ta_control: move timing advance code from osmo-bts-trx to common
The timing advance controller that is implemented in loops.c of osmo-bts-trx only works for osmo-bts-trx and not for any of the phy based bts. Lets move the timing advance controller into the common part and make it available for every bts. Also lets add a unit-test. Change-Id: If7ddf74db3abc9b9872abe620a0aeebe3327e70a Related: SYS#4567
This commit is contained in:
parent
e7d835ca8c
commit
a0403d3769
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@ -62,6 +62,7 @@ tests/meas/meas_test
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tests/misc/misc_test
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tests/handover/handover_test
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tests/tx_power/tx_power_test
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tests/ta_control/ta_control_test
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tests/testsuite
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tests/testsuite.log
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@ -382,6 +382,7 @@ AC_OUTPUT(
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tests/sysmobts/Makefile
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tests/misc/Makefile
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tests/handover/Makefile
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tests/ta_control/Makefile
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tests/tx_power/Makefile
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tests/power/Makefile
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tests/meas/Makefile
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@ -2,4 +2,4 @@ noinst_HEADERS = abis.h bts.h bts_model.h gsm_data.h gsm_data_shared.h logging.h
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oml.h paging.h rsl.h signal.h vty.h amr.h pcu_if.h pcuif_proto.h \
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handover.h msg_utils.h tx_power.h control_if.h cbch.h l1sap.h \
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power_control.h scheduler.h scheduler_backend.h phy_link.h \
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dtx_dl_amr_fsm.h
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dtx_dl_amr_fsm.h ta_control.h
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@ -44,7 +44,6 @@ struct phy_link {
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uint16_t base_port_local;
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uint16_t base_port_remote;
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struct osmo_fd trx_ofd_clk;
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bool trx_ta_loop;
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uint32_t clock_advance;
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uint32_t rts_advance;
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bool use_legacy_setbsic;
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@ -0,0 +1,5 @@
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#pragma once
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#include <osmo-bts/gsm_data.h>
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void lchan_ms_ta_ctrl(struct gsm_lchan *lchan);
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@ -12,6 +12,6 @@ libbts_a_SOURCES = gsm_data_shared.c sysinfo.c logging.c abis.c oml.c bts.c \
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load_indication.c pcu_sock.c handover.c msg_utils.c \
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tx_power.c bts_ctrl_commands.c bts_ctrl_lookup.c \
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l1sap.c cbch.c power_control.c main.c phy_link.c \
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dtx_dl_amr_fsm.c scheduler_mframe.c
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dtx_dl_amr_fsm.c scheduler_mframe.c ta_control.c
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libl1sched_a_SOURCES = scheduler.c
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@ -10,6 +10,7 @@
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#include <osmo-bts/measurement.h>
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#include <osmo-bts/scheduler.h>
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#include <osmo-bts/rsl.h>
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#include <osmo-bts/ta_control.h>
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/* Tables as per TS 45.008 Section 8.3 */
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static const uint8_t ts45008_83_tch_f[] = { 52, 53, 54, 55, 56, 57, 58, 59 };
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@ -696,6 +697,11 @@ int lchan_meas_check_compute(struct gsm_lchan *lchan, uint32_t fn)
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lchan_meas_compute_extended(lchan);
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/* Compute new ta_req value. This has to be done here since the value
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* in lchan->meas.num_ul_meas together with lchan->meas.ms_toa256
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* is needed for the computation. */
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lchan_ms_ta_ctrl(lchan);
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lchan->meas.num_ul_meas = 0;
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/* return 1 to indicate that the computation has been done and the next
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@ -0,0 +1,55 @@
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/* Loop control for Timing Advance */
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/* (C) 2013 by Andreas Eversberg <jolly@eversberg.eu>
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*
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* All Rights Reserved
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*
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* This program is free software; you can redistribute it and/or modify
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* it under the terms of the GNU Affero General Public License as published by
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* the Free Software Foundation; either version 3 of the License, or
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* (at your option) any later version.
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*
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* This program is distributed in the hope that it will be useful,
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* but WITHOUT ANY WARRANTY; without even the implied warranty of
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* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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* GNU General Public License for more details.
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*
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* You should have received a copy of the GNU Affero General Public License
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* along with this program. If not, see <http://www.gnu.org/licenses/>.
