def get_decoding_function():
# ... simple/enum types - return type functional name
# (is directly mapped to a convertor function).
if prp.type.is_simple or prp.type.is_enum:
return '\'{0}\''.format(pgu.get_type_functional_name(prp.type))
# ... complex classes - return class functional name.
elif prp.type.is_class:
type_name = prp.type.name if type is None else type
return _get_decoder_function_name(type_name)
def get_decoding_function():
# ... simple/enum types - return type functional name
# (is directly mapped to a convertor function).
if prp.type.is_simple or prp.type.is_enum:
return '\'{0}\''.format(pgu.get_type_functional_name(prp.type))
# ... complex classes - return class functional name.
elif prp.type.is_class:
type_name = prp.type.name if type is None else type
return _get_decoder_function_name(type_name)
def emit_code(code, p):
code += gu.emit_indent()
code += "('{0}', {1}, {2}, {3}),".format(
pgu.get_property_name(p),
pgu.get_type_functional_name(p.type, True),
p.is_required,
p.is_iterative)
code += gu.emit_line_return()
return code
def emit_code(code, cnt):
prp = c.get_property(cnt[0])
if prp is not None:
code += '{0}self.{1} = {2}("{3}"){4}'.format(
gu.emit_indent(2),
cnt[0],
pgu.get_type_functional_name(prp.type),
cnt[1],
gu.emit_line_return()
)
return code
