def test_relist_setitem():
"""options._ReList.__setitem__: adds value as expected"""
canary = re.compile('bar')
test = options._ReList([canary])
test[0] = 'foo'
nt.ok_(test[0] is not canary, msg='index value 0 wasn not replaced')
def test_relist_setitem():
"""options._ReList.__setitem__: adds value as expected"""
canary = re.compile('bar')
test = options._ReList([canary])
test[0] = 'foo'
nt.ok_(test[0] is not canary, msg='index value 0 wasn not replaced')
def test_eq(self):
"""Test options._ReList.__eq__."""
test1 = ['foo']
test2 = options._ReList(['foo'])
with pytest.raises(TypeError):
assert self.test == test1
assert self.test == test2
def test_ne(self):
"""Test hoptions._ReList.__ne__."""
test1 = ['bar']
test2 = options._ReList(['bar'])
with pytest.raises(TypeError):
assert self.test != test1
assert self.test != test2
def test_relist_ne():
"""options._ReList.__ne__: two ReLists are not equal if their wrapped lists are not equal"""
test1 = options._ReList(['foo'])
test2 = options._ReList(['bar'])
nt.assert_not_equal(test1, test2)
def test_relist_eq():
"""options._ReList.__eq__: two ReLists are equal if their wrapped lists are equal"""
test1 = options._ReList(['foo'])
test2 = options._ReList(['foo'])
nt.eq_(test1, test2)
def test_relist_init_iterable():
"""options._ReList: handles an iterable argument correctly"""
test = options._ReList(['foo'])
nt.assert_is_instance(test[0], _RETYPE)
def test_relist_init():
"""options._ReList: inializes"""
options._ReList()
def setup_class(cls):
cls.test = options._ReList(['foo'])
def test_set_other(self):
"""options._ReListDescriptor.__set__: converts other types to ReList"""
val = options._ReList(['foo'])
self.test.desc = ['foo']
assert self.test.desc == val
def __init__(self):
self.test_desc = options._ReList()
def test_set_other(self):
"""options._ReListDescriptor.__set__: converts other types to ReList"""
val = options._ReList(['foo'])
self.test.desc = ['foo']
nt.eq_(self.test.desc, val)
def test_set_relist(self):
"""options._ReListDescriptor.__set__: assigns an ReList directoy"""
val = options._ReList(['foo'])
self.test.desc = val
nt.ok_(self.test.desc is val, msg='value not assigned directly')
def __init__(self):
self.test_desc = options._ReList()
def test_relist_ne_other():
"""options._ReList.__ne__: raises TypeError if the other object is not an ReList"""
test1 = options._ReList(['foo'])
test2 = ['bar']
nt.eq_(test1, test2)
def test_relist_ne():
"""options._ReList.__ne__: two ReLists are not equal if their wrapped lists are not equal"""
test1 = options._ReList(['foo'])
test2 = options._ReList(['bar'])
nt.assert_not_equal(test1, test2)
def test_relist_eq():
"""options._ReList.__eq__: two ReLists are equal if their wrapped lists are equal"""
test1 = options._ReList(['foo'])
test2 = options._ReList(['foo'])
nt.eq_(test1, test2)
def test_relist_init_iterable():
"""options._ReList: handles an iterable argument correctly"""
test = options._ReList(['foo'])
nt.assert_is_instance(test[0], _RETYPE)
def test_relist_ne_other():
"""options._ReList.__ne__: raises TypeError if the other object is not an ReList"""
test1 = options._ReList(['foo'])
test2 = ['bar']
nt.eq_(test1, test2)
def setup_class(cls):
cls.test = options._ReList(['foo'])
def test_relist_insert():
"""options._ReList.len: inserts value as expected"""
test = options._ReList(['foo'])
obj = re.compile('bar', re.IGNORECASE)
test.insert(0, obj)
nt.eq_(test[0], obj)
def test_set_relist(self):
"""options._ReListDescriptor.__set__: assigns an ReList without
copying."""
val = options._ReList(['foo'])
self.test.desc = val
assert self.test.desc is val
def test_relist_insert():
"""options._ReList.len: inserts value as expected"""
test = options._ReList(['foo'])
obj = re.compile('bar', re.IGNORECASE)
test.insert(0, obj)
nt.eq_(test[0], obj)
def test_ReList_iterable_argument():
"""options._ReList: handles an iterable argument correctly"""
test = options._ReList(['foo'])
assert isinstance(test[0], _RETYPE)
def test_relist_init():
"""options._ReList: inializes"""
options._ReList()
def test_relist_delitem():
"""options._ReList.len: removes value as expected"""
test = options._ReList(['foo'])
del test[0]
nt.eq_(len(test), 0)
def test_relist_delitem():
"""options._ReList.len: removes value as expected"""
test = options._ReList(['foo'])
del test[0]
nt.eq_(len(test), 0)
def setup(self):
self.test = options._ReList(['foo'])
def test_set_relist(self):
"""options._ReListDescriptor.__set__: assigns an ReList directoy"""
val = options._ReList(['foo'])
self.test.desc = val
nt.ok_(self.test.desc is val, msg='value not assigned directly')