def __init__(self, origin = None, values = None):
super(value_string_list, self).__init__(origin)
values = values or string_list()
if not check.is_string_list(values):
values = string_list(values)
check.check_string_list(values)
self.values = values
def parse(clazz, origin, text, node):
if origin:
check.check_value_origin(origin)
check.check_node(node)
if not text:
values = string_list()
else:
values = string_list.parse(text, options = string_list.KEEP_QUOTES)
return clazz(origin = origin, values = values)
def resolve(clazz, values, class_name):
'Resolve a list of values if this type into a nice dictionary.'
if class_name != value_type.STRING_LIST:
values_string = [ str(x) for x in values ]
print('WARNING: %s: class_name should be %s instead of %s for %s' % (values[0].origin, value_type.value_to_name(value_type.STRING_LIST),
value_type.value_to_name(class_name), values_string))
assert False
return clazz.default_value(class_name)
#raise TypeError('class_name should be %s instead of %d' % (value_type.STRING_LIST, class_name))
result = string_list()
for value in values:
check.check_value_string_list(value)
result.extend(value.values)
result.remove_dups()
return result
def test_empty_defaults(self):
text = '''\
'''
step = self._parse(text)
r = step.resolve_values({}, testing_recipe_load_env(self.BT_LINUX))
expected = {
'bool_value': False,
'install_file_value': [],
'file_list_value': value_file_list(),
'file_value': None,
'hook_list_value': [],
'int_value': None,
'key_values_value': KVL(),
'string_list_value': string_list(),
'string_value': None,
'git_address_value': None,
}
self.assertEqual(expected, r)
r = step.resolve_values({}, testing_recipe_load_env(self.BT_MACOS))
self.assertEqual(expected, r)
def default_value(clazz, class_name): return string_list()
def parse_node_children_to_string_list(clazz, node):
result = string_list()
for child in node.children:
result.append(child.data.text)
return result