diff options
Diffstat (limited to 'TAO/tests/Sequence_Unit_Tests/string_sequence_element_ut.cpp')
| -rw-r--r-- | TAO/tests/Sequence_Unit_Tests/string_sequence_element_ut.cpp | 475 |
1 files changed, 241 insertions, 234 deletions
diff --git a/TAO/tests/Sequence_Unit_Tests/string_sequence_element_ut.cpp b/TAO/tests/Sequence_Unit_Tests/string_sequence_element_ut.cpp index 3bf93b550e4..0512cc36b51 100644 --- a/TAO/tests/Sequence_Unit_Tests/string_sequence_element_ut.cpp +++ b/TAO/tests/Sequence_Unit_Tests/string_sequence_element_ut.cpp @@ -15,388 +15,395 @@ #include "ace/OS_NS_string.h" -#include <sstream> -#include <stdexcept> -#include <iostream> - -#include <boost/test/unit_test.hpp> -#include <boost/shared_ptr.hpp> -#include <boost/weak_ptr.hpp> +#include "test_macros.h" using namespace TAO_VERSIONED_NAMESPACE_NAME::TAO::details; -using namespace boost::unit_test_framework; + template<typename charT> -struct helper {}; +struct helper +{ +}; template<> -struct helper<char> +struct helper <char> { - static char const * empty() { + static char const * + empty () + { return ""; } - static char const * sample0() { + static char const * + sample0 () + { return "Hello"; } - static char const * sample1() { + static char const * + sample1 () + { return "World"; } - static char * dup_sample0() { - return string_traits<char,true>::duplicate(sample0()); + static char * + dup_sample0 () + { + return string_traits <char, true>::duplicate (sample0 ()); } - static char * dup_sample1() { - return string_traits<char,true>::duplicate(sample1()); + static char * + dup_sample1 () + { + return string_traits <char, true>::duplicate (sample1 ()); } - static bool equal(char const * lhs, char const * rhs) { - return ACE_OS::strcmp(lhs, rhs) == 0; + static bool + equal (char const *lhs, char const *rhs) + { + return ACE_OS::strcmp (lhs, rhs) == 0; } }; +#if defined(ACE_HAS_WCHAR) template<> -struct helper<CORBA::WChar> +struct helper <CORBA::WChar> { - static CORBA::WChar const * empty() { + static CORBA::WChar const * + empty () + { return L""; } - static CORBA::WChar const * sample0() { + static CORBA::WChar const * + sample0 () + { return L"Hello"; } - static CORBA::WChar const * sample1() { + static CORBA::WChar const * + sample1 () + { return L"World"; } - static CORBA::WChar * dup_sample0() { - return string_traits<CORBA::WChar,true>::duplicate(sample0()); + static CORBA::WChar * + dup_sample0 () + { + return string_traits <CORBA::WChar, true>::duplicate (sample0 ()); } - static CORBA::WChar * dup_sample1() { - return string_traits<CORBA::WChar,true>::duplicate(sample1()); + static CORBA::WChar * + dup_sample1 () + { + return string_traits <CORBA::WChar, true>::duplicate (sample1 ()); } - static bool equal(CORBA::WChar const * lhs, CORBA::WChar const * rhs) { - return ACE_OS::strcmp(lhs, rhs) == 0; + static bool + equal (CORBA::WChar const *lhs, CORBA::WChar const *rhs) + { + return ACE_OS::strcmp (lhs, rhs) == 0; } }; +#endif template<class charT> struct Tester { - typedef string_traits<charT,true> tested_element_traits; - typedef string_sequence_element<tested_element_traits> tested_element; - typedef charT * string_type; - typedef charT const * const_string_type; + typedef string_traits <charT, true> tested_element_traits; + typedef string_sequence_element <tested_element_traits> tested_element; + typedef charT *string_type; + typedef charT const *const_string_type; typedef typename tested_element_traits::string_var string_var; typedef typename tested_element_traits::string_mgr string_mgr; - void