def after_search(self, search_results, search_params):
'''Try to replace displayed fields with their translations (if any).
'''
from ckanext.publicamundi.lib.metadata import fields, bound_field
from ckanext.publicamundi.lib.metadata import class_for_metadata, translator_for
uf = fields.TextField()
lang = self.target_language()
for pkg in search_results['results']:
source_lang = pkg.get('language')
if not source_lang or (source_lang == lang):
continue # no need to translate
dtype = pkg['dataset_type']
md = class_for_metadata(dtype)(identifier=pkg['id'])
translator = translator_for(md, source_lang)
# Lookup translations in the context of this package
translated = False
for k in ('title', 'notes'):
tr = translator.get_field_translator(
bound_field(uf, (k, ), pkg[k]))
yf = tr.get(lang) if tr else None
if yf:
pkg[k] = yf.context.value
translated = True
# If at least one translation was found, mark as translated
if translated:
pkg['translated_to_language'] = lang
return search_results
def after_search(self, search_results, search_params):
'''Try to replace displayed fields with their translations (if any).
'''
from ckanext.publicamundi.lib.metadata import fields, bound_field
from ckanext.publicamundi.lib.metadata import class_for_metadata, translator_for
uf = fields.TextField()
lang = self.target_language()
for pkg in search_results['results']:
source_lang = pkg.get('language')
if not source_lang or (source_lang == lang):
continue # no need to translate
dtype = pkg['dataset_type']
md = class_for_metadata(dtype)(identifier=pkg['id'])
translator = translator_for(md, source_lang)
# Lookup translations in the context of this package
translated = False
for k in ('title', 'notes'):
tr = translator.get_field_translator(bound_field(uf, (k,), pkg[k]))
yf = tr.get(lang) if tr else None
if yf:
pkg[k] = yf.context.value
translated = True
# If at least one translation was found, mark as translated
if translated:
pkg['translated_to_language'] = lang
return search_results
def __call__(self, md):
assert self.translator is None, 'Expected to be called once!'
self.translator = ext_metadata.translator_for(md, self.source_language)
try:
result = self.translator.get(self.language)
except Exception as ex:
self.translator = False # is unusable
raise
return result
def __call__(self, md):
assert self.translator is None, 'Expected to be called once!'
self.translator = ext_metadata.translator_for(
md, self.source_language)
try:
result = self.translator.get(self.language)
except Exception as ex:
self.translator = False # is unusable
raise
return result
def _test_1(self, dtype, i, name, source_lang, lang):
pkg = self.packages[dtype][i][-1]
md = factory_for_metadata(dtype)()
md.from_dict(pkg[dtype], is_flat=0, opts={'unserialize-values': 1})
assert md.identifier and check_uuid(md.identifier)
translator = translator_for(md, source_lang)
assert translator
assert IMetadataTranslator in zope.interface.providedBy(translator)
# Read a translated view
md_1 = translator.get(lang)
assert md_1 and isinstance(md_1, type(md))
assert ITranslatedMetadata in zope.interface.providedBy(md_1)
assert md_1 == md, 'Nothing is translated yet, should be identical'
# Tranlate a few fields
translations = {}
for key in self.translatable_fields[dtype]:
yf = md.get_field(key)
translations[key] = ' ** TRANSLATE ** ' + yf.context.value
yf.context.key = (dtype, ) + key
tr = translator.get_field_translator(yf)
yf1 = tr.translate(lang, translations[key])
assert yf1 and yf1.context.value
assert yf1.context.value == translations[key]
# Re-read a translated view
md_2 = translator.get(lang)
assert md_2 and isinstance(md_2, type(md))
assert ITranslatedMetadata in zope.interface.providedBy(md_2)
assert md_2 != md, 'Some fields should be translated'
changes = list(dictdiffer.diff(md.to_dict(), md_2.to_dict()))
translated_keys = set(translations.keys())
assert len(changes) > 0
for changetype, skey, (changed_from, changed_to) in changes:
assert changetype == 'change'
key = tuple(skey.split('.'))
