def remove(self, user):
"""Remove translation from the VCS"""
author = get_author_name(user)
# Log
self.log_info(
'removing %s as %s',
self.filename,
author
)
# Remove file from VCS
self.commit_message = '__delete__'
with self.subproject.repository.lock:
self.subproject.repository.remove(
[self.filename],
self.get_commit_message(),
author,
)
# Delete from the database
self.delete()
# Record change
Change.objects.create(
subproject=self.subproject,
action=Change.ACTION_REMOVE,
target=self.filename,
user=user,
author=user
)
def handle(self, *args, **options):
# Check params
if len(args) != 4:
raise CommandError('Invalid number of parameters!')
# Get translation object
try:
translation = Translation.objects.get(
subproject__project__slug=args[0],
subproject__slug=args[1],
language__code=args[2],
)
except Translation.DoesNotExist:
raise CommandError('No matching translation project found!')
# Get user
try:
user = User.objects.get(email=options['author'])
except User.DoesNotExist:
raise CommandError('Import user does not exist!')
# Create fake request object
request = HttpRequest()
request.user = user
# Process import
try:
with open(args[3], 'r') as handle:
translation.merge_upload(
request, handle, False, method='suggest',
author=get_author_name(user),
)
except IOError:
raise CommandError('Failed to import translation file!')
def handle(self, *args, **options):
# Check params
if len(args) != 4:
raise CommandError('Invalid number of parameters!')
# Get translation object
translation = self.get_translation(args)
# Get user
try:
user = User.objects.get(email=options['author'])
except User.DoesNotExist:
raise CommandError('Import user does not exist!')
# Create fake request object
request = HttpRequest()
request.user = user
# Process import
try:
with open(args[3], 'rb') as handle:
translation.merge_upload(
request, handle, False, method='suggest',
author=get_author_name(user),
)
except IOError:
raise CommandError('Failed to import translation file!')
def get_last_author(self, email=False):
"""Returns last autor of change done in Weblate."""
if self.last_change_obj is None:
return None
return get_author_name(
self.last_change_obj.author,
email
)
def add_new_language(self, language, request):
'''
Creates new language file.
'''
if self.new_lang != 'add':
raise ValueError('Not supported operation!')
if not self.file_format_cls.supports_new_language():
raise ValueError('Not supported operation!')
base_filename = self.get_new_base_filename()
if not self.file_format_cls.is_valid_base_for_new(base_filename):
raise ValueError('Not supported operation!')
filename = self.file_format_cls.get_language_filename(
self.filemask,
language.code
)
fullname = os.path.join(self.get_path(), filename)
self.file_format_cls.add_language(
fullname,
language.code,
base_filename
)
translation = Translation.objects.create(
subproject=self,
language=language,
filename=filename,
language_code=language.code,
commit_message='Created new translation.'
)
translation_post_add.send(
sender=self.__class__,
translation=translation
)
translation.git_commit(
request,
get_author_name(request.user),
timezone.now(),
force_commit=True,
force_new=True,
)
translation.check_sync(
force=True,
request=request
)
def merge_upload(self, request, fileobj, overwrite, author=None,
merge_header=True, method='translate', fuzzy=''):
"""Top level handler for file uploads."""
filecopy = fileobj.read()
fileobj.close()
# Strip possible UTF-8 BOM
if filecopy[:3] == codecs.BOM_UTF8:
filecopy = filecopy[3:]
# Load backend file
store = try_load(
fileobj.name,
filecopy,
self.subproject.file_format_cls,
self.subproject.template_store
)
# Optionally set authorship
if author is None:
author = get_author_name(request.user)
# Check valid plural forms
if hasattr(store.store, 'parseheader'):
header = store.store.parseheader()
if 'Plural-Forms' in header and \
not self.language.same_plural(header['Plural-Forms']):
raise Exception('Plural forms do not match the language.')
if method in ('translate', 'fuzzy'):
# Merge on units level
with self.subproject.repository.lock:
return self.merge_translations(
request,
store,
overwrite,
(method == 'fuzzy'),
fuzzy,
merge_header,
)
# Add as sugestions
return self.merge_suggestions(request, store, fuzzy)
def handle(self, *args, **options):
# Get translation object
translation = self.get_translation(**options)
# Get user
try:
user = User.objects.get(email=options['author'])
except User.DoesNotExist:
raise CommandError('Import user does not exist!')
