def test_get_position_in_stack(self):
""" verify that the position of a template can be reliably found
"""
stack = self.template.get_template_stack(self.command)
self.assertRaises(
ValueError, self.template.get_position_in_stack, stack)
new_template = NestedNamespace('joe')
self.assertEqual(
new_template.get_position_in_stack(stack), len(stack) - 1)
def test_should_print_subcommands(self):
""" Subcommands should be printed after the template runs
"""
b_template = BasicNamespace('tom')
n_template = NestedNamespace('bob')
# pretend the nested_namespace template provides localcommands (it
# doesn't have to actually provide them, just claim that it does)
n_template.use_local_commands = True
self.assertFalse(b_template.should_print_subcommands(self.command))
self.assertTrue(n_template.should_print_subcommands(self.command))
def test_get_template_stack(self):
""" verify that running this command against a create command
with the argument '-t nested_namespace' returns the expected vals
"""
stack = self.template.get_template_stack(self.command)
self.assertEqual(len(stack), 1)
self.assertFalse(self.template.__class__ in
[t.__class__ for t in stack], "%s" % stack)
new_template = NestedNamespace('joe')
self.assertTrue(new_template.__class__ in
[t.__class__ for t in stack], "%s" % stack)
errmsg = "%s does not appear to be a subclass of %s"
for c in [t.__class__ for t in stack]:
self.assertTrue(isinstance(new_template, c),
errmsg % (new_template, c))