Enabled test for vector comparison on different devices

   EXPECT_EQ( TNL::max(L1 - L1, R1 + R1), L2 );

}

//#ifdef HAVE_CUDA

//TYPED_TEST( VectorBinaryOperationsTest, comparisonOnDifferentDevices )

//{

//   using VectorType = typename TestFixture::VectorType;

//   const int size = VECTOR_TEST_SIZE;

//   typename VectorType::HostType host_vec( size );

//   typename VectorType::CudaType cuda_vec( size );

//   host_vec = 1.0;

//   cuda_vec = 1.0;

//   EXPECT_EQ( host_vec, cuda_vec );

//   EXPECT_EQ( host_vec.getView(), cuda_vec.getView() );

//   host_vec = 0.0;

//   EXPECT_TRUE( host_vec != cuda_vec );

//   EXPECT_TRUE( host_vec.getView() != cuda_vec.getView() );

//}

//#endif

#ifdef HAVE_CUDA

TYPED_TEST( VectorBinaryOperationsTest, comparisonOnDifferentDevices )

{

   SETUP_BINARY_VECTOR_TEST( VECTOR_TEST_SIZE );

   typename RightVector::HostType _R1_h; _R1_h = _R1;

   typename Right::HostType R1_h( _R1_h );

   // L1 and L2 are device vectors

   EXPECT_EQ( L1, R1_h );

   EXPECT_NE( L2, R1_h );

}

#endif

#endif // HAVE_GTEST