source: source/ariba/utility/serialization/TestSerialization.cpp@ 5661

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// Copyright (c) 2008-2009, Institute of Telematics, UniversitÀt Karlsruhe (TH)

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// UniversitÀt Karlsruhe (TH)

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// [License]



#include "Data.hpp"

#include "DataStream.hpp"

#include "Serialization.hpp"



using_serialization;



class Aclass: public VSerializeable { VSERIALIZEABLE;

public:

        uint32_t x;

        uint8_t y;

        int8_t z;

        bool b;

        char* text;

        std::string str;

        std::vector<uint8_t> v;

        Aclass* vclass;

        bool vcls;



        Aclass(bool vcls = false) {

                text = new char[80];

                strcpy(text, "Hallo!");

                str = "std::string:)";

                x = 0x01020304;

                y = 0xF;

                z = -2;

                b = 0;

                this->vcls = vcls;

                v.push_back(0xA0);

                v.push_back(0xB0);

                v.push_back(0xC0);

                v.push_back(0xD0);

                if (vcls) vclass = new Aclass();

                else vclass = NULL;

        }



        void clean() {

                text = NULL;

                str = "";

                x = 0;

                y = 0;

                b = 1;

                z = 0;

                v.clear();

                vclass = NULL;

        }



        void view(bool ret = true) {

                printf("obj=[%08X, %1X, %d, %d, '%s', '%s' ", x, y, z, b, text, str.c_str());

                for (size_t i = 0; i < v.size(); i++)

                        printf("%02X ", v[i]);

                if (vclass != NULL) vclass->view(false);

                printf("]");

                if (ret) printf("\n");

        }

};



sznBeginDefault( Aclass, X ){

        X && x && b && I(y,6) && T(text) && T(str) && A(v,4) && I(z) && vcls;

        if (vcls) X && VO(vclass);

}sznEnd()



vsznDefault( Aclass );



int main() {

        using namespace std;



        Aclass a(true);

        Data data = data_serialize(a);

        a.view();

        cout << "length=" << data_length(a) / 8 << endl;

        cout << "data=" << data << endl;



        Aclass b(true);

        b.clean();

        b.view();

        data_deserialize(b, data);

        b.view();



        VSerializeable *c = &b;

        cout << "length=" << data_length(c) / 8 << endl;

        cout << "data=" << (data = data_serialize(c)) << endl;

        Aclass d;

        d.clean();

        data_deserialize(&d, data);

        d.view();

        cout << "--- test successful." << endl;



        return 0;

}