = False
for line in lines:
if not line.strip():
continue
if re.match("^#", line):
continue
# print title, '|', lang, u' -> "{}"'.format(line)
if re.match("^[*:]", line):
new_semantic_section = new_semantic_section.replace(
u"\n{}\n".format(line), u"\n#{}\n".format(line[1:])
)
elif not line.startswith("<!--"):
new_semantic_section = new_semantic_section.replace(
u"\n{}\n".format(line), u"\n# {}\n".format(line)
)
if re.match("^[*:]", line):
continue
if line in ["-", "?"]:
continue
if re.match("^\[\[[^]]+\]\]$", line):
continue
if re.match("^(\[\[[^]]+\]\]( \(\[\[[^]]+\]\]\))?([,;] )?)+$", line):
continue
# if re.match(u'^[a-zа-я !]+$', line, re.UNICODE | re.IGNORECASE):
# pass
# if re.match(u'^([a-zа-я !]+([,;] )?)+$', line, re.UNICODE | re.IGNORECASE):
# pass
fake = True
print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.format(title, lang, line)
# print title, '|', lang
# print '->', line
# print line
break
# if not fake: # or True:
# if semantic_section != new_semantic_section:
# print title, '|', lang
# print '=' * 100
# print semantic_section
# print '-' * 100
# print new_semantic_section
# print '-' * 100
# print
# new_content = \
# new_content.replace(semantic_section,
# new_semantic_section)
# if fake and body:
# print title, '|', lang
# print '=' * 120
# # print '"{}"'.format(tail)
# print body
# print '-' * 120
# print
# if has_unknown_header or wrong_order:
# return content
# if u'=== Морфологические и синтаксические свойства ===' in absent:
# # print u'{} #{}'.format(title, lang)
# # print '\n'.join(headers)
# # print
# return content
# if absent and headers and absent[0] == headers[0]:
# # print u'{} #{}'.format(title, lang)
# # print '\n'.join(headers)
# # print
# return content
# print '-' * 40
return new_content
def lang_action(self, page, lang, content):
title = page.title
if title.startswith('-') or title.endswith('-'):
return content
if title.startswith('*'):
return content
new_content = content
# print page.title, '=' * 100
# print content
# print '=' * 100
parts = re.split("^((?:==)(?:[^=].*?[^=])(?:==))$", content,
flags=re.MULTILINE)
# for part in parts:
# print '-' * 100
# print part
# print '-' * 100
# self.stop()
sections = [
{'header2': '', 'content': parts.pop(0)}
]
sections += [
{'header2': part[0], 'content': part[1]}
for part in chunks(parts, 2)
]
for data in sections:
# print '-' * 80
header2 = data['header2']
# print header2
if not header2:
continue
p = re.compile(u'^==\s*\{\{(з|заголовок)[^}]*\}\}\s*==$', re.UNICODE)
m = p.match(header2)
if not m:
# print header2, '==', '#' * 120
return content
# print '-' * 40
# print data['content']
# print '-' * 80
# return content
# print '=' * 100
# print content
# print '=' * 100
# # parts = re.split("^(?P<before>=+)(?P<header>.+?)(?P<after>=+)$", content,
# parts = re.split("^((?:=+)(?:.+?)(?:=+))$", content,
# flags=re.MULTILINE)
# for part in parts:
# print '-' * 100
# print part
# print '-' * 100
# self.stop()
# return content
# sections = [
# {'lang': '', 'content': parts.pop(0)}
# ]
# sections += [
# {'lang': part[0], 'content': part[1]}
# for part in chunks(parts, 2)
# ]
if lang == 'ru':
if ' ' in title:
template = templates['ru']['phrase']
else:
template = templates['ru']['word']
else:
if ' ' in title:
template = templates['xx']['phrase']
else:
template = templates['xx']['word']
for data in sections:
section_content = data['content']
headers = convert_headers(self.get_headers(section_content))