# Create fake request object
request = HttpRequest()
request.user = user
# Process import
try:
translation.merge_upload(
request, options['file'], False, method='suggest',
author=get_author_name(user),
)
except IOError:
raise CommandError('Failed to import translation file!')
def update_unit(self, unit, request, user=None):
'''
Updates backend file and unit.
'''
if user is None:
user = request.user
# Save with lock acquired
with self.subproject.repository_lock:
src = unit.get_source_plurals()[0]
add = False
pounit, add = self.store.find_unit(unit.context, src)
# Bail out if we have not found anything
if pounit is None or pounit.is_obsolete():
return False, None
# Check for changes
if ((not add or unit.target == '') and
unit.target == pounit.get_target() and
unit.fuzzy == pounit.is_fuzzy()):
return False, pounit
# Store translations
if unit.is_plural():
pounit.set_target(unit.get_target_plurals())
else:
pounit.set_target(unit.target)
# Update fuzzy flag
pounit.mark_fuzzy(unit.fuzzy)
# Optionally add unit to translation file
if add:
self.store.add_unit(pounit)
# We need to update backend now
author = get_author_name(user)
# Update po file header
now = timezone.now()
if not timezone.is_aware(now):
now = timezone.make_aware(now, timezone.utc)
# Prepare headers to update
headers = {
'add': True,
'last_translator': author,
'plural_forms': self.language.get_plural_form(),
'language': self.language_code,
'PO_Revision_Date': now.strftime('%Y-%m-%d %H:%M%z'),
}
# Optionally store language team with link to website
if self.subproject.project.set_translation_team:
headers['language_team'] = '%s <%s>' % (
self.language.name,
get_site_url(self.get_absolute_url()),
)
# Optionally store email for reporting bugs in source
report_source_bugs = self.subproject.report_source_bugs
if report_source_bugs != '':
headers['report_msgid_bugs_to'] = report_source_bugs
# Update genric headers
self.store.update_header(
**headers
)
# commit possible previous changes (by other author)
self.commit_pending(request, author)
# save translation changes
self.store.save()
# commit VCS repo if needed
self.git_commit(request, author, timezone.now(), sync=True)
return True, pounit
def merge_upload(self, request, fileobj, overwrite, author=None,
merge_header=True, method='', fuzzy='',
merge_comments=False):
'''
Top level handler for file uploads.
'''
filecopy = fileobj.read()
fileobj.close()
# Strip possible UTF-8 BOM
if filecopy[:3] == codecs.BOM_UTF8:
filecopy = filecopy[3:]
# Load backend file
try:
# First try using own loader
store = self.subproject.file_format_cls.parse(
StringIOMode(fileobj.name, filecopy),
self.subproject.template_store
)
except Exception:
# Fallback to automatic detection
store = AutoFormat.parse(
StringIOMode(fileobj.name, filecopy),
)
# Optionally set authorship
if author is None:
author = get_author_name(request.user)
# List translations we should process
# Filter out those who don't want automatic update, but keep ourselves
translations = Translation.objects.filter(
language=self.language,
subproject__project=self.subproject.project
).filter(
Q(pk=self.pk) | Q(subproject__allow_translation_propagation=True)
)
ret = False
if method in ('', 'fuzzy'):
# Do actual merge
if self.subproject.has_template():
# Merge on units level
ret = self.merge_translations(
request,
store,
overwrite,
(method == 'fuzzy'),
fuzzy
)
else:
# Merge on file level
for translation in translations:
ret |= translation.merge_store(
request,
author,
store,
overwrite,
merge_header,
(method == 'fuzzy'),
fuzzy,
merge_comments=merge_comments,
)
else:
# Add as sugestions
ret = self.merge_suggestions(request, store, fuzzy)
return ret, store.count_units()
def update_unit(self, unit, request, user=None):
"""Updates backend file and unit."""