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*
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*/
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#include <osmo-bts/gsm_data.h>
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#include <osmo-bts/logging.h>
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/* 90% of one bit duration in 1/256 symbols: 256*0.9 */
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#define TOA256_9OPERCENT 230
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/* rqd_ta value range */
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#define TOA_MIN 0
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#define TOA_MAX 63
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void lchan_ms_ta_ctrl(struct gsm_lchan *lchan)
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{
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int16_t toa256 = lchan->meas.ms_toa256;
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/* Do not perform any computation when the amount of measurement
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* results is too little. */
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if (lchan->meas.num_ul_meas < 4)
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return;
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if (toa256 < -TOA256_9OPERCENT && lchan->rqd_ta > TOA_MIN) {
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LOGPLCHAN(lchan, DLOOP, LOGL_INFO,
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"TOA is too early (%d), now lowering TA from %d to %d\n",
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toa256, lchan->rqd_ta, lchan->rqd_ta - 1);
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lchan->rqd_ta--;
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} else if (toa256 > TOA256_9OPERCENT && lchan->rqd_ta < TOA_MAX) {
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LOGPLCHAN(lchan, DLOOP, LOGL_INFO,
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"TOA is too late (%d), now raising TA from %d to %d\n",
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toa256, lchan->rqd_ta, lchan->rqd_ta + 1);
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lchan->rqd_ta++;
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} else
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LOGPLCHAN(lchan, DLOOP, LOGL_DEBUG,
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"TOA is correct (%d), keeping current TA of %d\n",
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toa256, lchan->rqd_ta);
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}
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@ -35,63 +35,6 @@
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#include "l1_if.h"
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#include "loops.h"
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/*
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* Timing Advance loop
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*/
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/* 90% of one bit duration in 1/256 symbols: 256*0.9 */
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#define TOA256_9OPERCENT 230
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void ta_val(struct gsm_lchan *lchan, struct l1sched_chan_state *chan_state, int16_t toa256)
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{
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/* check if the current L1 header acks to the current ordered TA */
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if (lchan->meas.l1_info[1] != lchan->rqd_ta)
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return;
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/* sum measurement */
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chan_state->meas.toa256_sum += toa256;
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if (++(chan_state->meas.toa_num) < 16)
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return;
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/* complete set */
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toa256 = chan_state->meas.toa256_sum / chan_state->meas.toa_num;
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/* check for change of TOA */
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if (toa256 < -TOA256_9OPERCENT && lchan->rqd_ta > 0) {
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LOGPLCHAN(lchan, DLOOP, LOGL_INFO, "TOA is too early (%d), now lowering TA from %d to %d\n",
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toa256, lchan->rqd_ta, lchan->rqd_ta - 1);
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lchan->rqd_ta--;
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} else if (toa256 > TOA256_9OPERCENT && lchan->rqd_ta < 63) {
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LOGPLCHAN(lchan, DLOOP, LOGL_INFO, "TOA is too late (%d), now raising TA from %d to %d\n",
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toa256, lchan->rqd_ta, lchan->rqd_ta + 1);
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lchan->rqd_ta++;
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} else
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LOGPLCHAN(lchan, DLOOP, LOGL_INFO, "TOA is correct (%d), keeping current TA of %d\n",
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toa256, lchan->rqd_ta);
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chan_state->meas.toa_num = 0;
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chan_state->meas.toa256_sum = 0;
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}
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/*! Process a SACCH event as input to the MS power control and TA loop. Function
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* is called once every uplink SACCH block is received.