if headers == []:
# print 'EMPTY'
pass
elif headers == template:
# print 'OK'
pass
else:
wrong_order = False
has_unknown_header = False
absent = list()
for header in template:
if header not in headers:
# print header, ' -> ABSENT WARNING'
# append_dict_list(current_absent, lang, header)
# self.all_absent_headers.add(header)
absent.append(header)
pass
t = 0
s = 0
wrong_order_error = None
while t < len(template) and s < len(headers):
if template[t] == headers[s]:
t += 1
s += 1
else:
if template[t] in absent:
t += 1
else:
# print headers[s], ' -> WRONG ORDER ERROR'
wrong_order_error = headers[s]
wrong_order = True
break
unknown_headers = list()
for header in headers:
if header not in template:
# print header, ' -> UNKNOWN ERROR'
unknown_headers.append(header)
has_unknown_header = True
# append_dict_list(current_absent, lang, header)
absent_semantic_headers = False
for h in semantic_headers:
if h in absent:
absent_semantic_headers = True
if absent_semantic_headers or wrong_order_error:
# print u'{} #{} {}'.format(title, lang, data['header2'])
# print '\n'.join(headers)
# if absent:
# print "\n".join([u"{} -> ABSENT WARNING".format(header)
# for header in absent])
# if wrong_order_error:
# print u"{} -> WRONG ORDER ERROR".format(wrong_order_error)
# if unknown_headers:
# print "\n".join([u"{} -> UNKNOWN ERROR".format(header)
# for header in unknown_headers])
# print
pass
elif unknown_headers:
pass
else:
m = re.search(u'(==== *Значение *==== *\n(.*?)'
u'==== *Синонимы *==== *\n(.*?)'
u'==== *Антонимы *==== *\n(.*?)'
u'==== *Гиперонимы *==== *\n(.*?)'
u'==== *Гипонимы *==== *(.*?)'
u'\n)===[^=]',
section_content, re.UNICODE | re.DOTALL)
if not m:
print '#' * 200
print u'title={}, lang={}'.format(title, lang)
print '#' * 200
continue
# raise Exception(u'title={}, lang={}'.format(title, lang))
# print title, '|', lang
semantic_section = m.group(1)
new_semantic_section = semantic_section
# print '=' * 40
# print semantic_section
# print '-' * 40
mining = m.group(2)#.strip().split('\n')
# mining = filter(lambda x: x not in ['#', '# '], mining)
# mining_len = len(mining)
mining_len = 0
for line in mining.split('\n'):
line = line.strip()
if not line.strip():
continue
if line.strip() in ['#']:
continue
if re.match('^#', line):
mining_len += 1
continue
if re.match(u'^\{\{прото\|(\{\{)?[^}]+(\}\})?\}\}$', line,
re.UNICODE):
continue
if re.match(u'^\{\{(длина слова|илл)\|[^}]+\}\}$', line,
re.UNICODE):
# print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
# format(title, lang, line)
continue
mining_len += 1
if re.match(u'^\[\[\]\]$', line,
re.UNICODE):
continue
if re.match(u'^(\[\[[^]]*\]\] )?\{\{Нужен перевод(\|\w+)?\}\}$', line,
re.UNICODE):
continue
ok = False
if re.match(u'^\[\[[^]]+\]\](\s*\{\{пример\|.*(\|перевод=.*)?\}\})?$', line,
re.UNICODE):
ok = True
if re.match(u'^(\[\[[^]]+\]\]([,;] )?)+( \{\{пример\|.*(\|перевод=.*)?\}\})?$', line,
re.UNICODE):
ok = True
if ok:
# new_semantic_section = \
# new_semantic_section.replace(
# u"\n{}\n".format(line),
# u'\n# {}\n'.format(line)
# )
continue
has_strange = True
print u'# [[{}]] (секция "{}"): <code><nowiki>{}</nowiki></code>'.\
format(title, lang, line)
# print line
if re.match(u'^\[\[[^]]*\]\](\s*\{\{пример\|.*(\|перевод=.*)?\}\})?$', line,
re.UNICODE):
continue
if re.match(u'^(\[\[[^]]+\]\]( \(\[\[[^]]+\]\]\))?([,;]? )?)+( \{\{пример\|.*(\|перевод=.*)?\}\})?$', line,
re.UNICODE):
continue
onim_lens = [0, 0, 0, 0]