test_assignment_from_const_string() + int + test_assignment_from_const_string () { - expected_calls d(tested_element_traits::duplicate_calls); - expected_calls r(tested_element_traits::release_calls); + expected_calls d (tested_element_traits::duplicate_calls); + expected_calls r (tested_element_traits::release_calls); { - string_type xe = helper<charT>::dup_sample0(); - const_string_type y = helper<charT>::sample1(); - d.reset(); r.reset(); + string_type xe = helper <charT>::dup_sample0 (); + const_string_type y = helper <charT>::sample1 (); + d.reset (); + r.reset (); tested_element x(xe, true); - BOOST_CHECK_MESSAGE(d.expect(0), d); - BOOST_CHECK_MESSAGE(r.expect(0), r); + FAIL_RETURN_IF_NOT(d.expect(0), d); + FAIL_RETURN_IF_NOT(r.expect(0), r); x = y; - BOOST_CHECK_MESSAGE(d.expect(0), d); - BOOST_CHECK_MESSAGE(r.expect(1), r); + FAIL_RETURN_IF_NOT(d.expect(0), d); + FAIL_RETURN_IF_NOT(r.expect(1), r); - BOOST_CHECK_MESSAGE( - helper<charT>::equal(helper<charT>::sample1(), xe), - "Mismatch after assignment from const. expected=" - << helper<charT>::sample0() - << ", got=" << x); - tested_element_traits::release(xe); - BOOST_CHECK_MESSAGE(r.expect(1), r); + FAIL_RETURN_IF_NOT( + helper<charT>::equal(helper<charT>::sample1(), xe), + "Mismatch after assignment from const. expected=" + << helper<charT>::sample0() + << ", got=" << x); + tested_element_traits::release (xe); + FAIL_RETURN_IF_NOT(r.expect(1), r); } - BOOST_CHECK_MESSAGE(d.expect(0), d); - BOOST_CHECK_MESSAGE(r.expect(0), r); + FAIL_RETURN_IF_NOT(d.expect(0), d); + FAIL_RETURN_IF_NOT(r.expect(0), r); + return 0; } - void test_assignment_from_element() + int + test_assignment_from_element () { - expected_calls d(tested_element_traits::duplicate_calls); - expected_calls r(tested_element_traits::release_calls); + expected_calls d (tested_element_traits::duplicate_calls); + expected_calls r (tested_element_traits::release_calls); { - string_type xe = helper<charT>::dup_sample0(); + string_type xe = helper <charT>::dup_sample0 (); tested_element x(xe, true); - string_type ye = helper<charT>::dup_sample1(); + string_type ye = helper <charT>::dup_sample1 (); tested_element y(ye, true); - d.reset(); r.reset(); + d.reset (); + r.reset (); x = y; - BOOST_CHECK_MESSAGE(d.expect(0), d); - BOOST_CHECK_MESSAGE(r.expect(1), r); + FAIL_RETURN_IF_NOT(d.expect(0), d); + FAIL_RETURN_IF_NOT(r.expect(1), r); - BOOST_CHECK_MESSAGE( - helper<charT>::equal(helper<charT>::sample1(), xe), - "Mismatch after assignment from element. expected=" - << helper<charT>::sample1() - << ", got=" << xe); + FAIL_RETURN_IF_NOT( + helper<charT>::equal(helper<charT>::sample1(), xe), + "Mismatch after assignment from element. expected=" + << helper<charT>::sample1() + << ", got=" << xe); - tested_element_traits::release(xe); - tested_element_traits::release(ye); - BOOST_CHECK_MESSAGE(r.expect(2), r); + tested_element_traits::release (xe); + tested_element_traits::release (ye); + FAIL_RETURN_IF_NOT(r.expect(2), r); } - BOOST_CHECK_MESSAGE(d.expect(0), d); - BOOST_CHECK_MESSAGE(r.expect(0), r); + FAIL_RETURN_IF_NOT(d.expect(0), d); + FAIL_RETURN_IF_NOT(r.expect(0), r); + return 0; } - void test_self_assignment() + int + test_self_assignment () { - expected_calls d(tested_element_traits::duplicate_calls); - expected_calls r(tested_element_traits::release_calls); + expected_calls d (tested_element_traits::duplicate_calls); + expected_calls r (tested_element_traits::release_calls); { - string_type xe = helper<charT>::dup_sample0(); + string_type xe = helper <charT>::dup_sample0 (); tested_element x(xe, true); - d.reset(); r.reset(); + d.reset (); + r.reset (); x = x; - BOOST_CHECK_MESSAGE(d.expect(0), d); - BOOST_CHECK_MESSAGE(r.expect(1), r); + FAIL_RETURN_IF_NOT(d.expect(0), d); + FAIL_RETURN_IF_NOT(r.expect(1), r); - BOOST_CHECK_MESSAGE( - helper<charT>::equal(helper<charT>::sample0(), xe), - "Mismatch after self assignment. expected=" - << helper<charT>::sample0() - << ", got=" << xe); + FAIL_RETURN_IF_NOT( + helper<charT>::equal(helper<charT>::sample0(), xe), + "Mismatch after self assignment. expected=" + << helper<charT>::sample0() + << ", got=" << xe); - tested_element_traits::release(xe); - BOOST_CHECK_MESSAGE(r.expect(1), r); + tested_element_traits::release (xe); + FAIL_RETURN_IF_NOT(r.expect(1), r); } - BOOST_CHECK_MESSAGE(d.expect(0), d); - BOOST_CHECK_MESSAGE(r.expect(0), r); + FAIL_RETURN_IF_NOT(d.expect(0), d); + FAIL_RETURN_IF_NOT(r.expect(0), r); + return 0; } - void test_assignment_from_non_const_string() + int + test_assignment_from_non_const_string () { - expected_calls d(tested_element_traits::duplicate_calls); - expected_calls r(tested_element_traits::release_calls); + expected_calls d (tested_element_traits::duplicate_calls); + expected_calls r (tested_element_traits::release_calls); { string_type xe = 0; tested_element x(xe, true); string_type y = - tested_element_traits::duplicate(helper<charT>::sample0()); - BOOST_CHECK_MESSAGE(d.expect(1), d); - BOOST_CHECK_MESSAGE(r.expect(0), r); + tested_element_traits::duplicate (helper <charT>::sample0 ()); + FAIL_RETURN_IF_NOT(d.expect(1), d); + FAIL_RETURN_IF_NOT(r.expect(0), r); x = y; - BOOST_CHECK_MESSAGE(d.expect(0), d); - BOOST_CHECK_MESSAGE(r.expect(1), r); + FAIL_RETURN_IF_NOT(d.expect(0), d); + FAIL_RETURN_IF_NOT(r.expect(1), r); - BOOST_CHECK_MESSAGE( - helper<charT>::equal(helper<charT>::sample0(), xe), - "Mismatch after assignment from non-const. expected=" - << helper<charT>::sample0() - << ", got=" << x); - tested_element_traits::release(xe); - BOOST_CHECK_MESSAGE(r.expect(1), r); + FAIL_RETURN_IF_NOT( + helper<charT>::equal(helper<charT>::sample0(), xe), + "Mismatch after assignment from non-const. expected=" + << helper<charT>::sample0() + << ", got=" << x); + tested_element_traits::release (xe); + FAIL_RETURN_IF_NOT(r.expect(1), r); } - BOOST_CHECK_MESSAGE(d.expect(0), d); - BOOST_CHECK_MESSAGE(r.expect(0), r); + FAIL_RETURN_IF_NOT(d.expect(0), d); + FAIL_RETURN_IF_NOT(r.expect(0), r); + return 0; } - void test_copy_constructor() + int + test_copy_constructor () { - expected_calls d(tested_element_traits::duplicate_calls); - expected_calls r(tested_element_traits::release_calls); + expected_calls d (tested_element_traits::duplicate_calls); + expected_calls r (tested_element_traits::release_calls); { string_type xe = - tested_element_traits::duplicate(helper<charT>::sample0()); + tested_element_traits::duplicate (helper <charT>::sample0 ()); tested_element x(xe, true); - d.reset(); r.reset(); + d.reset (); + r.reset (); - tested_element y(x); + tested_element y (x); - BOOST_CHECK_MESSAGE(d.expect(0), d); - BOOST_CHECK_MESSAGE(r.expect(0), r); + FAIL_RETURN_IF_NOT(d.expect(0), d); + FAIL_RETURN_IF_NOT(r.expect(0), r); - BOOST_CHECK_MESSAGE( - helper<charT>::equal(helper<charT>::sample0(), y), - "Mismatch after copy constructor. expected=" - << helper<charT>::sample0() - << ", got=" << y); + FAIL_RETURN_IF_NOT( + helper<charT>::equal(helper<charT>::sample0(), y), + "Mismatch after copy