// @generated by torchgen/gen.py from // external_functions_codegen_template.cpp #include #include #include #include namespace torch::jit::tensorexpr { #ifdef C10_MOBILE extern "C" { #endif #ifndef C10_MOBILE static void nnc_aten_abs( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::abs_out(r, self); } catch (...) { } } static void nnc_aten_absolute( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::absolute_out(r, self); } catch (...) { } } static void nnc_aten_angle( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::angle_out(r, self); } catch (...) { } } static void nnc_aten_sgn( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::sgn_out(r, self); } catch (...) { } } static void nnc_aten_acos( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::acos_out(r, self); } catch (...) { } } static void nnc_aten_arccos( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::arccos_out(r, self); } catch (...) { } } static void nnc_aten_acosh( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::acosh_out(r, self); } catch (...) { } } static void nnc_aten_arccosh( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::arccosh_out(r, self); } catch (...) { } } static void nnc_aten_asinh( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::asinh_out(r, self); } catch (...) { } } static void nnc_aten_arcsinh( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::arcsinh_out(r, self); } catch (...) { } } static void nnc_aten_atanh( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::atanh_out(r, self); } catch (...) { } } static void nnc_aten_arctanh( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::arctanh_out(r, self); } catch (...) { } } static void nnc_aten_asin( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::asin_out(r, self); } catch (...) { } } static void nnc_aten_arcsin( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::arcsin_out(r, self); } catch (...) { } } static void nnc_aten_atan( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::atan_out(r, self); } catch (...) { } } static void nnc_aten_arctan( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::arctan_out(r, self); } catch (...) { } } static void nnc_aten_bitwise_not( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::bitwise_not_out(r, self); } catch (...) { } } static void nnc_aten_copysign( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::copysign_out(r, self, other); } catch (...) { } } static void nnc_aten_logical_not( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::logical_not_out(r, self); } catch (...) { } } static void nnc_aten_logical_xor( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::logical_xor_out(r, self, other); } catch (...) { } } static void nnc_aten_logical_and( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::logical_and_out(r, self, other); } catch (...) { } } static void nnc_aten_logical_or( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::logical_or_out(r, self, other); } catch (...) { } } static void nnc_aten_bmm( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& mat2 = tensors[2]; try { at::bmm_out(r, self, mat2); } catch (...) { } } static void nnc_aten_ceil( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::ceil_out(r, self); } catch (...) { } } static void nnc_aten_clamp_max( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& max = tensors[2]; try { at::clamp_max_out(r, self, max); } catch (...) { } } static void nnc_aten_clamp_min( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& min = tensors[2]; try { at::clamp_min_out(r, self, min); } catch (...) { } } static void nnc_aten_complex( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& real = tensors[1]; const at::Tensor& imag = tensors[2]; try { at::complex_out(r, real, imag); } catch (...) { } } static void nnc_aten_polar( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& abs = tensors[1]; const at::Tensor& angle = tensors[2]; try { at::polar_out(r, abs, angle); } catch (...) { } } static void nnc_aten_cos( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::cos_out(r, self); } catch (...) { } } static void nnc_aten_cosh( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::cosh_out(r, self); } catch (...) { } } static void nnc_aten_div( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::div_out(r, self, other); } catch (...) { } } static void nnc_aten_divide( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::divide_out(r, self, other); } catch (...) { } } static void nnc_aten_true_divide( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::true_divide_out(r, self, other); } catch (...) { } } static void