def check_header(self, entry, fields):
comment_lines = entry.translator_comment.split('\n')
r = []
for k in self.keywords:
try:
if k in fields['Last-Translator'].lower():
r.append(Error(self.errmsg % fields['Last-Translator']))
if k in fields['Language-Team'].lower():
r.append(Error(self.errmsg % fields['Language-Team']))
for l in comment_lines:
if k in l.lower():
r.append(Error(self.errmsg % l))
except KeyError:
pass
return r
class KDECheck(BaseCheck):
name_error = Error('KDE 번역 규칙에 따라 번역자 이름을 써야 합니다')
email_error = Error('KDE 번역 규칙에 따라 번역자 메일 주소를 써야 합니다')
def check(self, entry, context):
msgstr = entry.msgstr
msgctxt = entry.msgctxt
if msgctxt == 'NAME OF TRANSLATORS':
# msgid "Your names"
if '이름' in msgstr or '성함' in msgstr:
return [self.name_error]
elif msgctxt == 'EMAIL OF TRANSLATORS':
# msgid "Your emails"
if '메일' in msgstr or '편지' in msgstr:
return [self.email_error]
return []
def check(self, entry, context):
msgid = entry.msgid
msgstr = entry.msgstr
if msgstr[-1].isspace() and msgid != '' and msgstr[-1] != msgid[-1]:
return [Error('끝에 불필요하게 공백 문자가 있습니다')]
return []
def check(self, entry, context):
if not self.is_keyword(entry):
return []
msgid_keywords = entry.msgid[:-1].split(';')
if entry.msgstr[-1] != ';':
return [Error(err_fmt)]
msgstr_keywords = entry.msgstr[:-1].split(';')
for k in msgid_keywords:
if k not in msgstr_keywords:
return [Error(err_org % k)]
s = set()
for k in msgstr_keywords:
if k in s:
return [Error(err_dup % k)]
s.add(k)
return []
def check(self, entry, context):
if True not in [('.gschema' in p) for p in entry.references]:
return []
for d in data:
if entry.msgid.lower() != d['msgid'].lower():
continue
if entry.msgstr != d['msgstr']:
return [Error(self.errstr % d['msgstr'])]
return []
def check(self, entry, context):
if len(entry.msgid) == 0 or entry.msgid == entry.msgstr:
return []
lines = entry.extracted_comment.split('\n')
for line in lines:
if dnt_re.match(line.lower()):
return [Error(self.errstr)]
else:
return []
def check(self, entry, context):
msgstr = entry.msgstr
errors = []
for i in check_list:
if 'check' in i and not i['check'](entry):
continue
mo = i['re'].search(msgstr)
if mo:
errors.append(Error(i['msg']))
return errors
def check(self, entry, context):
if not entry.references or '.xml:' not in entry.references[0]:
# not from an XML file
return []
msgid = entry.msgid
msgstr = entry.msgstr
if msgid == 'translator-credits': # gnome-doc-utils magic
return []
parser = ParserCreate()
parser.StartElementHandler = start_element
parser.EndElementHandler = end_element
parser.UseForeignDTD(True)
try:
parser.Parse('<KPC_DummyTag>' + msgstr + '</KPC_DummyTag>')
except ExpatError as e:
return [Error(tag_error_string)]
except NotDocBook as e:
return [Error(notdb_error_string % e)]
return []
def check(self, entry, context):
if not entry.references or '.page:' not in entry.references[0]:
# not from an XML file
return []
msgid = entry.msgid
msgstr = entry.msgstr
if msgid == 'translator-credits': # gnome-doc-utils magic
return []
parser = ParserCreate()
parser.StartElementHandler = start_element
parser.EndElementHandler = end_element
parser.UseForeignDTD(True)
try:
parser.Parse('<_:ko-po-check>' + msgstr + '</_:ko-po-check>')
except ExpatError as e:
return [Error(tag_error_string)]
except UnknownTag as e:
return [Error(unknown_tag_error_string % e)]
return []
class CopyrightCheck(BaseCheck):
copyright_re = re.compile('^([Cc]opyright )?\([Cc]\) ')
error = Error('copyright notice는 번역하면 안 됩니다')
def check(self, entry, context):
msgid_lines = entry.msgid.split('\n')
msgstr_lines = entry.msgstr.split('\n')
for (msgid, msgstr) in zip(msgid_lines, msgstr_lines):
if self.copyright_re.match(msgid) and msgid != msgstr:
return [self.error]
return []
def check(self, entry, context):
for p in entry.references:
if '.page' in p or '.xml' in p:
break
else:
return []
for d in data:
if not re.match(d['msgid'], entry.msgid, re.IGNORECASE):
