briansp2020 · October 24, 2018 17:05
diff --git a/ROCmSoftwarePlatform\PyTorch test output Python3 b/ROCmSoftwarePlatform\PyTorch test output Python3
 Excluding c10d on ROCm
 Excluding cpp_extensions on ROCm
 Excluding distributed on ROCm
 Excluding multiprocessing on ROCm
 Excluding nccl on ROCm
 Excluding thd_distributed on ROCm
 Selected tests: autograd, cuda, cuda_primary_ctx, dataloader, distributions, expecttest, indexing, jit, nn, numba_integration, optim, sparse, torch, type_info, utils
 Running test_autograd ...
 test___getitem__ (__main__.TestAutograd) ... ok
 test___getitem___adv_index (__main__.TestAutograd) ... ok
 test___getitem___adv_index_beg (__main__.TestAutograd) ... ok
 test___getitem___adv_index_comb (__main__.TestAutograd) ... ok
 test___getitem___adv_index_dup (__main__.TestAutograd) ... ok
 test___getitem___adv_index_end (__main__.TestAutograd) ... ok
 test___getitem___adv_index_mid (__main__.TestAutograd) ... ok
 test___getitem___adv_index_sub (__main__.TestAutograd) ... ok
 test___getitem___adv_index_sub_2 (__main__.TestAutograd) ... ok
 test___getitem___adv_index_sub_3 (__main__.TestAutograd) ... ok
 test___getitem___adv_index_var (__main__.TestAutograd) ... ok
 test___getitem___slice (__main__.TestAutograd) ... ok
 test___getitem___slice_index (__main__.TestAutograd) ... ok
 test___radd___constant (__main__.TestAutograd) ... ok
 test___radd___scalar_constant (__main__.TestAutograd) ... ok
 test___rdiv___constant (__main__.TestAutograd) ... ok
 test___rdiv___scalar_constant (__main__.TestAutograd) ... ok
 test___rmul___constant (__main__.TestAutograd) ... ok
 test___rmul___scalar_constant (__main__.TestAutograd) ... ok
 test___rpow___constant (__main__.TestAutograd) ... ok
 test___rpow___scalar_constant (__main__.TestAutograd) ... ok
 test___rsub___constant (__main__.TestAutograd) ... ok
 test___rsub___scalar_constant (__main__.TestAutograd) ... ok
 test_abs (__main__.TestAutograd) ... ok
 test_abs_scalar (__main__.TestAutograd) ... ok
 test_accumulate_grad (__main__.TestAutograd) ... ok
 test_acos (__main__.TestAutograd) ... ok
 test_add (__main__.TestAutograd) ... ok
 test_add_broadcast_all (__main__.TestAutograd) ... ok
 test_add_broadcast_lhs (__main__.TestAutograd) ... ok
 test_add_broadcast_rhs (__main__.TestAutograd) ... ok
 test_add_constant (__main__.TestAutograd) ... ok
 test_add_scalar (__main__.TestAutograd) ... ok
 test_add_scalar_broadcast_lhs (__main__.TestAutograd) ... ok
 test_add_scalar_broadcast_rhs (__main__.TestAutograd) ... ok
 test_add_scalar_constant (__main__.TestAutograd) ... ok
 test_addbmm (__main__.TestAutograd) ... ok
 test_addbmm_broadcast_lhs (__main__.TestAutograd) ... ok
 test_addbmm_broadcast_lhs_coef (__main__.TestAutograd) ... ok
 test_addbmm_coef (__main__.TestAutograd) ... ok
 test_addbmm_scalar_broadcast_lhs (__main__.TestAutograd) ... ok
 test_addbmm_scalar_broadcast_lhs_coef (__main__.TestAutograd) ... ok
 test_addcdiv (__main__.TestAutograd) ... ok
 test_addcdiv_broadcast_all (__main__.TestAutograd) ... ok
 test_addcdiv_broadcast_rhs (__main__.TestAutograd) ... ok
 test_addcdiv_scalar (__main__.TestAutograd) ... ok
 test_addcdiv_scalar_broadcast_lhs (__main__.TestAutograd) ... ok
 test_addcdiv_scalar_broadcast_rhs (__main__.TestAutograd) ... ok
 test_addcdiv_scalar_scale (__main__.TestAutograd) ... ok
 test_addcdiv_scalar_scale_broadcast_lhs (__main__.TestAutograd) ... ok
 test_addcdiv_scalar_scale_broadcast_rhs (__main__.TestAutograd) ... ok
 test_addcdiv_scale (__main__.TestAutograd) ... ok
 test_addcdiv_scale_broadcast_all (__main__.TestAutograd) ... ok
 test_addcdiv_scale_broadcast_rhs (__main__.TestAutograd) ... ok
 test_addcmul (__main__.TestAutograd) ... ok
 test_addcmul_broadcast_all (__main__.TestAutograd) ... ok
 test_addcmul_broadcast_rhs (__main__.TestAutograd) ... ok
 test_addcmul_scalar (__main__.TestAutograd) ... ok
 test_addcmul_scalar_broadcast_lhs (__main__.TestAutograd) ... ok
 test_addcmul_scalar_broadcast_rhs (__main__.TestAutograd) ... ok
 test_addcmul_scalar_scale (__main__.TestAutograd) ... ok
 test_addcmul_scalar_scale_broadcast_lhs (__main__.TestAutograd) ... ok
 test_addcmul_scalar_scale_broadcast_rhs (__main__.TestAutograd) ... ok
 test_addcmul_scale (__main__.TestAutograd) ... ok
 test_addcmul_scale_broadcast_all (__main__.TestAutograd) ... ok
 test_addcmul_scale_broadcast_rhs (__main__.TestAutograd) ... ok
 test_addmm (__main__.TestAutograd) ... ok
 test_addmm_broadcast_lhs (__main__.TestAutograd) ... ok
 test_addmm_broadcast_lhs_coef (__main__.TestAutograd) ... ok
 test_addmm_coef (__main__.TestAutograd) ... ok
 test_addmm_scalar_broadcast_lhs (__main__.TestAutograd) ... ok
 test_addmm_scalar_broadcast_lhs_coef (__main__.TestAutograd) ... ok
 test_addmv (__main__.TestAutograd) ... ok
 test_addmv_broadcast_lhs (__main__.TestAutograd) ... ok
 test_addmv_broadcast_lhs_coef (__main__.TestAutograd) ... ok
 test_addmv_coef (__main__.TestAutograd) ... ok
 test_addmv_scalar_broadcast_lhs (__main__.TestAutograd) ... ok
 test_addmv_scalar_broadcast_lhs_coef (__main__.TestAutograd) ... ok
 test_addr (__main__.TestAutograd) ... ok
 test_addr_broadcast_lhs (__main__.TestAutograd) ... ok
 test_addr_broadcast_lhs_coef (__main__.TestAutograd) ... ok
 test_addr_coef (__main__.TestAutograd) ... ok
 test_anomaly_detect_nan (__main__.TestAutograd) ... ok
 test_as_strided (__main__.TestAutograd) ... ok
 test_asin (__main__.TestAutograd) ... ok
 test_atan (__main__.TestAutograd) ... ok
 test_atan2 (__main__.TestAutograd) ... ok
 test_atan2_scalar (__main__.TestAutograd) ... ok
 test_atan_scalar (__main__.TestAutograd) ... ok
 test_backward (__main__.TestAutograd) ... ok
 test_backward_badcalls (__main__.TestAutograd) ... ok
 test_backward_copy (__main__.TestAutograd) ... ok
 test_backward_device (__main__.TestAutograd) ... skipped 'no multi-GPU'
 test_backward_no_grad (__main__.TestAutograd) ... ok
 test_baddbmm (__main__.TestAutograd) ... ok
 test_baddbmm_broadcast_lhs (__main__.TestAutograd) ... ok
 test_baddbmm_broadcast_lhs_coef (__main__.TestAutograd) ... ok
 test_baddbmm_coef (__main__.TestAutograd) ... ok
 test_baddbmm_scalar_broadcast_lhs (__main__.TestAutograd) ... ok
 test_baddbmm_scalar_broadcast_lhs_coef (__main__.TestAutograd) ... ok
 test_bmm (__main__.TestAutograd) ... ok
 test_broadcast_tensors (__main__.TestAutograd) ... ok
 test_cat (__main__.TestAutograd) ... ok
 test_cat_empty (__main__.TestAutograd) ... ok
 test_cat_empty_legacy (__main__.TestAutograd) ... ok
 test_cat_negdim_1 (__main__.TestAutograd) ... ok
 test_cat_negdim_2 (__main__.TestAutograd) ... ok
 test_ceil (__main__.TestAutograd) ... ok
 test_ceil_scalar (__main__.TestAutograd) ... ok
 test_chain_matmul (__main__.TestAutograd) ... skipped "test doesn't currently work on the ROCm stack"
 test_chunk (__main__.TestAutograd) ... ok
 test_chunk_dim (__main__.TestAutograd) ... ok
 test_chunk_dim_neg0 (__main__.TestAutograd) ... ok
 test_clamp (__main__.TestAutograd) ... ok
 test_clamp_max (__main__.TestAutograd) ... ok
 test_clamp_max_scalar (__main__.TestAutograd) ... ok
 test_clamp_min (__main__.TestAutograd) ... ok
 test_clamp_min_scalar (__main__.TestAutograd) ... ok
 test_clamp_scalar (__main__.TestAutograd) ... ok
 test_clone (__main__.TestAutograd) ... ok
 test_clone_scalar (__main__.TestAutograd) ... ok
 test_cos (__main__.TestAutograd) ... ok
 test_cos_scalar (__main__.TestAutograd) ... ok
 test_cosh (__main__.TestAutograd) ... ok
 test_cosh_scalar (__main__.TestAutograd) ... ok
 test_cross (__main__.TestAutograd) ... ok
 test_cross_dim (__main__.TestAutograd) ... ok
 test_ctc_loss (__main__.TestAutograd) ... skipped "test doesn't currently work on the ROCm stack"
 test_cumprod (__main__.TestAutograd) ... ok
 test_cumprod_dim1 (__main__.TestAutograd) ... ok
 test_cumprod_dim1_neg0 (__main__.TestAutograd) ... ok
 test_cumprod_scalar (__main__.TestAutograd) ... ok
 test_cumprod_scalar_zeros (__main__.TestAutograd) ... ok
 test_cumprod_zeros_dim0 (__main__.TestAutograd) ... ok
 test_cumprod_zeros_dim0_neg0 (__main__.TestAutograd) ... ok
 test_cumprod_zeros_dim1 (__main__.TestAutograd) ... ok
 test_cumprod_zeros_dim1_neg0 (__main__.TestAutograd) ... ok
 test_cumprod_zeros_dim2 (__main__.TestAutograd) ... ok
 test_cumprod_zeros_dim2_neg0 (__main__.TestAutograd) ... ok
 test_cumsum_dim0 (__main__.TestAutograd) ... ok
 test_cumsum_dim0_neg0 (__main__.TestAutograd) ... ok
 test_cumsum_dim0_scalar (__main__.TestAutograd) ... ok
 test_cumsum_dim0_scalar_neg0 (__main__.TestAutograd) ... ok
 test_cumsum_dim1 (__main__.TestAutograd) ... ok
 test_cumsum_dim1_neg0 (__main__.TestAutograd) ... ok
 test_dep_nograd (__main__.TestAutograd) ... ok
 test_dependent_backward (__main__.TestAutograd) ... ok
 test_det (__main__.TestAutograd) ... ok
 test_det_1x1 (__main__.TestAutograd) ... ok
 test_det_dim2_null (__main__.TestAutograd) ... ok
 test_det_distinct_singular_values (__main__.TestAutograd) ... ok
 test_det_rank1 (__main__.TestAutograd) ... ok
 test_det_rank2 (__main__.TestAutograd) ... ok
 test_det_symmetric (__main__.TestAutograd) ... ok
 test_det_symmetric_pd (__main__.TestAutograd) ... ok
 test_det_symmetric_psd (__main__.TestAutograd) ... ok
 test_detach (__main__.TestAutograd) ... ok
 test_detach_base (__main__.TestAutograd)
 detaching base does not detach view ... ok
 test_diag_1d (__main__.TestAutograd) ... ok
 test_diag_2d (__main__.TestAutograd) ... ok
 test_diag_2d_1 (__main__.TestAutograd) ... ok
 test_diag_2d_2 (__main__.TestAutograd) ... ok
 test_diag_2d_tall (__main__.TestAutograd) ... ok
 test_diag_2d_tall_neg (__main__.TestAutograd) ... ok
 test_diag_2d_tall_pos (__main__.TestAutograd) ... ok
 test_diag_2d_wide (__main__.TestAutograd) ... ok
 test_diag_2d_wide_neg (__main__.TestAutograd) ... ok
 test_diag_2d_wide_pos (__main__.TestAutograd) ... ok
 test_diagonal_2d (__main__.TestAutograd) ... ok
 test_diagonal_2d_1 (__main__.TestAutograd) ... ok
 test_diagonal_2d_2 (__main__.TestAutograd) ... ok
 test_diagonal_2d_tall (__main__.TestAutograd) ... ok
 test_diagonal_2d_tall_neg (__main__.TestAutograd) ... ok
 test_diagonal_2d_tall_pos (__main__.TestAutograd) ... ok
 test_diagonal_2d_wide (__main__.TestAutograd) ... ok
 test_diagonal_2d_wide_neg (__main__.TestAutograd) ... ok
 test_diagonal_2d_wide_pos (__main__.TestAutograd) ... ok
 test_diagonal_3d_1 (__main__.TestAutograd) ... ok
 test_diagonal_3d_2 (__main__.TestAutograd) ... ok
 test_diagonal_3d_3 (__main__.TestAutograd) ... ok
 test_diagonal_derivative_requires_grad (__main__.TestAutograd) ... ok
 test_dir (__main__.TestAutograd) ... ok
 test_dist (__main__.TestAutograd) ... ok
 test_dist_4 (__main__.TestAutograd) ... ok
 test_dist_4_broadcast_all (__main__.TestAutograd) ... ok
 test_dist_4_broadcast_lhs (__main__.TestAutograd) ... ok
 test_dist_4_broadcast_rhs (__main__.TestAutograd) ... ok
 test_dist_broadcast_all (__main__.TestAutograd) ... ok
 test_dist_broadcast_lhs (__main__.TestAutograd) ... ok
 test_dist_broadcast_rhs (__main__.TestAutograd) ... ok
 test_dist_scalar (__main__.TestAutograd) ... ok
 test_dist_scalar_4 (__main__.TestAutograd) ... ok
 test_dist_scalar_4_broadcast_lhs (__main__.TestAutograd) ... ok
 test_dist_scalar_4_broadcast_rhs (__main__.TestAutograd) ... ok
 test_dist_scalar_broadcast_lhs (__main__.TestAutograd) ... ok
 test_dist_scalar_broadcast_rhs (__main__.TestAutograd) ... ok
 test_div (__main__.TestAutograd) ... ok
 test_div_broadcast_all (__main__.TestAutograd) ... ok
 test_div_broadcast_lhs (__main__.TestAutograd) ... ok
 test_div_broadcast_rhs (__main__.TestAutograd) ... ok
 test_div_constant (__main__.TestAutograd) ... ok
 test_div_scalar (__main__.TestAutograd) ... ok
 test_div_scalar_broadcast_lhs (__main__.TestAutograd) ... ok
 test_div_scalar_broadcast_rhs (__main__.TestAutograd) ... ok
 test_div_scalar_constant (__main__.TestAutograd) ... ok
 test_dot (__main__.TestAutograd) ... ok
 test_duplicate_backward_root (__main__.TestAutograd) ... ok
 test_eq_ (__main__.TestAutograd) ... ok
 test_eq__broadcast_rhs (__main__.TestAutograd) ... ok
 test_eq__pyscalar (__main__.TestAutograd) ... ok
 test_eq__pyscalar_scalar (__main__.TestAutograd) ... ok
 test_eq__scalar (__main__.TestAutograd) ... ok
 test_eq__scalar_broadcast_rhs (__main__.TestAutograd) ... ok
 test_erf (__main__.TestAutograd) ... ok
 test_erf_scalar (__main__.TestAutograd) ... ok
 test_erfc (__main__.TestAutograd) ... ok
 test_erfc_scalar (__main__.TestAutograd) ... ok
 test_erfinv (__main__.TestAutograd) ... ok
 test_erfinv_scalar (__main__.TestAutograd) ... ok
 test_exp (__main__.TestAutograd) ... ok
 test_exp_scalar (__main__.TestAutograd) ... ok
 test_expand (__main__.TestAutograd) ... ok
 test_expand_1_element (__main__.TestAutograd) ... ok
 test_expand_new_dim (__main__.TestAutograd) ... ok
 test_expand_new_dim_front_old_front_1 (__main__.TestAutograd) ... ok
 test_expand_scalar_to_dims (__main__.TestAutograd) ... ok
 test_expand_scalar_to_scalar (__main__.TestAutograd) ... ok
 test_expand_size (__main__.TestAutograd) ... ok
 test_expm1 (__main__.TestAutograd) ... ok
 test_expm1_scalar (__main__.TestAutograd) ... ok
 test_fft_ifft_rfft_irfft (__main__.TestAutograd) ... skipped 'PyTorch is built without MKL support'
 test_fill (__main__.TestAutograd) ... ok
 test_fill__number (__main__.TestAutograd) ... ok
 test_fill__number_scalar (__main__.TestAutograd) ... ok
 test_fill__variable (__main__.TestAutograd) ... ok
 test_flip_d0 (__main__.TestAutograd) ... ok
 test_flip_d012 (__main__.TestAutograd) ... ok
 test_flip_d02 (__main__.TestAutograd) ... ok
 test_flip_d20 (__main__.TestAutograd) ... ok
 test_flip_neg_d (__main__.TestAutograd) ... ok
 test_floor (__main__.TestAutograd) ... ok
 test_floor_scalar (__main__.TestAutograd) ... ok
 test_fmod (__main__.TestAutograd) ... ok
 test_fmod_scalar (__main__.TestAutograd) ... ok
 test_fmod_scalar_tensor (__main__.TestAutograd) ... ok
 test_fmod_scalar_tensor_broadcast_lhs (__main__.TestAutograd) ... ok
 test_fmod_scalar_tensor_broadcast_rhs (__main__.TestAutograd) ... ok
 test_fmod_tensor (__main__.TestAutograd) ... ok
 test_fmod_tensor_broadcast_all (__main__.TestAutograd) ... ok
 test_fmod_tensor_broadcast_lhs (__main__.TestAutograd) ... ok
 test_fmod_tensor_broadcast_rhs (__main__.TestAutograd) ... ok
 test_frac (__main__.TestAutograd) ... ok
 test_frac_scalar (__main__.TestAutograd) ... ok
 test_free_deep_graph (__main__.TestAutograd) ... ok
 test_free_deep_graph_complicated (__main__.TestAutograd) ... ok
 test_free_deep_graph_pyfunction (__main__.TestAutograd) ... ok
 test_function (__main__.TestAutograd) ... ok
 test_function_returns_input (__main__.TestAutograd) ... ok
 test_gather_dim0 (__main__.TestAutograd) ... ok
 test_gather_dim0_neg0 (__main__.TestAutograd) ... ok
 test_gather_dim1 (__main__.TestAutograd) ... ok
 test_gather_dim1_neg0 (__main__.TestAutograd) ... ok
 test_gather_scalar_both (__main__.TestAutograd) ... ok
 test_gather_scalar_both_neg0 (__main__.TestAutograd) ... ok
 test_gather_scalar_index (__main__.TestAutograd) ... ok
 test_gather_scalar_index_neg0 (__main__.TestAutograd) ... ok
 test_gather_scalar_input (__main__.TestAutograd) ... ok
 test_gather_scalar_input_neg0 (__main__.TestAutograd) ... ok
 test_gc_in_destructor (__main__.TestAutograd) ... ok
 test_ge_ (__main__.TestAutograd) ... ok
 test_ge__broadcast_rhs (__main__.TestAutograd) ... ok
 test_ge__pyscalar (__main__.TestAutograd) ... ok
 test_ge__pyscalar_scalar (__main__.TestAutograd) ... ok
 test_ge__scalar (__main__.TestAutograd) ... ok
 test_ge__scalar_broadcast_rhs (__main__.TestAutograd) ... ok
 test_ger (__main__.TestAutograd) ... ok
 test_gesv (__main__.TestAutograd) ... ok
 test_gesv_batched (__main__.TestAutograd) ... ok
 test_gesv_batched_broadcast_A (__main__.TestAutograd) ... ok
 test_gesv_batched_broadcast_b (__main__.TestAutograd) ... ok
 test_gesv_batched_dims (__main__.TestAutograd) ... ok
 test_grad (__main__.TestAutograd) ... ok
 test_grad_assignment (__main__.TestAutograd) ... skipped 'At least 2 CUDA devices needed'
 test_grad_badcalls (__main__.TestAutograd) ... ok
 test_grad_fn_badcalls (__main__.TestAutograd) ... ok
 test_grad_nonleaf (__main__.TestAutograd) ... ok
 test_grad_nonleaf_many_outputs (__main__.TestAutograd) ... ok
 test_grad_nonleaf_register_hook (__main__.TestAutograd) ... ok
 test_grad_unreachable (__main__.TestAutograd) ... ok
 test_gt_ (__main__.TestAutograd) ... ok
 test_gt__broadcast_rhs (__main__.TestAutograd) ... ok
 test_gt__pyscalar (__main__.TestAutograd) ... ok
 test_gt__pyscalar_scalar (__main__.TestAutograd) ... ok
 test_gt__scalar (__main__.TestAutograd) ... ok
 test_gt__scalar_broadcast_rhs (__main__.TestAutograd) ... ok
 test_hessian_vector (__main__.TestAutograd) ... ok
 test_hook_none (__main__.TestAutograd) ... ok
 test_hooks (__main__.TestAutograd) ... ok
 test_hooks_cpp (__main__.TestAutograd) ... ok
 test_index_add_dim (__main__.TestAutograd) ... ok
 test_index_add_dim_neg0 (__main__.TestAutograd) ... ok
 test_index_add_scalar_all_dim (__main__.TestAutograd) ... ok
 test_index_add_scalar_all_dim_neg0 (__main__.TestAutograd) ... ok
 test_index_add_scalar_input_dim (__main__.TestAutograd) ... ok
 test_index_add_scalar_input_dim_neg0 (__main__.TestAutograd) ... ok
 test_index_copy_dim (__main__.TestAutograd) ... ok
 test_index_copy_dim_neg0 (__main__.TestAutograd) ... ok
 test_index_copy_scalar_all_dim (__main__.TestAutograd) ... ok
 test_index_copy_scalar_all_dim_neg0 (__main__.TestAutograd) ... ok
 test_index_copy_scalar_input_dim (__main__.TestAutograd) ... ok
 test_index_copy_scalar_input_dim_neg0 (__main__.TestAutograd) ... ok
 test_index_fill_dim (__main__.TestAutograd) ... ok
 test_index_fill_dim_neg0 (__main__.TestAutograd) ... ok
 test_index_fill_scalar_both_dim (__main__.TestAutograd) ... ok
 test_index_fill_scalar_both_dim_neg0 (__main__.TestAutograd) ... ok
 test_index_fill_scalar_index_dim (__main__.TestAutograd) ... ok
 test_index_fill_scalar_index_dim_neg0 (__main__.TestAutograd) ... ok
 test_index_fill_scalar_input_dim (__main__.TestAutograd) ... ok
 test_index_fill_scalar_input_dim_neg0 (__main__.TestAutograd) ... ok
 test_index_fill_variable_dim (__main__.TestAutograd) ... ok
 test_index_fill_variable_dim_neg0 (__main__.TestAutograd) ... ok
 test_index_select_dim (__main__.TestAutograd) ... ok
 test_index_select_dim_neg0 (__main__.TestAutograd) ... ok
 test_index_select_scalar_dim (__main__.TestAutograd) ... ok
 test_index_select_scalar_dim_neg0 (__main__.TestAutograd) ... ok
 test_index_select_scalar_mixed_dim (__main__.TestAutograd) ... ok
 test_index_select_scalar_mixed_dim_neg0 (__main__.TestAutograd) ... ok
 test_indexing (__main__.TestAutograd) ... ok
 test_indexing_duplicates (__main__.TestAutograd) ... ok
 test_inplace (__main__.TestAutograd) ... ok
 test_inplace_view_backprop_base (__main__.TestAutograd) ... ok
 test_inplace_view_backprop_view (__main__.TestAutograd) ... ok
 test_inplace_view_backprop_view_of_view (__main__.TestAutograd) ... ok
 test_inplace_view_gradcheck (__main__.TestAutograd) ... ok
 test_inplace_view_makes_base_require_grad (__main__.TestAutograd) ... ok
 test_inplace_view_modify_base (__main__.TestAutograd) ... ok
 test_inplace_view_non_contig (__main__.TestAutograd) ... ok
 test_inplace_view_of_view (__main__.TestAutograd) ... ok
 test_inplace_view_python (__main__.TestAutograd) ... ok
 test_inplace_view_saved_output (__main__.TestAutograd) ... ok
 test_inputbuffer_add_multigpu (__main__.TestAutograd) ... skipped 'no multi-GPU'
 test_invalid_gradients (__main__.TestAutograd) ... ok
 test_inverse (__main__.TestAutograd) ... ok
 test_isolated_node (__main__.TestAutograd) ... ok
 test_kthvalue (__main__.TestAutograd) ... ok
 test_kthvalue_dim (__main__.TestAutograd) ... ok
 test_kthvalue_dim_1d (__main__.TestAutograd) ... ok
 test_kthvalue_dim_1d_neg0 (__main__.TestAutograd) ... ok
 test_kthvalue_dim_neg0 (__main__.TestAutograd) ... ok
 test_kthvalue_keepdim_dim (__main__.TestAutograd) ... ok
 test_kthvalue_keepdim_dim_1d (__main__.TestAutograd) ... ok
 test_kthvalue_keepdim_dim_1d_neg0 (__main__.TestAutograd) ... ok
 test_kthvalue_keepdim_dim_neg0 (__main__.TestAutograd) ... ok
 test_kthvalue_scalar (__main__.TestAutograd) ... ok
 test_kthvalue_scalar_dim (__main__.TestAutograd) ... ok
 test_kthvalue_scalar_dim_neg0 (__main__.TestAutograd) ... ok
 test_kthvalue_scalar_keepdim_dim (__main__.TestAutograd) ... ok
 test_kthvalue_scalar_keepdim_dim_neg0 (__main__.TestAutograd) ... ok
 test_le_ (__main__.TestAutograd) ... ok
 test_le__broadcast_rhs (__main__.TestAutograd) ... ok
 test_le__pyscalar (__main__.TestAutograd) ... ok
 test_le__pyscalar_scalar (__main__.TestAutograd) ... ok
 test_le__scalar (__main__.TestAutograd) ... ok
 test_le__scalar_broadcast_rhs (__main__.TestAutograd) ... ok
 test_leaf_assignment (__main__.TestAutograd) ... ok
 test_legacy_function_none_grad (__main__.TestAutograd) ... ok
 test_lerp (__main__.TestAutograd) ... ok
 test_lerp_broadcast_all (__main__.TestAutograd) ... ok
 test_lerp_broadcast_lhs (__main__.TestAutograd) ... ok
 test_lerp_broadcast_rhs (__main__.TestAutograd) ... ok
 test_lerp_scalar (__main__.TestAutograd) ... ok
 test_lerp_scalar_broadcast_lhs (__main__.TestAutograd) ... ok
 test_lerp_scalar_broadcast_rhs (__main__.TestAutograd) ... ok
 test_log (__main__.TestAutograd) ... ok
 test_log10 (__main__.TestAutograd) ... ok
 test_log10_scalar (__main__.TestAutograd) ... ok
 test_log1p (__main__.TestAutograd) ... ok
 test_log1p_scalar (__main__.TestAutograd) ... ok
 test_log2 (__main__.TestAutograd) ... ok
 test_log2_scalar (__main__.TestAutograd) ... ok
 test_log_scalar (__main__.TestAutograd) ... ok
 test_logdet (__main__.TestAutograd) ... ok
 test_logdet_1x1 (__main__.TestAutograd) ... ok
 test_logdet_distinct_singular_values (__main__.TestAutograd) ... ok
 test_logdet_symmetric (__main__.TestAutograd) ... ok
 test_logdet_symmetric_pd (__main__.TestAutograd) ... ok
 test_logsumexp (__main__.TestAutograd) ... ok
 test_logsumexp_scalar (__main__.TestAutograd) ... ok
 test_lstmcell_backward_only_one_output_grad (__main__.TestAutograd) ... skipped "test doesn't currently work on the ROCm stack"
 test_lt_ (__main__.TestAutograd) ... ok
 test_lt__broadcast_rhs (__main__.TestAutograd) ... ok
 test_lt__pyscalar (__main__.TestAutograd) ... ok
 test_lt__pyscalar_scalar (__main__.TestAutograd) ... ok
 test_lt__scalar (__main__.TestAutograd) ... ok
 test_lt__scalar_broadcast_rhs (__main__.TestAutograd) ... ok
 test_mark_non_differentiable (__main__.TestAutograd) ... ok
 test_mark_non_differentiable_mixed (__main__.TestAutograd) ... ok
 test_mark_non_differentiable_none (__main__.TestAutograd) ... ok
 test_masked_fill (__main__.TestAutograd) ... ok
 test_masked_fill_broadcast_rhs (__main__.TestAutograd) ... ok
 test_masked_fill_scalar (__main__.TestAutograd) ... ok
 test_masked_fill_scalar_broadcast_rhs (__main__.TestAutograd) ... ok
 test_masked_fill_scalar_variable (__main__.TestAutograd) ... ok
 test_masked_fill_tensor (__main__.TestAutograd) ... ok
 test_masked_scatter (__main__.TestAutograd) ... ok
 test_masked_scatter_broadcast_rhs (__main__.TestAutograd) ... ok
 test_masked_scatter_scalar (__main__.TestAutograd) ... ok
 test_masked_scatter_scalar_broadcast_rhs (__main__.TestAutograd) ... ok
 test_masked_select (__main__.TestAutograd) ... ok
 test_masked_select_broadcast_all (__main__.TestAutograd) ... ok
 test_masked_select_broadcast_lhs (__main__.TestAutograd) ... ok
 test_masked_select_broadcast_rhs (__main__.TestAutograd) ... ok
 test_masked_select_scalar (__main__.TestAutograd) ... ok
 test_masked_select_scalar_broadcast_lhs (__main__.TestAutograd) ... ok
 test_masked_select_scalar_broadcast_rhs (__main__.TestAutograd) ... ok
 test_matmul (__main__.TestAutograd) ... ok
 test_matmul_1d_2d (__main__.TestAutograd) ... ok
 test_matmul_1d_4d (__main__.TestAutograd) ... ok
 test_matmul_2d_1d (__main__.TestAutograd) ... ok
 test_matmul_2d_2d (__main__.TestAutograd) ... ok
 test_matmul_4d_1d (__main__.TestAutograd) ... ok
 test_matmul_4d_4d (__main__.TestAutograd) ... ok
 test_matrix_power_n=-1 (__main__.TestAutograd) ... ok
 test_matrix_power_n=-3 (__main__.TestAutograd) ... ok
 test_matrix_power_n=0 (__main__.TestAutograd) ... ok
 test_matrix_power_n=1 (__main__.TestAutograd) ... ok
 test_matrix_power_n=2 (__main__.TestAutograd) ... ok
 test_matrix_power_n=3 (__main__.TestAutograd) ... ok
 test_max (__main__.TestAutograd) ... ok
 test_max_dim (__main__.TestAutograd) ... ok
 test_max_dim_neg0 (__main__.TestAutograd) ... ok
 test_max_elementwise (__main__.TestAutograd) ... ok
 test_max_elementwise_broadcast_all (__main__.TestAutograd) ... ok
 test_max_elementwise_broadcast_lhs (__main__.TestAutograd) ... ok
 test_max_elementwise_broadcast_rhs (__main__.TestAutograd) ... ok
 test_max_keepdim_dim (__main__.TestAutograd) ... ok
 test_max_keepdim_dim_neg0 (__main__.TestAutograd) ... ok
 test_max_scalar (__main__.TestAutograd) ... ok
 test_max_scalar_dim (__main__.TestAutograd) ... ok
 test_max_scalar_dim_neg0 (__main__.TestAutograd) ... ok
 test_max_scalar_elementwise (__main__.TestAutograd) ... ok
 test_max_scalar_elementwise_broadcast_lhs (__main__.TestAutograd) ... ok
 test_max_scalar_elementwise_broadcast_rhs (__main__.TestAutograd) ... ok
 test_max_scalar_keepdim_dim (__main__.TestAutograd) ... ok
 test_max_scalar_keepdim_dim_neg0 (__main__.TestAutograd) ... ok
 test_mean (__main__.TestAutograd) ... ok
 test_mean_dim (__main__.TestAutograd) ... ok
 test_mean_dim_neg0 (__main__.TestAutograd) ... ok
 test_mean_keepdim_dim (__main__.TestAutograd) ... ok
 test_mean_keepdim_dim_neg0 (__main__.TestAutograd) ... ok
 test_mean_scalar (__main__.TestAutograd) ... ok
 test_mean_scalar_dim (__main__.TestAutograd) ... ok
 test_mean_scalar_dim_neg0 (__main__.TestAutograd) ... ok
 test_mean_scalar_keepdim_dim (__main__.TestAutograd) ... ok
 test_mean_scalar_keepdim_dim_neg0 (__main__.TestAutograd) ... ok
 test_median (__main__.TestAutograd) ... ok
 test_median_dim (__main__.TestAutograd) ... ok
 test_median_dim_neg0 (__main__.TestAutograd) ... ok
 test_median_keepdim_dim (__main__.TestAutograd) ... ok
 test_median_keepdim_dim_neg0 (__main__.TestAutograd) ... ok
 test_median_scalar (__main__.TestAutograd) ... ok
 test_median_scalar_dim (__main__.TestAutograd) ... ok
 test_median_scalar_dim_neg0 (__main__.TestAutograd) ... ok
 test_median_scalar_keepdim_dim (__main__.TestAutograd) ... ok
 test_median_scalar_keepdim_dim_neg0 (__main__.TestAutograd) ... ok
 test_min (__main__.TestAutograd) ... ok
 test_min_dim (__main__.TestAutograd) ... ok
 test_min_dim_neg0 (__main__.TestAutograd) ... ok
 test_min_elementwise (__main__.TestAutograd) ... ok
 test_min_elementwise_broadcast_all (__main__.TestAutograd) ... ok
 test_min_elementwise_broadcast_lhs (__main__.TestAutograd) ... ok
 test_min_elementwise_broadcast_rhs (__main__.TestAutograd) ... ok
 test_min_keepdim_dim (__main__.TestAutograd) ... ok
 test_min_keepdim_dim_neg0 (__main__.TestAutograd) ... ok
 test_min_scalar (__main__.TestAutograd) ... ok
 test_min_scalar_dim (__main__.TestAutograd) ... ok
 test_min_scalar_dim_neg0 (__main__.TestAutograd) ... ok
 test_min_scalar_elementwise (__main__.TestAutograd) ... ok
 test_min_scalar_elementwise_broadcast_lhs (__main__.TestAutograd) ... ok
 test_min_scalar_elementwise_broadcast_rhs (__main__.TestAutograd) ... ok
 test_min_scalar_keepdim_dim (__main__.TestAutograd) ... ok
 test_min_scalar_keepdim_dim_neg0 (__main__.TestAutograd) ... ok
 test_mm (__main__.TestAutograd) ... ok
 test_mode (__main__.TestAutograd) ... ok
 test_mode_dim (__main__.TestAutograd) ... ok
 test_mode_dim_neg0 (__main__.TestAutograd) ... ok
 test_mode_keepdim_dim (__main__.TestAutograd) ... ok
 test_mode_keepdim_dim_neg0 (__main__.TestAutograd) ... ok
 test_mode_scalar (__main__.TestAutograd) ... ok
 test_mode_scalar_dim (__main__.TestAutograd) ... ok
 test_mode_scalar_dim_neg0 (__main__.TestAutograd) ... ok
 test_mode_scalar_keepdim_dim (__main__.TestAutograd) ... ok
 test_mode_scalar_keepdim_dim_neg0 (__main__.TestAutograd) ... ok
 test_mul (__main__.TestAutograd) ... ok
 test_mul_broadcast_all (__main__.TestAutograd) ... ok
 test_mul_broadcast_lhs (__main__.TestAutograd) ... ok
 test_mul_broadcast_rhs (__main__.TestAutograd) ... ok
 test_mul_constant (__main__.TestAutograd) ... ok
 test_mul_out (__main__.TestAutograd) ... ok
 test_mul_out_result_requires_grad (__main__.TestAutograd) ... ok
 test_mul_scalar (__main__.TestAutograd) ... ok
 test_mul_scalar_broadcast_lhs (__main__.TestAutograd) ... ok
 test_mul_scalar_broadcast_rhs (__main__.TestAutograd) ... ok
 test_mul_scalar_constant (__main__.TestAutograd) ... ok
 test_multi_backward (__main__.TestAutograd) ... ok
 test_multi_backward_no_grad (__main__.TestAutograd) ... ok
 test_mv (__main__.TestAutograd) ... ok
 test_narrow_dim (__main__.TestAutograd) ... ok
 test_narrow_dim_neg0 (__main__.TestAutograd) ... ok
 test_narrow_empty_dim (__main__.TestAutograd) ... ok
 test_narrow_empty_dim_neg0 (__main__.TestAutograd) ... ok
 test_ne_ (__main__.TestAutograd) ... ok
 test_ne__broadcast_rhs (__main__.TestAutograd) ... ok
 test_ne__pyscalar (__main__.TestAutograd) ... ok
 test_ne__pyscalar_scalar (__main__.TestAutograd) ... ok
 test_ne__scalar (__main__.TestAutograd) ... ok
 test_ne__scalar_broadcast_rhs (__main__.TestAutograd) ... ok
 test_next_functions (__main__.TestAutograd) ... ok
 test_no_grad (__main__.TestAutograd) ... ok
 test_no_grad_assignment (__main__.TestAutograd) ... ok
 test_no_grad_copy (__main__.TestAutograd) ... ok
 test_no_grad_input (__main__.TestAutograd) ... ok
 test_no_grad_modifies_version (__main__.TestAutograd) ... ok
 test_no_grad_python_function (__main__.TestAutograd)
 Python Functions should respect grad mode. ... ok
 test_no_requires_grad_inplace (__main__.TestAutograd) ... ok
 test_norm_-inf (__main__.TestAutograd) ... ok
 test_norm_0 (__main__.TestAutograd) ... ok
 test_norm_0_2_dim (__main__.TestAutograd) ... ok
 test_norm_0_2_dim_neg0 (__main__.TestAutograd) ... ok
 test_norm_0_5 (__main__.TestAutograd) ... ok
 test_norm_1 (__main__.TestAutograd) ... ok
 test_norm_1_2_dim (__main__.TestAutograd) ... ok
 test_norm_1_2_dim_neg0 (__main__.TestAutograd) ... ok
 test_norm_1_5_default (__main__.TestAutograd) ... ok
 test_norm_1_5_dim (__main__.TestAutograd) ... ok
 test_norm_1_5_dim_neg0 (__main__.TestAutograd) ... ok
 test_norm_2 (__main__.TestAutograd) ... ok
 test_norm_2_2_dim (__main__.TestAutograd) ... ok
 test_norm_2_2_dim_neg0 (__main__.TestAutograd) ... ok
 test_norm_2_dim (__main__.TestAutograd) ... ok
 test_norm_2_dim_neg0 (__main__.TestAutograd) ... ok
 test_norm_2_dim_scalar (__main__.TestAutograd) ... ok
 test_norm_2_dim_scalar_neg0 (__main__.TestAutograd) ... ok
 test_norm_3 (__main__.TestAutograd) ... ok
 test_norm_3_2_dim (__main__.TestAutograd) ... ok
 test_norm_3_2_dim_neg0 (__main__.TestAutograd) ... ok
 test_norm_3_dim (__main__.TestAutograd) ... ok
 test_norm_3_dim_neg0 (__main__.TestAutograd) ... ok
 test_norm_3_dim_scalar (__main__.TestAutograd) ... ok
 test_norm_3_dim_scalar_neg0 (__main__.TestAutograd) ... ok
 test_norm_default (__main__.TestAutograd) ... ok
 test_norm_fro (__main__.TestAutograd) ... ok
 test_norm_fro_default (__main__.TestAutograd) ... ok
 test_norm_inf (__main__.TestAutograd) ... ok
 test_norm_inf_2_dim (__main__.TestAutograd) ... ok
 test_norm_keepdim_1_5_dim (__main__.TestAutograd) ... ok
 test_norm_keepdim_1_5_dim_neg0 (__main__.TestAutograd) ... ok
 test_norm_keepdim_2_dim (__main__.TestAutograd) ... ok
 test_norm_keepdim_2_dim_neg0 (__main__.TestAutograd) ... ok
 test_norm_keepdim_2_dim_scalar (__main__.TestAutograd) ... ok
 test_norm_keepdim_2_dim_scalar_neg0 (__main__.TestAutograd) ... ok
 test_norm_keepdim_3_dim (__main__.TestAutograd) ... ok
 test_norm_keepdim_3_dim_neg0 (__main__.TestAutograd) ... ok
 test_norm_keepdim_3_dim_scalar (__main__.TestAutograd) ... ok
 test_norm_keepdim_3_dim_scalar_neg0 (__main__.TestAutograd) ... ok
 test_norm_neg_0_5 (__main__.TestAutograd) ... ok
 test_norm_neg_1 (__main__.TestAutograd) ... ok
 test_norm_neg_1_2_dim (__main__.TestAutograd) ... ok
 test_norm_neg_1_2_dim_neg0 (__main__.TestAutograd) ... ok
 test_norm_neg_1_5 (__main__.TestAutograd) ... ok
 test_norm_neg_2 (__main__.TestAutograd) ... ok
 test_norm_neg_2_2_dim (__main__.TestAutograd) ... ok
 test_norm_neg_2_2_dim_neg0 (__main__.TestAutograd) ... ok
 test_norm_nuc (__main__.TestAutograd) ... ok
 test_norm_subgradient (__main__.TestAutograd) ... ok
 test_numpy_requires_grad (__main__.TestAutograd) ... ok
 test_once_differentiable (__main__.TestAutograd) ... ok
 test_permute (__main__.TestAutograd) ... ok
 test_permute_neg_dim (__main__.TestAutograd) ... ok
 test_permute_scalar (__main__.TestAutograd) ... ok
 test_pickle (__main__.TestAutograd) ... ok
 test_pin_memory (__main__.TestAutograd) ... skipped "test doesn't currently work on the ROCm stack"
 test_pinverse (__main__.TestAutograd) ... ok
 test_potrf (__main__.TestAutograd) ... ok
 test_pow (__main__.TestAutograd) ... ok
 test_pow_broadcast_all (__main__.TestAutograd) ... ok
 test_pow_broadcast_lhs (__main__.TestAutograd) ... ok
 test_pow_broadcast_rhs (__main__.TestAutograd) ... ok
 test_pow_constant (__main__.TestAutograd) ... ok
 test_pow_scalar (__main__.TestAutograd) ... ok
 test_pow_scalar_base (__main__.TestAutograd) ... ok
 test_pow_scalar_broadcast_lhs (__main__.TestAutograd) ... ok
 test_pow_scalar_broadcast_rhs (__main__.TestAutograd) ... ok
 test_pow_scalar_constant (__main__.TestAutograd) ... ok
 test_pow_zero_tensor_gradient (__main__.TestAutograd) ... ok
 test_prod (__main__.TestAutograd) ... ok
 test_prod_dim (__main__.TestAutograd) ... ok
 test_prod_dim_neg0 (__main__.TestAutograd) ... ok
 test_prod_keepdim_dim (__main__.TestAutograd) ... ok
 test_prod_keepdim_dim_neg0 (__main__.TestAutograd) ... ok
 test_prod_keepdim_zeros_dims0 (__main__.TestAutograd) ... ok
 test_prod_keepdim_zeros_dims0_neg0 (__main__.TestAutograd) ... ok
 test_prod_keepdim_zeros_dims1 (__main__.TestAutograd) ... ok
 test_prod_keepdim_zeros_dims1_neg0 (__main__.TestAutograd) ... ok
 test_prod_keepdim_zeros_dims2 (__main__.TestAutograd) ... ok
 test_prod_keepdim_zeros_dims2_neg0 (__main__.TestAutograd) ... ok
 test_prod_scalar (__main__.TestAutograd) ... ok
 test_prod_scalar_dim (__main__.TestAutograd) ... ok
 test_prod_scalar_dim_neg0 (__main__.TestAutograd) ... ok
 test_prod_scalar_dim_zero (__main__.TestAutograd) ... ok
 test_prod_scalar_dim_zero_neg0 (__main__.TestAutograd) ... ok
 test_prod_scalar_keepdim_dim (__main__.TestAutograd) ... ok
 test_prod_scalar_keepdim_dim_neg0 (__main__.TestAutograd) ... ok
 test_prod_scalar_keepdim_dim_zero (__main__.TestAutograd) ... ok
 test_prod_scalar_keepdim_dim_zero_neg0 (__main__.TestAutograd) ... ok
 test_prod_scalar_zero (__main__.TestAutograd) ... ok
 test_prod_single_zero (__main__.TestAutograd) ... ok
 test_prod_zerodims0 (__main__.TestAutograd) ... ok
 test_prod_zerodims1 (__main__.TestAutograd) ... ok
 test_prod_zerodims2 (__main__.TestAutograd) ... ok
 test_prod_zeros_dims0 (__main__.TestAutograd) ... ok
 test_prod_zeros_dims0_neg0 (__main__.TestAutograd) ... ok
 test_prod_zeros_dims1 (__main__.TestAutograd) ... ok
 test_prod_zeros_dims1_neg0 (__main__.TestAutograd) ... ok
 test_prod_zeros_dims2 (__main__.TestAutograd) ... ok
 test_prod_zeros_dims2_neg0 (__main__.TestAutograd) ... ok
 test_profiler (__main__.TestAutograd) ... ok
 test_put (__main__.TestAutograd) ... ok
 test_put_accumulate (__main__.TestAutograd) ... ok
 test_pyscalar_conversions (__main__.TestAutograd) ... ok
 test_reciprocal (__main__.TestAutograd) ... ok
 test_reciprocal_scalar (__main__.TestAutograd) ... ok
 test_reentrant (__main__.TestAutograd) ... ok
 test_remainder (__main__.TestAutograd) ... ok
 test_remainder_scalar (__main__.TestAutograd) ... ok
 test_remainder_scalar_tensor (__main__.TestAutograd) ... ok
 test_remainder_scalar_tensor_broadcast_lhs (__main__.TestAutograd) ... ok
 test_remainder_tensor (__main__.TestAutograd) ... ok
 test_remainder_tensor_broadcast_all (__main__.TestAutograd) ... ok
 test_remainder_tensor_broadcast_lhs (__main__.TestAutograd) ... ok
 test_renorm_dim (__main__.TestAutograd) ... ok
 test_renorm_dim_neg0 (__main__.TestAutograd) ... ok
 test_renorm_norm_1 (__main__.TestAutograd) ... ok
 test_renorm_norm_inf (__main__.TestAutograd) ... ok
 test_repeat (__main__.TestAutograd) ... ok
 test_repeat_scalar (__main__.TestAutograd) ... ok
 test_repeat_single_number (__main__.TestAutograd) ... ok
 test_repeat_unsqueeze (__main__.TestAutograd) ... ok
 test_requires_grad (__main__.TestAutograd) ... ok
 test_requires_grad_ (__main__.TestAutograd) ... ok
 test_requires_grad_factory (__main__.TestAutograd) ... skipped "test doesn't currently work on the ROCm stack"
 test_requires_grad_inplace (__main__.TestAutograd) ... ok
 test_reshape (__main__.TestAutograd) ... ok
 test_reshape_1d (__main__.TestAutograd) ... ok
 test_reshape_as (__main__.TestAutograd) ... ok
 test_reshape_as_scalar (__main__.TestAutograd) ... ok
 test_reshape_as_scalar_to_dims (__main__.TestAutograd) ... ok
 test_reshape_scalar_to_1d (__main__.TestAutograd) ... ok
 test_reshape_scalar_to_scalar (__main__.TestAutograd) ... ok
 test_reshape_size (__main__.TestAutograd) ... ok
 test_resize (__main__.TestAutograd) ... ok
 test_resize__fewer_dims (__main__.TestAutograd) ... ok
 test_resize__scalar (__main__.TestAutograd) ... ok
 test_resize__scalar_to_dims (__main__.TestAutograd) ... ok
 test_resize_as_ (__main__.TestAutograd) ... ok
 test_resize_as__scalar (__main__.TestAutograd) ... ok
 test_resize_as__scalar_to_dims (__main__.TestAutograd) ... ok
 test_retain_grad (__main__.TestAutograd) ... ok
 test_retain_grad_cycle (__main__.TestAutograd) ... ok
 test_return_duplicate (__main__.TestAutograd) ... ok
 test_return_duplicate_inplace (__main__.TestAutograd) ... ok
 test_return_leaf (__main__.TestAutograd) ... ok
 test_return_leaf_inplace (__main__.TestAutograd) ... ok
 test_rnn_backward_to_input_but_not_parameters_cuda (__main__.TestAutograd) ... skipped "test doesn't currently work on the ROCm stack"
 test_rot90_default (__main__.TestAutograd) ... ok
 test_rot90_k1_d01 (__main__.TestAutograd) ... ok
 test_rot90_k1_d12 (__main__.TestAutograd) ... ok
 test_rot90_k1_neg_d (__main__.TestAutograd) ... ok
 test_round (__main__.TestAutograd) ... ok
 test_round_scalar (__main__.TestAutograd) ... ok
 test_rsqrt (__main__.TestAutograd) ... ok
 test_rsqrt_scalar (__main__.TestAutograd) ... ok
 test_save_none_for_backward (__main__.TestAutograd) ... ok
 test_save_output_nr (__main__.TestAutograd) ... ok
 test_saved_variables_deprecated (__main__.TestAutograd) ... ok
 test_scatter_add_dim0 (__main__.TestAutograd) ... ok
 test_scatter_add_dim0_neg0 (__main__.TestAutograd) ... ok
 test_scatter_add_dim1 (__main__.TestAutograd) ... ok
 test_scatter_add_dim1_neg0 (__main__.TestAutograd) ... ok
 test_scatter_add_scalar_all_dim0 (__main__.TestAutograd) ... ok
 test_scatter_add_scalar_all_dim0_neg0 (__main__.TestAutograd) ... ok
 test_scatter_dim0 (__main__.TestAutograd) ... ok
 test_scatter_dim0_neg0 (__main__.TestAutograd) ... ok
 test_scatter_dim1 (__main__.TestAutograd) ... ok
 test_scatter_dim1_neg0 (__main__.TestAutograd) ... ok
 test_scatter_scalar_all_dim0 (__main__.TestAutograd) ... ok
 test_scatter_scalar_all_dim0_neg0 (__main__.TestAutograd) ... ok
 test_select_1d (__main__.TestAutograd) ... ok
 test_select_dim (__main__.TestAutograd) ... ok
 test_select_dim_neg0 (__main__.TestAutograd) ... ok
 test_select_sum (__main__.TestAutograd) ... ok
 test_select_wrap_dim (__main__.TestAutograd) ... ok
 test_select_wrap_dim_neg0 (__main__.TestAutograd) ... ok
 test_set_grad_enabled (__main__.TestAutograd) ... ok
 test_set_requires_grad_only_for_floats (__main__.TestAutograd) ... ok
 test_set_requires_grad_only_for_floats_cuda (__main__.TestAutograd) ... skipped "test doesn't currently work on the ROCm stack"
 test_setitem (__main__.TestAutograd) ... ok
 test_setitem_mask (__main__.TestAutograd) ... ok
 test_shape (__main__.TestAutograd) ... ok
 test_sharded_grad (__main__.TestAutograd) ... ok
 test_sigmoid (__main__.TestAutograd) ... ok
 test_sigmoid_scalar (__main__.TestAutograd) ... ok
 test_sign (__main__.TestAutograd) ... ok
 test_sign_scalar (__main__.TestAutograd) ... ok
 test_sin (__main__.TestAutograd) ... ok
 test_sin_scalar (__main__.TestAutograd) ... ok
 test_sinh (__main__.TestAutograd) ... ok
 test_sinh_scalar (__main__.TestAutograd) ... ok
 test_slogdet_1x1_neg_det (__main__.TestAutograd) ... ok
 test_slogdet_1x1_pos_det (__main__.TestAutograd) ... ok
 test_slogdet_distinct_singular_values (__main__.TestAutograd) ... ok
 test_slogdet_neg_det (__main__.TestAutograd) ... ok
 test_slogdet_pos_det (__main__.TestAutograd) ... ok
 test_slogdet_symmetric (__main__.TestAutograd) ... ok
 test_slogdet_symmetric_pd (__main__.TestAutograd) ... ok
 test_sort (__main__.TestAutograd) ... ok
 test_sort_dim (__main__.TestAutograd) ... ok
 test_sort_dim_desc (__main__.TestAutograd) ... ok
 test_sort_dim_desc_scalar (__main__.TestAutograd) ... ok
 test_sort_dim_scalar (__main__.TestAutograd) ... ok
 test_sort_scalar (__main__.TestAutograd) ... ok
 test_sparse_backward (__main__.TestAutograd) ... ok
 test_split (__main__.TestAutograd) ... ok
 test_split_dim (__main__.TestAutograd) ... ok
 test_split_dim_neg0 (__main__.TestAutograd) ... ok
 test_split_size_list (__main__.TestAutograd) ... ok
 test_split_size_list_dim (__main__.TestAutograd) ... ok
 test_split_size_list_dim_neg0 (__main__.TestAutograd) ... ok
 test_sqrt (__main__.TestAutograd) ... ok
 test_sqrt_scalar (__main__.TestAutograd) ... ok
 test_squeeze (__main__.TestAutograd) ... ok
 test_squeeze_1_dim (__main__.TestAutograd) ... ok
 test_squeeze_1_dim_neg0 (__main__.TestAutograd) ... ok
 test_squeeze_input_sizes_are_ones (__main__.TestAutograd) ... ok
 test_squeeze_not_1_dim (__main__.TestAutograd) ... ok
 test_squeeze_not_1_dim_neg0 (__main__.TestAutograd) ... ok
 test_squeeze_scalar (__main__.TestAutograd) ... ok
 test_squeeze_scalar_neg0 (__main__.TestAutograd) ... ok
 test_stack (__main__.TestAutograd) ... ok
 test_std (__main__.TestAutograd) ... ok
 test_std_dim (__main__.TestAutograd) ... ok
 test_std_dim_1d (__main__.TestAutograd) ... ok
 test_std_dim_1d_neg0 (__main__.TestAutograd) ... ok
 test_std_dim_neg0 (__main__.TestAutograd) ... ok
 test_std_keepdim_dim (__main__.TestAutograd) ... ok
 test_std_keepdim_dim_1d (__main__.TestAutograd) ... ok
 test_std_keepdim_dim_1d_neg0 (__main__.TestAutograd) ... ok
 test_std_keepdim_dim_neg0 (__main__.TestAutograd) ... ok
 test_sub (__main__.TestAutograd) ... ok
 test_sub_broadcast_all (__main__.TestAutograd) ... ok
 test_sub_broadcast_lhs (__main__.TestAutograd) ... ok
 test_sub_broadcast_rhs (__main__.TestAutograd) ... ok
 test_sub_constant (__main__.TestAutograd) ... ok
 test_sub_scalar_broadcast_lhs (__main__.TestAutograd) ... ok
 test_sub_scalar_broadcast_rhs (__main__.TestAutograd) ... ok
 test_sub_scalar_constant (__main__.TestAutograd) ... ok
 test_sum (__main__.TestAutograd) ... ok
 test_sum_dim (__main__.TestAutograd) ... ok
 test_sum_dim_neg0 (__main__.TestAutograd) ... ok
 test_sum_keepdim_dim (__main__.TestAutograd) ... ok
 test_sum_keepdim_dim_neg0 (__main__.TestAutograd) ... ok
 test_sum_multi_dim (__main__.TestAutograd) ... ok
 test_sum_multi_dim_keepdim (__main__.TestAutograd) ... ok
 test_sum_scalar (__main__.TestAutograd) ... ok
 test_sum_scalar_dim (__main__.TestAutograd) ... ok
 test_sum_scalar_dim_neg0 (__main__.TestAutograd) ... ok
 test_sum_scalar_keepdim_dim (__main__.TestAutograd) ... ok
 test_sum_scalar_keepdim_dim_neg0 (__main__.TestAutograd) ... ok
 test_svd (__main__.TestAutograd) ... ok
 test_svd_large (__main__.TestAutograd) ... ok
 test_svd_no_singularvectors (__main__.TestAutograd) ... skipped "test doesn't currently work on the ROCm stack"
 test_svd_tall (__main__.TestAutograd) ... ok
 test_svd_tall_all (__main__.TestAutograd) ... ok
 test_svd_wide (__main__.TestAutograd) ... ok
 test_svd_wide_all (__main__.TestAutograd) ... ok
 test_symeig_large (__main__.TestAutograd) ... ok
 test_symeig_lower (__main__.TestAutograd) ... ok
 test_symeig_no_eigenvectors (__main__.TestAutograd) ... ok
 test_symeig_upper (__main__.TestAutograd) ... ok
 test_t (__main__.TestAutograd) ... ok
 test_take (__main__.TestAutograd) ... ok
 test_take_scalar_both (__main__.TestAutograd) ... ok
 test_take_scalar_data (__main__.TestAutograd) ... ok
 test_take_scalar_index (__main__.TestAutograd) ... ok
 test_tan (__main__.TestAutograd) ... ok
 test_tanh (__main__.TestAutograd) ... ok
 test_tanh_scalar (__main__.TestAutograd) ... ok
 test_too_many_grads (__main__.TestAutograd) ... ok
 test_topk (__main__.TestAutograd) ... ok
 test_topk_dim (__main__.TestAutograd) ... ok
 test_topk_dim_desc (__main__.TestAutograd) ... ok
 test_topk_dim_desc_neg0 (__main__.TestAutograd) ... ok
 test_topk_dim_desc_scalar (__main__.TestAutograd) ... ok
 test_topk_dim_desc_scalar_neg0 (__main__.TestAutograd) ... ok
 test_topk_dim_desc_sort (__main__.TestAutograd) ... ok
 test_topk_dim_desc_sort_neg0 (__main__.TestAutograd) ... ok
 test_topk_dim_desc_sort_scalar (__main__.TestAutograd) ... ok
 test_topk_dim_desc_sort_scalar_neg0 (__main__.TestAutograd) ... ok
 test_topk_dim_neg0 (__main__.TestAutograd) ... ok
 test_topk_dim_scalar (__main__.TestAutograd) ... ok
 test_topk_dim_scalar_neg0 (__main__.TestAutograd) ... ok
 test_topk_scalar (__main__.TestAutograd) ... ok
 test_trace (__main__.TestAutograd) ... ok
 test_transpose_1d (__main__.TestAutograd) ... ok
 test_transpose_2d (__main__.TestAutograd) ... ok
 test_transpose_3d (__main__.TestAutograd) ... ok
 test_transpose_dim (__main__.TestAutograd) ... ok
 test_transpose_dim_neg0 (__main__.TestAutograd) ... ok
 test_transpose_dim_neg0_neg1 (__main__.TestAutograd) ... ok
 test_transpose_dim_neg1 (__main__.TestAutograd) ... ok
 test_transpose_scalar (__main__.TestAutograd) ... ok
 test_tril (__main__.TestAutograd) ... ok
 test_tril_idx (__main__.TestAutograd) ... ok
 test_triu (__main__.TestAutograd) ... ok
 test_triu_idx (__main__.TestAutograd) ... ok
 test_trtrs (__main__.TestAutograd) ... ok
 test_trunc (__main__.TestAutograd) ... ok
 test_trunc_scalar (__main__.TestAutograd) ... ok
 test_type_conversions (__main__.TestAutograd) ... skipped "test doesn't currently work on the ROCm stack"
 test_unbind (__main__.TestAutograd) ... ok
 test_unfold (__main__.TestAutograd) ... ok
 test_unfold_lastdim (__main__.TestAutograd) ... ok
 test_unfold_lastdim_neg0 (__main__.TestAutograd) ... ok
 test_unfold_neg0 (__main__.TestAutograd) ... ok
 test_unfold_scalar (__main__.TestAutograd) ... ok
 test_unfold_scalar_neg0 (__main__.TestAutograd) ... ok
 test_unsqueeze_first (__main__.TestAutograd) ... ok
 test_unsqueeze_first_neg0 (__main__.TestAutograd) ... ok
 test_unsqueeze_last (__main__.TestAutograd) ... ok
 test_unsqueeze_last_neg0 (__main__.TestAutograd) ... ok
 test_unsqueeze_middle (__main__.TestAutograd) ... ok
 test_unsqueeze_middle_neg0 (__main__.TestAutograd) ... ok
 test_unsqueeze_scalar (__main__.TestAutograd) ... ok
 test_unsqueeze_scalar_neg0 (__main__.TestAutograd) ... ok
 test_unused_output (__main__.TestAutograd) ... ok
 test_unused_output_gpu (__main__.TestAutograd) ... skipped 'no multi-GPU'
 test_var (__main__.TestAutograd) ... ok
 test_var_dim (__main__.TestAutograd) ... ok
 test_var_dim_1d (__main__.TestAutograd) ... ok
 test_var_dim_1d_neg0 (__main__.TestAutograd) ... ok
 test_var_dim_neg0 (__main__.TestAutograd) ... ok
 test_var_keepdim_dim (__main__.TestAutograd) ... ok
 test_var_keepdim_dim_1d (__main__.TestAutograd) ... ok
 test_var_keepdim_dim_1d_neg0 (__main__.TestAutograd) ... ok
 test_var_keepdim_dim_neg0 (__main__.TestAutograd) ... ok
 test_variable_traverse (__main__.TestAutograd) ... ok
 test_view (__main__.TestAutograd) ... ok
 test_view_1d (__main__.TestAutograd) ... ok
 test_view_as (__main__.TestAutograd) ... ok
 test_view_as_scalar (__main__.TestAutograd) ... ok
 test_view_as_scalar_to_dims (__main__.TestAutograd) ... ok
 test_view_scalar_to_1d (__main__.TestAutograd) ... ok
 test_view_scalar_to_scalar (__main__.TestAutograd) ... ok
 test_view_size (__main__.TestAutograd) ... ok
 test_volatile_deprecated (__main__.TestAutograd) ... ok
 test_where (__main__.TestAutograd) ... ok
 test_where_broadcast_all (__main__.TestAutograd) ... ok
 test_where_functional (__main__.TestAutograd) ... ok
 test_where_functional_cuda (__main__.TestAutograd) ... skipped "test doesn't currently work on the ROCm stack"
 test_where_scalar (__main__.TestAutograd) ... ok
 test_where_scalar_broadcast_mask (__main__.TestAutograd) ... ok
 test_where_scalar_broadcast_non_mask (__main__.TestAutograd) ... ok
 test_zero_ (__main__.TestAutograd) ... ok
 test_zero__scalar (__main__.TestAutograd) ... ok