assert key in translations
assert translations[key] == changed_to
yf0, yf2 = md.get_field(key), md_2.get_field(key)
assert yf0.context.value == changed_from
assert yf2.context.value == changed_to
assert key in translated_keys
translated_keys.remove(key)
assert not translated_keys, 'All keys should be consumed'
pass
def _test_1(self, dtype, i, name, source_lang, lang):
pkg = self.packages[dtype][i][-1]
md = factory_for_metadata(dtype)()
md.from_dict(pkg[dtype], is_flat=0, opts={'unserialize-values': 1})
assert md.identifier and check_uuid(md.identifier)
translator = translator_for(md, source_lang)
assert translator
assert IMetadataTranslator in zope.interface.providedBy(translator)
# Read a translated view
md_1 = translator.get(lang)
assert md_1 and isinstance(md_1, type(md))
assert ITranslatedMetadata in zope.interface.providedBy(md_1)
assert md_1 == md, 'Nothing is translated yet, should be identical'
# Tranlate a few fields
translations = {}
for key in self.translatable_fields[dtype]:
yf = md.get_field(key)
translations[key] = ' ** TRANSLATE ** ' + yf.context.value
yf.context.key = (dtype,) + key
tr = translator.get_field_translator(yf)
yf1 = tr.translate(lang, translations[key])
assert yf1 and yf1.context.value
assert yf1.context.value == translations[key]
# Re-read a translated view
md_2 = translator.get(lang)
assert md_2 and isinstance(md_2, type(md))
assert ITranslatedMetadata in zope.interface.providedBy(md_2)
assert md_2 != md, 'Some fields should be translated'
changes = list(dictdiffer.diff(md.to_dict(), md_2.to_dict()))
translated_keys = set(translations.keys())
assert len(changes) > 0
for changetype, skey, (changed_from, changed_to) in changes:
assert changetype == 'change'
key = tuple(skey.split('.'))
assert key in translations
assert translations[key] == changed_to
yf0, yf2 = md.get_field(key), md_2.get_field(key)
assert yf0.context.value == changed_from
assert yf2.context.value == changed_to
assert key in translated_keys
translated_keys.remove(key)
assert not translated_keys, 'All keys should be consumed'
pass
def dataset_translation_update(context, data_dict):
'''Translate dataset for the active language.
The accepted format data_dict is as the one passed to core `package_update`.
An additional parameter is `translate_to_language` which determines the target
language. If not supplied, the active language (from Pylons request) will be used.
All non-translatable fields will be ignored.
All fields that are not present (or are empty) in source package, will also be
ignored.
:param id: the name or id of the package.
:type id: string
:param translate_to_language: the target language
:type translate_to_language: string
rtype: dict
'''
# Determine target language
lang = _target_language(data_dict)
# Fetch package in source language
context.update({
'translate': False,
'return_json': True
})
pkg = _get_action('package_show')(context, {'id': data_dict['id']})
dtype = pkg['dataset_type']
source_lang = pkg['language']
if lang == source_lang:
msg = 'The target language same as source language (%s)' % (lang)
raise Invalid({'translate_to_language': msg})
md = class_for_metadata(dtype)()
md.from_json(pkg[dtype])
# Check authorization
_check_access(
'package_translation_update', context, {'org': pkg['owner_org']})
# Translate structured metadata
translator = translator_for(md, source_lang)
md = translator.translate(lang, data_dict[dtype])
pkg[dtype] = md.to_json(return_string=False)
# Translate core CKAN metadata
field_translator = translator.get_field_translator
uf = fields.TextField()
for k in ('title', 'notes'):
v = data_dict.get(k)
if not (v and pkg.get(k)):
continue # nothing to translate
tr = field_translator(bound_field(uf, (k,), pkg[k]))
if not tr:
continue
yf = tr.translate(lang, v)
pkg[k] = v
# Return translated view of this package
pkg['translated_to_language'] = lang
return pkg
def dataset_translation_update_field(context, data_dict):
'''Translate a dataset field for the active language.
This is similar to `dataset_translation_update` but only updates a field per
call. It's purpose is to be used when fields are updated individually.
:param id: the name or id of the package.
:type id: string
:param translate_to_language: the target language
:type translate_to_language: string
:param key: the field's key path (as dotted path or as a tuple)
:type : string or tuple
:param value: the translated text value
:type value: string
'''
# Determine target language
lang = _target_language(data_dict)
# Fetch package in source language
context.update({'translate': False})
pkg = _get_action('package_show')(context, {'id': data_dict['id']})
dtype = pkg['dataset_type']
source_lang = pkg['language']
if lang == source_lang:
msg = 'The target language same as source language (%s)' % (lang)
raise Invalid({'translate_to_language': msg})
key = data_dict.get('key')
if not key:
raise Invalid({'key': 'Missing'})
if isinstance(key, basestring):
key = tuple(key.split('.'))
