def test_i18n():
"test to i18n process of the meta mark."
e = ('name_zhTW', '我是中文')
ameta = meta.make_meta(e[0],e[1])
assert ameta[0] == 'name'
assert ameta[1] == {'zhTW':'我是中文'}
e = ('desc_zhTW', '我是中文')
ameta = meta.make_meta(e[0],e[1])
assert ameta[0] == 'desc'
assert ameta[1] == {'zhTW':'我是中文'}
ameta = meta.make_meta('name','no_lang')
assert ameta is None,ameta
def parse_string(string):
attrs = {}
import re
founds = re.findall('\s*@(.*?)\s+\'(.*|.*\n.*)\'', \
string ,\
re.MULTILINE)
for found in founds:
meta_entry = meta.make_meta(found[0],found[1])
if not meta_entry:
continue
# @FIXME: dirty hack.
if not attrs.get(meta_entry[0]):
attrs.setdefault(meta_entry[0], meta_entry[1])
else:
if type(attrs[meta_entry[0]]) == dict:
attrs[meta_entry[0]].update(meta_entry[1])
elif type(attrs[meta_entry[0]]) == list:
attrs[meta_entry[0]].extend(meta_entry[1])
elif type(attrs[meta_entry[0]]) == tuple:
attrs[meta_entry[0]] = attrs[meta_entry[0]] +\
meta_entry[1]
return attrs
def test_author():
"test to parse author mark."
e = ('author', '2007 billy')
ameta = meta.make_meta(e[0],e[1])
assert ameta[0] == 'authors'
assert ameta[1] == ('2007 billy',)
def test_platform():
"test to parse platform mark."
e = ('platform', 'i386 adm64')
ameta = meta.make_meta(e[0],e[1])
assert ameta[0] == 'platform'
assert ameta[1] == ['i386','adm64']
