def visit_Call(self, node):
func_type = node.func.type
if self.query(node, "is_math") and node.type.is_numeric:
assert node.func.type.is_known_value
name = get_funcname(node.func.type.value)
result = math_call(self.env, name, node.args, node.type)
elif func_type.is_builtin:
result = self.builtin_resolver.resolve_builtin_call_or_object(
node, func_type.func)
else:
result = nodes.call_obj(node)
return self.visit(result)
def visit_Call(self, node):
func_type = node.func.type
if self.query(node, "is_math") and node.type.is_numeric:
assert node.func.type.is_known_value
name = get_funcname(node.func.type.value)
result = math_call(name, node.args, node.type)
elif func_type.is_builtin:
result = self.builtin_resolver.resolve_builtin_call_or_object(
node, func_type.func)
else:
result = nodes.call_obj(node)
return self.visit(result)
def resolve_call_or_none(context, call_node, func_type):
if (func_type.is_known_value and is_registered(func_type.value)):
# Try the module type inferers
new_node = nodes.call_obj(call_node, None)
return resolve_call(context, call_node, new_node, func_type)
def resolve_call_or_none(context, call_node, func_type):
if (func_type.is_known_value and
is_registered(func_type.value)):
# Try the module type inferers
new_node = nodes.call_obj(call_node, None)
return resolve_call(context, call_node, new_node, func_type)
