Storing unsafe C derivative of temporary Python reference

To store an unsafe C derivative of a temporary Python reference, you can use the `Py_INCREF()` function to increment the reference count and prevent the object from being deallocated while you still need it in C. Here's an example:

#include <Python.h>

PyObject* my_c_object = NULL;

PyObject* get_temp_python_object() {
    PyObject* temp_object = ... // obtain the temporary Python object
    Py_INCREF(temp_object); // increment the reference count
    my_c_object = temp_object; // store the reference in a global variable
    return temp_object;
}

void release_python_object() {
    Py_XDECREF(my_c_object); // decrement the reference count
    my_c_object = NULL; // reset the global variable
}

int main() {
    // Use the temporary Python object in C
    PyObject* temp_object = get_temp_python_object();
    // ...
    release_python_object();

    // Continue with other operations

    return 0;
}

Make sure to call `release_python_object()` when you no longer need the C derivative of the temporary Python reference to avoid memory leaks.