def _add_function_obj(self, wrapper):
assert isinstance(wrapper, Function)
name = utils.ascii(wrapper.custom_name)
if name is None:
name = self.c_function_name_transformer(wrapper.function_name)
name = utils.get_mangled_name(name, wrapper.template_parameters)
try:
overload = self.functions[name]
except KeyError:
overload = OverloadedFunction(name)
self.functions[name] = overload
wrapper.module = self
wrapper.section = self.current_section
overload.add(wrapper)
def _add_function_obj(self, wrapper):
assert isinstance(wrapper, Function)
name = utils.ascii(wrapper.custom_name)
if name is None:
name = self.c_function_name_transformer(wrapper.function_name)
name = utils.get_mangled_name(name, wrapper.template_parameters)
try:
overload = self.functions[name]
except KeyError:
overload = OverloadedFunction(name)
self.functions[name] = overload
wrapper.module = self
wrapper.section = self.current_section
overload.add(wrapper)
def set_custom_name(self, custom_name):
if custom_name is None:
self.mangled_name = utils.get_mangled_name(self.method_name, self.template_parameters)
else:
self.mangled_name = custom_name
def set_custom_name(self, custom_name):
if custom_name is None:
self.mangled_name = utils.get_mangled_name(self.method_name, self.template_parameters)
else:
self.mangled_name = custom_name
def get_custom_name(self):
if self.mangled_name != utils.get_mangled_name(self.method_name, self.template_parameters):
return self.mangled_name
else:
return None
def __init__(self,
function_name,
return_value,
parameters,
docstring=None,
unblock_threads=None,
template_parameters=(),
custom_name=None,
deprecated=False,
foreign_cpp_namespace=None,
throw=()):
"""
:param function_name: name of the C function
:param return_value: the function return value
:type return_value: L{ReturnValue}
:param parameters: the function parameters
:type parameters: list of L{Parameter}
:param custom_name: an alternative name to give to this
function at python-side; if omitted, the name of the
function in the python module will be the same name as the
function in C++ (minus namespace).
:param deprecated: deprecation state for this API:
- False: Not deprecated
- True: Deprecated
- "message": Deprecated, and deprecation warning contains the given message
:param foreign_cpp_namespace: if set, the function is assumed
to belong to the given C++ namespace, regardless of the C++
namespace of the python module it will be added to.
:param throw: list of C++ exceptions that the function may throw
:type throw: list of L{CppException}
"""
self.stack_where_defined = traceback.extract_stack()
if unblock_threads is None:
unblock_threads = settings.unblock_threads
## backward compatibility check
if isinstance(return_value, string_types) and isinstance(
function_name, ReturnValue):
warnings.warn(
"Function has changed API; see the API documentation (but trying to correct...)",
DeprecationWarning,
stacklevel=2)
function_name, return_value = return_value, function_name
if return_value is None:
return_value = ReturnValue.new('void')
return_value = utils.eval_retval(return_value, self)
parameters = [utils.eval_param(param, self) for param in parameters]
super(Function, self).__init__(return_value,
parameters,
parse_error_return="return NULL;",
error_return="return NULL;",
unblock_threads=unblock_threads)
self.deprecated = deprecated
self.foreign_cpp_namespace = foreign_cpp_namespace
self._module = None
function_name = utils.ascii(function_name)
self.function_name = function_name
self.wrapper_base_name = None
self.wrapper_actual_name = None
self.docstring = docstring
self.self_parameter_pystruct = None
self.template_parameters = template_parameters
self.custom_name = custom_name
self.mangled_name = utils.get_mangled_name(function_name,
self.template_parameters)
for t in throw:
assert isinstance(t, CppException)
self.throw = list(throw)
self.custodians_and_wards = [] # list of (custodian, ward, postcall)
from pybindgen import cppclass
cppclass.scan_custodians_and_wards(self)