bodies = [m.group(3), m.group(4), m.group(5), m.group(6), ]
for i, body in enumerate(bodies):
# onim_lens[i] = len(lines)
# print body
body = body.strip()
lines = body.split('\n')
fake = False
for line in lines:
if not line.strip():
continue
if line.strip() in ['#']:
continue
onim_lens[i] += 1
if re.match('^#', line):
continue
# print title, '|', lang, u' -> "{}"'.format(line)
if re.match('^[*:]', line):
continue
if line in ['-', '?', ]:
continue
if re.match('^\[\[[^]]+\]\]$', line):
continue
if re.match('^(\[\[[^]]+\]\]( \(\[\[[^]]+\]\]\))?([,;] )?)+$', line):
continue
if re.match(u'^[a-zа-я !]+$', line, re.UNICODE | re.IGNORECASE):
pass
if re.match(u'^([a-zа-я !]+([,;] )?)+$', line, re.UNICODE | re.IGNORECASE):
pass
fake = True
# print title, '|', lang
# print '->', line
# print line
# break
for i, onim_len in enumerate(onim_lens):
if onim_len > mining_len:
onim_type = [u'синонимов', u'антонимов', u'гиперонимов', u'гипонимов', ]
print u"# [[{}]] (секция \"{}\"): '''{}''' значений, '''{}''' {}".\
format(title, lang, mining_len, onim_len, onim_type[i])
return new_content
def run(self):
if not self.wikt_data_page or not self.description:
raise NotImplementedError()
m = re.search(u':Cinemantique/(.+)', self.wikt_data_page)
name = m.group(1)
on_value = u'* [[%s|%s]] = on' % (self.wikt_data_page, name)
c = get_wiki_page_content(u'Участник:Cinemantique/bot')
if on_value not in c:
print u'bot offline -> exit'
return
c = get_wiki_page_content(self.wikt_data_page).strip()
if not c:
return
self.add_report(u'Бот запущен', 'silver')
self.save_report('started')
data = {}
items = c.split('\n\n')
for item in items:
title, values = self.get_item(item, data)
if values is None:
continue
data[title] = values
i = 0
for title, values in sorted(data.items(), key=lambda x: x[0]):
i += 1
print i
# print title
content = self.get_page_content(title)
if content is None:
continue
parts = re.split('^= *\{\{-([-\w]+)-(?:\|[^}]*)?\}\} *=$', content,
flags=re.MULTILINE)
parts.pop(0)
sections = [
{'lang': part[0], 'content': part[1]}
for part in chunks(parts, 2)
]
section_content = ''
for section in sections:
if section['lang'] == 'ru':
section_content = section['content']
res = re.findall('\n== *[^=].*[^=] *==\n', section_content)
# print len(res)
# for r in res:
# print r.encode('utf-8')
if len(res) > 1:
parts = re.split("^((?:==)(?:[^=].*?[^=])(?:==))$",
section_content, flags=re.MULTILINE)
sections2 = [
{'header2': '', 'content': parts.pop(0)}
]
sections2 += [
{'header2': part[0], 'content': part[1]}
for part in chunks(parts, 2)
]
count_third = 0
for data in sections2:
if '===' in data['content']:
count_third += 1
if count_third > 1:
self.add_report(u'В статье "[[%s]]" содержатся омонимы, пропускаем.' % title, 'maroon')
section_content = None
break
if not section_content:
if section_content == '':
self.add_report(u'В статье "[[%s]]" не найдены русские заголовки, пропускаем.' % title, 'maroon')
continue
new_section_content = \
self.get_new_section_content(title, values, section_content)
if new_section_content is None:
continue
new_content = content.replace(section_content, new_section_content)
self.make_change(title, content, new_content)
self.add_report(u'Статья "[[%s]]" успешно обновлена.' % title, 'green')
self.add_report(u'Бот завершён', 'silver')
self.save_report('finished')
save_wiki_page(self.wikt_data_page, '', u'Удаление обработанного содержимого - [[%s/report|Отчёт]]' % self.wikt_data_page)