nnc_aten_dot( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& tensor = tensors[2]; try { at::dot_out(r, self, tensor); } catch (...) { } } static void nnc_aten_vdot( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::vdot_out(r, self, other); } catch (...) { } } static void nnc_aten_erf( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::erf_out(r, self); } catch (...) { } } static void nnc_aten_erfc( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::erfc_out(r, self); } catch (...) { } } static void nnc_aten_exp( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::exp_out(r, self); } catch (...) { } } static void nnc_aten_exp2( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::exp2_out(r, self); } catch (...) { } } static void nnc_aten_expm1( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::expm1_out(r, self); } catch (...) { } } static void nnc_aten_floor( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::floor_out(r, self); } catch (...) { } } static void nnc_aten_floor_divide( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::floor_divide_out(r, self, other); } catch (...) { } } static void nnc_aten_frac( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::frac_out(r, self); } catch (...) { } } static void nnc_aten_gcd( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::gcd_out(r, self, other); } catch (...) { } } static void nnc_aten_lcm( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::lcm_out(r, self, other); } catch (...) { } } static void nnc_aten_inverse( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::inverse_out(r, self); } catch (...) { } } static void nnc_aten_kron( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::kron_out(r, self, other); } catch (...) { } } static void nnc_aten_ldexp( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::ldexp_out(r, self, other); } catch (...) { } } static void nnc_aten_log( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::log_out(r, self); } catch (...) { } } static void nnc_aten_log10( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::log10_out(r, self); } catch (...) { } } static void nnc_aten_log1p( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::log1p_out(r, self); } catch (...) { } } static void nnc_aten_log2( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::log2_out(r, self); } catch (...) { } } static void nnc_aten_logaddexp( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::logaddexp_out(r, self, other); } catch (...) { } } static void nnc_aten_logaddexp2( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::logaddexp2_out(r, self, other); } catch (...) { } } static void nnc_aten_xlogy( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::xlogy_out(r, self, other); } catch (...) { } } void nnc_aten_matmul( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::matmul_out(r, self, other); } catch (...) { } } static void nnc_aten__compute_linear_combination( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& input = tensors[1]; const at::Tensor& coefficients = tensors[2]; try { at::_compute_linear_combination_out(r, input, coefficients); } catch (...) { } } void nnc_aten_mm( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& mat2 = tensors[2]; try { at::mm_out(r, self, mat2); } catch (...) { } } static void nnc_aten_mul( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::mul_out(r, self, other); } catch (...) { } } static void nnc_aten_multiply( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::multiply_out(r, self, other); } catch (...) { } } void nnc_aten_mv( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& vec = tensors[2]; try { at::mv_out(r, self, vec); } catch (...) { } } static void nnc_aten_rad2deg( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::rad2deg_out(r, self); } catch (...) { } } static void nnc_aten_deg2rad( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::deg2rad_out(r, self); } catch (...) { } } static void nnc_aten_reciprocal( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::reciprocal_out(r, self); } catch (...) { } } static void nnc_aten_neg( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::neg_out(r, self); } catch (...) { } } static void nnc_aten_negative( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::negative_out(r, self); } catch (...) { } } static void nnc_aten_round( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::round_out(r, self); } catch (...) { } } static void nnc_aten_rsqrt( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::rsqrt_out(r, self); } catch (...) { } } static void