 ----------------------------------------------------------------------
 Ran 874 tests in 136.493s

 OK (skipped=15)
 Running test_cuda ...
 test_ByteTensor_add (__main__.TestCuda) ... ok
 test_ByteTensor_add_ (__main__.TestCuda) ... ok
 test_ByteTensor_add__scalar_tensor (__main__.TestCuda) ... ok
 test_ByteTensor_add__tensor (__main__.TestCuda) ... ok
 test_ByteTensor_add_scalar_tensor (__main__.TestCuda) ... ok
 test_ByteTensor_add_tensor (__main__.TestCuda) ... ok
 test_ByteTensor_addbmm__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_addbmm__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_addbmm_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_addbmm_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_addcdiv (__main__.TestCuda) ... ok
 test_ByteTensor_addcdiv_ (__main__.TestCuda) ... ok
 test_ByteTensor_addcdiv__scalar (__main__.TestCuda) ... ok
 test_ByteTensor_addcdiv_scalar (__main__.TestCuda) ... ok
 test_ByteTensor_addcmul (__main__.TestCuda) ... ok
 test_ByteTensor_addcmul_ (__main__.TestCuda) ... ok
 test_ByteTensor_addcmul__scalar (__main__.TestCuda) ... ok
 test_ByteTensor_addcmul_scalar (__main__.TestCuda) ... ok
 test_ByteTensor_addmm (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_addmm_ (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_addmm__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_addmm__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_addmm_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_addmm_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_addmv (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_addmv_ (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_addmv__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_addmv__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_addmv_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_addmv_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_addr (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_addr_ (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_addr__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_addr__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_addr_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_addr_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_baddbmm (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_baddbmm_ (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_baddbmm__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_baddbmm__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_baddbmm_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_baddbmm_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ByteTensor_chunk (__main__.TestCuda) ... ok
 test_ByteTensor_chunk_dim (__main__.TestCuda) ... ok
 test_ByteTensor_chunk_neg_dim (__main__.TestCuda) ... ok
 test_ByteTensor_clamp (__main__.TestCuda) ... ok
 test_ByteTensor_clamp_ (__main__.TestCuda) ... ok
 test_ByteTensor_clone (__main__.TestCuda) ... ok
 test_ByteTensor_contiguous (__main__.TestCuda) ... ok
 test_ByteTensor_cross (__main__.TestCuda) ... ok
 test_ByteTensor_cumprod (__main__.TestCuda) ... ok
 test_ByteTensor_cumprod_neg_dim (__main__.TestCuda) ... ok
 test_ByteTensor_cumsum (__main__.TestCuda) ... ok
 test_ByteTensor_cumsum_neg_dim (__main__.TestCuda) ... ok
 test_ByteTensor_dim (__main__.TestCuda) ... ok
 test_ByteTensor_div (__main__.TestCuda) ... ok
 test_ByteTensor_div_ (__main__.TestCuda) ... ok
 test_ByteTensor_div__tensor (__main__.TestCuda) ... ok
 test_ByteTensor_div_tensor (__main__.TestCuda) ... ok
 test_ByteTensor_element_size (__main__.TestCuda) ... ok
 test_ByteTensor_eq (__main__.TestCuda) ... ok
 test_ByteTensor_eq_ (__main__.TestCuda) ... ok
 test_ByteTensor_eq__equal (__main__.TestCuda) ... ok
 test_ByteTensor_eq_equal (__main__.TestCuda) ... ok
 test_ByteTensor_equal (__main__.TestCuda) ... ok
 test_ByteTensor_equal_equal (__main__.TestCuda) ... ok
 test_ByteTensor_expand (__main__.TestCuda) ... ok
 test_ByteTensor_expand_as (__main__.TestCuda) ... ok
 test_ByteTensor_fill_ (__main__.TestCuda) ... ok
 test_ByteTensor_flip_d0 (__main__.TestCuda) ... ok
 test_ByteTensor_flip_d012 (__main__.TestCuda) ... ok
 test_ByteTensor_flip_d02 (__main__.TestCuda) ... ok
 test_ByteTensor_flip_d20 (__main__.TestCuda) ... ok
 test_ByteTensor_flip_neg_d (__main__.TestCuda) ... ok
 test_ByteTensor_fmod__tensor (__main__.TestCuda) ... ok
 test_ByteTensor_fmod__value (__main__.TestCuda) ... ok
 test_ByteTensor_fmod_tensor (__main__.TestCuda) ... ok
 test_ByteTensor_fmod_value (__main__.TestCuda) ... ok
 test_ByteTensor_ge (__main__.TestCuda) ... ok
 test_ByteTensor_ge_ (__main__.TestCuda) ... ok
 test_ByteTensor_gt (__main__.TestCuda) ... ok
 test_ByteTensor_gt_ (__main__.TestCuda) ... ok
 test_ByteTensor_is_contiguous (__main__.TestCuda) ... ok
 test_ByteTensor_is_same_size_negative (__main__.TestCuda) ... ok
 test_ByteTensor_is_same_size_positive (__main__.TestCuda) ... ok
 test_ByteTensor_is_set_to (__main__.TestCuda) ... ok
 test_ByteTensor_le (__main__.TestCuda) ... ok
 test_ByteTensor_le_ (__main__.TestCuda) ... ok
 test_ByteTensor_lt (__main__.TestCuda) ... ok
 test_ByteTensor_lt_ (__main__.TestCuda) ... ok
 test_ByteTensor_max (__main__.TestCuda) ... ok
 test_ByteTensor_max_dim (__main__.TestCuda) ... ok
 test_ByteTensor_max_elementwise (__main__.TestCuda) ... ok
 test_ByteTensor_max_neg_dim (__main__.TestCuda) ... ok
 test_ByteTensor_min (__main__.TestCuda) ... ok
 test_ByteTensor_min_dim (__main__.TestCuda) ... ok
 test_ByteTensor_min_elementwise (__main__.TestCuda) ... ok
 test_ByteTensor_min_neg_dim (__main__.TestCuda) ... ok
 test_ByteTensor_mode (__main__.TestCuda) ... ok
 test_ByteTensor_mode_dim (__main__.TestCuda) ... ok
 test_ByteTensor_mode_neg_dim (__main__.TestCuda) ... ok
 test_ByteTensor_mul (__main__.TestCuda) ... ok
 test_ByteTensor_mul_ (__main__.TestCuda) ... ok
 test_ByteTensor_mul__tensor (__main__.TestCuda) ... ok
 test_ByteTensor_mul_scalar (__main__.TestCuda) ... ok
 test_ByteTensor_mul_tensor (__main__.TestCuda) ... ok
 test_ByteTensor_narrow (__main__.TestCuda) ... ok
 test_ByteTensor_narrow_neg_dim (__main__.TestCuda) ... ok
 test_ByteTensor_ndimension (__main__.TestCuda) ... ok
 test_ByteTensor_ne (__main__.TestCuda) ... ok
 test_ByteTensor_ne_ (__main__.TestCuda) ... ok
 test_ByteTensor_ne__equal (__main__.TestCuda) ... ok
 test_ByteTensor_ne_equal (__main__.TestCuda) ... ok
 test_ByteTensor_nelement (__main__.TestCuda) ... ok
 test_ByteTensor_nonzero (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_ByteTensor_numel (__main__.TestCuda) ... ok
 test_ByteTensor_permute (__main__.TestCuda) ... ok
 test_ByteTensor_pow__pow1 (__main__.TestCuda) ... ok
 test_ByteTensor_pow__pow2 (__main__.TestCuda) ... ok
 test_ByteTensor_pow__pow3 (__main__.TestCuda) ... ok
 test_ByteTensor_pow_pow1 (__main__.TestCuda) ... ok
 test_ByteTensor_pow_pow2 (__main__.TestCuda) ... ok
 test_ByteTensor_pow_pow3 (__main__.TestCuda) ... ok
 test_ByteTensor_prod (__main__.TestCuda) ... ok
 test_ByteTensor_prod_dim (__main__.TestCuda) ... ok
 test_ByteTensor_prod_neg_dim (__main__.TestCuda) ... ok
 test_ByteTensor_put_ (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_ByteTensor_put__accumulate (__main__.TestCuda) ... ok
 test_ByteTensor_put__empty (__main__.TestCuda) ... ok
 test_ByteTensor_remainder__tensor (__main__.TestCuda) ... ok
 test_ByteTensor_remainder__value (__main__.TestCuda) ... ok
 test_ByteTensor_remainder_tensor (__main__.TestCuda) ... ok
 test_ByteTensor_remainder_value (__main__.TestCuda) ... ok
 test_ByteTensor_repeat (__main__.TestCuda) ... ok
 test_ByteTensor_rot90_default (__main__.TestCuda) ... ok
 test_ByteTensor_rot90_k1_d01 (__main__.TestCuda) ... ok
 test_ByteTensor_rot90_k1_d12 (__main__.TestCuda) ... ok
 test_ByteTensor_rot90_k1_neg_d (__main__.TestCuda) ... ok
 test_ByteTensor_sign (__main__.TestCuda) ... ok
 test_ByteTensor_sign_ (__main__.TestCuda) ... ok
 test_ByteTensor_size (__main__.TestCuda) ... ok
 test_ByteTensor_size_dim (__main__.TestCuda) ... ok
 test_ByteTensor_size_neg_dim (__main__.TestCuda) ... ok
 test_ByteTensor_sort (__main__.TestCuda) ... ok
 test_ByteTensor_sort_dim (__main__.TestCuda) ... ok
 test_ByteTensor_sort_dim_descending (__main__.TestCuda) ... ok
 test_ByteTensor_sort_neg_dim (__main__.TestCuda) ... ok
 test_ByteTensor_sort_neg_dim_descending (__main__.TestCuda) ... ok
 test_ByteTensor_split (__main__.TestCuda) ... ok
 test_ByteTensor_split_dim (__main__.TestCuda) ... ok
 test_ByteTensor_split_neg_dim (__main__.TestCuda) ... ok
 test_ByteTensor_squeeze (__main__.TestCuda) ... ok
 test_ByteTensor_squeeze_ (__main__.TestCuda) ... ok
 test_ByteTensor_squeeze__dim (__main__.TestCuda) ... ok
 test_ByteTensor_squeeze__neg_dim (__main__.TestCuda) ... ok
 test_ByteTensor_squeeze_dim (__main__.TestCuda) ... ok
 test_ByteTensor_squeeze_neg_dim (__main__.TestCuda) ... ok
 test_ByteTensor_sub (__main__.TestCuda) ... ok
 test_ByteTensor_sub_ (__main__.TestCuda) ... ok
 test_ByteTensor_sub__tensor (__main__.TestCuda) ... ok
 test_ByteTensor_sub_tensor (__main__.TestCuda) ... ok
 test_ByteTensor_sum (__main__.TestCuda) ... ok
 test_ByteTensor_sum_dim (__main__.TestCuda) ... ok
 test_ByteTensor_sum_neg_dim (__main__.TestCuda) ... ok
 test_ByteTensor_t (__main__.TestCuda) ... ok
 test_ByteTensor_t_ (__main__.TestCuda) ... ok
 test_ByteTensor_take (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_ByteTensor_topk_dim_desc_sort (__main__.TestCuda) ... ok
 test_ByteTensor_topk_dim_sort (__main__.TestCuda) ... ok
 test_ByteTensor_topk_neg_dim_sort (__main__.TestCuda) ... ok
 test_ByteTensor_trace (__main__.TestCuda) ... ok
 test_ByteTensor_transpose (__main__.TestCuda) ... ok
 test_ByteTensor_transpose_ (__main__.TestCuda) ... ok
 test_ByteTensor_transpose__neg_dim (__main__.TestCuda) ... ok
 test_ByteTensor_transpose_neg_dim (__main__.TestCuda) ... ok
 test_ByteTensor_tril (__main__.TestCuda) ... ok
 test_ByteTensor_tril_ (__main__.TestCuda) ... ok
 test_ByteTensor_tril__negative (__main__.TestCuda) ... ok
 test_ByteTensor_tril__positive (__main__.TestCuda) ... ok
 test_ByteTensor_tril_negative (__main__.TestCuda) ... ok
 test_ByteTensor_tril_positive (__main__.TestCuda) ... ok
 test_ByteTensor_tril_zero_stride (__main__.TestCuda) ... ok
 test_ByteTensor_triu (__main__.TestCuda) ... ok
 test_ByteTensor_triu_ (__main__.TestCuda) ... ok
 test_ByteTensor_triu__negative (__main__.TestCuda) ... ok
 test_ByteTensor_triu__positive (__main__.TestCuda) ... ok
 test_ByteTensor_triu_negative (__main__.TestCuda) ... ok
 test_ByteTensor_triu_positive (__main__.TestCuda) ... ok
 test_ByteTensor_triu_zero_stride (__main__.TestCuda) ... ok
 test_ByteTensor_unsqueeze (__main__.TestCuda) ... ok
 test_ByteTensor_unsqueeze_ (__main__.TestCuda) ... ok
 test_ByteTensor_unsqueeze__neg_dim (__main__.TestCuda) ... ok
 test_ByteTensor_unsqueeze_neg_dim (__main__.TestCuda) ... ok
 test_ByteTensor_view_as (__main__.TestCuda) ... ok
 test_ByteTensor_view_contiguous (__main__.TestCuda) ... ok
 test_ByteTensor_zero_ (__main__.TestCuda) ... ok
 test_CharTensor___lshift__ (__main__.TestCuda) ... ok
 test_CharTensor___rshift__ (__main__.TestCuda) ... ok
 test_CharTensor_add (__main__.TestCuda) ... ok
 test_CharTensor_add_ (__main__.TestCuda) ... ok
 test_CharTensor_add__scalar_tensor (__main__.TestCuda) ... ok
 test_CharTensor_add__tensor (__main__.TestCuda) ... ok
 test_CharTensor_add_scalar_tensor (__main__.TestCuda) ... ok
 test_CharTensor_add_tensor (__main__.TestCuda) ... ok
 test_CharTensor_addbmm__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_addbmm__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_addbmm_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_addbmm_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_addcdiv (__main__.TestCuda) ... ok
 test_CharTensor_addcdiv_ (__main__.TestCuda) ... ok
 test_CharTensor_addcdiv__scalar (__main__.TestCuda) ... ok
 test_CharTensor_addcdiv_scalar (__main__.TestCuda) ... ok
 test_CharTensor_addcmul (__main__.TestCuda) ... ok
 test_CharTensor_addcmul_ (__main__.TestCuda) ... ok
 test_CharTensor_addcmul__scalar (__main__.TestCuda) ... ok
 test_CharTensor_addcmul_scalar (__main__.TestCuda) ... ok
 test_CharTensor_addmm (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_addmm_ (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_addmm__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_addmm__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_addmm_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_addmm_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_addmv (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_addmv_ (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_addmv__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_addmv__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_addmv_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_addmv_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_addr (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_addr_ (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_addr__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_addr__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_addr_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_addr_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_baddbmm (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_baddbmm_ (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_baddbmm__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_baddbmm__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_baddbmm_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_baddbmm_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_CharTensor_chunk (__main__.TestCuda) ... ok
 test_CharTensor_chunk_dim (__main__.TestCuda) ... ok
 test_CharTensor_chunk_neg_dim (__main__.TestCuda) ... ok
 test_CharTensor_clamp (__main__.TestCuda) ... ok
 test_CharTensor_clamp_ (__main__.TestCuda) ... ok
 test_CharTensor_clone (__main__.TestCuda) ... ok
 test_CharTensor_contiguous (__main__.TestCuda) ... ok
 test_CharTensor_cross (__main__.TestCuda) ... ok
 test_CharTensor_cumprod (__main__.TestCuda) ... ok
 test_CharTensor_cumprod_neg_dim (__main__.TestCuda) ... ok
 test_CharTensor_cumsum (__main__.TestCuda) ... ok
 test_CharTensor_cumsum_neg_dim (__main__.TestCuda) ... ok
 test_CharTensor_dim (__main__.TestCuda) ... ok
 test_CharTensor_div (__main__.TestCuda) ... ok
 test_CharTensor_div_ (__main__.TestCuda) ... ok
 test_CharTensor_div__tensor (__main__.TestCuda) ... ok
 test_CharTensor_div_tensor (__main__.TestCuda) ... ok
 test_CharTensor_element_size (__main__.TestCuda) ... ok
 test_CharTensor_eq (__main__.TestCuda) ... ok
 test_CharTensor_eq_ (__main__.TestCuda) ... ok
 test_CharTensor_eq__equal (__main__.TestCuda) ... ok
 test_CharTensor_eq_equal (__main__.TestCuda) ... ok
 test_CharTensor_equal (__main__.TestCuda) ... ok
 test_CharTensor_equal_equal (__main__.TestCuda) ... ok
 test_CharTensor_expand (__main__.TestCuda) ... ok
 test_CharTensor_expand_as (__main__.TestCuda) ... ok
 test_CharTensor_fill_ (__main__.TestCuda) ... ok
 test_CharTensor_flip_d0 (__main__.TestCuda) ... ok
 test_CharTensor_flip_d012 (__main__.TestCuda) ... ok
 test_CharTensor_flip_d02 (__main__.TestCuda) ... ok
 test_CharTensor_flip_d20 (__main__.TestCuda) ... ok
 test_CharTensor_flip_neg_d (__main__.TestCuda) ... ok
 test_CharTensor_fmod__tensor (__main__.TestCuda) ... ok
 test_CharTensor_fmod__value (__main__.TestCuda) ... ok
 test_CharTensor_fmod_tensor (__main__.TestCuda) ... ok
 test_CharTensor_fmod_value (__main__.TestCuda) ... ok
 test_CharTensor_ge (__main__.TestCuda) ... ok
 test_CharTensor_ge_ (__main__.TestCuda) ... ok
 test_CharTensor_gt (__main__.TestCuda) ... ok
 test_CharTensor_gt_ (__main__.TestCuda) ... ok
 test_CharTensor_is_contiguous (__main__.TestCuda) ... ok
 test_CharTensor_is_same_size_negative (__main__.TestCuda) ... ok
 test_CharTensor_is_same_size_positive (__main__.TestCuda) ... ok
 test_CharTensor_is_set_to (__main__.TestCuda) ... ok
 test_CharTensor_le (__main__.TestCuda) ... ok
 test_CharTensor_le_ (__main__.TestCuda) ... ok
 test_CharTensor_lt (__main__.TestCuda) ... ok
 test_CharTensor_lt_ (__main__.TestCuda) ... ok
 test_CharTensor_max (__main__.TestCuda) ... ok
 test_CharTensor_max_dim (__main__.TestCuda) ... ok
 test_CharTensor_max_elementwise (__main__.TestCuda) ... ok
 test_CharTensor_max_neg_dim (__main__.TestCuda) ... ok
 test_CharTensor_min (__main__.TestCuda) ... ok
 test_CharTensor_min_dim (__main__.TestCuda) ... ok
 test_CharTensor_min_elementwise (__main__.TestCuda) ... ok
 test_CharTensor_min_neg_dim (__main__.TestCuda) ... ok
 test_CharTensor_mode (__main__.TestCuda) ... ok
 test_CharTensor_mode_dim (__main__.TestCuda) ... ok
 test_CharTensor_mode_neg_dim (__main__.TestCuda) ... ok
 test_CharTensor_mul (__main__.TestCuda) ... ok
 test_CharTensor_mul_ (__main__.TestCuda) ... ok
 test_CharTensor_mul__tensor (__main__.TestCuda) ... ok
 test_CharTensor_mul_scalar (__main__.TestCuda) ... ok
 test_CharTensor_mul_tensor (__main__.TestCuda) ... ok
 test_CharTensor_narrow (__main__.TestCuda) ... ok
 test_CharTensor_narrow_neg_dim (__main__.TestCuda) ... ok
 test_CharTensor_ndimension (__main__.TestCuda) ... ok
 test_CharTensor_ne (__main__.TestCuda) ... ok
 test_CharTensor_ne_ (__main__.TestCuda) ... ok
 test_CharTensor_ne__equal (__main__.TestCuda) ... ok
 test_CharTensor_ne_equal (__main__.TestCuda) ... ok
 test_CharTensor_nelement (__main__.TestCuda) ... ok
 test_CharTensor_nonzero (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_CharTensor_numel (__main__.TestCuda) ... ok
 test_CharTensor_permute (__main__.TestCuda) ... ok
 test_CharTensor_pow__pow1 (__main__.TestCuda) ... ok
 test_CharTensor_pow__pow2 (__main__.TestCuda) ... ok
 test_CharTensor_pow__pow3 (__main__.TestCuda) ... ok
 test_CharTensor_pow_pow1 (__main__.TestCuda) ... ok
 test_CharTensor_pow_pow2 (__main__.TestCuda) ... ok
 test_CharTensor_pow_pow3 (__main__.TestCuda) ... ok
 test_CharTensor_prod (__main__.TestCuda) ... ok
 test_CharTensor_prod_dim (__main__.TestCuda) ... ok
 test_CharTensor_prod_neg_dim (__main__.TestCuda) ... ok
 test_CharTensor_put_ (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_CharTensor_put__accumulate (__main__.TestCuda) ... ok
 test_CharTensor_put__empty (__main__.TestCuda) ... ok
 test_CharTensor_remainder__negative_tensor (__main__.TestCuda) ... ok
 test_CharTensor_remainder__negative_value (__main__.TestCuda) ... ok
 test_CharTensor_remainder__tensor (__main__.TestCuda) ... ok
 test_CharTensor_remainder__value (__main__.TestCuda) ... ok
 test_CharTensor_remainder_negative_tensor (__main__.TestCuda) ... ok
 test_CharTensor_remainder_negative_value (__main__.TestCuda) ... ok
 test_CharTensor_remainder_tensor (__main__.TestCuda) ... ok
 test_CharTensor_remainder_value (__main__.TestCuda) ... ok
 test_CharTensor_repeat (__main__.TestCuda) ... ok
 test_CharTensor_rot90_default (__main__.TestCuda) ... ok
 test_CharTensor_rot90_k1_d01 (__main__.TestCuda) ... ok
 test_CharTensor_rot90_k1_d12 (__main__.TestCuda) ... ok
 test_CharTensor_rot90_k1_neg_d (__main__.TestCuda) ... ok
 test_CharTensor_sign (__main__.TestCuda) ... ok
 test_CharTensor_sign_ (__main__.TestCuda) ... ok
 test_CharTensor_size (__main__.TestCuda) ... ok
 test_CharTensor_size_dim (__main__.TestCuda) ... ok
 test_CharTensor_size_neg_dim (__main__.TestCuda) ... ok
 test_CharTensor_sort (__main__.TestCuda) ... ok
 test_CharTensor_sort_dim (__main__.TestCuda) ... ok
 test_CharTensor_sort_dim_descending (__main__.TestCuda) ... ok
 test_CharTensor_sort_neg_dim (__main__.TestCuda) ... ok
 test_CharTensor_sort_neg_dim_descending (__main__.TestCuda) ... ok
 test_CharTensor_split (__main__.TestCuda) ... ok
 test_CharTensor_split_dim (__main__.TestCuda) ... ok
 test_CharTensor_split_neg_dim (__main__.TestCuda) ... ok
 test_CharTensor_squeeze (__main__.TestCuda) ... ok
 test_CharTensor_squeeze_ (__main__.TestCuda) ... ok
 test_CharTensor_squeeze__dim (__main__.TestCuda) ... ok
 test_CharTensor_squeeze__neg_dim (__main__.TestCuda) ... ok
 test_CharTensor_squeeze_dim (__main__.TestCuda) ... ok
 test_CharTensor_squeeze_neg_dim (__main__.TestCuda) ... ok
 test_CharTensor_sub (__main__.TestCuda) ... ok
 test_CharTensor_sub_ (__main__.TestCuda) ... ok
 test_CharTensor_sub__tensor (__main__.TestCuda) ... ok
 test_CharTensor_sub_tensor (__main__.TestCuda) ... ok
 test_CharTensor_sum (__main__.TestCuda) ... ok
 test_CharTensor_sum_dim (__main__.TestCuda) ... ok
 test_CharTensor_sum_neg_dim (__main__.TestCuda) ... ok
 test_CharTensor_t (__main__.TestCuda) ... ok
 test_CharTensor_t_ (__main__.TestCuda) ... ok
 test_CharTensor_take (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_CharTensor_topk_dim_desc_sort (__main__.TestCuda) ... ok
 test_CharTensor_topk_dim_sort (__main__.TestCuda) ... ok
 test_CharTensor_topk_neg_dim_sort (__main__.TestCuda) ... ok
 test_CharTensor_trace (__main__.TestCuda) ... ok
 test_CharTensor_transpose (__main__.TestCuda) ... ok
 test_CharTensor_transpose_ (__main__.TestCuda) ... ok
 test_CharTensor_transpose__neg_dim (__main__.TestCuda) ... ok
 test_CharTensor_transpose_neg_dim (__main__.TestCuda) ... ok
 test_CharTensor_tril (__main__.TestCuda) ... ok
 test_CharTensor_tril_ (__main__.TestCuda) ... ok
 test_CharTensor_tril__negative (__main__.TestCuda) ... ok
 test_CharTensor_tril__positive (__main__.TestCuda) ... ok
 test_CharTensor_tril_negative (__main__.TestCuda) ... ok
 test_CharTensor_tril_positive (__main__.TestCuda) ... ok
 test_CharTensor_tril_zero_stride (__main__.TestCuda) ... ok
 test_CharTensor_triu (__main__.TestCuda) ... ok
 test_CharTensor_triu_ (__main__.TestCuda) ... ok
 test_CharTensor_triu__negative (__main__.TestCuda) ... ok
 test_CharTensor_triu__positive (__main__.TestCuda) ... ok
 test_CharTensor_triu_negative (__main__.TestCuda) ... ok
 test_CharTensor_triu_positive (__main__.TestCuda) ... ok
 test_CharTensor_triu_zero_stride (__main__.TestCuda) ... ok
 test_CharTensor_unsqueeze (__main__.TestCuda) ... ok
 test_CharTensor_unsqueeze_ (__main__.TestCuda) ... ok
 test_CharTensor_unsqueeze__neg_dim (__main__.TestCuda) ... ok
 test_CharTensor_unsqueeze_neg_dim (__main__.TestCuda) ... ok
 test_CharTensor_view_as (__main__.TestCuda) ... ok
 test_CharTensor_view_contiguous (__main__.TestCuda) ... ok
 test_CharTensor_zero_ (__main__.TestCuda) ... ok
 test_DoubleTensor___lshift__ (__main__.TestCuda) ... ok
 test_DoubleTensor___rshift__ (__main__.TestCuda) ... ok
 test_DoubleTensor_abs (__main__.TestCuda) ... ok
 test_DoubleTensor_abs_ (__main__.TestCuda) ... ok
 test_DoubleTensor_acos (__main__.TestCuda) ... ok
 test_DoubleTensor_acos_ (__main__.TestCuda) ... ok
 test_DoubleTensor_add (__main__.TestCuda) ... ok
 test_DoubleTensor_add_ (__main__.TestCuda) ... ok
 test_DoubleTensor_add__scalar_tensor (__main__.TestCuda) ... ok
 test_DoubleTensor_add__tensor (__main__.TestCuda) ... ok
 test_DoubleTensor_add_scalar_tensor (__main__.TestCuda) ... ok
 test_DoubleTensor_add_tensor (__main__.TestCuda) ... ok
 test_DoubleTensor_addbmm (__main__.TestCuda) ... ok
 test_DoubleTensor_addbmm_ (__main__.TestCuda) ... ok
 test_DoubleTensor_addbmm__scalar (__main__.TestCuda) ... ok
 test_DoubleTensor_addbmm__two_scalars (__main__.TestCuda) ... ok
 test_DoubleTensor_addbmm_scalar (__main__.TestCuda) ... ok
 test_DoubleTensor_addbmm_two_scalars (__main__.TestCuda) ... ok
 test_DoubleTensor_addcdiv (__main__.TestCuda) ... ok
 test_DoubleTensor_addcdiv_ (__main__.TestCuda) ... ok
 test_DoubleTensor_addcdiv__scalar (__main__.TestCuda) ... ok
 test_DoubleTensor_addcdiv_scalar (__main__.TestCuda) ... ok
 test_DoubleTensor_addcmul (__main__.TestCuda) ... ok
 test_DoubleTensor_addcmul_ (__main__.TestCuda) ... ok
 test_DoubleTensor_addcmul__scalar (__main__.TestCuda) ... ok
 test_DoubleTensor_addcmul_scalar (__main__.TestCuda) ... ok
 test_DoubleTensor_addmm (__main__.TestCuda) ... ok
 test_DoubleTensor_addmm_ (__main__.TestCuda) ... ok
 test_DoubleTensor_addmm__scalar (__main__.TestCuda) ... ok
 test_DoubleTensor_addmm__two_scalars (__main__.TestCuda) ... ok
 test_DoubleTensor_addmm_scalar (__main__.TestCuda) ... ok
 test_DoubleTensor_addmm_two_scalars (__main__.TestCuda) ... ok
 test_DoubleTensor_addmv (__main__.TestCuda) ... ok
 test_DoubleTensor_addmv_ (__main__.TestCuda) ... ok
 test_DoubleTensor_addmv__scalar (__main__.TestCuda) ... ok
 test_DoubleTensor_addmv__two_scalars (__main__.TestCuda) ... ok
 test_DoubleTensor_addmv_scalar (__main__.TestCuda) ... ok
 test_DoubleTensor_addmv_two_scalars (__main__.TestCuda) ... ok
 test_DoubleTensor_addr (__main__.TestCuda) ... ok
 test_DoubleTensor_addr_ (__main__.TestCuda) ... ok
 test_DoubleTensor_addr__scalar (__main__.TestCuda) ... ok
 test_DoubleTensor_addr__two_scalars (__main__.TestCuda) ... ok
 test_DoubleTensor_addr_scalar (__main__.TestCuda) ... ok
 test_DoubleTensor_addr_two_scalars (__main__.TestCuda) ... ok
 test_DoubleTensor_asin (__main__.TestCuda) ... ok
 test_DoubleTensor_asin_ (__main__.TestCuda) ... ok
 test_DoubleTensor_atan (__main__.TestCuda) ... ok
 test_DoubleTensor_atan2 (__main__.TestCuda) ... ok
 test_DoubleTensor_atan2_ (__main__.TestCuda) ... ok
 test_DoubleTensor_atan_ (__main__.TestCuda) ... ok
 test_DoubleTensor_baddbmm (__main__.TestCuda) ... ok
 test_DoubleTensor_baddbmm_ (__main__.TestCuda) ... ok
 test_DoubleTensor_baddbmm__scalar (__main__.TestCuda) ... ok
 test_DoubleTensor_baddbmm__two_scalars (__main__.TestCuda) ... ok
 test_DoubleTensor_baddbmm_scalar (__main__.TestCuda) ... ok
 test_DoubleTensor_baddbmm_two_scalars (__main__.TestCuda) ... ok
 test_DoubleTensor_ceil (__main__.TestCuda) ... ok
 test_DoubleTensor_ceil_ (__main__.TestCuda) ... ok
 test_DoubleTensor_chunk (__main__.TestCuda) ... ok
 test_DoubleTensor_chunk_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_chunk_neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_clamp (__main__.TestCuda) ... ok
 test_DoubleTensor_clamp_ (__main__.TestCuda) ... ok
 test_DoubleTensor_clone (__main__.TestCuda) ... ok
 test_DoubleTensor_contiguous (__main__.TestCuda) ... ok
 test_DoubleTensor_cos (__main__.TestCuda) ... ok
 test_DoubleTensor_cos_ (__main__.TestCuda) ... ok
 test_DoubleTensor_cosh (__main__.TestCuda) ... ok
 test_DoubleTensor_cosh_ (__main__.TestCuda) ... ok
 test_DoubleTensor_cross (__main__.TestCuda) ... ok
 test_DoubleTensor_cumprod (__main__.TestCuda) ... ok
 test_DoubleTensor_cumprod_neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_cumsum (__main__.TestCuda) ... ok
 test_DoubleTensor_cumsum_neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_digamma (__main__.TestCuda) ... ok
 test_DoubleTensor_digamma_ (__main__.TestCuda) ... ok
 test_DoubleTensor_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_dist (__main__.TestCuda) ... ok
 test_DoubleTensor_dist_2_5_norm (__main__.TestCuda) ... ok
 test_DoubleTensor_dist_3_norm (__main__.TestCuda) ... ok
 test_DoubleTensor_div (__main__.TestCuda) ... ok
 test_DoubleTensor_div_ (__main__.TestCuda) ... ok
 test_DoubleTensor_div__tensor (__main__.TestCuda) ... ok
 test_DoubleTensor_div_tensor (__main__.TestCuda) ... ok
 test_DoubleTensor_dot (__main__.TestCuda) ... ok
 test_DoubleTensor_eig_with_eigvec (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_DoubleTensor_element_size (__main__.TestCuda) ... ok
 test_DoubleTensor_eq (__main__.TestCuda) ... ok
 test_DoubleTensor_eq_ (__main__.TestCuda) ... ok
 test_DoubleTensor_eq__equal (__main__.TestCuda) ... ok
 test_DoubleTensor_eq_equal (__main__.TestCuda) ... ok
 test_DoubleTensor_equal (__main__.TestCuda) ... ok
 test_DoubleTensor_equal_equal (__main__.TestCuda) ... ok
 test_DoubleTensor_erf (__main__.TestCuda) ... ok
 test_DoubleTensor_erf_ (__main__.TestCuda) ... ok
 test_DoubleTensor_erfc (__main__.TestCuda) ... ok
 test_DoubleTensor_erfc_ (__main__.TestCuda) ... ok
 test_DoubleTensor_erfinv (__main__.TestCuda) ... ok
 test_DoubleTensor_erfinv_ (__main__.TestCuda) ... ok
 test_DoubleTensor_exp (__main__.TestCuda) ... ok
 test_DoubleTensor_exp_ (__main__.TestCuda) ... ok
 test_DoubleTensor_expand (__main__.TestCuda) ... ok
 test_DoubleTensor_expand_as (__main__.TestCuda) ... ok
 test_DoubleTensor_expm1 (__main__.TestCuda) ... ok
 test_DoubleTensor_expm1_ (__main__.TestCuda) ... ok
 test_DoubleTensor_fill_ (__main__.TestCuda) ... ok
 test_DoubleTensor_flip_d0 (__main__.TestCuda) ... ok
 test_DoubleTensor_flip_d012 (__main__.TestCuda) ... ok
 test_DoubleTensor_flip_d02 (__main__.TestCuda) ... ok
 test_DoubleTensor_flip_d20 (__main__.TestCuda) ... ok
 test_DoubleTensor_flip_neg_d (__main__.TestCuda) ... ok
 test_DoubleTensor_floor (__main__.TestCuda) ... ok
 test_DoubleTensor_floor_ (__main__.TestCuda) ... ok
 test_DoubleTensor_fmod__tensor (__main__.TestCuda) ... ok
 test_DoubleTensor_fmod__value (__main__.TestCuda) ... ok
 test_DoubleTensor_fmod_tensor (__main__.TestCuda) ... ok
 test_DoubleTensor_fmod_value (__main__.TestCuda) ... ok
 test_DoubleTensor_frac (__main__.TestCuda) ... ok
 test_DoubleTensor_frac_ (__main__.TestCuda) ... ok
 test_DoubleTensor_ge (__main__.TestCuda) ... ok
 test_DoubleTensor_ge_ (__main__.TestCuda) ... ok
 test_DoubleTensor_geqrf (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_DoubleTensor_gt (__main__.TestCuda) ... ok
 test_DoubleTensor_gt_ (__main__.TestCuda) ... ok
 test_DoubleTensor_inverse (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_DoubleTensor_is_contiguous (__main__.TestCuda) ... ok
 test_DoubleTensor_is_same_size_negative (__main__.TestCuda) ... ok
 test_DoubleTensor_is_same_size_positive (__main__.TestCuda) ... ok
 test_DoubleTensor_is_set_to (__main__.TestCuda) ... ok
 test_DoubleTensor_le (__main__.TestCuda) ... ok
 test_DoubleTensor_le_ (__main__.TestCuda) ... ok
 test_DoubleTensor_lerp (__main__.TestCuda) ... ok
 test_DoubleTensor_lerp_ (__main__.TestCuda) ... ok
 test_DoubleTensor_lgamma (__main__.TestCuda) ... ok
 test_DoubleTensor_lgamma_ (__main__.TestCuda) ... ok
 test_DoubleTensor_log (__main__.TestCuda) ... ok
 test_DoubleTensor_log10 (__main__.TestCuda) ... ok
 test_DoubleTensor_log10_ (__main__.TestCuda) ... ok
 test_DoubleTensor_log1p (__main__.TestCuda) ... ok
 test_DoubleTensor_log1p_ (__main__.TestCuda) ... ok
 test_DoubleTensor_log2 (__main__.TestCuda) ... ok
 test_DoubleTensor_log2_ (__main__.TestCuda) ... ok
 test_DoubleTensor_log_ (__main__.TestCuda) ... ok
 test_DoubleTensor_lt (__main__.TestCuda) ... ok
 test_DoubleTensor_lt_ (__main__.TestCuda) ... ok
 test_DoubleTensor_max (__main__.TestCuda) ... ok
 test_DoubleTensor_max_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_max_elementwise (__main__.TestCuda) ... ok
 test_DoubleTensor_max_neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_mean (__main__.TestCuda) ... ok
 test_DoubleTensor_mean_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_mean_neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_min (__main__.TestCuda) ... ok
 test_DoubleTensor_min_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_min_elementwise (__main__.TestCuda) ... ok
 test_DoubleTensor_min_neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_mode (__main__.TestCuda) ... ok
 test_DoubleTensor_mode_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_mode_neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_mul (__main__.TestCuda) ... ok
 test_DoubleTensor_mul_ (__main__.TestCuda) ... ok
 test_DoubleTensor_mul__tensor (__main__.TestCuda) ... ok
 test_DoubleTensor_mul_scalar (__main__.TestCuda) ... ok
 test_DoubleTensor_mul_tensor (__main__.TestCuda) ... ok
 test_DoubleTensor_mvlgamma_2d_p=1 (__main__.TestCuda) ... ok
 test_DoubleTensor_mvlgamma_2d_p=2 (__main__.TestCuda) ... ok
 test_DoubleTensor_mvlgamma__2d_p=1 (__main__.TestCuda) ... ok
 test_DoubleTensor_mvlgamma__2d_p=2 (__main__.TestCuda) ... ok
 test_DoubleTensor_narrow (__main__.TestCuda) ... ok
 test_DoubleTensor_narrow_neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_ndimension (__main__.TestCuda) ... ok
 test_DoubleTensor_ne (__main__.TestCuda) ... ok
 test_DoubleTensor_ne_ (__main__.TestCuda) ... ok
 test_DoubleTensor_ne__equal (__main__.TestCuda) ... ok
 test_DoubleTensor_ne_equal (__main__.TestCuda) ... ok
 test_DoubleTensor_neg (__main__.TestCuda) ... ok
 test_DoubleTensor_neg_ (__main__.TestCuda) ... ok
 test_DoubleTensor_nelement (__main__.TestCuda) ... ok
 test_DoubleTensor_nonzero (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_DoubleTensor_norm (__main__.TestCuda) ... ok
 test_DoubleTensor_norm_3_norm (__main__.TestCuda) ... ok
 test_DoubleTensor_norm_3_norm_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_norm_3_norm_neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_numel (__main__.TestCuda) ... ok
 test_DoubleTensor_permute (__main__.TestCuda) ... ok
 test_DoubleTensor_pow (__main__.TestCuda) ... ok
 test_DoubleTensor_pow_ (__main__.TestCuda) ... ok
 test_DoubleTensor_pow__pow-1 (__main__.TestCuda) ... ok
 test_DoubleTensor_pow__pow-2 (__main__.TestCuda) ... ok
 test_DoubleTensor_pow__pow1 (__main__.TestCuda) ... ok
 test_DoubleTensor_pow__pow2 (__main__.TestCuda) ... ok
 test_DoubleTensor_pow__pow3 (__main__.TestCuda) ... ok
 test_DoubleTensor_pow__tensor (__main__.TestCuda) ... ok
 test_DoubleTensor_pow_pow-1 (__main__.TestCuda) ... ok
 test_DoubleTensor_pow_pow-2 (__main__.TestCuda) ... ok
 test_DoubleTensor_pow_pow1 (__main__.TestCuda) ... ok
 test_DoubleTensor_pow_pow2 (__main__.TestCuda) ... ok
 test_DoubleTensor_pow_pow3 (__main__.TestCuda) ... ok
 test_DoubleTensor_pow_tensor (__main__.TestCuda) ... ok
 test_DoubleTensor_prod (__main__.TestCuda) ... ok
 test_DoubleTensor_prod_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_prod_neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_put_ (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_DoubleTensor_put__accumulate (__main__.TestCuda) ... ok
 test_DoubleTensor_put__empty (__main__.TestCuda) ... ok
 test_DoubleTensor_qr_big (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_DoubleTensor_qr_fat (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_DoubleTensor_qr_skinny (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_DoubleTensor_qr_square (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_DoubleTensor_reciprocal (__main__.TestCuda) ... ok
 test_DoubleTensor_reciprocal_ (__main__.TestCuda) ... ok
 test_DoubleTensor_remainder__negative_tensor (__main__.TestCuda) ... ok
 test_DoubleTensor_remainder__negative_value (__main__.TestCuda) ... ok
 test_DoubleTensor_remainder__tensor (__main__.TestCuda) ... ok
 test_DoubleTensor_remainder__value (__main__.TestCuda) ... ok
 test_DoubleTensor_remainder_negative_tensor (__main__.TestCuda) ... ok
 test_DoubleTensor_remainder_negative_value (__main__.TestCuda) ... ok
 test_DoubleTensor_remainder_tensor (__main__.TestCuda) ... ok
 test_DoubleTensor_remainder_value (__main__.TestCuda) ... ok
 test_DoubleTensor_renorm_1_5_norm (__main__.TestCuda) ... ok
 test_DoubleTensor_renorm_2_norm (__main__.TestCuda) ... ok
 test_DoubleTensor_renorm_2_norm_neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_renorm__1_5_norm (__main__.TestCuda) ... ok
 test_DoubleTensor_renorm__2_norm (__main__.TestCuda) ... ok
 test_DoubleTensor_renorm__2_norm_neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_repeat (__main__.TestCuda) ... ok
 test_DoubleTensor_rot90_default (__main__.TestCuda) ... ok
 test_DoubleTensor_rot90_k1_d01 (__main__.TestCuda) ... ok
 test_DoubleTensor_rot90_k1_d12 (__main__.TestCuda) ... ok
 test_DoubleTensor_rot90_k1_neg_d (__main__.TestCuda) ... ok
 test_DoubleTensor_round (__main__.TestCuda) ... ok
 test_DoubleTensor_round_ (__main__.TestCuda) ... ok
 test_DoubleTensor_rsqrt (__main__.TestCuda) ... ok
 test_DoubleTensor_rsqrt_ (__main__.TestCuda) ... ok
 test_DoubleTensor_sigmoid (__main__.TestCuda) ... ok
 test_DoubleTensor_sigmoid_ (__main__.TestCuda) ... ok
 test_DoubleTensor_sign (__main__.TestCuda) ... ok
 test_DoubleTensor_sign_ (__main__.TestCuda) ... ok
 test_DoubleTensor_sin (__main__.TestCuda) ... ok
 test_DoubleTensor_sin_ (__main__.TestCuda) ... ok
 test_DoubleTensor_sinh (__main__.TestCuda) ... ok
 test_DoubleTensor_sinh_ (__main__.TestCuda) ... ok
 test_DoubleTensor_size (__main__.TestCuda) ... ok
 test_DoubleTensor_size_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_size_neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_sort (__main__.TestCuda) ... ok
 test_DoubleTensor_sort_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_sort_dim_descending (__main__.TestCuda) ... ok
 test_DoubleTensor_sort_neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_sort_neg_dim_descending (__main__.TestCuda) ... ok
 test_DoubleTensor_split (__main__.TestCuda) ... ok
 test_DoubleTensor_split_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_split_neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_sqrt (__main__.TestCuda) ... ok
 test_DoubleTensor_sqrt_ (__main__.TestCuda) ... ok
 test_DoubleTensor_squeeze (__main__.TestCuda) ... ok
 test_DoubleTensor_squeeze_ (__main__.TestCuda) ... ok
 test_DoubleTensor_squeeze__dim (__main__.TestCuda) ... ok
 test_DoubleTensor_squeeze__neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_squeeze_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_squeeze_neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_std (__main__.TestCuda) ... ok
 test_DoubleTensor_std_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_std_neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_sub (__main__.TestCuda) ... ok
 test_DoubleTensor_sub_ (__main__.TestCuda) ... ok
 test_DoubleTensor_sub__tensor (__main__.TestCuda) ... ok
 test_DoubleTensor_sub_tensor (__main__.TestCuda) ... ok
 test_DoubleTensor_sum (__main__.TestCuda) ... ok
 test_DoubleTensor_sum_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_sum_neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_svd_square (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_DoubleTensor_svd_square_col_maj (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_DoubleTensor_svd_tall_all (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_DoubleTensor_svd_tall_all_col_maj (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_DoubleTensor_svd_tall_some (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_DoubleTensor_svd_tall_some_col_maj (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_DoubleTensor_t (__main__.TestCuda) ... ok
 test_DoubleTensor_t_ (__main__.TestCuda) ... ok
 test_DoubleTensor_take (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_DoubleTensor_tan (__main__.TestCuda) ... ok
 test_DoubleTensor_tan_ (__main__.TestCuda) ... ok
 test_DoubleTensor_tanh (__main__.TestCuda) ... ok
 test_DoubleTensor_tanh_ (__main__.TestCuda) ... ok
 test_DoubleTensor_topk_dim_desc_sort (__main__.TestCuda) ... ok
 test_DoubleTensor_topk_dim_sort (__main__.TestCuda) ... ok
 test_DoubleTensor_topk_neg_dim_sort (__main__.TestCuda) ... ok
 test_DoubleTensor_trace (__main__.TestCuda) ... ok
 test_DoubleTensor_transpose (__main__.TestCuda) ... ok
 test_DoubleTensor_transpose_ (__main__.TestCuda) ... ok
 test_DoubleTensor_transpose__neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_transpose_neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_tril (__main__.TestCuda) ... ok
 test_DoubleTensor_tril_ (__main__.TestCuda) ... ok
 test_DoubleTensor_tril__negative (__main__.TestCuda) ... ok
 test_DoubleTensor_tril__positive (__main__.TestCuda) ... ok
 test_DoubleTensor_tril_negative (__main__.TestCuda) ... ok
 test_DoubleTensor_tril_positive (__main__.TestCuda) ... ok
 test_DoubleTensor_tril_zero_stride (__main__.TestCuda) ... ok
 test_DoubleTensor_triu (__main__.TestCuda) ... ok
 test_DoubleTensor_triu_ (__main__.TestCuda) ... ok
 test_DoubleTensor_triu__negative (__main__.TestCuda) ... ok
 test_DoubleTensor_triu__positive (__main__.TestCuda) ... ok
 test_DoubleTensor_triu_negative (__main__.TestCuda) ... ok
 test_DoubleTensor_triu_positive (__main__.TestCuda) ... ok
 test_DoubleTensor_triu_zero_stride (__main__.TestCuda) ... ok
 test_DoubleTensor_trunc (__main__.TestCuda) ... ok
 test_DoubleTensor_trunc_ (__main__.TestCuda) ... ok
 test_DoubleTensor_unsqueeze (__main__.TestCuda) ... ok
 test_DoubleTensor_unsqueeze_ (__main__.TestCuda) ... ok
 test_DoubleTensor_unsqueeze__neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_unsqueeze_neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_var (__main__.TestCuda) ... ok
 test_DoubleTensor_var_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_var_neg_dim (__main__.TestCuda) ... ok
 test_DoubleTensor_view_as (__main__.TestCuda) ... ok
 test_DoubleTensor_view_contiguous (__main__.TestCuda) ... ok
 test_DoubleTensor_zero_ (__main__.TestCuda) ... ok
 test_FloatTensor___lshift__ (__main__.TestCuda) ... ok
 test_FloatTensor___rshift__ (__main__.TestCuda) ... ok
 test_FloatTensor_abs (__main__.TestCuda) ... ok
 test_FloatTensor_abs_ (__main__.TestCuda) ... ok
 test_FloatTensor_acos (__main__.TestCuda) ... ok
 test_FloatTensor_acos_ (__main__.TestCuda) ... ok
 test_FloatTensor_add (__main__.TestCuda) ... ok
 test_FloatTensor_add_ (__main__.TestCuda) ... ok
 test_FloatTensor_add__scalar_tensor (__main__.TestCuda) ... ok
 test_FloatTensor_add__tensor (__main__.TestCuda) ... ok
 test_FloatTensor_add_scalar_tensor (__main__.TestCuda) ... ok
 test_FloatTensor_add_tensor (__main__.TestCuda) ... ok
 test_FloatTensor_addbmm (__main__.TestCuda) ... ok
 test_FloatTensor_addbmm_ (__main__.TestCuda) ... ok
 test_FloatTensor_addbmm__scalar (__main__.TestCuda) ... ok
 test_FloatTensor_addbmm__two_scalars (__main__.TestCuda) ... ok
 test_FloatTensor_addbmm_scalar (__main__.TestCuda) ... ok
 test_FloatTensor_addbmm_two_scalars (__main__.TestCuda) ... ok
 test_FloatTensor_addcdiv (__main__.TestCuda) ... ok
 test_FloatTensor_addcdiv_ (__main__.TestCuda) ... ok
 test_FloatTensor_addcdiv__scalar (__main__.TestCuda) ... ok
 test_FloatTensor_addcdiv_scalar (__main__.TestCuda) ... ok
 test_FloatTensor_addcmul (__main__.TestCuda) ... ok
 test_FloatTensor_addcmul_ (__main__.TestCuda) ... ok
 test_FloatTensor_addcmul__scalar (__main__.TestCuda) ... ok
 test_FloatTensor_addcmul_scalar (__main__.TestCuda) ... ok
 test_FloatTensor_addmm (__main__.TestCuda) ... ok
 test_FloatTensor_addmm_ (__main__.TestCuda) ... ok
 test_FloatTensor_addmm__scalar (__main__.TestCuda) ... ok
 test_FloatTensor_addmm__two_scalars (__main__.TestCuda) ... ok
 test_FloatTensor_addmm_scalar (__main__.TestCuda) ... ok
 test_FloatTensor_addmm_two_scalars (__main__.TestCuda) ... ok
 test_FloatTensor_addmv (__main__.TestCuda) ... ok
 test_FloatTensor_addmv_ (__main__.TestCuda) ... ok
 test_FloatTensor_addmv__scalar (__main__.TestCuda) ... ok
 test_FloatTensor_addmv__two_scalars (__main__.TestCuda) ... ok
 test_FloatTensor_addmv_scalar (__main__.TestCuda) ... ok
 test_FloatTensor_addmv_two_scalars (__main__.TestCuda) ... ok
 test_FloatTensor_addr (__main__.TestCuda) ... ok
 test_FloatTensor_addr_ (__main__.TestCuda) ... ok
 test_FloatTensor_addr__scalar (__main__.TestCuda) ... ok
 test_FloatTensor_addr__two_scalars (__main__.TestCuda) ... ok
 test_FloatTensor_addr_scalar (__main__.TestCuda) ... ok
 test_FloatTensor_addr_two_scalars (__main__.TestCuda) ... ok
 test_FloatTensor_asin (__main__.TestCuda) ... ok
 test_FloatTensor_asin_ (__main__.TestCuda) ... ok
 test_FloatTensor_atan (__main__.TestCuda) ... ok
 test_FloatTensor_atan2 (__main__.TestCuda) ... ok
 test_FloatTensor_atan2_ (__main__.TestCuda) ... ok
 test_FloatTensor_atan_ (__main__.TestCuda) ... ok
 test_FloatTensor_baddbmm (__main__.TestCuda) ... ok
 test_FloatTensor_baddbmm_ (__main__.TestCuda) ... ok
 test_FloatTensor_baddbmm__scalar (__main__.TestCuda) ... ok
 test_FloatTensor_baddbmm__two_scalars (__main__.TestCuda) ... ok
 test_FloatTensor_baddbmm_scalar (__main__.TestCuda) ... ok
 test_FloatTensor_baddbmm_two_scalars (__main__.TestCuda) ... ok
 test_FloatTensor_ceil (__main__.TestCuda) ... ok
 test_FloatTensor_ceil_ (__main__.TestCuda) ... ok
 test_FloatTensor_chunk (__main__.TestCuda) ... ok
 test_FloatTensor_chunk_dim (__main__.TestCuda) ... ok
 test_FloatTensor_chunk_neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_clamp (__main__.TestCuda) ... ok
 test_FloatTensor_clamp_ (__main__.TestCuda) ... ok
 test_FloatTensor_clone (__main__.TestCuda) ... ok
 test_FloatTensor_contiguous (__main__.TestCuda) ... ok
 test_FloatTensor_cos (__main__.TestCuda) ... ok
 test_FloatTensor_cos_ (__main__.TestCuda) ... ok
 test_FloatTensor_cosh (__main__.TestCuda) ... ok
 test_FloatTensor_cosh_ (__main__.TestCuda) ... ok
 test_FloatTensor_cross (__main__.TestCuda) ... ok
 test_FloatTensor_cumprod (__main__.TestCuda) ... ok
 test_FloatTensor_cumprod_neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_cumsum (__main__.TestCuda) ... ok
 test_FloatTensor_cumsum_neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_digamma (__main__.TestCuda) ... ok
 test_FloatTensor_digamma_ (__main__.TestCuda) ... ok
 test_FloatTensor_dim (__main__.TestCuda) ... ok
 test_FloatTensor_dist (__main__.TestCuda) ... ok
 test_FloatTensor_dist_2_5_norm (__main__.TestCuda) ... ok
 test_FloatTensor_dist_3_norm (__main__.TestCuda) ... ok
 test_FloatTensor_div (__main__.TestCuda) ... ok
 test_FloatTensor_div_ (__main__.TestCuda) ... ok
 test_FloatTensor_div__tensor (__main__.TestCuda) ... ok
 test_FloatTensor_div_tensor (__main__.TestCuda) ... ok
 test_FloatTensor_dot (__main__.TestCuda) ... ok
 test_FloatTensor_eig_with_eigvec (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_FloatTensor_element_size (__main__.TestCuda) ... ok
 test_FloatTensor_eq (__main__.TestCuda) ... ok
 test_FloatTensor_eq_ (__main__.TestCuda) ... ok
 test_FloatTensor_eq__equal (__main__.TestCuda) ... ok
 test_FloatTensor_eq_equal (__main__.TestCuda) ... ok
 test_FloatTensor_equal (__main__.TestCuda) ... ok
 test_FloatTensor_equal_equal (__main__.TestCuda) ... ok
 test_FloatTensor_erf (__main__.TestCuda) ... ok
 test_FloatTensor_erf_ (__main__.TestCuda) ... ok
 test_FloatTensor_erfc (__main__.TestCuda) ... ok
 test_FloatTensor_erfc_ (__main__.TestCuda) ... ok
 test_FloatTensor_erfinv (__main__.TestCuda) ... ok
 test_FloatTensor_erfinv_ (__main__.TestCuda) ... ok
 test_FloatTensor_exp (__main__.TestCuda) ... ok
 test_FloatTensor_exp_ (__main__.TestCuda) ... ok
 test_FloatTensor_expand (__main__.TestCuda) ... ok
 test_FloatTensor_expand_as (__main__.TestCuda) ... ok
 test_FloatTensor_expm1 (__main__.TestCuda) ... ok
 test_FloatTensor_expm1_ (__main__.TestCuda) ... ok
 test_FloatTensor_fill_ (__main__.TestCuda) ... ok
 test_FloatTensor_flip_d0 (__main__.TestCuda) ... ok
 test_FloatTensor_flip_d012 (__main__.TestCuda) ... ok
 test_FloatTensor_flip_d02 (__main__.TestCuda) ... ok
 test_FloatTensor_flip_d20 (__main__.TestCuda) ... ok
 test_FloatTensor_flip_neg_d (__main__.TestCuda) ... ok
 test_FloatTensor_floor (__main__.TestCuda) ... ok
 test_FloatTensor_floor_ (__main__.TestCuda) ... ok
 test_FloatTensor_fmod__tensor (__main__.TestCuda) ... ok
 test_FloatTensor_fmod__value (__main__.TestCuda) ... ok
 test_FloatTensor_fmod_tensor (__main__.TestCuda) ... ok
 test_FloatTensor_fmod_value (__main__.TestCuda) ... ok
 test_FloatTensor_frac (__main__.TestCuda) ... ok
 test_FloatTensor_frac_ (__main__.TestCuda) ... ok
 test_FloatTensor_ge (__main__.TestCuda) ... ok
 test_FloatTensor_ge_ (__main__.TestCuda) ... ok
 test_FloatTensor_geqrf (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_FloatTensor_gt (__main__.TestCuda) ... ok
 test_FloatTensor_gt_ (__main__.TestCuda) ... ok
 test_FloatTensor_inverse (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_FloatTensor_is_contiguous (__main__.TestCuda) ... ok
 test_FloatTensor_is_same_size_negative (__main__.TestCuda) ... ok
 test_FloatTensor_is_same_size_positive (__main__.TestCuda) ... ok
 test_FloatTensor_is_set_to (__main__.TestCuda) ... ok
 test_FloatTensor_le (__main__.TestCuda) ... ok
 test_FloatTensor_le_ (__main__.TestCuda) ... ok
 test_FloatTensor_lerp (__main__.TestCuda) ... ok
 test_FloatTensor_lerp_ (__main__.TestCuda) ... ok
 test_FloatTensor_lgamma (__main__.TestCuda) ... ok
 test_FloatTensor_lgamma_ (__main__.TestCuda) ... ok
 test_FloatTensor_log (__main__.TestCuda) ... ok
 test_FloatTensor_log10 (__main__.TestCuda) ... ok
 test_FloatTensor_log10_ (__main__.TestCuda) ... ok
 test_FloatTensor_log1p (__main__.TestCuda) ... ok
 test_FloatTensor_log1p_ (__main__.TestCuda) ... ok
 test_FloatTensor_log2 (__main__.TestCuda) ... ok
 test_FloatTensor_log2_ (__main__.TestCuda) ... ok
 test_FloatTensor_log_ (__main__.TestCuda) ... ok
 test_FloatTensor_lt (__main__.TestCuda) ... ok
 test_FloatTensor_lt_ (__main__.TestCuda) ... ok
 test_FloatTensor_max (__main__.TestCuda) ... ok
 test_FloatTensor_max_dim (__main__.TestCuda) ... ok
 test_FloatTensor_max_elementwise (__main__.TestCuda) ... ok
 test_FloatTensor_max_neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_mean (__main__.TestCuda) ... ok
 test_FloatTensor_mean_dim (__main__.TestCuda) ... ok
 test_FloatTensor_mean_neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_min (__main__.TestCuda) ... ok
 test_FloatTensor_min_dim (__main__.TestCuda) ... ok
 test_FloatTensor_min_elementwise (__main__.TestCuda) ... ok
 test_FloatTensor_min_neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_mode (__main__.TestCuda) ... ok
 test_FloatTensor_mode_dim (__main__.TestCuda) ... ok
 test_FloatTensor_mode_neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_mul (__main__.TestCuda) ... ok
 test_FloatTensor_mul_ (__main__.TestCuda) ... ok
 test_FloatTensor_mul__tensor (__main__.TestCuda) ... ok
 test_FloatTensor_mul_scalar (__main__.TestCuda) ... ok
 test_FloatTensor_mul_tensor (__main__.TestCuda) ... ok
 test_FloatTensor_mvlgamma_2d_p=1 (__main__.TestCuda) ... ok
 test_FloatTensor_mvlgamma_2d_p=2 (__main__.TestCuda) ... ok
 test_FloatTensor_mvlgamma__2d_p=1 (__main__.TestCuda) ... ok
 test_FloatTensor_mvlgamma__2d_p=2 (__main__.TestCuda) ... ok
 test_FloatTensor_narrow (__main__.TestCuda) ... ok
 test_FloatTensor_narrow_neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_ndimension (__main__.TestCuda) ... ok
 test_FloatTensor_ne (__main__.TestCuda) ... ok
 test_FloatTensor_ne_ (__main__.TestCuda) ... ok
 test_FloatTensor_ne__equal (__main__.TestCuda) ... ok
 test_FloatTensor_ne_equal (__main__.TestCuda) ... ok
 test_FloatTensor_neg (__main__.TestCuda) ... ok
 test_FloatTensor_neg_ (__main__.TestCuda) ... ok
 test_FloatTensor_nelement (__main__.TestCuda) ... ok
 test_FloatTensor_nonzero (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_FloatTensor_norm (__main__.TestCuda) ... ok
 test_FloatTensor_norm_3_norm (__main__.TestCuda) ... ok
 test_FloatTensor_norm_3_norm_dim (__main__.TestCuda) ... ok
 test_FloatTensor_norm_3_norm_neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_numel (__main__.TestCuda) ... ok
 test_FloatTensor_permute (__main__.TestCuda) ... ok
 test_FloatTensor_pow (__main__.TestCuda) ... ok
 test_FloatTensor_pow_ (__main__.TestCuda) ... ok
 test_FloatTensor_pow__pow-1 (__main__.TestCuda) ... ok
 test_FloatTensor_pow__pow-2 (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_FloatTensor_pow__pow1 (__main__.TestCuda) ... ok
 test_FloatTensor_pow__pow2 (__main__.TestCuda) ... ok
 test_FloatTensor_pow__pow3 (__main__.TestCuda) ... ok
 test_FloatTensor_pow__tensor (__main__.TestCuda) ... ok
 test_FloatTensor_pow_pow-1 (__main__.TestCuda) ... ok
 test_FloatTensor_pow_pow-2 (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_FloatTensor_pow_pow1 (__main__.TestCuda) ... ok
 test_FloatTensor_pow_pow2 (__main__.TestCuda) ... ok
 test_FloatTensor_pow_pow3 (__main__.TestCuda) ... ok
 test_FloatTensor_pow_tensor (__main__.TestCuda) ... ok
 test_FloatTensor_prod (__main__.TestCuda) ... ok
 test_FloatTensor_prod_dim (__main__.TestCuda) ... ok
 test_FloatTensor_prod_neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_put_ (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_FloatTensor_put__accumulate (__main__.TestCuda) ... ok
 test_FloatTensor_put__empty (__main__.TestCuda) ... ok
 test_FloatTensor_qr_big (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_FloatTensor_qr_fat (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_FloatTensor_qr_skinny (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_FloatTensor_qr_square (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_FloatTensor_reciprocal (__main__.TestCuda) ... ok
 test_FloatTensor_reciprocal_ (__main__.TestCuda) ... ok
 test_FloatTensor_remainder__negative_tensor (__main__.TestCuda) ... ok
 test_FloatTensor_remainder__negative_value (__main__.TestCuda) ... ok
 test_FloatTensor_remainder__tensor (__main__.TestCuda) ... ok
 test_FloatTensor_remainder__value (__main__.TestCuda) ... ok
 test_FloatTensor_remainder_negative_tensor (__main__.TestCuda) ... ok
 test_FloatTensor_remainder_negative_value (__main__.TestCuda) ... ok
 test_FloatTensor_remainder_tensor (__main__.TestCuda) ... ok
 test_FloatTensor_remainder_value (__main__.TestCuda) ... ok
 test_FloatTensor_renorm_1_5_norm (__main__.TestCuda) ... ok
 test_FloatTensor_renorm_2_norm (__main__.TestCuda) ... ok
 test_FloatTensor_renorm_2_norm_neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_renorm__1_5_norm (__main__.TestCuda) ... ok
 test_FloatTensor_renorm__2_norm (__main__.TestCuda) ... ok
 test_FloatTensor_renorm__2_norm_neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_repeat (__main__.TestCuda) ... ok
 test_FloatTensor_rot90_default (__main__.TestCuda) ... ok
 test_FloatTensor_rot90_k1_d01 (__main__.TestCuda) ... ok
 test_FloatTensor_rot90_k1_d12 (__main__.TestCuda) ... ok
 test_FloatTensor_rot90_k1_neg_d (__main__.TestCuda) ... ok
 test_FloatTensor_round (__main__.TestCuda) ... ok
 test_FloatTensor_round_ (__main__.TestCuda) ... ok
 test_FloatTensor_rsqrt (__main__.TestCuda) ... ok
 test_FloatTensor_rsqrt_ (__main__.TestCuda) ... ok
 test_FloatTensor_sigmoid (__main__.TestCuda) ... ok
 test_FloatTensor_sigmoid_ (__main__.TestCuda) ... ok
 test_FloatTensor_sign (__main__.TestCuda) ... ok
 test_FloatTensor_sign_ (__main__.TestCuda) ... ok
 test_FloatTensor_sin (__main__.TestCuda) ... ok
 test_FloatTensor_sin_ (__main__.TestCuda) ... ok
 test_FloatTensor_sinh (__main__.TestCuda) ... ok
 test_FloatTensor_sinh_ (__main__.TestCuda) ... ok
 test_FloatTensor_size (__main__.TestCuda) ... ok
 test_FloatTensor_size_dim (__main__.TestCuda) ... ok
 test_FloatTensor_size_neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_sort (__main__.TestCuda) ... ok
 test_FloatTensor_sort_dim (__main__.TestCuda) ... ok
 test_FloatTensor_sort_dim_descending (__main__.TestCuda) ... ok
 test_FloatTensor_sort_neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_sort_neg_dim_descending (__main__.TestCuda) ... ok
 test_FloatTensor_split (__main__.TestCuda) ... ok
 test_FloatTensor_split_dim (__main__.TestCuda) ... ok
 test_FloatTensor_split_neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_sqrt (__main__.TestCuda) ... ok
 test_FloatTensor_sqrt_ (__main__.TestCuda) ... ok
 test_FloatTensor_squeeze (__main__.TestCuda) ... ok
 test_FloatTensor_squeeze_ (__main__.TestCuda) ... ok
 test_FloatTensor_squeeze__dim (__main__.TestCuda) ... ok
 test_FloatTensor_squeeze__neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_squeeze_dim (__main__.TestCuda) ... ok
 test_FloatTensor_squeeze_neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_std (__main__.TestCuda) ... ok
 test_FloatTensor_std_dim (__main__.TestCuda) ... ok
 test_FloatTensor_std_neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_sub (__main__.TestCuda) ... ok
 test_FloatTensor_sub_ (__main__.TestCuda) ... ok
 test_FloatTensor_sub__tensor (__main__.TestCuda) ... ok
 test_FloatTensor_sub_tensor (__main__.TestCuda) ... ok
 test_FloatTensor_sum (__main__.TestCuda) ... ok
 test_FloatTensor_sum_dim (__main__.TestCuda) ... ok
 test_FloatTensor_sum_neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_svd_square (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_FloatTensor_svd_square_col_maj (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_FloatTensor_svd_tall_all (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_FloatTensor_svd_tall_all_col_maj (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_FloatTensor_svd_tall_some (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_FloatTensor_svd_tall_some_col_maj (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_FloatTensor_t (__main__.TestCuda) ... ok
 test_FloatTensor_t_ (__main__.TestCuda) ... ok
 test_FloatTensor_take (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_FloatTensor_tan (__main__.TestCuda) ... ok
 test_FloatTensor_tan_ (__main__.TestCuda) ... ok
 test_FloatTensor_tanh (__main__.TestCuda) ... ok
 test_FloatTensor_tanh_ (__main__.TestCuda) ... ok
 test_FloatTensor_topk_dim_desc_sort (__main__.TestCuda) ... ok
 test_FloatTensor_topk_dim_sort (__main__.TestCuda) ... ok
 test_FloatTensor_topk_neg_dim_sort (__main__.TestCuda) ... ok
 test_FloatTensor_trace (__main__.TestCuda) ... ok
 test_FloatTensor_transpose (__main__.TestCuda) ... ok
 test_FloatTensor_transpose_ (__main__.TestCuda) ... ok
 test_FloatTensor_transpose__neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_transpose_neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_tril (__main__.TestCuda) ... ok
 test_FloatTensor_tril_ (__main__.TestCuda) ... ok
 test_FloatTensor_tril__negative (__main__.TestCuda) ... ok
 test_FloatTensor_tril__positive (__main__.TestCuda) ... ok
 test_FloatTensor_tril_negative (__main__.TestCuda) ... ok
 test_FloatTensor_tril_positive (__main__.TestCuda) ... ok
 test_FloatTensor_tril_zero_stride (__main__.TestCuda) ... ok
 test_FloatTensor_triu (__main__.TestCuda) ... ok
 test_FloatTensor_triu_ (__main__.TestCuda) ... ok
 test_FloatTensor_triu__negative (__main__.TestCuda) ... ok
 test_FloatTensor_triu__positive (__main__.TestCuda) ... ok
 test_FloatTensor_triu_negative (__main__.TestCuda) ... ok
 test_FloatTensor_triu_positive (__main__.TestCuda) ... ok
 test_FloatTensor_triu_zero_stride (__main__.TestCuda) ... ok
 test_FloatTensor_trunc (__main__.TestCuda) ... ok
