def translations_for_locale(locale, mo_path=MO_PATH):
"""
Get the right translation and return it
"""
cache_key = (locale, mo_path)
if CCORG_GETTEXT_TRANSLATIONS.has_key(cache_key):
return CCORG_GETTEXT_TRANSLATIONS[cache_key]
# do I have the order backwards here?
langs = applicable_langs(locale)
translations = None
for lang in langs:
full_mo_path = os.path.join(mo_path, lang, 'LC_MESSAGES', 'cc_org.mo')
if not os.path.exists(full_mo_path):
continue
this_trans = gettext.GNUTranslations(open(full_mo_path, 'rb'))
if translations is None:
translations = this_trans
else:
translations.add_fallback(this_trans)
CCORG_GETTEXT_TRANSLATIONS[cache_key] = translations
return translations
def translations_for_locale(locale, mo_path=MO_PATH):
"""
Get the right translation and return it
"""
cache_key = (locale, mo_path)
if CCORG_GETTEXT_TRANSLATIONS.has_key(cache_key):
return CCORG_GETTEXT_TRANSLATIONS[cache_key]
# do I have the order backwards here?
langs = applicable_langs(locale)
translations = None
for lang in langs:
full_mo_path = os.path.join(mo_path, lang, 'LC_MESSAGES', 'cc_org.mo')
if not os.path.exists(full_mo_path):
continue
this_trans = gettext.GNUTranslations(open(full_mo_path, 'rb'))
if translations is None:
translations = this_trans
else:
translations.add_fallback(this_trans)
CCORG_GETTEXT_TRANSLATIONS[cache_key] = translations
return translations
def test_applicable_langs():
"""
Test cc.i18n.util.test_applicable_langs
"""
## Make sure we return the right patterns
# normal default language (en)
assert util.applicable_langs("en", FAKE_MODIR) == ["en"]
# english with country
assert util.applicable_langs("en_US", FAKE_MODIR) == ["en_US", "en"]
# language with fake country
assert util.applicable_langs("pt_FOO", FAKE_MODIR) == ["pt", "en"]
# just language
assert util.applicable_langs("zh", FAKE_MODIR) == ["zh", "en"]
# language with real country
assert util.applicable_langs("zh_TW", FAKE_MODIR) == ["zh_TW", "zh", "en"]
# totally fake language
assert util.applicable_langs("foobie_BLECH", FAKE_MODIR) == ["en"]
# Make sure we cached the right things
def _check_cache(lang):
return util.CACHED_APPLICABLE_LANGS[lang, FAKE_MODIR]
assert _check_cache("en") == ["en"]
assert _check_cache("en_US") == ["en_US", "en"]
assert _check_cache("pt_FOO") == ["pt", "en"]
assert _check_cache("zh") == ["zh", "en"]
assert _check_cache("zh_TW") == ["zh_TW", "zh", "en"]
# Don't cache foobie_blech, that'd be silly
assert not util.CACHED_APPLICABLE_LANGS.has_key(("foobie_BLECH", FAKE_MODIR))
def test_applicable_langs():
"""
Test cc.i18n.util.test_applicable_langs
"""
## Make sure we return the right patterns
# normal default language (en)
assert util.applicable_langs('en', FAKE_MODIR) == ['en']
# english with country
assert util.applicable_langs('en_US', FAKE_MODIR) == ['en_US', 'en']
# language with fake country
assert util.applicable_langs('pt_FOO', FAKE_MODIR) == ['pt', 'en']
# just language
assert util.applicable_langs('zh', FAKE_MODIR) == ['zh', 'en']
# language with real country
assert util.applicable_langs('zh_TW', FAKE_MODIR) == ['zh_TW', 'zh', 'en']
# totally fake language
assert util.applicable_langs('foobie_BLECH', FAKE_MODIR) == ['en']
# Make sure we cached the right things
def _check_cache(lang):
return util.CACHED_APPLICABLE_LANGS[lang, FAKE_MODIR]
assert _check_cache('en') == ['en']
assert _check_cache('en_US') == ['en_US', 'en']
assert _check_cache('pt_FOO') == ['pt', 'en']
assert _check_cache('zh') == ['zh', 'en']
assert _check_cache('zh_TW') == ['zh_TW', 'zh', 'en']
# Don't cache foobie_blech, that'd be silly
assert not util.CACHED_APPLICABLE_LANGS.has_key(
('foobie_BLECH', FAKE_MODIR))
