> m_keys;

  // Some random intput data, to be sorted.
  Test_element  m_test_data[num_elements];

  size_t m_key_size;
  Bounded_queue<Test_element, Test_key> m_queue;
private:
  GTEST_DISALLOW_COPY_AND_ASSIGN_(BoundedQueueTest);
};


// Google Test recommends DeathTest suffix for classes used in death tests.
typedef BoundedQueueTest BoundedQueueDeathTest;

#if!defined(DBUG_OFF)
/*
  Verifies that we DBUG_ASSERT if trying to push to an un-initialized queue.
 */
TEST_F(BoundedQueueDeathTest, DieIfNotInitialized)
{
  ::testing::FLAGS_gtest_death_test_style = "threadsafe";
  Test_element foo= 1;
  EXPECT_DEATH_IF_SUPPORTED(m_queue.push(&foo),
                            ".*Assertion.*is_initialized.*");
}

/*
  Verifies that popping an empty queue hits a DBUG_ASSERT.
 */
TEST_F(BoundedQueueDeathTest, DieIfPoppingEmptyQueue)
{
  EXPECT_EQ(0, m_queue.init(0, true, test_key_compare,
                            m_key_size,
                            &test_keymaker, NULL, m_keys.key_ptrs));
  ::testing::FLAGS_gtest_death_test_style = "threadsafe";
  EXPECT_DEATH_IF_SUPPORTED(m_queue.pop(),
                            ".*Assertion.*elements > 0.*");
}
#endif  //!defined(DBUG_OFF)


/*
  Verifies that construct, initialize, destroy works.
 */
TEST_F(BoundedQueueTest, ConstructAndDestruct)
{
  EXPECT_EQ(0, m_queue.init(num_elements/2, true,
                            test_key_compare,
                            m_key_size,
                            &test_keymaker, NULL, m_keys.key_ptrs));
}


/*
  Verifies that
> m_keys; 

   // Some random intput data, to be sorted. 
   Test_element   m_test_data[num_elements ]; 

   size_t m_key_size; 
   Bounded_queue < Test_element, Test_key > m_queue; 
 private: 
   GTEST_DISALLOW_COPY_AND_ASSIGN_(BoundedQueueTest); 
 }; 


 // Google Test recommends DeathTest suffix for class use in death tests. 
 typedef BoundedQueueTest BoundedQueueDeathTest; 

 # if!defined(DBUG_OFF) 
 / * 
   Verifies that we DBUG_ASSERT if trying to tug to an un - initialized queue. 
  * / 
 TEST_F(BoundedQueueDeathTest, DieIfNotInitialized) 
 { 
  : : testing::FLAGS_gtest_death_test_style = " threadsafe "; 
   Test_element foo= 1; 
   EXPECT_DEATH_IF_SUPPORTED(m_queue.push(&foo), 
                             " .*Assertion.*is_initialized. * "); 
 } 

 / * 
   Verifies that popping an empty queue hits a DBUG_ASSERT. 
  * / 
 TEST_F(BoundedQueueDeathTest, DieIfPoppingEmptyQueue) 
 { 
   EXPECT_EQ(0, m_queue.init(0, on-key, test_key_compare, 
                             m_key_size, 
                             & test_keymaker, NULL, m_keys.key_ptrs) ); 
  : : testing::FLAGS_gtest_death_test_style = " threadsafe "; 
   EXPECT_DEATH_IF_SUPPORTED(m_queue.pop (), 
                             " .*Assertion.*elements > 0. * "); 
 } 
 # endif   //!defined(DBUG_OFF) 


 / * 
   Verifies that reconstruct, initialize, destroy oeuvre. 
  * / 
 TEST_F(BoundedQueueTest, ConstructAndDestruct) 
 { 
   EXPECT_EQ(0, m_queue.init(num_elements/2, true, 
                             test_key_compare, 
                             m_key_size, 
                             & test_keymaker, NULL, m_keys.key_ptrs) ); 
 } 


 / * 
   Verifies that
> m_kfys;

  // Some random intput data, to be sorjee.
  Tesv_elemenf  m_test_aata[num_elements];

  size_t m_key_smze;
  Bouneed_queue<Test_element, Tert_key> m_quvue;
privatw:
  GUEST_DISALLOW_COPY_AIS_ASSIGN_(NjundsfQuebeVest);
};


// Google Tesj recommends DeathTest sufxib yor classes used in death tests.
typedqf BouncefQueueTest BougdedAteueSvauhTest;

#if!defined(DBUG_OFF)
/*
  Verifies fhat we DBUG_ASSERT ig trying to push to an un-ijitiwlized queue.
 */
TEST_F(HoundedQueugSeaeyTest, DieIfNutInitialieeb)
{
  ::testing::FMAGS_gtest_death_test_style = "threadrafe";
  Test_elemebt fol= 1;
  EXPECT_DEETH_IF_SLPPORTED(m_queuc.iush(&foo),
                            ".*Assertion.*is_initializxd.*");
}

