def test_simple_type_strings():
type_element = elements.type("example", [elements.field("name", "Bob"), elements.field("age", "27")])
assert "example" == type_element.tag
assert 2 == len(type_element)
assert "name" == type_element[0].tag
assert "Bob" == type_element[0].text
assert "age" == type_element[1].tag
assert "27" == type_element[1].text
def test_simple_type_strings():
type_element = elements.type("example", [
elements.field('name', 'Bob'),
elements.field('age', '27')
])
assert 'example' == type_element.tag
assert 2 == len(type_element)
assert 'name' == type_element[0].tag
assert 'Bob' == type_element[0].text
assert 'age' == type_element[1].tag
assert '27' == type_element[1].text
def test_simple_type_strings():
type_element = elements.type(
"example",
[elements.field('name', 'Bob'),
elements.field('age', '27')])
assert 'example' == type_element.tag
assert 2 == len(type_element)
assert 'name' == type_element[0].tag
assert 'Bob' == type_element[0].text
assert 'age' == type_element[1].tag
assert '27' == type_element[1].text
def encode_as_list_of_dicts(name, *args):
return elements.type(name, [
encode_parameter(name, value) for (name, value) in args
])
def encode_as_dict(_name, **kwargs):
# To make collisions between the first positional parameter and the
# keyword parameters unlikely, that's why.
return elements.type(_name, [
encode_parameter(name, value) for (name, value) in kwargs.items()
])
def encode_as_list_of_dicts(name, *args):
return elements.type(
name, [encode_parameter(name, value) for (name, value) in args])
def encode_as_dict(_name, **kwargs):
# To make collisions between the first positional parameter and the
# keyword parameters unlikely, that's why.
return elements.type(
_name,
[encode_parameter(name, value) for (name, value) in kwargs.items()])
