153             recv->params->volt_offset = 12;  in margin_apply_hw_quirks()
165                      struct margin_params *params)  in read_params_internal()  argument
173       params->volt_support = GET_REG_MASK(resp, LMR_PLD_VOLT_SUPPORT);  in read_params_internal()
174       params->ind_up_down_volt = GET_REG_MASK(resp, LMR_PLD_IND_U_D_VOLT);  in read_params_internal()
175       params->ind_left_right_tim = GET_REG_MASK(resp, LMR_PLD_IND_L_R_TIM);  in read_params_internal()
176       params->sample_report_method = GET_REG_MASK(resp, LMR_PLD_SAMPLE_REPORT_METHOD);  in read_params_internal()
177       params->ind_error_sampler = GET_REG_MASK(resp, LMR_PLD_IND_ERR_SAMPLER);  in read_params_internal()
182       params->volt_steps = GET_REG_MASK(resp, LMR_PLD_MAX_V_STEPS);  in read_params_internal()
187       params->timing_steps = GET_REG_MASK(resp, LMR_PLD_MAX_T_STEPS);  in read_params_internal()
192       params->timing_offset = GET_REG_MASK(resp, LMR_PLD_MAX_OFFSET);  in read_params_internal()
197       params->volt_offset = GET_REG_MASK(resp, LMR_PLD_MAX_OFFSET);  in read_params_internal()
202       params->sample_rate_v = GET_REG_MASK(resp, LMR_PLD_SAMPLE_RATE);  in read_params_internal()
207       params->sample_rate_t = GET_REG_MASK(resp, LMR_PLD_SAMPLE_RATE);  in read_params_internal()
211     params->max_lanes = GET_REG_MASK(resp, LMR_PLD_MAX_LANES);  in read_params_internal()
313   struct margin_params params;  in margin_test_receiver()  local
317                               .params = &params,  in margin_test_receiver()
333   if (!read_params_internal(dev, recvn, recv.lane_reversal, &params))  in margin_test_receiver()
336       if (!read_params_internal(dev, recvn, recv.lane_reversal, &params))  in margin_test_receiver()
344   results->params = params;  in margin_test_receiver()
346   if (recv.parallel_lanes > params.max_lanes + 1)  in margin_test_receiver()
347     recv.parallel_lanes = params.max_lanes + 1;  in margin_test_receiver()
351   results->tim_off_reported = params.timing_offset != 0;  in margin_test_receiver()
352   results->volt_off_reported = params.volt_offset != 0;  in margin_test_receiver()
353   double tim_offset = results->tim_off_reported ? (double)params.timing_offset : 50.0;  in margin_test_receiver()
354   double volt_offset = results->volt_off_reported ? (double)params.volt_offset : 50.0;  in margin_test_receiver()
356   results->tim_coef = tim_offset / (double)params.timing_steps;  in margin_test_receiver()
357   results->volt_coef = volt_offset / (double)params.volt_steps * 10.0;  in margin_test_receiver()
384       u8 steps_t = args->steps_t ? args->steps_t : params.timing_steps;  in margin_test_receiver()
385       u8 steps_v = args->steps_v ? args->steps_v : params.volt_steps;  in margin_test_receiver()
398               if (!timing && !params.volt_support)  in margin_test_receiver()
400               if (dir[i] == TIM_RIGHT && !params.ind_left_right_tim)  in margin_test_receiver()
402               if (dir[i] == VOLT_DOWN && !params.ind_up_down_volt)  in margin_test_receiver()
405               lanes_data.ind = timing ? params.ind_left_right_tim : params.ind_up_down_volt;  in margin_test_receiver()
430                    struct margin_params *params)  in margin_read_params()  argument
472   status = read_params_internal(dut, recvn, lane_reversal, params);  in margin_read_params()
476       status = read_params_internal(dut, recvn, lane_reversal, params);  in margin_read_params()