def test_dimensioned_constant_label(self):
label = 'label'
view = Dimensioned('An example of arbitrary data', label=label)
self.assertEqual(view.label, label)
try:
view.label = 'another label'
raise AssertionError("Label should be a constant parameter.")
except TypeError: pass
def test_dimensioned_constant_label(self):
label = 'label'
view = Dimensioned('An example of arbitrary data', label=label)
self.assertEqual(view.label, label)
try:
view.label = 'another label'
raise AssertionError("Label should be a constant parameter.")
except TypeError: pass
def test_dimensioned_comparison_equal(self):
"Note that the data is not compared at the Dimensioned level"
self.assertEqual(
self.dimensioned1,
Dimensioned('other_data',
vdims=self.value_list1,
kdims=self.key_list1))
def setUp(self):
super(DimensionedComparisonTestCase, self).setUp()
# Value dimension lists
self.value_list1 = [Dimension('val1')]
self.value_list2 = [Dimension('val2')]
# Key dimension lists
self.key_list1 = [Dimension('key1')]
self.key_list2 = [Dimension('key2')]
# Dimensioned instances
self.dimensioned1 = Dimensioned('data1', value_dimensions=self.value_list1,
key_dimensions=self.key_list1)
self.dimensioned2 = Dimensioned('data2', value_dimensions=self.value_list2,
key_dimensions=self.key_list1)
self.dimensioned3 = Dimensioned('data3', value_dimensions=self.value_list1,
key_dimensions=self.key_list2)
self.dimensioned4 = Dimensioned('data4', value_dimensions=[],
key_dimensions=self.key_list1)
self.dimensioned5 = Dimensioned('data5', value_dimensions=self.value_list1,
key_dimensions=[])
# Value / Label comparison tests
self.dimensioned6 = Dimensioned('data6', group='foo',
value_dimensions=self.value_list1,
key_dimensions=self.key_list1)
self.dimensioned7 = Dimensioned('data7', group='foo', label='bar',
value_dimensions=self.value_list1,
key_dimensions=self.key_list1)
def test_dimensioned_redim_cyclic_aux(self):
dimensioned = Dimensioned('Arbitrary Data', kdims=['x'])
redimensioned = dimensioned.redim.cyclic(x=True)
self.assertEqual(redimensioned.kdims[0].cyclic, True)
def test_dimensioned_redim_range_aux(self):
dimensioned = Dimensioned('Arbitrary Data', kdims=['x'])
redimensioned = dimensioned.redim.range(x=(-10,42))
self.assertEqual(redimensioned.kdims[0].range, (-10,42))
def test_dimensioned_redim_dict_range(self):
redimensioned = Dimensioned('Arbitrary Data', kdims=['x']).redim(x={'range': (0, 10)})
self.assertEqual(redimensioned.kdims[0].range, (0, 10))
def test_dimensioned_redim_dict(self):
dimensioned = Dimensioned('Arbitrary Data', kdims=['x'])
redimensioned = dimensioned.clone(kdims=['Test'])
self.assertEqual(redimensioned, dimensioned.redim(x={'name': 'Test'}))
def test_dimensioned_redim_string(self):
dimensioned = Dimensioned('Arbitrary Data', kdims=['x'])
redimensioned = dimensioned.clone(kdims=['Test'])
self.assertEqual(redimensioned, dimensioned.redim(x='Test'))
def test_dimensioned_init(self):
Dimensioned('An example of arbitrary data')
def test_dimensionsed_redim_dict(self):
dimensioned = Dimensioned('Arbitrary Data', kdims=['x'])
redimensioned = dimensioned.clone(kdims=['Test'])
self.assertEqual(redimensioned, dimensioned.redim(x={'name': 'Test'}))
def test_dimensionsed_redim_string(self):
dimensioned = Dimensioned('Arbitrary Data', kdims=['x'])
redimensioned = dimensioned.clone(kdims=['Test'])
self.assertEqual(redimensioned, dimensioned.redim(x='Test'))
def test_dimensioned_redim_dict_label(self):
dimensioned = Dimensioned('Arbitrary Data', kdims=['x'])
redimensioned = dimensioned.clone(kdims=[('x', 'Test')])
self.assertEqual(redimensioned, dimensioned.redim.label(x='Test'))
def test_dimensioned_redim_dict_label_existing_error(self):
dimensioned = Dimensioned('Arbitrary Data', kdims=[('x', 'Test1')])
with self.assertRaisesRegex(
ValueError, 'Cannot override an existing Dimension label'):
dimensioned.redim.label(x='Test2')
def test_dimensioned_redim_dict_label(self):
dimensioned = Dimensioned('Arbitrary Data', kdims=['x'])
redimensioned = dimensioned.clone(kdims=[('x', 'Test')])
self.assertEqual(redimensioned, dimensioned.redim.label(x='Test'))