constructor. expected=" + << helper<charT>::sample0() + << ", got=" << y); - tested_element_traits::release(xe); - BOOST_CHECK_MESSAGE(r.expect(1), r); + tested_element_traits::release (xe); + FAIL_RETURN_IF_NOT(r.expect(1), r); } - BOOST_CHECK_MESSAGE(d.expect(0), d); - BOOST_CHECK_MESSAGE(r.expect(0), r); + FAIL_RETURN_IF_NOT(d.expect(0), d); + FAIL_RETURN_IF_NOT(r.expect(0), r); + return 0; } - void test_assignment_from_copy() + int + test_assignment_from_copy () { - expected_calls d(tested_element_traits::duplicate_calls); - expected_calls r(tested_element_traits::release_calls); + expected_calls d (tested_element_traits::duplicate_calls); + expected_calls r (tested_element_traits::release_calls); { - string_type xe = helper<charT>::dup_sample0(); + string_type xe = helper <charT>::dup_sample0 (); tested_element x(xe, true); - d.reset(); r.reset(); + d.reset (); + r.reset (); - tested_element y(x); + tested_element y (x); x = y; - BOOST_CHECK_MESSAGE(r.expect(1), r); + FAIL_RETURN_IF_NOT(r.expect(1), r); - BOOST_CHECK_MESSAGE( - helper<charT>::equal(helper<charT>::sample0(), xe), - "Mismatch after assignment. expected=" - << helper<charT>::sample0() - << ", got=" << xe); + FAIL_RETURN_IF_NOT( + helper<charT>::equal(helper<charT>::sample0(), xe), + "Mismatch after assignment. expected=" + << helper<charT>::sample0() + << ", got=" << xe); - BOOST_CHECK_MESSAGE( - helper<charT>::equal(helper<charT>::sample0(), y), - "Mismatch after assignment. expected=" - << helper<charT>::sample0() - << ", got=" << y); + FAIL_RETURN_IF_NOT( + helper<charT>::equal(helper<charT>::sample0(), y), + "Mismatch after assignment. expected=" + << helper<charT>::sample0() + << ", got=" << y); - tested_element_traits::release(xe); - BOOST_CHECK_MESSAGE(r.expect(1), r); + tested_element_traits::release (xe); + FAIL_RETURN_IF_NOT(r.expect(1), r); } - BOOST_CHECK_MESSAGE(d.expect(0), d); - BOOST_CHECK_MESSAGE(r.expect(0), r); + FAIL_RETURN_IF_NOT(d.expect(0), d); + FAIL_RETURN_IF_NOT(r.expect(0), r); + return 0; } - void test_assignment_from_var() + int + test_assignment_from_var () { - expected_calls d(tested_element_traits::duplicate_calls); - expected_calls r(tested_element_traits::release_calls); + expected_calls d (tested_element_traits::duplicate_calls); + expected_calls r (tested_element_traits::release_calls); { - string_type xe = helper<charT>::dup_sample1(); + string_type xe = helper <charT>::dup_sample1 (); tested_element x(xe, true); - BOOST_CHECK_MESSAGE(d.expect(1), d); + FAIL_RETURN_IF_NOT(d.expect(1), d); - string_var y(helper<charT>::sample0()); + string_var y (helper <charT>::sample0()); - BOOST_CHECK_MESSAGE(d.expect(0), d); - BOOST_CHECK_MESSAGE(r.expect(0), r); + FAIL_RETURN_IF_NOT(d.expect(0), d); + FAIL_RETURN_IF_NOT(r.expect(0), r); x = y; - BOOST_CHECK_MESSAGE(r.expect(1), r); + FAIL_RETURN_IF_NOT(r.expect(1), r); - BOOST_CHECK_MESSAGE( - helper<charT>::equal(helper<charT>::sample0(), xe), - "Mismatch after assignment from var. expected=" - << helper<charT>::sample0() - << ", got=" << x); + FAIL_RETURN_IF_NOT( + helper<charT>::equal(helper<charT>::sample0(), xe), + "Mismatch after assignment from var. expected=" + << helper<charT>::sample0() + << ", got=" << x); - tested_element_traits::release(xe); - BOOST_CHECK_MESSAGE(r.expect(1), r); + tested_element_traits::release (xe); + FAIL_RETURN_IF_NOT(r.expect(1), r); } - BOOST_CHECK_MESSAGE(d.expect(0), d); - BOOST_CHECK_MESSAGE(r.expect(0), r); + FAIL_RETURN_IF_NOT(d.expect(0), d); + FAIL_RETURN_IF_NOT(r.expect(0), r); + return 0; } - void test_assignment_from_mgr() + int + test_assignment_from_mgr () { - expected_calls d(tested_element_traits::duplicate_calls); - expected_calls r(tested_element_traits::release_calls); + expected_calls d (tested_element_traits::duplicate_calls); + expected_calls r (tested_element_traits::release_calls); { - string_type xe = helper<charT>::dup_sample1(); + string_type xe = helper <charT>::dup_sample1 (); tested_element x(xe, true); - BOOST_CHECK_MESSAGE(d.expect(1), d); + FAIL_RETURN_IF_NOT(d.expect(1), d); string_mgr y; - y = helper<charT>::sample0(); + y = helper <charT>::sample0 (); - BOOST_CHECK_MESSAGE(d.expect(0), d); - BOOST_CHECK_MESSAGE(r.expect(0), r); + FAIL_RETURN_IF_NOT(d.expect(0), d); + FAIL_RETURN_IF_NOT(r.expect(0), r); x = y; - BOOST_CHECK_MESSAGE(r.expect(1), r); + FAIL_RETURN_IF_NOT(r.expect(1), r); - BOOST_CHECK_MESSAGE( - helper<charT>::equal(helper<charT>::sample0(), xe), - "Mismatch after assignment from mgr. expected=" - << helper<charT>::sample0() - << ", got=" << x); + FAIL_RETURN_IF_NOT( + helper<charT>::equal(helper<charT>::sample0(), xe), + "Mismatch after assignment from mgr. expected=" + << helper<charT>::sample0() + << ", got=" << x); - tested_element_traits::release(xe); - BOOST_CHECK_MESSAGE(r.expect(1), r); + tested_element_traits::release (xe); + FAIL_RETURN_IF_NOT(r.expect(1), r); } - BOOST_CHECK_MESSAGE(d.expect(0), d); - BOOST_CHECK_MESSAGE(r.expect(0), r); + FAIL_RETURN_IF_NOT(d.expect(0), d); + FAIL_RETURN_IF_NOT(r.expect(0), r); + return 0; } - - void add_all(test_suite * ts) + int + test_all () { - boost::shared_ptr<Tester> shared_this(self_); - - ts->add(BOOST_CLASS_TEST_CASE( - &Tester::test_assignment_from_const_string, - shared_this)); - ts->add(BOOST_CLASS_TEST_CASE( - &Tester::test_assignment_from_element, - shared_this)); - ts->add(BOOST_CLASS_TEST_CASE( - &Tester::test_self_assignment, - shared_this)); - ts->add(BOOST_CLASS_TEST_CASE( - &Tester::test_assignment_from_non_const_string, - shared_this)); - ts->add(BOOST_CLASS_TEST_CASE( - &Tester::test_copy_constructor, - shared_this)); - ts->add(BOOST_CLASS_TEST_CASE( - &Tester::test_assignment_from_copy, - shared_this)); - ts->add(BOOST_CLASS_TEST_CASE( - &Tester::test_assignment_from_var, - shared_this)); - ts->add(BOOST_CLASS_TEST_CASE( - &Tester::test_assignment_from_mgr, - shared_this)); - } - - static boost::shared_ptr<Tester> allocate() - { - boost::shared_ptr<Tester> ptr(new Tester); - ptr->self_ = ptr; - - return ptr; + int status = 0; + status += this->test_assignment_from_const_string (); + status += this->test_assignment_from_element (); + status += this->test_self_assignment (); + status += this->test_assignment_from_non_const_string (); + status += this->test_copy_constructor (); + status += this->test_assignment_from_copy (); + status += this->test_assignment_from_var (); + status += this->test_assignment_from_mgr (); + return status; } - -private: - Tester() {} - - boost::weak_ptr<Tester> self_; }; -ACE_Proper_Export_Flag test_suite * -init_unit_test_suite(int, char*[]) -{ - test_suite * ts = - BOOST_TEST_SUITE("string sequence element unit test"); - - boost::shared_ptr<Tester<char> > char_tester( - Tester<char>::allocate()); - char_tester->add_all(ts); - - boost::shared_ptr<Tester<CORBA::WChar> > wchar_tester( - Tester<CORBA::WChar>::allocate()); - wchar_tester->add_all(ts); - - return ts; -} +int ACE_TMAIN (int, ACE_TCHAR*[]) + { + int status = 0; + Tester <char> char_tester; + status += char_tester.test_all (); + Tester <char> wchar_tester; + status += wchar_tester.test_all (); + return status; + } |