else:
key = tuple(key)
value = data_dict.get('value')
if not value:
raise Invalid({'value': 'Missing'})
value = unicode(value)
# Check authorization
_check_access(
'package_translation_update', context, {'org': pkg['owner_org']})
# Update translation for field
md = pkg[dtype]
translator = translator_for(md, source_lang)
msg = None
yf = None
if len(key) < 2:
# Translate a top-level field
if key[0] in ['title', 'notes']:
# A core CKAN translatable field
uf = fields.TextField()
yf = bound_field(uf, key, pkg[key[0]])
else:
# Translate a field from structured metadata
if key[0] == dtype:
try:
yf = md.get_field(key[1:])
except:
yf = None
msg = 'No such field'
if yf and not yf.queryTaggedValue('translatable'):
yf = None
msg = 'Not translatable'
if yf:
yf.context.key = key
tr = None
if yf and yf.context.value:
tr = translator.get_field_translator(yf)
if tr:
tr.translate(lang, value)
res = {'updated': bool(tr)}
if msg:
res['message'] = msg;
return res
def dataset_translation_update(context, data_dict):
'''Translate dataset for the active language.
The accepted format data_dict is as the one passed to core `package_update`.
An additional parameter is `translate_to_language` which determines the target
language. If not supplied, the active language (from Pylons request) will be used.
All non-translatable fields will be ignored.
All fields that are not present (or are empty) in source package, will also be
ignored.
:param id: the name or id of the package.
:type id: string
:param translate_to_language: the target language
:type translate_to_language: string
rtype: dict
'''
# Determine target language
lang = _target_language(data_dict)
# Fetch package in source language
context.update({'translate': False, 'return_json': True})
pkg = _get_action('package_show')(context, {'id': data_dict['id']})
dtype = pkg['dataset_type']
source_lang = pkg['language']
if lang == source_lang:
msg = 'The target language same as source language (%s)' % (lang)
raise Invalid({'translate_to_language': msg})
md = class_for_metadata(dtype)()
md.from_json(pkg[dtype])
# Check authorization
_check_access('package_translation_update', context,
{'org': pkg['owner_org']})
# Translate structured metadata
translator = translator_for(md, source_lang)
md = translator.translate(lang, data_dict[dtype])
pkg[dtype] = md.to_json(return_string=False)
# Translate core CKAN metadata
field_translator = translator.get_field_translator
uf = fields.TextField()
for k in ('title', 'notes'):
v = data_dict.get(k)
if not (v and pkg.get(k)):
continue # nothing to translate
tr = field_translator(bound_field(uf, (k, ), pkg[k]))
if not tr:
continue
yf = tr.translate(lang, v)
pkg[k] = v
# Return translated view of this package
pkg['translated_to_language'] = lang
return pkg
def dataset_translation_update_field(context, data_dict):
'''Translate a dataset field for the active language.
This is similar to `dataset_translation_update` but only updates a field per
call. It's purpose is to be used when fields are updated individually.
:param id: the name or id of the package.
:type id: string
:param translate_to_language: the target language
:type translate_to_language: string
:param key: the field's key path (as dotted path or as a tuple)
:type : string or tuple
:param value: the translated text value
:type value: string
'''
# Determine target language
lang = _target_language(data_dict)
# Fetch package in source language
context.update({'translate': False})
pkg = _get_action('package_show')(context, {'id': data_dict['id']})
dtype = pkg['dataset_type']
source_lang = pkg['language']
if lang == source_lang:
msg = 'The target language same as source language (%s)' % (lang)
raise Invalid({'translate_to_language': msg})
key = data_dict.get('key')
if not key:
raise Invalid({'key': 'Missing'})
if isinstance(key, basestring):
key = tuple(key.split('.'))
else:
key = tuple(key)
value = data_dict.get('value')
if not value:
raise Invalid({'value': 'Missing'})
value = unicode(value)
# Check authorization
_check_access('package_translation_update', context,
{'org': pkg['owner_org']})
# Update translation for field
md = pkg[dtype]
translator = translator_for(md, source_lang)
msg = None
yf = None
if len(key) < 2:
# Translate a top-level field
if key[0] in ['title', 'notes']:
# A core CKAN translatable field
uf = fields.TextField()
yf = bound_field(uf, key, pkg[key[0]])
else:
# Translate a field from structured metadata
if key[0] == dtype:
try:
yf = md.get_field(key[1:])
except:
yf = None
msg = 'No such field'
if yf and not yf.queryTaggedValue('translatable'):
yf = None
msg = 'Not translatable'
if yf:
yf.context.key = key
tr = None
if yf and yf.context.value:
tr = translator.get_field_translator(yf)
if tr:
tr.translate(lang, value)
res = {'updated': bool(tr)}
if msg:
res['message'] = msg
return res
