def test_Entry():
e = Entry.from_string('\\lx1 lexeme\n\\marker äöü\nabc\n\\marker next val')
assert e.get('lx1') == 'lexeme'
assert e.get('marker') == 'äöü\nabc'
assert e.getall('marker')[1] == 'next val'
assert e.markers()['marker'] == 2
assert e.get('x', 5) == 5
e = Entry.from_string('\\empty\n')
assert e.get('empty') is None
e = Entry.from_string('\\empty\n', keep_empty=True)
assert e.get('empty') is not None
def test_Entry(self):
from clldutils.sfm import Entry
e = Entry.from_string('\\lx lexeme\n\\marker äöü\nabc\n\\marker next val')
self.assertEquals(e.get('marker'), 'äöü\nabc')
self.assertEquals(e.getall('marker')[1], 'next val')
self.assertEquals(e.markers()['marker'], 2)
self.assertEquals(e.get('x', 5), 5)
e = Entry.from_string('\\empty\n')
self.assertIsNone(e.get('empty'))
e = Entry.from_string('\\empty\n', keep_empty=True)
self.assertIsNotNone(e.get('empty'))
def test_Entry(self):
from clldutils.sfm import Entry
e = Entry.from_string('\\lx lexeme\n\\marker äöü\nabc\n\\marker next val')
self.assertEquals(e.get('marker'), 'äöü\nabc')
self.assertEquals(e.getall('marker')[1], 'next val')
self.assertEquals(e.markers()['marker'], 2)
self.assertEquals(e.get('x', 5), 5)