nnc_aten_silu( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::silu_out(r, self); } catch (...) { } } static void nnc_aten_mish( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::mish_out(r, self); } catch (...) { } } static void nnc_aten_sigmoid( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::sigmoid_out(r, self); } catch (...) { } } static void nnc_aten_sin( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::sin_out(r, self); } catch (...) { } } static void nnc_aten_sinc( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::sinc_out(r, self); } catch (...) { } } static void nnc_aten_sinh( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::sinh_out(r, self); } catch (...) { } } static void nnc_aten_sqrt( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::sqrt_out(r, self); } catch (...) { } } static void nnc_aten_square( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::square_out(r, self); } catch (...) { } } static void nnc_aten_tan( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::tan_out(r, self); } catch (...) { } } static void nnc_aten_tanh( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::tanh_out(r, self); } catch (...) { } } static void nnc_aten_trunc( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::trunc_out(r, self); } catch (...) { } } static void nnc_aten_fix( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::fix_out(r, self); } catch (...) { } } static void nnc_aten_heaviside( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& values = tensors[2]; try { at::heaviside_out(r, self, values); } catch (...) { } } static void nnc_aten_hspmm( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& mat1 = tensors[1]; const at::Tensor& mat2 = tensors[2]; try { at::hspmm_out(r, mat1, mat2); } catch (...) { } } static void nnc_aten_bitwise_and( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::bitwise_and_out(r, self, other); } catch (...) { } } static void nnc_aten_bitwise_or( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::bitwise_or_out(r, self, other); } catch (...) { } } static void nnc_aten_bitwise_xor( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::bitwise_xor_out(r, self, other); } catch (...) { } } static void nnc_aten_ne( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::ne_out(r, self, other); } catch (...) { } } static void nnc_aten_not_equal( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::not_equal_out(r, self, other); } catch (...) { } } static void nnc_aten_eq( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::eq_out(r, self, other); } catch (...) { } } static void nnc_aten_ge( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::ge_out(r, self, other); } catch (...) { } } static void nnc_aten_greater_equal( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::greater_equal_out(r, self, other); } catch (...) { } } static void nnc_aten_le( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::le_out(r, self, other); } catch (...) { } } static void nnc_aten_less_equal( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::less_equal_out(r, self, other); } catch (...) { } } static void nnc_aten_gt( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::gt_out(r, self, other); } catch (...) { } } static void nnc_aten_greater( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::greater_out(r, self, other); } catch (...) { } } static void nnc_aten_lt( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::lt_out(r, self, other); } catch (...) { } } static void nnc_aten_less( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::less_out(r, self, other); } catch (...) { } } static void nnc_aten_take( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& index = tensors[2]; try { at::take_out(r, self, index); } catch (...) { } } static void nnc_aten_masked_select( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& mask = tensors[2]; try { at::masked_select_out(r, self, mask); } catch (...) { } } static void nnc_aten_nonzero( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::nonzero_out(r, self); } catch (...) { } } static void nnc_aten_orgqr( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& input2 = tensors[2]; try { at::orgqr_out(r, self, input2); } catch (...) { } } static void nnc_aten_lu_solve( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& LU_data = tensors[2]; const at::Tensor& LU_pivots = tensors[3]; try { at::lu_solve_out(r, self, LU_data, LU_pivots); } catch (...) { } } static void nnc_aten_lgamma( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::lgamma_out(r, self); } catch (...) { } } static void nnc_aten_digamma( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::digamma_out(r, self); } catch (...) { } } static void nnc_aten_erfinv( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::erfinv_out(r, self); } catch (...) { } } static void nnc_aten_i0( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::i0_out(r, self); } catch (...) { } } static void nnc_aten_sign( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::sign_out(r, self); } catch (...) { } } static void nnc_aten_signbit( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::signbit_out(r, self); } catch (...) { } } static void nnc_aten_atan2( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::atan2_out(r, self, other); } catch (...) { } } static void nnc_aten_lerp( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& end = tensors[2]; const at::Tensor& weight = tensors[3]; try { at::lerp_out(r, self, end, weight); } catch (...) { } } static void nnc_aten_fmod( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::fmod_out(r, self, other); } catch (...) { } } static void nnc_aten_hypot( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::hypot_out(r, self, other); } catch (...) { } } static void nnc_aten_igamma( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::igamma_out(r, self, other); } catch (...) { } } static void nnc_aten_igammac( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::igammac_out(r, self, other); } catch (...) { } } static void nnc_aten_nextafter( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::nextafter_out(r, self, other); } catch (...) { } } static void nnc_aten_remainder( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::remainder_out(r, self, other); } catch (...) { } } static void nnc_aten_fmin( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::fmin_out(r, self, other); } catch (...) { } } static void nnc_aten_fmax( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::fmax_out(r, self, other); } catch (...) { } } static void nnc_aten_maximum( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::maximum_out(r, self, other); } catch (...) { } } static void nnc_aten_max( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::max_out(r, self, other); } catch (...) { } } static void nnc_aten_minimum( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::minimum_out(r, self, other); } catch (...) { } } static void nnc_aten_min( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::min_out(r, self, other); } catch (...) { } } static void nnc_aten_msort( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::msort_out(r, self); } catch (...) { } } static void nnc_aten_pow( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& exponent = tensors[2]; try { at::pow_out(r, self, exponent); } catch (...) { } } static void nnc_aten_float_power( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& exponent = tensors[2]; try { at::float_power_out(r, self, exponent); } catch (...) { } } static void nnc_aten_hardsigmoid( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::hardsigmoid_out(r, self); } catch (...) { } } static void nnc_aten_hardswish( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::hardswish_out(r, self); } catch (...) { } } static void nnc_aten_log_sigmoid( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::log_sigmoid_out(r, self); } catch (...) { } } static void nnc_aten_log_sigmoid_backward( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& grad_output = tensors[1]; const at::Tensor& self = tensors[2]; const at::Tensor& buffer = tensors[3]; try { at::log_sigmoid_backward_out(r, grad_output, self, buffer); } catch (...) { } } static void nnc_aten_adaptive_avg_pool3d_backward( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& grad_output = tensors[1]; const at::Tensor& self = tensors[2]; try { at::adaptive_avg_pool3d_backward_out(r, grad_output, self); } catch (...) { } } static void nnc_aten_adaptive_max_pool2d_backward( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& grad_output = tensors[1]; const at::Tensor& self = tensors[2]; const at::Tensor& indices = tensors[3]; try { at::adaptive_max_pool2d_backward_out(r, grad_output, self, indices); } catch (...) { } } static void nnc_aten_adaptive_max_pool3d_backward( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& grad_output = tensors[1]; const at::Tensor& self = tensors[2]; const at::Tensor& indices = tensors[3]; try { at::adaptive_max_pool3d_backward_out(r, grad_output, self, indices); } catch (...) { } } static void nnc_aten_sigmoid_backward( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& grad_output = tensors[1]; const at::Tensor& output = tensors[2]; try { at::sigmoid_backward_out(r, grad_output, output); } catch (...) { } } static void nnc_aten_tanh_backward( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& grad_output = tensors[1]; const at::Tensor& output = tensors[2]; try { at::tanh_backward_out(r, grad_output, output); } catch (...) { } } static void nnc_aten_isposinf( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::isposinf_out(r, self); } catch (...) { } } static void nnc_aten_isneginf( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::isneginf_out(r, self); } catch (...) { } } static void nnc_aten_special_entr( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::special_entr_out(r, self); } catch (...) { } } static void nnc_aten_special_expm1( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::special_expm1_out(r, self); } catch (...) { } } static void nnc_aten_special_exp2( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::special_exp2_out(r, self); } catch (...) { } } static void nnc_aten_special_gammaln( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::special_gammaln_out(r, self); } catch (...) { } } static void nnc_aten_special_erf( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::special_erf_out(r, self); } catch (...) { } } static void nnc_aten_special_erfc( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::special_erfc_out(r, self); } catch (...) { } } static void nnc_aten_special_erfinv( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::special_erfinv_out(r, self); } catch (...) { } } static void nnc_aten_special_xlog1py( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::special_xlog1py_out(r, self, other); } catch (...) { } } static void nnc_aten_special_i0e( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::special_i0e_out(r, self); } catch (...) { } } static void nnc_aten_special_expit( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::special_expit_out(r, self); } catch (...) { } } static void nnc_aten_linalg_cholesky( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::linalg_cholesky_out(r, self); } catch (...) { } } static void nnc_aten_linalg_det( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::linalg_det_out(r, self); } catch (...) { } } static void nnc_aten_linalg_eigvals( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::linalg_eigvals_out(r, self); } catch (...) { } } static void nnc_aten_linalg_householder_product( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& input = tensors[1]; const at::Tensor& tau = tensors[2]; try { at::linalg_householder_product_out(r, input, tau); } catch (...) { } } static void nnc_aten_linalg_inv( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; try { at::linalg_inv_out(r, self); } catch (...) { } } static void nnc_aten_inner( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& other = tensors[2]; try { at::inner_out(r, self, other); } catch (...) { } } static void nnc_aten_outer( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& vec2 = tensors[2]; try { at::outer_out(r, self, vec2); } catch (...) { } } static void nnc_aten_ger( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& self = tensors[1]; const at::Tensor& vec2 = tensors[2]; try { at::ger_out(r, self, vec2); } catch (...) { } } static void nnc_aten_linalg_svdvals( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& input = tensors[1]; try { at::linalg_svdvals_out(r, input); } catch (...) { } } static void nnc_aten_linalg_solve( int64_t bufs_num, void** buf_data, int64_t* buf_ranks, int64_t* buf_dims, int64_t* buf_strides, int8_t* buf_dtypes, int64_t args_num, int64_t* extra_args) { std::vector tensors = constructTensors( bufs_num, buf_data, buf_ranks, buf_dims, buf_strides, buf_dtypes); at::Tensor& r = tensors[0]; const at::Tensor& input = tensors[1]; const at::Tensor& other = tensors[2]; try { at::linalg_solve_out(r, input, other, true); } catch (...) { } } const static RegisterNNCExternalFunction nnc_abs("nnc_aten_abs", nnc_aten_abs); const static RegisterNNCExternalFunction nnc_absolute( "nnc_aten_absolute", nnc_aten_absolute); const static RegisterNNCExternalFunction nnc_angle( "nnc_aten_angle", nnc_aten_angle); const static RegisterNNCExternalFunction nnc_sgn("nnc_aten_sgn", nnc_aten_sgn); const static RegisterNNCExternalFunction nnc_acos( "nnc_aten_acos", nnc_aten_acos); const static RegisterNNCExternalFunction nnc_arccos( "nnc_aten_arccos", nnc_aten_arccos); const static RegisterNNCExternalFunction nnc_acosh( "nnc_aten_acosh", nnc_aten_acosh); const static RegisterNNCExternalFunction nnc_arccosh( "nnc_aten_arccosh", nnc_aten_arccosh); const static RegisterNNCExternalFunction nnc_asinh( "nnc_aten_asinh", nnc_aten_asinh); const