Save LinuxDynamicLib and corresponding model about cppadcodegen HOT 5 CLOSED

std::unique_ptr<LinuxDynamicLib<Scalar>> loadLibrary(std::vector<std::unique_ptr<GenericModel<Scalar>>> & models){

        std::unique_ptr<LinuxDynamicLib<Scalar>> myLib(new LinuxDynamicLib<Scalar>("./fkine_angular_IMU1.so"));  //Instantiation of the dynamic library
        std::unique_ptr<GenericModel<Scalar>> myModel = myLib->model("fkine_angular_IMU1"); //Instantiation of the model, from the dynamic library
        models.push_back(std::move(myModel));
        return myLib;
    }

auto myLib = std::make_unique<LinuxDynamicLib<Scalar>>("./fkine_angular_IMU1.so");

        std::unique_ptr<LinuxDynamicLib<Scalar>> myLib(new LinuxDynamicLib<Scalar>("./nameMyLib.so"));  //Instantiation of the dynamic library
        std::unique_ptr<GenericModel<Scalar>> myModel1 = myLib->model("nameModel1");  //Instantiation model 1
        std::unique_ptr<GenericModel<Scalar>> myModel2 = myLib->model("nameModel2"); //Instantiation model 2
        std::unique_ptr<GenericModel<Scalar>> myModelN = myLib->model("nameModelN"); //Instantiation model N

ModelCSourceGen<double> model1(adFun1, "nameModel1");
ModelCSourceGen<double> model2(adFun2, "nameModel2");
ModelCSourceGen<double> model3(adFun3, "nameModel3");

ModelLibraryCSourceGen<double> modelLibGen(model1, model2, model3);

ModelCSourceGen<double> model3(fun1, "nameModel3");
modelLibGen.addModel(model3);