 test_FloatTensor_trunc_ (__main__.TestCuda) ... ok
 test_FloatTensor_unsqueeze (__main__.TestCuda) ... ok
 test_FloatTensor_unsqueeze_ (__main__.TestCuda) ... ok
 test_FloatTensor_unsqueeze__neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_unsqueeze_neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_var (__main__.TestCuda) ... ok
 test_FloatTensor_var_dim (__main__.TestCuda) ... ok
 test_FloatTensor_var_neg_dim (__main__.TestCuda) ... ok
 test_FloatTensor_view_as (__main__.TestCuda) ... ok
 test_FloatTensor_view_contiguous (__main__.TestCuda) ... ok
 test_FloatTensor_zero_ (__main__.TestCuda) ... ok
 test_HalfTensor_abs (__main__.TestCuda) ... ok
 test_HalfTensor_abs_ (__main__.TestCuda) ... ok
 test_HalfTensor_acos (__main__.TestCuda) ... ok
 test_HalfTensor_acos_ (__main__.TestCuda) ... ok
 test_HalfTensor_add (__main__.TestCuda) ... ok
 test_HalfTensor_add_ (__main__.TestCuda) ... ok
 test_HalfTensor_add__scalar_tensor (__main__.TestCuda) ... ok
 test_HalfTensor_add__tensor (__main__.TestCuda) ... ok
 test_HalfTensor_add_scalar_tensor (__main__.TestCuda) ... ok
 test_HalfTensor_add_tensor (__main__.TestCuda) ... ok
 test_HalfTensor_addbmm (__main__.TestCuda) ... ok
 test_HalfTensor_addbmm_ (__main__.TestCuda) ... ok
 test_HalfTensor_addbmm__scalar (__main__.TestCuda) ... ok
 test_HalfTensor_addbmm__two_scalars (__main__.TestCuda) ... ok
 test_HalfTensor_addbmm_scalar (__main__.TestCuda) ... ok
 test_HalfTensor_addbmm_two_scalars (__main__.TestCuda) ... ok
 test_HalfTensor_addcdiv (__main__.TestCuda) ... ok
 test_HalfTensor_addcdiv_ (__main__.TestCuda) ... ok
 test_HalfTensor_addcdiv__scalar (__main__.TestCuda) ... ok
 test_HalfTensor_addcdiv_scalar (__main__.TestCuda) ... ok
 test_HalfTensor_addcmul (__main__.TestCuda) ... ok
 test_HalfTensor_addcmul_ (__main__.TestCuda) ... ok
 test_HalfTensor_addcmul__scalar (__main__.TestCuda) ... ok
 test_HalfTensor_addcmul_scalar (__main__.TestCuda) ... ok
 test_HalfTensor_addmm (__main__.TestCuda) ... ok
 test_HalfTensor_addmm_ (__main__.TestCuda) ... ok
 test_HalfTensor_addmm__scalar (__main__.TestCuda) ... ok
 test_HalfTensor_addmm__two_scalars (__main__.TestCuda) ... ok
 test_HalfTensor_addmm_scalar (__main__.TestCuda) ... ok
 test_HalfTensor_addmm_two_scalars (__main__.TestCuda) ... ok
 test_HalfTensor_addmv (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_HalfTensor_addmv_ (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_HalfTensor_addmv__scalar (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_HalfTensor_addmv__two_scalars (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_HalfTensor_addmv_scalar (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_HalfTensor_addmv_two_scalars (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_HalfTensor_addr (__main__.TestCuda) ... ok
 test_HalfTensor_addr_ (__main__.TestCuda) ... ok
 test_HalfTensor_addr__scalar (__main__.TestCuda) ... ok
 test_HalfTensor_addr__two_scalars (__main__.TestCuda) ... ok
 test_HalfTensor_addr_scalar (__main__.TestCuda) ... ok
 test_HalfTensor_addr_two_scalars (__main__.TestCuda) ... ok
 test_HalfTensor_asin (__main__.TestCuda) ... ok
 test_HalfTensor_asin_ (__main__.TestCuda) ... ok
 test_HalfTensor_atan (__main__.TestCuda) ... ok
 test_HalfTensor_atan2 (__main__.TestCuda) ... ok
 test_HalfTensor_atan2_ (__main__.TestCuda) ... ok
 test_HalfTensor_atan_ (__main__.TestCuda) ... ok
 test_HalfTensor_baddbmm (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_HalfTensor_baddbmm_ (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_HalfTensor_baddbmm__scalar (__main__.TestCuda) ... ok
 test_HalfTensor_baddbmm__two_scalars (__main__.TestCuda) ... ok
 test_HalfTensor_baddbmm_scalar (__main__.TestCuda) ... ok
 test_HalfTensor_baddbmm_two_scalars (__main__.TestCuda) ... ok
 test_HalfTensor_ceil (__main__.TestCuda) ... ok
 test_HalfTensor_ceil_ (__main__.TestCuda) ... ok
 test_HalfTensor_chunk (__main__.TestCuda) ... ok
 test_HalfTensor_chunk_dim (__main__.TestCuda) ... ok
 test_HalfTensor_chunk_neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_clone (__main__.TestCuda) ... ok
 test_HalfTensor_contiguous (__main__.TestCuda) ... ok
 test_HalfTensor_cos (__main__.TestCuda) ... ok
 test_HalfTensor_cos_ (__main__.TestCuda) ... ok
 test_HalfTensor_cosh (__main__.TestCuda) ... ok
 test_HalfTensor_cosh_ (__main__.TestCuda) ... ok
 test_HalfTensor_cross (__main__.TestCuda) ... ok
 test_HalfTensor_cumprod (__main__.TestCuda) ... ok
 test_HalfTensor_cumprod_neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_cumsum (__main__.TestCuda) ... ok
 test_HalfTensor_cumsum_neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_digamma (__main__.TestCuda) ... ok
 test_HalfTensor_digamma_ (__main__.TestCuda) ... ok
 test_HalfTensor_dim (__main__.TestCuda) ... ok
 test_HalfTensor_dist (__main__.TestCuda) ... ok
 test_HalfTensor_dist_2_5_norm (__main__.TestCuda) ... ok
 test_HalfTensor_dist_3_norm (__main__.TestCuda) ... ok
 test_HalfTensor_div (__main__.TestCuda) ... ok
 test_HalfTensor_div_ (__main__.TestCuda) ... ok
 test_HalfTensor_div__tensor (__main__.TestCuda) ... ok
 test_HalfTensor_div_tensor (__main__.TestCuda) ... ok
 test_HalfTensor_dot (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_HalfTensor_element_size (__main__.TestCuda) ... ok
 test_HalfTensor_eq (__main__.TestCuda) ... ok
 test_HalfTensor_eq_ (__main__.TestCuda) ... ok
 test_HalfTensor_eq__equal (__main__.TestCuda) ... ok
 test_HalfTensor_eq_equal (__main__.TestCuda) ... ok
 test_HalfTensor_equal (__main__.TestCuda) ... ok
 test_HalfTensor_equal_equal (__main__.TestCuda) ... ok
 test_HalfTensor_erf (__main__.TestCuda) ... ok
 test_HalfTensor_erf_ (__main__.TestCuda) ... ok
 test_HalfTensor_erfc (__main__.TestCuda) ... ok
 test_HalfTensor_erfc_ (__main__.TestCuda) ... ok
 test_HalfTensor_erfinv (__main__.TestCuda) ... ok
 test_HalfTensor_erfinv_ (__main__.TestCuda) ... ok
 test_HalfTensor_exp (__main__.TestCuda) ... ok
 test_HalfTensor_exp_ (__main__.TestCuda) ... ok
 test_HalfTensor_expand (__main__.TestCuda) ... ok
 test_HalfTensor_expand_as (__main__.TestCuda) ... ok
 test_HalfTensor_expm1 (__main__.TestCuda) ... ok
 test_HalfTensor_expm1_ (__main__.TestCuda) ... ok
 test_HalfTensor_fill_ (__main__.TestCuda) ... ok
 test_HalfTensor_flip_d0 (__main__.TestCuda) ... ok
 test_HalfTensor_flip_d012 (__main__.TestCuda) ... ok
 test_HalfTensor_flip_d02 (__main__.TestCuda) ... ok
 test_HalfTensor_flip_d20 (__main__.TestCuda) ... ok
 test_HalfTensor_flip_neg_d (__main__.TestCuda) ... ok
 test_HalfTensor_floor (__main__.TestCuda) ... ok
 test_HalfTensor_floor_ (__main__.TestCuda) ... ok
 test_HalfTensor_fmod__tensor (__main__.TestCuda) ... ok
 test_HalfTensor_fmod__value (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_HalfTensor_fmod_tensor (__main__.TestCuda) ... ok
 test_HalfTensor_fmod_value (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_HalfTensor_frac (__main__.TestCuda) ... ok
 test_HalfTensor_frac_ (__main__.TestCuda) ... ok
 test_HalfTensor_ge (__main__.TestCuda) ... ok
 test_HalfTensor_ge_ (__main__.TestCuda) ... ok
 test_HalfTensor_gt (__main__.TestCuda) ... ok
 test_HalfTensor_gt_ (__main__.TestCuda) ... ok
 test_HalfTensor_is_contiguous (__main__.TestCuda) ... ok
 test_HalfTensor_is_same_size_negative (__main__.TestCuda) ... ok
 test_HalfTensor_is_same_size_positive (__main__.TestCuda) ... ok
 test_HalfTensor_is_set_to (__main__.TestCuda) ... ok
 test_HalfTensor_le (__main__.TestCuda) ... ok
 test_HalfTensor_le_ (__main__.TestCuda) ... ok
 test_HalfTensor_lerp (__main__.TestCuda) ... ok
 test_HalfTensor_lerp_ (__main__.TestCuda) ... ok
 test_HalfTensor_lgamma (__main__.TestCuda) ... ok
 test_HalfTensor_lgamma_ (__main__.TestCuda) ... ok
 test_HalfTensor_log (__main__.TestCuda) ... ok
 test_HalfTensor_log10 (__main__.TestCuda) ... ok
 test_HalfTensor_log10_ (__main__.TestCuda) ... ok
 test_HalfTensor_log1p (__main__.TestCuda) ... ok
 test_HalfTensor_log1p_ (__main__.TestCuda) ... ok
 test_HalfTensor_log2 (__main__.TestCuda) ... ok
 test_HalfTensor_log2_ (__main__.TestCuda) ... ok
 test_HalfTensor_log_ (__main__.TestCuda) ... ok
 test_HalfTensor_lt (__main__.TestCuda) ... ok
 test_HalfTensor_lt_ (__main__.TestCuda) ... ok
 test_HalfTensor_max (__main__.TestCuda) ... ok
 test_HalfTensor_max_dim (__main__.TestCuda) ... ok
 test_HalfTensor_max_elementwise (__main__.TestCuda) ... ok
 test_HalfTensor_max_neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_mean (__main__.TestCuda) ... ok
 test_HalfTensor_mean_dim (__main__.TestCuda) ... ok
 test_HalfTensor_mean_neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_min (__main__.TestCuda) ... ok
 test_HalfTensor_min_dim (__main__.TestCuda) ... ok
 test_HalfTensor_min_elementwise (__main__.TestCuda) ... ok
 test_HalfTensor_min_neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_mode (__main__.TestCuda) ... ok
 test_HalfTensor_mode_dim (__main__.TestCuda) ... ok
 test_HalfTensor_mode_neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_mul (__main__.TestCuda) ... ok
 test_HalfTensor_mul_ (__main__.TestCuda) ... ok
 test_HalfTensor_mul__tensor (__main__.TestCuda) ... ok
 test_HalfTensor_mul_scalar (__main__.TestCuda) ... ok
 test_HalfTensor_mul_tensor (__main__.TestCuda) ... ok
 test_HalfTensor_narrow (__main__.TestCuda) ... ok
 test_HalfTensor_narrow_neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_ndimension (__main__.TestCuda) ... ok
 test_HalfTensor_ne (__main__.TestCuda) ... ok
 test_HalfTensor_ne_ (__main__.TestCuda) ... ok
 test_HalfTensor_ne__equal (__main__.TestCuda) ... ok
 test_HalfTensor_ne_equal (__main__.TestCuda) ... ok
 test_HalfTensor_neg (__main__.TestCuda) ... ok
 test_HalfTensor_neg_ (__main__.TestCuda) ... ok
 test_HalfTensor_nelement (__main__.TestCuda) ... ok
 test_HalfTensor_nonzero (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_HalfTensor_norm (__main__.TestCuda) ... ok
 test_HalfTensor_norm_3_norm (__main__.TestCuda) ... ok
 test_HalfTensor_norm_3_norm_dim (__main__.TestCuda) ... ok
 test_HalfTensor_norm_3_norm_neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_numel (__main__.TestCuda) ... ok
 test_HalfTensor_permute (__main__.TestCuda) ... ok
 test_HalfTensor_pow (__main__.TestCuda) ... ok
 test_HalfTensor_pow_ (__main__.TestCuda) ... ok
 test_HalfTensor_pow__pow-1 (__main__.TestCuda) ... ok
 test_HalfTensor_pow__pow1 (__main__.TestCuda) ... ok
 test_HalfTensor_pow__pow2 (__main__.TestCuda) ... ok
 test_HalfTensor_pow__pow3 (__main__.TestCuda) ... ok
 test_HalfTensor_pow__tensor (__main__.TestCuda) ... ok
 test_HalfTensor_pow_pow-1 (__main__.TestCuda) ... ok
 test_HalfTensor_pow_pow1 (__main__.TestCuda) ... ok
 test_HalfTensor_pow_pow2 (__main__.TestCuda) ... ok
 test_HalfTensor_pow_pow3 (__main__.TestCuda) ... ok
 test_HalfTensor_pow_tensor (__main__.TestCuda) ... ok
 test_HalfTensor_prod (__main__.TestCuda) ... ok
 test_HalfTensor_prod_dim (__main__.TestCuda) ... ok
 test_HalfTensor_prod_neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_put_ (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_HalfTensor_put__accumulate (__main__.TestCuda) ... ok
 test_HalfTensor_put__empty (__main__.TestCuda) ... ok
 test_HalfTensor_reciprocal (__main__.TestCuda) ... ok
 test_HalfTensor_reciprocal_ (__main__.TestCuda) ... ok
 test_HalfTensor_remainder__tensor (__main__.TestCuda) ... ok
 test_HalfTensor_remainder__value (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_HalfTensor_remainder_tensor (__main__.TestCuda) ... ok
 test_HalfTensor_remainder_value (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_HalfTensor_renorm_1_5_norm (__main__.TestCuda) ... ok
 test_HalfTensor_renorm_2_norm (__main__.TestCuda) ... ok
 test_HalfTensor_renorm_2_norm_neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_renorm__1_5_norm (__main__.TestCuda) ... ok
 test_HalfTensor_renorm__2_norm (__main__.TestCuda) ... ok
 test_HalfTensor_renorm__2_norm_neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_repeat (__main__.TestCuda) ... ok
 test_HalfTensor_rot90_default (__main__.TestCuda) ... ok
 test_HalfTensor_rot90_k1_d01 (__main__.TestCuda) ... ok
 test_HalfTensor_rot90_k1_d12 (__main__.TestCuda) ... ok
 test_HalfTensor_rot90_k1_neg_d (__main__.TestCuda) ... ok
 test_HalfTensor_round (__main__.TestCuda) ... ok
 test_HalfTensor_round_ (__main__.TestCuda) ... ok
 test_HalfTensor_rsqrt (__main__.TestCuda) ... ok
 test_HalfTensor_rsqrt_ (__main__.TestCuda) ... ok
 test_HalfTensor_sigmoid (__main__.TestCuda) ... ok
 test_HalfTensor_sigmoid_ (__main__.TestCuda) ... ok
 test_HalfTensor_sign (__main__.TestCuda) ... ok
 test_HalfTensor_sign_ (__main__.TestCuda) ... ok
 test_HalfTensor_sin (__main__.TestCuda) ... ok
 test_HalfTensor_sin_ (__main__.TestCuda) ... ok
 test_HalfTensor_sinh (__main__.TestCuda) ... ok
 test_HalfTensor_sinh_ (__main__.TestCuda) ... ok
 test_HalfTensor_size (__main__.TestCuda) ... ok
 test_HalfTensor_size_dim (__main__.TestCuda) ... ok
 test_HalfTensor_size_neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_sort (__main__.TestCuda) ... ok
 test_HalfTensor_sort_dim (__main__.TestCuda) ... ok
 test_HalfTensor_sort_dim_descending (__main__.TestCuda) ... ok
 test_HalfTensor_sort_neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_sort_neg_dim_descending (__main__.TestCuda) ... ok
 test_HalfTensor_split (__main__.TestCuda) ... ok
 test_HalfTensor_split_dim (__main__.TestCuda) ... ok
 test_HalfTensor_split_neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_sqrt (__main__.TestCuda) ... ok
 test_HalfTensor_sqrt_ (__main__.TestCuda) ... ok
 test_HalfTensor_squeeze (__main__.TestCuda) ... ok
 test_HalfTensor_squeeze_ (__main__.TestCuda) ... ok
 test_HalfTensor_squeeze__dim (__main__.TestCuda) ... ok
 test_HalfTensor_squeeze__neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_squeeze_dim (__main__.TestCuda) ... ok
 test_HalfTensor_squeeze_neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_std (__main__.TestCuda) ... ok
 test_HalfTensor_std_dim (__main__.TestCuda) ... ok
 test_HalfTensor_std_neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_sub (__main__.TestCuda) ... ok
 test_HalfTensor_sub_ (__main__.TestCuda) ... ok
 test_HalfTensor_sub__tensor (__main__.TestCuda) ... ok
 test_HalfTensor_sub_tensor (__main__.TestCuda) ... ok
 test_HalfTensor_sum (__main__.TestCuda) ... ok
 test_HalfTensor_sum_dim (__main__.TestCuda) ... ok
 test_HalfTensor_sum_neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_t (__main__.TestCuda) ... ok
 test_HalfTensor_t_ (__main__.TestCuda) ... ok
 test_HalfTensor_take (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_HalfTensor_tan (__main__.TestCuda) ... ok
 test_HalfTensor_tan_ (__main__.TestCuda) ... ok
 test_HalfTensor_tanh (__main__.TestCuda) ... ok
 test_HalfTensor_tanh_ (__main__.TestCuda) ... ok
 test_HalfTensor_topk_dim_desc_sort (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_HalfTensor_topk_dim_sort (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_HalfTensor_topk_neg_dim_sort (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_HalfTensor_trace (__main__.TestCuda) ... ok
 test_HalfTensor_transpose (__main__.TestCuda) ... ok
 test_HalfTensor_transpose_ (__main__.TestCuda) ... ok
 test_HalfTensor_transpose__neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_transpose_neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_tril (__main__.TestCuda) ... ok
 test_HalfTensor_tril_ (__main__.TestCuda) ... ok
 test_HalfTensor_tril__negative (__main__.TestCuda) ... ok
 test_HalfTensor_tril__positive (__main__.TestCuda) ... ok
 test_HalfTensor_tril_negative (__main__.TestCuda) ... ok
 test_HalfTensor_tril_positive (__main__.TestCuda) ... ok
 test_HalfTensor_tril_zero_stride (__main__.TestCuda) ... ok
 test_HalfTensor_triu (__main__.TestCuda) ... ok
 test_HalfTensor_triu_ (__main__.TestCuda) ... ok
 test_HalfTensor_triu__negative (__main__.TestCuda) ... ok
 test_HalfTensor_triu__positive (__main__.TestCuda) ... ok
 test_HalfTensor_triu_negative (__main__.TestCuda) ... ok
 test_HalfTensor_triu_positive (__main__.TestCuda) ... ok
 test_HalfTensor_triu_zero_stride (__main__.TestCuda) ... ok
 test_HalfTensor_trunc (__main__.TestCuda) ... ok
 test_HalfTensor_trunc_ (__main__.TestCuda) ... ok
 test_HalfTensor_unsqueeze (__main__.TestCuda) ... ok
 test_HalfTensor_unsqueeze_ (__main__.TestCuda) ... ok
 test_HalfTensor_unsqueeze__neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_unsqueeze_neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_var (__main__.TestCuda) ... ok
 test_HalfTensor_var_dim (__main__.TestCuda) ... ok
 test_HalfTensor_var_neg_dim (__main__.TestCuda) ... ok
 test_HalfTensor_view_as (__main__.TestCuda) ... ok
 test_HalfTensor_view_contiguous (__main__.TestCuda) ... ok
 test_HalfTensor_zero_ (__main__.TestCuda) ... ok
 test_IntTensor___lshift__ (__main__.TestCuda) ... ok
 test_IntTensor___rshift__ (__main__.TestCuda) ... ok
 test_IntTensor_abs (__main__.TestCuda) ... ok
 test_IntTensor_abs_ (__main__.TestCuda) ... ok
 test_IntTensor_add (__main__.TestCuda) ... ok
 test_IntTensor_add_ (__main__.TestCuda) ... ok
 test_IntTensor_add__scalar_tensor (__main__.TestCuda) ... ok
 test_IntTensor_add__tensor (__main__.TestCuda) ... ok
 test_IntTensor_add_scalar_tensor (__main__.TestCuda) ... ok
 test_IntTensor_add_tensor (__main__.TestCuda) ... ok
 test_IntTensor_addbmm__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_addbmm__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_addbmm_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_addbmm_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_addcdiv (__main__.TestCuda) ... ok
 test_IntTensor_addcdiv_ (__main__.TestCuda) ... ok
 test_IntTensor_addcdiv__scalar (__main__.TestCuda) ... ok
 test_IntTensor_addcdiv_scalar (__main__.TestCuda) ... ok
 test_IntTensor_addcmul (__main__.TestCuda) ... ok
 test_IntTensor_addcmul_ (__main__.TestCuda) ... ok
 test_IntTensor_addcmul__scalar (__main__.TestCuda) ... ok
 test_IntTensor_addcmul_scalar (__main__.TestCuda) ... ok
 test_IntTensor_addmm (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_addmm_ (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_addmm__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_addmm__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_addmm_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_addmm_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_addmv (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_addmv_ (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_addmv__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_addmv__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_addmv_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_addmv_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_addr (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_addr_ (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_addr__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_addr__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_addr_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_addr_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_baddbmm (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_baddbmm_ (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_baddbmm__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_baddbmm__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_baddbmm_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_baddbmm_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_IntTensor_chunk (__main__.TestCuda) ... ok
 test_IntTensor_chunk_dim (__main__.TestCuda) ... ok
 test_IntTensor_chunk_neg_dim (__main__.TestCuda) ... ok
 test_IntTensor_clamp (__main__.TestCuda) ... ok
 test_IntTensor_clamp_ (__main__.TestCuda) ... ok
 test_IntTensor_clone (__main__.TestCuda) ... ok
 test_IntTensor_contiguous (__main__.TestCuda) ... ok
 test_IntTensor_cross (__main__.TestCuda) ... ok
 test_IntTensor_cumprod (__main__.TestCuda) ... ok
 test_IntTensor_cumprod_neg_dim (__main__.TestCuda) ... ok
 test_IntTensor_cumsum (__main__.TestCuda) ... ok
 test_IntTensor_cumsum_neg_dim (__main__.TestCuda) ... ok
 test_IntTensor_dim (__main__.TestCuda) ... ok
 test_IntTensor_div (__main__.TestCuda) ... ok
 test_IntTensor_div_ (__main__.TestCuda) ... ok
 test_IntTensor_div__tensor (__main__.TestCuda) ... ok
 test_IntTensor_div_tensor (__main__.TestCuda) ... ok
 test_IntTensor_element_size (__main__.TestCuda) ... ok
 test_IntTensor_eq (__main__.TestCuda) ... ok
 test_IntTensor_eq_ (__main__.TestCuda) ... ok
 test_IntTensor_eq__equal (__main__.TestCuda) ... ok
 test_IntTensor_eq_equal (__main__.TestCuda) ... ok
 test_IntTensor_equal (__main__.TestCuda) ... ok
 test_IntTensor_equal_equal (__main__.TestCuda) ... ok
 test_IntTensor_expand (__main__.TestCuda) ... ok
 test_IntTensor_expand_as (__main__.TestCuda) ... ok
 test_IntTensor_fill_ (__main__.TestCuda) ... ok
 test_IntTensor_flip_d0 (__main__.TestCuda) ... ok
 test_IntTensor_flip_d012 (__main__.TestCuda) ... ok
 test_IntTensor_flip_d02 (__main__.TestCuda) ... ok
 test_IntTensor_flip_d20 (__main__.TestCuda) ... ok
 test_IntTensor_flip_neg_d (__main__.TestCuda) ... ok
 test_IntTensor_fmod__tensor (__main__.TestCuda) ... ok
 test_IntTensor_fmod__value (__main__.TestCuda) ... ok
 test_IntTensor_fmod_tensor (__main__.TestCuda) ... ok
 test_IntTensor_fmod_value (__main__.TestCuda) ... ok
 test_IntTensor_ge (__main__.TestCuda) ... ok
 test_IntTensor_ge_ (__main__.TestCuda) ... ok
 test_IntTensor_gt (__main__.TestCuda) ... ok
 test_IntTensor_gt_ (__main__.TestCuda) ... ok
 test_IntTensor_is_contiguous (__main__.TestCuda) ... ok
 test_IntTensor_is_same_size_negative (__main__.TestCuda) ... ok
 test_IntTensor_is_same_size_positive (__main__.TestCuda) ... ok
 test_IntTensor_is_set_to (__main__.TestCuda) ... ok
 test_IntTensor_le (__main__.TestCuda) ... ok
 test_IntTensor_le_ (__main__.TestCuda) ... ok
 test_IntTensor_lt (__main__.TestCuda) ... ok
 test_IntTensor_lt_ (__main__.TestCuda) ... ok
 test_IntTensor_max (__main__.TestCuda) ... ok
 test_IntTensor_max_dim (__main__.TestCuda) ... ok
 test_IntTensor_max_elementwise (__main__.TestCuda) ... ok
 test_IntTensor_max_neg_dim (__main__.TestCuda) ... ok
 test_IntTensor_min (__main__.TestCuda) ... ok
 test_IntTensor_min_dim (__main__.TestCuda) ... ok
 test_IntTensor_min_elementwise (__main__.TestCuda) ... ok
 test_IntTensor_min_neg_dim (__main__.TestCuda) ... ok
 test_IntTensor_mode (__main__.TestCuda) ... ok
 test_IntTensor_mode_dim (__main__.TestCuda) ... ok
 test_IntTensor_mode_neg_dim (__main__.TestCuda) ... ok
 test_IntTensor_mul (__main__.TestCuda) ... ok
 test_IntTensor_mul_ (__main__.TestCuda) ... ok
 test_IntTensor_mul__tensor (__main__.TestCuda) ... ok
 test_IntTensor_mul_scalar (__main__.TestCuda) ... ok
 test_IntTensor_mul_tensor (__main__.TestCuda) ... ok
 test_IntTensor_narrow (__main__.TestCuda) ... ok
 test_IntTensor_narrow_neg_dim (__main__.TestCuda) ... ok
 test_IntTensor_ndimension (__main__.TestCuda) ... ok
 test_IntTensor_ne (__main__.TestCuda) ... ok
 test_IntTensor_ne_ (__main__.TestCuda) ... ok
 test_IntTensor_ne__equal (__main__.TestCuda) ... ok
 test_IntTensor_ne_equal (__main__.TestCuda) ... ok
 test_IntTensor_nelement (__main__.TestCuda) ... ok
 test_IntTensor_nonzero (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_IntTensor_numel (__main__.TestCuda) ... ok
 test_IntTensor_permute (__main__.TestCuda) ... ok
 test_IntTensor_pow__pow1 (__main__.TestCuda) ... ok
 test_IntTensor_pow__pow2 (__main__.TestCuda) ... ok
 test_IntTensor_pow__pow3 (__main__.TestCuda) ... ok
 test_IntTensor_pow_pow1 (__main__.TestCuda) ... ok
 test_IntTensor_pow_pow2 (__main__.TestCuda) ... ok
 test_IntTensor_pow_pow3 (__main__.TestCuda) ... ok
 test_IntTensor_prod (__main__.TestCuda) ... ok
 test_IntTensor_prod_dim (__main__.TestCuda) ... ok
 test_IntTensor_prod_neg_dim (__main__.TestCuda) ... ok
 test_IntTensor_put_ (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_IntTensor_put__accumulate (__main__.TestCuda) ... ok
 test_IntTensor_put__empty (__main__.TestCuda) ... ok
 test_IntTensor_remainder__negative_tensor (__main__.TestCuda) ... ok
 test_IntTensor_remainder__negative_value (__main__.TestCuda) ... ok
 test_IntTensor_remainder__tensor (__main__.TestCuda) ... ok
 test_IntTensor_remainder__value (__main__.TestCuda) ... ok
 test_IntTensor_remainder_negative_tensor (__main__.TestCuda) ... ok
 test_IntTensor_remainder_negative_value (__main__.TestCuda) ... ok
 test_IntTensor_remainder_tensor (__main__.TestCuda) ... ok
 test_IntTensor_remainder_value (__main__.TestCuda) ... ok
 test_IntTensor_repeat (__main__.TestCuda) ... ok
 test_IntTensor_rot90_default (__main__.TestCuda) ... ok
 test_IntTensor_rot90_k1_d01 (__main__.TestCuda) ... ok
 test_IntTensor_rot90_k1_d12 (__main__.TestCuda) ... ok
 test_IntTensor_rot90_k1_neg_d (__main__.TestCuda) ... ok
 test_IntTensor_sign (__main__.TestCuda) ... ok
 test_IntTensor_sign_ (__main__.TestCuda) ... ok
 test_IntTensor_size (__main__.TestCuda) ... ok
 test_IntTensor_size_dim (__main__.TestCuda) ... ok
 test_IntTensor_size_neg_dim (__main__.TestCuda) ... ok
 test_IntTensor_sort (__main__.TestCuda) ... ok
 test_IntTensor_sort_dim (__main__.TestCuda) ... ok
 test_IntTensor_sort_dim_descending (__main__.TestCuda) ... ok
 test_IntTensor_sort_neg_dim (__main__.TestCuda) ... ok
 test_IntTensor_sort_neg_dim_descending (__main__.TestCuda) ... ok
 test_IntTensor_split (__main__.TestCuda) ... ok
 test_IntTensor_split_dim (__main__.TestCuda) ... ok
 test_IntTensor_split_neg_dim (__main__.TestCuda) ... ok
 test_IntTensor_squeeze (__main__.TestCuda) ... ok
 test_IntTensor_squeeze_ (__main__.TestCuda) ... ok
 test_IntTensor_squeeze__dim (__main__.TestCuda) ... ok
 test_IntTensor_squeeze__neg_dim (__main__.TestCuda) ... ok
 test_IntTensor_squeeze_dim (__main__.TestCuda) ... ok
 test_IntTensor_squeeze_neg_dim (__main__.TestCuda) ... ok
 test_IntTensor_sub (__main__.TestCuda) ... ok
 test_IntTensor_sub_ (__main__.TestCuda) ... ok
 test_IntTensor_sub__tensor (__main__.TestCuda) ... ok
 test_IntTensor_sub_tensor (__main__.TestCuda) ... ok
 test_IntTensor_sum (__main__.TestCuda) ... ok
 test_IntTensor_sum_dim (__main__.TestCuda) ... ok
 test_IntTensor_sum_neg_dim (__main__.TestCuda) ... ok
 test_IntTensor_t (__main__.TestCuda) ... ok
 test_IntTensor_t_ (__main__.TestCuda) ... ok
 test_IntTensor_take (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_IntTensor_topk_dim_desc_sort (__main__.TestCuda) ... ok
 test_IntTensor_topk_dim_sort (__main__.TestCuda) ... ok
 test_IntTensor_topk_neg_dim_sort (__main__.TestCuda) ... ok
 test_IntTensor_trace (__main__.TestCuda) ... ok
 test_IntTensor_transpose (__main__.TestCuda) ... ok
 test_IntTensor_transpose_ (__main__.TestCuda) ... ok
 test_IntTensor_transpose__neg_dim (__main__.TestCuda) ... ok
 test_IntTensor_transpose_neg_dim (__main__.TestCuda) ... ok
 test_IntTensor_tril (__main__.TestCuda) ... ok
 test_IntTensor_tril_ (__main__.TestCuda) ... ok
 test_IntTensor_tril__negative (__main__.TestCuda) ... ok
 test_IntTensor_tril__positive (__main__.TestCuda) ... ok
 test_IntTensor_tril_negative (__main__.TestCuda) ... ok
 test_IntTensor_tril_positive (__main__.TestCuda) ... ok
 test_IntTensor_tril_zero_stride (__main__.TestCuda) ... ok
 test_IntTensor_triu (__main__.TestCuda) ... ok
 test_IntTensor_triu_ (__main__.TestCuda) ... ok
 test_IntTensor_triu__negative (__main__.TestCuda) ... ok
 test_IntTensor_triu__positive (__main__.TestCuda) ... ok
 test_IntTensor_triu_negative (__main__.TestCuda) ... ok
 test_IntTensor_triu_positive (__main__.TestCuda) ... ok
 test_IntTensor_triu_zero_stride (__main__.TestCuda) ... ok
 test_IntTensor_unsqueeze (__main__.TestCuda) ... ok
 test_IntTensor_unsqueeze_ (__main__.TestCuda) ... ok
 test_IntTensor_unsqueeze__neg_dim (__main__.TestCuda) ... ok
 test_IntTensor_unsqueeze_neg_dim (__main__.TestCuda) ... ok
 test_IntTensor_view_as (__main__.TestCuda) ... ok
 test_IntTensor_view_contiguous (__main__.TestCuda) ... ok
 test_IntTensor_zero_ (__main__.TestCuda) ... ok
 test_LongTensor___lshift__ (__main__.TestCuda) ... ok
 test_LongTensor___rshift__ (__main__.TestCuda) ... ok
 test_LongTensor_abs (__main__.TestCuda) ... ok
 test_LongTensor_abs_ (__main__.TestCuda) ... ok
 test_LongTensor_add (__main__.TestCuda) ... ok
 test_LongTensor_add_ (__main__.TestCuda) ... ok
 test_LongTensor_add__scalar_tensor (__main__.TestCuda) ... ok
 test_LongTensor_add__tensor (__main__.TestCuda) ... ok
 test_LongTensor_add_scalar_tensor (__main__.TestCuda) ... ok
 test_LongTensor_add_tensor (__main__.TestCuda) ... ok
 test_LongTensor_addbmm__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_addbmm__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_addbmm_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_addbmm_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_addcdiv (__main__.TestCuda) ... ok
 test_LongTensor_addcdiv_ (__main__.TestCuda) ... ok
 test_LongTensor_addcdiv__scalar (__main__.TestCuda) ... ok
 test_LongTensor_addcdiv_scalar (__main__.TestCuda) ... ok
 test_LongTensor_addcmul (__main__.TestCuda) ... ok
 test_LongTensor_addcmul_ (__main__.TestCuda) ... ok
 test_LongTensor_addcmul__scalar (__main__.TestCuda) ... ok
 test_LongTensor_addcmul_scalar (__main__.TestCuda) ... ok
 test_LongTensor_addmm (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_addmm_ (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_addmm__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_addmm__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_addmm_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_addmm_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_addmv (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_addmv_ (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_addmv__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_addmv__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_addmv_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_addmv_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_addr (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_addr_ (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_addr__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_addr__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_addr_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_addr_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_baddbmm (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_baddbmm_ (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_baddbmm__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_baddbmm__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_baddbmm_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_baddbmm_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_LongTensor_chunk (__main__.TestCuda) ... ok
 test_LongTensor_chunk_dim (__main__.TestCuda) ... ok
 test_LongTensor_chunk_neg_dim (__main__.TestCuda) ... ok
 test_LongTensor_clamp (__main__.TestCuda) ... ok
 test_LongTensor_clamp_ (__main__.TestCuda) ... ok
 test_LongTensor_clone (__main__.TestCuda) ... ok
 test_LongTensor_contiguous (__main__.TestCuda) ... ok
 test_LongTensor_cross (__main__.TestCuda) ... ok
 test_LongTensor_cumprod (__main__.TestCuda) ... ok
 test_LongTensor_cumprod_neg_dim (__main__.TestCuda) ... ok
 test_LongTensor_cumsum (__main__.TestCuda) ... ok
 test_LongTensor_cumsum_neg_dim (__main__.TestCuda) ... ok
 test_LongTensor_dim (__main__.TestCuda) ... ok
 test_LongTensor_div (__main__.TestCuda) ... ok
 test_LongTensor_div_ (__main__.TestCuda) ... ok
 test_LongTensor_div__tensor (__main__.TestCuda) ... ok
 test_LongTensor_div_tensor (__main__.TestCuda) ... ok
 test_LongTensor_element_size (__main__.TestCuda) ... ok
 test_LongTensor_eq (__main__.TestCuda) ... ok
 test_LongTensor_eq_ (__main__.TestCuda) ... ok
 test_LongTensor_eq__equal (__main__.TestCuda) ... ok
 test_LongTensor_eq_equal (__main__.TestCuda) ... ok
 test_LongTensor_equal (__main__.TestCuda) ... ok
 test_LongTensor_equal_equal (__main__.TestCuda) ... ok
 test_LongTensor_expand (__main__.TestCuda) ... ok
 test_LongTensor_expand_as (__main__.TestCuda) ... ok
 test_LongTensor_fill_ (__main__.TestCuda) ... ok
 test_LongTensor_flip_d0 (__main__.TestCuda) ... ok
 test_LongTensor_flip_d012 (__main__.TestCuda) ... ok
 test_LongTensor_flip_d02 (__main__.TestCuda) ... ok
 test_LongTensor_flip_d20 (__main__.TestCuda) ... ok
 test_LongTensor_flip_neg_d (__main__.TestCuda) ... ok
 test_LongTensor_fmod__tensor (__main__.TestCuda) ... ok
 test_LongTensor_fmod__value (__main__.TestCuda) ... ok
 test_LongTensor_fmod_tensor (__main__.TestCuda) ... ok
 test_LongTensor_fmod_value (__main__.TestCuda) ... ok
 test_LongTensor_ge (__main__.TestCuda) ... ok
 test_LongTensor_ge_ (__main__.TestCuda) ... ok
 test_LongTensor_gt (__main__.TestCuda) ... ok
 test_LongTensor_gt_ (__main__.TestCuda) ... ok
 test_LongTensor_is_contiguous (__main__.TestCuda) ... ok
 test_LongTensor_is_same_size_negative (__main__.TestCuda) ... ok
 test_LongTensor_is_same_size_positive (__main__.TestCuda) ... ok
 test_LongTensor_is_set_to (__main__.TestCuda) ... ok
 test_LongTensor_le (__main__.TestCuda) ... ok
 test_LongTensor_le_ (__main__.TestCuda) ... ok
 test_LongTensor_lt (__main__.TestCuda) ... ok
 test_LongTensor_lt_ (__main__.TestCuda) ... ok
 test_LongTensor_max (__main__.TestCuda) ... ok
 test_LongTensor_max_dim (__main__.TestCuda) ... ok
 test_LongTensor_max_elementwise (__main__.TestCuda) ... ok
 test_LongTensor_max_neg_dim (__main__.TestCuda) ... ok
 test_LongTensor_min (__main__.TestCuda) ... ok
 test_LongTensor_min_dim (__main__.TestCuda) ... ok
 test_LongTensor_min_elementwise (__main__.TestCuda) ... ok
 test_LongTensor_min_neg_dim (__main__.TestCuda) ... ok
 test_LongTensor_mode (__main__.TestCuda) ... ok
 test_LongTensor_mode_dim (__main__.TestCuda) ... ok
 test_LongTensor_mode_neg_dim (__main__.TestCuda) ... ok
 test_LongTensor_mul (__main__.TestCuda) ... ok
 test_LongTensor_mul_ (__main__.TestCuda) ... ok
 test_LongTensor_mul__tensor (__main__.TestCuda) ... ok
 test_LongTensor_mul_scalar (__main__.TestCuda) ... ok
 test_LongTensor_mul_tensor (__main__.TestCuda) ... ok
 test_LongTensor_narrow (__main__.TestCuda) ... ok
 test_LongTensor_narrow_neg_dim (__main__.TestCuda) ... ok
 test_LongTensor_ndimension (__main__.TestCuda) ... ok
 test_LongTensor_ne (__main__.TestCuda) ... ok
 test_LongTensor_ne_ (__main__.TestCuda) ... ok
 test_LongTensor_ne__equal (__main__.TestCuda) ... ok
 test_LongTensor_ne_equal (__main__.TestCuda) ... ok
 test_LongTensor_nelement (__main__.TestCuda) ... ok
 test_LongTensor_nonzero (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_LongTensor_numel (__main__.TestCuda) ... ok
 test_LongTensor_permute (__main__.TestCuda) ... ok
 test_LongTensor_pow__pow1 (__main__.TestCuda) ... ok
 test_LongTensor_pow__pow2 (__main__.TestCuda) ... ok
 test_LongTensor_pow__pow3 (__main__.TestCuda) ... ok
 test_LongTensor_pow_pow1 (__main__.TestCuda) ... ok
 test_LongTensor_pow_pow2 (__main__.TestCuda) ... ok
 test_LongTensor_pow_pow3 (__main__.TestCuda) ... ok
 test_LongTensor_prod (__main__.TestCuda) ... ok
 test_LongTensor_prod_dim (__main__.TestCuda) ... ok
 test_LongTensor_prod_neg_dim (__main__.TestCuda) ... ok
 test_LongTensor_put_ (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_LongTensor_put__accumulate (__main__.TestCuda) ... ok
 test_LongTensor_put__empty (__main__.TestCuda) ... ok
 test_LongTensor_remainder__negative_tensor (__main__.TestCuda) ... ok
 test_LongTensor_remainder__negative_value (__main__.TestCuda) ... ok
 test_LongTensor_remainder__tensor (__main__.TestCuda) ... ok
 test_LongTensor_remainder__value (__main__.TestCuda) ... ok
 test_LongTensor_remainder_negative_tensor (__main__.TestCuda) ... ok
 test_LongTensor_remainder_negative_value (__main__.TestCuda) ... ok
 test_LongTensor_remainder_tensor (__main__.TestCuda) ... ok
 test_LongTensor_remainder_value (__main__.TestCuda) ... ok
 test_LongTensor_repeat (__main__.TestCuda) ... ok
 test_LongTensor_rot90_default (__main__.TestCuda) ... ok
 test_LongTensor_rot90_k1_d01 (__main__.TestCuda) ... ok
 test_LongTensor_rot90_k1_d12 (__main__.TestCuda) ... ok
 test_LongTensor_rot90_k1_neg_d (__main__.TestCuda) ... ok
 test_LongTensor_sign (__main__.TestCuda) ... ok
 test_LongTensor_sign_ (__main__.TestCuda) ... ok
 test_LongTensor_size (__main__.TestCuda) ... ok
 test_LongTensor_size_dim (__main__.TestCuda) ... ok
 test_LongTensor_size_neg_dim (__main__.TestCuda) ... ok
 test_LongTensor_sort (__main__.TestCuda) ... ok
 test_LongTensor_sort_dim (__main__.TestCuda) ... ok
 test_LongTensor_sort_dim_descending (__main__.TestCuda) ... ok
 test_LongTensor_sort_neg_dim (__main__.TestCuda) ... ok
 test_LongTensor_sort_neg_dim_descending (__main__.TestCuda) ... ok
 test_LongTensor_split (__main__.TestCuda) ... ok
 test_LongTensor_split_dim (__main__.TestCuda) ... ok
 test_LongTensor_split_neg_dim (__main__.TestCuda) ... ok
 test_LongTensor_squeeze (__main__.TestCuda) ... ok
 test_LongTensor_squeeze_ (__main__.TestCuda) ... ok
 test_LongTensor_squeeze__dim (__main__.TestCuda) ... ok
 test_LongTensor_squeeze__neg_dim (__main__.TestCuda) ... ok
 test_LongTensor_squeeze_dim (__main__.TestCuda) ... ok
 test_LongTensor_squeeze_neg_dim (__main__.TestCuda) ... ok
 test_LongTensor_sub (__main__.TestCuda) ... ok
 test_LongTensor_sub_ (__main__.TestCuda) ... ok
 test_LongTensor_sub__tensor (__main__.TestCuda) ... ok
 test_LongTensor_sub_tensor (__main__.TestCuda) ... ok
 test_LongTensor_sum (__main__.TestCuda) ... ok
 test_LongTensor_sum_dim (__main__.TestCuda) ... ok
 test_LongTensor_sum_neg_dim (__main__.TestCuda) ... ok
 test_LongTensor_t (__main__.TestCuda) ... ok
 test_LongTensor_t_ (__main__.TestCuda) ... ok
 test_LongTensor_take (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_LongTensor_topk_dim_desc_sort (__main__.TestCuda) ... ok
 test_LongTensor_topk_dim_sort (__main__.TestCuda) ... ok
 test_LongTensor_topk_neg_dim_sort (__main__.TestCuda) ... ok
 test_LongTensor_trace (__main__.TestCuda) ... ok
 test_LongTensor_transpose (__main__.TestCuda) ... ok
 test_LongTensor_transpose_ (__main__.TestCuda) ... ok
 test_LongTensor_transpose__neg_dim (__main__.TestCuda) ... ok
 test_LongTensor_transpose_neg_dim (__main__.TestCuda) ... ok
 test_LongTensor_tril (__main__.TestCuda) ... ok
 test_LongTensor_tril_ (__main__.TestCuda) ... ok
 test_LongTensor_tril__negative (__main__.TestCuda) ... ok
 test_LongTensor_tril__positive (__main__.TestCuda) ... ok
 test_LongTensor_tril_negative (__main__.TestCuda) ... ok
 test_LongTensor_tril_positive (__main__.TestCuda) ... ok
 test_LongTensor_tril_zero_stride (__main__.TestCuda) ... ok
 test_LongTensor_triu (__main__.TestCuda) ... ok
 test_LongTensor_triu_ (__main__.TestCuda) ... ok
 test_LongTensor_triu__negative (__main__.TestCuda) ... ok
 test_LongTensor_triu__positive (__main__.TestCuda) ... ok
 test_LongTensor_triu_negative (__main__.TestCuda) ... ok
 test_LongTensor_triu_positive (__main__.TestCuda) ... ok
 test_LongTensor_triu_zero_stride (__main__.TestCuda) ... ok
 test_LongTensor_unsqueeze (__main__.TestCuda) ... ok
 test_LongTensor_unsqueeze_ (__main__.TestCuda) ... ok
 test_LongTensor_unsqueeze__neg_dim (__main__.TestCuda) ... ok
 test_LongTensor_unsqueeze_neg_dim (__main__.TestCuda) ... ok
 test_LongTensor_view_as (__main__.TestCuda) ... ok
 test_LongTensor_view_contiguous (__main__.TestCuda) ... ok
 test_LongTensor_zero_ (__main__.TestCuda) ... ok
 test_ShortTensor___lshift__ (__main__.TestCuda) ... ok
 test_ShortTensor___rshift__ (__main__.TestCuda) ... ok
 test_ShortTensor_abs (__main__.TestCuda) ... ok
 test_ShortTensor_abs_ (__main__.TestCuda) ... ok
 test_ShortTensor_add (__main__.TestCuda) ... ok
 test_ShortTensor_add_ (__main__.TestCuda) ... ok
 test_ShortTensor_add__scalar_tensor (__main__.TestCuda) ... ok
 test_ShortTensor_add__tensor (__main__.TestCuda) ... ok
 test_ShortTensor_add_scalar_tensor (__main__.TestCuda) ... ok
 test_ShortTensor_add_tensor (__main__.TestCuda) ... ok
 test_ShortTensor_addbmm__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_addbmm__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_addbmm_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_addbmm_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_addcdiv (__main__.TestCuda) ... ok
 test_ShortTensor_addcdiv_ (__main__.TestCuda) ... ok
 test_ShortTensor_addcdiv__scalar (__main__.TestCuda) ... ok
 test_ShortTensor_addcdiv_scalar (__main__.TestCuda) ... ok
 test_ShortTensor_addcmul (__main__.TestCuda) ... ok
 test_ShortTensor_addcmul_ (__main__.TestCuda) ... ok
 test_ShortTensor_addcmul__scalar (__main__.TestCuda) ... ok
 test_ShortTensor_addcmul_scalar (__main__.TestCuda) ... ok
 test_ShortTensor_addmm (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_addmm_ (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_addmm__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_addmm__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_addmm_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_addmm_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_addmv (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_addmv_ (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_addmv__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_addmv__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_addmv_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_addmv_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_addr (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_addr_ (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_addr__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_addr__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_addr_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_addr_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_baddbmm (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_baddbmm_ (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_baddbmm__scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_baddbmm__two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_baddbmm_scalar (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_baddbmm_two_scalars (__main__.TestCuda) ... skipped 'unimplemented data type'
 test_ShortTensor_chunk (__main__.TestCuda) ... ok
 test_ShortTensor_chunk_dim (__main__.TestCuda) ... ok
 test_ShortTensor_chunk_neg_dim (__main__.TestCuda) ... ok
 test_ShortTensor_clamp (__main__.TestCuda) ... ok
 test_ShortTensor_clamp_ (__main__.TestCuda) ... ok
 test_ShortTensor_clone (__main__.TestCuda) ... ok
 test_ShortTensor_contiguous (__main__.TestCuda) ... ok
 test_ShortTensor_cross (__main__.TestCuda) ... ok
 test_ShortTensor_cumprod (__main__.TestCuda) ... ok
 test_ShortTensor_cumprod_neg_dim (__main__.TestCuda) ... ok
 test_ShortTensor_cumsum (__main__.TestCuda) ... ok
 test_ShortTensor_cumsum_neg_dim (__main__.TestCuda) ... ok
 test_ShortTensor_dim (__main__.TestCuda) ... ok
 test_ShortTensor_div (__main__.TestCuda) ... ok
 test_ShortTensor_div_ (__main__.TestCuda) ... ok
 test_ShortTensor_div__tensor (__main__.TestCuda) ... ok
 test_ShortTensor_div_tensor (__main__.TestCuda) ... ok
 test_ShortTensor_element_size (__main__.TestCuda) ... ok
 test_ShortTensor_eq (__main__.TestCuda) ... ok
 test_ShortTensor_eq_ (__main__.TestCuda) ... ok
 test_ShortTensor_eq__equal (__main__.TestCuda) ... ok
 test_ShortTensor_eq_equal (__main__.TestCuda) ... ok
 test_ShortTensor_equal (__main__.TestCuda) ... ok
 test_ShortTensor_equal_equal (__main__.TestCuda) ... ok
 test_ShortTensor_expand (__main__.TestCuda) ... ok
 test_ShortTensor_expand_as (__main__.TestCuda) ... ok
 test_ShortTensor_fill_ (__main__.TestCuda) ... ok
 test_ShortTensor_flip_d0 (__main__.TestCuda) ... ok
 test_ShortTensor_flip_d012 (__main__.TestCuda) ... ok
 test_ShortTensor_flip_d02 (__main__.TestCuda) ... ok
 test_ShortTensor_flip_d20 (__main__.TestCuda) ... ok
 test_ShortTensor_flip_neg_d (__main__.TestCuda) ... ok
 test_ShortTensor_fmod__tensor (__main__.TestCuda) ... ok
 test_ShortTensor_fmod__value (__main__.TestCuda) ... ok
 test_ShortTensor_fmod_tensor (__main__.TestCuda) ... ok
 test_ShortTensor_fmod_value (__main__.TestCuda) ... ok
 test_ShortTensor_ge (__main__.TestCuda) ... ok
 test_ShortTensor_ge_ (__main__.TestCuda) ... ok
 test_ShortTensor_gt (__main__.TestCuda) ... ok
 test_ShortTensor_gt_ (__main__.TestCuda) ... ok
 test_ShortTensor_is_contiguous (__main__.TestCuda) ... ok
 test_ShortTensor_is_same_size_negative (__main__.TestCuda) ... ok
 test_ShortTensor_is_same_size_positive (__main__.TestCuda) ... ok
 test_ShortTensor_is_set_to (__main__.TestCuda) ... ok
 test_ShortTensor_le (__main__.TestCuda) ... ok
 test_ShortTensor_le_ (__main__.TestCuda) ... ok
 test_ShortTensor_lt (__main__.TestCuda) ... ok
 test_ShortTensor_lt_ (__main__.TestCuda) ... ok
 test_ShortTensor_max (__main__.TestCuda) ... ok
 test_ShortTensor_max_dim (__main__.TestCuda) ... ok
 test_ShortTensor_max_elementwise (__main__.TestCuda) ... ok
 test_ShortTensor_max_neg_dim (__main__.TestCuda) ... ok
 test_ShortTensor_min (__main__.TestCuda) ... ok
 test_ShortTensor_min_dim (__main__.TestCuda) ... ok
 test_ShortTensor_min_elementwise (__main__.TestCuda) ... ok
 test_ShortTensor_min_neg_dim (__main__.TestCuda) ... ok
 test_ShortTensor_mode (__main__.TestCuda) ... ok
 test_ShortTensor_mode_dim (__main__.TestCuda) ... ok
 test_ShortTensor_mode_neg_dim (__main__.TestCuda) ... ok
 test_ShortTensor_mul (__main__.TestCuda) ... ok
 test_ShortTensor_mul_ (__main__.TestCuda) ... ok
 test_ShortTensor_mul__tensor (__main__.TestCuda) ... ok
 test_ShortTensor_mul_scalar (__main__.TestCuda) ... ok
 test_ShortTensor_mul_tensor (__main__.TestCuda) ... ok
 test_ShortTensor_narrow (__main__.TestCuda) ... ok
 test_ShortTensor_narrow_neg_dim (__main__.TestCuda) ... ok
 test_ShortTensor_ndimension (__main__.TestCuda) ... ok
 test_ShortTensor_ne (__main__.TestCuda) ... ok
 test_ShortTensor_ne_ (__main__.TestCuda) ... ok
 test_ShortTensor_ne__equal (__main__.TestCuda) ... ok
 test_ShortTensor_ne_equal (__main__.TestCuda) ... ok
 test_ShortTensor_nelement (__main__.TestCuda) ... ok
 test_ShortTensor_nonzero (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_ShortTensor_numel (__main__.TestCuda) ... ok
 test_ShortTensor_permute (__main__.TestCuda) ... ok
 test_ShortTensor_pow__pow1 (__main__.TestCuda) ... ok
 test_ShortTensor_pow__pow2 (__main__.TestCuda) ... ok
 test_ShortTensor_pow__pow3 (__main__.TestCuda) ... ok
 test_ShortTensor_pow_pow1 (__main__.TestCuda) ... ok
 test_ShortTensor_pow_pow2 (__main__.TestCuda) ... ok
 test_ShortTensor_pow_pow3 (__main__.TestCuda) ... ok
 test_ShortTensor_prod (__main__.TestCuda) ... ok
 test_ShortTensor_prod_dim (__main__.TestCuda) ... ok
 test_ShortTensor_prod_neg_dim (__main__.TestCuda) ... ok
 test_ShortTensor_put_ (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_ShortTensor_put__accumulate (__main__.TestCuda) ... ok
 test_ShortTensor_put__empty (__main__.TestCuda) ... ok
 test_ShortTensor_remainder__negative_tensor (__main__.TestCuda) ... ok
 test_ShortTensor_remainder__negative_value (__main__.TestCuda) ... ok
 test_ShortTensor_remainder__tensor (__main__.TestCuda) ... ok
 test_ShortTensor_remainder__value (__main__.TestCuda) ... ok
 test_ShortTensor_remainder_negative_tensor (__main__.TestCuda) ... ok
 test_ShortTensor_remainder_negative_value (__main__.TestCuda) ... ok
 test_ShortTensor_remainder_tensor (__main__.TestCuda) ... ok
 test_ShortTensor_remainder_value (__main__.TestCuda) ... ok
 test_ShortTensor_repeat (__main__.TestCuda) ... ok
 test_ShortTensor_rot90_default (__main__.TestCuda) ... ok
 test_ShortTensor_rot90_k1_d01 (__main__.TestCuda) ... ok
 test_ShortTensor_rot90_k1_d12 (__main__.TestCuda) ... ok
 test_ShortTensor_rot90_k1_neg_d (__main__.TestCuda) ... ok
 test_ShortTensor_sign (__main__.TestCuda) ... ok
 test_ShortTensor_sign_ (__main__.TestCuda) ... ok
 test_ShortTensor_size (__main__.TestCuda) ... ok
 test_ShortTensor_size_dim (__main__.TestCuda) ... ok
 test_ShortTensor_size_neg_dim (__main__.TestCuda) ... ok
 test_ShortTensor_sort (__main__.TestCuda) ... ok
 test_ShortTensor_sort_dim (__main__.TestCuda) ... ok
 test_ShortTensor_sort_dim_descending (__main__.TestCuda) ... ok
 test_ShortTensor_sort_neg_dim (__main__.TestCuda) ... ok
 test_ShortTensor_sort_neg_dim_descending (__main__.TestCuda) ... ok
 test_ShortTensor_split (__main__.TestCuda) ... ok
 test_ShortTensor_split_dim (__main__.TestCuda) ... ok
 test_ShortTensor_split_neg_dim (__main__.TestCuda) ... ok
 test_ShortTensor_squeeze (__main__.TestCuda) ... ok
 test_ShortTensor_squeeze_ (__main__.TestCuda) ... ok
 test_ShortTensor_squeeze__dim (__main__.TestCuda) ... ok
 test_ShortTensor_squeeze__neg_dim (__main__.TestCuda) ... ok
 test_ShortTensor_squeeze_dim (__main__.TestCuda) ... ok
 test_ShortTensor_squeeze_neg_dim (__main__.TestCuda) ... ok
 test_ShortTensor_sub (__main__.TestCuda) ... ok
 test_ShortTensor_sub_ (__main__.TestCuda) ... ok
 test_ShortTensor_sub__tensor (__main__.TestCuda) ... ok
 test_ShortTensor_sub_tensor (__main__.TestCuda) ... ok
 test_ShortTensor_sum (__main__.TestCuda) ... ok
 test_ShortTensor_sum_dim (__main__.TestCuda) ... ok
 test_ShortTensor_sum_neg_dim (__main__.TestCuda) ... ok
 test_ShortTensor_t (__main__.TestCuda) ... ok
 test_ShortTensor_t_ (__main__.TestCuda) ... ok
 test_ShortTensor_take (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_ShortTensor_topk_dim_desc_sort (__main__.TestCuda) ... ok
 test_ShortTensor_topk_dim_sort (__main__.TestCuda) ... ok
 test_ShortTensor_topk_neg_dim_sort (__main__.TestCuda) ... ok
 test_ShortTensor_trace (__main__.TestCuda) ... ok
 test_ShortTensor_transpose (__main__.TestCuda) ... ok
 test_ShortTensor_transpose_ (__main__.TestCuda) ... ok
 test_ShortTensor_transpose__neg_dim (__main__.TestCuda) ... ok
 test_ShortTensor_transpose_neg_dim (__main__.TestCuda) ... ok
 test_ShortTensor_tril (__main__.TestCuda) ... ok
 test_ShortTensor_tril_ (__main__.TestCuda) ... ok
 test_ShortTensor_tril__negative (__main__.TestCuda) ... ok
 test_ShortTensor_tril__positive (__main__.TestCuda) ... ok
 test_ShortTensor_tril_negative (__main__.TestCuda) ... ok
 test_ShortTensor_tril_positive (__main__.TestCuda) ... ok
 test_ShortTensor_tril_zero_stride (__main__.TestCuda) ... ok
 test_ShortTensor_triu (__main__.TestCuda) ... ok
 test_ShortTensor_triu_ (__main__.TestCuda) ... ok
 test_ShortTensor_triu__negative (__main__.TestCuda) ... ok
 test_ShortTensor_triu__positive (__main__.TestCuda) ... ok
 test_ShortTensor_triu_negative (__main__.TestCuda) ... ok
 test_ShortTensor_triu_positive (__main__.TestCuda) ... ok
 test_ShortTensor_triu_zero_stride (__main__.TestCuda) ... ok
 test_ShortTensor_unsqueeze (__main__.TestCuda) ... ok
 test_ShortTensor_unsqueeze_ (__main__.TestCuda) ... ok
 test_ShortTensor_unsqueeze__neg_dim (__main__.TestCuda) ... ok
 test_ShortTensor_unsqueeze_neg_dim (__main__.TestCuda) ... ok
 test_ShortTensor_view_as (__main__.TestCuda) ... ok
 test_ShortTensor_view_contiguous (__main__.TestCuda) ... ok
 test_ShortTensor_zero_ (__main__.TestCuda) ... ok
 test_advancedindex (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_advancedindex_big (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_advancedindex_mixed_cpu_cuda (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_arange (__main__.TestCuda) ... ok
 test_arithmetic_large_tensor (__main__.TestCuda) ... ok
 test_autogpu (__main__.TestCuda) ... skipped 'only one GPU detected'
 test_bernoulli (__main__.TestCuda) ... ok
 test_bincount_cuda (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_broadcast (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_broadcast_batched_matmul (__main__.TestCuda) ... ok
 test_broadcast_coalesced (__main__.TestCuda) ... skipped 'only one GPU detected'
 test_broadcast_coalesced_dense_only (__main__.TestCuda) ... skipped 'only one GPU detected'
 test_broadcast_cpu (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_broadcast_fused_matmul (__main__.TestCuda) ... ok
 test_broadcast_gpu (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_btrifact (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_btrisolve (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_caching_pinned_memory (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_caching_pinned_memory_multi_gpu (__main__.TestCuda) ... skipped 'only one GPU detected'
 test_cat (__main__.TestCuda) ... ok
 test_cat_autogpu (__main__.TestCuda) ... skipped 'only one GPU detected'
 test_cat_bad_input_sizes (__main__.TestCuda) ... ok
 test_cat_empty (__main__.TestCuda) ... ok
 test_cat_empty_legacy (__main__.TestCuda) ... ok
 test_chain_matmul (__main__.TestCuda) ... ok
 test_contiguous (__main__.TestCuda) ... ok
 test_copy_device (__main__.TestCuda) ... skipped 'only one GPU detected'
 test_cuda_memory_leak_detection (__main__.TestCuda) ... ok
 test_cuda_memory_leak_detection_propagates_errors (__main__.TestCuda) ... ok
 test_cuda_set_device (__main__.TestCuda) ... skipped 'detected only one GPU'
 test_cuda_synchronize (__main__.TestCuda) ... ok
 test_det_logdet_slogdet (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_diagflat (__main__.TestCuda) ... ok
 test_diagonal (__main__.TestCuda) ... ok
 test_digamma (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_dim_reduction (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_events (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_fft_ifft_rfft_irfft (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_flip (__main__.TestCuda) ... ok
 test_from_sequence (__main__.TestCuda) ... ok
 test_gather (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_gather_dim (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_gesv_batched (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_gesv_batched_dims (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_get_set_rng_state_all (__main__.TestCuda) ... skipped 'only one GPU detected'
 test_index (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_int_pow (__main__.TestCuda) ... ok
 test_is_tensor (__main__.TestCuda) ... ok
 test_linspace (__main__.TestCuda) ... ok
 test_load_nonexistent_device (__main__.TestCuda) ... ok
 test_logspace (__main__.TestCuda) ... ok
 test_manual_seed (__main__.TestCuda) ... ok
 test_matrix_power (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_matrix_rank (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_max_with_inf (__main__.TestCuda) ... ok
 test_memory_stats (__main__.TestCuda) ... ok
 test_memory_stats_multigpu (__main__.TestCuda) ... skipped 'only one GPU detected'
 test_min_max_inits (__main__.TestCuda) ... ok
 test_min_max_nan (__main__.TestCuda) ... ok
 test_min_with_inf (__main__.TestCuda) ... ok
 test_mul_intertype_scalar (__main__.TestCuda) ... ok
 test_multigpu_serialization (__main__.TestCuda) ... skipped 'detected only one GPU'
 test_multigpu_serialization_remap (__main__.TestCuda) ... skipped 'detected only one GPU'
 test_multigpu_serialization_remap_dict (__main__.TestCuda) ... skipped 'detected only one GPU'
 test_multinomial (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_multinomial_invalid_probs_cuda (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_neg (__main__.TestCuda) ... ok
 test_new (__main__.TestCuda) ... skipped 'only one GPU detected'
 test_noncontiguous_pinned_memory (__main__.TestCuda) ... ok
 test_nvtx (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_pinverse (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_polygamma (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_random_neg_values (__main__.TestCuda) ... ok
 test_randperm_cuda (__main__.TestCuda) ... ok
 test_record_stream (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_reduce_add (__main__.TestCuda) ... skipped 'only one GPU detected'
 test_reduce_add_coalesced (__main__.TestCuda) ... skipped 'only one GPU detected'
 test_reduce_add_coalesced_dense_only (__main__.TestCuda) ... skipped 'only one GPU detected'
 test_remainder_overflow (__main__.TestCuda) ... ok
 test_rot90 (__main__.TestCuda) ... ok
 test_scatter_cpu (__main__.TestCuda) ... skipped 'only one GPU detected'
 test_scatter_cpu_dim (__main__.TestCuda) ... skipped 'only one GPU detected'
 test_scatter_cpu_neg_dim (__main__.TestCuda) ... skipped 'only one GPU detected'
 test_scatter_cpu_sizes (__main__.TestCuda) ... skipped 'only one GPU detected'
 test_scatter_gpu (__main__.TestCuda) ... skipped 'only one GPU detected'
 test_scatter_gpu_dim (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_scatter_gpu_neg_dim (__main__.TestCuda) ... skipped 'only one GPU detected'
 test_scatter_gpu_sizes (__main__.TestCuda) ... skipped 'only one GPU detected'
 test_serialization (__main__.TestCuda) ... ok
 test_serialization_array_with_empty (__main__.TestCuda) ... ok
 test_serialization_array_with_storage (__main__.TestCuda) ... ok
 test_signal_window_functions (__main__.TestCuda) ... ok
 test_stft (__main__.TestCuda) ... skipped 'librosa not found'
 test_streams (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_streams_multi_gpu (__main__.TestCuda) ... skipped 'detected only one GPU'
 test_svd_no_singularvectors (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_symeig (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_tensor_device (__main__.TestCuda) ... skipped 'multi-GPU not supported'
 test_tensor_gather (__main__.TestCuda) ... ok
 test_tensor_scatter (__main__.TestCuda) ... ok
 test_tensor_scatterAdd (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_tensor_scatterFill (__main__.TestCuda) ... ok
 test_tiny_half_norm_ (__main__.TestCuda) ... skipped "test doesn't currently work on the ROCm stack"
 test_torch_manual_seed_seeds_cuda_devices (__main__.TestCuda) ... ok
 test_trtrs (__main__.TestCuda) ... skipped 'no MAGMA library detected'
 test_type_conversions (__main__.TestCuda) ... ok
 test_type_conversions_same_gpu (__main__.TestCuda) ... skipped 'only one GPU detected'
 test_var (__main__.TestCuda) ... ok
 test_var_large_input (__main__.TestCuda) ... ok
 test_var_stability (__main__.TestCuda) ... ok
 test_var_unbiased (__main__.TestCuda) ... ok
 test_view (__main__.TestCuda) ... ok

