def to_str(self, prefix, class_var_name):
params = self.cppmethod["parameters"]
doc = clean_doxygen(self.cppmethod.get("doxygen", ""))
args = make_pybind_argument_list(params)
if "operator" in self.cppmethod["name"]:
message = "Operators not implemented (%s)" % (self.cppmethod["name"],)
ret_val = "// " + message
elif self.needs_lambda_call:
message = "Non templated function disambiguation not implemented (%s)" % (self.cppmethod["name"],)
ret_val = "// " + message
# """ Example of how to implement for kdtreeFlann:
# .def("nearest_k_search", []
# (Class &class_, const PointT &point, int k,
# std::vector<int> &k_indices, std::vector<float> &k_sqr_distances)
# {return class_.nearestKSearch(point, k, k_indices, k_sqr_distances);},
# "point"_a,
# "k"_a,
# "k_indices"_a,
# "k_sqr_distances"_a
# )
# """
elif any("**" in param["type"].replace(" ", "") for param in params):
message = "Double pointer arguments are not supported by pybind11 (%s)" % (self.cppmethod["name"],)
ret_val = "// " + message
elif self.is_boost_function_callback():
s = '{cls_var}.def("{name}", []({cls} &v, {types} &cb) {ob} v.{name}(cb); {cb}, R"({doc})")'
types = self.list_parameter_types(prefix, template_types=None)
types = types.replace("boost::function", "std::function")
data = {"name": self.name,
"cls": prefix,
"cls_var": class_var_name,
"types": types,
"ob": "{ob}", # will get formatted later
"cb": "{cb}",
"doc": doc,
}
ret_val = s.format(**data)
elif self.templated_types:
return_values = []
names = list(self.templated_types.keys())
types = list(self.templated_types.values())
for types_combination in product(*types):
template_types = tuple(zip(names, types_combination))
disamb = self.make_disambiguation(prefix, template_types=template_types)
return_values.append(self.disambiguated_function_call(class_var_name, disamb, args))
ret_val = return_values
elif self.is_an_overload:
disamb = self.make_disambiguation(prefix)
ret_val = self.disambiguated_function_call(class_var_name, disamb, args)
else:
s = '{cls_var}.def{static}("{name}", &{cls}{name}{args}, R"({doc})")'
data = {"name": self.name,
"static": self.static_value(),
"cls": (prefix + "::") if prefix else "",
"cls_var": class_var_name,
"args": args,
"doc": doc,
}
ret_val = s.format(**data)
return ret_val
def disambiguated_function_call(self, cls_var, disamb, args):
doc = clean_doxygen(self.cppmethod.get("doxygen", ""))
return '{cls_var}.def{static}("{name}", {disamb}{args}, R"({doc})")'.format(cls_var=cls_var,
name=self.name,
disamb=disamb,
static=self.static_value(),
args=args,
doc=doc)
def to_str(self, class_var_name, class_enums_names):
def default(p):
val = p.get("defaultValue", "")
if val:
if val in class_enums_names:
val = "Class::" + val
val = val.replace(
" ", "") # CppHeaderParser addsspace to float values
val = "=" + val
return val
def init_param_type(param):
type_ = param["raw_type"]
type_only_last_element = type_.split("::")[-1]
class_with_param_name = (param["method"]["name"],
param["raw_type"])
class_typedefs = param["method"]["parent"]["typedefs"]["public"]
custom = CUSTOM_OVERLOAD_TYPES.get(
(param["method"]["parent"]["name"], type_))
if custom:
type_ = "typename " + custom
elif param.get("enum"):
type_ = "Class::%s" % param.get("enum").split("::")[-1]
elif type_only_last_element in class_typedefs:
type_ = type_only_last_element
elif class_with_param_name in INHERITED_ENUMS:
type_ = "Class::" + type_only_last_element
if param.get("pointer"):
