It provides Python code into C++ while preserving the structure of the code.

• Calling functions.
• Calling classes.
• Calling class methods.
• Calling class static methods.
• Types conversion from Python to C++ and backwards.

Function arguments can be represented by bool, char, int, double(also pointers of those types), and also const char*.

Function return value can be converted to types which described above(except pointers) and also in std::multimap if python method returning dictionary value.

Python file:

class A:
 def doSomething(self, value: int) -> int:
 return value

And it needs to be run in C++ code:

class A : private Class
{
public:
 int doSomething(int value);
}
int A::doSomething(int value)
{
 Function::Arguments arg(value);
 return this->callMethod("doSomething", arg).ToLong();
}
int main()
{
 A* instance = new A();
 std::cout << instance->doSomething(777) << std::endl; //It will print 777.
}