 ----------------------------------------------------------------------
 Ran 2049 tests in 99.185s

 OK (skipped=270)
 Running test_cuda_primary_ctx ...
 test_cuda_primary_ctx (__main__.TestCudaPrimaryCtx) ... skipped 'only one GPU detected'

 ----------------------------------------------------------------------
 Ran 1 test in 0.000s

 OK (skipped=1)
 Running test_dataloader ...
 test_add_dataset (__main__.TestConcatDataset) ... ok
 test_concat_raises_index_error (__main__.TestConcatDataset) ... ok
 test_concat_two_non_singletons (__main__.TestConcatDataset) ... ok
 test_concat_two_non_singletons_with_empty (__main__.TestConcatDataset) ... ok
 test_concat_two_singletons (__main__.TestConcatDataset) ... ok
 test_RandomSampler (__main__.TestDataLoader) ... ok
 test_batch_sampler (__main__.TestDataLoader) ... ok
 test_default_collate_bad_numpy_types (__main__.TestDataLoader) ... ok
 test_duplicating_data_with_drop_last (__main__.TestDataLoader) ... ok
 test_error (__main__.TestDataLoader) ... ok
 test_error_workers (__main__.TestDataLoader) ... ok
 test_growing_dataset (__main__.TestDataLoader) ... ok
 test_invalid_assign_after_init (__main__.TestDataLoader) ... ok
 test_len (__main__.TestDataLoader) ... ok
 test_multiple_dataloaders (__main__.TestDataLoader) ... ok
 test_numpy (__main__.TestDataLoader) ... ok
 test_numpy_scalars (__main__.TestDataLoader) ... ok
 test_partial_workers (__main__.TestDataLoader)
 Check that workers exit even if the iterator is not exhausted. ... ok
 test_proper_exit (__main__.TestDataLoader)
 There might be ConnectionResetError or leaked semaphore warning (due to dirty process exit), but they are all safe to ignore ... skipped "test doesn't currently work on the ROCm stack"
 test_segfault (__main__.TestDataLoader) ... skipped 'temporarily disable until flaky failures are fixed'
 test_seqential_batch_workers (__main__.TestDataLoader) ... ok
 test_sequential (__main__.TestDataLoader) ... ok
 test_sequential_batch (__main__.TestDataLoader) ... ok
 test_sequential_pin_memory (__main__.TestDataLoader) ... skipped "test doesn't currently work on the ROCm stack"
 test_sequential_workers (__main__.TestDataLoader) ... ok
 test_shuffle (__main__.TestDataLoader) ... ok
 test_shuffle_batch (__main__.TestDataLoader) ... ok
 test_shuffle_batch_workers (__main__.TestDataLoader) ... ok
 test_shuffle_pin_memory (__main__.TestDataLoader) ... skipped "test doesn't currently work on the ROCm stack"
 test_shuffle_workers (__main__.TestDataLoader) ... ok
 test_timeout (__main__.TestDataLoader) ... skipped "test doesn't currently work on the ROCm stack"
 test_worker_init_fn (__main__.TestDataLoader) ... ok
 test_worker_seed (__main__.TestDataLoader) ... ok
 test_lengths_must_equal_datset_size (__main__.TestDatasetRandomSplit) ... ok
 test_splits_are_mutually_exclusive (__main__.TestDatasetRandomSplit) ... ok
 test_splits_have_correct_size (__main__.TestDatasetRandomSplit) ... ok
 test_pin_memory (__main__.TestDictDataLoader) ... skipped "test doesn't currently work on the ROCm stack"
 test_sequential_batch (__main__.TestDictDataLoader) ... ok
 test_ind_worker_queue (__main__.TestIndividualWorkerQueue) ... ok
 test_shuffle_pin_memory (__main__.TestStringDataLoader) ... skipped "test doesn't currently work on the ROCm stack"
 test_getitem (__main__.TestTensorDataset) ... ok
 test_getitem_1d (__main__.TestTensorDataset) ... ok
 test_len (__main__.TestTensorDataset) ... ok
 test_many_tensors (__main__.TestTensorDataset) ... ok
 test_single_tensor (__main__.TestTensorDataset) ... ok

 ----------------------------------------------------------------------
 Ran 45 tests in 1.911s

 OK (skipped=7)
 Running test_distributions ...
 test_cdf (__main__.TestAgainstScipy) ... ok
 test_icdf (__main__.TestAgainstScipy) ... ok
 test_mean (__main__.TestAgainstScipy) ... ok
 test_variance_stddev (__main__.TestAgainstScipy) ... ok
 test_biject_to (__main__.TestConstraintRegistry) ... ok
 test_biject_to_cuda (__main__.TestConstraintRegistry) ... ok
 test_transform_to (__main__.TestConstraintRegistry) ... ok
 test_transform_to_cuda (__main__.TestConstraintRegistry) ... skipped "test doesn't currently work on the ROCm stack"
 test_params_contains (__main__.TestConstraints) ... ok
 test_support_contains (__main__.TestConstraints) ... ok
 test_bernoulli_shape_scalar_params (__main__.TestDistributionShapes) ... ok
 test_bernoulli_shape_tensor_params (__main__.TestDistributionShapes) ... ok
 test_beta_shape_scalar_params (__main__.TestDistributionShapes) ... ok
 test_beta_shape_tensor_params (__main__.TestDistributionShapes) ... ok
 test_binomial_shape (__main__.TestDistributionShapes) ... ok
 test_binomial_shape_vectorized_n (__main__.TestDistributionShapes) ... ok
 test_categorical_shape (__main__.TestDistributionShapes) ... ok
 test_cauchy_shape_scalar_params (__main__.TestDistributionShapes) ... ok
 test_cauchy_shape_tensor_params (__main__.TestDistributionShapes) ... ok
 test_chi2_shape_scalar_params (__main__.TestDistributionShapes) ... ok
 test_chi2_shape_tensor_params (__main__.TestDistributionShapes) ... ok
 test_dirichlet_shape (__main__.TestDistributionShapes) ... ok
 test_entropy_shape (__main__.TestDistributionShapes) ... ok
 test_exponential_shape_scalar_param (__main__.TestDistributionShapes) ... ok
 test_exponential_shape_tensor_param (__main__.TestDistributionShapes) ... ok
 test_gamma_shape_scalar_params (__main__.TestDistributionShapes) ... ok
 test_gamma_shape_tensor_params (__main__.TestDistributionShapes) ... ok
 test_geometric_shape_scalar_params (__main__.TestDistributionShapes) ... ok
 test_geometric_shape_tensor_params (__main__.TestDistributionShapes) ... ok
 test_gumbel_shape_scalar_params (__main__.TestDistributionShapes) ... ok
 test_halfcauchy_shape_scalar_params (__main__.TestDistributionShapes) ... ok
 test_halfcauchy_shape_tensor_params (__main__.TestDistributionShapes) ... ok
 test_laplace_shape_scalar_params (__main__.TestDistributionShapes) ... ok
 test_laplace_shape_tensor_params (__main__.TestDistributionShapes) ... ok
 test_multinomial_shape (__main__.TestDistributionShapes) ... ok
 test_normal_shape_scalar_params (__main__.TestDistributionShapes) ... ok
 test_normal_shape_tensor_params (__main__.TestDistributionShapes) ... ok
 test_one_hot_categorical_shape (__main__.TestDistributionShapes) ... ok
 test_pareto_shape_scalar_params (__main__.TestDistributionShapes) ... ok
 test_studentT_shape_scalar_params (__main__.TestDistributionShapes) ... ok
 test_studentT_shape_tensor_params (__main__.TestDistributionShapes) ... ok
 test_uniform_shape_scalar_params (__main__.TestDistributionShapes) ... ok
 test_uniform_shape_tensor_params (__main__.TestDistributionShapes) ... ok
 test_weibull_scale_scalar_params (__main__.TestDistributionShapes) ... ok
 test_argmax_relaxed_categorical (__main__.TestDistributions) ... ok
 test_bernoulli (__main__.TestDistributions) ... ok
 test_bernoulli_3d (__main__.TestDistributions) ... ok
 test_bernoulli_enumerate_support (__main__.TestDistributions) ... ok
 test_beta_log_prob (__main__.TestDistributions) ... ok
 test_beta_sample (__main__.TestDistributions) ... ok
 test_beta_shape (__main__.TestDistributions) ... ok
 test_binomial (__main__.TestDistributions) ... ok
 test_binomial_enumerate_support (__main__.TestDistributions) ... ok
 test_binomial_extreme_vals (__main__.TestDistributions) ... ok
 test_binomial_log_prob (__main__.TestDistributions) ... ok
 test_binomial_log_prob_vectorized_count (__main__.TestDistributions) ... ok
 test_binomial_vectorized_count (__main__.TestDistributions) ... ok
 test_categorical_1d (__main__.TestDistributions) ... ok
 test_categorical_2d (__main__.TestDistributions) ... ok
 test_categorical_enumerate_support (__main__.TestDistributions) ... ok
 test_cauchy (__main__.TestDistributions) ... ok
 test_cdf_icdf_inverse (__main__.TestDistributions) ... skipped "test doesn't currently work on the ROCm stack"
 test_cdf_log_prob (__main__.TestDistributions) ... ok
 test_chi2_sample (__main__.TestDistributions) ... ok
 test_chi2_shape (__main__.TestDistributions) ... ok
 test_dirichlet_log_prob (__main__.TestDistributions) ... ok
 test_dirichlet_sample (__main__.TestDistributions) ... ok
 test_dirichlet_shape (__main__.TestDistributions) ... ok
 test_distribution_expand (__main__.TestDistributions) ... ok
 test_distribution_subclass_expand (__main__.TestDistributions) ... ok
 test_enumerate_support_type (__main__.TestDistributions) ... ok
 test_exponential (__main__.TestDistributions) ... ok
 test_exponential_sample (__main__.TestDistributions) ... ok
 test_fishersnedecor (__main__.TestDistributions) ... ok
 test_fishersnedecor_sample (__main__.TestDistributions) ... ok
 test_gamma_gpu_sample (__main__.TestDistributions) ... skipped "test doesn't currently work on the ROCm stack"
 test_gamma_gpu_shape (__main__.TestDistributions) ... ok
 test_gamma_sample (__main__.TestDistributions) ... ok
 test_gamma_shape (__main__.TestDistributions) ... ok
 test_geometric (__main__.TestDistributions) ... ok
 test_geometric_log_prob_and_entropy (__main__.TestDistributions) ... ok
 test_geometric_sample (__main__.TestDistributions) ... ok
 test_gumbel (__main__.TestDistributions) ... ok
 test_gumbel_sample (__main__.TestDistributions) ... ok
 test_halfcauchy (__main__.TestDistributions) ... ok
 test_halfnormal (__main__.TestDistributions) ... ok
 test_halfnormal_logprob (__main__.TestDistributions) ... ok
 test_halfnormal_sample (__main__.TestDistributions) ... ok
 test_has_examples (__main__.TestDistributions) ... ok
 test_independent_expand (__main__.TestDistributions) ... ok
 test_independent_shape (__main__.TestDistributions) ... ok
 test_invalid_parameter_broadcasting (__main__.TestDistributions) ... ok
 test_laplace (__main__.TestDistributions) ... ok
 test_laplace_sample (__main__.TestDistributions) ... ok
 test_lazy_property_grad (__main__.TestDistributions) ... ok
 test_logisticnormal (__main__.TestDistributions) ... ok
 test_logisticnormal_logprob (__main__.TestDistributions) ... ok
 test_logisticnormal_sample (__main__.TestDistributions) ... ok
 test_lognormal (__main__.TestDistributions) ... ok
 test_lognormal_logprob (__main__.TestDistributions) ... ok
 test_lognormal_sample (__main__.TestDistributions) ... ok
 test_lowrank_multivariate_normal_log_prob (__main__.TestDistributions) ... ok
 test_lowrank_multivariate_normal_moments (__main__.TestDistributions) ... ok
 test_lowrank_multivariate_normal_properties (__main__.TestDistributions) ... ok
 test_lowrank_multivariate_normal_sample (__main__.TestDistributions) ... ok
 test_lowrank_multivariate_normal_shape (__main__.TestDistributions) ... ok
 test_multinomial_1d (__main__.TestDistributions) ... ok
 test_multinomial_1d_log_prob (__main__.TestDistributions) ... ok
 test_multinomial_2d (__main__.TestDistributions) ... ok
 test_multivariate_normal_log_prob (__main__.TestDistributions) ... ok
 test_multivariate_normal_moments (__main__.TestDistributions) ... ok
 test_multivariate_normal_properties (__main__.TestDistributions) ... ok
 test_multivariate_normal_sample (__main__.TestDistributions) ... ok
 test_multivariate_normal_shape (__main__.TestDistributions) ... ok
 test_negative_binomial (__main__.TestDistributions) ... ok
 test_negative_binomial_log_prob (__main__.TestDistributions) ... ok
 test_negative_binomial_log_prob_vectorized_count (__main__.TestDistributions) ... ok
 test_normal (__main__.TestDistributions) ... ok
 test_normal_sample (__main__.TestDistributions) ... ok
 test_one_hot_categorical_1d (__main__.TestDistributions) ... ok
 test_one_hot_categorical_2d (__main__.TestDistributions) ... ok
 test_one_hot_categorical_enumerate_support (__main__.TestDistributions) ... ok
 test_pareto (__main__.TestDistributions) ... ok
 test_pareto_sample (__main__.TestDistributions) ... ok
 test_poisson_gpu_sample (__main__.TestDistributions) ... skipped "test doesn't currently work on the ROCm stack"
 test_poisson_log_prob (__main__.TestDistributions) ... ok
 test_poisson_sample (__main__.TestDistributions) ... ok
 test_poisson_shape (__main__.TestDistributions) ... ok
 test_relaxed_bernoulli (__main__.TestDistributions) ... ok
 test_relaxed_one_hot_categorical_1d (__main__.TestDistributions) ... ok
 test_relaxed_one_hot_categorical_2d (__main__.TestDistributions) ... ok
 test_repr (__main__.TestDistributions) ... ok
 test_rounded_relaxed_bernoulli (__main__.TestDistributions) ... ok
 test_rsample_requires_grad (__main__.TestDistributions) ... ok
 test_sample_detached (__main__.TestDistributions) ... ok
 test_studentT (__main__.TestDistributions) ... ok
 test_studentT_log_prob (__main__.TestDistributions) ... ok
 test_studentT_sample (__main__.TestDistributions) ... ok
 test_uniform (__main__.TestDistributions) ... ok
 test_valid_parameter_broadcasting (__main__.TestDistributions) ... ok
 test_cdf (__main__.TestJit) ... /usr/local/lib/python3.6/dist-packages/torch/distributions/geometric.py:37: TracerWarning: Converting a tensor to a Python boolean might cause the trace to be incorrect. We can't record the data flow of Python values, so this value will be treated as a constant in the future. This means that the trace might not generalize to other inputs!
  if not self.probs.gt(0).all():
 /usr/local/lib/python3.6/dist-packages/torch/distributions/lowrank_multivariate_normal.py:98: TracerWarning: Converting a tensor to a Python boolean might cause the trace to be incorrect. We can't record the data flow of Python values, so this value will be treated as a constant in the future. This means that the trace might not generalize to other inputs!
  if cov_factor.shape[-2:-1] != event_shape:
 /usr/local/lib/python3.6/dist-packages/torch/distributions/lowrank_multivariate_normal.py:101: TracerWarning: Converting a tensor to a Python boolean might cause the trace to be incorrect. We can't record the data flow of Python values, so this value will be treated as a constant in the future. This means that the trace might not generalize to other inputs!
  if cov_diag.shape[-1:] != event_shape:
 /usr/local/lib/python3.6/dist-packages/torch/distributions/lowrank_multivariate_normal.py:29: TracerWarning: Converting a tensor to a Python index might cause the trace to be incorrect. We can't record the data flow of Python values, so this value will be treated as a constant in the future. This means that the trace might not generalize to other inputs!
  K.view(-1, m * m)[:, ::m + 1] += 1  # add identity matrix to K
 /usr/local/lib/python3.6/dist-packages/torch/distributions/lowrank_multivariate_normal.py:29: TracerWarning: There are 3 live references to the data region being modified when tracing in-place operator add_. This might cause the trace to be incorrect, because all other views that also reference this data will not not reflect this change in the trace! On the other hand, if all other views use the same memory chunk, but are disjoint (e.g. are outputs of torch.split), this might still be safe.
  K.view(-1, m * m)[:, ::m + 1] += 1  # add identity matrix to K
 /usr/local/lib/python3.6/dist-packages/torch/distributions/lowrank_multivariate_normal.py:29: TracerWarning: There are 5 live references to the data region being modified when tracing in-place operator copy_ (possibly due to an assignment). This might cause the trace to be incorrect, because all other views that also reference this data will not not reflect this change in the trace! On the other hand, if all other views use the same memory chunk, but are disjoint (e.g. are outputs of torch.split), this might still be safe.
  K.view(-1, m * m)[:, ::m + 1] += 1  # add identity matrix to K
 /usr/local/lib/python3.6/dist-packages/torch/tensor.py:420: RuntimeWarning: Iterating over a tensor might cause the trace to be incorrect. Passing a tensor of different shape won't change the number of iterations executed (and might lead to errors or silently give incorrect results).
  'incorrect results).', category=RuntimeWarning)
 /usr/local/lib/python3.6/dist-packages/torch/tensor.py:421: TracerWarning: Converting a tensor to a Python index might cause the trace to be incorrect. We can't record the data flow of Python values, so this value will be treated as a constant in the future. This means that the trace might not generalize to other inputs!
  return iter(imap(lambda i: self[i], range(self.size(0))))
 ok
 test_entropy (__main__.TestJit) ... /usr/local/lib/python3.6/dist-packages/torch/nn/functional.py:1769: TracerWarning: Converting a tensor to a Python boolean might cause the trace to be incorrect. We can't record the data flow of Python values, so this value will be treated as a constant in the future. This means that the trace might not generalize to other inputs!
  if not (target.size() == input.size()):
 ok
 test_enumerate_support (__main__.TestJit) ... /usr/local/lib/python3.6/dist-packages/torch/distributions/one_hot_categorical.py:100: TracerWarning: Converting a tensor to a Python integer might cause the trace to be incorrect. We can't record the data flow of Python values, so this value will be treated as a constant in the future. This means that the trace might not generalize to other inputs!
  values = torch.eye(n, dtype=self._param.dtype, device=self._param.device)
 ok
 test_log_prob (__main__.TestJit) ... /usr/local/lib/python3.6/dist-packages/torch/distributions/relaxed_categorical.py:80: TracerWarning: Converting a tensor to a Python float might cause the trace to be incorrect. We can't record the data flow of Python values, so this value will be treated as a constant in the future. This means that the trace might not generalize to other inputs!
  log_scale = (self.temperature.new_tensor(float(K)).lgamma() -
 ok
 test_mean (__main__.TestJit) ... ok
 test_rsample (__main__.TestJit) ... /usr/local/lib/python3.6/dist-packages/torch/distributions/cauchy.py:58: TracerWarning: Converting a tensor to a Python index might cause the trace to be incorrect. We can't record the data flow of Python values, so this value will be treated as a constant in the future. This means that the trace might not generalize to other inputs!
  eps = self.loc.new(shape).cauchy_()
 /usr/local/lib/python3.6/dist-packages/torch/distributions/fishersnedecor.py:69: TracerWarning: There are 2 live references to the data region being modified when tracing in-place operator clamp_. This might cause the trace to be incorrect, because all other views that also reference this data will not not reflect this change in the trace! On the other hand, if all other views use the same memory chunk, but are disjoint (e.g. are outputs of torch.split), this might still be safe.
  X2.clamp_(min=_finfo(X2).tiny)
 /usr/local/lib/python3.6/dist-packages/torch/nn/_functions/padding.py:24: TracerWarning: Converting a tensor to a Python boolean might cause the trace to be incorrect. We can't record the data flow of Python values, so this value will be treated as a constant in the future. This means that the trace might not generalize to other inputs!
  assert all([d > 0 for d in new_dim]), 'input is too small'
 /usr/local/lib/python3.6/dist-packages/torch/nn/_functions/padding.py:27: TracerWarning: Converting a tensor to a Python index might cause the trace to be incorrect. We can't record the data flow of Python values, so this value will be treated as a constant in the future. This means that the trace might not generalize to other inputs!
  output = input.new(input.size()[:(ctx.l_diff)] + new_dim).fill_(ctx.value)
 /usr/local/lib/python3.6/dist-packages/torch/nn/_functions/padding.py:42: TracerWarning: Converting a tensor to a Python integer might cause the trace to be incorrect. We can't record the data flow of Python values, so this value will be treated as a constant in the future. This means that the trace might not generalize to other inputs!
  c_output = c_output.narrow(i, 0, c_output.size(i) - p[1])
 /usr/local/lib/python3.6/dist-packages/torch/nn/_functions/padding.py:43: TracerWarning: There are 2 live references to the data region being modified when tracing in-place operator copy_ (possibly due to an assignment). This might cause the trace to be incorrect, because all other views that also reference this data will not not reflect this change in the trace! On the other hand, if all other views use the same memory chunk, but are disjoint (e.g. are outputs of torch.split), this might still be safe.
  c_output.copy_(c_input)
 /usr/local/lib/python3.6/dist-packages/torch/nn/_functions/padding.py:40: TracerWarning: Converting a tensor to a Python integer might cause the trace to be incorrect. We can't record the data flow of Python values, so this value will be treated as a constant in the future. This means that the trace might not generalize to other inputs!
  c_output = c_output.narrow(i, p[0], c_output.size(i) - p[0])
 ok
 test_sample (__main__.TestJit) ... /usr/local/lib/python3.6/dist-packages/torch/distributions/categorical.py:106: TracerWarning: Converting a tensor to a Python boolean might cause the trace to be incorrect. We can't record the data flow of Python values, so this value will be treated as a constant in the future. This means that the trace might not generalize to other inputs!
  if self.probs.dim() == 1 or self.probs.size(0) == 1:
 /usr/local/lib/python3.6/dist-packages/torch/distributions/binomial.py:97: TracerWarning: Converting a tensor to a Python integer might cause the trace to be incorrect. We can't record the data flow of Python values, so this value will be treated as a constant in the future. This means that the trace might not generalize to other inputs!
  max_count = max(int(self.total_count.max()), 1)
 /usr/local/lib/python3.6/dist-packages/torch/distributions/binomial.py:100: TracerWarning: Converting a tensor to a Python boolean might cause the trace to be incorrect. We can't record the data flow of Python values, so this value will be treated as a constant in the future. This means that the trace might not generalize to other inputs!
  if self.total_count.min() != max_count:
 /usr/local/lib/python3.6/dist-packages/torch/distributions/one_hot_categorical.py:82: TracerWarning: Converting a tensor to a Python integer might cause the trace to be incorrect. We can't record the data flow of Python values, so this value will be treated as a constant in the future. This means that the trace might not generalize to other inputs!
  eye = torch.eye(self.event_shape[-1], dtype=self._param.dtype, device=self._param.device)
 ok
 test_variance (__main__.TestJit) ... ok
 test_entropy_exponential_family (__main__.TestKL) ... ok
 test_entropy_monte_carlo (__main__.TestKL) ... ok
 test_kl_edgecases (__main__.TestKL) ... ok
 test_kl_exponential_family (__main__.TestKL) ... ok
 test_kl_infinite (__main__.TestKL) ... ok
 test_kl_lowrank_multivariate_normal (__main__.TestKL) ... ok
 test_kl_lowrank_multivariate_normal_batched (__main__.TestKL) ... ok
 test_kl_monte_carlo (__main__.TestKL) ... ok
 test_kl_multivariate_normal (__main__.TestKL) ... ok
 test_kl_multivariate_normal_batched (__main__.TestKL) ... ok
 test_kl_multivariate_normal_batched_broadcasted (__main__.TestKL) ... ok
 test_kl_shape (__main__.TestKL) ... ok
 test_lazy_logits_initialization (__main__.TestLazyLogitsInitialization) ... ok
 test_lazy_probs_initialization (__main__.TestLazyLogitsInitialization) ... ok
 test_bernoulli_gradient (__main__.TestNumericalStability) ... ok
 test_bernoulli_with_logits_overflow (__main__.TestNumericalStability) ... ok
 test_bernoulli_with_logits_underflow (__main__.TestNumericalStability) ... ok
 test_categorical_log_prob (__main__.TestNumericalStability) ... ok
 test_categorical_log_prob_with_logits (__main__.TestNumericalStability) ... ok
 test_multinomial_log_prob (__main__.TestNumericalStability) ... ok
 test_multinomial_log_prob_with_logits (__main__.TestNumericalStability) ... ok
 test_beta_wrt_alpha (__main__.TestRsample) ... ok
 test_beta_wrt_beta (__main__.TestRsample) ... ok
 test_chi2 (__main__.TestRsample) ... ok
 test_dirichlet_multivariate (__main__.TestRsample) ... ok
 test_dirichlet_on_diagonal (__main__.TestRsample) ... ok
 test_dirichlet_tangent_field (__main__.TestRsample) ... ok
 test_gamma (__main__.TestRsample) ... ok
 test_equality (__main__.TestTransforms) ... ok
 test_forward_inverse_cache (__main__.TestTransforms) ... ok
 test_forward_inverse_no_cache (__main__.TestTransforms) ... ok
 test_inv_inv (__main__.TestTransforms) ... ok
 test_jacobian_shape (__main__.TestTransforms) ... ok
 test_jit_fwd (__main__.TestTransforms) ... /usr/local/lib/python3.6/dist-packages/torch/distributions/transforms.py:537: TracerWarning: Converting a tensor to a Python index might cause the trace to be incorrect. We can't record the data flow of Python values, so this value will be treated as a constant in the future. This means that the trace might not generalize to other inputs!
  return torch.stack([self._call_on_event(flat_x[i]) for i in range(flat_x.size(0))]).view(x.shape)
 /usr/local/lib/python3.6/dist-packages/torch/distributions/transforms.py:541: TracerWarning: Converting a tensor to a Python index might cause the trace to be incorrect. We can't record the data flow of Python values, so this value will be treated as a constant in the future. This means that the trace might not generalize to other inputs!
  return torch.stack([self._inverse_on_event(flat_y[i]) for i in range(flat_y.size(0))]).view(y.shape)
 ok
 test_jit_inv (__main__.TestTransforms) ... ok
 test_jit_jacobian (__main__.TestTransforms) ... ok
 test_transform_shapes (__main__.TestTransforms) ... ok
 test_transformed_distribution_shapes (__main__.TestTransforms) ... ok
 test_univariate_forward_jacobian (__main__.TestTransforms) ... ok
 test_univariate_inverse_jacobian (__main__.TestTransforms) ... ok
 test_invalid (__main__.TestValidation) ... ok
 test_valid (__main__.TestValidation) ... ok

 ----------------------------------------------------------------------
 Ran 190 tests in 26.480s

 OK (skipped=4)
 Running test_expecttest ...
 test_nth_line_ref (__main__.TestExpectTest) ... ok
 test_replace_string_literal_roundtrip (__main__.TestExpectTest) ... ok
 test_sample (__main__.TestExpectTest) ... ok
 nth_eol (expecttest)
 Doctest: expecttest.nth_eol ... ok
 nth_line (expecttest)
 Doctest: expecttest.nth_line ... ok
 ok_for_raw_triple_quoted_string (expecttest)
 Doctest: expecttest.ok_for_raw_triple_quoted_string ... ok
 replace_string_literal (expecttest)
 Doctest: expecttest.replace_string_literal ... ok

 ----------------------------------------------------------------------
 Ran 7 tests in 0.151s

 OK
 Running test_indexing ...
 test_boolean_assignment_value_mismatch (__main__.NumpyTests) ... ok
 test_boolean_indexing_alldims (__main__.NumpyTests) ... ok
 test_boolean_indexing_onedim (__main__.NumpyTests) ... ok
 test_boolean_indexing_twodim (__main__.NumpyTests) ... ok
 test_boolean_indexing_weirdness (__main__.NumpyTests) ... ok
 test_boolean_indexing_weirdness_tensors (__main__.NumpyTests) ... ok
 test_boolean_shape_mismatch (__main__.NumpyTests) ... ok
 test_broadcast_subspace (__main__.NumpyTests) ... ok
 test_broaderrors_indexing (__main__.NumpyTests) ... ok
 test_ellipsis_index (__main__.NumpyTests) ... ok
 test_empty_fancy_index (__main__.NumpyTests) ... ok
 test_empty_tuple_index (__main__.NumpyTests) ... ok
 test_everything_returns_views (__main__.NumpyTests) ... ok
 test_index_is_larger (__main__.NumpyTests) ... ok
 test_index_no_floats (__main__.NumpyTests) ... ok
 test_none_index (__main__.NumpyTests) ... ok
 test_single_bool_index (__main__.NumpyTests) ... ok
 test_single_int_index (__main__.NumpyTests) ... ok
 test_trivial_fancy_out_of_bounds (__main__.NumpyTests) ... ok
 test_basic_advanced_combined (__main__.TestIndexing) ... ok
 test_byte_mask (__main__.TestIndexing) ... ok
 test_byte_mask2d (__main__.TestIndexing) ... ok
 test_byte_tensor_assignment (__main__.TestIndexing) ... ok
 test_ellipsis_tensor (__main__.TestIndexing) ... ok
 test_empty_index (__main__.TestIndexing) ... ok
 test_empty_ndim_index (__main__.TestIndexing) ... ok
 test_empty_ndim_index_bool (__main__.TestIndexing) ... ok
 test_empty_slice (__main__.TestIndexing) ... ok
 test_getitem_scalars (__main__.TestIndexing) ... ok
 test_index_getitem_copy_bools_slices (__main__.TestIndexing) ... ok
 test_index_setitem_bools_slices (__main__.TestIndexing) ... ok
 test_int_assignment (__main__.TestIndexing) ... ok
 test_int_indices (__main__.TestIndexing) ... ok
 test_int_indices2d (__main__.TestIndexing) ... ok
 test_int_indices_broadcast (__main__.TestIndexing) ... ok
 test_invalid_index (__main__.TestIndexing) ... ok
 test_multiple_byte_mask (__main__.TestIndexing) ... ok
 test_multiple_int (__main__.TestIndexing) ... ok
 test_none (__main__.TestIndexing) ... ok
 test_setitem_expansion_error (__main__.TestIndexing) ... ok
 test_setitem_scalars (__main__.TestIndexing) ... ok
 test_single_int (__main__.TestIndexing) ... ok
 test_step (__main__.TestIndexing) ... ok
 test_step_assignment (__main__.TestIndexing) ... ok
 test_variable_slicing (__main__.TestIndexing) ... ok
 test_zero_dim_index (__main__.TestIndexing) ... ok

 ----------------------------------------------------------------------
 Ran 46 tests in 3.048s