continue
if entry.msgstr != d['msgstr']:
return [Error(self.errstr % d['msgstr'])]
return []
def check(self, entry, context):
msgstr = entry.msgstr
errors = []
s = msgstr
while 1:
mo = typo_re.search(s)
if mo:
errors.append(Error(typo_error % mo.group(1)))
s = s[mo.end():]
else:
break
return errors
def check(self, entry, context):
msgid = entry.msgid
msgstr = entry.msgstr
errors = []
msgid_l = msgid.replace('_', '').replace('&', '').lower()
for (id, right, wrong) in data:
if (wrong not in msgstr) or (id not in msgid_l):
continue
if (right not in wrong) and (right in msgstr):
continue
errors.append(Error(self.errstr % (wrong, id, right.strip())))
return errors
def check(self, entry, context):
msgstr = entry.msgstr
errors = []
for entry in data:
r = entry['re']
errmsg = entry['error']
mo = r.search(msgstr)
if mo:
if ('except' in entry) and entry['except'].match(mo.group(0)):
continue
errors.append(Error(errmsg % mo.group(0)))
return errors
def check(self, entry, context):
msgid = entry.msgid
msgstr = entry.msgstr
errors = []
msgid_n, msgid_d = normalize_msgid(msgid)
msgid_ak = find_access_key(msgid)
for (orig, trans) in data:
# 모두 대문자로 된 단어는 option argument 따위로 쓰이므로 넘어간다
if msgid_n.lower() == orig and not msgid_n.isupper():
good_msgstr = make_msgstr(trans, msgid_ak, msgid_d)
if good_msgstr != msgstr:
errors.append(Error(self.errstr % (msgstr, good_msgstr)))
return errors
def check(self, entry, context):
msgid = entry.msgid
msgstr = entry.msgstr
gnome_mo = re_accesskey_gnome.match(msgid)
kde_mo = re_accesskey_kde.match(msgid)
# doubts if the string really contains a access key
if gnome_mo and re_accesskey_gnome_unlikely.match(msgid):
gnome_mo = None
if kde_mo and re_accesskey_kde_unlikely.match(msgid):
kde_mo = None
if gnome_mo or kde_mo:
# too long string to be a label string
if len(msgid) > 60:
return []
# GConf schema or GSettings schema file
if entry.references and ('.schemas' in entry.references[0]
or '.gschema' in entry.references[0]):
return []
if gnome_mo:
letter = gnome_mo.group(1).upper()
else:
letter = kde_mo.group(1).upper()
# check 1: if it's translated with the access key
mo = re_accesskey.match(msgstr)
if not mo:
return [Error(errstr_no_accesskey)]
# check 2: check if it's same
if letter != mo.group(1).upper():
return [Error(errstr_wrong % (letter, mo.group(1)))]
# check 3: check if it's uppercase in "(_X)" form
mo = re_lowercase_accesskey.search(msgstr)
if mo:
return [Error(errstr_lowercase % mo.group(1))]
return []
def check(self, entry, context):
msgid = entry.msgid
msgstr = entry.msgstr
mo = re_markup.search(msgid)
while mo:
tagname = mo.group(group_opentagname)
opentag = mo.group(group_opentag)
mo = re.search('<' + opentag + '>.+</' + tagname + '>', msgstr,
re.M | re.S)
if not mo:
return [Error(error_string % opentag)]
msgid = msgid[mo.start(0) + 1:]
mo = re_markup.search(msgid)
return []
class TeamMailCheck(HeaderCheck):
new_addr = '<*****@*****.**>'
old_addr = '<*****@*****.**>'
error = Error('새 번역팀 주소를 사용하십시오: %s' % new_addr)
def check_header(self, entry, fields):
try:
value = fields['Language-Team']
if self.old_addr in value:
return [self.error]
if value.startswith('GNOME Korea') and self.new_addr not in value:
return [self.error]
except KeyError:
pass
return []
def check(self, entry, context):
if not self.identify(entry):
return []
errors = []
for (origre, transfmt) in data:
m = origre.search(entry.msgid)
if not m:
continue
orig = m.group(0)
matched = [m.group(i + 1) or '' for i in range(0, origre.groups)]
trans = transfmt.format(*matched)
if trans not in entry.msgstr:
errors.append(Error(self.errstr % (orig, trans)))
return errors
def check(self, entry, context):
msgstr = entry.msgstr
errors = []
for data in misspell_data:
misspell_re = data['re']
misspell_error = data['error']
s = msgstr
while 1:
mo = misspell_re.search(s)
if mo:
if ('func' in data and data['func'](mo.group(1))):
s = s[mo.end():]
