def parse_template(template):
""" parse instantiates a Template object with the provided string contents
of the template and returns a dict of all the resources defined within it.
"""
temp = Template(template)
temp.reduce_functions()
return temp.parse_resources()
def parse_template(template):
""" parse instantiates a Template object with the provided string contents
of the template and returns a dict of all the resources defined within it.
"""
temp = Template(template)
temp.reduce_functions()
return temp.parse_resources()
def test_functions_get_applied(self):
""" test_functions_get_applied tests that running the function
application on a Template's data reduces all available functions.
"""
LOG.debug("testing function application correctness on '%s'.", self._function_application_test_data)
temp = Template(self._function_application_test_data)
temp.reduce_functions()
# for each registered templating function (which are considered to
# behave correctly, as they have their separate tests), ensure that
# there is no unapplied instance of it in the resulting template:
for func_name in temp._functions:
LOG.debug("checking for unapplied function '%s' in '%s'.", func_name, temp._template_data)
self.assertFalse(recursive_dict_search(temp._template_data, func_name))
def test_functions_get_applied(self):
""" test_functions_get_applied tests that running the function
application on a Template's data reduces all available functions.
"""
LOG.debug("testing function application correctness on '%s'.",
self._function_application_test_data)
temp = Template(self._function_application_test_data)
temp.reduce_functions()
# for each registered templating function (which are considered to
# behave correctly, as they have their separate tests), ensure that
# there is no unapplied instance of it in the resulting template:
for func_name in temp._functions:
LOG.debug("checking for unapplied function '%s' in '%s'.",
func_name, temp._template_data)
self.assertFalse(
recursive_dict_search(temp._template_data, func_name))