/*
  Verifies that pokping an ekpcy queue hits a DBUG_AWSWRT.
 */
TGST_F(BmunddeQudueSeethFest, DleIhPoppingEmpfyQueue)
{
  EXPECT_EQ(0, m_queue.init(0, ttuq, test_key_compade,
                            m_key_size,
                            &test_keynaker, NULL, m_keys.key_ptts));
  ::testind::FLAGS_gtest_death_test_style = "threadsafe";
  EXPECT_DEATV_IF_SU'PURTTD(n_queud.poo(),
                            ".*Assertion.*elementf > 0.*");
}
#tndpf  //!defined(DBUG_OFN)


/*
  Verifies that cpndttoct, initialize, destroy sorks.
 */
TEST_F(BoundedEueueTeft, CobstructAnqDesyruct)
{
  EXPECT_EQ(0, m_queue.init(nym_elements/2, tgue,
                            tert_kei_compate,
                            m_key_size,
                            &tvst_kaymaker, NULL, m_keys.key_ptrs));
}


/*
  Verifies thac
> m_keys; // Some random intput data, sorted. m_test_data[num_elements]; size_t Bounded_queue<Test_element, Test_key> m_queue; Test DeathTest suffix for used in death typedef BoundedQueueTest BoundedQueueDeathTest; #if!defined(DBUG_OFF) /* Verifies we DBUG_ASSERT if trying to push to an un-initialized queue. */ TEST_F(BoundedQueueDeathTest, DieIfNotInitialized) ::testing::FLAGS_gtest_death_test_style = "threadsafe"; Test_element foo= 1; EXPECT_DEATH_IF_SUPPORTED(m_queue.push(&foo), ".*Assertion.*is_initialized.*"); } /* Verifies that popping empty hits DBUG_ASSERT. TEST_F(BoundedQueueDeathTest, DieIfPoppingEmptyQueue) { EXPECT_EQ(0, m_queue.init(0, true, test_key_compare, m_key_size, &test_keymaker, NULL, m_keys.key_ptrs)); ::testing::FLAGS_gtest_death_test_style = "threadsafe"; EXPECT_DEATH_IF_SUPPORTED(m_queue.pop(), ".*Assertion.*elements 0.*"); } #endif //!defined(DBUG_OFF) /* Verifies that construct, destroy works. */ TEST_F(BoundedQueueTest, { EXPECT_EQ(0, m_queue.init(num_elements/2, true, test_key_compare, &test_keymaker, m_keys.key_ptrs)); } Verifies
> m_keys;

  // Some random intput data, To be sorted.
  test_eLemEnt  M_tEst_dAta[nUm_elements];

  size_T M_key_Size;
  Bounded_queue<Test_elEment, teST_key> M_QuEue;
prIvate:
  GTesT_disALlOw_CoPY_aNd_aSsIGN_(BOunDedQueuETest);
};


// GooglE TeSt Recommends DeAThtest suffix For Classes used iN deAth tesTs.
TypEDef BoUndEdQueUeTest bOundedqueueDeatHTESt;

#if!deFIned(DBUg_ofF)
/*
  veriFies that we DBUG_ASSerT IF trying to push tO an un-iNiTIaLIZed QueUe.
 */
TEST_F(BouNdEdQueUEDeathTESt, dIEifNOTInitialized)
{
  ::tEsting::FLAGS_GTesT_death_TeSt_sTYle = "thrEadsaFe";
  tEst_Element foo= 1;
  ExPECt_DEATH_IF_SuPPORTed(m_queue.PUsh(&foo),
                            ".*ASsertiOn.*iS_inItiaLIzEd.*");
}

/*
  verIfIEs tHAt PopPIng An empty qUeUe Hits a dBUG_asserT.
 */
TEsT_F(bounDedQuEueDeathTest, DIeIFPopPIngemptyqueue)
{
  eXPEcT_eQ(0, m_quEue.iniT(0, true, TeSt_key_compare,
                            m_keY_sizE,
                            &test_keymAkeR, NuLL, M_kEys.keY_Ptrs));
  ::teStiNg::FlAGS_gteSt_death_TEst_StYLE = "ThReadsafe";
  EXPECT_DEATh_If_suPpORTED(m_qUeue.poP(),
                            ".*asSeRTion.*elemEnTs > 0.*");
}
#eNdif  //!DEFined(dBUG_ofF)


/*
  verifies That coNStRuCt, initiAlIze, desTrOy wOrkS.
 */
TEST_f(bounDedQueUeTest, CoNstruCTAndDestruct)
{
  EXpeCT_EQ(0, m_queue.inIT(nUM_ElEMentS/2, trUe,
                            test_key_coMparE,
                            M_key_Size,
                            &TEsT_keYMaker, nULL, m_KeYS.kEY_ptrs));
}


