newarray_atomic

#define newarray_atomic	(		T,
			len )

Value:

  reinterpret_cast<T *>(getmem_atomic((len) * sizeof(T)))

Definition at line 91 of file newdelete.hpp.

#define newarray_atomic(T, len) \
  reinterpret_cast<T *>(getmem_atomic((len) * sizeof(T)))

Referenced by MinimalPrimes::alg1_min_primes(), DPoly::alloc_poly_0(), M2::ARingGFFlint::ARingGFFlint(), M2::ARingGFFlintBig::ARingGFFlintBig(), AssociatedPrimes::ass_prime_generator(), MinimalPrimes::ass_prime_generator(), bignum_text_out(), binomial_ring::binomial_ring(), MonomialIdeal::borel(), BRPSfromMatrix(), BRPStoMatrix(), buffer::buffer(), hilb_comp::coeff_of(), Matrix::coeffs(), coeffs_of_vec(), SMat< ACoeffRing >::column_permute(), DMatLinAlg< M2::ARingZZpFlint >::columnRankProfile(), DMatLUinPlace< RingType >::computeLU(), cond_number_via_svd(), SchreyerOrder::create(), SchreyerOrder::create(), PolyRing::degree_of_var(), DetComputation::DetComputation(), Matrix::dimension1(), PolyRing::divide_by_expvector(), PolyRing::divide_by_var(), M2::ARingQQFlint::elem_text_out(), M2::ARingQQGMP::elem_text_out(), RingZZ::elem_text_out(), PathTracker::evaluate_slpHxH(), PathTracker::evaluate_slpHxt(), buffer::expand(), GBRing::exponents_make(), FF_LUComputation::FF_LUComputation(), BIBasis::BooleanInvolutiveBasis< MonomType >::FillInitialSet(), gb2_comp::find_pairs(), GB_comp::find_pairs(), GBinhom_comp::find_pairs(), FrobbyAlexanderDual(), F4toM2Interface::from_M2_vec(), M2::GaloisFieldTable::GaloisFieldTable(), gb2_comp::gb_geo_reduce(), GB_comp::gb_geo_reduce(), GBinhom_comp::gb_geo_reduce(), GBinhom_comp::gb_insert(), gb2_comp::gb_reduce(), GB_comp::gb_reduce(), GBinhom_comp::gb_reduce(), WeylAlgebra::gbvector_mult_by_term(), WeylAlgebra::gbvector_weyl_diff(), GBWeight::GBWeight(), PolyRing::get_coeff(), PolyRing::get_logical_coeff(), PolyRing::get_part(), PolyRing::get_terms(), PolyRing::homogenize(), IM2_RingElement_term(), DPoly::increase_size_0(), tableau2::initialize(), tableau::initialize(), WeylAlgebra::initialize1(), GF::initialize_GF(), M2::ARingZZp::initialize_tables(), WeylAlgebra::initialize_weyl(), Z_mod::initialize_Z_mod(), MonomialIdeal::is_borel(), KBasis::KBasis(), Matrix::koszul(), Matrix::koszul_monomials(), PolyRing::lead_logical_exponents(), RingElement::lead_monom(), PolyRing::lift(), PolyRing::list_form(), PathTracker::make(), Solution::make(), make_copy_complex_array(), PolyRing::make_logical_term(), Monoid::make_new(), SLP< Field >::make_nodes(), Monoid::make_one(), DMatLinAlg< M2::ARingZZpFlint >::matrixPLU(), MatrixSorter::MatrixSorter(), PolyRing::monomial_divisor(), Matrix::monomials(), WeylAlgebra::mult_by_term(), MyIdealConsumer::MyIdealConsumer(), PolyRing::n_logical_terms(), binomialGB::n_masks(), GBKernelComputation::new_pairs(), res2_comp::new_pairs(), res_comp::new_pairs(), norm_of_inverse_via_svd(), PfaffianComputation::PfaffianComputation(), popular_var(), QRingInfo_field::QRingInfo_field(), QRingInfo_ZZ::QRingInfo_ZZ(), DPoly::read_poly_0(), PathTracker::refine(), tableau2::resize(), tableau::resize(), SMat< ACoeffRing >::row_permute(), FreeModule::select_by_degrees(), Monoid::set_overflow_flags(), res_comp::skeleton_pairs(), solve_via_lapack(), solve_via_lapack_without_transposition(), QuickSorter< Sorter >::sortC(), Matrix::sub_matrix(), Subsets::Subsets(), Matrix::support(), F4toM2Interface::to_M2_vec(), PathTracker::track(), PolyRing::vec_coefficient_of_var(), SMat< ACoeffRing >::vec_permute(), Ring::vec_remove_monomial_factors(), PolyRing::vec_top_coefficient(), WeylAlgebra::weyl_diff(), and GBKernelComputation::wipe_unneeded_terms().