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* \param l1t L1 TRX instance on which we operate
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* \param chan_nr RSL channel number on which we operate
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* \param chan_state L1 scheduler channel state of the channel on which we operate
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* \param[in] rssi Receive Signal Strength Indication
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* \param[in] toa256 Time of Arrival in 1/256 symbol periods */
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void trx_loop_sacch_input(struct l1sched_trx *l1t, uint8_t chan_nr,
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struct l1sched_chan_state *chan_state, int16_t toa256)
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{
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struct gsm_lchan *lchan = &l1t->trx->ts[L1SAP_CHAN2TS(chan_nr)]
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.lchan[l1sap_chan2ss(chan_nr)];
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struct phy_instance *pinst = trx_phy_instance(l1t->trx);
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/* if TA loop is enabled, handle it */
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if (pinst->phy_link->u.osmotrx.trx_ta_loop)
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ta_val(lchan, chan_state, toa256);
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}
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void trx_loop_amr_input(struct l1sched_trx *l1t, uint8_t chan_nr,
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struct l1sched_chan_state *chan_state,
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int n_errors, int n_bits_total)
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@ -11,9 +11,6 @@
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* loops api
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*/
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void trx_loop_sacch_input(struct l1sched_trx *l1t, uint8_t chan_nr,
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struct l1sched_chan_state *chan_state, int16_t toa);
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void trx_loop_amr_input(struct l1sched_trx *l1t, uint8_t chan_nr,
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struct l1sched_chan_state *chan_state,
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int n_errors, int n_bits_total);
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@ -135,7 +135,6 @@ void bts_model_phy_link_set_defaults(struct phy_link *plink)
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plink->u.osmotrx.base_port_remote = 5700;
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plink->u.osmotrx.clock_advance = 20;
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plink->u.osmotrx.rts_advance = 5;
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plink->u.osmotrx.trx_ta_loop = true;
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/* attempt use newest TRXD version by default: */
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plink->u.osmotrx.trxd_hdr_ver_max = TRX_DATA_FORMAT_VER;
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}
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@ -954,12 +954,6 @@ int rx_data_fn(struct l1sched_trx *l1t, enum trx_chan_type chan,
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} else
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memset(burst, 0, 58 * 2);
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/* send burst information to loops process */
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if (L1SAP_IS_LINK_SACCH(trx_chan_desc[chan].link_id)) {
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trx_loop_sacch_input(l1t, trx_chan_desc[chan].chan_nr | bi->tn,
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chan_state, bi->toa256);
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}
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/* wait until complete set of bursts */
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if (bid != 3)
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return 0;
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@ -181,23 +181,19 @@ DEFUN_DEPRECATED(cfg_phy_no_ms_power_loop, cfg_phy_no_ms_power_loop_cmd,
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return CMD_SUCCESS;
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}
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DEFUN(cfg_phy_timing_advance_loop, cfg_phy_timing_advance_loop_cmd,
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DEFUN_DEPRECATED(cfg_phy_timing_advance_loop, cfg_phy_timing_advance_loop_cmd,
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"osmotrx timing-advance-loop", OSMOTRX_STR
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"Enable timing advance control loop\n")
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{
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struct phy_link *plink = vty->index;
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plink->u.osmotrx.trx_ta_loop = true;
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vty_out (vty, "'osmotrx timing-advance-loop' is deprecated, ta control is now active by default%s", VTY_NEWLINE);
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return CMD_SUCCESS;
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}
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DEFUN(cfg_phy_no_timing_advance_loop, cfg_phy_no_timing_advance_loop_cmd,
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DEFUN_DEPRECATED(cfg_phy_no_timing_advance_loop, cfg_phy_no_timing_advance_loop_cmd,
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"no osmotrx timing-advance-loop",
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NO_STR OSMOTRX_STR "Disable timing advance control loop\n")
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{
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struct phy_link *plink = vty->index;
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plink->u.osmotrx.trx_ta_loop = false;
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vty_out (vty, "'no osmotrx timing-advance-loop' is deprecated, ta control is now active by default%s", VTY_NEWLINE);
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return CMD_SUCCESS;
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}
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@ -522,8 +518,6 @@ void bts_model_config_write_phy(struct vty *vty, struct phy_link *plink)
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vty_out(vty, " osmotrx ip remote %s%s",
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plink->u.osmotrx.remote_ip, VTY_NEWLINE);
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vty_out(vty, " %sosmotrx timing-advance-loop%s", (plink->u.osmotrx.trx_ta_loop) ? "" : "no ", VTY_NEWLINE);
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if (plink->u.osmotrx.base_port_local)
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vty_out(vty, " osmotrx base-port local %"PRIu16"%s",
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plink->u.osmotrx.base_port_local, VTY_NEWLINE);
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@ -1,4 +1,4 @@
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SUBDIRS = paging cipher agch misc handover tx_power power meas
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SUBDIRS = paging cipher agch misc handover tx_power power meas ta_control
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if ENABLE_SYSMOBTS
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SUBDIRS += sysmobts
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@ -0,0 +1,6 @@
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AM_CPPFLAGS = $(all_includes) -I$(top_srcdir)/include
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AM_CFLAGS = -Wall $(LIBOSMOCORE_CFLAGS) $(LIBOSMOGSM_CFLAGS) $(LIBOSMOCODEC_CFLAGS) $(LIBOSMOTRAU_CFLAGS) $(LIBOSMOABIS_CFLAGS)
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LDADD = $(LIBOSMOCORE_LIBS) $(LIBOSMOGSM_LIBS) $(LIBOSMOCODEC_LIBS) $(LIBOSMOTRAU_LIBS) $(LIBOSMOABIS_LIBS)
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noinst_PROGRAMS = ta_control_test
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EXTRA_DIST = ta_control_test.ok
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ta_control_test_LDADD = $(top_builddir)/src/common/libbts.a $(LDADD)
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@ -0,0 +1,77 @@
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/* Test cases for tx_control.c Timing Advance Computation */
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/* (C) 2016 by sysmocom s.f.m.c. GmbH <info@sysmocom.de>
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* All Rights Reserved
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*
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* Author: Philipp Maier
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*
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* This program is free software; you can redistribute it and/or modify
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* it under the terms of the GNU Affero General Public License as published by
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* the Free Software Foundation; either version 3 of the License, or
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* (at your option) any later version.