 OK
 Running test_jit ...
 test_does_not_create_cycles (__main__.TestAutodiffSubgraphSlicing) ... ok
 test_does_not_merge_unrelated (__main__.TestAutodiffSubgraphSlicing) ... ok
 test_merges_dense (__main__.TestAutodiffSubgraphSlicing) ... ok
 test_merges_down (__main__.TestAutodiffSubgraphSlicing) ... ok
 test_merges_up (__main__.TestAutodiffSubgraphSlicing) ... ok
 test_merges_without_cycles (__main__.TestAutodiffSubgraphSlicing) ... ok
 test_respects_lexical_scoping (__main__.TestAutodiffSubgraphSlicing) ... ok
 test_simple_merge (__main__.TestAutodiffSubgraphSlicing) ... ok
 test_simple_no_merge (__main__.TestAutodiffSubgraphSlicing) ... ok
 test_batch_argmax (__main__.TestBatched) ... ok
 test_batch_cat (__main__.TestBatched) ... ok
 test_batch_elementwise_binary (__main__.TestBatched) ... ok
 test_batch_elementwise_unary (__main__.TestBatched) ... ok
 test_batch_index_select (__main__.TestBatched) ... ok
 test_batch_matmul (__main__.TestBatched) ... ok
 test_batch_mm (__main__.TestBatched) ... ok
 test_batch_select (__main__.TestBatched) ... ok
 test_batch_softmax (__main__.TestBatched) ... ok
 test_batch_sum (__main__.TestBatched) ... ok
 test_batch_topk (__main__.TestBatched) ... ok
 test_batch_view (__main__.TestBatched) ... ok
 test_batch_where (__main__.TestBatched) ... ok
 test_beam_search (__main__.TestBatched) ... ok
 test_create_batchtensor (__main__.TestBatched) ... ok
 test_for (__main__.TestBatched) ... ok
 test_greedy_search (__main__.TestBatched) ... ok
 test_if_else (__main__.TestBatched) ... ok
 test_if_else_with_scalar (__main__.TestBatched) ... ok
 test_if_noelse (__main__.TestBatched) ... ok
 test_if_noelse_with_scalar (__main__.TestBatched) ... ok
 test_lstm (__main__.TestBatched) ... ok
 test_while (__main__.TestBatched) ... ok
 test_default_arguments_are_used (__main__.TestCustomOperators) ... ok
 test_dynamic_op_registry (__main__.TestCustomOperators) ... ok
 test_only_kwargs (__main__.TestCustomOperators) ... ok
 test_passing_an_argument_both_as_positional_and_kwarg (__main__.TestCustomOperators) ... ok
 test_passing_and_returning_lists (__main__.TestCustomOperators) ... ok
 test_passing_one_positional_but_not_the_second (__main__.TestCustomOperators) ... ok
 test_passing_too_few_args (__main__.TestCustomOperators) ... ok
 test_passing_too_many_args (__main__.TestCustomOperators) ... ok
 test_passing_unknown_kwargs (__main__.TestCustomOperators) ... ok
 test_script_graph_contains_custom_op (__main__.TestCustomOperators) ... ok
 test_simply_calling_an_operator (__main__.TestCustomOperators) ... ok
 test_dcgan_models (__main__.TestEndToEndHybridFrontendModels) ... ok
 test_dcgan_models_cuda (__main__.TestEndToEndHybridFrontendModels) ... skipped "test doesn't currently work on the ROCm stack"
 test_mnist (__main__.TestEndToEndHybridFrontendModels) ... ok
 test_mnist_cuda (__main__.TestEndToEndHybridFrontendModels) ... skipped "test doesn't currently work on the ROCm stack"
 test_mnist_training_leaks_no_memory_cuda (__main__.TestEndToEndHybridFrontendModels) ... skipped "test doesn't currently work on the ROCm stack"
 test_neural_style (__main__.TestEndToEndHybridFrontendModels) ... ok
 test_neural_style_cuda (__main__.TestEndToEndHybridFrontendModels) ... ok
 test_reinforcement_learning (__main__.TestEndToEndHybridFrontendModels) ... ok
 test_reinforcement_learning_cuda (__main__.TestEndToEndHybridFrontendModels) ... ok
 test_snli (__main__.TestEndToEndHybridFrontendModels) ... skipped "test doesn't currently work on the ROCm stack"
 test_snli_cuda (__main__.TestEndToEndHybridFrontendModels) ... skipped "test doesn't currently work on the ROCm stack"
 test_super_resolution (__main__.TestEndToEndHybridFrontendModels) ... skipped "test doesn't currently work on the ROCm stack"
 test_super_resolution_cuda (__main__.TestEndToEndHybridFrontendModels) ... skipped "test doesn't currently work on the ROCm stack"
 test_time_sequence_prediction (__main__.TestEndToEndHybridFrontendModels) ... ok
 test_vae (__main__.TestEndToEndHybridFrontendModels) ... ok
 test_vae_cuda (__main__.TestEndToEndHybridFrontendModels) ... ok
 test_alexnet (__main__.TestJit) ... ok
 test_arg_configurations (__main__.TestJit)
 Different arg configurations should trigger different traces ... skipped 'Need to be adjusted to Graph Executor'
 test_batchnorm (__main__.TestJit) ... ok
 test_broadcast_fusion_cuda (__main__.TestJit) ... skipped "test doesn't currently work on the ROCm stack"
 test_comparison_eq_ne (__main__.TestJit) ... skipped "test doesn't currently work on the ROCm stack"
 test_comparison_ge_le_cuda (__main__.TestJit) ... skipped "test doesn't currently work on the ROCm stack"
 test_comparison_gt_lt_cuda (__main__.TestJit) ... skipped "test doesn't currently work on the ROCm stack"
 test_concat_fusion_cuda (__main__.TestJit) ... skipped "test doesn't currently work on the ROCm stack"
 test_concat_fusion_invariant_cuda (__main__.TestJit) ... skipped "test doesn't currently work on the ROCm stack"
 test_constant (__main__.TestJit) ... ok
 test_constant_prop_if_constant (__main__.TestJit) ... ok
 test_constant_prop_loop_constant (__main__.TestJit) ... ok
 test_constant_prop_nested (__main__.TestJit) ... ok
 test_constant_prop_print (__main__.TestJit) ... ok
 test_constant_prop_rand (__main__.TestJit) ... ok
 test_constant_prop_simple (__main__.TestJit) ... ok
 test_conv (__main__.TestJit) ... ok
 test_cpp_cuda (__main__.TestJit) ... skipped "test doesn't currently work on the ROCm stack"
 test_cse (__main__.TestJit) ... ok
 test_cuda_export_restore (__main__.TestJit) ... ok
 test_cuda_half (__main__.TestJit) ... skipped 'no half support'
 test_decompose_addmm (__main__.TestJit) ... ok
 test_diff_subgraph_clones_constants (__main__.TestJit) ... ok
 test_disabled (__main__.TestJit) ... ok
 test_dropout (__main__.TestJit) ... ok
 test_einsum (__main__.TestJit) ... ok
 test_exp_cuda (__main__.TestJit) ... skipped "test doesn't currently work on the ROCm stack"
 test_export_batchnorm (__main__.TestJit) ... ok
 test_export_dropout (__main__.TestJit) ... ok
 test_export_expand_aten_fallback (__main__.TestJit) ... ok
 test_export_lstm (__main__.TestJit) ... ok
 test_export_rnn (__main__.TestJit) ... ok
 test_flags (__main__.TestJit) ... skipped 'Need to instrument GraphExecutors a bit more'
 test_function_default_values (__main__.TestJit) ... ok
 test_fuse_last_device_cuda (__main__.TestJit) ... skipped 'needs non-zero device'
 test_fusion_arg_configurations_cuda (__main__.TestJit) ... skipped "test doesn't currently work on the ROCm stack"
 test_fusion_distribute_cuda (__main__.TestJit) ... skipped "test doesn't currently work on the ROCm stack"
 test_fusion_rand_cuda (__main__.TestJit) ... skipped "test doesn't currently work on the ROCm stack"
 test_ge (__main__.TestJit) ... ok
 test_ge_cuda (__main__.TestJit) ... skipped "test doesn't currently work on the ROCm stack"
 test_ge_optimized (__main__.TestJit) ... ok
 test_ge_unoptimized (__main__.TestJit) ... ok
 test_index (__main__.TestJit) ... ok
 test_index_constant (__main__.TestJit) ... ok
 test_index_put (__main__.TestJit) ... ok
 test_inplace_check (__main__.TestJit) ... ok
 test_inplace_copy (__main__.TestJit) ... ok
 test_inplace_flags (__main__.TestJit) ... ok
 test_inplace_transplant (__main__.TestJit) ... ok
 test_input_flatten (__main__.TestJit)
 Check that inputs to traced functions are flattened ... expected failure
 test_legacy_fail (__main__.TestJit) ... ok
 test_lstm_fusion_concat_cuda (__main__.TestJit) ... skipped "test doesn't currently work on the ROCm stack"
 test_lstm_fusion_cpu (__main__.TestJit) ... skipped 'Test is flaky, see https://github.com/pytorch/pytorch/issues/8746'
 test_lstm_fusion_cuda (__main__.TestJit) ... skipped "test doesn't currently work on the ROCm stack"
 test_module_default_values (__main__.TestJit) ... ok
 test_nested_inplace (__main__.TestJit) ... ok
 test_output_unflatten (__main__.TestJit)
 Check that outputs of traced functions retain the original structure and nesting ... expected failure
 test_peephole (__main__.TestJit) ... ok
 test_peephole_cuda (__main__.TestJit) ... ok
 test_peephole_dynamic (__main__.TestJit) ... ok
 test_pretty_printer (__main__.TestJit) ... ok
 test_python_function (__main__.TestJit) ... ok
 test_python_function_tup (__main__.TestJit) ... ok
 test_python_ir (__main__.TestJit) ... ok
 test_recursive_cse (__main__.TestJit) ... ok
 test_relu_cuda (__main__.TestJit) ... skipped "test doesn't currently work on the ROCm stack"
 test_repeated_input (__main__.TestJit) ... ok
 test_repeated_output (__main__.TestJit) ... ok
 test_scalar (__main__.TestJit) ... ok
 test_scopes (__main__.TestJit) ... ok
 test_scopes_identity_node (__main__.TestJit) ... ok
 test_scopes_intermediate_node (__main__.TestJit) ... ok
 test_shape_analysis_broadcast (__main__.TestJit) ... ok
 test_shared_param (__main__.TestJit) ... ok
 test_simple (__main__.TestJit) ... ok
 test_small_constant_cuda (__main__.TestJit) ... ok
 test_sparse_tensors_error (__main__.TestJit) ... ok
 test_trace_annotation (__main__.TestJit) ... ok
 test_trace_casts (__main__.TestJit) ... ok
 test_trace_detach (__main__.TestJit) ... ok
 test_trace_detach_inplace (__main__.TestJit) ... ok
 test_trace_detach_onnx_erase (__main__.TestJit) ... ok
 test_trace_random (__main__.TestJit) ... ok
 test_trace_size (__main__.TestJit) ... ok
 test_trace_size_with_grad (__main__.TestJit) ... ok
 test_trace_slice_expr_complete_type (__main__.TestJit) ... ok
 test_trace_slice_full_dim (__main__.TestJit) ... ok
 test_trace_tensor_factory (__main__.TestJit) ... ok
 test_trace_tuple (__main__.TestJit) ... ok
 test_trace_variable_instantiation (__main__.TestJit) ... ok
 test_trace_warn (__main__.TestJit) ... ok
 test_traced_module_cuda (__main__.TestJit) ... skipped "test doesn't currently work on the ROCm stack"
 test_train_eval (__main__.TestJit) ... ok
 test_train_eval_const (__main__.TestJit) ... ok
 test_tuple_specialization (__main__.TestJit) ... ok
 test_typeas_trace_check (__main__.TestJit) ... ok
 test_verify (__main__.TestJit) ... skipped 'verify needs to be updated to work with GraphExecutors'
 test_windows_fuse (__main__.TestJit) ... skipped 'Testing Fuse skipped on windows'
 test___getitem__ (__main__.TestJitGenerated) ... ok
 test___getitem___adv_index (__main__.TestJitGenerated) ... ok
 test___getitem___adv_index_beg (__main__.TestJitGenerated) ... ok
 test___getitem___adv_index_comb (__main__.TestJitGenerated) ... ok
 test___getitem___adv_index_dup (__main__.TestJitGenerated) ... ok
 test___getitem___adv_index_end (__main__.TestJitGenerated) ... ok
 test___getitem___adv_index_mid (__main__.TestJitGenerated) ... ok
 test___getitem___adv_index_sub (__main__.TestJitGenerated) ... ok
 test___getitem___adv_index_sub_2 (__main__.TestJitGenerated) ... ok
 test___getitem___adv_index_sub_3 (__main__.TestJitGenerated) ... ok
 test___getitem___adv_index_var (__main__.TestJitGenerated) ... ok
 test___getitem___slice (__main__.TestJitGenerated) ... ok
 test___getitem___slice_index (__main__.TestJitGenerated) ... ok
 test___radd___constant (__main__.TestJitGenerated) ... ok
 test___radd___scalar_constant (__main__.TestJitGenerated) ... ok
 test___rdiv___constant (__main__.TestJitGenerated) ... ok
 test___rdiv___scalar_constant (__main__.TestJitGenerated) ... ok
 test___rmul___constant (__main__.TestJitGenerated) ... ok
 test___rmul___scalar_constant (__main__.TestJitGenerated) ... ok
 test___rpow___constant (__main__.TestJitGenerated) ... ok
 test___rpow___scalar_constant (__main__.TestJitGenerated) ... ok
 test___rsub___constant (__main__.TestJitGenerated) ... ok
 test___rsub___scalar_constant (__main__.TestJitGenerated) ... ok
 test_abs (__main__.TestJitGenerated) ... ok
 test_abs_scalar (__main__.TestJitGenerated) ... ok
 test_acos (__main__.TestJitGenerated) ... ok
 test_add (__main__.TestJitGenerated) ... ok
 test_add_broadcast_all (__main__.TestJitGenerated) ... ok
 test_add_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_add_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_add_constant (__main__.TestJitGenerated) ... ok
 test_add_scalar (__main__.TestJitGenerated) ... ok
 test_add_scalar_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_add_scalar_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_add_scalar_constant (__main__.TestJitGenerated) ... ok
 test_addbmm (__main__.TestJitGenerated) ... ok
 test_addbmm_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_addbmm_broadcast_lhs_coef (__main__.TestJitGenerated) ... ok
 test_addbmm_coef (__main__.TestJitGenerated) ... ok
 test_addbmm_scalar_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_addbmm_scalar_broadcast_lhs_coef (__main__.TestJitGenerated) ... ok
 test_addcdiv (__main__.TestJitGenerated) ... ok
 test_addcdiv_broadcast_all (__main__.TestJitGenerated) ... ok
 test_addcdiv_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_addcdiv_scalar (__main__.TestJitGenerated) ... ok
 test_addcdiv_scalar_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_addcdiv_scalar_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_addcdiv_scalar_scale (__main__.TestJitGenerated) ... ok
 test_addcdiv_scalar_scale_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_addcdiv_scalar_scale_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_addcdiv_scale (__main__.TestJitGenerated) ... ok
 test_addcdiv_scale_broadcast_all (__main__.TestJitGenerated) ... ok
 test_addcdiv_scale_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_addcmul (__main__.TestJitGenerated) ... ok
 test_addcmul_broadcast_all (__main__.TestJitGenerated) ... ok
 test_addcmul_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_addcmul_scalar (__main__.TestJitGenerated) ... ok
 test_addcmul_scalar_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_addcmul_scalar_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_addcmul_scalar_scale (__main__.TestJitGenerated) ... ok
 test_addcmul_scalar_scale_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_addcmul_scalar_scale_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_addcmul_scale (__main__.TestJitGenerated) ... ok
 test_addcmul_scale_broadcast_all (__main__.TestJitGenerated) ... ok
 test_addcmul_scale_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_addmm (__main__.TestJitGenerated) ... ok
 test_addmm_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_addmm_broadcast_lhs_coef (__main__.TestJitGenerated) ... ok
 test_addmm_coef (__main__.TestJitGenerated) ... ok
 test_addmm_scalar_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_addmm_scalar_broadcast_lhs_coef (__main__.TestJitGenerated) ... ok
 test_addmv (__main__.TestJitGenerated) ... ok
 test_addmv_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_addmv_broadcast_lhs_coef (__main__.TestJitGenerated) ... ok
 test_addmv_coef (__main__.TestJitGenerated) ... ok
 test_addmv_scalar_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_addmv_scalar_broadcast_lhs_coef (__main__.TestJitGenerated) ... ok
 test_addr (__main__.TestJitGenerated) ... ok
 test_addr_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_addr_broadcast_lhs_coef (__main__.TestJitGenerated) ... ok
 test_addr_coef (__main__.TestJitGenerated) ... ok
 test_asin (__main__.TestJitGenerated) ... ok
 test_atan (__main__.TestJitGenerated) ... ok
 test_atan2 (__main__.TestJitGenerated) ... ok
 test_atan2_scalar (__main__.TestJitGenerated) ... ok
 test_atan_scalar (__main__.TestJitGenerated) ... ok
 test_baddbmm (__main__.TestJitGenerated) ... ok
 test_baddbmm_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_baddbmm_broadcast_lhs_coef (__main__.TestJitGenerated) ... ok
 test_baddbmm_coef (__main__.TestJitGenerated) ... ok
 test_baddbmm_scalar_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_baddbmm_scalar_broadcast_lhs_coef (__main__.TestJitGenerated) ... ok
 test_bmm (__main__.TestJitGenerated) ... ok
 test_ceil (__main__.TestJitGenerated) ... ok
 test_ceil_scalar (__main__.TestJitGenerated) ... ok
 test_chunk (__main__.TestJitGenerated) ... ok
 test_chunk_dim (__main__.TestJitGenerated) ... ok
 test_chunk_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_clamp (__main__.TestJitGenerated) ... ok
 test_clamp_max (__main__.TestJitGenerated) ... ok
 test_clamp_max_scalar (__main__.TestJitGenerated) ... ok
 test_clamp_min (__main__.TestJitGenerated) ... ok
 test_clamp_min_scalar (__main__.TestJitGenerated) ... ok
 test_clamp_scalar (__main__.TestJitGenerated) ... ok
 test_clone (__main__.TestJitGenerated) ... ok
 test_clone_scalar (__main__.TestJitGenerated) ... ok
 test_cos (__main__.TestJitGenerated) ... ok
 test_cos_scalar (__main__.TestJitGenerated) ... ok
 test_cosh (__main__.TestJitGenerated) ... ok
 test_cosh_scalar (__main__.TestJitGenerated) ... ok
 test_cross (__main__.TestJitGenerated) ... ok
 test_cross_dim (__main__.TestJitGenerated) ... ok
 test_cumprod (__main__.TestJitGenerated) ... ok
 test_cumprod_dim1 (__main__.TestJitGenerated) ... ok
 test_cumprod_dim1_neg0 (__main__.TestJitGenerated) ... ok
 test_cumprod_scalar (__main__.TestJitGenerated) ... ok
 test_cumprod_scalar_zeros (__main__.TestJitGenerated) ... ok
 test_cumprod_zeros_dim0 (__main__.TestJitGenerated) ... ok
 test_cumprod_zeros_dim0_neg0 (__main__.TestJitGenerated) ... ok
 test_cumprod_zeros_dim1 (__main__.TestJitGenerated) ... ok
 test_cumprod_zeros_dim1_neg0 (__main__.TestJitGenerated) ... ok
 test_cumprod_zeros_dim2 (__main__.TestJitGenerated) ... ok
 test_cumprod_zeros_dim2_neg0 (__main__.TestJitGenerated) ... ok
 test_cumsum_dim0 (__main__.TestJitGenerated) ... ok
 test_cumsum_dim0_neg0 (__main__.TestJitGenerated) ... ok
 test_cumsum_dim0_scalar (__main__.TestJitGenerated) ... ok
 test_cumsum_dim0_scalar_neg0 (__main__.TestJitGenerated) ... ok
 test_cumsum_dim1 (__main__.TestJitGenerated) ... ok
 test_cumsum_dim1_neg0 (__main__.TestJitGenerated) ... ok
 test_det (__main__.TestJitGenerated) ... ok
 test_det_1x1 (__main__.TestJitGenerated) ... ok
 test_det_dim2_null (__main__.TestJitGenerated) ... ok
 test_det_distinct_singular_values (__main__.TestJitGenerated) ... ok
 test_det_rank1 (__main__.TestJitGenerated) ... ok
 test_det_rank2 (__main__.TestJitGenerated) ... ok
 test_det_symmetric (__main__.TestJitGenerated) ... ok
 test_det_symmetric_pd (__main__.TestJitGenerated) ... ok
 test_det_symmetric_psd (__main__.TestJitGenerated) ... ok
 test_diag_1d (__main__.TestJitGenerated) ... ok
 test_diag_2d (__main__.TestJitGenerated) ... ok
 test_diag_2d_1 (__main__.TestJitGenerated) ... ok
 test_diag_2d_2 (__main__.TestJitGenerated) ... ok
 test_diag_2d_tall (__main__.TestJitGenerated) ... ok
 test_diag_2d_tall_neg (__main__.TestJitGenerated) ... ok
 test_diag_2d_tall_pos (__main__.TestJitGenerated) ... ok
 test_diag_2d_wide (__main__.TestJitGenerated) ... ok
 test_diag_2d_wide_neg (__main__.TestJitGenerated) ... ok
 test_diag_2d_wide_pos (__main__.TestJitGenerated) ... ok
 test_diagonal_2d (__main__.TestJitGenerated) ... ok
 test_diagonal_2d_1 (__main__.TestJitGenerated) ... ok
 test_diagonal_2d_2 (__main__.TestJitGenerated) ... ok
 test_diagonal_2d_tall (__main__.TestJitGenerated) ... ok
 test_diagonal_2d_tall_neg (__main__.TestJitGenerated) ... ok
 test_diagonal_2d_tall_pos (__main__.TestJitGenerated) ... ok
 test_diagonal_2d_wide (__main__.TestJitGenerated) ... ok
 test_diagonal_2d_wide_neg (__main__.TestJitGenerated) ... ok
 test_diagonal_2d_wide_pos (__main__.TestJitGenerated) ... ok
 test_diagonal_3d_1 (__main__.TestJitGenerated) ... ok
 test_diagonal_3d_2 (__main__.TestJitGenerated) ... ok
 test_diagonal_3d_3 (__main__.TestJitGenerated) ... ok
 test_dist (__main__.TestJitGenerated) ... ok
 test_dist_4 (__main__.TestJitGenerated) ... ok
 test_dist_4_broadcast_all (__main__.TestJitGenerated) ... ok
 test_dist_4_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_dist_4_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_dist_broadcast_all (__main__.TestJitGenerated) ... ok
 test_dist_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_dist_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_dist_scalar (__main__.TestJitGenerated) ... ok
 test_dist_scalar_4 (__main__.TestJitGenerated) ... ok
 test_dist_scalar_4_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_dist_scalar_4_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_dist_scalar_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_dist_scalar_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_div (__main__.TestJitGenerated) ... ok
 test_div_broadcast_all (__main__.TestJitGenerated) ... ok
 test_div_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_div_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_div_constant (__main__.TestJitGenerated) ... ok
 test_div_scalar (__main__.TestJitGenerated) ... ok
 test_div_scalar_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_div_scalar_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_div_scalar_constant (__main__.TestJitGenerated) ... ok
 test_dot (__main__.TestJitGenerated) ... ok
 test_eq_ (__main__.TestJitGenerated) ... ok
 test_eq__broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_eq__pyscalar (__main__.TestJitGenerated) ... ok
 test_eq__pyscalar_scalar (__main__.TestJitGenerated) ... ok
 test_eq__scalar (__main__.TestJitGenerated) ... ok
 test_eq__scalar_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_erf (__main__.TestJitGenerated) ... ok
 test_erf_scalar (__main__.TestJitGenerated) ... ok
 test_erfc (__main__.TestJitGenerated) ... ok
 test_erfc_scalar (__main__.TestJitGenerated) ... ok
 test_erfinv (__main__.TestJitGenerated) ... ok
 test_erfinv_scalar (__main__.TestJitGenerated) ... ok
 test_exp (__main__.TestJitGenerated) ... ok
 test_exp_scalar (__main__.TestJitGenerated) ... ok
 test_expand (__main__.TestJitGenerated) ... ok
 test_expand_1_element (__main__.TestJitGenerated) ... ok
 test_expand_new_dim (__main__.TestJitGenerated) ... ok
 test_expand_new_dim_front_old_front_1 (__main__.TestJitGenerated) ... ok
 test_expand_scalar_to_dims (__main__.TestJitGenerated) ... ok
 test_expand_scalar_to_scalar (__main__.TestJitGenerated) ... ok
 test_expand_size (__main__.TestJitGenerated) ... ok
 test_expm1 (__main__.TestJitGenerated) ... ok
 test_expm1_scalar (__main__.TestJitGenerated) ... ok
 test_fill__number (__main__.TestJitGenerated) ... ok
 test_fill__number_scalar (__main__.TestJitGenerated) ... ok
 test_fill__variable (__main__.TestJitGenerated) ... ok
 test_flip_d0 (__main__.TestJitGenerated) ... ok
 test_flip_d012 (__main__.TestJitGenerated) ... ok
 test_flip_d02 (__main__.TestJitGenerated) ... ok
 test_flip_d20 (__main__.TestJitGenerated) ... ok
 test_flip_neg_d (__main__.TestJitGenerated) ... ok
 test_floor (__main__.TestJitGenerated) ... ok
 test_floor_scalar (__main__.TestJitGenerated) ... ok
 test_fmod (__main__.TestJitGenerated) ... ok
 test_fmod_scalar (__main__.TestJitGenerated) ... ok
 test_fmod_scalar_tensor (__main__.TestJitGenerated) ... ok
 test_fmod_scalar_tensor_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_fmod_scalar_tensor_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_fmod_tensor (__main__.TestJitGenerated) ... ok
 test_fmod_tensor_broadcast_all (__main__.TestJitGenerated) ... ok
 test_fmod_tensor_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_fmod_tensor_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_frac (__main__.TestJitGenerated) ... ok
 test_frac_scalar (__main__.TestJitGenerated) ... ok
 test_gather_dim0 (__main__.TestJitGenerated) ... ok
 test_gather_dim0_neg0 (__main__.TestJitGenerated) ... ok
 test_gather_dim1 (__main__.TestJitGenerated) ... ok
 test_gather_dim1_neg0 (__main__.TestJitGenerated) ... ok
 test_gather_scalar_both (__main__.TestJitGenerated) ... ok
 test_gather_scalar_both_neg0 (__main__.TestJitGenerated) ... ok
 test_gather_scalar_index (__main__.TestJitGenerated) ... ok
 test_gather_scalar_index_neg0 (__main__.TestJitGenerated) ... ok
 test_gather_scalar_input (__main__.TestJitGenerated) ... ok
 test_gather_scalar_input_neg0 (__main__.TestJitGenerated) ... ok
 test_ge_ (__main__.TestJitGenerated) ... ok
 test_ge__broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_ge__pyscalar (__main__.TestJitGenerated) ... ok
 test_ge__pyscalar_scalar (__main__.TestJitGenerated) ... ok
 test_ge__scalar (__main__.TestJitGenerated) ... ok
 test_ge__scalar_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_ger (__main__.TestJitGenerated) ... ok
 test_gesv (__main__.TestJitGenerated) ... ok
 test_gesv_batched (__main__.TestJitGenerated) ... ok
 test_gesv_batched_broadcast_A (__main__.TestJitGenerated) ... ok
 test_gesv_batched_broadcast_b (__main__.TestJitGenerated) ... ok
 test_gesv_batched_dims (__main__.TestJitGenerated) ... ok
 test_gt_ (__main__.TestJitGenerated) ... ok
 test_gt__broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_gt__pyscalar (__main__.TestJitGenerated) ... ok
 test_gt__pyscalar_scalar (__main__.TestJitGenerated) ... ok
 test_gt__scalar (__main__.TestJitGenerated) ... ok
 test_gt__scalar_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_index_add_dim (__main__.TestJitGenerated) ... ok
 test_index_add_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_index_add_scalar_all_dim (__main__.TestJitGenerated) ... ok
 test_index_add_scalar_all_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_index_add_scalar_input_dim (__main__.TestJitGenerated) ... ok
 test_index_add_scalar_input_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_index_copy_dim (__main__.TestJitGenerated) ... ok
 test_index_copy_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_index_copy_scalar_all_dim (__main__.TestJitGenerated) ... ok
 test_index_copy_scalar_all_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_index_copy_scalar_input_dim (__main__.TestJitGenerated) ... ok
 test_index_copy_scalar_input_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_index_fill_dim (__main__.TestJitGenerated) ... ok
 test_index_fill_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_index_fill_scalar_both_dim (__main__.TestJitGenerated) ... ok
 test_index_fill_scalar_both_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_index_fill_scalar_index_dim (__main__.TestJitGenerated) ... ok
 test_index_fill_scalar_index_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_index_fill_scalar_input_dim (__main__.TestJitGenerated) ... ok
 test_index_fill_scalar_input_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_index_fill_variable_dim (__main__.TestJitGenerated) ... ok
 test_index_fill_variable_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_index_select_dim (__main__.TestJitGenerated) ... ok
 test_index_select_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_index_select_scalar_dim (__main__.TestJitGenerated) ... ok
 test_index_select_scalar_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_index_select_scalar_mixed_dim (__main__.TestJitGenerated) ... ok
 test_index_select_scalar_mixed_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_inverse (__main__.TestJitGenerated) ... ok
 test_kthvalue (__main__.TestJitGenerated) ... ok
 test_kthvalue_dim (__main__.TestJitGenerated) ... ok
 test_kthvalue_dim_1d (__main__.TestJitGenerated) ... ok
 test_kthvalue_dim_1d_neg0 (__main__.TestJitGenerated) ... ok
 test_kthvalue_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_kthvalue_keepdim_dim (__main__.TestJitGenerated) ... ok
 test_kthvalue_keepdim_dim_1d (__main__.TestJitGenerated) ... ok
 test_kthvalue_keepdim_dim_1d_neg0 (__main__.TestJitGenerated) ... ok
 test_kthvalue_keepdim_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_kthvalue_scalar (__main__.TestJitGenerated) ... ok
 test_kthvalue_scalar_dim (__main__.TestJitGenerated) ... ok
 test_kthvalue_scalar_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_kthvalue_scalar_keepdim_dim (__main__.TestJitGenerated) ... ok
 test_kthvalue_scalar_keepdim_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_le_ (__main__.TestJitGenerated) ... ok
 test_le__broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_le__pyscalar (__main__.TestJitGenerated) ... ok
 test_le__pyscalar_scalar (__main__.TestJitGenerated) ... ok
 test_le__scalar (__main__.TestJitGenerated) ... ok
 test_le__scalar_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_lerp (__main__.TestJitGenerated) ... ok
 test_lerp_broadcast_all (__main__.TestJitGenerated) ... ok
 test_lerp_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_lerp_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_lerp_scalar (__main__.TestJitGenerated) ... ok
 test_lerp_scalar_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_lerp_scalar_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_log (__main__.TestJitGenerated) ... ok
 test_log10 (__main__.TestJitGenerated) ... ok
 test_log10_scalar (__main__.TestJitGenerated) ... ok
 test_log1p (__main__.TestJitGenerated) ... ok
 test_log1p_scalar (__main__.TestJitGenerated) ... ok
 test_log2 (__main__.TestJitGenerated) ... ok
 test_log2_scalar (__main__.TestJitGenerated) ... ok
 test_log_scalar (__main__.TestJitGenerated) ... ok
 test_logdet (__main__.TestJitGenerated) ... ok
 test_logdet_1x1 (__main__.TestJitGenerated) ... ok
 test_logdet_distinct_singular_values (__main__.TestJitGenerated) ... ok
 test_logdet_symmetric (__main__.TestJitGenerated) ... ok
 test_logdet_symmetric_pd (__main__.TestJitGenerated) ... ok
 test_logsumexp (__main__.TestJitGenerated) ... ok
 test_logsumexp_scalar (__main__.TestJitGenerated) ... ok
 test_lt_ (__main__.TestJitGenerated) ... ok
 test_lt__broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_lt__pyscalar (__main__.TestJitGenerated) ... ok
 test_lt__pyscalar_scalar (__main__.TestJitGenerated) ... ok
 test_lt__scalar (__main__.TestJitGenerated) ... ok
 test_lt__scalar_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_masked_fill (__main__.TestJitGenerated) ... ok
 test_masked_fill_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_masked_fill_scalar (__main__.TestJitGenerated) ... ok
 test_masked_fill_scalar_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_masked_fill_scalar_variable (__main__.TestJitGenerated) ... ok
 test_masked_fill_tensor (__main__.TestJitGenerated) ... ok
 test_masked_scatter (__main__.TestJitGenerated) ... ok
 test_masked_scatter_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_masked_scatter_scalar (__main__.TestJitGenerated) ... ok
 test_masked_scatter_scalar_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_masked_select (__main__.TestJitGenerated) ... ok
 test_masked_select_broadcast_all (__main__.TestJitGenerated) ... ok
 test_masked_select_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_masked_select_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_masked_select_scalar (__main__.TestJitGenerated) ... ok
 test_masked_select_scalar_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_masked_select_scalar_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_matmul (__main__.TestJitGenerated) ... ok
 test_matmul_1d_2d (__main__.TestJitGenerated) ... ok
 test_matmul_1d_4d (__main__.TestJitGenerated) ... ok
 test_matmul_2d_1d (__main__.TestJitGenerated) ... ok
 test_matmul_2d_2d (__main__.TestJitGenerated) ... ok
 test_matmul_4d_1d (__main__.TestJitGenerated) ... ok
 test_matmul_4d_4d (__main__.TestJitGenerated) ... ok
 test_matrix_power_n=-1 (__main__.TestJitGenerated) ... ok
 test_matrix_power_n=-3 (__main__.TestJitGenerated) ... ok
 test_matrix_power_n=0 (__main__.TestJitGenerated) ... ok
 test_matrix_power_n=1 (__main__.TestJitGenerated) ... ok
 test_matrix_power_n=2 (__main__.TestJitGenerated) ... ok
 test_matrix_power_n=3 (__main__.TestJitGenerated) ... ok
 test_max (__main__.TestJitGenerated) ... ok
 test_max_dim (__main__.TestJitGenerated) ... ok
 test_max_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_max_elementwise (__main__.TestJitGenerated) ... ok
 test_max_elementwise_broadcast_all (__main__.TestJitGenerated) ... ok
 test_max_elementwise_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_max_elementwise_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_max_keepdim_dim (__main__.TestJitGenerated) ... ok
 test_max_keepdim_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_max_scalar (__main__.TestJitGenerated) ... ok
 test_max_scalar_dim (__main__.TestJitGenerated) ... ok
 test_max_scalar_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_max_scalar_elementwise (__main__.TestJitGenerated) ... ok
 test_max_scalar_elementwise_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_max_scalar_elementwise_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_max_scalar_keepdim_dim (__main__.TestJitGenerated) ... ok
 test_max_scalar_keepdim_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_mean (__main__.TestJitGenerated) ... ok
 test_mean_dim (__main__.TestJitGenerated) ... ok
 test_mean_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_mean_keepdim_dim (__main__.TestJitGenerated) ... ok
 test_mean_keepdim_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_mean_scalar (__main__.TestJitGenerated) ... ok
 test_mean_scalar_dim (__main__.TestJitGenerated) ... ok
 test_mean_scalar_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_mean_scalar_keepdim_dim (__main__.TestJitGenerated) ... ok
 test_mean_scalar_keepdim_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_median (__main__.TestJitGenerated) ... ok
 test_median_dim (__main__.TestJitGenerated) ... ok
 test_median_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_median_keepdim_dim (__main__.TestJitGenerated) ... ok
 test_median_keepdim_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_median_scalar (__main__.TestJitGenerated) ... ok
 test_median_scalar_dim (__main__.TestJitGenerated) ... ok
 test_median_scalar_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_median_scalar_keepdim_dim (__main__.TestJitGenerated) ... ok
 test_median_scalar_keepdim_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_min (__main__.TestJitGenerated) ... ok
 test_min_dim (__main__.TestJitGenerated) ... ok
 test_min_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_min_elementwise (__main__.TestJitGenerated) ... ok
 test_min_elementwise_broadcast_all (__main__.TestJitGenerated) ... ok
 test_min_elementwise_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_min_elementwise_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_min_keepdim_dim (__main__.TestJitGenerated) ... ok
 test_min_keepdim_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_min_scalar (__main__.TestJitGenerated) ... ok
 test_min_scalar_dim (__main__.TestJitGenerated) ... ok
 test_min_scalar_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_min_scalar_elementwise (__main__.TestJitGenerated) ... ok
 test_min_scalar_elementwise_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_min_scalar_elementwise_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_min_scalar_keepdim_dim (__main__.TestJitGenerated) ... ok
 test_min_scalar_keepdim_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_mm (__main__.TestJitGenerated) ... ok
 test_mode (__main__.TestJitGenerated) ... ok
 test_mode_dim (__main__.TestJitGenerated) ... ok
 test_mode_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_mode_keepdim_dim (__main__.TestJitGenerated) ... ok
 test_mode_keepdim_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_mode_scalar (__main__.TestJitGenerated) ... ok
 test_mode_scalar_dim (__main__.TestJitGenerated) ... ok
 test_mode_scalar_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_mode_scalar_keepdim_dim (__main__.TestJitGenerated) ... ok
 test_mode_scalar_keepdim_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_mul (__main__.TestJitGenerated) ... ok
 test_mul_broadcast_all (__main__.TestJitGenerated) ... ok
 test_mul_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_mul_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_mul_constant (__main__.TestJitGenerated) ... ok
 test_mul_scalar (__main__.TestJitGenerated) ... ok
 test_mul_scalar_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_mul_scalar_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_mul_scalar_constant (__main__.TestJitGenerated) ... ok
 test_mv (__main__.TestJitGenerated) ... ok
 test_narrow_dim (__main__.TestJitGenerated) ... ok
 test_narrow_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_narrow_empty_dim (__main__.TestJitGenerated) ... ok
 test_narrow_empty_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_ne_ (__main__.TestJitGenerated) ... ok
 test_ne__broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_ne__pyscalar (__main__.TestJitGenerated) ... ok
 test_ne__pyscalar_scalar (__main__.TestJitGenerated) ... ok
 test_ne__scalar (__main__.TestJitGenerated) ... ok
 test_ne__scalar_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_nn_adaptive_avg_pool1d (__main__.TestJitGenerated) ... ok
 test_nn_adaptive_avg_pool2d (__main__.TestJitGenerated) ... ok
 test_nn_adaptive_avg_pool3d (__main__.TestJitGenerated) ... ok
 test_nn_adaptive_max_pool1d (__main__.TestJitGenerated) ... ok
 test_nn_adaptive_max_pool2d (__main__.TestJitGenerated) ... ok
 test_nn_adaptive_max_pool3d (__main__.TestJitGenerated) ... ok
 test_nn_affine_grid (__main__.TestJitGenerated) ... ok
 test_nn_alpha_dropout (__main__.TestJitGenerated) ... ok
 test_nn_avg_pool1d (__main__.TestJitGenerated) ... ok
 test_nn_avg_pool2d (__main__.TestJitGenerated) ... ok
 test_nn_avg_pool3d (__main__.TestJitGenerated) ... ok
 test_nn_batch_norm (__main__.TestJitGenerated) ... ok
 test_nn_bilinear (__main__.TestJitGenerated) ... ok
 test_nn_binary_cross_entropy (__main__.TestJitGenerated) ... ok
 test_nn_binary_cross_entropy_with_logits (__main__.TestJitGenerated) ... ok
 test_nn_celu (__main__.TestJitGenerated) ... ok
 test_nn_conv1d (__main__.TestJitGenerated) ... ok
 test_nn_conv2d (__main__.TestJitGenerated) ... ok
 test_nn_conv3d (__main__.TestJitGenerated) ... ok
 test_nn_conv_tbc (__main__.TestJitGenerated) ... ok
 test_nn_conv_transpose1d (__main__.TestJitGenerated) ... ok
 test_nn_conv_transpose2d (__main__.TestJitGenerated) ... ok
 test_nn_conv_transpose3d (__main__.TestJitGenerated) ... ok
 test_nn_cosine_embedding_loss (__main__.TestJitGenerated) ... ok
 test_nn_cosine_similarity (__main__.TestJitGenerated) ... ok
 test_nn_cross_entropy (__main__.TestJitGenerated) ... ok
 test_nn_ctc_loss (__main__.TestJitGenerated) ... ok
 test_nn_dropout (__main__.TestJitGenerated) ... ok
 test_nn_dropout2d (__main__.TestJitGenerated) ... ok
 test_nn_dropout3d (__main__.TestJitGenerated) ... ok
 test_nn_elu (__main__.TestJitGenerated) ... ok
 test_nn_embedding (__main__.TestJitGenerated) ... ok
 test_nn_embedding_bag (__main__.TestJitGenerated) ... ok
 test_nn_feature_alpha_dropout (__main__.TestJitGenerated) ... ok
 test_nn_fold (__main__.TestJitGenerated) ... ok
 test_nn_fractional_max_pool2d (__main__.TestJitGenerated) ... ok
 test_nn_glu (__main__.TestJitGenerated) ... ok
 test_nn_grid_sample (__main__.TestJitGenerated) ... ok
 test_nn_group_norm (__main__.TestJitGenerated) ... ok
 test_nn_gumbel_softmax (__main__.TestJitGenerated) ... ok
 test_nn_hardshrink (__main__.TestJitGenerated) ... ok
 test_nn_hardtanh (__main__.TestJitGenerated) ... ok
 test_nn_hinge_embedding_loss (__main__.TestJitGenerated) ... ok
 test_nn_instance_norm (__main__.TestJitGenerated) ... ok
 test_nn_interpolate (__main__.TestJitGenerated) ... ok
 test_nn_kl_div (__main__.TestJitGenerated) ... ok
 test_nn_l1_loss (__main__.TestJitGenerated) ... ok
 test_nn_layer_norm (__main__.TestJitGenerated) ... ok
 test_nn_leaky_relu (__main__.TestJitGenerated) ... ok
 test_nn_linear (__main__.TestJitGenerated) ... ok
 test_nn_local_response_norm (__main__.TestJitGenerated) ... ok
 test_nn_log_softmax (__main__.TestJitGenerated) ... ok
 test_nn_lp_pool1d (__main__.TestJitGenerated) ... ok
 test_nn_lp_pool2d (__main__.TestJitGenerated) ... ok
 test_nn_margin_ranking_loss (__main__.TestJitGenerated) ... ok
 test_nn_max_pool1d (__main__.TestJitGenerated) ... ok
 test_nn_max_pool2d (__main__.TestJitGenerated) ... ok
 test_nn_max_pool3d (__main__.TestJitGenerated) ... ok
 test_nn_max_unpool1d (__main__.TestJitGenerated) ... ok
 test_nn_max_unpool2d (__main__.TestJitGenerated) ... ok
 test_nn_max_unpool3d (__main__.TestJitGenerated) ... ok
 test_nn_mse_loss (__main__.TestJitGenerated) ... ok
 test_nn_multi_margin_loss (__main__.TestJitGenerated) ... ok
 test_nn_multilabel_margin_loss (__main__.TestJitGenerated) ... ok
 test_nn_multilabel_soft_margin_loss (__main__.TestJitGenerated) ... ok
 test_nn_nll_loss (__main__.TestJitGenerated) ... ok
 test_nn_normalize (__main__.TestJitGenerated) ... ok
 test_nn_pad (__main__.TestJitGenerated) ... ok
 test_nn_pairwise_distance (__main__.TestJitGenerated) ... ok
 test_nn_pdist (__main__.TestJitGenerated) ... ok
 test_nn_pixel_shuffle (__main__.TestJitGenerated) ... ok
 test_nn_poisson_nll_loss (__main__.TestJitGenerated) ... ok
 test_nn_relu (__main__.TestJitGenerated) ... ok
 test_nn_rrelu (__main__.TestJitGenerated) ... ok
 test_nn_selu (__main__.TestJitGenerated) ... ok
 test_nn_smooth_l1_loss (__main__.TestJitGenerated) ... ok
 test_nn_soft_margin_loss (__main__.TestJitGenerated) ... ok
 test_nn_softmax (__main__.TestJitGenerated) ... ok
 test_nn_softmin (__main__.TestJitGenerated) ... ok
 test_nn_softplus (__main__.TestJitGenerated) ... ok
 test_nn_softsign (__main__.TestJitGenerated) ... ok
 test_nn_tanhshrink (__main__.TestJitGenerated) ... ok
 test_nn_threshold (__main__.TestJitGenerated) ... ok
 test_nn_triplet_margin_loss (__main__.TestJitGenerated) ... ok
 test_nn_unfold (__main__.TestJitGenerated) ... ok
 test_norm_-inf (__main__.TestJitGenerated) ... ok
 test_norm_0 (__main__.TestJitGenerated) ... ok
 test_norm_0_2_dim (__main__.TestJitGenerated) ... ok
 test_norm_0_2_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_norm_0_5 (__main__.TestJitGenerated) ... ok
 test_norm_1 (__main__.TestJitGenerated) ... ok
 test_norm_1_2_dim (__main__.TestJitGenerated) ... ok
 test_norm_1_2_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_norm_1_5_default (__main__.TestJitGenerated) ... ok
 test_norm_1_5_dim (__main__.TestJitGenerated) ... ok
 test_norm_1_5_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_norm_2 (__main__.TestJitGenerated) ... ok
 test_norm_2_2_dim (__main__.TestJitGenerated) ... ok
 test_norm_2_2_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_norm_2_dim (__main__.TestJitGenerated) ... ok
 test_norm_2_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_norm_2_dim_scalar (__main__.TestJitGenerated) ... ok
 test_norm_2_dim_scalar_neg0 (__main__.TestJitGenerated) ... ok
 test_norm_3 (__main__.TestJitGenerated) ... ok
 test_norm_3_2_dim (__main__.TestJitGenerated) ... ok
 test_norm_3_2_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_norm_3_dim (__main__.TestJitGenerated) ... ok
 test_norm_3_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_norm_3_dim_scalar (__main__.TestJitGenerated) ... ok
 test_norm_3_dim_scalar_neg0 (__main__.TestJitGenerated) ... ok
 test_norm_default (__main__.TestJitGenerated) ... ok
 test_norm_fro (__main__.TestJitGenerated) ... ok
 test_norm_fro_default (__main__.TestJitGenerated) ... ok
 test_norm_inf (__main__.TestJitGenerated) ... ok
 test_norm_inf_2_dim (__main__.TestJitGenerated) ... ok
 test_norm_keepdim_1_5_dim (__main__.TestJitGenerated) ... ok
 test_norm_keepdim_1_5_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_norm_keepdim_2_dim (__main__.TestJitGenerated) ... ok
 test_norm_keepdim_2_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_norm_keepdim_2_dim_scalar (__main__.TestJitGenerated) ... ok
 test_norm_keepdim_2_dim_scalar_neg0 (__main__.TestJitGenerated) ... ok
 test_norm_keepdim_3_dim (__main__.TestJitGenerated) ... ok
 test_norm_keepdim_3_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_norm_keepdim_3_dim_scalar (__main__.TestJitGenerated) ... ok
 test_norm_keepdim_3_dim_scalar_neg0 (__main__.TestJitGenerated) ... ok
 test_norm_neg_0_5 (__main__.TestJitGenerated) ... ok
 test_norm_neg_1 (__main__.TestJitGenerated) ... ok
 test_norm_neg_1_2_dim (__main__.TestJitGenerated) ... ok
 test_norm_neg_1_2_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_norm_neg_1_5 (__main__.TestJitGenerated) ... ok
 test_norm_neg_2 (__main__.TestJitGenerated) ... ok
 test_norm_neg_2_2_dim (__main__.TestJitGenerated) ... ok
 test_norm_neg_2_2_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_norm_nuc (__main__.TestJitGenerated) ... ok
 test_permute (__main__.TestJitGenerated) ... ok
 test_permute_neg_dim (__main__.TestJitGenerated) ... ok
 test_permute_scalar (__main__.TestJitGenerated) ... ok
 test_pow (__main__.TestJitGenerated) ... ok
 test_pow_broadcast_all (__main__.TestJitGenerated) ... ok
 test_pow_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_pow_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_pow_constant (__main__.TestJitGenerated) ... ok
 test_pow_scalar (__main__.TestJitGenerated) ... ok
 test_pow_scalar_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_pow_scalar_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_pow_scalar_constant (__main__.TestJitGenerated) ... ok
 test_prod (__main__.TestJitGenerated) ... ok
 test_prod_dim (__main__.TestJitGenerated) ... ok
 test_prod_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_prod_keepdim_dim (__main__.TestJitGenerated) ... ok
 test_prod_keepdim_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_prod_keepdim_zeros_dims0 (__main__.TestJitGenerated) ... ok
 test_prod_keepdim_zeros_dims0_neg0 (__main__.TestJitGenerated) ... ok
 test_prod_keepdim_zeros_dims1 (__main__.TestJitGenerated) ... ok
 test_prod_keepdim_zeros_dims1_neg0 (__main__.TestJitGenerated) ... ok
 test_prod_keepdim_zeros_dims2 (__main__.TestJitGenerated) ... ok
 test_prod_keepdim_zeros_dims2_neg0 (__main__.TestJitGenerated) ... ok
 test_prod_scalar (__main__.TestJitGenerated) ... ok
 test_prod_scalar_dim (__main__.TestJitGenerated) ... ok
 test_prod_scalar_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_prod_scalar_dim_zero (__main__.TestJitGenerated) ... ok
 test_prod_scalar_dim_zero_neg0 (__main__.TestJitGenerated) ... ok
 test_prod_scalar_keepdim_dim (__main__.TestJitGenerated) ... ok
 test_prod_scalar_keepdim_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_prod_scalar_keepdim_dim_zero (__main__.TestJitGenerated) ... ok
 test_prod_scalar_keepdim_dim_zero_neg0 (__main__.TestJitGenerated) ... ok
 test_prod_scalar_zero (__main__.TestJitGenerated) ... ok
 test_prod_single_zero (__main__.TestJitGenerated) ... ok
 test_prod_zerodims0 (__main__.TestJitGenerated) ... ok
 test_prod_zerodims1 (__main__.TestJitGenerated) ... ok
 test_prod_zerodims2 (__main__.TestJitGenerated) ... ok
 test_prod_zeros_dims0 (__main__.TestJitGenerated) ... ok
 test_prod_zeros_dims0_neg0 (__main__.TestJitGenerated) ... ok
 test_prod_zeros_dims1 (__main__.TestJitGenerated) ... ok
 test_prod_zeros_dims1_neg0 (__main__.TestJitGenerated) ... ok
 test_prod_zeros_dims2 (__main__.TestJitGenerated) ... ok
 test_prod_zeros_dims2_neg0 (__main__.TestJitGenerated) ... ok
 test_reciprocal (__main__.TestJitGenerated) ... ok
 test_reciprocal_scalar (__main__.TestJitGenerated) ... ok
 test_remainder (__main__.TestJitGenerated) ... ok
 test_remainder_scalar (__main__.TestJitGenerated) ... ok
 test_remainder_scalar_tensor (__main__.TestJitGenerated) ... ok
 test_remainder_scalar_tensor_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_remainder_tensor (__main__.TestJitGenerated) ... ok
 test_remainder_tensor_broadcast_all (__main__.TestJitGenerated) ... ok
 test_remainder_tensor_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_renorm_dim (__main__.TestJitGenerated) ... ok
 test_renorm_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_renorm_norm_1 (__main__.TestJitGenerated) ... ok
 test_renorm_norm_inf (__main__.TestJitGenerated) ... ok
 test_repeat (__main__.TestJitGenerated) ... ok
 test_repeat_scalar (__main__.TestJitGenerated) ... ok
 test_repeat_single_number (__main__.TestJitGenerated) ... ok
 test_repeat_unsqueeze (__main__.TestJitGenerated) ... ok
 test_reshape (__main__.TestJitGenerated) ... ok
 test_reshape_1d (__main__.TestJitGenerated) ... ok
 test_reshape_as (__main__.TestJitGenerated) ... ok
 test_reshape_as_scalar (__main__.TestJitGenerated) ... ok
 test_reshape_as_scalar_to_dims (__main__.TestJitGenerated) ... ok
 test_reshape_scalar_to_1d (__main__.TestJitGenerated) ... ok
 test_reshape_scalar_to_scalar (__main__.TestJitGenerated) ... ok
 test_reshape_size (__main__.TestJitGenerated) ... ok
 test_resize__fewer_dims (__main__.TestJitGenerated) ... ok
 test_resize__scalar (__main__.TestJitGenerated) ... ok
 test_resize__scalar_to_dims (__main__.TestJitGenerated) ... ok
 test_resize_as_ (__main__.TestJitGenerated) ... ok
 test_resize_as__scalar (__main__.TestJitGenerated) ... ok
 test_resize_as__scalar_to_dims (__main__.TestJitGenerated) ... ok
 test_rot90_default (__main__.TestJitGenerated) ... ok
 test_rot90_k1_d01 (__main__.TestJitGenerated) ... ok
 test_rot90_k1_d12 (__main__.TestJitGenerated) ... ok
 test_rot90_k1_neg_d (__main__.TestJitGenerated) ... ok
 test_round (__main__.TestJitGenerated) ... ok
 test_round_scalar (__main__.TestJitGenerated) ... ok
 test_rsqrt (__main__.TestJitGenerated) ... ok
 test_rsqrt_scalar (__main__.TestJitGenerated) ... ok
 test_scatter_add_dim0 (__main__.TestJitGenerated) ... ok
 test_scatter_add_dim0_neg0 (__main__.TestJitGenerated) ... ok
 test_scatter_add_dim1 (__main__.TestJitGenerated) ... ok
 test_scatter_add_dim1_neg0 (__main__.TestJitGenerated) ... ok
 test_scatter_add_scalar_all_dim0 (__main__.TestJitGenerated) ... ok
 test_scatter_add_scalar_all_dim0_neg0 (__main__.TestJitGenerated) ... ok
 test_scatter_dim0 (__main__.TestJitGenerated) ... ok
 test_scatter_dim0_neg0 (__main__.TestJitGenerated) ... ok
 test_scatter_dim1 (__main__.TestJitGenerated) ... ok
 test_scatter_dim1_neg0 (__main__.TestJitGenerated) ... ok
 test_scatter_scalar_all_dim0 (__main__.TestJitGenerated) ... ok
 test_scatter_scalar_all_dim0_neg0 (__main__.TestJitGenerated) ... ok
 test_select_1d (__main__.TestJitGenerated) ... ok
 test_select_dim (__main__.TestJitGenerated) ... ok
 test_select_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_select_wrap_dim (__main__.TestJitGenerated) ... ok
 test_select_wrap_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_sigmoid (__main__.TestJitGenerated) ... ok
 test_sigmoid_scalar (__main__.TestJitGenerated) ... ok
 test_sign (__main__.TestJitGenerated) ... ok
 test_sign_scalar (__main__.TestJitGenerated) ... ok
 test_sin (__main__.TestJitGenerated) ... ok
 test_sin_scalar (__main__.TestJitGenerated) ... ok
 test_sinh (__main__.TestJitGenerated) ... ok
 test_sinh_scalar (__main__.TestJitGenerated) ... ok
 test_slogdet_1x1_neg_det (__main__.TestJitGenerated) ... ok
 test_slogdet_1x1_pos_det (__main__.TestJitGenerated) ... ok
 test_slogdet_distinct_singular_values (__main__.TestJitGenerated) ... ok
 test_slogdet_neg_det (__main__.TestJitGenerated) ... ok
 test_slogdet_pos_det (__main__.TestJitGenerated) ... ok
 test_slogdet_symmetric (__main__.TestJitGenerated) ... ok
 test_slogdet_symmetric_pd (__main__.TestJitGenerated) ... ok
 test_sort (__main__.TestJitGenerated) ... ok
 test_sort_dim (__main__.TestJitGenerated) ... ok
 test_sort_dim_desc (__main__.TestJitGenerated) ... ok
 test_sort_dim_desc_scalar (__main__.TestJitGenerated) ... ok
 test_sort_dim_scalar (__main__.TestJitGenerated) ... ok
 test_sort_scalar (__main__.TestJitGenerated) ... ok
 test_split (__main__.TestJitGenerated) ... ok
 test_split_dim (__main__.TestJitGenerated) ... ok
 test_split_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_split_size_list (__main__.TestJitGenerated) ... ok
 test_split_size_list_dim (__main__.TestJitGenerated) ... ok
 test_split_size_list_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_sqrt (__main__.TestJitGenerated) ... ok
 test_sqrt_scalar (__main__.TestJitGenerated) ... ok
 test_squeeze (__main__.TestJitGenerated) ... ok
 test_squeeze_1_dim (__main__.TestJitGenerated) ... ok
 test_squeeze_1_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_squeeze_input_sizes_are_ones (__main__.TestJitGenerated) ... ok
 test_squeeze_not_1_dim (__main__.TestJitGenerated) ... ok
 test_squeeze_not_1_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_squeeze_scalar (__main__.TestJitGenerated) ... ok
 test_squeeze_scalar_neg0 (__main__.TestJitGenerated) ... ok
 test_std (__main__.TestJitGenerated) ... ok
 test_std_dim (__main__.TestJitGenerated) ... ok
 test_std_dim_1d (__main__.TestJitGenerated) ... ok
 test_std_dim_1d_neg0 (__main__.TestJitGenerated) ... ok
 test_std_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_std_keepdim_dim (__main__.TestJitGenerated) ... ok
 test_std_keepdim_dim_1d (__main__.TestJitGenerated) ... ok
 test_std_keepdim_dim_1d_neg0 (__main__.TestJitGenerated) ... ok
 test_std_keepdim_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_sub (__main__.TestJitGenerated) ... ok
 test_sub_broadcast_all (__main__.TestJitGenerated) ... ok
 test_sub_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_sub_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_sub_constant (__main__.TestJitGenerated) ... ok
 test_sub_scalar_broadcast_lhs (__main__.TestJitGenerated) ... ok
 test_sub_scalar_broadcast_rhs (__main__.TestJitGenerated) ... ok
 test_sub_scalar_constant (__main__.TestJitGenerated) ... ok
 test_sum (__main__.TestJitGenerated) ... ok
 test_sum_dim (__main__.TestJitGenerated) ... ok
 test_sum_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_sum_keepdim_dim (__main__.TestJitGenerated) ... ok
 test_sum_keepdim_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_sum_multi_dim (__main__.TestJitGenerated) ... ok
 test_sum_multi_dim_keepdim (__main__.TestJitGenerated) ... ok
 test_sum_scalar (__main__.TestJitGenerated) ... ok
 test_sum_scalar_dim (__main__.TestJitGenerated) ... ok
 test_sum_scalar_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_sum_scalar_keepdim_dim (__main__.TestJitGenerated) ... ok
 test_sum_scalar_keepdim_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_svd (__main__.TestJitGenerated) ... ok
 test_svd_large (__main__.TestJitGenerated) ... ok
 test_svd_tall (__main__.TestJitGenerated) ... ok
 test_svd_tall_all (__main__.TestJitGenerated) ... ok
 test_svd_wide (__main__.TestJitGenerated) ... ok
 test_svd_wide_all (__main__.TestJitGenerated) ... ok
 test_symeig_large (__main__.TestJitGenerated) ... ok
 test_symeig_lower (__main__.TestJitGenerated) ... ok
 test_symeig_upper (__main__.TestJitGenerated) ... ok
 test_t (__main__.TestJitGenerated) ... ok
 test_take (__main__.TestJitGenerated) ... ok
 test_take_scalar_both (__main__.TestJitGenerated) ... ok
 test_take_scalar_data (__main__.TestJitGenerated) ... ok
 test_take_scalar_index (__main__.TestJitGenerated) ... ok
 test_tan (__main__.TestJitGenerated) ... ok
 test_tanh (__main__.TestJitGenerated) ... ok
 test_tanh_scalar (__main__.TestJitGenerated) ... ok
 test_topk (__main__.TestJitGenerated) ... ok
 test_topk_dim (__main__.TestJitGenerated) ... ok
 test_topk_dim_desc (__main__.TestJitGenerated) ... ok
 test_topk_dim_desc_neg0 (__main__.TestJitGenerated) ... ok
 test_topk_dim_desc_scalar (__main__.TestJitGenerated) ... ok
 test_topk_dim_desc_scalar_neg0 (__main__.TestJitGenerated) ... ok
 test_topk_dim_desc_sort (__main__.TestJitGenerated) ... ok
 test_topk_dim_desc_sort_neg0 (__main__.TestJitGenerated) ... ok
 test_topk_dim_desc_sort_scalar (__main__.TestJitGenerated) ... ok
 test_topk_dim_desc_sort_scalar_neg0 (__main__.TestJitGenerated) ... ok
 test_topk_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_topk_dim_scalar (__main__.TestJitGenerated) ... ok
 test_topk_dim_scalar_neg0 (__main__.TestJitGenerated) ... ok
 test_topk_scalar (__main__.TestJitGenerated) ... ok
 test_trace (__main__.TestJitGenerated) ... ok
 test_transpose_1d (__main__.TestJitGenerated) ... ok
 test_transpose_2d (__main__.TestJitGenerated) ... ok
 test_transpose_3d (__main__.TestJitGenerated) ... ok
 test_transpose_dim (__main__.TestJitGenerated) ... ok
 test_transpose_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_transpose_dim_neg0_neg1 (__main__.TestJitGenerated) ... ok
 test_transpose_dim_neg1 (__main__.TestJitGenerated) ... ok
 test_transpose_scalar (__main__.TestJitGenerated) ... ok
 test_tril (__main__.TestJitGenerated) ... ok
 test_tril_idx (__main__.TestJitGenerated) ... ok
 test_triu (__main__.TestJitGenerated) ... ok
 test_triu_idx (__main__.TestJitGenerated) ... ok
 test_trunc (__main__.TestJitGenerated) ... ok
 test_trunc_scalar (__main__.TestJitGenerated) ... ok
 test_unfold (__main__.TestJitGenerated) ... ok
 test_unfold_lastdim (__main__.TestJitGenerated) ... ok
 test_unfold_lastdim_neg0 (__main__.TestJitGenerated) ... ok
 test_unfold_neg0 (__main__.TestJitGenerated) ... ok
 test_unfold_scalar (__main__.TestJitGenerated) ... ok
 test_unfold_scalar_neg0 (__main__.TestJitGenerated) ... ok
 test_unsqueeze_first (__main__.TestJitGenerated) ... ok
 test_unsqueeze_first_neg0 (__main__.TestJitGenerated) ... ok
 test_unsqueeze_last (__main__.TestJitGenerated) ... ok
 test_unsqueeze_last_neg0 (__main__.TestJitGenerated) ... ok
 test_unsqueeze_middle (__main__.TestJitGenerated) ... ok
 test_unsqueeze_middle_neg0 (__main__.TestJitGenerated) ... ok
 test_unsqueeze_scalar (__main__.TestJitGenerated) ... ok
 test_unsqueeze_scalar_neg0 (__main__.TestJitGenerated) ... ok
 test_var (__main__.TestJitGenerated) ... ok
 test_var_dim (__main__.TestJitGenerated) ... ok
 test_var_dim_1d (__main__.TestJitGenerated) ... ok
 test_var_dim_1d_neg0 (__main__.TestJitGenerated) ... ok
 test_var_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_var_keepdim_dim (__main__.TestJitGenerated) ... ok
 test_var_keepdim_dim_1d (__main__.TestJitGenerated) ... ok
 test_var_keepdim_dim_1d_neg0 (__main__.TestJitGenerated) ... ok
 test_var_keepdim_dim_neg0 (__main__.TestJitGenerated) ... ok
 test_view (__main__.TestJitGenerated) ... ok
 test_view_1d (__main__.TestJitGenerated) ... ok
 test_view_as (__main__.TestJitGenerated) ... ok
 test_view_as_scalar (__main__.TestJitGenerated) ... ok
 test_view_as_scalar_to_dims (__main__.TestJitGenerated) ... ok
 test_view_scalar_to_1d (__main__.TestJitGenerated) ... ok
 test_view_scalar_to_scalar (__main__.TestJitGenerated) ... ok
 test_view_size (__main__.TestJitGenerated) ... ok
 test_where (__main__.TestJitGenerated) ... ok
 test_where_broadcast_all (__main__.TestJitGenerated) ... ok
 test_where_scalar (__main__.TestJitGenerated) ... ok
 test_where_scalar_broadcast_mask (__main__.TestJitGenerated) ... ok
 test_where_scalar_broadcast_non_mask (__main__.TestJitGenerated) ... ok
 test_zero_ (__main__.TestJitGenerated) ... ok
 test_zero__scalar (__main__.TestJitGenerated) ... ok
 test_aten_fallback (__main__.TestPytorchExportModes) ... skipped "test doesn't currently work on the ROCm stack"
 test_compressed_zipfile (__main__.TestPytorchExportModes) ... ok
 test_directory (__main__.TestPytorchExportModes) ... ok
 test_protobuf (__main__.TestPytorchExportModes) ... ok
 test_zipfile (__main__.TestPytorchExportModes) ... ok
 test_add (__main__.TestScript) ... ok
 test_addmm_fusion (__main__.TestScript) ... ok
 test_addmm_grad (__main__.TestScript)
 This test checks several things: ... ok
 test_advancedindex (__main__.TestScript) ... ok
 test_annot_ast_mypy_fn (__main__.TestScript) ... ok
 test_annot_ast_mypy_method (__main__.TestScript) ... ok
 test_annot_ast_py3_fn (__main__.TestScript) ... ok
 test_annot_ast_py3_method (__main__.TestScript) ... ok
 test_annot_string_mypy_fn (__main__.TestScript) ... ok
 test_annot_string_mypy_method (__main__.TestScript) ... ok
 test_annot_string_py3_fn (__main__.TestScript) ... ok
 test_annot_string_py3_method (__main__.TestScript) ... ok
 test_annotated_script_fn (__main__.TestScript) ... ok
 test_annotated_script_fn_arg_mismatch (__main__.TestScript) ... ok
 test_annotated_script_fn_return_mismatch (__main__.TestScript) ... ok
 test_annotated_script_method (__main__.TestScript) ... ok
 test_binop_unsupported_error (__main__.TestScript) ... ok
 test_builtin_args (__main__.TestScript) ... ok
 test_builtin_args_fails (__main__.TestScript) ... ok
 test_builtin_use_as_value (__main__.TestScript) ... ok
 test_call_ge (__main__.TestScript) ... ok
 test_call_python_fn_from_script_fn (__main__.TestScript) ... ok
 test_call_python_fn_from_script_module (__main__.TestScript) ... ok
 test_call_python_fn_from_traced_module (__main__.TestScript) ... ok
 test_call_python_fn_from_tracing_fn (__main__.TestScript) ... ok
 test_call_python_mod_from_script_fn (__main__.TestScript) ... ok
 test_call_python_mod_from_script_module (__main__.TestScript) ... ok
 test_call_python_mod_from_traced_module (__main__.TestScript) ... ok
 test_call_python_mod_from_tracing_fn (__main__.TestScript) ... ok
 test_call_script_fn_from_script_fn (__main__.TestScript) ... ok
 test_call_script_fn_from_script_module (__main__.TestScript) ... ok
 test_call_script_fn_from_traced_module (__main__.TestScript) ... ok
 test_call_script_fn_from_tracing_fn (__main__.TestScript) ... ok
 test_call_script_mod_from_script_fn (__main__.TestScript) ... ok
 test_call_script_mod_from_script_module (__main__.TestScript) ... ok
 test_call_script_mod_from_tracing_fn (__main__.TestScript) ... ok
 test_call_script_module_from_traced_module (__main__.TestScript) ... ok
 test_call_traced_fn_from_script_fn (__main__.TestScript) ... ok
 test_call_traced_fn_from_traced_module (__main__.TestScript) ... ok
 test_call_traced_fn_from_tracing_fn (__main__.TestScript) ... ok
 test_call_traced_mod_from_script_fn (__main__.TestScript) ... ok
 test_call_traced_mod_from_tracing_fn (__main__.TestScript) ... ok
 test_call_traced_module_from_traced_module (__main__.TestScript) ... ok
 test_call_tracing_fn_from_script_module (__main__.TestScript) ... ok
 test_call_tracing_mod_from_script_module (__main__.TestScript) ... ok
 test_cast (__main__.TestScript) ... skipped 'RuntimeError: VariableType::ID() not implemented'
 test_cat (__main__.TestScript) ... ok
 test_cat_lifts (__main__.TestScript) ... ok
 test_chunk_fusion_correctness (__main__.TestScript) ... skipped "test doesn't currently work on the ROCm stack"
 test_chunk_fusion_correctness_cuda (__main__.TestScript) ... skipped "test doesn't currently work on the ROCm stack"
 test_chunk_fusion_cuda (__main__.TestScript) ... skipped "test doesn't currently work on the ROCm stack"
 test_chunk_multiple_fusion_cuda (__main__.TestScript) ... skipped "test doesn't currently work on the ROCm stack"
 test_clamp_fusion (__main__.TestScript) ... skipped "test doesn't currently work on the ROCm stack"
 test_constant_as_attr (__main__.TestScript) ... ok
 test_constant_pooling (__main__.TestScript) ... ok
 test_desugar_module (__main__.TestScript) ... ok
 test_dropout_script (__main__.TestScript) ... ok
 test_duplicate (__main__.TestScript) ... ok
 test_erase_number_types (__main__.TestScript) ... ok
 test_error (__main__.TestScript) ... ok
 test_expand (__main__.TestScript) ... ok
 test_explicit_bool_cast (__main__.TestScript) ... ok
 test_export_dynamic_slice (__main__.TestScript) ... ok
 test_fibb (__main__.TestScript) ... ok
 test_file_format_serialization (__main__.TestScript) ... ok
 test_for_range_no_arg (__main__.TestScript) ... ok
 test_for_tuple_unpack (__main__.TestScript) ... ok
 test_func_call (__main__.TestScript) ... ok
 test_fuser_multiple_blocks (__main__.TestScript) ... ok
 test_gather (__main__.TestScript) ... ok
 test_gather_dynamic_index (__main__.TestScript) ... ok
 test_generic_list_errors (__main__.TestScript) ... ok
 test_if (__main__.TestScript) ... ok
 test_if_define (__main__.TestScript) ... ok
 test_if_different_type (__main__.TestScript) ... ok
 test_if_for_in_range (__main__.TestScript) ... ok
 test_if_list (__main__.TestScript) ... ok
 test_if_nest_while (__main__.TestScript) ... ok
 test_if_noelse (__main__.TestScript) ... ok
 test_if_supertype (__main__.TestScript) ... ok
 test_if_tuple_sizes (__main__.TestScript) ... ok
 test_index (__main__.TestScript) ... ok
 test_index_put_trace_with_view (__main__.TestScript) ... ok
 test_index_put_trace_without_view (__main__.TestScript) ... ok
 test_index_select_shape_prop (__main__.TestScript) ... ok
 test_inf (__main__.TestScript) ... ok
 test_inline_and_run_annotated_script_fn (__main__.TestScript) ... skipped 'https://github.com/pytorch/pytorch/issues/9595'
 test_inplace_warn (__main__.TestScript) ... ok
 test_integral_shape_inference (__main__.TestScript) ... ok
 test_intlist_args (__main__.TestScript) ... ok
 test_invalid_call_arguments (__main__.TestScript) ... ok
 test_invalid_lhs_assignment (__main__.TestScript) ... ok
 test_keyword (__main__.TestScript) ... ok
 test_lhs_index_fails (__main__.TestScript) ... ok
 test_lhs_index_trivial (__main__.TestScript) ... ok
 test_list_gather (__main__.TestScript) ... ok
 test_list_io (__main__.TestScript) ... ok
 test_list_iterables (__main__.TestScript) ... ok
 test_list_len (__main__.TestScript) ... ok
 test_list_literal (__main__.TestScript) ... ok
 test_list_ops (__main__.TestScript) ... ok
 test_list_slice (__main__.TestScript) ... ok
 test_listconstruct_erasure (__main__.TestScript) ... ok
 test_literal (__main__.TestScript) ... ok
 test_literals (__main__.TestScript) ... ok
 test_logical_short_circuit (__main__.TestScript) ... ok
 test_loop_unroll_negative (__main__.TestScript) ... ok
 test_loop_unroll_unused_counter (__main__.TestScript) ... ok
 test_loop_unrolling (__main__.TestScript) ... ok
 test_loop_unrolling_const (__main__.TestScript) ... ok
 test_loop_unrolling_nested (__main__.TestScript) ... ok
 test_lstm_fusion_cuda (__main__.TestScript) ... skipped "test doesn't currently work on the ROCm stack"
 test_math_numbers (__main__.TestScript) ... ok
 test_math_schema (__main__.TestScript) ... ok
 test_math_tensor_number (__main__.TestScript) ... ok
 test_matmul_py3 (__main__.TestScript) ... ok
 test_method_casts_script (__main__.TestScript) ... ok
 test_method_no_self (__main__.TestScript) ... ok
 test_method_on_number (__main__.TestScript) ... ok
 test_milstm_fusion_cuda (__main__.TestScript) ... skipped "test doesn't currently work on the ROCm stack"
 test_module_with_params_called_fails (__main__.TestScript) ... ok
 test_mul (__main__.TestScript) ... ok
 test_multi_reduction (__main__.TestScript) ... ok
 test_multi_starred_expr_lhs (__main__.TestScript) ... ok
 test_multiple_assignment (__main__.TestScript) ... ok
 test_mutable_list (__main__.TestScript) ... ok
 test_mutable_list_function_inline (__main__.TestScript) ... ok
 test_nested_list (__main__.TestScript) ... ok
 test_nested_list_construct (__main__.TestScript) ... ok
 test_number_augassign (__main__.TestScript) ... ok
 test_number_div (__main__.TestScript) ... ok
 test_number_math (__main__.TestScript) ... ok
 test_number_neg (__main__.TestScript) ... ok
 test_onnx_export_script_inline_params (__main__.TestScript) ... ok
 test_onnx_export_script_inline_script (__main__.TestScript) ... ok
 test_onnx_export_script_inline_trace (__main__.TestScript) ... ok
 test_onnx_export_script_module (__main__.TestScript) ... ok
 test_onnx_export_script_module_if (__main__.TestScript) ... ok
 test_onnx_export_script_module_loop (__main__.TestScript) ... ok
 test_onnx_export_script_non_alpha_add_sub (__main__.TestScript) ... ok
 test_onnx_export_script_python_fail (__main__.TestScript) ... ok
 test_onnx_export_script_truediv (__main__.TestScript) ... ok
 test_onnx_export_shape_reshape (__main__.TestScript) ... ok
 test_onnx_export_speculate (__main__.TestScript) ... ok
 test_onnx_raw_export_script_truediv (__main__.TestScript) ... ok
 test_pack_padded_pad_packed_trace (__main__.TestScript) ... ok
 test_pack_tuple_into_non_var (__main__.TestScript) ... ok
 test_parser_type_annotations (__main__.TestScript) ... ok
 test_parser_type_annotations_comment (__main__.TestScript) ... ok
 test_parser_type_annotations_incompatible_expression (__main__.TestScript) ... ok
 test_parser_type_annotations_subscript_non_ident (__main__.TestScript) ... ok
 test_parser_type_annotations_subscript_tensor (__main__.TestScript) ... ok
 test_parser_type_annotations_unknown_type (__main__.TestScript) ... ok
 test_pow (__main__.TestScript) ... ok
 test_print (__main__.TestScript) ... ok
 test_print_kwargs (__main__.TestScript) ... ok
 test_python_call (__main__.TestScript) ... ok
 test_python_call_annotation (__main__.TestScript) ... ok
 test_python_call_annoytation_failure (__main__.TestScript) ... ok
 test_python_call_failure (__main__.TestScript) ... ok
 test_python_call_non_tensor (__main__.TestScript) ... ok
 test_python_call_non_tensor_wrong (__main__.TestScript) ... ok
 test_python_frontend (__main__.TestScript) ... ok
 test_python_op_exception (__main__.TestScript) ... ok
 test_python_val_doesnt_have_attr (__main__.TestScript) ... ok
 test_rand (__main__.TestScript) ... ok
 test_random (__main__.TestScript) ... ok
 test_reassign_module_lhs (__main__.TestScript) ... ok
 test_reassign_module_rhs (__main__.TestScript) ... ok
 test_return (__main__.TestScript) ... ok
 test_return_stmt_not_at_end (__main__.TestScript) ... ok
 test_return_tuple (__main__.TestScript) ... ok
 test_rnn_trace_override (__main__.TestScript) ... ok
 test_robust_op_resolution (__main__.TestScript) ... ok
 test_scalar_fusion (__main__.TestScript) ... ok
 test_scalar_to_num_conversions (__main__.TestScript) ... ok
 test_script_None (__main__.TestScript) ... ok
 test_script_annotation (__main__.TestScript) ... ok
 test_script_bool_constant (__main__.TestScript) ... ok
 test_script_chunk (__main__.TestScript) ... ok
 test_script_clamp_none (__main__.TestScript) ... ok
 test_script_cu (__main__.TestScript) ... ok
 test_script_define_order (__main__.TestScript) ... ok
 test_script_define_order_recursive_fail (__main__.TestScript) ... ok
 test_script_docstring (__main__.TestScript) ... ok
 test_script_for_in_range (__main__.TestScript) ... ok
 test_script_for_in_range_ast (__main__.TestScript) ... ok
 test_script_for_in_range_dynamic (__main__.TestScript) ... ok
 test_script_for_in_range_if_ast (__main__.TestScript) ... ok
 test_script_inline_trace_multiple_args (__main__.TestScript) ... ok
 test_script_kwargs_fn_call (__main__.TestScript) ... ok
 test_script_method_docstring (__main__.TestScript) ... ok
 test_script_module (__main__.TestScript) ... ok
 test_script_module_call_noscript (__main__.TestScript) ... ok
 test_script_module_const (__main__.TestScript) ... ok
 test_script_module_const_submodule_fail (__main__.TestScript) ... ok
 test_script_module_export_blocks (__main__.TestScript) ... ok
 test_script_module_export_resnet18 (__main__.TestScript) ... ok
 test_script_module_export_shared_storage (__main__.TestScript) ... ok
 test_script_module_export_submodule (__main__.TestScript) ... ok
 test_script_module_export_tensor_cuda (__main__.TestScript) ... ok
 test_script_module_export_tensor_type (__main__.TestScript) ... ok
 test_script_module_fail_const (__main__.TestScript) ... ok
 test_script_module_for (__main__.TestScript) ... ok
 test_script_module_for2 (__main__.TestScript) ... ok
 test_script_module_nochange_submodule (__main__.TestScript) ... ok
 test_script_module_not_tuple (__main__.TestScript) ... ok
 test_script_module_star_assign2 (__main__.TestScript) ... ok
 test_script_module_star_assign_fail_builtin (__main__.TestScript) ... ok
 test_script_module_star_assign_fail_pythonop (__main__.TestScript) ... ok
 test_script_module_valid_consts (__main__.TestScript) ... ok
 test_script_non_tensor_args_outputs (__main__.TestScript) ... ok
 test_script_outputs (__main__.TestScript) ... ok
 test_script_sequential_for (__main__.TestScript) ... ok
 test_script_sequential_multi_output_fail (__main__.TestScript) ... ok
 test_script_star_assign (__main__.TestScript) ... ok
 test_script_star_expr (__main__.TestScript) ... ok
 test_script_star_expr_string (__main__.TestScript) ... ok
 test_scriptmodule_releases_tensors_cuda (__main__.TestScript) ... ok
 test_shape_analysis_loop (__main__.TestScript) ... ok
 test_single_starred_expr_for_loop (__main__.TestScript) ... ok
 test_single_starred_lhs (__main__.TestScript) ... ok
 test_slice (__main__.TestScript) ... ok
 test_slice_dynamic_index (__main__.TestScript) ... ok
 test_string_cu (__main__.TestScript) ... ok
 test_string_frontend_elif (__main__.TestScript) ... ok
 test_string_new_line (__main__.TestScript) ... ok
 test_string_print (__main__.TestScript) ... ok
 test_string_single_escape (__main__.TestScript) ... ok
 test_sum (__main__.TestScript) ... ok
 test_tensor_device (__main__.TestScript) ... ok
 test_tensor_dtype (__main__.TestScript) ... ok
 test_tensor_number_math (__main__.TestScript) ... ok
 test_tensor_number_math_cuda (__main__.TestScript) ... skipped "test doesn't currently work on the ROCm stack"
 test_tensor_scalar_fusion_cuda (__main__.TestScript) ... skipped "test doesn't currently work on the ROCm stack"
 test_tensor_shape (__main__.TestScript) ... ok
 test_ternary (__main__.TestScript) ... ok
 test_torch_dot_tensor_annotation_mypy_string (__main__.TestScript) ... ok
 test_torch_dot_tensor_annotation_py3_ast (__main__.TestScript) ... ok
 test_torch_dot_tensor_annotation_py3_string (__main__.TestScript) ... ok
 test_trace_checker_arange_as_constant (__main__.TestScript) ... ok
 test_trace_checker_control_flow (__main__.TestScript) ... ok
 test_trace_checker_dot_data (__main__.TestScript) ... ok
 test_trace_checker_dropout_notrain (__main__.TestScript) ... ok
 test_trace_checker_dropout_train (__main__.TestScript) ... ok
 test_trace_checker_inplace_on_view (__main__.TestScript) ... ok
 test_trace_checker_memoization (__main__.TestScript) ... ok
 test_trace_checker_slice_lhs (__main__.TestScript) ... ok
 test_trace_contiguous (__main__.TestScript) ... ok
 test_trace_contiguous_short_circuit (__main__.TestScript) ... ok
 test_trace_of_script (__main__.TestScript) ... ok
 test_trace_with_size (__main__.TestScript) ... ok
 test_tracing_indexing (__main__.TestScript) ... ok
 test_tracing_slicing (__main__.TestScript) ... ok
 test_triple (__main__.TestScript) ... ok
 test_tuple_create_return (__main__.TestScript) ... ok
 test_tuple_io (__main__.TestScript) ... ok
 test_tuples (__main__.TestScript) ... ok
 test_type_annotation_module (__main__.TestScript) ... ok
 test_type_annotation_py3 (__main__.TestScript) ... ok
 test_type_annotations (__main__.TestScript) ... ok
 test_type_annotations_varargs (__main__.TestScript) ... ok
 test_type_cast (__main__.TestScript) ... ok
 test_unknown_builtin (__main__.TestScript) ... ok
 test_vararg_zeros (__main__.TestScript) ... ok
 test_view_listconstruct_shape_prop (__main__.TestScript) ... ok
 test_view_shape_prop (__main__.TestScript) ... ok
 test_weak_module (__main__.TestScript) ... ok
 test_weak_module_copying (__main__.TestScript) ... ok
 test_weak_module_nested (__main__.TestScript) ... ok
 test_weak_module_parameters_and_buffers (__main__.TestScript) ... ok
 test_weak_module_submodule (__main__.TestScript) ... ok
 test_weak_script_function (__main__.TestScript) ... ok
 test_where (__main__.TestScript) ... ok
 test_where_method (__main__.TestScript) ... ok
 test_while (__main__.TestScript) ... ok
 test_while_nest_if (__main__.TestScript) ... ok
 test_while_nonexistent_cond_value (__main__.TestScript) ... ok
 test_while_nonexistent_value (__main__.TestScript) ... ok
 test_while_write_outer_then_read (__main__.TestScript) ... ok
 test_wrong_attr_lookup (__main__.TestScript) ... ok
 test_wrong_implicit_expand (__main__.TestScript) ... ok
 test_wrong_method_call_inputs (__main__.TestScript) ... ok
 test_wrong_module_attr_lookup (__main__.TestScript) ... ok
 test_wrong_return_type (__main__.TestScript) ... ok
 test_wrong_use_as_callable (__main__.TestScript) ... ok
 test_wrong_use_as_tuple (__main__.TestScript) ... ok
 test_zeros (__main__.TestScript) ... ok