static RegisterNNCExternalFunction nnc_arcsinh( "nnc_aten_arcsinh", nnc_aten_arcsinh); const static RegisterNNCExternalFunction nnc_atanh( "nnc_aten_atanh", nnc_aten_atanh); const static RegisterNNCExternalFunction nnc_arctanh( "nnc_aten_arctanh", nnc_aten_arctanh); const static RegisterNNCExternalFunction nnc_asin( "nnc_aten_asin", nnc_aten_asin); const static RegisterNNCExternalFunction nnc_arcsin( "nnc_aten_arcsin", nnc_aten_arcsin); const static RegisterNNCExternalFunction nnc_atan( "nnc_aten_atan", nnc_aten_atan); const static RegisterNNCExternalFunction nnc_arctan( "nnc_aten_arctan", nnc_aten_arctan); const static RegisterNNCExternalFunction nnc_bitwise_not( "nnc_aten_bitwise_not", nnc_aten_bitwise_not); const static RegisterNNCExternalFunction nnc_copysign( "nnc_aten_copysign", nnc_aten_copysign); const static RegisterNNCExternalFunction nnc_logical_not( "nnc_aten_logical_not", nnc_aten_logical_not); const static RegisterNNCExternalFunction nnc_logical_xor( "nnc_aten_logical_xor", nnc_aten_logical_xor); const static RegisterNNCExternalFunction nnc_logical_and( "nnc_aten_logical_and", nnc_aten_logical_and); const static RegisterNNCExternalFunction nnc_logical_or( "nnc_aten_logical_or", nnc_aten_logical_or); const static RegisterNNCExternalFunction nnc_bmm("nnc_aten_bmm", nnc_aten_bmm); const static RegisterNNCExternalFunction nnc_ceil( "nnc_aten_ceil", nnc_aten_ceil); const static RegisterNNCExternalFunction nnc_clamp_max( "nnc_aten_clamp_max", nnc_aten_clamp_max); const static RegisterNNCExternalFunction nnc_clamp_min( "nnc_aten_clamp_min", nnc_aten_clamp_min); const static RegisterNNCExternalFunction nnc_complex( "nnc_aten_complex", nnc_aten_complex); const static RegisterNNCExternalFunction nnc_polar( "nnc_aten_polar", nnc_aten_polar); const static RegisterNNCExternalFunction nnc_cos("nnc_aten_cos", nnc_aten_cos); const static RegisterNNCExternalFunction nnc_cosh( "nnc_aten_cosh", nnc_aten_cosh); const static RegisterNNCExternalFunction nnc_div("nnc_aten_div", nnc_aten_div); const static RegisterNNCExternalFunction nnc_divide( "nnc_aten_divide", nnc_aten_divide); const static RegisterNNCExternalFunction nnc_true_divide( "nnc_aten_true_divide", nnc_aten_true_divide); const static RegisterNNCExternalFunction nnc_dot("nnc_aten_dot", nnc_aten_dot); const static RegisterNNCExternalFunction nnc_vdot( "nnc_aten_vdot", nnc_aten_vdot); const static RegisterNNCExternalFunction nnc_erf("nnc_aten_erf", nnc_aten_erf); const static RegisterNNCExternalFunction nnc_erfc( "nnc_aten_erfc", nnc_aten_erfc); const static RegisterNNCExternalFunction nnc_exp("nnc_aten_exp", nnc_aten_exp); const static RegisterNNCExternalFunction nnc_exp2( "nnc_aten_exp2", nnc_aten_exp2); const static RegisterNNCExternalFunction nnc_expm1( "nnc_aten_expm1", nnc_aten_expm1); const static RegisterNNCExternalFunction nnc_floor( "nnc_aten_floor", nnc_aten_floor); const static RegisterNNCExternalFunction nnc_floor_divide( "nnc_aten_floor_divide", nnc_aten_floor_divide); const static RegisterNNCExternalFunction nnc_frac( "nnc_aten_frac", nnc_aten_frac); const static RegisterNNCExternalFunction nnc_gcd("nnc_aten_gcd", nnc_aten_gcd); const static RegisterNNCExternalFunction nnc_lcm("nnc_aten_lcm", nnc_aten_lcm); const static RegisterNNCExternalFunction nnc_inverse( "nnc_aten_inverse", nnc_aten_inverse); const static RegisterNNCExternalFunction nnc_kron( "nnc_aten_kron", nnc_aten_kron); const static RegisterNNCExternalFunction nnc_ldexp( "nnc_aten_ldexp", nnc_aten_ldexp); const static RegisterNNCExternalFunction nnc_log("nnc_aten_log", nnc_aten_log); const static RegisterNNCExternalFunction nnc_log10( "nnc_aten_log10", nnc_aten_log10); const static RegisterNNCExternalFunction nnc_log1p( "nnc_aten_log1p", nnc_aten_log1p); const static RegisterNNCExternalFunction nnc_log2( "nnc_aten_log2", nnc_aten_log2); const static RegisterNNCExternalFunction nnc_logaddexp( "nnc_aten_logaddexp", nnc_aten_logaddexp); const static RegisterNNCExternalFunction nnc_logaddexp2( "nnc_aten_logaddexp2", nnc_aten_logaddexp2); const static RegisterNNCExternalFunction nnc_xlogy( "nnc_aten_xlogy", nnc_aten_xlogy); const static RegisterNNCExternalFunction nnc_matmul( "nnc_aten_matmul", nnc_aten_matmul); const static RegisterNNCExternalFunction nnc__compute_linear_combination( "nnc_aten__compute_linear_combination", nnc_aten__compute_linear_combination); const static RegisterNNCExternalFunction nnc_mm("nnc_aten_mm", nnc_aten_mm); const static RegisterNNCExternalFunction nnc_mul("nnc_aten_mul", nnc_aten_mul); const static RegisterNNCExternalFunction nnc_multiply( "nnc_aten_multiply", nnc_aten_multiply); const