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*
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* This program is distributed in the hope that it will be useful,
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* but WITHOUT ANY WARRANTY; without even the implied warranty of
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* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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* GNU Affero General Public License for more details.
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*
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* You should have received a copy of the GNU Affero General Public License
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* along with this program. If not, see <http://www.gnu.org/licenses/>.
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*/
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#include <stdint.h>
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#include <osmocom/core/talloc.h>
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#include <osmocom/core/application.h>
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#include <osmo-bts/logging.h>
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#include <osmo-bts/gsm_data.h>
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#include <osmo-bts/ta_control.h>
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void lchan_ms_ta_ctrl_test(int16_t toa256_start, unsigned int steps)
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{
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struct gsm_lchan lchan = { };
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unsigned int i;
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uint8_t rqd_ta_after;
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uint8_t rqd_ta_before;
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int16_t toa256 = toa256_start;
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/* Arbitrary value, high enough so that a computation can happen. */
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lchan.meas.num_ul_meas = 10;
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printf("toa256_start = %u / 256 = %u, steps = %u\n", toa256_start,
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toa256_start / 256, steps);
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for (i = 0; i < steps; i++) {
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printf("Step #%u\n", i);
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printf(" lchan.rqd_ta (before) = %u\n", lchan.rqd_ta);
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printf(" toa256 (before) = %u / 256 = %u\n", toa256,
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toa256 / 256);
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rqd_ta_before = lchan.rqd_ta;
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lchan.meas.ms_toa256 = toa256;
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lchan_ms_ta_ctrl(&lchan);
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rqd_ta_after = lchan.rqd_ta;
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toa256 -= (rqd_ta_after - rqd_ta_before) * 256;
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printf(" lchan.rqd_ta (after) = %u\n", lchan.rqd_ta);
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printf(" toa256 (after) = %u / 256 = %u\n", toa256,
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toa256 / 256);
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}
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printf("Done.\n");
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printf("\n");
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}
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int main(int argc, char **argv)
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{
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void *tall_bts_ctx;
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tall_bts_ctx = talloc_named_const(NULL, 1, "OsmoBTS context");
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osmo_init_logging2(tall_bts_ctx, &bts_log_info);
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lchan_ms_ta_ctrl_test(16 * 256, 20);
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lchan_ms_ta_ctrl_test(4000, 50);
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lchan_ms_ta_ctrl_test(12345, 50);
