multi_pass.cpp

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        BOOST_TEST(*mp1 > *mp2);
        BOOST_TEST(*mp1 >= *mp2);
        BOOST_TEST(*mp2 < *mp1);
        BOOST_TEST(*mp2 <= *mp1);
        while (*mp2 != *mp1)
        {
            res << **mp2;
            ++*mp2;
        }

        BOOST_TEST(*mp1 == *mp2);
        BOOST_TEST(*mp1 >= *mp2);
        BOOST_TEST(*mp1 <= *mp2);
        while (*mp1 != *mpend)
        {
            res << **mp1;
            ++*mp1;
        }

        BOOST_TEST(*mp1 != *mp2);
        BOOST_TEST(*mp1 > *mp2);
        BOOST_TEST(*mp1 >= *mp2);
        BOOST_TEST(*mp2 < *mp1);
        BOOST_TEST(*mp2 <= *mp1);
        while (*mp2 != *mpend)
        {
            res << **mp2;
            ++*mp2;
        }

        BOOST_TEST(*mp1 == *mp2);
        BOOST_TEST(*mp1 >= *mp2);
        BOOST_TEST(*mp1 <= *mp2);
        res << endl;
    }

    {
        sstream_t ss;
        ss << "test string";
        istream_iterator<char> a(ss);
        boost::scoped_ptr<fixed_multi_pass_t> mp1(new fixed_multi_pass_t(a));
        boost::scoped_ptr<fixed_multi_pass_t> mp2(new fixed_multi_pass_t(a));
        BOOST_TEST(*mp1 != *mp2);
        ++*mp1;
        BOOST_TEST(*mp1 != *mp2);

    }

}

void test_first_owner_multi_pass()
{
    res << "-*= test_first_owner_multi_pass =*-\n";
    istream_iterator<char> end;
    boost::scoped_ptr<first_owner_multi_pass_t> mpend(new first_owner_multi_pass_t(end));

    {
        sstream_t ss;
        ss << "test string";

        istream_iterator<char> a(ss);
        boost::scoped_ptr<first_owner_multi_pass_t> mp1(new first_owner_multi_pass_t(a));

        while (*mp1 != *mpend)
        {
            res << *((*mp1)++);
        }

        res << endl;
    }

    {
        sstream_t ss;
        ss << "test string";
        istream_iterator<char> b(ss);
        boost::scoped_ptr<first_owner_multi_pass_t> mp2(new first_owner_multi_pass_t(b));
        boost::scoped_ptr<first_owner_multi_pass_t> mp3(new first_owner_multi_pass_t(*mp2));

        for (int i = 0; i < 4; ++i)
        {
            res << **mp2;
            ++*mp2;
        }

        mp3.reset();

        while (*mp2 != *mpend)
        {
            res << **mp2;
            ++*mp2;
        }

        res << endl;
    }

    {
        sstream_t ss;
        ss << "test string";
        istream_iterator<char> a(ss);
        boost::scoped_ptr<first_owner_multi_pass_t> mp1(new first_owner_multi_pass_t(a));
        boost::scoped_ptr<first_owner_multi_pass_t> mp2(new first_owner_multi_pass_t(*mp1));

        for (int i = 0; i < 4; ++i)
        {
            res << **mp1;
            ++*mp1;
        }

        while (*mp2 != *mpend)
        {
            res << **mp2;
            ++*mp2;
        }

        while (*mp1 != *mpend)
        {
            res << **mp1;
            ++*mp1;
        }

        res << endl;
    }

    {
        sstream_t ss;
        ss << "test string";
        istream_iterator<char> b(ss);
        boost::scoped_ptr<first_owner_multi_pass_t> mp2(new first_owner_multi_pass_t(b));
        boost::scoped_ptr<first_owner_multi_pass_t> mp3(new first_owner_multi_pass_t(*mp2));

        for (int i = 0; i < 4; ++i)
        {
            res << **mp2;
            ++*mp2;
        }

        mp3.reset();
        ++*mp2;

        while (*mp2 != *mpend)
        {
            res << **mp2;
            ++*mp2;
        }

        res << endl;
    }

    {
        sstream_t ss;
        ss << "test string";
        istream_iterator<char> a(ss);
        boost::scoped_ptr<first_owner_multi_pass_t> mp1(new first_owner_multi_pass_t(a));
        boost::scoped_ptr<first_owner_multi_pass_t> mp2(new first_owner_multi_pass_t(*mp1));

        BOOST_TEST(*mp1 == *mp2);
        BOOST_TEST(*mp1 >= *mp2);
        BOOST_TEST(*mp1 <= *mp2);
        for (int i = 0; i < 4; ++i)
        {
            res << **mp1;
            ++*mp1;
        }

        BOOST_TEST(*mp1 != *mp2);
        BOOST_TEST(*mp1 > *mp2);
        BOOST_TEST(*mp1 >= *mp2);
        BOOST_TEST(*mp2 < *mp1);
        BOOST_TEST(*mp2 <= *mp1);
        while (*mp2 != *mp1)
        {
            res << **mp2;
            ++*mp2;
        }

        BOOST_TEST(*mp1 == *mp2);
        BOOST_TEST(*mp1 >= *mp2);
        BOOST_TEST(*mp1 <= *mp2);
        while (*mp1 != *mpend)
        {
            res << **mp1;
            ++*mp1;
        }