 ----------------------------------------------------------------------
 Ran 1281 tests in 63.631s

 OK (skipped=42, expected failures=2)
 Running test_nn ...
 test_cuda_mask (__main__.PackedSequenceTest) ... ok
 test_to (__main__.PackedSequenceTest) ... ok
 test_total_length (__main__.PackedSequenceTest) ... ok
 test_type_casts (__main__.PackedSequenceTest)
 Test type casting of `PackedSequence` against type casting of tensor ... ok
 test_AdaptiveAvgPool1d (__main__.TestNN) ... ok
 test_AdaptiveAvgPool1d_cuda (__main__.TestNN) ... ok
 test_AdaptiveAvgPool2d_single (__main__.TestNN) ... ok
 test_AdaptiveAvgPool2d_single_cuda (__main__.TestNN) ... ok
 test_AdaptiveAvgPool2d_tuple (__main__.TestNN) ... ok
 test_AdaptiveAvgPool2d_tuple_cuda (__main__.TestNN) ... ok
 test_AdaptiveAvgPool2d_tuple_none (__main__.TestNN) ... ok
 test_AdaptiveAvgPool2d_tuple_none_cuda (__main__.TestNN) ... ok
 test_AdaptiveAvgPool3d_single (__main__.TestNN) ... ok
 test_AdaptiveAvgPool3d_single_cuda (__main__.TestNN) ... ok
 test_AdaptiveAvgPool3d_tuple (__main__.TestNN) ... ok
 test_AdaptiveAvgPool3d_tuple_cuda (__main__.TestNN) ... ok
 test_AdaptiveAvgPool3d_tuple_none (__main__.TestNN) ... ok
 test_AdaptiveAvgPool3d_tuple_none_cuda (__main__.TestNN) ... ok
 test_AdaptiveLogSoftmax (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_AdaptiveLogSoftmax_cuda (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_AdaptiveMaxPool1d (__main__.TestNN) ... ok
 test_AdaptiveMaxPool1d_cuda (__main__.TestNN) ... ok
 test_AdaptiveMaxPool1d_indices (__main__.TestNN) ... ok
 test_AdaptiveMaxPool1d_indices_cuda (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 skipped "test doesn't currently work on the ROCm stack"
 test_AdaptiveMaxPool2d_indices (__main__.TestNN) ... ok
 test_AdaptiveMaxPool2d_indices_cuda (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 skipped "test doesn't currently work on the ROCm stack"
 test_AdaptiveMaxPool2d_single (__main__.TestNN) ... ok
 test_AdaptiveMaxPool2d_single_cuda (__main__.TestNN) ... ok
 test_AdaptiveMaxPool2d_tuple (__main__.TestNN) ... ok
 test_AdaptiveMaxPool2d_tuple_cuda (__main__.TestNN) ... ok
 test_AdaptiveMaxPool2d_tuple_none (__main__.TestNN) ... ok
 test_AdaptiveMaxPool2d_tuple_none_cuda (__main__.TestNN) ... ok
 test_AdaptiveMaxPool3d_indices (__main__.TestNN) ... ok
 test_AdaptiveMaxPool3d_indices_cuda (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_AdaptiveMaxPool3d_single (__main__.TestNN) ... ok
 test_AdaptiveMaxPool3d_single_cuda (__main__.TestNN) ... ok
 test_AdaptiveMaxPool3d_single_nonatomic (__main__.TestNN) ... ok
 test_AdaptiveMaxPool3d_single_nonatomic_cuda (__main__.TestNN) ... ok
 test_AdaptiveMaxPool3d_tuple (__main__.TestNN) ... ok
 test_AdaptiveMaxPool3d_tuple_cuda (__main__.TestNN) ... ok
 test_AdaptiveMaxPool3d_tuple_nonatomic (__main__.TestNN) ... ok
 test_AdaptiveMaxPool3d_tuple_nonatomic_cuda (__main__.TestNN) ... ok
 test_AdaptiveMaxPool3d_tuple_none (__main__.TestNN) ... ok
 test_AdaptiveMaxPool3d_tuple_none_cuda (__main__.TestNN) ... ok
 test_AlphaDropout (__main__.TestNN) ... ok
 test_AvgPool1d (__main__.TestNN) ... ok
 test_AvgPool1d_cuda (__main__.TestNN) ... ok
 test_AvgPool1d_stride (__main__.TestNN) ... ok
 test_AvgPool1d_stride_cuda (__main__.TestNN) ... ok
 test_AvgPool1d_stride_pad (__main__.TestNN) ... ok
 test_AvgPool1d_stride_pad_cuda (__main__.TestNN) ... ok
 test_AvgPool2d (__main__.TestNN) ... ok
 test_AvgPool2d_cuda (__main__.TestNN) ... ok
 test_AvgPool2d_stride (__main__.TestNN) ... ok
 test_AvgPool2d_stride_cuda (__main__.TestNN) ... ok
 test_AvgPool2d_stride_pad (__main__.TestNN) ... ok
 test_AvgPool2d_stride_pad_cuda (__main__.TestNN) ... ok
 test_AvgPool3d (__main__.TestNN) ... ok
 test_AvgPool3d_backward_after_cat_dim1_cuda (__main__.TestNN) ... ok
 test_AvgPool3d_cuda (__main__.TestNN) ... ok
 test_AvgPool3d_stride (__main__.TestNN) ... ok
 test_AvgPool3d_stride1_pad0_gpu_input (__main__.TestNN) ... ok
 test_AvgPool3d_stride1_pad0_gpu_input_cuda (__main__.TestNN) ... ok
 test_AvgPool3d_stride_cuda (__main__.TestNN) ... ok
 test_AvgPool3d_stride_pad (__main__.TestNN) ... ok
 test_AvgPool3d_stride_pad_cuda (__main__.TestNN) ... ok
 test_AvgPool3d_stride_pad_gpu_fixedkw_output (__main__.TestNN) ... ok
 test_AvgPool3d_stride_pad_gpu_fixedkw_output_cuda (__main__.TestNN) ... ok
 test_AvgPool3d_stride_pad_gpu_general_output (__main__.TestNN) ... ok
 test_AvgPool3d_stride_pad_gpu_general_output_cuda (__main__.TestNN) ... ok
 test_AvgPool3d_stride_pad_gpu_input_nooverlap (__main__.TestNN) ... ok
 test_AvgPool3d_stride_pad_gpu_input_nooverlap_cuda (__main__.TestNN) ... ok
 test_BCELoss (__main__.TestNN) ... ok
 test_BCELoss_cuda_double (__main__.TestNN) ... ok
 test_BCELoss_cuda_float (__main__.TestNN) ... ok
 test_BCELoss_cuda_half (__main__.TestNN) ... ok
 test_BCELoss_no_reduce (__main__.TestNN) ... ok
 test_BCELoss_no_reduce_cuda (__main__.TestNN) ... ok
 test_BCELoss_no_reduce_scalar (__main__.TestNN) ... ok
 test_BCELoss_no_reduce_scalar_cuda (__main__.TestNN) ... ok
 test_BCELoss_scalar_weights (__main__.TestNN) ... ok
 test_BCELoss_scalar_weights_cuda_double (__main__.TestNN) ... ok
 test_BCELoss_scalar_weights_cuda_float (__main__.TestNN) ... ok
 test_BCELoss_scalar_weights_cuda_half (__main__.TestNN) ... ok
 test_BCELoss_weights (__main__.TestNN) ... ok
 test_BCELoss_weights_cuda_double (__main__.TestNN) ... ok
 test_BCELoss_weights_cuda_float (__main__.TestNN) ... ok
 test_BCELoss_weights_cuda_half (__main__.TestNN) ... ok
 test_BCELoss_weights_no_reduce (__main__.TestNN) ... ok
 test_BCELoss_weights_no_reduce_cuda (__main__.TestNN) ... ok
 test_BCELoss_weights_no_reduce_scalar (__main__.TestNN) ... ok
 test_BCELoss_weights_no_reduce_scalar_cuda (__main__.TestNN) ... ok
 test_BCEWithLogitsLoss (__main__.TestNN) ... ok
 test_BCEWithLogitsLoss_cuda_double (__main__.TestNN) ... ok
 test_BCEWithLogitsLoss_cuda_float (__main__.TestNN) ... ok
 test_BCEWithLogitsLoss_cuda_half (__main__.TestNN) ... ok
 test_BCEWithLogitsLoss_legacy_enum (__main__.TestNN) ... /usr/local/lib/python3.6/dist-packages/torch/nn/functional.py:56: UserWarning: size_average and reduce args will be deprecated, please use reduction='none' instead.
  warnings.warn(warning.format(ret))
 ok
 test_BCEWithLogitsLoss_legacy_enum_cuda (__main__.TestNN) ... ok
 test_BCEWithLogitsLoss_no_reduce (__main__.TestNN) ... ok
 test_BCEWithLogitsLoss_no_reduce_cuda (__main__.TestNN) ... ok
 test_BCEWithLogitsLoss_no_reduce_scalar (__main__.TestNN) ... ok
 test_BCEWithLogitsLoss_no_reduce_scalar_cuda (__main__.TestNN) ... ok
 test_BCEWithLogitsLoss_scalar_weights (__main__.TestNN) ... ok
 test_BCEWithLogitsLoss_scalar_weights_cuda_double (__main__.TestNN) ... ok
 test_BCEWithLogitsLoss_scalar_weights_cuda_float (__main__.TestNN) ... ok
 test_BCEWithLogitsLoss_scalar_weights_cuda_half (__main__.TestNN) ... ok
 test_BCEWithLogitsLoss_weights (__main__.TestNN) ... ok
 test_BCEWithLogitsLoss_weights_cuda_double (__main__.TestNN) ... ok
 test_BCEWithLogitsLoss_weights_cuda_float (__main__.TestNN) ... ok
 test_BCEWithLogitsLoss_weights_cuda_half (__main__.TestNN) ... ok
 test_BatchNorm1d_3d_input (__main__.TestNN) ... ok
 test_BatchNorm1d_3d_input_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_BatchNorm1d_3d_input_eval (__main__.TestNN) ... ok
 test_BatchNorm1d_3d_input_eval_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_BatchNorm1d_3d_input_not_affine (__main__.TestNN) ... ok
 test_BatchNorm1d_3d_input_not_affine_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_BatchNorm1d_3d_input_not_affine_eval (__main__.TestNN) ... ok
 test_BatchNorm1d_3d_input_not_affine_eval_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_BatchNorm1d_affine (__main__.TestNN) ... ok
 test_BatchNorm1d_affine_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_BatchNorm1d_affine_eval (__main__.TestNN) ... ok
 test_BatchNorm1d_affine_eval_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_BatchNorm1d_affine_simple_average (__main__.TestNN) ... ok
 test_BatchNorm1d_affine_simple_average_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_BatchNorm1d_affine_simple_average_eval (__main__.TestNN) ... ok
 test_BatchNorm1d_affine_simple_average_eval_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_BatchNorm1d_not_affine (__main__.TestNN) ... ok
 test_BatchNorm1d_not_affine_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_BatchNorm1d_not_affine_eval (__main__.TestNN) ... ok
 test_BatchNorm1d_not_affine_eval_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_BatchNorm1d_not_tracking_stats (__main__.TestNN) ... ok
 test_BatchNorm1d_not_tracking_stats_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_BatchNorm1d_not_tracking_stats_eval (__main__.TestNN) ... ok
 test_BatchNorm1d_not_tracking_stats_eval_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_BatchNorm2d (__main__.TestNN) ... ok
 test_BatchNorm2d_2d_simple_average (__main__.TestNN) ... ok
 test_BatchNorm2d_2d_simple_average_cuda (__main__.TestNN) ... ok
 test_BatchNorm2d_2d_simple_average_eval (__main__.TestNN) ... ok
 test_BatchNorm2d_2d_simple_average_eval_cuda (__main__.TestNN) ... ok
 test_BatchNorm2d_cuda (__main__.TestNN) ... ok
 test_BatchNorm2d_eval (__main__.TestNN) ... ok
 test_BatchNorm2d_eval_cuda (__main__.TestNN) ... ok
 test_BatchNorm2d_momentum (__main__.TestNN) ... ok
 test_BatchNorm2d_momentum_cuda (__main__.TestNN) ... ok
 test_BatchNorm2d_momentum_eval (__main__.TestNN) ... ok
 test_BatchNorm2d_momentum_eval_cuda (__main__.TestNN) ... ok
 test_BatchNorm2d_not_affine (__main__.TestNN) ... ok
 test_BatchNorm2d_not_affine_cuda (__main__.TestNN) ... ok
 test_BatchNorm2d_not_affine_eval (__main__.TestNN) ... ok
 test_BatchNorm2d_not_affine_eval_cuda (__main__.TestNN) ... ok
 test_BatchNorm2d_not_tracking_stats (__main__.TestNN) ... ok
 test_BatchNorm2d_not_tracking_stats_cuda (__main__.TestNN) ... ok
 test_BatchNorm2d_not_tracking_stats_eval (__main__.TestNN) ... ok
 test_BatchNorm2d_not_tracking_stats_eval_cuda (__main__.TestNN) ... ok
 test_BatchNorm3d (__main__.TestNN) ... ok
 test_BatchNorm3d_3d_simple_average (__main__.TestNN) ... ok
 test_BatchNorm3d_3d_simple_average_cuda (__main__.TestNN) ... ok
 test_BatchNorm3d_3d_simple_average_eval (__main__.TestNN) ... ok
 test_BatchNorm3d_3d_simple_average_eval_cuda (__main__.TestNN) ... ok
 test_BatchNorm3d_cuda (__main__.TestNN) ... ok
 test_BatchNorm3d_eval (__main__.TestNN) ... ok
 test_BatchNorm3d_eval_cuda (__main__.TestNN) ... ok
 test_BatchNorm3d_momentum (__main__.TestNN) ... ok
 test_BatchNorm3d_momentum_cuda (__main__.TestNN) ... ok
 test_BatchNorm3d_momentum_eval (__main__.TestNN) ... ok
 test_BatchNorm3d_momentum_eval_cuda (__main__.TestNN) ... ok
 test_BatchNorm3d_not_affine (__main__.TestNN) ... ok
 test_BatchNorm3d_not_affine_cuda (__main__.TestNN) ... ok
 test_BatchNorm3d_not_affine_eval (__main__.TestNN) ... ok
 test_BatchNorm3d_not_affine_eval_cuda (__main__.TestNN) ... ok
 test_BatchNorm3d_not_tracking_stats (__main__.TestNN) ... ok
 test_BatchNorm3d_not_tracking_stats_cuda (__main__.TestNN) ... ok
 test_BatchNorm3d_not_tracking_stats_eval (__main__.TestNN) ... ok
 test_BatchNorm3d_not_tracking_stats_eval_cuda (__main__.TestNN) ... ok
 test_CELU (__main__.TestNN) ... ok
 test_CELU_cuda (__main__.TestNN) ... ok
 test_CELU_scalar (__main__.TestNN) ... ok
 test_CELU_scalar_cuda (__main__.TestNN) ... ok
 test_CTCLoss (__main__.TestNN) ... ok
 test_CTCLoss_1d_target (__main__.TestNN) ... ok
 test_CTCLoss_1d_target_cuda_double (__main__.TestNN) ... ok
 test_CTCLoss_1d_target_cuda_float (__main__.TestNN) ... ok
 test_CTCLoss_1d_target_sum_reduction (__main__.TestNN) ... ok
 test_CTCLoss_1d_target_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_CTCLoss_1d_target_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_CTCLoss_2d_int_target (__main__.TestNN) ... ok
 test_CTCLoss_2d_int_target_cuda_double (__main__.TestNN) ... ok
 test_CTCLoss_2d_int_target_cuda_float (__main__.TestNN) ... ok
 test_CTCLoss_2d_int_target_sum_reduction (__main__.TestNN) ... ok
 test_CTCLoss_2d_int_target_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_CTCLoss_2d_int_target_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_CTCLoss_2d_lengths_tensors (__main__.TestNN) ... ok
 test_CTCLoss_2d_lengths_tensors_cuda_double (__main__.TestNN) ... ok
 test_CTCLoss_2d_lengths_tensors_cuda_float (__main__.TestNN) ... ok
 test_CTCLoss_2d_lengths_tensors_sum_reduction (__main__.TestNN) ... ok
 test_CTCLoss_2d_lengths_tensors_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_CTCLoss_2d_lengths_tensors_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_CTCLoss_cuda_double (__main__.TestNN) ... ok
 test_CTCLoss_cuda_float (__main__.TestNN) ... ok
 test_CTCLoss_cudnn (__main__.TestNN) ... skipped 'needs cudnn >= 7.0'
 test_CTCLoss_sum_reduction (__main__.TestNN) ... ok
 test_CTCLoss_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_CTCLoss_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_ConstantPad1d (__main__.TestNN) ... ok
 test_ConstantPad1d_cuda (__main__.TestNN) ... ok
 test_ConstantPad2d (__main__.TestNN) ... ok
 test_ConstantPad2d_cuda (__main__.TestNN) ... ok
 test_ConstantPad3d (__main__.TestNN) ... ok
 test_ConstantPad3d_cuda (__main__.TestNN) ... ok
 test_Conv1d (__main__.TestNN) ... ok
 test_Conv1d_cuda (__main__.TestNN) ... ok
 test_Conv1d_dilated (__main__.TestNN) ... ok
 test_Conv1d_dilated_cuda (__main__.TestNN) ... ok
 test_Conv1d_groups (__main__.TestNN) ... ok
 test_Conv1d_groups_cuda (__main__.TestNN) ... ok
 test_Conv1d_pad1 (__main__.TestNN) ... ok
 test_Conv1d_pad1_cuda (__main__.TestNN) ... ok
 test_Conv1d_pad1size1 (__main__.TestNN) ... ok
 test_Conv1d_pad1size1_cuda (__main__.TestNN) ... ok
 test_Conv1d_pad2 (__main__.TestNN) ... ok
 test_Conv1d_pad2_cuda (__main__.TestNN) ... ok
 test_Conv1d_pad2size1 (__main__.TestNN) ... ok
 test_Conv1d_pad2size1_cuda (__main__.TestNN) ... ok
 test_Conv1d_stride (__main__.TestNN) ... ok
 test_Conv1d_stride_cuda (__main__.TestNN) ... ok
 test_Conv2d (__main__.TestNN) ... ok
 test_Conv2d_backward_twice (__main__.TestNN) ... ok
 test_Conv2d_cuda (__main__.TestNN) ... ok
 test_Conv2d_depthwise (__main__.TestNN) ... ok
 test_Conv2d_depthwise_cuda (__main__.TestNN) ... ok
 test_Conv2d_depthwise_dilated (__main__.TestNN) ... ok
 test_Conv2d_depthwise_dilated_cuda (__main__.TestNN) ... ok
 test_Conv2d_depthwise_naive_groups_cuda (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_Conv2d_depthwise_padded (__main__.TestNN) ... ok
 test_Conv2d_depthwise_padded_cuda (__main__.TestNN) ... ok
 test_Conv2d_depthwise_strided (__main__.TestNN) ... ok
 test_Conv2d_depthwise_strided_cuda (__main__.TestNN) ... ok
 test_Conv2d_depthwise_with_multiplier (__main__.TestNN) ... ok
 test_Conv2d_depthwise_with_multiplier_cuda (__main__.TestNN) ... ok
 test_Conv2d_deterministic_cudnn (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 skipped "test doesn't currently work on the ROCm stack"
 test_Conv2d_dilated (__main__.TestNN) ... ok
 test_Conv2d_dilated_cuda (__main__.TestNN) ... ok
 test_Conv2d_groups (__main__.TestNN) ... ok
 test_Conv2d_groups_cuda (__main__.TestNN) ... ok
 test_Conv2d_groups_nobias (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_Conv2d_groups_thnn (__main__.TestNN) ... ok
 test_Conv2d_groups_thnn_cuda (__main__.TestNN) ... ok
 test_Conv2d_inconsistent_types (__main__.TestNN) ... ok
 test_Conv2d_inconsistent_types_on_GPU_with_cudnn (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_Conv2d_inconsistent_types_on_GPU_without_cudnn (__main__.TestNN) ... ok
 test_Conv2d_large_workspace (__main__.TestNN) ... ok
 test_Conv2d_missing_argument (__main__.TestNN) ... ok
 test_Conv2d_naive_groups (__main__.TestNN) ... ok
 test_Conv2d_naive_groups_cuda (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 skipped "test doesn't currently work on the ROCm stack"
 test_Conv2d_no_bias (__main__.TestNN) ... ok
 test_Conv2d_no_bias_cuda (__main__.TestNN) ... ok
 test_Conv2d_padding (__main__.TestNN) ... ok
 test_Conv2d_padding_cuda (__main__.TestNN) ... ok
 test_Conv2d_strided (__main__.TestNN) ... ok
 test_Conv2d_strided_cuda (__main__.TestNN) ... ok
 test_Conv3d (__main__.TestNN) ... ok
 test_Conv3d_cuda (__main__.TestNN) ... ok
 test_Conv3d_dilated (__main__.TestNN) ... ok
 test_Conv3d_dilated_cuda (__main__.TestNN) ... ok
 test_Conv3d_dilated_strided (__main__.TestNN) ... ok
 test_Conv3d_dilated_strided_cuda (__main__.TestNN) ... ok
 test_Conv3d_groups (__main__.TestNN) ... ok
 test_Conv3d_groups_cuda (__main__.TestNN) ... ok
 test_Conv3d_no_bias (__main__.TestNN) ... ok
 test_Conv3d_no_bias_cuda (__main__.TestNN) ... ok
 test_Conv3d_stride (__main__.TestNN) ... ok
 test_Conv3d_stride_cuda (__main__.TestNN) ... ok
 test_Conv3d_stride_padding (__main__.TestNN) ... ok
 test_Conv3d_stride_padding_cuda (__main__.TestNN) ... ok
 test_ConvTranspose1d (__main__.TestNN) ... ok
 test_ConvTranspose1d_cuda (__main__.TestNN) ... ok
 test_ConvTranspose1d_dilated (__main__.TestNN) ... ok
 test_ConvTranspose1d_dilated_cuda (__main__.TestNN) ... ok
 test_ConvTranspose1d_groups (__main__.TestNN) ... ok
 test_ConvTranspose1d_groups_cuda (__main__.TestNN) ... ok
 test_ConvTranspose1d_no_bias (__main__.TestNN) ... ok
 test_ConvTranspose1d_no_bias_cuda (__main__.TestNN) ... ok
 test_ConvTranspose2d (__main__.TestNN) ... ok
 test_ConvTranspose2d_cuda (__main__.TestNN) ... ok
 test_ConvTranspose2d_dilated (__main__.TestNN) ... ok
 test_ConvTranspose2d_dilated_cuda (__main__.TestNN) ... ok
 test_ConvTranspose2d_groups (__main__.TestNN) ... ok
 test_ConvTranspose2d_groups_cuda (__main__.TestNN) ... ok
 test_ConvTranspose2d_no_bias (__main__.TestNN) ... ok
 test_ConvTranspose2d_no_bias_cuda (__main__.TestNN) ... ok
 test_ConvTranspose2d_output_size (__main__.TestNN) ... ok
 test_ConvTranspose3d (__main__.TestNN) ... ok
 test_ConvTranspose3d_cuda (__main__.TestNN) ... ok
 test_ConvTranspose3d_dilated (__main__.TestNN) ... ok
 test_ConvTranspose3d_dilated_cuda (__main__.TestNN) ... ok
 test_CosineEmbeddingLoss (__main__.TestNN) ... ok
 test_CosineEmbeddingLoss_cuda_double (__main__.TestNN) ... ok
 test_CosineEmbeddingLoss_cuda_float (__main__.TestNN) ... ok
 test_CosineEmbeddingLoss_cuda_half (__main__.TestNN) ... ok
 test_CosineEmbeddingLoss_margin (__main__.TestNN) ... ok
 test_CosineEmbeddingLoss_margin_cuda_double (__main__.TestNN) ... ok
 test_CosineEmbeddingLoss_margin_cuda_float (__main__.TestNN) ... ok
 test_CosineEmbeddingLoss_margin_cuda_half (__main__.TestNN) ... ok
 test_CosineEmbeddingLoss_margin_sum_reduction (__main__.TestNN) ... ok
 test_CosineEmbeddingLoss_margin_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_CosineEmbeddingLoss_margin_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_CosineEmbeddingLoss_margin_sum_reduction_cuda_half (__main__.TestNN) ... ok
 test_CosineEmbeddingLoss_sum_reduction (__main__.TestNN) ... ok
 test_CosineEmbeddingLoss_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_CosineEmbeddingLoss_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_CosineEmbeddingLoss_sum_reduction_cuda_half (__main__.TestNN) ... ok
 test_CrossEntropyLoss (__main__.TestNN) ... ok
 test_CrossEntropyLoss_cuda_double (__main__.TestNN) ... ok
 test_CrossEntropyLoss_cuda_float (__main__.TestNN) ... ok
 test_CrossEntropyLoss_cuda_half (__main__.TestNN) ... ok
 test_CrossEntropyLoss_weights (__main__.TestNN) ... ok
 test_CrossEntropyLoss_weights_cuda_double (__main__.TestNN) ... ok
 test_CrossEntropyLoss_weights_cuda_float (__main__.TestNN) ... ok
 test_CrossEntropyLoss_weights_cuda_half (__main__.TestNN) ... ok
 test_CrossMapLRN2d (__main__.TestNN) ... ok
 test_CrossMapLRN2d_cuda (__main__.TestNN) ... ok
 test_Dropout (__main__.TestNN) ... ok
 test_Dropout2d (__main__.TestNN) ... ok
 test_Dropout2d_cuda (__main__.TestNN) ... ok
 test_Dropout3d (__main__.TestNN) ... ok
 test_Dropout3d_cuda (__main__.TestNN) ... ok
 test_Dropout_cuda (__main__.TestNN) ... ok
 test_ELU (__main__.TestNN) ... ok
 test_ELU_cuda (__main__.TestNN) ... ok
 test_ELU_scalar (__main__.TestNN) ... ok
 test_ELU_scalar_cuda (__main__.TestNN) ... ok
 test_Embedding (__main__.TestNN) ... ok
 test_EmbeddingBag_max (__main__.TestNN) ... ok
 test_EmbeddingBag_max_cuda (__main__.TestNN) ... ok
 test_EmbeddingBag_mean (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_EmbeddingBag_mean_cuda (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_EmbeddingBag_sparse (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_EmbeddingBag_sparse_cuda (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_EmbeddingBag_sum (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_EmbeddingBag_sum_cuda (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_Embedding_cuda (__main__.TestNN) ... ok
 test_Embedding_sparse (__main__.TestNN) ... ok
 test_Embedding_sparse_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_FeatureAlphaDropout (__main__.TestNN) ... ok
 test_Fold (__main__.TestNN) ... ok
 test_Fold_cuda (__main__.TestNN) ... ok
 test_Fold_int_input (__main__.TestNN) ... ok
 test_Fold_int_input_cuda (__main__.TestNN) ... ok
 test_FractionalMaxPool2d_ratio (__main__.TestNN) ... ok
 test_FractionalMaxPool2d_ratio_cuda (__main__.TestNN) ... ok
 test_FractionalMaxPool2d_size (__main__.TestNN) ... ok
 test_FractionalMaxPool2d_size_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_GLU (__main__.TestNN) ... ok
 test_GLU_cuda (__main__.TestNN) ... ok
 test_GLU_dim (__main__.TestNN) ... ok
 test_GLU_dim_cuda (__main__.TestNN) ... ok
 test_GroupNorm_1d_affine (__main__.TestNN) ... ok
 test_GroupNorm_1d_affine_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_GroupNorm_1d_affine_eval (__main__.TestNN) ... ok
 test_GroupNorm_1d_affine_eval_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_GroupNorm_1d_no_affine_IN (__main__.TestNN) ... ok
 test_GroupNorm_1d_no_affine_IN_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_GroupNorm_1d_no_affine_IN_eval (__main__.TestNN) ... ok
 test_GroupNorm_1d_no_affine_IN_eval_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_GroupNorm_1d_no_affine_LN (__main__.TestNN) ... ok
 test_GroupNorm_1d_no_affine_LN_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_GroupNorm_1d_no_affine_LN_eval (__main__.TestNN) ... ok
 test_GroupNorm_1d_no_affine_LN_eval_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_GroupNorm_2d_affine (__main__.TestNN) ... ok
 test_GroupNorm_2d_affine_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_GroupNorm_2d_affine_eval (__main__.TestNN) ... ok
 test_GroupNorm_2d_affine_eval_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_GroupNorm_2d_no_affine_IN (__main__.TestNN) ... ok
 test_GroupNorm_2d_no_affine_IN_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_GroupNorm_2d_no_affine_IN_eval (__main__.TestNN) ... ok
 test_GroupNorm_2d_no_affine_IN_eval_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_GroupNorm_2d_no_affine_LN (__main__.TestNN) ... ok
 test_GroupNorm_2d_no_affine_LN_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_GroupNorm_2d_no_affine_LN_eval (__main__.TestNN) ... ok
 test_GroupNorm_2d_no_affine_LN_eval_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_GroupNorm_general (__main__.TestNN) ... ok
 test_GroupNorm_general_cuda (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_Hardshrink (__main__.TestNN) ... ok
 test_Hardshrink_cuda (__main__.TestNN) ... ok
 test_Hardshrink_scalar (__main__.TestNN) ... ok
 test_Hardshrink_scalar_cuda (__main__.TestNN) ... ok
 test_Hardtanh (__main__.TestNN) ... ok
 test_Hardtanh_cuda (__main__.TestNN) ... ok
 test_Hardtanh_scalar (__main__.TestNN) ... ok
 test_Hardtanh_scalar_cuda (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_cuda_double (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_cuda_float (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_cuda_half (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_margin (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_margin_cuda_double (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_margin_cuda_float (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_margin_cuda_half (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_margin_no_reduce (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_margin_no_reduce_cuda (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_margin_sum_reduction (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_margin_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_margin_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_margin_sum_reduction_cuda_half (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_no_reduce (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_no_reduce_cuda (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_scalar_margin (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_scalar_margin_cuda_double (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_scalar_margin_cuda_float (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_scalar_margin_cuda_half (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_scalar_margin_sum_reduction (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_scalar_margin_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_scalar_margin_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_scalar_margin_sum_reduction_cuda_half (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_sum_reduction (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_HingeEmbeddingLoss_sum_reduction_cuda_half (__main__.TestNN) ... ok
 test_InstanceNorm1d (__main__.TestNN) ... ok
 test_InstanceNorm1d_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_InstanceNorm1d_eval (__main__.TestNN) ... ok
 test_InstanceNorm1d_eval_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_InstanceNorm1d_general (__main__.TestNN) ... ok
 test_InstanceNorm1d_general_cuda (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_InstanceNorm1d_tracking_stats (__main__.TestNN) ... ok
 test_InstanceNorm1d_tracking_stats_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_InstanceNorm1d_tracking_stats_eval (__main__.TestNN) ... ok
 test_InstanceNorm1d_tracking_stats_eval_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_InstanceNorm2d (__main__.TestNN) ... ok
 test_InstanceNorm2d_cuda (__main__.TestNN) ... ok
 test_InstanceNorm2d_eval (__main__.TestNN) ... ok
 test_InstanceNorm2d_eval_cuda (__main__.TestNN) ... ok
 test_InstanceNorm2d_general (__main__.TestNN) ... ok
 test_InstanceNorm2d_general_cuda (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_InstanceNorm2d_tracking_stats (__main__.TestNN) ... ok
 test_InstanceNorm2d_tracking_stats_cuda (__main__.TestNN) ... ok
 test_InstanceNorm2d_tracking_stats_eval (__main__.TestNN) ... ok
 test_InstanceNorm2d_tracking_stats_eval_cuda (__main__.TestNN) ... ok
 test_InstanceNorm3d (__main__.TestNN) ... ok
 test_InstanceNorm3d_cuda (__main__.TestNN) ... ok
 test_InstanceNorm3d_eval (__main__.TestNN) ... ok
 test_InstanceNorm3d_eval_cuda (__main__.TestNN) ... ok
 test_InstanceNorm3d_general (__main__.TestNN) ... ok
 test_InstanceNorm3d_general_cuda (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_InstanceNorm3d_tracking_stats (__main__.TestNN) ... ok
 test_InstanceNorm3d_tracking_stats_cuda (__main__.TestNN) ... ok
 test_InstanceNorm3d_tracking_stats_eval (__main__.TestNN) ... ok
 test_InstanceNorm3d_tracking_stats_eval_cuda (__main__.TestNN) ... ok
 test_KLDivLoss (__main__.TestNN) ... ok
 test_KLDivLoss_cuda_double (__main__.TestNN) ... ok
 test_KLDivLoss_cuda_float (__main__.TestNN) ... ok
 test_KLDivLoss_cuda_half (__main__.TestNN) ... ok
 test_KLDivLoss_no_reduce (__main__.TestNN) ... ok
 test_KLDivLoss_no_reduce_cuda (__main__.TestNN) ... ok
 test_KLDivLoss_no_reduce_scalar (__main__.TestNN) ... ok
 test_KLDivLoss_no_reduce_scalar_cuda (__main__.TestNN) ... ok
 test_KLDivLoss_scalar (__main__.TestNN) ... ok
 test_KLDivLoss_scalar_cuda_double (__main__.TestNN) ... ok
 test_KLDivLoss_scalar_cuda_float (__main__.TestNN) ... ok
 test_KLDivLoss_scalar_cuda_half (__main__.TestNN) ... ok
 test_KLDivLoss_scalar_sum_reduction (__main__.TestNN) ... ok
 test_KLDivLoss_scalar_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_KLDivLoss_scalar_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_KLDivLoss_scalar_sum_reduction_cuda_half (__main__.TestNN) ... ok
 test_KLDivLoss_sum_reduction (__main__.TestNN) ... ok
 test_KLDivLoss_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_KLDivLoss_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_KLDivLoss_sum_reduction_cuda_half (__main__.TestNN) ... ok
 test_KLDivLoss_with_target_no_reduce (__main__.TestNN) ... ok
 test_KLDivLoss_with_target_no_reduce_cuda (__main__.TestNN) ... ok
 test_L1Loss (__main__.TestNN) ... ok
 test_L1Loss_cuda_double (__main__.TestNN) ... ok
 test_L1Loss_cuda_float (__main__.TestNN) ... ok
 test_L1Loss_cuda_half (__main__.TestNN) ... ok
 test_L1Loss_no_reduce (__main__.TestNN) ... ok
 test_L1Loss_no_reduce_cuda (__main__.TestNN) ... ok
 test_L1Loss_no_reduce_scalar (__main__.TestNN) ... ok
 test_L1Loss_no_reduce_scalar_cuda (__main__.TestNN) ... ok
 test_L1Loss_scalar (__main__.TestNN) ... ok
 test_L1Loss_scalar_cuda_double (__main__.TestNN) ... ok
 test_L1Loss_scalar_cuda_float (__main__.TestNN) ... ok
 test_L1Loss_scalar_cuda_half (__main__.TestNN) ... ok
 test_LPPool1d (__main__.TestNN) ... ok
 test_LPPool1d_cuda (__main__.TestNN) ... ok
 test_LPPool1d_norm (__main__.TestNN) ... ok
 test_LPPool1d_norm_cuda (__main__.TestNN) ... ok
 test_LPPool2d (__main__.TestNN) ... ok
 test_LPPool2d_cuda (__main__.TestNN) ... ok
 test_LPPool2d_norm (__main__.TestNN) ... ok
 test_LPPool2d_norm_cuda (__main__.TestNN) ... ok
 test_LSTM_cell (__main__.TestNN) ... ok
 test_LayerNorm_1d_elementwise_affine (__main__.TestNN) ... ok
 test_LayerNorm_1d_elementwise_affine_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_LayerNorm_1d_elementwise_affine_eval (__main__.TestNN) ... ok
 test_LayerNorm_1d_elementwise_affine_eval_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_LayerNorm_1d_no_elementwise_affine (__main__.TestNN) ... ok
 test_LayerNorm_1d_no_elementwise_affine_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_LayerNorm_1d_no_elementwise_affine_eval (__main__.TestNN) ... ok
 test_LayerNorm_1d_no_elementwise_affine_eval_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_LayerNorm_3d_elementwise_affine (__main__.TestNN) ... ok
 test_LayerNorm_3d_elementwise_affine_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_LayerNorm_3d_elementwise_affine_eval (__main__.TestNN) ... ok
 test_LayerNorm_3d_elementwise_affine_eval_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_LayerNorm_3d_no_elementwise_affine (__main__.TestNN) ... ok
 test_LayerNorm_3d_no_elementwise_affine_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_LayerNorm_3d_no_elementwise_affine_eval (__main__.TestNN) ... ok
 test_LayerNorm_3d_no_elementwise_affine_eval_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_LayerNorm_general (__main__.TestNN) ... ok
 test_LayerNorm_general_cuda (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_LeakyReLU (__main__.TestNN) ... ok
 test_LeakyReLU_cuda (__main__.TestNN) ... ok
 test_LeakyReLU_with_negval (__main__.TestNN) ... ok
 test_LeakyReLU_with_negval_cuda (__main__.TestNN) ... ok
 test_LeakyReLU_with_negval_scalar (__main__.TestNN) ... ok
 test_LeakyReLU_with_negval_scalar_cuda (__main__.TestNN) ... ok
 test_Linear (__main__.TestNN) ... ok
 test_Linear_cuda (__main__.TestNN) ... ok
 test_Linear_no_bias (__main__.TestNN) ... ok
 test_Linear_no_bias_cuda (__main__.TestNN) ... ok
 test_LocalResponseNorm_1d (__main__.TestNN) ... ok
 test_LocalResponseNorm_1d_cuda (__main__.TestNN) ... ok
 test_LocalResponseNorm_2d_uneven_pad (__main__.TestNN) ... ok
 test_LocalResponseNorm_2d_uneven_pad_cuda (__main__.TestNN) ... ok
 test_LocalResponseNorm_3d_custom_params (__main__.TestNN) ... ok
 test_LocalResponseNorm_3d_custom_params_cuda (__main__.TestNN) ... ok
 test_LogSigmoid (__main__.TestNN) ... ok
 test_LogSigmoid_cuda (__main__.TestNN) ... ok
 test_LogSigmoid_scalar (__main__.TestNN) ... ok
 test_LogSigmoid_scalar_cuda (__main__.TestNN) ... ok
 test_LogSoftmax (__main__.TestNN) ... ok
 test_LogSoftmax_cuda (__main__.TestNN) ... ok
 test_LogSoftmax_multiparam (__main__.TestNN) ... ok
 test_LogSoftmax_multiparam_cuda (__main__.TestNN) ... ok
 test_LogSoftmax_multiparam_scalar (__main__.TestNN) ... ok
 test_LogSoftmax_multiparam_scalar_cuda (__main__.TestNN) ... ok
 test_MSELoss (__main__.TestNN) ... ok
 test_MSELoss_cuda_double (__main__.TestNN) ... ok
 test_MSELoss_cuda_float (__main__.TestNN) ... ok
 test_MSELoss_cuda_half (__main__.TestNN) ... ok
 test_MSELoss_no_reduce (__main__.TestNN) ... ok
 test_MSELoss_no_reduce_cuda (__main__.TestNN) ... ok
 test_MSELoss_no_reduce_scalar (__main__.TestNN) ... ok
 test_MSELoss_no_reduce_scalar_cuda (__main__.TestNN) ... ok
 test_MSELoss_prec (__main__.TestNN) ... ok
 test_MSELoss_prec_cuda_double (__main__.TestNN) ... ok
 test_MSELoss_prec_cuda_float (__main__.TestNN) ... ok
 test_MSELoss_prec_cuda_half (__main__.TestNN) ... ok
 test_MSELoss_scalar (__main__.TestNN) ... ok
 test_MSELoss_scalar_cuda_double (__main__.TestNN) ... ok
 test_MSELoss_scalar_cuda_float (__main__.TestNN) ... ok
 test_MSELoss_scalar_cuda_half (__main__.TestNN) ... ok
 test_MSELoss_scalar_sum_reduction (__main__.TestNN) ... ok
 test_MSELoss_scalar_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_MSELoss_scalar_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_MSELoss_scalar_sum_reduction_cuda_half (__main__.TestNN) ... ok
 test_MSELoss_sum_reduction (__main__.TestNN) ... ok
 test_MSELoss_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_MSELoss_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_MSELoss_sum_reduction_cuda_half (__main__.TestNN) ... ok
 test_MarginRankingLoss (__main__.TestNN) ... ok
 test_MarginRankingLoss_cuda_double (__main__.TestNN) ... ok
 test_MarginRankingLoss_cuda_float (__main__.TestNN) ... ok
 test_MarginRankingLoss_cuda_half (__main__.TestNN) ... ok
 test_MarginRankingLoss_margin (__main__.TestNN) ... ok
 test_MarginRankingLoss_margin_cuda_double (__main__.TestNN) ... ok
 test_MarginRankingLoss_margin_cuda_float (__main__.TestNN) ... ok
 test_MarginRankingLoss_margin_cuda_half (__main__.TestNN) ... ok
 test_MarginRankingLoss_margin_sum_reduction (__main__.TestNN) ... ok
 test_MarginRankingLoss_margin_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_MarginRankingLoss_margin_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_MarginRankingLoss_margin_sum_reduction_cuda_half (__main__.TestNN) ... ok
 test_MarginRankingLoss_sum_reduction (__main__.TestNN) ... ok
 test_MarginRankingLoss_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_MarginRankingLoss_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_MarginRankingLoss_sum_reduction_cuda_half (__main__.TestNN) ... ok
 test_MaxPool1d (__main__.TestNN) ... ok
 test_MaxPool1d_cuda (__main__.TestNN) ... ok
 test_MaxPool1d_indices (__main__.TestNN) ... ok
 test_MaxPool1d_indices_cuda (__main__.TestNN) ... ok
 test_MaxPool1d_stride (__main__.TestNN) ... ok
 test_MaxPool1d_stride_cuda (__main__.TestNN) ... ok
 test_MaxPool2d (__main__.TestNN) ... ok
 test_MaxPool2d_cuda (__main__.TestNN) ... ok
 test_MaxPool2d_indices (__main__.TestNN) ... ok
 test_MaxPool2d_indices_cuda (__main__.TestNN) ... ok
 test_MaxPool3d (__main__.TestNN) ... ok
 test_MaxPool3d_cuda (__main__.TestNN) ... ok
 test_MaxPool3d_indices (__main__.TestNN) ... ok
 test_MaxPool3d_indices_cuda (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 skipped "test doesn't currently work on the ROCm stack"
 test_MaxPool3d_stride (__main__.TestNN) ... ok
 test_MaxPool3d_stride_cuda (__main__.TestNN) ... ok
 test_MaxPool3d_stride_padding (__main__.TestNN) ... ok
 test_MaxPool3d_stride_padding_cuda (__main__.TestNN) ... ok
 test_MaxUnpool1d_net (__main__.TestNN) ... ok
 test_MaxUnpool1d_net_cuda (__main__.TestNN) ... ok
 test_MaxUnpool2d_net (__main__.TestNN) ... ok
 test_MaxUnpool2d_net_cuda (__main__.TestNN) ... ok
 test_MaxUnpool2d_output_size (__main__.TestNN) ... ok
 test_MaxUnpool3d_net (__main__.TestNN) ... ok
 test_MaxUnpool3d_net_cuda (__main__.TestNN) ... ok
 test_ModuleDict (__main__.TestNN) ... ok
 test_ModuleList (__main__.TestNN) ... ok
 test_MultiLabelMarginLoss (__main__.TestNN) ... ok
 test_MultiLabelMarginLoss_1d (__main__.TestNN) ... ok
 test_MultiLabelMarginLoss_1d_cuda_double (__main__.TestNN) ... ok
 test_MultiLabelMarginLoss_1d_cuda_float (__main__.TestNN) ... ok
 test_MultiLabelMarginLoss_1d_cuda_half (__main__.TestNN) ... ok
 test_MultiLabelMarginLoss_1d_no_reduce (__main__.TestNN) ... ok
 test_MultiLabelMarginLoss_1d_no_reduce_cuda (__main__.TestNN) ... ok
 test_MultiLabelMarginLoss_1d_sum_reduction (__main__.TestNN) ... ok
 test_MultiLabelMarginLoss_1d_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_MultiLabelMarginLoss_1d_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_MultiLabelMarginLoss_1d_sum_reduction_cuda_half (__main__.TestNN) ... ok
 test_MultiLabelMarginLoss_cuda_double (__main__.TestNN) ... ok
 test_MultiLabelMarginLoss_cuda_float (__main__.TestNN) ... ok
 test_MultiLabelMarginLoss_cuda_half (__main__.TestNN) ... ok
 test_MultiLabelMarginLoss_index_neg (__main__.TestNN) ... ok
 test_MultiLabelMarginLoss_index_neg_cuda (__main__.TestNN) ... ok
 test_MultiLabelMarginLoss_no_reduce (__main__.TestNN) ... ok
 test_MultiLabelMarginLoss_no_reduce_cuda (__main__.TestNN) ... ok
 test_MultiLabelMarginLoss_sum_reduction (__main__.TestNN) ... ok
 test_MultiLabelMarginLoss_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_MultiLabelMarginLoss_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_MultiLabelMarginLoss_sum_reduction_cuda_half (__main__.TestNN) ... ok
 test_MultiLabelSoftMarginLoss (__main__.TestNN) ... ok
 test_MultiLabelSoftMarginLoss_cuda_double (__main__.TestNN) ... ok
 test_MultiLabelSoftMarginLoss_cuda_float (__main__.TestNN) ... ok
 test_MultiLabelSoftMarginLoss_cuda_half (__main__.TestNN) ... ok
 test_MultiLabelSoftMarginLoss_no_reduce (__main__.TestNN) ... ok
 test_MultiLabelSoftMarginLoss_no_reduce_cuda (__main__.TestNN) ... ok
 test_MultiLabelSoftMarginLoss_weights (__main__.TestNN) ... ok
 test_MultiLabelSoftMarginLoss_weights_cuda_double (__main__.TestNN) ... ok
 test_MultiLabelSoftMarginLoss_weights_cuda_float (__main__.TestNN) ... ok
 test_MultiLabelSoftMarginLoss_weights_cuda_half (__main__.TestNN) ... ok
 test_MultiLabelSoftMarginLoss_weights_no_reduce (__main__.TestNN) ... ok
 test_MultiLabelSoftMarginLoss_weights_no_reduce_cuda (__main__.TestNN) ... ok
 test_MultiLabelSoftMarginLoss_weights_sum_reduction (__main__.TestNN) ... ok
 test_MultiLabelSoftMarginLoss_weights_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_MultiLabelSoftMarginLoss_weights_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_MultiLabelSoftMarginLoss_weights_sum_reduction_cuda_half (__main__.TestNN) ... ok
 test_MultiMarginLoss (__main__.TestNN) ... ok
 test_MultiMarginLoss_1d (__main__.TestNN) ... ok
 test_MultiMarginLoss_1d_cuda_double (__main__.TestNN) ... ok
 test_MultiMarginLoss_1d_cuda_float (__main__.TestNN) ... ok
 test_MultiMarginLoss_1d_cuda_half (__main__.TestNN) ... ok
 test_MultiMarginLoss_1d_no_reduce (__main__.TestNN) ... ok
 test_MultiMarginLoss_1d_no_reduce_cuda (__main__.TestNN) ... ok
 test_MultiMarginLoss_1d_sum_reduction (__main__.TestNN) ... ok