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}
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@ -0,0 +1,609 @@
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toa256_start = 4096 / 256 = 16, steps = 20
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Step #0
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lchan.rqd_ta (before) = 0
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toa256 (before) = 4096 / 256 = 16
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lchan.rqd_ta (after) = 1
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toa256 (after) = 3840 / 256 = 15
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Step #1
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lchan.rqd_ta (before) = 1
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toa256 (before) = 3840 / 256 = 15
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lchan.rqd_ta (after) = 2
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toa256 (after) = 3584 / 256 = 14
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Step #2
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lchan.rqd_ta (before) = 2
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toa256 (before) = 3584 / 256 = 14
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lchan.rqd_ta (after) = 3
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toa256 (after) = 3328 / 256 = 13
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Step #3
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lchan.rqd_ta (before) = 3
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toa256 (before) = 3328 / 256 = 13
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lchan.rqd_ta (after) = 4
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toa256 (after) = 3072 / 256 = 12
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Step #4
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lchan.rqd_ta (before) = 4
|
||||
toa256 (before) = 3072 / 256 = 12
|
||||
lchan.rqd_ta (after) = 5
|
||||
toa256 (after) = 2816 / 256 = 11
|
||||
Step #5
|
||||
lchan.rqd_ta (before) = 5
|
||||
toa256 (before) = 2816 / 256 = 11
|
||||
lchan.rqd_ta (after) = 6
|
||||
toa256 (after) = 2560 / 256 = 10
|
||||
Step #6
|
||||
lchan.rqd_ta (before) = 6
|
||||
toa256 (before) = 2560 / 256 = 10
|
||||
lchan.rqd_ta (after) = 7
|
||||
toa256 (after) = 2304 / 256 = 9
|
||||
Step #7
|
||||
lchan.rqd_ta (before) = 7
|
||||
toa256 (before) = 2304 / 256 = 9
|
||||
lchan.rqd_ta (after) = 8
|
||||
toa256 (after) = 2048 / 256 = 8
|
||||
Step #8
|
||||
lchan.rqd_ta (before) = 8
|
||||
toa256 (before) = 2048 / 256 = 8
|
||||
lchan.rqd_ta (after) = 9
|
||||
toa256 (after) = 1792 / 256 = 7
|
||||
Step #9
|
||||
lchan.rqd_ta (before) = 9
|
||||
toa256 (before) = 1792 / 256 = 7
|
||||
lchan.rqd_ta (after) = 10
|
||||
toa256 (after) = 1536 / 256 = 6
|
||||
Step #10
|
||||
lchan.rqd_ta (before) = 10
|
||||
toa256 (before) = 1536 / 256 = 6
|
||||
lchan.rqd_ta (after) = 11
|
||||
toa256 (after) = 1280 / 256 = 5
|
||||
Step #11
|
||||
lchan.rqd_ta (before) = 11
|
||||
toa256 (before) = 1280 / 256 = 5
|
||||
lchan.rqd_ta (after) = 12
|
||||
toa256 (after) = 1024 / 256 = 4
|
||||
Step #12
|
||||
lchan.rqd_ta (before) = 12
|
||||
toa256 (before) = 1024 / 256 = 4
|
||||
lchan.rqd_ta (after) = 13
|
||||
toa256 (after) = 768 / 256 = 3
|
||||
Step #13
|
||||
lchan.rqd_ta (before) = 13
|
||||
toa256 (before) = 768 / 256 = 3
|
||||
lchan.rqd_ta (after) = 14
|
||||
toa256 (after) = 512 / 256 = 2
|
||||
Step #14
|
||||
lchan.rqd_ta (before) = 14
|
||||
toa256 (before) = 512 / 256 = 2
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 256 / 256 = 1
|
||||
Step #15
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 256 / 256 = 1
|
||||
lchan.rqd_ta (after) = 16
|
||||
toa256 (after) = 0 / 256 = 0
|
||||
Step #16
|
||||
lchan.rqd_ta (before) = 16
|
||||
toa256 (before) = 0 / 256 = 0
|
||||
lchan.rqd_ta (after) = 16
|
||||
toa256 (after) = 0 / 256 = 0
|
||||
Step #17
|
||||
lchan.rqd_ta (before) = 16
|
||||
toa256 (before) = 0 / 256 = 0
|
||||
lchan.rqd_ta (after) = 16
|
||||
toa256 (after) = 0 / 256 = 0
|
||||
Step #18
|
||||
lchan.rqd_ta (before) = 16
|
||||
toa256 (before) = 0 / 256 = 0
|
||||
lchan.rqd_ta (after) = 16
|
||||
toa256 (after) = 0 / 256 = 0
|
||||
Step #19
|
||||
lchan.rqd_ta (before) = 16
|
||||
toa256 (before) = 0 / 256 = 0
|
||||
lchan.rqd_ta (after) = 16
|
||||
toa256 (after) = 0 / 256 = 0
|
||||
Done.
