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# You should have received a copy of the GNU General Public License
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# along with this program; if not, write to the Free Software
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# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
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# Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
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"""Tests for rio serialization
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# these aren't enforced at construction time
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## self.assertRaises(ValueError,
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## Stanza, complex=42 + 3j)
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## self.assertRaises(ValueError,
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## self.assertRaises(ValueError,
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## Stanza, several=range(10))
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def test_empty_value(self):
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def test_repeated_field(self):
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"""Repeated field in rio"""
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for k, v in [('a', '10'), ('b', '20'), ('a', '100'), ('b', '200'),
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for k, v in [('a', '10'), ('b', '20'), ('a', '100'), ('b', '200'),
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('a', '1000'), ('b', '2000')]:
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s2 = read_stanza(s.to_lines())
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self.assertRaises(TypeError, s.add, 10, {})
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def test_rio_unicode(self):
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# intentionally use cStringIO which doesn't accomodate unencoded unicode objects
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sio = cStringIO.StringIO()
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uni_data = u'\N{KATAKANA LETTER O}'
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s = Stanza(foo=uni_data)
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self.assertEquals(s.get('foo'), uni_data)
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new_s = read_stanza(raw_lines)
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self.assertEquals(new_s.get('foo'), uni_data)
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def test_rio_to_unicode(self):
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uni_data = u'\N{KATAKANA LETTER O}'
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s = Stanza(foo=uni_data)
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unicode_str = s.to_unicode()
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self.assertEqual(u'foo: %s\n' % (uni_data,), unicode_str)
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new_s = rio.read_stanza_unicode(unicode_str.splitlines(True))
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self.assertEqual(uni_data, new_s.get('foo'))
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def test_nested_rio_unicode(self):
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uni_data = u'\N{KATAKANA LETTER O}'
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s = Stanza(foo=uni_data)
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parent_stanza = Stanza(child=s.to_unicode())
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raw_lines = parent_stanza.to_lines()
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self.assertEqual(['child: foo: ' + uni_data.encode('utf-8') + '\n',
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new_parent = read_stanza(raw_lines)
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child_text = new_parent.get('child')
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self.assertEqual(u'foo: %s\n' % uni_data, child_text)
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new_child = rio.read_stanza_unicode(child_text.splitlines(True))
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self.assertEqual(uni_data, new_child.get('foo'))
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def mail_munge(self, lines, dos_nl=True):
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line = re.sub(' *\n', '\n', line)
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line = re.sub('([^\r])\n', '\\1\r\n', line)
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new_lines.append(line)
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def test_patch_rio(self):
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stanza = Stanza(data='#\n\r\\r ', space=' ' * 255, hash='#' * 255)
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lines = rio.to_patch_lines(stanza)
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self.assertContainsRe(line, '^# ')
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self.assertTrue(72 >= len(line))
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for line in rio.to_patch_lines(stanza, max_width=12):
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self.assertTrue(12 >= len(line))
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new_stanza = rio.read_patch_stanza(self.mail_munge(lines,
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lines = self.mail_munge(lines)
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new_stanza = rio.read_patch_stanza(lines)
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self.assertEqual('#\n\r\\r ', new_stanza.get('data'))
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self.assertEqual(' '* 255, new_stanza.get('space'))
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self.assertEqual('#'* 255, new_stanza.get('hash'))
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def test_patch_rio_linebreaks(self):
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stanza = Stanza(breaktest='linebreak -/'*30)
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self.assertContainsRe(rio.to_patch_lines(stanza, 71)[0],
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stanza = Stanza(breaktest='linebreak-/'*30)
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self.assertContainsRe(rio.to_patch_lines(stanza, 70)[0],
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stanza = Stanza(breaktest='linebreak/'*30)
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self.assertContainsRe(rio.to_patch_lines(stanza, 70)[0],