static RegisterNNCExternalFunction nnc_mv("nnc_aten_mv", nnc_aten_mv); const static RegisterNNCExternalFunction nnc_rad2deg( "nnc_aten_rad2deg", nnc_aten_rad2deg); const static RegisterNNCExternalFunction nnc_deg2rad( "nnc_aten_deg2rad", nnc_aten_deg2rad); const static RegisterNNCExternalFunction nnc_reciprocal( "nnc_aten_reciprocal", nnc_aten_reciprocal); const static RegisterNNCExternalFunction nnc_neg("nnc_aten_neg", nnc_aten_neg); const static RegisterNNCExternalFunction nnc_negative( "nnc_aten_negative", nnc_aten_negative); const static RegisterNNCExternalFunction nnc_round( "nnc_aten_round", nnc_aten_round); const static RegisterNNCExternalFunction nnc_rsqrt( "nnc_aten_rsqrt", nnc_aten_rsqrt); const static RegisterNNCExternalFunction nnc_silu( "nnc_aten_silu", nnc_aten_silu); const static RegisterNNCExternalFunction nnc_mish( "nnc_aten_mish", nnc_aten_mish); const static RegisterNNCExternalFunction nnc_sigmoid( "nnc_aten_sigmoid", nnc_aten_sigmoid); const static RegisterNNCExternalFunction nnc_sin("nnc_aten_sin", nnc_aten_sin); const static RegisterNNCExternalFunction nnc_sinc( "nnc_aten_sinc", nnc_aten_sinc); const static RegisterNNCExternalFunction nnc_sinh( "nnc_aten_sinh", nnc_aten_sinh); const static RegisterNNCExternalFunction nnc_sqrt( "nnc_aten_sqrt", nnc_aten_sqrt); const static RegisterNNCExternalFunction nnc_square( "nnc_aten_square", nnc_aten_square); const static RegisterNNCExternalFunction nnc_tan("nnc_aten_tan", nnc_aten_tan); const static RegisterNNCExternalFunction nnc_tanh( "nnc_aten_tanh", nnc_aten_tanh); const static RegisterNNCExternalFunction nnc_trunc( "nnc_aten_trunc", nnc_aten_trunc); const static RegisterNNCExternalFunction nnc_fix("nnc_aten_fix", nnc_aten_fix); const static RegisterNNCExternalFunction nnc_heaviside( "nnc_aten_heaviside", nnc_aten_heaviside); const static RegisterNNCExternalFunction nnc_hspmm( "nnc_aten_hspmm", nnc_aten_hspmm); const static RegisterNNCExternalFunction nnc_bitwise_and( "nnc_aten_bitwise_and", nnc_aten_bitwise_and); const static RegisterNNCExternalFunction nnc_bitwise_or( "nnc_aten_bitwise_or", nnc_aten_bitwise_or); const static RegisterNNCExternalFunction nnc_bitwise_xor( "nnc_aten_bitwise_xor", nnc_aten_bitwise_xor); const static RegisterNNCExternalFunction nnc_ne("nnc_aten_ne", nnc_aten_ne); const static RegisterNNCExternalFunction nnc_not_equal( "nnc_aten_not_equal", nnc_aten_not_equal); const static RegisterNNCExternalFunction nnc_eq("nnc_aten_eq", nnc_aten_eq); const static RegisterNNCExternalFunction nnc_ge("nnc_aten_ge", nnc_aten_ge); const static RegisterNNCExternalFunction nnc_greater_equal( "nnc_aten_greater_equal", nnc_aten_greater_equal); const static RegisterNNCExternalFunction nnc_le("nnc_aten_le", nnc_aten_le); const static RegisterNNCExternalFunction nnc_less_equal( "nnc_aten_less_equal", nnc_aten_less_equal); const static RegisterNNCExternalFunction nnc_gt("nnc_aten_gt", nnc_aten_gt); const static RegisterNNCExternalFunction nnc_greater( "nnc_aten_greater", nnc_aten_greater); const static RegisterNNCExternalFunction nnc_lt("nnc_aten_lt", nnc_aten_lt); const static RegisterNNCExternalFunction nnc_less( "nnc_aten_less", nnc_aten_less); const static RegisterNNCExternalFunction nnc_take( "nnc_aten_take", nnc_aten_take); const static RegisterNNCExternalFunction nnc_masked_select( "nnc_aten_masked_select", nnc_aten_masked_select); const static RegisterNNCExternalFunction nnc_nonzero( "nnc_aten_nonzero", nnc_aten_nonzero); const static RegisterNNCExternalFunction nnc_orgqr( "nnc_aten_orgqr", nnc_aten_orgqr); const static RegisterNNCExternalFunction nnc_lu_solve( "nnc_aten_lu_solve", nnc_aten_lu_solve); const static RegisterNNCExternalFunction nnc_lgamma( "nnc_aten_lgamma", nnc_aten_lgamma); const static RegisterNNCExternalFunction nnc_digamma( "nnc_aten_digamma", nnc_aten_digamma); const static RegisterNNCExternalFunction nnc_erfinv( "nnc_aten_erfinv", nnc_aten_erfinv); const static RegisterNNCExternalFunction nnc_i0("nnc_aten_i0", nnc_aten_i0); const static RegisterNNCExternalFunction nnc_sign( "nnc_aten_sign", nnc_aten_sign); const static RegisterNNCExternalFunction nnc_signbit( "nnc_aten_signbit", nnc_aten_signbit); const static RegisterNNCExternalFunction nnc_atan2( "nnc_aten_atan2", nnc_aten_atan2); const static RegisterNNCExternalFunction nnc_lerp( "nnc_aten_lerp", nnc_aten_lerp); const static RegisterNNCExternalFunction nnc_fmod( "nnc_aten_fmod", nnc_aten_fmod); const static RegisterNNCExternalFunction nnc_hypot( "nnc_aten_hypot", nnc_aten_hypot); const static RegisterNNCExternalFunction nnc_igamma( "nnc_aten_igamma", nnc_aten_igamma); const static RegisterNNCExternalFunction