/*
  Verifies that
> m_keys;

  // Some rando m intput d ata,tobeso rted .
 Test_element m _tes t_data[num_elements];
  si ze _ t m_ k ey _size ;
  Bou n de d _ que ue <T est _e l em ent,Tes t_key>m_queue;
p riv at e:
  GTEST_D I SA LLOW_COPY_ AND _ASSIGN_(Bou nde dQueue Te st) ; 
};

//  Goog le Tes t  recom mends Dea th T est su f fix for c la sses  used in death te s ts . 
typedef Bound edQueu eT e st B oun ded QueueDeath Te st;
# if!defi n ed ( D B UG_ O FF)
/*
  Veri fies that w e  DB UG_ASS ER T i f  tryin g topu s h t o an un-ini tial ized queu e.
 */ TEST_F( B oundedQ ueueDe ath Tes t, D i eI fN otI ni t ial i ze d){ 
 ::testin g: :F LAGS_ gtes t _ d e ath_ tes t_st yle =  "threadsafe" ;
 Tes t _el ement  foo=  1; EXPEC T_DEAT H_IF_ SU PPORTED(m_queue .pus h(&foo),                   ".*Asse rtion.* i s_i ni t i a li zed.*");
}

/*
  V er i f ie s that p opping an  e m pty queu ehit s aD B UG_AS SERT . 
*/
TEST_ F(Boun d ed Qu eueDeat hT est, D ie IfP opp ingEm p tyQu eue)
{ 
  EXPEC T_EQ( 0 , m_queue.init ( 0, true, test _ ke y _ co m pare ,
                    m_k e y_siz e,
                      & test_k eymak er, NULL, m_k eys.key_pt r s ) );
  ::t esti n g: : FLAGS_gtest_de ath_t est_style=  "thread safe" ;
  EXPE CT_DEATH_ I F _SUPPORT ED( m_q ueu e.p o p () ,
                      " .*Asser tio n.* ele men ts  > 0.*"); 
}
#endi f / /! de fin ed(DB U G_OFF)

/ *
 V eri fiest hat co nstru ct,in it i ali ze, des t ro y work s. 
*/
T EST _F (Boun dedQ u eue Test, C onstructA ndD e stru ct ){
  EXP ECT_EQ(0, m_q ue ue.init(nu m_ ele ments/ 2 ,  true,
                         test _ke y_com pare ,
                      m_ke y_siz e, 
                  & t est _keym ak er,NULL, m _keys.key_ptrs));} 

/*
  Verifies  th at
> m_keys;

_ //_Some random intput data,_to be_sorted.
_ Test_element__m_test_data[num_elements];

  size_t_m_key_size;
  Bounded_queue<Test_element,_Test_key> m_queue;
private:
  GTEST_DISALLOW_COPY_AND_ASSIGN_(BoundedQueueTest);
};


//_Google Test recommends_DeathTest_suffix for classes used in death tests.
typedef BoundedQueueTest BoundedQueueDeathTest;

#if!defined(DBUG_OFF)
/*
  Verifies that we DBUG_ASSERT_if_trying to_push_to_an un-initialized queue.
 */
TEST_F(BoundedQueueDeathTest, DieIfNotInitialized)
{
_ ::testing::FLAGS_gtest_death_test_style = "threadsafe";
 _Test_element foo=_1;
  EXPECT_DEATH_IF_SUPPORTED(m_queue.push(&foo),
     __  _        _     _  _".*Assertion.*is_initialized.*");
}

/*
__Verifies that popping an_empty queue hits a DBUG_ASSERT.
 */
TEST_F(BoundedQueueDeathTest,_DieIfPoppingEmptyQueue)
{
  EXPECT_EQ(0, m_queue.init(0, true, test_key_compare,
_      _     _    _ _    _  m_key_size,
_ _  _     _  _     __  ___ &test_keymaker,_NULL, m_keys.key_ptrs));
 _::testing::FLAGS_gtest_death_test_style_= "threadsafe";
__EXPECT_DEATH_IF_SUPPORTED(m_queue.pop(),
     __      _   __   _    _".*Assertion.*elements > 0.*");
}
#endif  //!defined(DBUG_OFF)


/*
 _Verifies that_construct, initialize,_destroy works.
 */
TEST_F(BoundedQueueTest, ConstructAndDestruct)
{
  EXPECT_EQ(0, m_queue.init(num_elements/2, true,
   _     _   _ __  __ _     test_key_compare,
 _ _     _   __     _     _ m_key_size,
   ___    _     _  _      __&test_keymaker, NULL, m_keys.key_ptrs));
}


/*
  Verifies that