 test_MultiMarginLoss_1d_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_MultiMarginLoss_1d_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_MultiMarginLoss_1d_sum_reduction_cuda_half (__main__.TestNN) ... ok
 test_MultiMarginLoss_cuda_double (__main__.TestNN) ... ok
 test_MultiMarginLoss_cuda_float (__main__.TestNN) ... ok
 test_MultiMarginLoss_cuda_half (__main__.TestNN) ... ok
 test_MultiMarginLoss_margin (__main__.TestNN) ... ok
 test_MultiMarginLoss_margin_cuda_double (__main__.TestNN) ... ok
 test_MultiMarginLoss_margin_cuda_float (__main__.TestNN) ... ok
 test_MultiMarginLoss_margin_cuda_half (__main__.TestNN) ... ok
 test_MultiMarginLoss_margin_no_reduce (__main__.TestNN) ... ok
 test_MultiMarginLoss_margin_no_reduce_cuda (__main__.TestNN) ... ok
 test_MultiMarginLoss_margin_sum_reduction (__main__.TestNN) ... ok
 test_MultiMarginLoss_margin_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_MultiMarginLoss_margin_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_MultiMarginLoss_margin_sum_reduction_cuda_half (__main__.TestNN) ... ok
 test_MultiMarginLoss_no_reduce (__main__.TestNN) ... ok
 test_MultiMarginLoss_no_reduce_cuda (__main__.TestNN) ... ok
 test_MultiMarginLoss_p (__main__.TestNN) ... ok
 test_MultiMarginLoss_p_cuda_double (__main__.TestNN) ... ok
 test_MultiMarginLoss_p_cuda_float (__main__.TestNN) ... ok
 test_MultiMarginLoss_p_cuda_half (__main__.TestNN) ... ok
 test_MultiMarginLoss_p_no_reduce (__main__.TestNN) ... ok
 test_MultiMarginLoss_p_no_reduce_cuda (__main__.TestNN) ... ok
 test_MultiMarginLoss_p_sum_reduction (__main__.TestNN) ... ok
 test_MultiMarginLoss_p_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_MultiMarginLoss_p_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_MultiMarginLoss_p_sum_reduction_cuda_half (__main__.TestNN) ... ok
 test_MultiMarginLoss_sum_reduction (__main__.TestNN) ... ok
 test_MultiMarginLoss_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_MultiMarginLoss_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_MultiMarginLoss_sum_reduction_cuda_half (__main__.TestNN) ... ok
 test_MultiMarginLoss_weights (__main__.TestNN) ... ok
 test_MultiMarginLoss_weights_cuda_double (__main__.TestNN) ... ok
 test_MultiMarginLoss_weights_cuda_float (__main__.TestNN) ... ok
 test_MultiMarginLoss_weights_cuda_half (__main__.TestNN) ... ok
 test_MultiMarginLoss_weights_no_reduce (__main__.TestNN) ... ok
 test_MultiMarginLoss_weights_no_reduce_cuda (__main__.TestNN) ... ok
 test_MultiMarginLoss_weights_sum_reduction (__main__.TestNN) ... ok
 test_MultiMarginLoss_weights_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_MultiMarginLoss_weights_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_MultiMarginLoss_weights_sum_reduction_cuda_half (__main__.TestNN) ... ok
 test_NLLLoss (__main__.TestNN) ... ok
 test_NLLLoss2d_no_reduce (__main__.TestNN) ... ok
 test_NLLLoss2d_no_reduce_cuda (__main__.TestNN) ... ok
 test_NLLLoss2d_no_reduce_ignore_index (__main__.TestNN) ... ok
 test_NLLLoss2d_no_reduce_ignore_index_cuda (__main__.TestNN) ... ok
 test_NLLLoss2d_no_reduce_weights (__main__.TestNN) ... ok
 test_NLLLoss2d_no_reduce_weights_cuda (__main__.TestNN) ... ok
 test_NLLLossNd_no_reduce (__main__.TestNN) ... ok
 test_NLLLossNd_no_reduce_cuda (__main__.TestNN) ... ok
 test_NLLLossNd_no_reduce_ignore_index (__main__.TestNN) ... ok
 test_NLLLossNd_no_reduce_ignore_index_cuda (__main__.TestNN) ... ok
 test_NLLLossNd_no_reduce_weights (__main__.TestNN) ... ok
 test_NLLLossNd_no_reduce_weights_cuda (__main__.TestNN) ... ok
 test_NLLLoss_2d (__main__.TestNN) ... ok
 test_NLLLoss_2d_cuda_double (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_2d_cuda_float (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_2d_cuda_half (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_2d_ignore_index (__main__.TestNN) ... ok
 test_NLLLoss_2d_ignore_index_cuda_double (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_2d_ignore_index_cuda_float (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_2d_ignore_index_cuda_half (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_2d_sum_reduction (__main__.TestNN) ... ok
 test_NLLLoss_2d_sum_reduction_cuda_double (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_2d_sum_reduction_cuda_float (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_2d_sum_reduction_cuda_half (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_2d_weights (__main__.TestNN) ... ok
 test_NLLLoss_2d_weights_cuda_double (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_2d_weights_cuda_float (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_2d_weights_cuda_half (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_cuda_double (__main__.TestNN) ... ok
 test_NLLLoss_cuda_float (__main__.TestNN) ... ok
 test_NLLLoss_cuda_half (__main__.TestNN) ... ok
 test_NLLLoss_dim_is_3 (__main__.TestNN) ... ok
 test_NLLLoss_dim_is_3_cuda_double (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_dim_is_3_cuda_float (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_dim_is_3_cuda_half (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_dim_is_3_sum_reduction (__main__.TestNN) ... ok
 test_NLLLoss_dim_is_3_sum_reduction_cuda_double (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_dim_is_3_sum_reduction_cuda_float (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_dim_is_3_sum_reduction_cuda_half (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_higher_dim (__main__.TestNN) ... ok
 test_NLLLoss_higher_dim_cuda_double (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_higher_dim_cuda_float (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_higher_dim_cuda_half (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_higher_dim_sum_reduction (__main__.TestNN) ... ok
 test_NLLLoss_higher_dim_sum_reduction_cuda_double (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_higher_dim_sum_reduction_cuda_float (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_higher_dim_sum_reduction_cuda_half (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_NLLLoss_ignore_index (__main__.TestNN) ... ok
 test_NLLLoss_ignore_index_cuda_double (__main__.TestNN) ... ok
 test_NLLLoss_ignore_index_cuda_float (__main__.TestNN) ... ok
 test_NLLLoss_ignore_index_cuda_half (__main__.TestNN) ... ok
 test_NLLLoss_mismatched_batch (__main__.TestNN) ... ok
 test_NLLLoss_no_reduce (__main__.TestNN) ... ok
 test_NLLLoss_no_reduce_cuda (__main__.TestNN) ... ok
 test_NLLLoss_no_reduce_ignore_index (__main__.TestNN) ... ok
 test_NLLLoss_no_reduce_ignore_index_cuda (__main__.TestNN) ... ok
 test_NLLLoss_no_reduce_weights (__main__.TestNN) ... ok
 test_NLLLoss_no_reduce_weights_cuda (__main__.TestNN) ... ok
 test_NLLLoss_no_reduce_weights_ignore_index (__main__.TestNN) ... ok
 test_NLLLoss_no_reduce_weights_ignore_index_cuda (__main__.TestNN) ... ok
 test_NLLLoss_no_reduce_weights_ignore_index_neg (__main__.TestNN) ... ok
 test_NLLLoss_no_reduce_weights_ignore_index_neg_cuda (__main__.TestNN) ... ok
 test_NLLLoss_sum_reduction (__main__.TestNN) ... ok
 test_NLLLoss_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_NLLLoss_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_NLLLoss_sum_reduction_cuda_half (__main__.TestNN) ... ok
 test_NLLLoss_weights (__main__.TestNN) ... ok
 test_NLLLoss_weights_cuda_double (__main__.TestNN) ... ok
 test_NLLLoss_weights_cuda_float (__main__.TestNN) ... ok
 test_NLLLoss_weights_cuda_half (__main__.TestNN) ... ok
 test_NLLLoss_weights_ignore_index (__main__.TestNN) ... ok
 test_NLLLoss_weights_ignore_index_cuda_double (__main__.TestNN) ... ok
 test_NLLLoss_weights_ignore_index_cuda_float (__main__.TestNN) ... ok
 test_NLLLoss_weights_ignore_index_cuda_half (__main__.TestNN) ... ok
 test_NLLLoss_weights_ignore_index_neg (__main__.TestNN) ... ok
 test_NLLLoss_weights_ignore_index_neg_cuda_double (__main__.TestNN) ... ok
 test_NLLLoss_weights_ignore_index_neg_cuda_float (__main__.TestNN) ... ok
 test_NLLLoss_weights_ignore_index_neg_cuda_half (__main__.TestNN) ... ok
 test_PReLU_1d (__main__.TestNN) ... ok
 test_PReLU_1d_cuda (__main__.TestNN) ... ok
 test_PReLU_1d_multiparam (__main__.TestNN) ... ok
 test_PReLU_1d_multiparam_cuda (__main__.TestNN) ... ok
 test_PReLU_2d (__main__.TestNN) ... ok
 test_PReLU_2d_cuda (__main__.TestNN) ... ok
 test_PReLU_2d_multiparam (__main__.TestNN) ... ok
 test_PReLU_2d_multiparam_cuda (__main__.TestNN) ... ok
 test_PReLU_3d (__main__.TestNN) ... ok
 test_PReLU_3d_cuda (__main__.TestNN) ... ok
 test_PReLU_3d_multiparam (__main__.TestNN) ... ok
 test_PReLU_3d_multiparam_cuda (__main__.TestNN) ... ok
 test_PReLU_backward_requires_grad_false (__main__.TestNN) ... ok
 test_PReLU_scalar (__main__.TestNN) ... ok
 test_PReLU_scalar_cuda (__main__.TestNN) ... ok
 test_ParameterDict (__main__.TestNN) ... ok
 test_ParameterList (__main__.TestNN) ... ok
 test_PixelShuffle (__main__.TestNN) ... ok
 test_PixelShuffle_cuda (__main__.TestNN) ... ok
 test_PoissonNLLLLoss_no_reduce (__main__.TestNN) ... ok
 test_PoissonNLLLLoss_no_reduce_cuda (__main__.TestNN) ... ok
 test_PoissonNLLLoss_full_loss (__main__.TestNN) ... ok
 test_PoissonNLLLoss_full_loss_cuda_double (__main__.TestNN) ... ok
 test_PoissonNLLLoss_full_loss_cuda_float (__main__.TestNN) ... ok
 test_PoissonNLLLoss_full_loss_cuda_half (__main__.TestNN) ... ok
 test_PoissonNLLLoss_no_full_loss (__main__.TestNN) ... ok
 test_PoissonNLLLoss_no_full_loss_cuda_double (__main__.TestNN) ... ok
 test_PoissonNLLLoss_no_full_loss_cuda_float (__main__.TestNN) ... ok
 test_PoissonNLLLoss_no_full_loss_cuda_half (__main__.TestNN) ... ok
 test_RNN_cell (__main__.TestNN) ... ok
 test_RNN_cell_no_broadcasting (__main__.TestNN) ... ok
 test_RNN_change_dropout (__main__.TestNN) ... skipped 'needs cudnn >= 5.1'
 test_RNN_cpu_vs_cudnn_no_dropout (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_RNN_cpu_vs_cudnn_with_dropout (__main__.TestNN) ... skipped 'needs cudnn >= 5.1'
 test_RNN_dropout (__main__.TestNN) ... skipped 'needs cudnn >= 5.1'
 test_RNN_dropout_state (__main__.TestNN) ... skipped 'needs cudnn >= 5.1'
 test_RReLU (__main__.TestNN) ... ok
 test_RReLU_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_RReLU_with_up_down (__main__.TestNN) ... ok
 test_RReLU_with_up_down_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_RReLU_with_up_down_scalar (__main__.TestNN) ... ok
 test_RReLU_with_up_down_scalar_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_ReLU (__main__.TestNN) ... ok
 test_ReLU6 (__main__.TestNN) ... ok
 test_ReLU6_cuda (__main__.TestNN) ... ok
 test_ReLU6_scalar (__main__.TestNN) ... ok
 test_ReLU6_scalar_cuda (__main__.TestNN) ... ok
 test_ReLU_cuda (__main__.TestNN) ... ok
 test_ReLU_scalar (__main__.TestNN) ... ok
 test_ReLU_scalar_cuda (__main__.TestNN) ... ok
 test_ReflectionPad1d (__main__.TestNN) ... ok
 test_ReflectionPad1d_cuda (__main__.TestNN) ... ok
 test_ReflectionPad2d (__main__.TestNN) ... ok
 test_ReflectionPad2d_cuda (__main__.TestNN) ... ok
 test_ReplicationPad1d (__main__.TestNN) ... ok
 test_ReplicationPad1d_cuda (__main__.TestNN) ... ok
 test_ReplicationPad2d (__main__.TestNN) ... ok
 test_ReplicationPad2d_cuda (__main__.TestNN) ... ok
 test_ReplicationPad3d (__main__.TestNN) ... ok
 test_ReplicationPad3d_cuda (__main__.TestNN) ... ok
 test_SELU (__main__.TestNN) ... ok
 test_SELU_cuda (__main__.TestNN) ... ok
 test_SELU_scalar (__main__.TestNN) ... ok
 test_SELU_scalar_cuda (__main__.TestNN) ... ok
 test_Sequential_delitem (__main__.TestNN) ... ok
 test_Sequential_getitem (__main__.TestNN) ... ok
 test_Sequential_setitem (__main__.TestNN) ... ok
 test_Sequential_setitem_named (__main__.TestNN) ... ok
 test_Sigmoid (__main__.TestNN) ... ok
 test_Sigmoid_cuda (__main__.TestNN) ... ok
 test_Sigmoid_scalar (__main__.TestNN) ... ok
 test_Sigmoid_scalar_cuda (__main__.TestNN) ... ok
 test_SmoothL1Loss (__main__.TestNN) ... ok
 test_SmoothL1Loss_cuda_double (__main__.TestNN) ... ok
 test_SmoothL1Loss_cuda_float (__main__.TestNN) ... ok
 test_SmoothL1Loss_cuda_half (__main__.TestNN) ... ok
 test_SmoothL1Loss_no_reduce (__main__.TestNN) ... ok
 test_SmoothL1Loss_no_reduce_cuda (__main__.TestNN) ... ok
 test_SmoothL1Loss_no_reduce_scalar (__main__.TestNN) ... ok
 test_SmoothL1Loss_no_reduce_scalar_cuda (__main__.TestNN) ... ok
 test_SmoothL1Loss_scalar (__main__.TestNN) ... ok
 test_SmoothL1Loss_scalar_cuda_double (__main__.TestNN) ... ok
 test_SmoothL1Loss_scalar_cuda_float (__main__.TestNN) ... ok
 test_SmoothL1Loss_scalar_cuda_half (__main__.TestNN) ... ok
 test_SmoothL1Loss_scalar_sum_reduction (__main__.TestNN) ... ok
 test_SmoothL1Loss_scalar_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_SmoothL1Loss_scalar_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_SmoothL1Loss_scalar_sum_reduction_cuda_half (__main__.TestNN) ... ok
 test_SmoothL1Loss_sum_reduction (__main__.TestNN) ... ok
 test_SmoothL1Loss_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_SmoothL1Loss_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_SmoothL1Loss_sum_reduction_cuda_half (__main__.TestNN) ... ok
 test_SoftMarginLoss (__main__.TestNN) ... ok
 test_SoftMarginLoss_cuda_double (__main__.TestNN) ... ok
 test_SoftMarginLoss_cuda_float (__main__.TestNN) ... ok
 test_SoftMarginLoss_cuda_half (__main__.TestNN) ... ok
 test_SoftMarginLoss_no_reduce (__main__.TestNN) ... ok
 test_SoftMarginLoss_no_reduce_cuda (__main__.TestNN) ... ok
 test_SoftMarginLoss_sum_reduction (__main__.TestNN) ... ok
 test_SoftMarginLoss_sum_reduction_cuda_double (__main__.TestNN) ... ok
 test_SoftMarginLoss_sum_reduction_cuda_float (__main__.TestNN) ... ok
 test_SoftMarginLoss_sum_reduction_cuda_half (__main__.TestNN) ... ok
 test_Softmax (__main__.TestNN) ... ok
 test_Softmax2d (__main__.TestNN) ... ok
 test_Softmax2d_cuda (__main__.TestNN) ... ok
 test_Softmax_cuda (__main__.TestNN) ... ok
 test_Softmax_scalar (__main__.TestNN) ... ok
 test_Softmax_scalar_cuda (__main__.TestNN) ... ok
 test_Softmin (__main__.TestNN) ... ok
 test_Softmin_cuda (__main__.TestNN) ... ok
 test_Softmin_multidim (__main__.TestNN) ... ok
 test_Softmin_multidim_cuda (__main__.TestNN) ... ok
 test_Softmin_scalar (__main__.TestNN) ... ok
 test_Softmin_scalar_cuda (__main__.TestNN) ... ok
 test_Softplus (__main__.TestNN) ... ok
 test_Softplus_beta (__main__.TestNN) ... ok
 test_Softplus_beta_cuda (__main__.TestNN) ... ok
 test_Softplus_beta_threshold (__main__.TestNN) ... ok
 test_Softplus_beta_threshold_cuda (__main__.TestNN) ... ok
 test_Softplus_beta_threshold_scalar (__main__.TestNN) ... ok
 test_Softplus_beta_threshold_scalar_cuda (__main__.TestNN) ... ok
 test_Softplus_cuda (__main__.TestNN) ... ok
 test_Softshrink (__main__.TestNN) ... ok
 test_Softshrink_cuda (__main__.TestNN) ... ok
 test_Softshrink_lambda (__main__.TestNN) ... ok
 test_Softshrink_lambda_cuda (__main__.TestNN) ... ok
 test_Softshrink_lambda_scalar (__main__.TestNN) ... ok
 test_Softshrink_lambda_scalar_cuda (__main__.TestNN) ... ok
 test_Softsign (__main__.TestNN) ... ok
 test_Softsign_cuda (__main__.TestNN) ... ok
 test_Softsign_scalar (__main__.TestNN) ... ok
 test_Softsign_scalar_cuda (__main__.TestNN) ... ok
 test_Tanh (__main__.TestNN) ... ok
 test_Tanh_cuda (__main__.TestNN) ... ok
 test_Tanh_scalar (__main__.TestNN) ... ok
 test_Tanh_scalar_cuda (__main__.TestNN) ... ok
 test_Tanhshrink (__main__.TestNN) ... ok
 test_Tanhshrink_cuda (__main__.TestNN) ... ok
 test_Tanhshrink_scalar (__main__.TestNN) ... ok
 test_Tanhshrink_scalar_cuda (__main__.TestNN) ... ok
 test_Threshold_large_value (__main__.TestNN) ... ok
 test_Threshold_large_value_cuda (__main__.TestNN) ... ok
 test_Threshold_threshold_value (__main__.TestNN) ... ok
 test_Threshold_threshold_value_cuda (__main__.TestNN) ... ok
 test_Threshold_threshold_value_scalar (__main__.TestNN) ... ok
 test_Threshold_threshold_value_scalar_cuda (__main__.TestNN) ... ok
 test_Unfold (__main__.TestNN) ... ok
 test_Unfold_cuda (__main__.TestNN) ... ok
 test_Unfold_int_input (__main__.TestNN) ... ok
 test_Unfold_int_input_cuda (__main__.TestNN) ... ok
 test_Upsample_bilinear_2d (__main__.TestNN) ... ok
 test_Upsample_bilinear_2d_cuda (__main__.TestNN) ... ok
 test_Upsample_bilinear_scale_2d (__main__.TestNN) ... ok
 test_Upsample_bilinear_scale_2d_cuda (__main__.TestNN) ... ok
 test_Upsample_bilinear_scale_tuple_shared_2d (__main__.TestNN) ... ok
 test_Upsample_bilinear_scale_tuple_shared_2d_cuda (__main__.TestNN) ... ok
 test_Upsample_bilinear_scale_tuple_skewed_2d (__main__.TestNN) ... ok
 test_Upsample_bilinear_scale_tuple_skewed_2d_align_corners (__main__.TestNN) ... ok
 test_Upsample_bilinear_scale_tuple_skewed_2d_align_corners_cuda (__main__.TestNN) ... ok
 test_Upsample_bilinear_scale_tuple_skewed_2d_cuda (__main__.TestNN) ... ok
 test_Upsample_bilinear_tuple_2d (__main__.TestNN) ... ok
 test_Upsample_bilinear_tuple_2d_align_corners (__main__.TestNN) ... ok
 test_Upsample_bilinear_tuple_2d_align_corners_cuda (__main__.TestNN) ... ok
 test_Upsample_bilinear_tuple_2d_cuda (__main__.TestNN) ... ok
 test_Upsample_linear_1d (__main__.TestNN) ... ok
 test_Upsample_linear_1d_align_corners (__main__.TestNN) ... ok
 test_Upsample_linear_1d_align_corners_cuda (__main__.TestNN) ... ok
 test_Upsample_linear_1d_cuda (__main__.TestNN) ... ok
 test_Upsample_linear_scale_1d (__main__.TestNN) ... ok
 test_Upsample_linear_scale_1d_align_corners (__main__.TestNN) ... ok
 test_Upsample_linear_scale_1d_align_corners_cuda (__main__.TestNN) ... ok
 test_Upsample_linear_scale_1d_cuda (__main__.TestNN) ... ok
 test_Upsample_linear_tuple_1d (__main__.TestNN) ... ok
 test_Upsample_linear_tuple_1d_cuda (__main__.TestNN) ... ok
 test_Upsample_nearest_1d (__main__.TestNN) ... ok
 test_Upsample_nearest_1d_cuda (__main__.TestNN) ... ok
 test_Upsample_nearest_2d (__main__.TestNN) ... ok
 test_Upsample_nearest_2d_cuda (__main__.TestNN) ... ok
 test_Upsample_nearest_3d (__main__.TestNN) ... ok
 test_Upsample_nearest_3d_cuda (__main__.TestNN) ... ok
 test_Upsample_nearest_scale_1d (__main__.TestNN) ... ok
 test_Upsample_nearest_scale_1d_cuda (__main__.TestNN) ... ok
 test_Upsample_nearest_scale_2d (__main__.TestNN) ... ok
 test_Upsample_nearest_scale_2d_cuda (__main__.TestNN) ... ok
 test_Upsample_nearest_scale_3d (__main__.TestNN) ... ok
 test_Upsample_nearest_scale_3d_cuda (__main__.TestNN) ... ok
 test_Upsample_nearest_tuple_1d (__main__.TestNN) ... ok
 test_Upsample_nearest_tuple_1d_cuda (__main__.TestNN) ... ok
 test_Upsample_nearest_tuple_2d (__main__.TestNN) ... ok
 test_Upsample_nearest_tuple_2d_cuda (__main__.TestNN) ... ok
 test_Upsample_nearest_tuple_3d (__main__.TestNN) ... ok
 test_Upsample_nearest_tuple_3d_cuda (__main__.TestNN) ... ok
 test_Upsample_trilinear_3d (__main__.TestNN) ... ok
 test_Upsample_trilinear_3d_cuda (__main__.TestNN) ... ok
 test_Upsample_trilinear_scale_3d (__main__.TestNN) ... ok
 test_Upsample_trilinear_scale_3d_align_corners (__main__.TestNN) ... ok
 test_Upsample_trilinear_scale_3d_align_corners_cuda (__main__.TestNN) ... ok
 test_Upsample_trilinear_scale_3d_cuda (__main__.TestNN) ... ok
 test_Upsample_trilinear_tuple_3d (__main__.TestNN) ... ok
 test_Upsample_trilinear_tuple_3d_align_corners (__main__.TestNN) ... ok
 test_Upsample_trilinear_tuple_3d_align_corners_cuda (__main__.TestNN) ... ok
 test_Upsample_trilinear_tuple_3d_cuda (__main__.TestNN) ... ok
 test_ZeroPad2d (__main__.TestNN) ... ok
 test_ZeroPad2d_cuda (__main__.TestNN) ... ok
 test_ZeroPad2d_negative_dims (__main__.TestNN) ... ok
 test_ZeroPad2d_negative_dims_cuda (__main__.TestNN) ... ok
 test_adaptive_log_softmax (__main__.TestNN) ... ok
 test_adaptive_pooling_input_size (__main__.TestNN) ... ok
 test_adaptive_pooling_size_none (__main__.TestNN) ... ok
 test_add_module (__main__.TestNN) ... ok
 test_add_module_raises_error_if_attr_exists (__main__.TestNN) ... ok
 test_affine_2d_rotate0 (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_affine_2d_rotate45 (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_affine_2d_rotate90 (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_affine_2d_rotateRandom (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_affine_3d_rotateRandom (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_affine_grid (__main__.TestNN) ... /usr/local/lib/python3.6/dist-packages/torch/backends/cudnn/__init__.py:101: UserWarning: PyTorch was compiled without cuDNN support. To use cuDNN, rebuild PyTorch making sure the library is visible to the build system.
  "PyTorch was compiled without cuDNN support. To use cuDNN, rebuild "
 ok
 test_assignment (__main__.TestNN) ... ok
 test_batchnorm_cudnn_half (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_batchnorm_eval (__main__.TestNN) ... ok
 test_batchnorm_eval_cuda (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_batchnorm_raises_error_if_bias_is_not_same_size_as_input (__main__.TestNN) ... ok
 test_batchnorm_raises_error_if_running_mean_is_not_same_size_as_input (__main__.TestNN) ... ok
 test_batchnorm_raises_error_if_running_var_is_not_same_size_as_input (__main__.TestNN) ... ok
 test_batchnorm_raises_error_if_weight_is_not_same_size_as_input (__main__.TestNN) ... ok
 test_batchnorm_simple_average (__main__.TestNN) ... ok
 test_batchnorm_simple_average_cuda (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_batchnorm_update_stats (__main__.TestNN) ... ok
 test_batchnorm_update_stats_cuda (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_bce_loss_always_nonnegative (__main__.TestNN) ... ok
 test_bce_loss_broadcasts_weights (__main__.TestNN) ... ok
 test_bce_with_logits_broadcasts_pos_weights (__main__.TestNN) ... ok
 test_bce_with_logits_broadcasts_weights (__main__.TestNN) ... ok
 test_bce_with_logits_gives_same_result_as_sigmoid_and_bce_loss (__main__.TestNN) ... ok
 test_bce_with_logits_has_correct_grad_at_zero (__main__.TestNN) ... ok
 test_bce_with_logits_ones_in_pos_weights_are_the_same_as_none (__main__.TestNN) ... ok
 test_bce_with_logits_raises_if_target_and_input_are_different_size (__main__.TestNN) ... ok
 test_bce_with_logits_with_pos_weight_has_correct_grad_at_zero (__main__.TestNN) ... ok
 test_bilinear (__main__.TestNN) ... ok
 test_bilinear_broadcasting (__main__.TestNN) ... ok
 test_bilinear_no_bias (__main__.TestNN) ... ok
 test_broadcast_double_backwards_gpu (__main__.TestNN) ... skipped 'multi-GPU not supported'
 test_broadcast_no_grad (__main__.TestNN) ... skipped 'multi-GPU not supported'
 test_broadcast_not_requiring_grad (__main__.TestNN) ... skipped 'multi-GPU not supported'
 test_buffers_and_named_buffers (__main__.TestNN) ... ok
 test_call_supports_python_dict_output (__main__.TestNN) ... ok
 test_children (__main__.TestNN) ... ok
 test_clip_grad_norm (__main__.TestNN) ... ok
 test_clip_grad_value (__main__.TestNN) ... ok
 test_container_copy (__main__.TestNN) ... ok
 test_contig_wrong_stride_cudnn (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_conv_double_backward (__main__.TestNN) ... ok
 test_conv_double_backward_cuda (__main__.TestNN) ... ok
 test_conv_double_backward_groups (__main__.TestNN) ... ok
 test_conv_double_backward_no_bias (__main__.TestNN) ... ok
 test_conv_double_backward_stride (__main__.TestNN) ... ok
 test_conv_modules_raise_error_on_incorrect_input_size (__main__.TestNN) ... ok
 test_conv_noncontig_weights (__main__.TestNN) ... ok
 test_conv_noncontig_weights_cuda (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_conv_shapecheck (__main__.TestNN) ... ok
 test_conv_tbc (__main__.TestNN) ... ok
 test_cosine_embedding_loss_margin_no_reduce (__main__.TestNN) ... ok
 test_cosine_embedding_loss_no_reduce (__main__.TestNN) ... ok
 test_cosine_similarity (__main__.TestNN) ... ok
 test_cuda_rnn_fused (__main__.TestNN) ... ok
 test_cudnn_noncontiguous_weight (__main__.TestNN) ... ok
 test_cudnn_rnn_dropout_states_device (__main__.TestNN) ... skipped 'CUDNN or multi-gpu not available'
 test_cudnn_weight_format (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_cudnn_weight_tying (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_data_parallel (__main__.TestNN) ... skipped 'multi-GPU not supported'
 test_data_parallel_device_args (__main__.TestNN) ... skipped 'multi-GPU not supported'
 test_data_parallel_model_no_refcycles (__main__.TestNN) ... skipped 'multi-GPU not supported'
 test_data_parallel_module (__main__.TestNN) ... ok
 test_data_parallel_module_kwargs_only (__main__.TestNN) ... ok
 test_data_parallel_module_kwargs_only_empty_dict (__main__.TestNN) ... ok
 test_data_parallel_module_kwargs_only_empty_list (__main__.TestNN) ... ok
 test_data_parallel_module_kwargs_only_empty_tuple (__main__.TestNN) ... ok
 test_data_parallel_multiple_input (__main__.TestNN) ... skipped 'multi-GPU not supported'
 test_data_parallel_nested_input (__main__.TestNN) ... skipped 'multi-GPU not supported'
 test_data_parallel_nested_output (__main__.TestNN) ... skipped 'multi-GPU not supported'
 test_data_parallel_no_grad (__main__.TestNN) ... skipped 'multi-GPU not supported'
 test_data_parallel_small_back (__main__.TestNN) ... skipped 'multi-GPU not supported'
 test_data_parallel_sparse (__main__.TestNN) ... skipped 'multi-GPU not supported'
 test_dir (__main__.TestNN) ... ok
 test_dir_digit (__main__.TestNN) ... ok
 test_elu_inplace_gradgrad (__main__.TestNN) ... ok
 test_elu_inplace_view (__main__.TestNN) ... ok
 test_embedding_bag (__main__.TestNN) ... ok
 test_embedding_bag_cuda (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 skipped "test doesn't currently work on the ROCm stack"
 test_embedding_from_pretrained (__main__.TestNN) ... ok
 test_embedding_functional (__main__.TestNN) ... ok
 test_embedding_max_norm (__main__.TestNN) ... ok
 test_embedding_max_norm_cuda (__main__.TestNN) ... ok
 test_embedding_padding_idx (__main__.TestNN) ... ok
 test_embedding_sparse_basic (__main__.TestNN) ... ok
 test_embedding_sparse_empty_tensor (__main__.TestNN) ... ok
 test_fold_invalid_arg (__main__.TestNN) ... ok
 test_fractional_max_pool2d (__main__.TestNN) ... ok
 test_gather_cpu (__main__.TestNN) ... skipped 'multi-GPU not supported'
 test_gather_different_len_dicts (__main__.TestNN) ... skipped 'multi-GPU not supported'
 test_gather_gpu (__main__.TestNN) ... skipped 'multi-GPU not supported'
 test_grad_conv1d_input (__main__.TestNN) ... ok
 test_grad_conv1d_weight (__main__.TestNN) ... ok
 test_grad_conv2d_input (__main__.TestNN) ... ok
 test_grad_conv2d_weight (__main__.TestNN) ... ok
 test_grad_conv3d_input (__main__.TestNN) ... ok
 test_grad_conv3d_weight (__main__.TestNN) ... ok
 test_grid_sample (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_grid_sample_3d (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_grid_sample_error_checking (__main__.TestNN) ... ok
 test_gumbel_softmax_st (__main__.TestNN) ... ok
 test_gumbel_softmax_st_cuda (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 skipped "test doesn't currently work on the ROCm stack"
 test_hardtanh_inplace_gradgrad (__main__.TestNN) ... ok
 test_hook_cpp (__main__.TestNN) ... ok
 test_hook_fail (__main__.TestNN) ... ok
 test_hook_writeable (__main__.TestNN) ... ok
 test_hooks (__main__.TestNN) ... ok
 test_inplace_thnn (__main__.TestNN) ... ok
 test_interpolate (__main__.TestNN) ... ok
 test_invalid_conv2d (__main__.TestNN) ... ok
 test_invalid_conv3d (__main__.TestNN) ... ok
 test_invalid_dropout_p (__main__.TestNN) ... ok
 test_linear_broadcasting (__main__.TestNN) ... ok
 test_load_state_dict (__main__.TestNN) ... ok
 test_load_state_dict_BC (__main__.TestNN) ... ok
 test_log_softmax_dim0 (__main__.TestNN) ... ok
 test_log_softmax_dim0_cuda (__main__.TestNN) ... ok
 test_log_softmax_dim3 (__main__.TestNN) ... ok
 test_log_softmax_dim3_cuda (__main__.TestNN) ... ok
 test_log_softmax_lastdim (__main__.TestNN) ... ok
 test_log_softmax_lastdim_cuda (__main__.TestNN) ... ok
 test_log_softmax_scalar (__main__.TestNN) ... ok
 test_log_softmax_scalar_cuda (__main__.TestNN) ... ok
 test_log_softmax_spatial (__main__.TestNN) ... ok
 test_log_softmax_spatial_cuda (__main__.TestNN) ... ok
 test_log_softmax_spatial_special (__main__.TestNN) ... ok
 test_log_softmax_spatial_special_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_loss_equal_input_target_shape (__main__.TestNN) ... ok
 test_margin_ranking_loss_margin_no_reduce (__main__.TestNN) ... ok
 test_margin_ranking_loss_no_reduce (__main__.TestNN) ... ok
 test_max_pool_nan (__main__.TestNN) ... ok
 test_max_pool_nan_cuda (__main__.TestNN) ... ok
 test_module_backcompat (__main__.TestNN) ... ok
 test_module_to_argparse (__main__.TestNN) ... ok
 test_modules (__main__.TestNN) ... ok
 test_named_children (__main__.TestNN) ... ok
 test_named_modules (__main__.TestNN) ... ok
 test_no_grad (__main__.TestNN) ... ok
 test_non_leaf_parameters (__main__.TestNN) ... ok
 test_noncontig_conv_grad_cuda (__main__.TestNN) ... ok
 test_nonlinearity_propagate_nan (__main__.TestNN) ... /usr/local/lib/python3.6/dist-packages/torch/nn/functional.py:1113: UserWarning: nn.functional.tanh is deprecated. Use torch.tanh instead.
  warnings.warn("nn.functional.tanh is deprecated. Use torch.tanh instead.")
 /usr/local/lib/python3.6/dist-packages/torch/nn/functional.py:1124: UserWarning: nn.functional.sigmoid is deprecated. Use torch.sigmoid instead.
  warnings.warn("nn.functional.sigmoid is deprecated. Use torch.sigmoid instead.")
 ok
 test_nonlinearity_propagate_nan_cuda (__main__.TestNN) ... ok
 test_normalize (__main__.TestNN) ... ok
 test_pack_padded_sequence (__main__.TestNN) ... ok
 test_pack_sequence (__main__.TestNN) ... ok
 test_pad (__main__.TestNN) ... ok
 test_pad_scalar_error (__main__.TestNN) ... ok
 test_pad_sequence (__main__.TestNN) ... ok
 test_pairwise_distance (__main__.TestNN) ... ok
 test_parallel_apply (__main__.TestNN) ... skipped 'multi-GPU not supported'
 test_parameter_assignment (__main__.TestNN) ... ok
 test_parameters_and_named_parameters (__main__.TestNN) ... ok
 test_parameters_to_vector (__main__.TestNN) ... ok
 test_pdist (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_pdist_cpu_gradgrad_unimplemented (__main__.TestNN) ... expected failure
 test_pdist_cuda_gradgrad_unimplemented (__main__.TestNN) ... expected failure
 test_pdist_empty_col (__main__.TestNN) ... ok
 test_pdist_empty_row (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 test_pdist_zeros (__main__.TestNN)
 Test that grad is still valid when dist is 0 ... skipped "test doesn't currently work on the ROCm stack"
 test_pixel_shuffle (__main__.TestNN) ... ok
 test_pointwise_loss_target_grad_none_reduction (__main__.TestNN) ... ok
 test_pool3d_size_one_feature_dim (__main__.TestNN) ... ok
 test_register_buffer_allows_overwriting_with_same_name (__main__.TestNN) ... ok
 test_register_buffer_raises_error_if_attr_exists (__main__.TestNN) ... ok
 test_register_buffer_raises_error_if_name_is_not_string (__main__.TestNN) ... ok
 test_register_buffer_raises_error_if_not_tensor (__main__.TestNN) ... ok
 test_register_parameter_allows_overwriting_with_same_name (__main__.TestNN) ... ok
 test_register_parameter_raises_error_if_attr_exists (__main__.TestNN) ... ok
 test_register_parameter_raises_error_if_name_is_not_string (__main__.TestNN) ... ok
 test_relu_inplace_view (__main__.TestNN) ... ok
 test_replicate (__main__.TestNN) ... skipped 'multi-GPU not supported'
 test_replicate_buffers (__main__.TestNN) ... skipped 'multi-GPU not supported'
 test_repr (__main__.TestNN) ... ok
 test_rnn_args_check (__main__.TestNN) ... ok
 test_rnn_check_device (__main__.TestNN) ... skipped 'multi-GPU not supported'
 test_rnn_initial_hidden_state (__main__.TestNN) ... ok
 test_rnn_retain_variables (__main__.TestNN) ... ok
 test_rnn_retain_variables_cuda (__main__.TestNN) ... /usr/local/lib/python3.6/dist-packages/torch/backends/cudnn/__init__.py:101: UserWarning: PyTorch was compiled without cuDNN support. To use cuDNN, rebuild PyTorch making sure the library is visible to the build system.
  "PyTorch was compiled without cuDNN support. To use cuDNN, rebuild "
 ok
 test_scatter_cpu (__main__.TestNN) ... skipped 'multi-GPU not supported'
 test_scatter_gpu (__main__.TestNN) ... skipped 'multi-GPU not supported'
 test_softmax_dtype (__main__.TestNN) ... skipped "test doesn't currently work on the ROCm stack"
 skipped "test doesn't currently work on the ROCm stack"
 test_softmax_functional_dim0 (__main__.TestNN) ... ok
 test_softmax_functional_dim0_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_softmax_functional_dim3 (__main__.TestNN) ... ok
 test_softmax_functional_dim3_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_softmax_functional_scalar (__main__.TestNN) ... ok
 test_softmax_functional_scalar_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_softmax_lastdim (__main__.TestNN) ... ok
 test_softmax_lastdim_cuda (__main__.TestNN) ... ok
 test_softmax_lastdim_dtype (__main__.TestNN) ... ok
 test_softmax_lastdim_dtype_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_softmax_spatial (__main__.TestNN) ... ok
 test_softmax_spatial_cuda (__main__.TestNN) ... ok
 test_softmax_spatial_dtype (__main__.TestNN) ... ok
 test_softmax_spatial_dtype_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_softmax_spatial_special (__main__.TestNN) ... ok
 test_softmax_spatial_special_cuda (__main__.TestNN) ... skipped 'Excluded from CUDA tests'
 test_softmin (__main__.TestNN) ... ok
 test_spectral_norm (__main__.TestNN) ... ok
 test_spectral_norm_dim (__main__.TestNN) ... ok
 test_spectral_norm_dp (__main__.TestNN) ... skipped 'multi-GPU not supported'
 test_spectral_norm_eval_remove (__main__.TestNN) ... ok
 test_spectral_norm_forward (__main__.TestNN) ... ok
 test_spectral_norm_pickle (__main__.TestNN) ... ok
 test_state_dict (__main__.TestNN) ... ok
 test_to (__main__.TestNN) ... ok
 test_triplet_margin_loss (__main__.TestNN) ... ok
 test_triplet_margin_loss_no_reduce (__main__.TestNN) ... ok
 test_triplet_margin_loss_swap (__main__.TestNN) ... ok
 test_triplet_margin_loss_swap_no_reduce (__main__.TestNN) ... ok
 test_type (__main__.TestNN) ... ok
 test_unfold_invalid_arg (__main__.TestNN) ... ok
 test_upsamplingBilinear2d (__main__.TestNN) ... /usr/local/lib/python3.6/dist-packages/torch/nn/functional.py:1996: UserWarning: nn.functional.upsample is deprecated. Use nn.functional.interpolate instead.
  warnings.warn("nn.functional.upsample is deprecated. Use nn.functional.interpolate instead.")
 ok
 test_upsamplingBilinear2d_spatial_invariance (__main__.TestNN) ... ok
 test_upsamplingLinear1d (__main__.TestNN) ... ok
 test_upsamplingLinear1d_spatial_invariance (__main__.TestNN) ... ok
 test_upsamplingNearest1d (__main__.TestNN) ... ok
 test_upsamplingNearest2d (__main__.TestNN) ... ok
 test_upsamplingNearest3d (__main__.TestNN) ... ok
 test_upsamplingTrilinear3d (__main__.TestNN) ... ok
 test_upsamplingTrilinear3d_spatial_invariance (__main__.TestNN) ... ok
 test_variable_sequence (__main__.TestNN) ... ok
 test_variable_sequence_cuda (__main__.TestNN) ... ok
 test_vector_to_parameters (__main__.TestNN) ... ok
 test_weight_norm (__main__.TestNN) ... ok
 test_weight_norm_pickle (__main__.TestNN) ... ok
 test_zero_grad (__main__.TestNN) ... ok
 test_calculate_gain_leaky_relu (__main__.TestNNInit) ... ok
 test_calculate_gain_leaky_relu_only_accepts_numbers (__main__.TestNNInit) ... ok
 test_calculate_gain_linear (__main__.TestNNInit) ... ok
 test_calculate_gain_nonlinear (__main__.TestNNInit) ... ok
 test_calculate_gain_only_accepts_valid_nonlinearities (__main__.TestNNInit) ... ok
 test_constant (__main__.TestNNInit) ... ok
 test_deprecation (__main__.TestNNInit) ... ok
 test_dirac_identity (__main__.TestNNInit) ... ok
 test_dirac_only_works_on_3_4_5d_inputs (__main__.TestNNInit) ... ok
 test_dirac_properties (__main__.TestNNInit) ... ok
 test_eye (__main__.TestNNInit) ... ok
 test_eye_only_works_on_2d_inputs (__main__.TestNNInit) ... ok
 test_kaiming_normal (__main__.TestNNInit) ... ok
 test_kaiming_normal_errors_on_inputs_smaller_than_2d (__main__.TestNNInit) ... ok
 test_kaiming_uniform (__main__.TestNNInit) ... ok
 test_kaiming_uniform_errors_on_inputs_smaller_than_2d (__main__.TestNNInit) ... ok
 test_max_unpool (__main__.TestNNInit) ... ok
 test_normal (__main__.TestNNInit) ... ok
 test_ones_and_zeros (__main__.TestNNInit) ... ok
 test_orthogonal (__main__.TestNNInit) ... ok
 test_sparse_default_std (__main__.TestNNInit) ... ok
 test_sparse_only_works_on_2d_inputs (__main__.TestNNInit) ... ok
 test_uniform (__main__.TestNNInit) ... ok
 test_xavier_normal (__main__.TestNNInit) ... ok
 test_xavier_normal_errors_on_inputs_smaller_than_2d (__main__.TestNNInit) ... ok
 test_xavier_uniform (__main__.TestNNInit) ... ok
 test_xavier_uniform_errors_on_inputs_smaller_than_2d (__main__.TestNNInit) ... ok

 ----------------------------------------------------------------------
 Ran 1233 tests in 570.180s

 OK (skipped=152, expected failures=2)
 Running test_numba_integration ...
 test_active_device (__main__.TestNumbaIntegration)
 'as_cuda_array' tensor device must match active numba context. ... skipped 'No numba.cuda'
 test_array_adaptor (__main__.TestNumbaIntegration)
 Torch __cuda_array_adaptor__ exposes tensor data to numba.cuda. ... skipped 'No numba.cuda'
 test_conversion_errors (__main__.TestNumbaIntegration)
 Numba properly detects array interface for tensor.Tensor variants. ... skipped 'No numba.cuda'
 test_cuda_array_interface (__main__.TestNumbaIntegration)
 torch.Tensor exposes __cuda_array_interface__ for cuda tensors. ... ok

 ----------------------------------------------------------------------
 Ran 4 tests in 0.020s

 OK (skipped=3)
 Running test_optim ...
 test_cos_anneal_lr (__main__.TestLRScheduler) ... ok
 test_cosine_lr_state_dict (__main__.TestLRScheduler) ... ok
 test_exp_lr (__main__.TestLRScheduler) ... ok
 test_exp_step_lr_state_dict (__main__.TestLRScheduler) ... ok
 test_lambda_lr (__main__.TestLRScheduler) ... ok
 test_lambda_lr_state_dict_fn (__main__.TestLRScheduler) ... ok
 test_lambda_lr_state_dict_obj (__main__.TestLRScheduler) ... ok
 test_multi_step_lr (__main__.TestLRScheduler) ... ok
 test_multi_step_lr_state_dict (__main__.TestLRScheduler) ... ok
 test_reduce_lr_on_plateau1 (__main__.TestLRScheduler) ... ok
 test_reduce_lr_on_plateau2 (__main__.TestLRScheduler) ... ok
 test_reduce_lr_on_plateau3 (__main__.TestLRScheduler) ... ok
 test_reduce_lr_on_plateau4 (__main__.TestLRScheduler) ... ok
 test_reduce_lr_on_plateau5 (__main__.TestLRScheduler) ... ok
 test_reduce_lr_on_plateau6 (__main__.TestLRScheduler) ... ok
 test_reduce_lr_on_plateau7 (__main__.TestLRScheduler) ... ok
 test_reduce_lr_on_plateau8 (__main__.TestLRScheduler) ... ok
 test_reduce_lr_on_plateau_state_dict (__main__.TestLRScheduler) ... ok
 test_step_lr (__main__.TestLRScheduler) ... ok
 test_step_lr_state_dict (__main__.TestLRScheduler) ... ok
 test_adadelta (__main__.TestOptim) ... ok
 test_adagrad (__main__.TestOptim) ... ok
 test_adagrad_sparse (__main__.TestOptim) ... ok
 test_adam (__main__.TestOptim) ... ok
 test_adamax (__main__.TestOptim) ... skipped "test doesn't currently work on the ROCm stack"
 test_asgd (__main__.TestOptim) ... ok
 test_invalid_param_type (__main__.TestOptim) ... ok
 test_lbfgs (__main__.TestOptim) ... ok
 test_lbfgs_return_type (__main__.TestOptim) ... ok
 test_rmsprop (__main__.TestOptim) ... ok
 test_rprop (__main__.TestOptim) ... skipped "test doesn't currently work on the ROCm stack"
 test_sgd (__main__.TestOptim) ... ok
 test_sgd_sparse (__main__.TestOptim) ... ok
 test_sparse_adam (__main__.TestOptim) ... ok

 ----------------------------------------------------------------------
 Ran 34 tests in 16.724s