|
||||
|
||||
toa256_start = 4000 / 256 = 15, steps = 50
|
||||
Step #0
|
||||
lchan.rqd_ta (before) = 0
|
||||
toa256 (before) = 4000 / 256 = 15
|
||||
lchan.rqd_ta (after) = 1
|
||||
toa256 (after) = 3744 / 256 = 14
|
||||
Step #1
|
||||
lchan.rqd_ta (before) = 1
|
||||
toa256 (before) = 3744 / 256 = 14
|
||||
lchan.rqd_ta (after) = 2
|
||||
toa256 (after) = 3488 / 256 = 13
|
||||
Step #2
|
||||
lchan.rqd_ta (before) = 2
|
||||
toa256 (before) = 3488 / 256 = 13
|
||||
lchan.rqd_ta (after) = 3
|
||||
toa256 (after) = 3232 / 256 = 12
|
||||
Step #3
|
||||
lchan.rqd_ta (before) = 3
|
||||
toa256 (before) = 3232 / 256 = 12
|
||||
lchan.rqd_ta (after) = 4
|
||||
toa256 (after) = 2976 / 256 = 11
|
||||
Step #4
|
||||
lchan.rqd_ta (before) = 4
|
||||
toa256 (before) = 2976 / 256 = 11
|
||||
lchan.rqd_ta (after) = 5
|
||||
toa256 (after) = 2720 / 256 = 10
|
||||
Step #5
|
||||
lchan.rqd_ta (before) = 5
|
||||
toa256 (before) = 2720 / 256 = 10
|
||||
lchan.rqd_ta (after) = 6
|
||||
toa256 (after) = 2464 / 256 = 9
|
||||
Step #6
|
||||
lchan.rqd_ta (before) = 6
|
||||
toa256 (before) = 2464 / 256 = 9
|
||||
lchan.rqd_ta (after) = 7
|
||||
toa256 (after) = 2208 / 256 = 8
|
||||
Step #7
|
||||
lchan.rqd_ta (before) = 7
|
||||
toa256 (before) = 2208 / 256 = 8
|
||||
lchan.rqd_ta (after) = 8
|
||||
toa256 (after) = 1952 / 256 = 7
|
||||
Step #8
|
||||
lchan.rqd_ta (before) = 8
|
||||
toa256 (before) = 1952 / 256 = 7
|
||||
lchan.rqd_ta (after) = 9
|
||||
toa256 (after) = 1696 / 256 = 6
|
||||
Step #9
|
||||
lchan.rqd_ta (before) = 9
|
||||
toa256 (before) = 1696 / 256 = 6
|
||||
lchan.rqd_ta (after) = 10
|
||||
toa256 (after) = 1440 / 256 = 5
|
||||
Step #10
|
||||
lchan.rqd_ta (before) = 10
|
||||
toa256 (before) = 1440 / 256 = 5
|
||||
lchan.rqd_ta (after) = 11
|
||||
toa256 (after) = 1184 / 256 = 4
|
||||
Step #11
|
||||
lchan.rqd_ta (before) = 11
|
||||
toa256 (before) = 1184 / 256 = 4
|
||||
lchan.rqd_ta (after) = 12
|
||||
toa256 (after) = 928 / 256 = 3
|
||||
Step #12
|
||||
lchan.rqd_ta (before) = 12
|
||||
toa256 (before) = 928 / 256 = 3
|
||||
lchan.rqd_ta (after) = 13
|
||||
toa256 (after) = 672 / 256 = 2
|
||||
Step #13
|
||||
lchan.rqd_ta (before) = 13
|
||||
toa256 (before) = 672 / 256 = 2
|
||||
lchan.rqd_ta (after) = 14
|
||||
toa256 (after) = 416 / 256 = 1
|
||||
Step #14
|
||||
lchan.rqd_ta (before) = 14
|
||||
toa256 (before) = 416 / 256 = 1
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #15
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #16
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #17
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #18
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #19
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #20
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #21
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #22
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #23
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #24
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #25
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #26
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #27
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #28
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #29
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #30
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #31
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #32
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #33
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #34
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #35
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #36
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #37
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #38