nnc_igammac( "nnc_aten_igammac", nnc_aten_igammac); const static RegisterNNCExternalFunction nnc_nextafter( "nnc_aten_nextafter", nnc_aten_nextafter); const static RegisterNNCExternalFunction nnc_remainder( "nnc_aten_remainder", nnc_aten_remainder); const static RegisterNNCExternalFunction nnc_fmin( "nnc_aten_fmin", nnc_aten_fmin); const static RegisterNNCExternalFunction nnc_fmax( "nnc_aten_fmax", nnc_aten_fmax); const static RegisterNNCExternalFunction nnc_maximum( "nnc_aten_maximum", nnc_aten_maximum); const static RegisterNNCExternalFunction nnc_max("nnc_aten_max", nnc_aten_max); const static RegisterNNCExternalFunction nnc_minimum( "nnc_aten_minimum", nnc_aten_minimum); const static RegisterNNCExternalFunction nnc_min("nnc_aten_min", nnc_aten_min); const static RegisterNNCExternalFunction nnc_msort( "nnc_aten_msort", nnc_aten_msort); const static RegisterNNCExternalFunction nnc_pow("nnc_aten_pow", nnc_aten_pow); const static RegisterNNCExternalFunction nnc_float_power( "nnc_aten_float_power", nnc_aten_float_power); const static RegisterNNCExternalFunction nnc_hardsigmoid( "nnc_aten_hardsigmoid", nnc_aten_hardsigmoid); const static RegisterNNCExternalFunction nnc_hardswish( "nnc_aten_hardswish", nnc_aten_hardswish); const static RegisterNNCExternalFunction nnc_log_sigmoid( "nnc_aten_log_sigmoid", nnc_aten_log_sigmoid); const static RegisterNNCExternalFunction nnc_log_sigmoid_backward( "nnc_aten_log_sigmoid_backward", nnc_aten_log_sigmoid_backward); const static RegisterNNCExternalFunction nnc_adaptive_avg_pool3d_backward( "nnc_aten_adaptive_avg_pool3d_backward", nnc_aten_adaptive_avg_pool3d_backward); const static RegisterNNCExternalFunction nnc_adaptive_max_pool2d_backward( "nnc_aten_adaptive_max_pool2d_backward", nnc_aten_adaptive_max_pool2d_backward); const static RegisterNNCExternalFunction nnc_adaptive_max_pool3d_backward( "nnc_aten_adaptive_max_pool3d_backward", nnc_aten_adaptive_max_pool3d_backward); const static RegisterNNCExternalFunction nnc_sigmoid_backward( "nnc_aten_sigmoid_backward", nnc_aten_sigmoid_backward); const static RegisterNNCExternalFunction nnc_tanh_backward( "nnc_aten_tanh_backward", nnc_aten_tanh_backward); const static RegisterNNCExternalFunction nnc_isposinf( "nnc_aten_isposinf", nnc_aten_isposinf); const static RegisterNNCExternalFunction nnc_isneginf( "nnc_aten_isneginf", nnc_aten_isneginf); const static RegisterNNCExternalFunction nnc_special_entr( "nnc_aten_special_entr", nnc_aten_special_entr); const static RegisterNNCExternalFunction nnc_special_expm1( "nnc_aten_special_expm1", nnc_aten_special_expm1); const static RegisterNNCExternalFunction nnc_special_exp2( "nnc_aten_special_exp2", nnc_aten_special_exp2); const static RegisterNNCExternalFunction nnc_special_gammaln( "nnc_aten_special_gammaln", nnc_aten_special_gammaln); const static RegisterNNCExternalFunction nnc_special_erf( "nnc_aten_special_erf", nnc_aten_special_erf); const static RegisterNNCExternalFunction nnc_special_erfc( "nnc_aten_special_erfc", nnc_aten_special_erfc); const static RegisterNNCExternalFunction nnc_special_erfinv( "nnc_aten_special_erfinv", nnc_aten_special_erfinv); const static RegisterNNCExternalFunction nnc_special_xlog1py( "nnc_aten_special_xlog1py", nnc_aten_special_xlog1py); const static RegisterNNCExternalFunction nnc_special_i0e( "nnc_aten_special_i0e", nnc_aten_special_i0e); const static RegisterNNCExternalFunction nnc_special_expit( "nnc_aten_special_expit", nnc_aten_special_expit); const static RegisterNNCExternalFunction nnc_linalg_cholesky( "nnc_aten_linalg_cholesky", nnc_aten_linalg_cholesky); const static RegisterNNCExternalFunction nnc_linalg_det( "nnc_aten_linalg_det", nnc_aten_linalg_det); const static RegisterNNCExternalFunction nnc_linalg_eigvals( "nnc_aten_linalg_eigvals", nnc_aten_linalg_eigvals); const static RegisterNNCExternalFunction nnc_linalg_householder_product( "nnc_aten_linalg_householder_product", nnc_aten_linalg_householder_product); const static RegisterNNCExternalFunction nnc_linalg_inv( "nnc_aten_linalg_inv", nnc_aten_linalg_inv); const static RegisterNNCExternalFunction nnc_inner( "nnc_aten_inner", nnc_aten_inner); const static RegisterNNCExternalFunction nnc_outer( "nnc_aten_outer", nnc_aten_outer); const static RegisterNNCExternalFunction nnc_ger("nnc_aten_ger", nnc_aten_ger); const static RegisterNNCExternalFunction nnc_linalg_svdvals( "nnc_aten_linalg_svdvals", nnc_aten_linalg_svdvals); const static RegisterNNCExternalFunction nnc_linalg_solve( "nnc_aten_linalg_solve", nnc_aten_linalg_solve); #endif #ifdef C10_MOBILE } // extern "C" #endif } // namespace torch::jit::tensorexpr