type_ += "*"
return type_
if any("**" in param["type"].replace(" ", "")
for param in self.params):
message = "Double pointer arguments are not supported by pybind11 (%s)" % (
self.cppconstructor["name"], )
return "// " + message
if len(self.params):
s = '{cls_var}.def(py::init<{params_types}>(), {params_names}, R"({doc})")'
types = ", ".join([init_param_type(p) for p in self.params])
names = ", ".join(
['"%s"_a%s' % (p["name"], default(p)) for p in self.params])
data = {
"params_types": types,
"params_names": names,
"cls_var": class_var_name
}
else:
s = '{cls_var}.def(py::init<>(), R"({doc})")'
data = {"cls_var": class_var_name}
data["doc"] = clean_doxygen(self.cppconstructor.get("doxygen", ""))
return s.format(**data)
def to_str(self):
if self.is_templated:
s = 'py::class_<Class{inherits}{ptr}> {cls_var}(m, suffix.c_str(), R"({doc})")'
else:
s = 'py::class_<Class{inherits}{ptr}> {cls_var}(m, "{name}", R"({doc})")'
ptr = ", boost::shared_ptr<Class>"
if self.class_["name"] in DONT_HOLD_WITH_BOOST_SHARED_PTR:
ptr = ""
data = {
"name": self.class_name,
"cls_var": self.CLS_VAR,
# "original_name": self.class_name,
"inherits": (", %s" % self.inherits) if self.inherits else "",
"ptr": ptr,
"doc": clean_doxygen(self.class_.get("doxygen", "")),
}
return s.format(**data)
def to_str(self, class_var_name, class_enums_names):
def default(p):
val = p.get("defaultValue", "")
if val:
if val in class_enums_names:
val = "Class::" + val
elif p.get('enum') and p.get('enum') not in val:
val = p.get('enum') + '::' + val
val = val.replace(" ", "") # CppHeaderParser adds a space to float values
if re.search(r"(?<!\.)\d+f$", val): # "50f" -> "50.0f"
val = val.replace('f', '.0f')
search = re.search(r"1e(-?\d+)", val) # "1e-4.0" -> "0.0001"
if search:
val = str(1 * 10 ** int(search.group(1)))
val = "=" + val
return val
def init_param_type(param):
type_ = param["raw_type"]
type_only_last_element = type_.split("::")[-1]
class_with_param_name = (param["method"]["name"], param["raw_type"])
class_typedefs = param["method"]["parent"]["typedefs"]["public"]
custom = CUSTOM_OVERLOAD_TYPES.get((param["method"]["parent"]["name"], type_))
if custom:
type_ = custom
elif param.get("enum"):
if param.get('enum').startswith('pcl::'):
type_ = param.get('enum')
else:
type_ = "Class::%s" % param.get("enum").split("::")[-1]
elif type_only_last_element in class_typedefs:
type_ = type_only_last_element
elif class_with_param_name in INHERITED_ENUMS:
type_ = "Class::" + type_only_last_element
if all(c in type_ for c in "<>"):
type_ = "typename " + type_
if param.get("pointer"):
type_ += "*"
if param["constant"] and not type_.startswith("const "):
type_ = "const " + type_
if param["reference"] and not type_.endswith("&"):
type_ += " &"
return type_
if any("**" in param["type"].replace(" ", "") for param in self.params):
message = "Double pointer arguments are not supported by pybind11 (%s)" % (self.cppconstructor["name"],)
return "// " + message
if len(self.params):
s = '{cls_var}.def(py::init<{params_types}>(), {params_names}, R"({doc})")'
types = ", ".join([init_param_type(p) for p in self.params])
names = ", ".join(['"%s"_a%s' % (p["name"], default(p)) for p in self.params])
data = {"params_types": types,
"params_names": names,
"cls_var": class_var_name}
else:
s = '{cls_var}.def(py::init<>(), R"({doc})")'
data = {"cls_var": class_var_name}
data["doc"] = clean_doxygen(self.cppconstructor.get("doxygen", ""))
return s.format(**data)