if user is None:
user = request.user
# Save with lock acquired
with self.subproject.repository.lock:
src = unit.get_source_plurals()[0]
add = False
pounit, add = self.store.find_unit(unit.context, src)
# Bail out if we have not found anything
if pounit is None or pounit.is_obsolete():
return False, None
# Check for changes
if ((not add or unit.target == '') and
unit.target == pounit.get_target() and
unit.fuzzy == pounit.is_fuzzy()):
return False, pounit
# Store translations
if unit.is_plural():
pounit.set_target(unit.get_target_plurals())
else:
pounit.set_target(unit.target)
# Update fuzzy flag
pounit.mark_fuzzy(unit.fuzzy)
# Optionally add unit to translation file
if add:
self.store.add_unit(pounit)
# We need to update backend now
author = get_author_name(user)
# Update po file header
now = timezone.now()
if not timezone.is_aware(now):
now = timezone.make_aware(now, timezone.utc)
# Prepare headers to update
headers = {
'add': True,
'last_translator': author,
'plural_forms': self.language.get_plural_form(),
'language': self.language_code,
'PO_Revision_Date': now.strftime('%Y-%m-%d %H:%M%z'),
}
# Optionally store language team with link to website
if self.subproject.project.set_translation_team:
headers['language_team'] = '%s <%s>' % (
self.language.name,
get_site_url(self.get_absolute_url()),
)
# Optionally store email for reporting bugs in source
report_source_bugs = self.subproject.report_source_bugs
if report_source_bugs != '':
headers['report_msgid_bugs_to'] = report_source_bugs
# Update genric headers
self.store.update_header(
**headers
)
# commit possible previous changes (by other author)
self.commit_pending(request, author)
# save translation changes
self.store.save()
# commit VCS repo if needed
self.git_commit(request, author, timezone.now(), sync=True)
return True, pounit
def merge_upload(self, request, fileobj, overwrite, author=None,
merge_header=True, method='translate', fuzzy='',
merge_comments=False):
"""Top level handler for file uploads."""
filecopy = fileobj.read()
fileobj.close()
# Strip possible UTF-8 BOM
if filecopy[:3] == codecs.BOM_UTF8:
filecopy = filecopy[3:]
# Load backend file
try:
# First try using own loader
store = self.store.parse(
StringIOMode(fileobj.name, filecopy),
self.subproject.template_store
)
except Exception:
# Fallback to automatic detection
store = AutoFormat.parse(
StringIOMode(fileobj.name, filecopy),
)
# Optionally set authorship
if author is None:
author = get_author_name(request.user)
# Check valid plural forms
if hasattr(store.store, 'parseheader'):
header = store.store.parseheader()
if 'Plural-Forms' in header and \
self.language.get_plural_form() != header['Plural-Forms']:
raise Exception('Plural forms do not match the language.')
# List translations we should process
# Filter out those who don't want automatic update, but keep ourselves
translations = Translation.objects.filter(
language=self.language,
subproject__project=self.subproject.project
).filter(
Q(pk=self.pk) | Q(subproject__allow_translation_propagation=True)
)
ret = False
if method in ('translate', 'fuzzy'):
# Do actual merge
if self.subproject.has_template():
# Merge on units level
ret = self.merge_translations(
request,
store,
overwrite,
(method == 'fuzzy'),
fuzzy
)
else:
# Merge on file level
for translation in translations:
ret |= translation.merge_store(
request,
author,
store,
overwrite,
merge_header,
(method == 'fuzzy'),
fuzzy,
merge_comments=merge_comments,
)
else:
# Add as sugestions
ret = self.merge_suggestions(request, store, fuzzy)
return ret, store.count_units()
def get_last_author(self, email=False):
"""Return last autor of change done in Weblate."""
if self.last_change_obj is None:
return None
return get_author_name(self.last_change_obj.author, email)
def merge_translations(self, request, store2, overwrite, add_fuzzy,
fuzzy, merge_header):
"""Merge translation unit wise
Needed for template based translations to add new strings.
