def test_new_from_generator(self):
def gen():
for i in ('txt', 'ns', (1, 2), 'id', None):
yield i
s = segment(gen())
assert s.offset == (1, 2)
def test_new_from_generator(self):
def gen():
for i in ('txt', 'ns', (1, 2), 'id', None):
yield i
s = segment(gen())
assert s.offset == (1, 2)
def test_new_bad_values(self):
with raises(AssertionError):
segment(1, 'ns', (1, 2))
with raises(AssertionError):
segment('txt', 1, (1, 2))
with raises(TypeError):
segment('txt', 'ns', 1)
with raises(ValueError):
segment('txt', 'ns', (1, 2, 3))
def test_new_bad_values(self):
with raises(AssertionError):
segment(1, 'ns', (1, 2))
with raises(AssertionError):
segment('txt', 1, (1, 2))
with raises(TypeError):
segment('txt', 'ns', 1)
with raises(ValueError):
segment('txt', 'ns', (1, 2, 3))
def test_Update(self):
s1 = segment('txt', 'ns', (1, 2), identifier='id')
assert 'id' == s1.identifier.get_or('sentinel')
s2 = s1.Update(identifier='other')
assert 'other' == s2.identifier.get_or('sentinel')
s3 = s2.Update(text='another', namespace='different', offset=(2, 3))
assert 'another' == s3.text
assert 'different' == s3.namespace
assert (2, 3) == s3.offset
def test_Update(self):
s1 = segment('txt', 'ns', (1, 2), identifier='id')
assert 'id' == s1.identifier.get_or('sentinel')
s2 = s1.Update(identifier='other')
assert 'other' == s2.identifier.get_or('sentinel')
s3 = s2.Update(text='another', namespace='different', offset=(2, 3))
assert 'another' == s3.text
assert 'different' == s3.namespace
assert (2, 3) == s3.offset
def test_Update_bad_values(self):
t = segment('txt', 'ns', (1, 2), identifier='id')
with raises(AssertionError):
t.Update(text=1)
with raises(AssertionError):
t.Update(namespace=1)
with raises(TypeError):
t.Update(offset=1)
with raises(ValueError):
t.Update(offset=(1, 2, 3))
def test_Update_bad_values(self):
t = segment('txt', 'ns', (1, 2), identifier='id')
with raises(AssertionError):
t.Update(text=1)
with raises(AssertionError):
t.Update(namespace=1)
with raises(TypeError):
t.Update(offset=1)
with raises(ValueError):
t.Update(offset=(1, 2, 3))
def test_new_missing_values(self):
with raises(ValueError):
segment('txt', 'ns')
with raises(ValueError):
segment('txt')
with raises(ValueError):
segment('12345')
def test_new_missing_values(self):
with raises(ValueError):
segment('txt', 'ns')
with raises(ValueError):
segment('txt')
with raises(ValueError):
segment('12345')
def test_str(self):
s = segment('txt', 'ns', (1, 2), annotations='TODO')
assert "ns\t1:2\t\\N\tTODO" == str(s)
def test_repr(self):
s = segment('txt', 'ns', (1, 2), identifier='UID')
assert "segment(ns, 1:2, identifier='UID')" == repr(s)
def test_str_with_tabs(self):
s = segment('txt', 'n\ts', (1, 2), identifier='st\t\tem')
assert "n\\ts\t1:2\tst\\t\\tem\t\\N" == str(s)
def test_copy_list(self):
s = segment(['txt', 'ns', (1, 2), 'id', None])
CheckAttributes(s)
CheckMeta(s, 'id')
def test_alternative_offsets(self):
segment('txt', 'ns', (1, ))
segment('txt', 'ns', (1, 2, 3, 4))
def test_new_most_values(self):
s = segment('txt', 'ns', (1, 2), 'id')
CheckAttributes(s)
CheckMeta(s, 'id')
def test_new_most_values(self):
s = segment('txt', 'ns', (1, 2), 'id')
CheckAttributes(s)
CheckMeta(s, 'id')
def test_new_ignore_unused_keywords(self):
t = segment('txt', 'ns', (1, 2), annotations='ann', funny='haha')
CheckAttributes(t)
CheckMeta(t, annotations='ann')
def test_new_using_keywords(self):
t = segment('txt', 'ns', (1, 2), identifier='id')
CheckAttributes(t)
CheckMeta(t, 'id')
def test_new_ignore_excess_values(self):
s = segment('txt', 'ns', (1, 2), 'id', 'ann', 'junk')
CheckAttributes(s)
CheckMeta(s, 'id', 'ann')
def test_str_with_tabs(self):
s = segment('txt', 'n\ts', (1, 2), identifier='st\t\tem')
assert "n\\ts\t1:2\tst\\t\\tem\t\\N" == str(s)
def test_new_using_keywords(self):
t = segment('txt', 'ns', (1, 2), identifier='id')
CheckAttributes(t)
CheckMeta(t, 'id')
def test_alternative_offsets(self):
segment('txt', 'ns', (1,))
segment('txt', 'ns', (1, 2, 3, 4))
def test_new(self):
s = segment('txt', 'ns', (1, 2))
assert isinstance(s, segment)
CheckAttributes(s)
CheckMeta(s)
def test_new(self):
s = segment('txt', 'ns', (1, 2))
assert isinstance(s, segment)
CheckAttributes(s)
CheckMeta(s)
def test_copy(self):
s = segment(segment('txt', 'ns', (1, 2), 'id', 'ann'))
assert isinstance(s, segment)
CheckAttributes(s)
CheckMeta(s, 'id', 'ann')
def test_new_ignore_excess_values(self):
s = segment('txt', 'ns', (1, 2), 'id', 'ann', 'junk')
CheckAttributes(s)
CheckMeta(s, 'id', 'ann')
def test_copy_list(self):
s = segment(['txt', 'ns', (1, 2), 'id', None])
CheckAttributes(s)
CheckMeta(s, 'id')
def test_new_ignore_unused_keywords(self):
t = segment('txt', 'ns', (1, 2), annotations='ann', funny='haha')
CheckAttributes(t)
CheckMeta(t, annotations='ann')
def test_copy_too_short(self):
with raises(ValueError):
segment(('txt', 'ns', (1, 2), 'id'))
def test_copy_too_long(self):
t = segment(('txt', 'ns', (1, 2), 'id', 'ann', 'junk'))
CheckAttributes(t)
CheckMeta(t, 'id', 'ann')
def test_copy_too_long(self):
t = segment(('txt', 'ns', (1, 2), 'id', 'ann', 'junk'))
CheckAttributes(t)
CheckMeta(t, 'id', 'ann')
def test_copy(self):
s = segment(segment('txt', 'ns', (1, 2), 'id', 'ann'))
assert isinstance(s, segment)
CheckAttributes(s)
CheckMeta(s, 'id', 'ann')
def test_repr(self):
s = segment('txt', 'ns', (1, 2), identifier='UID')
assert "segment(ns, 1:2, identifier='UID')" == repr(s)
def test_copy_too_short(self):
with raises(ValueError):
segment(('txt', 'ns', (1, 2), 'id'))
def test_str(self):
s = segment('txt', 'ns', (1, 2), annotations='TODO')
assert "ns\t1:2\t\\N\tTODO" == str(s)
def test_infered_properties(self):
s = segment('text', 'ns', (1, 3))
assert 1 == s.begin
assert 3 == s.end
def test_infered_properties(self):
s = segment('text', 'ns', (1, 3))
assert 1 == s.begin
assert 3 == s.end
