def test_rio_unicode(self):
uni_data = u'\N{KATAKANA LETTER O}'
s = Stanza(foo=uni_data)
self.assertEquals(s.get('foo'), uni_data)
raw_lines = s.to_lines()
self.assertEquals(raw_lines,
['foo: ' + uni_data.encode('utf-8') + '\n'])
new_s = read_stanza(raw_lines)
self.assertEquals(new_s.get('foo'), uni_data)
def test_rio_unicode(self):
uni_data = u'\N{KATAKANA LETTER O}'
s = Stanza(foo=uni_data)
self.assertEqual(s.get('foo'), uni_data)
raw_lines = s.to_lines()
self.assertEqual(raw_lines,
['foo: ' + uni_data.encode('utf-8') + '\n'])
new_s = read_stanza(raw_lines)
self.assertEqual(new_s.get('foo'), uni_data)
def test_repeated_field(self):
"""Repeated field in rio"""
s = Stanza()
for k, v in [('a', '10'), ('b', '20'), ('a', '100'), ('b', '200'),
('a', '1000'), ('b', '2000')]:
s.add(k, v)
s2 = read_stanza(s.to_lines())
self.assertEquals(s, s2)
self.assertEquals(s.get_all('a'), map(str, [10, 100, 1000]))
self.assertEquals(s.get_all('b'), map(str, [20, 200, 2000]))
def test_repeated_field(self):
"""Repeated field in rio"""
s = Stanza()
for k, v in [('a', '10'), ('b', '20'), ('a', '100'), ('b', '200'),
('a', '1000'), ('b', '2000')]:
s.add(k, v)
s2 = read_stanza(s.to_lines())
self.assertEqual(s, s2)
self.assertEqual(s.get_all('a'), map(str, [10, 100, 1000]))
self.assertEqual(s.get_all('b'), map(str, [20, 200, 2000]))
def test_whitespace_value(self):
s = Stanza(space=' ', tabs='\t\t\t', combo='\n\t\t\n')
self.assertEqualDiff(s.to_string(), """\
combo:\x20
\t\t\t
\t
space:\x20\x20
tabs: \t\t\t
""")
s2 = read_stanza(s.to_lines())
self.assertEquals(s, s2)
self.rio_file_stanzas([s])
def test_blank_line(self):
s = Stanza(none='', one='\n', two='\n\n')
self.assertEqualDiff(s.to_string(), """\
none:\x20
one:\x20
\t
two:\x20
\t
\t
""")
s2 = read_stanza(s.to_lines())
self.assertEquals(s, s2)
def test_blank_line(self):
s = Stanza(none='', one='\n', two='\n\n')
self.assertEqualDiff(s.to_string(), """\
none:\x20
one:\x20
\t
two:\x20
\t
\t
""")
s2 = read_stanza(s.to_lines())
self.assertEqual(s, s2)
def test_whitespace_value(self):
s = Stanza(space=' ', tabs='\t\t\t', combo='\n\t\t\n')
self.assertEqualDiff(s.to_string(), """\
combo:
\t\t\t
\t
space:
tabs: \t\t\t
""")
s2 = read_stanza(s.to_lines())
self.assertEquals(s, s2)
self.rio_file_stanzas([s])
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_quoted(self):
"""rio quoted string cases"""
s = Stanza(q1='"hello"',
q2=' "for',
q3='\n\n"for"\n',
q4='for\n"\nfor',
q5='\n',
q6='"',
q7='""',
q8='\\',
q9='\\"\\"',
)
s2 = read_stanza(s.to_lines())
self.assertEquals(s, s2)
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_quoted(self):
"""rio quoted string cases"""
s = Stanza(
q1='"hello"',
q2=' "for',
q3='\n\n"for"\n',
q4='for\n"\nfor',
q5='\n',
q6='"',
q7='""',
q8='\\',
q9='\\"\\"',
)
s2 = read_stanza(s.to_lines())
self.assertEqual(s, s2)
def test_to_lines(self):
"""Write simple rio stanza to string"""
s = Stanza(number='42', name='fred')
self.assertEquals(list(s.to_lines()),
['name: fred\n',
'number: 42\n'])
def test_backslash(self):
s = Stanza(q='\\')
t = s.to_string()
self.assertEqualDiff(t, 'q: \\\n')
s2 = read_stanza(s.to_lines())
self.assertEquals(s, s2)
def test_to_lines(self):
"""Write simple rio stanza to string"""
s = Stanza(number='42', name='fred')
self.assertEqual(list(s.to_lines()), ['name: fred\n', 'number: 42\n'])
def test_backslash(self):
s = Stanza(q='\\')
t = s.to_string()
self.assertEqualDiff(t, 'q: \\\n')
s2 = read_stanza(s.to_lines())
self.assertEqual(s, s2)