 OK (skipped=2)
 Running test_sparse ...
 test_Sparse_to_Sparse_copy_ (__main__.TestCudaSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_Sparse_to_Sparse_copy_multi_gpu (__main__.TestCudaSparse) ... skipped 'no multi-GPU'
 test_add_dense_sparse_mismatch (__main__.TestCudaSparse) ... ok
 test_add_zeros (__main__.TestCudaSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_basic (__main__.TestCudaSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_basic_ops (__main__.TestCudaSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_basic_ops_hybrid (__main__.TestCudaSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_clone (__main__.TestCudaSparse) ... ok
 test_coalesce_transpose_mm (__main__.TestCudaSparse) ... skipped 'Test is CPU-only'
 test_constructor_device_legacy (__main__.TestCudaSparse) ... skipped 'Test is CPU-only'
 test_contig (__main__.TestCudaSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_contig_hybrid (__main__.TestCudaSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_ctor_size_checks (__main__.TestCudaSparse) ... ok
 test_cuda_empty (__main__.TestCudaSparse) ... ok
 test_dsmm (__main__.TestCudaSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_dtypes (__main__.TestCudaSparse) ... skipped 'Test is CPU-only'
 test_empty_full (__main__.TestCudaSparse) ... skipped 'Test is CPU-only'
 test_factory (__main__.TestCudaSparse) ... skipped 'Test is CPU-only'
 test_factory_copy (__main__.TestCudaSparse) ... skipped 'Test is CPU-only'
 test_factory_default (__main__.TestCudaSparse) ... ok
 test_factory_dense_dims (__main__.TestCudaSparse) ... ok
 test_factory_device_type_inference (__main__.TestCudaSparse) ... ok
 test_factory_empty_indices (__main__.TestCudaSparse) ... ok
 test_factory_nnz (__main__.TestCudaSparse) ... ok
 test_factory_nnz_zero (__main__.TestCudaSparse) ... ok
 test_factory_size_check (__main__.TestCudaSparse) ... ok
 test_factory_type_inference (__main__.TestCudaSparse) ... skipped 'Test is CPU-only'
 test_hsmm (__main__.TestCudaSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_is_nonzero (__main__.TestCudaSparse) ... ok
 test_is_sparse (__main__.TestCudaSparse) ... ok
 test_log1p (__main__.TestCudaSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_mm (__main__.TestCudaSparse) ... skipped 'Test is CPU-only'
 test_narrow (__main__.TestCudaSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_new (__main__.TestCudaSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_new_device_multi_gpu (__main__.TestCudaSparse) ... skipped 'only one GPU detected'
 test_new_device_single_gpu (__main__.TestCudaSparse) ... ok
 test_norm (__main__.TestCudaSparse) ... ok
 test_print (__main__.TestCudaSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_resize (__main__.TestCudaSparse) ... ok
 test_resize_as (__main__.TestCudaSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_saddmm (__main__.TestCudaSparse) ... skipped 'Test is CPU-only'
 test_same_gpu (__main__.TestCudaSparse) ... skipped 'only one GPU detected'
 test_shared (__main__.TestCudaSparse) ... ok
 test_spadd (__main__.TestCudaSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_spadd_hybrid (__main__.TestCudaSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_sparse_add_coalesce (__main__.TestCudaSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_sparse_mask (__main__.TestCudaSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_sparse_mask_hybrid (__main__.TestCudaSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_storage_not_null (__main__.TestCudaSparse) ... ok
 test_t_empty (__main__.TestCudaSparse) ... ok
 test_to_dense (__main__.TestCudaSparse) ... ok
 test_to_dense_hybrid (__main__.TestCudaSparse) ... ok
 test_transpose (__main__.TestCudaSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_zeros (__main__.TestCudaSparse) ... ok
 test_zeros_like (__main__.TestCudaSparse) ... ok
 test_Sparse_to_Sparse_copy_ (__main__.TestCudaUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_Sparse_to_Sparse_copy_multi_gpu (__main__.TestCudaUncoalescedSparse) ... skipped 'no multi-GPU'
 test_add_dense_sparse_mismatch (__main__.TestCudaUncoalescedSparse) ... ok
 test_add_zeros (__main__.TestCudaUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_basic (__main__.TestCudaUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_basic_ops (__main__.TestCudaUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_basic_ops_hybrid (__main__.TestCudaUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_clone (__main__.TestCudaUncoalescedSparse) ... ok
 test_coalesce_transpose_mm (__main__.TestCudaUncoalescedSparse) ... skipped 'Test is CPU-only'
 test_constructor_device_legacy (__main__.TestCudaUncoalescedSparse) ... skipped 'Test is CPU-only'
 test_contig (__main__.TestCudaUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_contig_hybrid (__main__.TestCudaUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_ctor_size_checks (__main__.TestCudaUncoalescedSparse) ... ok
 test_cuda_empty (__main__.TestCudaUncoalescedSparse) ... ok
 test_dsmm (__main__.TestCudaUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_dtypes (__main__.TestCudaUncoalescedSparse) ... skipped 'Test is CPU-only'
 test_empty_full (__main__.TestCudaUncoalescedSparse) ... skipped 'Test is CPU-only'
 test_factory (__main__.TestCudaUncoalescedSparse) ... skipped 'Test is CPU-only'
 test_factory_copy (__main__.TestCudaUncoalescedSparse) ... skipped 'Test is CPU-only'
 test_factory_default (__main__.TestCudaUncoalescedSparse) ... ok
 test_factory_dense_dims (__main__.TestCudaUncoalescedSparse) ... ok
 test_factory_device_type_inference (__main__.TestCudaUncoalescedSparse) ... ok
 test_factory_empty_indices (__main__.TestCudaUncoalescedSparse) ... ok
 test_factory_nnz (__main__.TestCudaUncoalescedSparse) ... ok
 test_factory_nnz_zero (__main__.TestCudaUncoalescedSparse) ... ok
 test_factory_size_check (__main__.TestCudaUncoalescedSparse) ... ok
 test_factory_type_inference (__main__.TestCudaUncoalescedSparse) ... skipped 'Test is CPU-only'
 test_hsmm (__main__.TestCudaUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_is_nonzero (__main__.TestCudaUncoalescedSparse) ... ok
 test_is_sparse (__main__.TestCudaUncoalescedSparse) ... ok
 test_log1p (__main__.TestCudaUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_mm (__main__.TestCudaUncoalescedSparse) ... skipped 'Test is CPU-only'
 test_narrow (__main__.TestCudaUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_new (__main__.TestCudaUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_new_device_multi_gpu (__main__.TestCudaUncoalescedSparse) ... skipped 'only one GPU detected'
 test_new_device_single_gpu (__main__.TestCudaUncoalescedSparse) ... ok
 test_norm (__main__.TestCudaUncoalescedSparse) ... ok
 test_print (__main__.TestCudaUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_resize (__main__.TestCudaUncoalescedSparse) ... ok
 test_resize_as (__main__.TestCudaUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_saddmm (__main__.TestCudaUncoalescedSparse) ... skipped 'Test is CPU-only'
 test_same_gpu (__main__.TestCudaUncoalescedSparse) ... skipped 'only one GPU detected'
 test_shared (__main__.TestCudaUncoalescedSparse) ... ok
 test_spadd (__main__.TestCudaUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_spadd_hybrid (__main__.TestCudaUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_sparse_add_coalesce (__main__.TestCudaUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_sparse_mask (__main__.TestCudaUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_sparse_mask_hybrid (__main__.TestCudaUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_storage_not_null (__main__.TestCudaUncoalescedSparse) ... ok
 test_t_empty (__main__.TestCudaUncoalescedSparse) ... ok
 test_to_dense (__main__.TestCudaUncoalescedSparse) ... ok
 test_to_dense_hybrid (__main__.TestCudaUncoalescedSparse) ... ok
 test_transpose (__main__.TestCudaUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_zeros (__main__.TestCudaUncoalescedSparse) ... ok
 test_zeros_like (__main__.TestCudaUncoalescedSparse) ... ok
 test_Sparse_to_Sparse_copy_ (__main__.TestSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_Sparse_to_Sparse_copy_multi_gpu (__main__.TestSparse) ... skipped 'no multi-GPU'
 test_add_dense_sparse_mismatch (__main__.TestSparse) ... ok
 test_add_zeros (__main__.TestSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_basic (__main__.TestSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_basic_ops (__main__.TestSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_basic_ops_hybrid (__main__.TestSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_clone (__main__.TestSparse) ... ok
 test_coalesce_transpose_mm (__main__.TestSparse) ... ok
 test_constructor_device_legacy (__main__.TestSparse) ... ok
 test_contig (__main__.TestSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_contig_hybrid (__main__.TestSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_ctor_size_checks (__main__.TestSparse) ... ok
 test_cuda_empty (__main__.TestSparse) ... skipped 'Test is GPU-only'
 test_dsmm (__main__.TestSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_dtypes (__main__.TestSparse) ... ok
 test_empty_full (__main__.TestSparse) ... ok
 test_factory (__main__.TestSparse) ... ok
 test_factory_copy (__main__.TestSparse) ... ok
 test_factory_default (__main__.TestSparse) ... ok
 test_factory_dense_dims (__main__.TestSparse) ... ok
 test_factory_device_type_inference (__main__.TestSparse) ... skipped 'Test is GPU-only'
 test_factory_empty_indices (__main__.TestSparse) ... ok
 test_factory_nnz (__main__.TestSparse) ... ok
 test_factory_nnz_zero (__main__.TestSparse) ... ok
 test_factory_size_check (__main__.TestSparse) ... ok
 test_factory_type_inference (__main__.TestSparse) ... ok
 test_hsmm (__main__.TestSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_is_nonzero (__main__.TestSparse) ... ok
 test_is_sparse (__main__.TestSparse) ... ok
 test_log1p (__main__.TestSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_mm (__main__.TestSparse) ... ok
 test_narrow (__main__.TestSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_new (__main__.TestSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_new_device_multi_gpu (__main__.TestSparse) ... skipped 'only one GPU detected'
 test_new_device_single_gpu (__main__.TestSparse) ... skipped 'Test is GPU-only'
 test_norm (__main__.TestSparse) ... ok
 test_print (__main__.TestSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_resize (__main__.TestSparse) ... ok
 test_resize_as (__main__.TestSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_saddmm (__main__.TestSparse) ... ok
 test_same_gpu (__main__.TestSparse) ... skipped 'only one GPU detected'
 test_shared (__main__.TestSparse) ... ok
 test_spadd (__main__.TestSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_spadd_hybrid (__main__.TestSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_sparse_add_coalesce (__main__.TestSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_sparse_mask (__main__.TestSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_sparse_mask_hybrid (__main__.TestSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_storage_not_null (__main__.TestSparse) ... skipped 'Test is GPU-only'
 test_t_empty (__main__.TestSparse) ... ok
 test_to_dense (__main__.TestSparse) ... ok
 test_to_dense_hybrid (__main__.TestSparse) ... ok
 test_transpose (__main__.TestSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_zeros (__main__.TestSparse) ... ok
 test_zeros_like (__main__.TestSparse) ... ok
 test_cuda_from_cpu (__main__.TestSparseOneOff) ... ok
 test_cuda_sparse_cpu_dense_add (__main__.TestSparseOneOff) ... ok
 test_RNGState (test_torch.TestTorch) ... ok
 test_RNGStateAliasing (test_torch.TestTorch) ... ok
 test_RNG_after_pickle (test_torch.TestTorch) ... ok
 test_Size (test_torch.TestTorch) ... ok
 test_Size_iter (test_torch.TestTorch) ... ok
 test_Size_scalar (test_torch.TestTorch) ... ok
 test_abs (test_torch.TestTorch) ... ok
 test_accreal_type (test_torch.TestTorch) ... ok
 test_acos (test_torch.TestTorch) ... ok
 test_add (test_torch.TestTorch) ... ok
 test_addbmm (test_torch.TestTorch) ... ok
 test_addmm (test_torch.TestTorch) ... ok
 test_addmv (test_torch.TestTorch) ... ok
 test_addr (test_torch.TestTorch) ... ok
 test_advancedindex (test_torch.TestTorch) ... ok
 test_advancedindex_big (test_torch.TestTorch) ... ok
 test_all_any (test_torch.TestTorch) ... ok
 test_all_any_empty (test_torch.TestTorch) ... ok
 test_all_any_empty_cuda (test_torch.TestTorch) ... ok
 test_all_any_with_dim (test_torch.TestTorch) ... ok
 test_allclose (test_torch.TestTorch) ... ok
 test_apply (test_torch.TestTorch) ... ok
 test_arange (test_torch.TestTorch) ... ok
 test_arange_inference (test_torch.TestTorch) ... ok
 test_as_tensor (test_torch.TestTorch) ... ok
 test_asin (test_torch.TestTorch) ... ok
 test_assertEqual (test_torch.TestTorch) ... ok
 test_atan (test_torch.TestTorch) ... ok
 test_baddbmm (test_torch.TestTorch) ... ok
 test_bernoulli (test_torch.TestTorch) ... ok
 test_big_transpose (test_torch.TestTorch) ... ok
 test_bincount_cpu (test_torch.TestTorch) ... ok
 test_bitwise_ops (test_torch.TestTorch) ... ok
 test_blas_alpha_beta_empty (test_torch.TestTorch) ... skipped "test doesn't currently work on the ROCm stack"
 test_blas_empty (test_torch.TestTorch) ... skipped "test doesn't currently work on the ROCm stack"
 test_bmm (test_torch.TestTorch) ... ok
 test_boxMullerState (test_torch.TestTorch) ... ok
 test_broadcast (test_torch.TestTorch) ... ok
 test_broadcast_batched_matmul (test_torch.TestTorch) ... ok
 test_broadcast_empty (test_torch.TestTorch) ... ok
 test_broadcast_fused_matmul (test_torch.TestTorch) ... ok
 test_broadcast_tensors (test_torch.TestTorch) ... ok
 test_btrifact (test_torch.TestTorch) ... ok
 test_btrisolve (test_torch.TestTorch) ... ok
 test_cast_binary_op (test_torch.TestTorch) ... ok
 test_cat (test_torch.TestTorch) ... ok
 test_cat_bad_input_sizes (test_torch.TestTorch) ... ok
 test_cat_empty (test_torch.TestTorch) ... ok
 test_cat_empty_legacy (test_torch.TestTorch) ... ok
 test_cat_neg_dim (test_torch.TestTorch) ... ok
 test_cat_scalars (test_torch.TestTorch) ... ok
 test_cdiv (test_torch.TestTorch) ... ok
 test_ceil (test_torch.TestTorch) ... ok
 test_ceil_out_cpu_cuda (test_torch.TestTorch) ... ok
 test_cfmod (test_torch.TestTorch) ... ok
 test_chain_matmul (test_torch.TestTorch) ... skipped "test doesn't currently work on the ROCm stack"
 test_cholesky (test_torch.TestTorch) ... ok
 test_chunk (test_torch.TestTorch) ... ok
 test_chunk_neg_dim (test_torch.TestTorch) ... ok
 test_clamp (test_torch.TestTorch) ... ok
 test_cmul (test_torch.TestTorch) ... ok
 test_comparison_ops (test_torch.TestTorch) ... ok
 test_constructor_device_legacy (test_torch.TestTorch) ... ok
 test_constructor_dtypes (test_torch.TestTorch) ... ok
 test_contiguous (test_torch.TestTorch) ... ok
 test_conv2 (test_torch.TestTorch) ... skipped 'Not implemented yet'
 test_conv3 (test_torch.TestTorch) ... skipped 'Not implemented yet'
 test_conv3_conv2_eq_valid (test_torch.TestTorch) ... skipped 'Not implemented yet'
 test_copy (test_torch.TestTorch) ... ok
 test_copy_broadcast (test_torch.TestTorch) ... ok
 test_copy_dtypes (test_torch.TestTorch) ... ok
 test_cos (test_torch.TestTorch) ... ok
 test_cosh (test_torch.TestTorch) ... ok
 test_cpow (test_torch.TestTorch) ... ok
 test_cpu_parallel (test_torch.TestTorch) ... ok
 test_cremainder (test_torch.TestTorch) ... ok
 test_cross (test_torch.TestTorch) ... ok
 test_csub (test_torch.TestTorch) ... ok
 test_ctor_with_numpy_array (test_torch.TestTorch) ... ok
 test_ctor_with_numpy_scalar_ctor (test_torch.TestTorch) ... ok
 test_cuda_not_built (test_torch.TestTorch) ... skipped "CUDA is available, can't test CUDA not built error"
 test_cumprod (test_torch.TestTorch) ... ok
 test_cumprod_integer_upcast (test_torch.TestTorch) ... ok
 test_cumprod_neg_dim (test_torch.TestTorch) ... ok
 test_cumsum (test_torch.TestTorch) ... ok
 test_cumsum_integer_upcast (test_torch.TestTorch) ... ok
 test_cumsum_neg_dim (test_torch.TestTorch) ... ok
 test_deepcopy (test_torch.TestTorch) ... ok
 test_deepcopy_scalar (test_torch.TestTorch) ... ok
 test_det_logdet_slogdet (test_torch.TestTorch) ... ok
 test_device (test_torch.TestTorch) ... ok
 test_diag (test_torch.TestTorch) ... ok
 test_diagflat (test_torch.TestTorch) ... ok
 test_diagonal (test_torch.TestTorch) ... ok
 test_diagonal_multidim (test_torch.TestTorch) ... ok
 test_digamma (test_torch.TestTorch) ... ok
 test_dim_function_empty (test_torch.TestTorch) ... skipped "test doesn't currently work on the ROCm stack"
 test_dim_reduction (test_torch.TestTorch) ... ok
 test_dim_reduction_uint8_overflow (test_torch.TestTorch) ... ok
 test_dir (test_torch.TestTorch) ... ok
 test_div (test_torch.TestTorch) ... ok
 test_dlpack_conversion (test_torch.TestTorch) ... ok
 test_dlpack_cuda (test_torch.TestTorch) ... ok
 test_doc (test_torch.TestTorch) ... ok
 test_dot (test_torch.TestTorch) ... ok
 test_dtype_out_match (test_torch.TestTorch) ... ok
 test_dtypes (test_torch.TestTorch) ... ok
 test_eig (test_torch.TestTorch) ... ok
 test_einsum (test_torch.TestTorch) ... ok
 test_element_size (test_torch.TestTorch) ... ok
 test_empty_full (test_torch.TestTorch) ... ok
 test_empty_like (test_torch.TestTorch) ... ok
 test_empty_reshape (test_torch.TestTorch) ... ok
 test_empty_tensor_props (test_torch.TestTorch) ... ok
 test_equal (test_torch.TestTorch) ... ok
 test_erf (test_torch.TestTorch) ... ok
 test_erfc (test_torch.TestTorch) ... ok
 test_erfinv (test_torch.TestTorch) ... ok
 test_error_msg_type_translation (test_torch.TestTorch) ... ok
 test_exp (test_torch.TestTorch) ... ok
 test_expand (test_torch.TestTorch) ... ok
 test_expm1 (test_torch.TestTorch) ... ok
 test_eye (test_torch.TestTorch) ... ok
 test_fconv3_fconv2_eq (test_torch.TestTorch) ... skipped 'Not implemented yet'
 test_fft_ifft_rfft_irfft (test_torch.TestTorch) ... skipped 'PyTorch is built without MKL support'
 test_flatten (test_torch.TestTorch) ... ok
 test_flip (test_torch.TestTorch) ... ok
 test_floor (test_torch.TestTorch) ... ok
 test_floordiv (test_torch.TestTorch) ... ok
 test_fmod (test_torch.TestTorch) ... ok
 test_frac (test_torch.TestTorch) ... ok
 test_from_buffer (test_torch.TestTorch) ... ok
 test_from_file (test_torch.TestTorch) ... ok
 test_from_numpy (test_torch.TestTorch) ... ok
 test_gather (test_torch.TestTorch) ... ok
 test_gather_neg_dim (test_torch.TestTorch) ... ok
 test_gels (test_torch.TestTorch) ... ok
 test_ger (test_torch.TestTorch) ... ok
 test_gesv (test_torch.TestTorch) ... ok
 test_gesv_batched (test_torch.TestTorch) ... ok
 test_gesv_batched_dims (test_torch.TestTorch) ... ok
 test_half_tensor (test_torch.TestTorch) ... ok
 test_half_tensor_cuda (test_torch.TestTorch) ... ok
 test_hardshrink (test_torch.TestTorch) ... ok
 test_has_storage (test_torch.TestTorch) ... ok
 test_has_storage_numpy (test_torch.TestTorch) ... ok
 test_histc (test_torch.TestTorch) ... ok
 test_index (test_torch.TestTorch) ... ok
 test_index_add (test_torch.TestTorch) ... ok
 test_index_add_neg_dim (test_torch.TestTorch) ... ok
 test_index_copy (test_torch.TestTorch) ... ok
 test_index_copy_neg_dim (test_torch.TestTorch) ... ok
 test_index_fill_neg_dim (test_torch.TestTorch) ... ok
 test_index_select (test_torch.TestTorch) ... ok
 test_index_select_neg_dim (test_torch.TestTorch) ... ok
 test_inplace_division (test_torch.TestTorch) ... ok
 test_int_pow (test_torch.TestTorch) ... ok
 test_inverse (test_torch.TestTorch) ... ok
 test_invert (test_torch.TestTorch) ... ok
 test_is_nonzero (test_torch.TestTorch) ... ok
 test_is_same_size (test_torch.TestTorch) ... ok
 test_is_set_to (test_torch.TestTorch) ... ok
 test_is_signed (test_torch.TestTorch) ... ok
 test_is_signed_cuda (test_torch.TestTorch) ... ok
 test_isfinite (test_torch.TestTorch) ... ok
 test_isfinite_int (test_torch.TestTorch) ... ok
 test_isinf (test_torch.TestTorch) ... ok
 test_isnan (test_torch.TestTorch) ... ok
 test_iter (test_torch.TestTorch) ... ok
 test_kthvalue (test_torch.TestTorch) ... ok
 test_kthvalue_neg_dim (test_torch.TestTorch) ... ok
 test_lapack_empty (test_torch.TestTorch) ... ok
 test_lerp (test_torch.TestTorch) ... ok
 test_lgamma (test_torch.TestTorch) ... ok
 test_linear_algebra_scalar_raises (test_torch.TestTorch) ... ok
 test_linspace (test_torch.TestTorch) ... ok
 test_load_error_msg (test_torch.TestTorch) ... ok
 test_load_nonexistent_device (test_torch.TestTorch) ... skipped 'Testing torch.load on CPU-only machine'
 test_log (test_torch.TestTorch) ... ok
 test_log10 (test_torch.TestTorch) ... ok
 test_log1p (test_torch.TestTorch) ... ok
 test_log2 (test_torch.TestTorch) ... ok
 test_logical (test_torch.TestTorch) ... ok
 test_logspace (test_torch.TestTorch) ... ok
 test_logsumexp (test_torch.TestTorch) ... ok
 test_manual_seed (test_torch.TestTorch) ... ok
 test_map (test_torch.TestTorch) ... ok
 test_map2 (test_torch.TestTorch) ... ok
 test_masked_fill (test_torch.TestTorch) ... ok
 test_masked_scatter (test_torch.TestTorch) ... ok
 test_masked_select (test_torch.TestTorch) ... ok
 test_matrix_power (test_torch.TestTorch) ... ok
 test_matrix_rank (test_torch.TestTorch) ... ok
 test_max (test_torch.TestTorch) ... ok
 test_max_elementwise (test_torch.TestTorch) ... ok
 test_max_neg_dim (test_torch.TestTorch) ... ok
 test_max_with_inf (test_torch.TestTorch) ... ok
 test_mean_neg_dim (test_torch.TestTorch) ... ok
 test_median (test_torch.TestTorch) ... ok
 test_median_neg_dim (test_torch.TestTorch) ... ok
 test_meshgrid (test_torch.TestTorch) ... ok
 test_min (test_torch.TestTorch) ... ok
 test_min_elementwise (test_torch.TestTorch) ... ok
 test_min_neg_dim (test_torch.TestTorch) ... ok
 test_min_with_inf (test_torch.TestTorch) ... ok
 test_mm (test_torch.TestTorch) ... ok
 test_mode (test_torch.TestTorch) ... ok
 test_mode_neg_dim (test_torch.TestTorch) ... ok
 test_mul (test_torch.TestTorch) ... ok
 test_multinomial (test_torch.TestTorch) ... ok
 test_multinomial_invalid_probs (test_torch.TestTorch) ... ok
 test_multiplication_numpy_scalar (test_torch.TestTorch) ... ok
 test_mv (test_torch.TestTorch) ... ok
 test_mvlgamma (test_torch.TestTorch) ... ok
 test_mvlgamma_argcheck (test_torch.TestTorch) ... ok
 test_narrow (test_torch.TestTorch) ... ok
 test_narrow_empty (test_torch.TestTorch) ... ok
 test_narrow_neg_dim (test_torch.TestTorch) ... ok
 test_neg (test_torch.TestTorch) ... ok
 test_new (test_torch.TestTorch) ... ok
 test_new_tensor (test_torch.TestTorch) ... /root/pytorch/test/test_torch.py:2540: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than tensor.new_tensor(sourceTensor).
  res2 = expected.new_tensor(expected)
 /root/pytorch/test/test_torch.py:2544: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than tensor.new_tensor(sourceTensor).
  res2 = expected.new_tensor(expected, dtype=torch.int)
 ok
 test_newaxis_numpy_comparison (test_torch.TestTorch) ... ok
 test_newindex (test_torch.TestTorch) ... ok
 test_nonzero (test_torch.TestTorch) ... ok
 test_nonzero_empty (test_torch.TestTorch) ... ok
 test_norm (test_torch.TestTorch) ... ok
 test_norm_cuda (test_torch.TestTorch) ... skipped "test doesn't currently work on the ROCm stack"
 test_norm_fastpaths (test_torch.TestTorch) ... ok
 test_norm_neg_dim (test_torch.TestTorch) ... ok
 test_normal (test_torch.TestTorch) ... ok
 test_numel (test_torch.TestTorch) ... ok
 test_numpy_array_interface (test_torch.TestTorch) ... ok
 test_numpy_index (test_torch.TestTorch) ... ok
 test_numpy_unresizable (test_torch.TestTorch) ... ok
 test_offset_scalar_cast (test_torch.TestTorch) ... ok
 test_ones (test_torch.TestTorch) ... ok
 test_ones_like (test_torch.TestTorch) ... ok
 test_ones_like_cuda (test_torch.TestTorch) ... ok
 test_ones_like_multiple_device (test_torch.TestTorch) ... skipped 'only one GPU detected'
 test_ormqr (test_torch.TestTorch) ... ok
 test_pairwise_distance_empty (test_torch.TestTorch) ... skipped "test doesn't currently work on the ROCm stack"
 test_parsing_double (test_torch.TestTorch) ... ok
 test_parsing_int64 (test_torch.TestTorch) ... ok
 test_parsing_intlist (test_torch.TestTorch) ... ok
 test_pdist_empty (test_torch.TestTorch) ... ok
 test_pdist_scipy (test_torch.TestTorch) ... ok
 test_permute (test_torch.TestTorch) ... ok
 test_pickle (test_torch.TestTorch) ... ok
 test_pickle_parameter (test_torch.TestTorch) ... ok
 test_pickle_parameter_no_requires_grad (test_torch.TestTorch) ... ok
 test_pin_memory (test_torch.TestTorch) ... skipped "test doesn't currently work on the ROCm stack"
 test_pinverse (test_torch.TestTorch) ... ok
 test_polygamma (test_torch.TestTorch) ... ok
 test_potri (test_torch.TestTorch) ... ok
 test_potrs (test_torch.TestTorch) ... ok
 test_pow (test_torch.TestTorch) ... ok
 test_print (test_torch.TestTorch) ... ok
 test_prod (test_torch.TestTorch) ... ok
 test_prod_integer_upcast (test_torch.TestTorch) ... ok
 test_prod_neg_dim (test_torch.TestTorch) ... ok
 test_pstrf (test_torch.TestTorch) ... ok
 test_put_ (test_torch.TestTorch) ... ok
 test_put_accumulate (test_torch.TestTorch) ... ok
 test_put_empty (test_torch.TestTorch) ... ok
 test_qr (test_torch.TestTorch) ... ok
 test_rand (test_torch.TestTorch) ... ok
 test_randint (test_torch.TestTorch) ... ok
 test_randint_inference (test_torch.TestTorch) ... ok
 test_randn (test_torch.TestTorch) ... ok
 test_random (test_torch.TestTorch) ... ok
 test_random_neg_values (test_torch.TestTorch) ... ok
 test_randperm (test_torch.TestTorch) ... ok
 test_range (test_torch.TestTorch) ... ok
 test_range_warning (test_torch.TestTorch) ... ok
 test_rdiv (test_torch.TestTorch) ... ok
 test_reciprocal (test_torch.TestTorch) ... ok
 test_reduction_empty (test_torch.TestTorch) ... ok
 test_remainder (test_torch.TestTorch) ... ok
 test_remainder_overflow (test_torch.TestTorch) ... ok
 test_renorm (test_torch.TestTorch) ... ok
 test_renorm_neg_dim (test_torch.TestTorch) ... ok
 test_renorm_ps (test_torch.TestTorch) ... ok
 test_renorm_ps_cuda (test_torch.TestTorch) ... ok
 test_repeat (test_torch.TestTorch) ... ok
 test_repeat_tile (test_torch.TestTorch) ... ok
 test_reshape (test_torch.TestTorch) ... ok
 test_reversed (test_torch.TestTorch) ... ok
 test_rot90 (test_torch.TestTorch) ... ok
 test_round (test_torch.TestTorch) ... ok
 test_rpow (test_torch.TestTorch) ... ok
 test_rsqrt (test_torch.TestTorch) ... ok
 test_scalars_as_floats (test_torch.TestTorch)
 zero-dim variables that don't require grad should bind to scalar arguments ... ok
 test_scatter (test_torch.TestTorch) ... ok
 test_scatterAdd (test_torch.TestTorch) ... ok
 test_scatterFill (test_torch.TestTorch) ... ok
 test_scatter_neg_dim (test_torch.TestTorch) ... ok
 test_select_neg_dim (test_torch.TestTorch) ... ok
 test_serialization (test_torch.TestTorch) ... ok
 test_serialization_backwards_compat (test_torch.TestTorch) ... ok
 test_serialization_container (test_torch.TestTorch) ... ok
 test_serialization_container_filelike (test_torch.TestTorch) ... ok
 test_serialization_cuda (test_torch.TestTorch) ... ok
 test_serialization_cuda_filelike (test_torch.TestTorch) ... ok
 test_serialization_filelike (test_torch.TestTorch) ... ok
 test_serialization_filelike_api_requirements (test_torch.TestTorch) ... ok
 test_serialization_filelike_missing_attrs (test_torch.TestTorch) ... ok
 test_serialization_filelike_stress (test_torch.TestTorch) ... ok
 test_serialization_filelike_uses_readinto (test_torch.TestTorch) ... ok
 test_serialization_gzip (test_torch.TestTorch) ... ok
 test_serialization_map_location (test_torch.TestTorch) ... ok
 test_serialization_offset (test_torch.TestTorch) ... ok
 test_serialization_offset_filelike (test_torch.TestTorch) ... ok
 test_serialization_offset_gzip (test_torch.TestTorch) ... ok
 test_serialization_storage_slice (test_torch.TestTorch) ... ok
 test_serialize_device (test_torch.TestTorch) ... ok
 test_set_flush_denormal (test_torch.TestTorch) ... skipped 'flush_denormal not supported'
 test_sigmoid (test_torch.TestTorch) ... ok
 test_signal_window_functions (test_torch.TestTorch) ... ok
 test_simple_scalar_cast (test_torch.TestTorch) ... ok
 test_sin (test_torch.TestTorch) ... ok
 test_sinh (test_torch.TestTorch) ... ok
 test_size_neg_dim (test_torch.TestTorch) ... ok
 test_sizeof (test_torch.TestTorch) ... ok
 test_slice (test_torch.TestTorch) ... ok
 test_sort (test_torch.TestTorch) ... ok
 test_sort_neg_dim (test_torch.TestTorch) ... ok
 test_split (test_torch.TestTorch) ... ok
 test_split_neg_dim (test_torch.TestTorch) ... ok
 test_sqrt (test_torch.TestTorch) ... ok
 test_squeeze_neg_dim (test_torch.TestTorch) ... ok
 test_stack (test_torch.TestTorch) ... ok
 test_stack_out (test_torch.TestTorch) ... ok
 test_std_neg_dim (test_torch.TestTorch) ... ok
 test_stft (test_torch.TestTorch) ... skipped 'librosa not found'
 test_storage (test_torch.TestTorch) ... ok
 test_sum_all (test_torch.TestTorch) ... ok
 test_sum_dim (test_torch.TestTorch) ... ok
 test_sum_integer_upcast (test_torch.TestTorch) ... ok
 test_sum_neg_dim (test_torch.TestTorch) ... ok
 test_sum_out (test_torch.TestTorch) ... ok
 test_svd (test_torch.TestTorch) ... ok
 test_svd_no_singularvectors (test_torch.TestTorch) ... ok
 test_symeig (test_torch.TestTorch) ... ok
 test_t_not_2d_error (test_torch.TestTorch) ... ok
 test_take (test_torch.TestTorch) ... ok
 test_take_empty (test_torch.TestTorch) ... ok
 test_tan (test_torch.TestTorch) ... ok
 test_tanh (test_torch.TestTorch) ... ok
 test_tensor_device (test_torch.TestTorch) ... /root/pytorch/test/test_torch.py:2180: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than torch.tensor(sourceTensor).
  assertEqual('cpu', lambda: torch.tensor(torch.ones((2, 3), dtype=torch.float32), device='cpu:0'))
 /root/pytorch/test/test_torch.py:2193: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than torch.tensor(sourceTensor).
  assertEqual('cuda:0', lambda: torch.tensor(torch.ones((2, 3), dtype=torch.float32), device='cuda:0'))
 ok
 test_tensor_factories_empty (test_torch.TestTorch) ... skipped "test doesn't currently work on the ROCm stack"
 test_tensor_factory (test_torch.TestTorch) ... /root/pytorch/test/test_torch.py:2395: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than torch.tensor(sourceTensor).
  res2 = torch.tensor(expected)
 /root/pytorch/test/test_torch.py:2400: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than torch.tensor(sourceTensor).
  res2 = torch.tensor(expected, dtype=torch.int)
 ok
 test_tensor_factory_copy_var (test_torch.TestTorch) ... /root/pytorch/test/test_torch.py:2424: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than torch.tensor(sourceTensor).
  check_copy(torch.tensor(source), True, False)
 /root/pytorch/test/test_torch.py:2425: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than torch.tensor(sourceTensor).
  check_copy(torch.tensor(source, requires_grad=False), True, False)
 /root/pytorch/test/test_torch.py:2426: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than torch.tensor(sourceTensor).
  check_copy(torch.tensor(source, requires_grad=True), True, True)
 /root/pytorch/test/test_torch.py:2430: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than tensor.new_tensor(sourceTensor).
  check_copy(copy.new_tensor(source), True, False)
 /root/pytorch/test/test_torch.py:2431: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than tensor.new_tensor(sourceTensor).
  check_copy(copy.new_tensor(source, requires_grad=False), True, False)
 /root/pytorch/test/test_torch.py:2432: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than tensor.new_tensor(sourceTensor).
  check_copy(copy.new_tensor(source, requires_grad=True), True, True)
 ok
 test_tensor_factory_cuda_type (test_torch.TestTorch) ... ok
 test_tensor_factory_cuda_type_inference (test_torch.TestTorch) ... ok
 test_tensor_factory_type_inference (test_torch.TestTorch) ... ok
 test_tensor_from_sequence (test_torch.TestTorch) ... ok
 test_tensor_set (test_torch.TestTorch) ... ok
 test_tensor_shape_empty (test_torch.TestTorch) ... skipped "test doesn't currently work on the ROCm stack"
 test_tensordot (test_torch.TestTorch) ... ok
 test_to (test_torch.TestTorch) ... ok
 test_toNumpy (test_torch.TestTorch) ... ok
 test_to_with_tensor (test_torch.TestTorch) ... ok
 test_tolist (test_torch.TestTorch) ... ok
 test_topk (test_torch.TestTorch) ... ok
 test_topk_arguments (test_torch.TestTorch) ... ok
 test_topk_neg_dim (test_torch.TestTorch) ... ok
 test_topk_noncontiguous_gpu (test_torch.TestTorch) ... ok
 test_transpose_neg_dim (test_torch.TestTorch) ... ok
 test_tril (test_torch.TestTorch) ... ok
 test_triu (test_torch.TestTorch) ... ok
 test_trtrs (test_torch.TestTorch) ... ok
 test_trunc (test_torch.TestTorch) ... ok
 test_type (test_torch.TestTorch) ... ok
 test_unbiased (test_torch.TestTorch) ... ok
 test_unbind (test_torch.TestTorch) ... ok
 test_unbind_neg_dim (test_torch.TestTorch) ... ok
 test_unfold_neg_dim (test_torch.TestTorch) ... ok
 test_unique (test_torch.TestTorch) ... ok
 test_unique_dim (test_torch.TestTorch) ... ok
 test_unsqueeze (test_torch.TestTorch) ... ok
 test_unsqueeze_neg_dim (test_torch.TestTorch) ... ok
 test_var_neg_dim (test_torch.TestTorch) ... ok
 test_var_stability (test_torch.TestTorch) ... ok
 test_view (test_torch.TestTorch) ... ok
 test_view_empty (test_torch.TestTorch) ... ok
 test_xcorr3_xcorr2_eq (test_torch.TestTorch) ... skipped 'Not implemented yet'
 test_xcorr3_xcorr2_eq_full (test_torch.TestTorch) ... skipped 'Not implemented yet'
 test_zeros (test_torch.TestTorch) ... ok
 test_zeros_like (test_torch.TestTorch) ... ok
 test_zeros_like_cuda (test_torch.TestTorch) ... ok
 test_zeros_like_multiple_device (test_torch.TestTorch) ... skipped 'only one GPU detected'
 test_zeros_out (test_torch.TestTorch) ... ok
 test_Sparse_to_Sparse_copy_ (__main__.TestUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_Sparse_to_Sparse_copy_multi_gpu (__main__.TestUncoalescedSparse) ... skipped 'no multi-GPU'
 test_add_dense_sparse_mismatch (__main__.TestUncoalescedSparse) ... ok
 test_add_zeros (__main__.TestUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_basic (__main__.TestUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_basic_ops (__main__.TestUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_basic_ops_hybrid (__main__.TestUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_clone (__main__.TestUncoalescedSparse) ... ok
 test_coalesce_transpose_mm (__main__.TestUncoalescedSparse) ... ok
 test_constructor_device_legacy (__main__.TestUncoalescedSparse) ... ok
 test_contig (__main__.TestUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_contig_hybrid (__main__.TestUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_ctor_size_checks (__main__.TestUncoalescedSparse) ... ok
 test_cuda_empty (__main__.TestUncoalescedSparse) ... skipped 'Test is GPU-only'
 test_dsmm (__main__.TestUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_dtypes (__main__.TestUncoalescedSparse) ... ok
 test_empty_full (__main__.TestUncoalescedSparse) ... ok
 test_factory (__main__.TestUncoalescedSparse) ... ok
 test_factory_copy (__main__.TestUncoalescedSparse) ... ok
 test_factory_default (__main__.TestUncoalescedSparse) ... ok
 test_factory_dense_dims (__main__.TestUncoalescedSparse) ... ok
 test_factory_device_type_inference (__main__.TestUncoalescedSparse) ... skipped 'Test is GPU-only'
 test_factory_empty_indices (__main__.TestUncoalescedSparse) ... ok
 test_factory_nnz (__main__.TestUncoalescedSparse) ... ok
 test_factory_nnz_zero (__main__.TestUncoalescedSparse) ... ok
 test_factory_size_check (__main__.TestUncoalescedSparse) ... ok
 test_factory_type_inference (__main__.TestUncoalescedSparse) ... ok
 test_hsmm (__main__.TestUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_is_nonzero (__main__.TestUncoalescedSparse) ... ok
 test_is_sparse (__main__.TestUncoalescedSparse) ... ok
 test_log1p (__main__.TestUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_mm (__main__.TestUncoalescedSparse) ... ok
 test_narrow (__main__.TestUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_new (__main__.TestUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_new_device_multi_gpu (__main__.TestUncoalescedSparse) ... skipped 'only one GPU detected'
 test_new_device_single_gpu (__main__.TestUncoalescedSparse) ... skipped 'Test is GPU-only'
 test_norm (__main__.TestUncoalescedSparse) ... ok
 test_print (__main__.TestUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_resize (__main__.TestUncoalescedSparse) ... ok
 test_resize_as (__main__.TestUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_saddmm (__main__.TestUncoalescedSparse) ... ok
 test_same_gpu (__main__.TestUncoalescedSparse) ... skipped 'only one GPU detected'
 test_shared (__main__.TestUncoalescedSparse) ... ok
 test_spadd (__main__.TestUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_spadd_hybrid (__main__.TestUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_sparse_add_coalesce (__main__.TestUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_sparse_mask (__main__.TestUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_sparse_mask_hybrid (__main__.TestUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_storage_not_null (__main__.TestUncoalescedSparse) ... skipped 'Test is GPU-only'
 test_t_empty (__main__.TestUncoalescedSparse) ... ok
 test_to_dense (__main__.TestUncoalescedSparse) ... ok
 test_to_dense_hybrid (__main__.TestUncoalescedSparse) ... ok
 test_transpose (__main__.TestUncoalescedSparse) ... skipped "test doesn't currently work on the ROCm stack"
 test_zeros (__main__.TestUncoalescedSparse) ... ok
 test_zeros_like (__main__.TestUncoalescedSparse) ... ok

 ----------------------------------------------------------------------
 Ran 614 tests in 49.845s

 OK (skipped=140)
 Running test_torch ...
 test_RNGState (__main__.TestTorch) ... ok
 test_RNGStateAliasing (__main__.TestTorch) ... ok
 test_RNG_after_pickle (__main__.TestTorch) ... ok
 test_Size (__main__.TestTorch) ... ok
 test_Size_iter (__main__.TestTorch) ... ok
 test_Size_scalar (__main__.TestTorch) ... ok
 test_abs (__main__.TestTorch) ... ok
 test_accreal_type (__main__.TestTorch) ... ok
 test_acos (__main__.TestTorch) ... ok
 test_add (__main__.TestTorch) ... ok
 test_addbmm (__main__.TestTorch) ... ok
 test_addmm (__main__.TestTorch) ... ok
 test_addmv (__main__.TestTorch) ... ok
 test_addr (__main__.TestTorch) ... ok
 test_advancedindex (__main__.TestTorch) ... ok
 test_advancedindex_big (__main__.TestTorch) ... ok
 test_all_any (__main__.TestTorch) ... ok
 test_all_any_empty (__main__.TestTorch) ... ok
 test_all_any_empty_cuda (__main__.TestTorch) ... ok
 test_all_any_with_dim (__main__.TestTorch) ... ok
 test_allclose (__main__.TestTorch) ... ok
 test_apply (__main__.TestTorch) ... ok
 test_arange (__main__.TestTorch) ... ok
 test_arange_inference (__main__.TestTorch) ... ok
 test_as_tensor (__main__.TestTorch) ... ok
 test_asin (__main__.TestTorch) ... ok
 test_assertEqual (__main__.TestTorch) ... ok
 test_atan (__main__.TestTorch) ... ok
 test_baddbmm (__main__.TestTorch) ... ok
 test_bernoulli (__main__.TestTorch) ... ok
 test_big_transpose (__main__.TestTorch) ... ok
 test_bincount_cpu (__main__.TestTorch) ... ok
 test_bitwise_ops (__main__.TestTorch) ... ok
 test_blas_alpha_beta_empty (__main__.TestTorch) ... skipped "test doesn't currently work on the ROCm stack"
 test_blas_empty (__main__.TestTorch) ... skipped "test doesn't currently work on the ROCm stack"
 test_bmm (__main__.TestTorch) ... ok
 test_boxMullerState (__main__.TestTorch) ... ok
 test_broadcast (__main__.TestTorch) ... ok
 test_broadcast_batched_matmul (__main__.TestTorch) ... ok
 test_broadcast_empty (__main__.TestTorch) ... ok
 test_broadcast_fused_matmul (__main__.TestTorch) ... ok
 test_broadcast_tensors (__main__.TestTorch) ... ok
 test_btrifact (__main__.TestTorch) ... ok
 test_btrisolve (__main__.TestTorch) ... ok
 test_cast_binary_op (__main__.TestTorch) ... ok
 test_cat (__main__.TestTorch) ... ok
 test_cat_bad_input_sizes (__main__.TestTorch) ... ok
 test_cat_empty (__main__.TestTorch) ... ok
 test_cat_empty_legacy (__main__.TestTorch) ... ok
 test_cat_neg_dim (__main__.TestTorch) ... ok
 test_cat_scalars (__main__.TestTorch) ... ok
 test_cdiv (__main__.TestTorch) ... ok
 test_ceil (__main__.TestTorch) ... ok
 test_ceil_out_cpu_cuda (__main__.TestTorch) ... ok
 test_cfmod (__main__.TestTorch) ... ok
 test_chain_matmul (__main__.TestTorch) ... skipped "test doesn't currently work on the ROCm stack"
 test_cholesky (__main__.TestTorch) ... ok
 test_chunk (__main__.TestTorch) ... ok
 test_chunk_neg_dim (__main__.TestTorch) ... ok
 test_clamp (__main__.TestTorch) ... ok
 test_cmul (__main__.TestTorch) ... ok
 test_comparison_ops (__main__.TestTorch) ... ok
 test_constructor_device_legacy (__main__.TestTorch) ... ok
 test_constructor_dtypes (__main__.TestTorch) ... ok
 test_contiguous (__main__.TestTorch) ... ok
 test_conv2 (__main__.TestTorch) ... skipped 'Not implemented yet'
 test_conv3 (__main__.TestTorch) ... skipped 'Not implemented yet'
 test_conv3_conv2_eq_valid (__main__.TestTorch) ... skipped 'Not implemented yet'
 test_copy (__main__.TestTorch) ... ok
 test_copy_broadcast (__main__.TestTorch) ... ok
 test_copy_dtypes (__main__.TestTorch) ... ok
 test_cos (__main__.TestTorch) ... ok
 test_cosh (__main__.TestTorch) ... ok
 test_cpow (__main__.TestTorch) ... ok
 test_cpu_parallel (__main__.TestTorch) ... ok
 test_cremainder (__main__.TestTorch) ... ok
 test_cross (__main__.TestTorch) ... ok
 test_csub (__main__.TestTorch) ... ok
 test_ctor_with_numpy_array (__main__.TestTorch) ... ok
 test_ctor_with_numpy_scalar_ctor (__main__.TestTorch) ... ok
 test_cuda_not_built (__main__.TestTorch) ... skipped "CUDA is available, can't test CUDA not built error"
 test_cumprod (__main__.TestTorch) ... ok
 test_cumprod_integer_upcast (__main__.TestTorch) ... ok
 test_cumprod_neg_dim (__main__.TestTorch) ... ok
 test_cumsum (__main__.TestTorch) ... ok
 test_cumsum_integer_upcast (__main__.TestTorch) ... ok
 test_cumsum_neg_dim (__main__.TestTorch) ... ok
 test_deepcopy (__main__.TestTorch) ... ok
 test_deepcopy_scalar (__main__.TestTorch) ... ok
 test_det_logdet_slogdet (__main__.TestTorch) ... ok
 test_device (__main__.TestTorch) ... ok
 test_diag (__main__.TestTorch) ... ok
 test_diagflat (__main__.TestTorch) ... ok
 test_diagonal (__main__.TestTorch) ... ok
 test_diagonal_multidim (__main__.TestTorch) ... ok
 test_digamma (__main__.TestTorch) ... ok
 test_dim_function_empty (__main__.TestTorch) ... skipped "test doesn't currently work on the ROCm stack"
 test_dim_reduction (__main__.TestTorch) ... ok
 test_dim_reduction_uint8_overflow (__main__.TestTorch) ... ok
 test_dir (__main__.TestTorch) ... ok
 test_div (__main__.TestTorch) ... ok
 test_dlpack_conversion (__main__.TestTorch) ... ok
 test_dlpack_cuda (__main__.TestTorch) ... ok
 test_doc (__main__.TestTorch) ... ok
 test_dot (__main__.TestTorch) ... ok
 test_dtype_out_match (__main__.TestTorch) ... ok
 test_dtypes (__main__.TestTorch) ... ok
 test_eig (__main__.TestTorch) ... ok
 test_einsum (__main__.TestTorch) ... ok
 test_element_size (__main__.TestTorch) ... ok
 test_empty_full (__main__.TestTorch) ... ok
 test_empty_like (__main__.TestTorch) ... ok
 test_empty_reshape (__main__.TestTorch) ... ok
 test_empty_tensor_props (__main__.TestTorch) ... ok
 test_equal (__main__.TestTorch) ... ok
 test_erf (__main__.TestTorch) ... ok
 test_erfc (__main__.TestTorch) ... ok
 test_erfinv (__main__.TestTorch) ... ok
 test_error_msg_type_translation (__main__.TestTorch) ... ok
 test_exp (__main__.TestTorch) ... ok
 test_expand (__main__.TestTorch) ... ok
 test_expm1 (__main__.TestTorch) ... ok
 test_eye (__main__.TestTorch) ... ok
 test_fconv3_fconv2_eq (__main__.TestTorch) ... skipped 'Not implemented yet'
 test_fft_ifft_rfft_irfft (__main__.TestTorch) ... skipped 'PyTorch is built without MKL support'
 test_flatten (__main__.TestTorch) ... ok
 test_flip (__main__.TestTorch) ... ok
 test_floor (__main__.TestTorch) ... ok
 test_floordiv (__main__.TestTorch) ... ok
 test_fmod (__main__.TestTorch) ... ok
 test_frac (__main__.TestTorch) ... ok
 test_from_buffer (__main__.TestTorch) ... ok
 test_from_file (__main__.TestTorch) ... ok
 test_from_numpy (__main__.TestTorch) ... ok
 test_gather (__main__.TestTorch) ... ok
 test_gather_neg_dim (__main__.TestTorch) ... ok
 test_gels (__main__.TestTorch) ... ok
 test_ger (__main__.TestTorch) ... ok
 test_gesv (__main__.TestTorch) ... ok
 test_gesv_batched (__main__.TestTorch) ... ok
 test_gesv_batched_dims (__main__.TestTorch) ... ok
 test_half_tensor (__main__.TestTorch) ... ok
 test_half_tensor_cuda (__main__.TestTorch) ... ok
 test_hardshrink (__main__.TestTorch) ... ok
 test_has_storage (__main__.TestTorch) ... ok
 test_has_storage_numpy (__main__.TestTorch) ... ok
 test_histc (__main__.TestTorch) ... ok
 test_index (__main__.TestTorch) ... ok
 test_index_add (__main__.TestTorch) ... ok
 test_index_add_neg_dim (__main__.TestTorch) ... ok
 test_index_copy (__main__.TestTorch) ... ok
 test_index_copy_neg_dim (__main__.TestTorch) ... ok
 test_index_fill_neg_dim (__main__.TestTorch) ... ok
 test_index_select (__main__.TestTorch) ... ok
 test_index_select_neg_dim (__main__.TestTorch) ... ok
 test_inplace_division (__main__.TestTorch) ... ok
 test_int_pow (__main__.TestTorch) ... ok
 test_inverse (__main__.TestTorch) ... ok
 test_invert (__main__.TestTorch) ... ok
 test_is_nonzero (__main__.TestTorch) ... ok
 test_is_same_size (__main__.TestTorch) ... ok
 test_is_set_to (__main__.TestTorch) ... ok
 test_is_signed (__main__.TestTorch) ... ok
 test_is_signed_cuda (__main__.TestTorch) ... ok
 test_isfinite (__main__.TestTorch) ... ok
 test_isfinite_int (__main__.TestTorch) ... ok
 test_isinf (__main__.TestTorch) ... ok
 test_isnan (__main__.TestTorch) ... ok
 test_iter (__main__.TestTorch) ... ok
 test_kthvalue (__main__.TestTorch) ... ok
 test_kthvalue_neg_dim (__main__.TestTorch) ... ok
 test_lapack_empty (__main__.TestTorch) ... ok
 test_lerp (__main__.TestTorch) ... ok
 test_lgamma (__main__.TestTorch) ... ok
 test_linear_algebra_scalar_raises (__main__.TestTorch) ... ok
 test_linspace (__main__.TestTorch) ... ok
 test_load_error_msg (__main__.TestTorch) ... ok
 test_load_nonexistent_device (__main__.TestTorch) ... skipped 'Testing torch.load on CPU-only machine'
 test_log (__main__.TestTorch) ... ok
 test_log10 (__main__.TestTorch) ... ok
 test_log1p (__main__.TestTorch) ... ok
 test_log2 (__main__.TestTorch) ... ok
 test_logical (__main__.TestTorch) ... ok
 test_logspace (__main__.TestTorch) ... ok
 test_logsumexp (__main__.TestTorch) ... ok
 test_manual_seed (__main__.TestTorch) ... ok
 test_map (__main__.TestTorch) ... ok
 test_map2 (__main__.TestTorch) ... ok
 test_masked_fill (__main__.TestTorch) ... ok
 test_masked_scatter (__main__.TestTorch) ... ok
 test_masked_select (__main__.TestTorch) ... ok
 test_matrix_power (__main__.TestTorch) ... ok
 test_matrix_rank (__main__.TestTorch) ... ok
 test_max (__main__.TestTorch) ... ok
 test_max_elementwise (__main__.TestTorch) ... ok
 test_max_neg_dim (__main__.TestTorch) ... ok
 test_max_with_inf (__main__.TestTorch) ... ok
 test_mean_neg_dim (__main__.TestTorch) ... ok
 test_median (__main__.TestTorch) ... ok
 test_median_neg_dim (__main__.TestTorch) ... ok
 test_meshgrid (__main__.TestTorch) ... ok
 test_min (__main__.TestTorch) ... ok
 test_min_elementwise (__main__.TestTorch) ... ok
 test_min_neg_dim (__main__.TestTorch) ... ok
 test_min_with_inf (__main__.TestTorch) ... ok
 test_mm (__main__.TestTorch) ... ok
 test_mode (__main__.TestTorch) ... ok
 test_mode_neg_dim (__main__.TestTorch) ... ok
 test_mul (__main__.TestTorch) ... ok
 test_multinomial (__main__.TestTorch) ... ok
 test_multinomial_invalid_probs (__main__.TestTorch) ... ok
 test_multiplication_numpy_scalar (__main__.TestTorch) ... ok
 test_mv (__main__.TestTorch) ... ok
 test_mvlgamma (__main__.TestTorch) ... ok
 test_mvlgamma_argcheck (__main__.TestTorch) ... ok
 test_narrow (__main__.TestTorch) ... ok
 test_narrow_empty (__main__.TestTorch) ... ok
 test_narrow_neg_dim (__main__.TestTorch) ... ok
 test_neg (__main__.TestTorch) ... ok
 test_new (__main__.TestTorch) ... ok
 test_new_tensor (__main__.TestTorch) ... test_torch.py:2540: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than tensor.new_tensor(sourceTensor).
  res2 = expected.new_tensor(expected)
 test_torch.py:2544: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than tensor.new_tensor(sourceTensor).
  res2 = expected.new_tensor(expected, dtype=torch.int)
 ok
 test_newaxis_numpy_comparison (__main__.TestTorch) ... ok
 test_newindex (__main__.TestTorch) ... ok
 test_nonzero (__main__.TestTorch) ... ok
 test_nonzero_empty (__main__.TestTorch) ... ok
 test_norm (__main__.TestTorch) ... ok
 test_norm_cuda (__main__.TestTorch) ... skipped "test doesn't currently work on the ROCm stack"
 test_norm_fastpaths (__main__.TestTorch) ... ok
 test_norm_neg_dim (__main__.TestTorch) ... ok
 test_normal (__main__.TestTorch) ... ok
 test_numel (__main__.TestTorch) ... ok
 test_numpy_array_interface (__main__.TestTorch) ... ok
 test_numpy_index (__main__.TestTorch) ... ok
 test_numpy_unresizable (__main__.TestTorch) ... ok
 test_offset_scalar_cast (__main__.TestTorch) ... ok
 test_ones (__main__.TestTorch) ... ok
 test_ones_like (__main__.TestTorch) ... ok
 test_ones_like_cuda (__main__.TestTorch) ... ok
 test_ones_like_multiple_device (__main__.TestTorch) ... skipped 'only one GPU detected'
 test_ormqr (__main__.TestTorch) ... ok
 test_pairwise_distance_empty (__main__.TestTorch) ... skipped "test doesn't currently work on the ROCm stack"
 test_parsing_double (__main__.TestTorch) ... ok
 test_parsing_int64 (__main__.TestTorch) ... ok
 test_parsing_intlist (__main__.TestTorch) ... ok
 test_pdist_empty (__main__.TestTorch) ... ok
 test_pdist_scipy (__main__.TestTorch) ... ok
 test_permute (__main__.TestTorch) ... ok
 test_pickle (__main__.TestTorch) ... ok
 test_pickle_parameter (__main__.TestTorch) ... ok
 test_pickle_parameter_no_requires_grad (__main__.TestTorch) ... ok
 test_pin_memory (__main__.TestTorch) ... skipped "test doesn't currently work on the ROCm stack"
 test_pinverse (__main__.TestTorch) ... ok
 test_polygamma (__main__.TestTorch) ... ok
 test_potri (__main__.TestTorch) ... ok
 test_potrs (__main__.TestTorch) ... ok
 test_pow (__main__.TestTorch) ... ok
 test_print (__main__.TestTorch) ... ok
 test_prod (__main__.TestTorch) ... ok
 test_prod_integer_upcast (__main__.TestTorch) ... ok
 test_prod_neg_dim (__main__.TestTorch) ... ok
 test_pstrf (__main__.TestTorch) ... ok
 test_put_ (__main__.TestTorch) ... ok
 test_put_accumulate (__main__.TestTorch) ... ok
 test_put_empty (__main__.TestTorch) ... ok
 test_qr (__main__.TestTorch) ... ok
 test_rand (__main__.TestTorch) ... ok
 test_randint (__main__.TestTorch) ... ok
 test_randint_inference (__main__.TestTorch) ... ok
 test_randn (__main__.TestTorch) ... ok
 test_random (__main__.TestTorch) ... ok
 test_random_neg_values (__main__.TestTorch) ... ok
 test_randperm (__main__.TestTorch) ... ok
 test_range (__main__.TestTorch) ... ok
 test_range_warning (__main__.TestTorch) ... ok
 test_rdiv (__main__.TestTorch) ... ok
 test_reciprocal (__main__.TestTorch) ... ok
 test_reduction_empty (__main__.TestTorch) ... ok
 test_remainder (__main__.TestTorch) ... ok
 test_remainder_overflow (__main__.TestTorch) ... ok
 test_renorm (__main__.TestTorch) ... ok
 test_renorm_neg_dim (__main__.TestTorch) ... ok
 test_renorm_ps (__main__.TestTorch) ... ok
 test_renorm_ps_cuda (__main__.TestTorch) ... ok
 test_repeat (__main__.TestTorch) ... ok
 test_repeat_tile (__main__.TestTorch) ... ok
 test_reshape (__main__.TestTorch) ... ok
 test_reversed (__main__.TestTorch) ... ok
 test_rot90 (__main__.TestTorch) ... ok
 test_round (__main__.TestTorch) ... ok
 test_rpow (__main__.TestTorch) ... ok
 test_rsqrt (__main__.TestTorch) ... ok
 test_scalars_as_floats (__main__.TestTorch)
 zero-dim variables that don't require grad should bind to scalar arguments ... ok
 test_scatter (__main__.TestTorch) ... ok
 test_scatterAdd (__main__.TestTorch) ... ok
 test_scatterFill (__main__.TestTorch) ... ok
 test_scatter_neg_dim (__main__.TestTorch) ... ok
 test_select_neg_dim (__main__.TestTorch) ... ok
 test_serialization (__main__.TestTorch) ... ok
 test_serialization_backwards_compat (__main__.TestTorch) ... ok
 test_serialization_container (__main__.TestTorch) ... ok
 test_serialization_container_filelike (__main__.TestTorch) ... ok
 test_serialization_cuda (__main__.TestTorch) ... ok
 test_serialization_cuda_filelike (__main__.TestTorch) ... ok
 test_serialization_filelike (__main__.TestTorch) ... ok
 test_serialization_filelike_api_requirements (__main__.TestTorch) ... ok
 test_serialization_filelike_missing_attrs (__main__.TestTorch) ... ok
 test_serialization_filelike_stress (__main__.TestTorch) ... ok
 test_serialization_filelike_uses_readinto (__main__.TestTorch) ... ok
 test_serialization_gzip (__main__.TestTorch) ... ok
 test_serialization_map_location (__main__.TestTorch) ... ok
 test_serialization_offset (__main__.TestTorch) ... ok
 test_serialization_offset_filelike (__main__.TestTorch) ... ok
 test_serialization_offset_gzip (__main__.TestTorch) ... ok
 test_serialization_storage_slice (__main__.TestTorch) ... ok
 test_serialize_device (__main__.TestTorch) ... ok
 test_set_flush_denormal (__main__.TestTorch) ... skipped 'flush_denormal not supported'
 test_sigmoid (__main__.TestTorch) ... ok
 test_signal_window_functions (__main__.TestTorch) ... ok
 test_simple_scalar_cast (__main__.TestTorch) ... ok
 test_sin (__main__.TestTorch) ... ok
 test_sinh (__main__.TestTorch) ... ok
 test_size_neg_dim (__main__.TestTorch) ... ok
 test_sizeof (__main__.TestTorch) ... ok
 test_slice (__main__.TestTorch) ... ok
 test_sort (__main__.TestTorch) ... ok
 test_sort_neg_dim (__main__.TestTorch) ... ok
 test_split (__main__.TestTorch) ... ok
 test_split_neg_dim (__main__.TestTorch) ... ok
 test_sqrt (__main__.TestTorch) ... ok
 test_squeeze_neg_dim (__main__.TestTorch) ... ok
 test_stack (__main__.TestTorch) ... ok
 test_stack_out (__main__.TestTorch) ... ok
 test_std_neg_dim (__main__.TestTorch) ... ok
 test_stft (__main__.TestTorch) ... skipped 'librosa not found'
 test_storage (__main__.TestTorch) ... ok
 test_sum_all (__main__.TestTorch) ... ok
 test_sum_dim (__main__.TestTorch) ... ok
 test_sum_integer_upcast (__main__.TestTorch) ... ok
 test_sum_neg_dim (__main__.TestTorch) ... ok
 test_sum_out (__main__.TestTorch) ... ok
 test_svd (__main__.TestTorch) ... ok
 test_svd_no_singularvectors (__main__.TestTorch) ... ok
 test_symeig (__main__.TestTorch) ... ok
 test_t_not_2d_error (__main__.TestTorch) ... ok
 test_take (__main__.TestTorch) ... ok
 test_take_empty (__main__.TestTorch) ... ok
 test_tan (__main__.TestTorch) ... ok
 test_tanh (__main__.TestTorch) ... ok
 test_tensor_device (__main__.TestTorch) ... test_torch.py:2180: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than torch.tensor(sourceTensor).
  assertEqual('cpu', lambda: torch.tensor(torch.ones((2, 3), dtype=torch.float32), device='cpu:0'))
 test_torch.py:2193: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than torch.tensor(sourceTensor).
  assertEqual('cuda:0', lambda: torch.tensor(torch.ones((2, 3), dtype=torch.float32), device='cuda:0'))
 ok
 test_tensor_factories_empty (__main__.TestTorch) ... skipped "test doesn't currently work on the ROCm stack"
 test_tensor_factory (__main__.TestTorch) ... test_torch.py:2395: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than torch.tensor(sourceTensor).
  res2 = torch.tensor(expected)
 test_torch.py:2400: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than torch.tensor(sourceTensor).
  res2 = torch.tensor(expected, dtype=torch.int)
 ok
 test_tensor_factory_copy_var (__main__.TestTorch) ... test_torch.py:2424: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than torch.tensor(sourceTensor).
  check_copy(torch.tensor(source), True, False)
 test_torch.py:2425: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than torch.tensor(sourceTensor).
  check_copy(torch.tensor(source, requires_grad=False), True, False)
 test_torch.py:2426: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than torch.tensor(sourceTensor).
  check_copy(torch.tensor(source, requires_grad=True), True, True)
 test_torch.py:2430: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than tensor.new_tensor(sourceTensor).
  check_copy(copy.new_tensor(source), True, False)
 test_torch.py:2431: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than tensor.new_tensor(sourceTensor).
  check_copy(copy.new_tensor(source, requires_grad=False), True, False)
 test_torch.py:2432: UserWarning: To copy construct from a tensor, it is recommended to use sourceTensor.clone().detach() or sourceTensor.clone().detach().requires_grad_(True), rather than tensor.new_tensor(sourceTensor).
  check_copy(copy.new_tensor(source, requires_grad=True), True, True)
 ok
 test_tensor_factory_cuda_type (__main__.TestTorch) ... ok
 test_tensor_factory_cuda_type_inference (__main__.TestTorch) ... ok
 test_tensor_factory_type_inference (__main__.TestTorch) ... ok
 test_tensor_from_sequence (__main__.TestTorch) ... ok
 test_tensor_set (__main__.TestTorch) ... ok
 test_tensor_shape_empty (__main__.TestTorch) ... skipped "test doesn't currently work on the ROCm stack"
 test_tensordot (__main__.TestTorch) ... ok
 test_to (__main__.TestTorch) ... ok
 test_toNumpy (__main__.TestTorch) ... ok
 test_to_with_tensor (__main__.TestTorch) ... ok
 test_tolist (__main__.TestTorch) ... ok
 test_topk (__main__.TestTorch) ... ok
 test_topk_arguments (__main__.TestTorch) ... ok
 test_topk_neg_dim (__main__.TestTorch) ... ok
 test_topk_noncontiguous_gpu (__main__.TestTorch) ... ok
 test_transpose_neg_dim (__main__.TestTorch) ... ok
 test_tril (__main__.TestTorch) ... ok
 test_triu (__main__.TestTorch) ... ok
 test_trtrs (__main__.TestTorch) ... ok
 test_trunc (__main__.TestTorch) ... ok
 test_type (__main__.TestTorch) ... ok
 test_unbiased (__main__.TestTorch) ... ok
 test_unbind (__main__.TestTorch) ... ok
 test_unbind_neg_dim (__main__.TestTorch) ... ok
 test_unfold_neg_dim (__main__.TestTorch) ... ok
 test_unique (__main__.TestTorch) ... ok
 test_unique_dim (__main__.TestTorch) ... ok
 test_unsqueeze (__main__.TestTorch) ... ok
 test_unsqueeze_neg_dim (__main__.TestTorch) ... ok
 test_var_neg_dim (__main__.TestTorch) ... ok
 test_var_stability (__main__.TestTorch) ... ok
 test_view (__main__.TestTorch) ... ok
 test_view_empty (__main__.TestTorch) ... ok
 test_xcorr3_xcorr2_eq (__main__.TestTorch) ... skipped 'Not implemented yet'
 test_xcorr3_xcorr2_eq_full (__main__.TestTorch) ... skipped 'Not implemented yet'
 test_zeros (__main__.TestTorch) ... ok
 test_zeros_like (__main__.TestTorch) ... ok
 test_zeros_like_cuda (__main__.TestTorch) ... ok
 test_zeros_like_multiple_device (__main__.TestTorch) ... skipped 'only one GPU detected'
 test_zeros_out (__main__.TestTorch) ... ok

 ----------------------------------------------------------------------
 Ran 392 tests in 57.851s

 OK (skipped=22)
 Running test_type_info ...
 test_finfo (__main__.TestDTypeInfo) ... ok
 test_iinfo (__main__.TestDTypeInfo) ... ok
 test_invalid_input (__main__.TestDTypeInfo) ... ok

 ----------------------------------------------------------------------
 Ran 3 tests in 0.003s

 OK
 Running test_utils ...
 test_bottleneck_cpu_only (__main__.TestBottleneck) ... skipped 'CPU-only test'
 test_bottleneck_cuda (__main__.TestBottleneck) ... skipped "test doesn't currently work on the ROCm stack"
 test_checkpoint (__main__.TestCheckpoint) ... ok
 test_checkpoint_trigger (__main__.TestCheckpoint) ... ok
 test_checkpoint_valid (__main__.TestCheckpoint) ... ok
 test_smoke (__main__.TestCollectEnv) ... ok
 test_multi_drop (__main__.TestDataLoader) ... ok
 test_multi_keep (__main__.TestDataLoader) ... skipped 'FIXME: Intermittent CUDA out-of-memory error on Windows and time-out under ASAN'
 test_random_seed (__main__.TestDataLoader) ... ok
 test_single_drop (__main__.TestDataLoader) ... ok
 test_single_keep (__main__.TestDataLoader) ... ok
 test_deprecated (__main__.TestFFI) ... ok
 test_check_onnx_broadcast (__main__.TestONNXUtils) ... ok
 test_prepare_onnx_paddings (__main__.TestONNXUtils) ... ok

 ----------------------------------------------------------------------
 Ran 14 tests in 1.017s

 OK (skipped=3)