def test_rio_to_unicode(self):
uni_data = u'\N{KATAKANA LETTER O}'
s = Stanza(foo=uni_data)
unicode_str = s.to_unicode()
self.assertEqual(u'foo: %s\n' % (uni_data,), unicode_str)
new_s = rio.read_stanza_unicode(unicode_str.splitlines(True))
self.assertEqual(uni_data, new_s.get('foo'))
def test_rio_to_unicode(self):
uni_data = u'\N{KATAKANA LETTER O}'
s = Stanza(foo=uni_data)
unicode_str = s.to_unicode()
self.assertEqual(u'foo: %s\n' % (uni_data, ), unicode_str)
new_s = rio.read_stanza_unicode(unicode_str.splitlines(True))
self.assertEqual(uni_data, new_s.get('foo'))
def test_nested_rio_unicode(self):
uni_data = u'\N{KATAKANA LETTER O}'
s = Stanza(foo=uni_data)
parent_stanza = Stanza(child=s.to_unicode())
raw_lines = parent_stanza.to_lines()
self.assertEqual(['child: foo: ' + uni_data.encode('utf-8') + '\n',
'\t\n',
], raw_lines)
new_parent = read_stanza(raw_lines)
child_text = new_parent.get('child')
self.assertEqual(u'foo: %s\n' % uni_data, child_text)
new_child = rio.read_stanza_unicode(child_text.splitlines(True))
self.assertEqual(uni_data, new_child.get('foo'))
def test_nested_rio_unicode(self):
uni_data = u'\N{KATAKANA LETTER O}'
s = Stanza(foo=uni_data)
parent_stanza = Stanza(child=s.to_unicode())
raw_lines = parent_stanza.to_lines()
self.assertEqual([
'child: foo: ' + uni_data.encode('utf-8') + '\n',
'\t\n',
], raw_lines)
new_parent = read_stanza(raw_lines)
child_text = new_parent.get('child')
self.assertEqual(u'foo: %s\n' % uni_data, child_text)
new_child = rio.read_stanza_unicode(child_text.splitlines(True))
self.assertEqual(uni_data, new_child.get('foo'))