continue
errors.append(Error(misspell_error % mo.group(1)))
s = s[mo.end():]
else:
break
return errors
def check_header(self, entry, fields):
result = []
# Report-Msgid-Bugs-To: 내용이 없는 경우
try:
if fields['Report-Msgid-Bugs-To'] == '':
errmsg = 'Report-Msgid-Bugs-To: 비어 있습니다. ' \
'버그 보고하는 메일 혹은 웹 주소를 쓰십시오'
result.append(Error(errmsg))
except KeyError:
pass
# 기본값 그대로 쓴 경우
if fields['Last-Translator'].startswith('FULL NAME'):
errmsg = 'Last-Translator: 기본값을 바꾸지 않았습니다. 번역자 이름을 쓰십시오'
result.append(Error(errmsg))
if 'EMAIL@ADDRESS' in fields['Last-Translator']:
errmsg = 'Last-Translator: 기본값을 바꾸지 않았습니다. 번역자 메일 주소를 쓰십시오'
result.append(Error(errmsg))
# Language-Team: 쓰지 않았거나 gettext 기본값을 바꾸지 않은 경우
if 'Language-Team' not in fields:
errmsg = 'Language-Team: 필드가 없습니다. 번역 팀이 따로 없으면 본인 주소를 쓰십시오'
result.append(Error(errmsg))
elif fields['Language-Team'] == '':
errmsg = 'Language-Team: 비어 있습니다. 번역 팀이 따로 없으면 본인 주소를 쓰십시오'
result.append(Error(errmsg))
elif '*****@*****.**' in fields['Language-Team']:
errmsg = 'Language-Team: 기본값을 바꾸지 않았습니다. 해당 번역팀 메일 주소를 쓰십시오'
result.append(Error(errmsg))
# Content-Type: UTF-8 추천
if 'charset=utf-8' not in fields['Content-Type'].lower():
errmsg = 'Content-Type: UTF-8 사용을 추천합니다 (charset=UTF-8)'
result.append(Error(errmsg))
# Plural-Forms: 한국어에 대한 복수형이 아닌 경우
correct_value = 'nplurals=1; plural=0;'
try:
if fields['Plural-Forms'] != correct_value:
errmsg = 'Plural-Forms: 한국어는 다음과 같이 씁니다: "%s"'
result.append(Error(errmsg % correct_value))
except KeyError:
pass
return result
def check(self, entry, context):
if entry.check_flag('c-format'):
josa_re = josa_c_re
elif entry.check_flag('javascript-format'):
josa_re = josa_c_re
elif entry.check_flag('python-format'):
josa_re = josa_py_re
else:
return []
msgstr = entry.msgstr
errors = []
while True:
mo = josa_re.search(msgstr)
if mo:
sug = mo.group('fmt') + josa_suggest(mo.group('josa'))
errors.append(Error(self.errstr % (mo.group('case'), sug)))
msgstr = msgstr[mo.end():]
else:
break
return errors
def check(self, entry, context):
if not self.identify(entry):
return []
msgid = normalize_msg(entry.msgid)
msgstr = normalize_msg(entry.msgstr)
for d in data:
re_msgid = d['re_msgid']
re_msgstr = d['re_msgstr']
label_msgid = d['label_msgid']
label_msgstr = d['label_msgstr']
re_except = d['re_exception']
if re_msgid.match(msgid):
if re_msgstr.match(msgstr):
break
if re_except and re_except.match(msgid):
break
return [
Error(self.errstr %
(entry.msgstr, label_msgid, label_msgstr))
]
return []
# -*- coding: utf-8 -*-
import re
from KPC.classes import Error, BaseCheck
data = [
{
're': re.compile('.*[^\.]\.$'),
'except': re.compile('.*(\)|etc|No|a\.m|p\.m)\.$'),
'error': Error('번역문이 원문과 같이 .으로 끝나야 합니다')
},
{
're': re.compile('.*:$'),
'error': Error('번역문이 원문과 같이 :으로 끝나야 합니다')
},
{
're': re.compile('.*[^\s]\.\.\.$'),
'except': re.compile('.*(etc)\.\.\.$'),
'error': Error('번역문이 원문과 같이 ...으로 끝나야 합니다')
},
{
're': re.compile('.*…$'),
'error': Error('번역문이 원문과 같이 …으로 끝나야 합니다')
},
]
class ConsistencyCheck(BaseCheck):
def check(self, entry, context):
msgid = entry.msgid
msgstr = entry.msgstr
def check(self, entry, context):
for d in data:
if [x for x in entry.references if (d['ref'] + ':') in x]:
if entry.msgid == d['msgid'] and entry.msgstr != d['msgstr']:
return [Error(self.errstr % d['msgstr'])]
return []
# -*- coding: utf-8 -*-
import re
from KPC.classes import Error, BaseCheck
data = [
{
're': re.compile('.*[^\.]\.$'),
'except': re.compile('.*(\)|etc|No|a\.m|p\.m)\.$'),
'error': Error('번역문이 원문과 같이 .으로 끝나야 합니다')
},
{
're': re.compile('.*:$'),
'error': Error('번역문이 원문과 같이 :으로 끝나야 합니다')
},
{
're': re.compile('.*[^\s]\.\.\.$'),
'except': re.compile('.*(etc)\.\.\.$'),
'error': Error('번역문이 원문과 같이 ...으로 끝나야 합니다')
},
{
're': re.compile('.*…$'),
'error': Error('번역문이 원문과 같이 …으로 끝나야 합니다')
},
{
're': re.compile('^[^"]*\u201c[^"]*\u201d[^"]*$'),
'error': Error('원문과 같은 유니코드 따옴표를 (U+201C, U+201D) 써야 합니다')
},
]
