def test_to_dict(self):
desc = self.cube.to_dict()
dims = dict((dim.name, dim) for dim in self.dimensions)
cube = cubes.create_cube(desc, dims)
self.assertEqual(self.cube.dimensions, cube.dimensions)
self.assertEqual(self.cube.measures, cube.measures)
self.assertEqual(self.cube, cube)
def test_to_dict(self):
desc = self.cube.to_dict()
dims = dict((dim.name, dim) for dim in self.dimensions)
cube = cubes.create_cube(desc, dims)
self.assertEqual(self.cube.dimensions, cube.dimensions)
self.assertEqual(self.cube.measures, cube.measures)
self.assertEqual(self.cube, cube)
def test_create_cube(self):
cube = {
"name": "cube",
"dimensions": ["date"],
"aggregates": ["record_count"],
"details": ["some_detail", "another_detail"]
}
cube = create_cube(cube)
self.assertEqual(cube.name, "cube")
self.assertEqual(len(cube.aggregates), 1)
self.assertEqual(len(cube.details), 2)
def test_create_cube(self):
cube = {
"name": "cube",
"dimensions": ["date"],
"aggregates": ["record_count"],
"details": ["some_detail", "another_detail"]
}
cube = create_cube(cube)
self.assertEqual(cube.name, "cube")
self.assertEqual(len(cube.aggregates), 1)
self.assertEqual(len(cube.details), 2)
def test_inherit_nonadditive(self):
dims = [DIM_DATE_DESC, DIM_PRODUCT_DESC, DIM_FLAG_DESC]
cube = {
"name": "contracts",
"dimensions": ["date", "product"],
"nonadditive": "time",
"measures": ["amount", "discount"]
}
dims = [cubes.create_dimension(md) for md in dims]
dims = dict((dim.name, dim) for dim in dims)
cube = cubes.create_cube(cube)
measures = cube.measures
self.assertEqual(measures[0].nonadditive, "time")
def test_inherit_nonadditive(self):
dims = [DIM_DATE_DESC, DIM_PRODUCT_DESC, DIM_FLAG_DESC]
cube = {
"name": "contracts",
"dimensions": ["date", "product"],
"nonadditive": "time",
"measures": ["amount", "discount"]
}
dims = [create_dimension(md) for md in dims]
dims = dict((dim.name, dim) for dim in dims)
cube = create_cube(cube)
measures = cube.measures
self.assertEqual(measures[0].nonadditive, "time")
def cube(self, name):
"""Create a cube object `name` from measures test model."""
return create_cube(self.cubes_md[name])
def cube(self, name):
"""Create a cube object `name` from measures test model."""
return create_cube(self.cubes_md[name])