"""
not_found = 0
skipped = 0
accepted = 0
# Are there any translations to propagate?
# This is just an optimalization to avoid doing that for every unit.
propagate = Translation.objects.filter(
language=self.language,
subproject__project=self.subproject.project
).filter(
subproject__allow_translation_propagation=True
).exclude(
pk=self.pk
).exists()
author = get_author_name(request.user)
# Commit possible prior changes
self.commit_pending(request, author)
# Avoid committing while we're importing
self._skip_commit = True
for set_fuzzy, unit2 in store2.iterate_merge(fuzzy):
try:
unit = self.unit_set.get_unit(unit2)
except Unit.DoesNotExist:
not_found += 1
continue
if unit.translated and not overwrite:
skipped += 1
continue
accepted += 1
unit.translate(
request,
split_plural(unit2.get_target()),
add_fuzzy or set_fuzzy,
change_action=Change.ACTION_UPLOAD,
propagate=propagate
)
self._skip_commit = False
if accepted > 0:
self.update_stats()
if merge_header:
self.store.merge_header(store2)
self.store.save()
self.git_commit(
request, author, timezone.now(),
force_commit=True, sync=True
)
return (not_found, skipped, accepted, store2.count_units())
def save_backend(self,
request,
propagate=True,
gen_change=True,
change_action=None,
user=None):
"""
Stores unit to backend.
Optional user parameters defines authorship of a change.
This should be always called in a trasaction with updated unit
locked for update.
"""
# For case when authorship specified, use user from request
if user is None or user.is_anonymous:
user = request.user
# Commit possible previous changes by other author
self.translation.commit_pending(request, get_author_name(user))
# Return if there was no change
# We have to explicitly check for fuzzy flag change on monolingual
# files, where we handle it ourselves without storing to backend
if (self.old_unit.state == self.state
and self.old_unit.target == self.target):
# Propagate if we should
if propagate:
self.propagate(request, change_action)
return False
# Propagate to other projects
# This has to be done before changing source/content_hash for template
if propagate:
self.propagate(request, change_action)
if self.translation.is_template:
self.source = self.target
self.content_hash = calculate_hash(self.source, self.context)
# Unit is pending for write
self.pending = True
# Update translated flag (not fuzzy and at least one translation)
translation = bool(max(self.get_target_plurals()))
if self.state == STATE_TRANSLATED and not translation:
self.state = STATE_EMPTY
elif self.state == STATE_EMPTY and translation:
self.state = STATE_TRANSLATED
# Save updated unit to database
self.save(backend=True)
# Update translation stats
old_translated = self.translation.stats.translated
if change_action != Change.ACTION_UPLOAD:
self.translation.invalidate_cache()
self.translation.store_hash()
# Notify subscribed users about new translation
notify_new_translation(self, self.old_unit, user)
# Update user stats
user.profile.translated += 1
user.profile.save()
# Generate Change object for this change
if gen_change:
self.generate_change(request, user, change_action)
# Force commiting on completing translation
translated = self.translation.stats.translated
if (old_translated < translated
and translated == self.translation.stats.all):
Change.objects.create(translation=self.translation,
action=Change.ACTION_COMPLETE,
user=user,
author=user)
self.translation.commit_pending(request)
# Update related source strings if working on a template
if self.translation.is_template:
self.update_source_units(self.old_unit.source, user)
return True