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #39
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #40
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #41
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #42
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #43
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #44
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #45
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #46
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #47
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #48
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Step #49
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 160 / 256 = 0
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 160 / 256 = 0
|
||||
Done.
|
||||
|
||||
toa256_start = 12345 / 256 = 48, steps = 50
|
||||
Step #0
|
||||
lchan.rqd_ta (before) = 0
|
||||
toa256 (before) = 12345 / 256 = 48
|
||||
lchan.rqd_ta (after) = 1
|
||||
toa256 (after) = 12089 / 256 = 47
|
||||
Step #1
|
||||
lchan.rqd_ta (before) = 1
|
||||
toa256 (before) = 12089 / 256 = 47
|
||||
lchan.rqd_ta (after) = 2
|
||||
toa256 (after) = 11833 / 256 = 46
|
||||
Step #2
|
||||
lchan.rqd_ta (before) = 2
|
||||
toa256 (before) = 11833 / 256 = 46
|
||||
lchan.rqd_ta (after) = 3
|
||||
toa256 (after) = 11577 / 256 = 45
|
||||
Step #3
|
||||
lchan.rqd_ta (before) = 3
|
||||
toa256 (before) = 11577 / 256 = 45
|
||||
lchan.rqd_ta (after) = 4
|
||||
toa256 (after) = 11321 / 256 = 44
|
||||
Step #4
|
||||
lchan.rqd_ta (before) = 4
|
||||
toa256 (before) = 11321 / 256 = 44
|
||||
lchan.rqd_ta (after) = 5
|
||||
toa256 (after) = 11065 / 256 = 43
|
||||
Step #5
|
||||
lchan.rqd_ta (before) = 5
|
||||
toa256 (before) = 11065 / 256 = 43
|
||||
lchan.rqd_ta (after) = 6
|
||||
toa256 (after) = 10809 / 256 = 42
|
||||
Step #6
|
||||
lchan.rqd_ta (before) = 6
|
||||
toa256 (before) = 10809 / 256 = 42
|
||||
lchan.rqd_ta (after) = 7
|
||||
toa256 (after) = 10553 / 256 = 41
|
||||
Step #7
|
||||
lchan.rqd_ta (before) = 7
|
||||
toa256 (before) = 10553 / 256 = 41
|
||||
lchan.rqd_ta (after) = 8
|
||||
toa256 (after) = 10297 / 256 = 40
|
||||
Step #8
|
||||
lchan.rqd_ta (before) = 8
|
||||
toa256 (before) = 10297 / 256 = 40
|
||||
lchan.rqd_ta (after) = 9
|
||||
toa256 (after) = 10041 / 256 = 39
|
||||
Step #9
|
||||
lchan.rqd_ta (before) = 9
|
||||
toa256 (before) = 10041 / 256 = 39
|
||||
lchan.rqd_ta (after) = 10
|
||||
toa256 (after) = 9785 / 256 = 38
|
||||
Step #10
|
||||
lchan.rqd_ta (before) = 10
|
||||
toa256 (before) = 9785 / 256 = 38
|
||||
lchan.rqd_ta (after) = 11
|
||||
toa256 (after) = 9529 / 256 = 37
|
||||
Step #11
|
||||
lchan.rqd_ta (before) = 11
|
||||
toa256 (before) = 9529 / 256 = 37
|
||||
lchan.rqd_ta (after) = 12
|
||||
toa256 (after) = 9273 / 256 = 36
|
||||
Step #12
|
||||
lchan.rqd_ta (before) = 12
|
||||
toa256 (before) = 9273 / 256 = 36
|
||||
lchan.rqd_ta (after) = 13
|
||||
toa256 (after) = 9017 / 256 = 35
|
||||
Step #13
|
||||
lchan.rqd_ta (before) = 13
|
||||
toa256 (before) = 9017 / 256 = 35
|
||||
lchan.rqd_ta (after) = 14
|
||||
toa256 (after) = 8761 / 256 = 34
|
||||
Step #14
|
||||
lchan.rqd_ta (before) = 14
|
||||
toa256 (before) = 8761 / 256 = 34
|
||||
lchan.rqd_ta (after) = 15
|
||||
toa256 (after) = 8505 / 256 = 33
|
||||
Step #15
|
||||
lchan.rqd_ta (before) = 15
|
||||
toa256 (before) = 8505 / 256 = 33
|
||||
lchan.rqd_ta (after) = 16
|
||||
toa256 (after) = 8249 / 256 = 32
|
||||
Step #16
|
||||
lchan.rqd_ta (before) = 16
|
||||
toa256 (before) = 8249 / 256 = 32
|
||||
lchan.rqd_ta (after) = 17
|
||||
toa256 (after) = 7993 / 256 = 31
|
||||
Step #17
|
||||
lchan.rqd_ta (before) = 17
|
||||
toa256 (before) = 7993 / 256 = 31
|
||||
lchan.rqd_ta (after) = 18
