def test_incorrect_scene(self):
"""Test validation functions on incorrect scene."""
export_data = {
'scene': 'Scene',
'type': 'SCENE',
}
expected_result = (False, 'Asset has 4 animations')
animation_count.run_validation(export_data)
test_result = animation_count.get_validation_result()
self.assertTrue(test_result == expected_result)
def test_incorrect_model(self):
"""Test validation functions on incorrect model."""
export_data = {
'models': ['Cube', 'Cone'],
'type': 'MODEL',
}
expected_result = (False, 'Asset has 2 animations')
animation_count.run_validation(export_data)
test_result = animation_count.get_validation_result()
self.assertTrue(test_result == expected_result)
def test_material(self):
"""Test validation function on correct material."""
export_data = {
'material': 'Material',
'type': 'MATERIAL',
}
expected_result = (True, 'Asset has 0 animations')
animation_count.run_validation(export_data)
test_result = animation_count.get_validation_result()
self.assertTrue(test_result == expected_result)
def test_non_mesh_object(self):
"""Test validation function on non mesh object."""
export_data = {
'models': ['Armature'],
'type': 'MODEL',
}
expected_result = (True, 'Asset has 1 animations')
animation_count.run_validation(export_data)
test_result = animation_count.get_validation_result()
self.assertTrue(test_result == expected_result)
def test_correct_model(self):
"""Test validation function on correct model."""
export_data = {
'models': ['Icosphere'],
'type': 'MODEL',
}
expected_result = (True, 'Asset has 1 animations')
animation_count.run_validation(export_data)
test_result = animation_count.get_validation_result()
self.assertTrue(test_result == expected_result)