        BOOST_TEST(*mp1 != *mp2);
        BOOST_TEST(*mp1 > *mp2);
        BOOST_TEST(*mp1 >= *mp2);
        BOOST_TEST(*mp2 < *mp1);
        BOOST_TEST(*mp2 <= *mp1);
        while (*mp2 != *mpend)
        {
            res << **mp2;
            ++*mp2;
        }

        BOOST_TEST(*mp1 == *mp2);
        BOOST_TEST(*mp1 >= *mp2);
        BOOST_TEST(*mp1 <= *mp2);
        res << endl;
    }

    {
        sstream_t ss;
        ss << "test string";
        istream_iterator<char> a(ss);
        boost::scoped_ptr<first_owner_multi_pass_t> mp1(new first_owner_multi_pass_t(a));
        boost::scoped_ptr<first_owner_multi_pass_t> mp2(new first_owner_multi_pass_t(a));
        BOOST_TEST(*mp1 != *mp2);
        ++*mp1;
        BOOST_TEST(*mp1 != *mp2);

    }

    {
        sstream_t ss;
        ss << "test string";
        istream_iterator<char> b(ss);
        boost::scoped_ptr<first_owner_multi_pass_t> mp2(new first_owner_multi_pass_t(b));
        boost::scoped_ptr<first_owner_multi_pass_t> mp3(new first_owner_multi_pass_t(*mp2));

        for (int i = 0; i < 4; ++i)
        {
            res << **mp2;
            ++*mp2;
        }

        mp2->clear_queue();

        while (*mp2 != *mpend)
        {
            res << **mp2;
            ++*mp2;
        }

        try
        {
            res << **mp3; // this should throw illegal_backtracking
            BOOST_TEST(0);
        }
        catch (const boost::spirit::multi_pass_policies::illegal_backtracking& /*e*/)
        {
        }
        res << endl;
    }

}


void test_functor_multi_pass()
{
    res << "-*= test_functor_multi_pass =*-\n";
    functor_multi_pass_t mpend;

    {
        functor_multi_pass_t mp1 = functor_multi_pass_t(my_functor());

        while (mp1 != mpend)
        {
            res << *(mp1++);
        }

        res << endl;
    }

    {
        functor_multi_pass_t mp1 = functor_multi_pass_t(my_functor());
        functor_multi_pass_t mp2 = functor_multi_pass_t(mp1);

        for (int i = 0; i < 4; ++i)
        {
            res << *mp1;
            ++mp1;
        }

        while (mp2 != mpend)
        {
            res << *mp2;
            ++mp2;
        }

        while (mp1 != mpend)
        {
            res << *mp1;
            ++mp1;
        }

        res << endl;
    }

    {
        functor_multi_pass_t mp1 = functor_multi_pass_t(my_functor());
        functor_multi_pass_t mp2 = functor_multi_pass_t(mp1);

        BOOST_TEST(mp1 == mp2);
        BOOST_TEST(mp1 >= mp2);
        BOOST_TEST(mp1 <= mp2);
        for (int i = 0; i < 4; ++i)
        {
            res << *mp1;
            ++mp1;
        }

        BOOST_TEST(mp1 != mp2);
        BOOST_TEST(mp1 > mp2);
        BOOST_TEST(mp1 >= mp2);
        BOOST_TEST(mp2 < mp1);
        BOOST_TEST(mp2 <= mp1);
        while (mp2 != mp1)
        {
            res << *mp2;
            ++mp2;
        }

        BOOST_TEST(mp1 == mp2);
        BOOST_TEST(mp1 >= mp2);
        BOOST_TEST(mp1 <= mp2);
        while (mp1 != mpend)
        {
            res << *mp1;
            ++mp1;
        }

        BOOST_TEST(mp1 != mp2);
        BOOST_TEST(mp1 > mp2);
        BOOST_TEST(mp1 >= mp2);
        BOOST_TEST(mp2 < mp1);
        BOOST_TEST(mp2 <= mp1);
        while (mp2 != mpend)
        {
            res << *mp2;
            ++mp2;
        }

        BOOST_TEST(mp1 == mp2);
        BOOST_TEST(mp1 >= mp2);
        BOOST_TEST(mp1 <= mp2);
        res << endl;
    }

    {
        functor_multi_pass_t mp1 = functor_multi_pass_t(my_functor());
        functor_multi_pass_t mp2 = functor_multi_pass_t(my_functor());
        BOOST_TEST(mp1 != mp2);
        ++mp1;
        BOOST_TEST(mp1 != mp2);

    }
}

int main(int, char**)
{

    test_default_multi_pass();
    test_fixed_multi_pass();
    test_first_owner_multi_pass();
    test_functor_multi_pass();

    BOOST_TEST(getstring(res) == "-*= test_default_multi_pass =*-\n"
            "teststring\n"
            "teststring\n"
            "testteststringstring\n"
            "testtring\n"
            "testteststringstring\n"
            "teststring\n"
            "-*= test_fixed_multi_pass =*-\n"
            "teststring\n"
            "teststring\n"
            "testteststringstring\n"
            "testtring\n"
            "testteststringstring\n"
            "-*= test_first_owner_multi_pass =*-\n"
            "teststring\n"
            "teststring\n"
            "testteststringstring\n"
            "testtring\n"
            "testteststringstring\n"
            "teststring\n"
            "-*= test_functor_multi_pass =*-\n"
            "ABCDEFGHIJKL\n"
            "ABCDABCDEFGHIJKLEFGHIJKL\n"
            "ABCDABCDEFGHIJKLEFGHIJKL\n");

    return boost::report_errors();
}