def test__repr__(self):
op1 = '.a'
operator = 'ge'
op2 = 3
f = Filter(operator, op1, op2)
expected = '(.a - ge - 3)'
assert repr(f) == expected
def test__init__ok_notransform(self):
op1 = '.a'
operator = 'ge'
op2 = 4
f = Filter(op1=op1, operator=operator, op2=op2)
assert isinstance(f, Filter)
assert f.op1.transform is identity
def test__call__simple_ok_notransform(self):
op1 = '.a'
operator = 'ge'
op2 = 3
d = {'a': 5}
expected = True
f = Filter(op1=op1, operator=operator, op2=op2)
assert f(d)
def test__init__ok_transform2(self):
op1 = '.a'
operator = 'ge'
op2 = [1, 2, 3]
transform = 'len'
f = Filter(op1=op1, operator=operator, op2=op2, transform2=transform)
assert isinstance(f, Filter)
assert f.op2.transform is not identity
assert str(f.op2.transform) == 'len'
def test__call__simple_fail(self):
op1 = '.a'
operator = 'ge'
op2 = {}
d = {'a': 5}
f = Filter(op1=op1, operator=operator, op2=op2)
with raises(TypeError) as err:
f(d)
def test__call__simple_ok_transform2(self):
op1 = '.a'
operator = 'le'
op2 = [1, 2, 3, 4]
transform2 = 'len'
d = {'a': 3}
expected = True
f = Filter(op1=op1, operator=operator, op2=op2, transform2=transform2)
assert f(d) is expected
def test__call__simple_ok_transform1(self):
op1 = '.a'
transform1 = 'len'
operator = 'ge'
op2 = 3
d = {'a': [5, 6, 7, 8]}
expected = True
f = Filter(op1=op1, transform1=transform1, operator=operator, op2=op2)
assert f(d) is expected
def test__call__simple_ok_transform_1and2(self):
op1 = '.a'
transform1 = 'len'
operator = 'eq'
op2 = [3, 4, 5, 6]
transform2 = 'len'
d = {'a': [1, 2, 3, 4]}
expected = True
f = Filter(op1=op1,
transform1=transform1,
operator=operator,
op2=op2,
transform2=transform2)
assert f(d) is expected