def _get_A(self):
from asobibi import schema
from asobibi import Op, Unicode, as_converter
Pair = schema("Pair", [("left", {Op.converters: [Unicode, lambda k, x: x.capitalize()]}),
("right", {Op.converters: [Unicode, lambda k, x: x.capitalize()]}),
])
E = schema("E", [("f", {Op.converters: [as_converter(Pair)]})])
D = schema("D", [("e", {Op.converters: [as_converter(E)]})])
C = schema("C", [("d", {Op.converters: [as_converter(D)]})])
B = schema("B", [("c", {Op.converters: [as_converter(C)]})])
A = schema("A", [("b", {Op.converters: [as_converter(B)]})])
return A
def _getComplexSchema(self):
from asobibi import schema
from asobibi import Op, Unicode, as_converter
def capitalize(k, string):
return u"".join(x.capitalize() for x in string.split("-"))
Address = schema("Address",
[("prefecture", {Op.converters: [Unicode, capitalize]}),
("city", {Op.converters: [Unicode, capitalize]}),
("address_1", {}),
("address_2", {Op.required: False, Op.initial: None}),
])
Person = schema("Person",
[("first_name", {Op.converters: [Unicode, capitalize]}),
("last_name", {Op.converters: [Unicode, capitalize]})])
Account = schema("Account",
[("person", {Op.converters: [as_converter(Person)]}),
("address", {Op.converters: [as_converter(Address)]})])
return Account