|
||||
toa256 (after) = 7737 / 256 = 30
|
||||
Step #18
|
||||
lchan.rqd_ta (before) = 18
|
||||
toa256 (before) = 7737 / 256 = 30
|
||||
lchan.rqd_ta (after) = 19
|
||||
toa256 (after) = 7481 / 256 = 29
|
||||
Step #19
|
||||
lchan.rqd_ta (before) = 19
|
||||
toa256 (before) = 7481 / 256 = 29
|
||||
lchan.rqd_ta (after) = 20
|
||||
toa256 (after) = 7225 / 256 = 28
|
||||
Step #20
|
||||
lchan.rqd_ta (before) = 20
|
||||
toa256 (before) = 7225 / 256 = 28
|
||||
lchan.rqd_ta (after) = 21
|
||||
toa256 (after) = 6969 / 256 = 27
|
||||
Step #21
|
||||
lchan.rqd_ta (before) = 21
|
||||
toa256 (before) = 6969 / 256 = 27
|
||||
lchan.rqd_ta (after) = 22
|
||||
toa256 (after) = 6713 / 256 = 26
|
||||
Step #22
|
||||
lchan.rqd_ta (before) = 22
|
||||
toa256 (before) = 6713 / 256 = 26
|
||||
lchan.rqd_ta (after) = 23
|
||||
toa256 (after) = 6457 / 256 = 25
|
||||
Step #23
|
||||
lchan.rqd_ta (before) = 23
|
||||
toa256 (before) = 6457 / 256 = 25
|
||||
lchan.rqd_ta (after) = 24
|
||||
toa256 (after) = 6201 / 256 = 24
|
||||
Step #24
|
||||
lchan.rqd_ta (before) = 24
|
||||
toa256 (before) = 6201 / 256 = 24
|
||||
lchan.rqd_ta (after) = 25
|
||||
toa256 (after) = 5945 / 256 = 23
|
||||
Step #25
|
||||
lchan.rqd_ta (before) = 25
|
||||
toa256 (before) = 5945 / 256 = 23
|
||||
lchan.rqd_ta (after) = 26
|
||||
toa256 (after) = 5689 / 256 = 22
|
||||
Step #26
|
||||
lchan.rqd_ta (before) = 26
|
||||
toa256 (before) = 5689 / 256 = 22
|
||||
lchan.rqd_ta (after) = 27
|
||||
toa256 (after) = 5433 / 256 = 21
|
||||
Step #27
|
||||
lchan.rqd_ta (before) = 27
|
||||
toa256 (before) = 5433 / 256 = 21
|
||||
lchan.rqd_ta (after) = 28
|
||||
toa256 (after) = 5177 / 256 = 20
|
||||
Step #28
|
||||
lchan.rqd_ta (before) = 28
|
||||
toa256 (before) = 5177 / 256 = 20
|
||||
lchan.rqd_ta (after) = 29
|
||||
toa256 (after) = 4921 / 256 = 19
|
||||
Step #29
|
||||
lchan.rqd_ta (before) = 29
|
||||
toa256 (before) = 4921 / 256 = 19
|
||||
lchan.rqd_ta (after) = 30
|
||||
toa256 (after) = 4665 / 256 = 18
|
||||
Step #30
|
||||
lchan.rqd_ta (before) = 30
|
||||
toa256 (before) = 4665 / 256 = 18
|
||||
lchan.rqd_ta (after) = 31
|
||||
toa256 (after) = 4409 / 256 = 17
|
||||
Step #31
|
||||
lchan.rqd_ta (before) = 31
|
||||
toa256 (before) = 4409 / 256 = 17
|
||||
lchan.rqd_ta (after) = 32
|
||||
toa256 (after) = 4153 / 256 = 16
|
||||
Step #32
|
||||
lchan.rqd_ta (before) = 32
|
||||
toa256 (before) = 4153 / 256 = 16
|
||||
lchan.rqd_ta (after) = 33
|
||||
toa256 (after) = 3897 / 256 = 15
|
||||
Step #33
|
||||
lchan.rqd_ta (before) = 33
|
||||
toa256 (before) = 3897 / 256 = 15
|
||||
lchan.rqd_ta (after) = 34
|
||||
toa256 (after) = 3641 / 256 = 14
|
||||
Step #34
|
||||
lchan.rqd_ta (before) = 34
|
||||
toa256 (before) = 3641 / 256 = 14
|
||||
lchan.rqd_ta (after) = 35
|
||||
toa256 (after) = 3385 / 256 = 13
|
||||
Step #35
|
||||
lchan.rqd_ta (before) = 35
|
||||
toa256 (before) = 3385 / 256 = 13
|
||||
lchan.rqd_ta (after) = 36
|
||||
toa256 (after) = 3129 / 256 = 12
|
||||
Step #36
|
||||
lchan.rqd_ta (before) = 36
|
||||
toa256 (before) = 3129 / 256 = 12
|
||||
lchan.rqd_ta (after) = 37
|
||||
toa256 (after) = 2873 / 256 = 11
|
||||
Step #37
|
||||
lchan.rqd_ta (before) = 37
|
||||
toa256 (before) = 2873 / 256 = 11
|
||||
lchan.rqd_ta (after) = 38
|
||||
toa256 (after) = 2617 / 256 = 10
|
||||
Step #38
|
||||
lchan.rqd_ta (before) = 38
|
||||
toa256 (before) = 2617 / 256 = 10
|
||||
lchan.rqd_ta (after) = 39
|
||||
toa256 (after) = 2361 / 256 = 9
|
||||
Step #39
|
||||
lchan.rqd_ta (before) = 39
|
||||
toa256 (before) = 2361 / 256 = 9
|
||||
lchan.rqd_ta (after) = 40
|
||||
toa256 (after) = 2105 / 256 = 8
|
||||
Step #40
|
||||
lchan.rqd_ta (before) = 40
|
||||
toa256 (before) = 2105 / 256 = 8
|
||||
lchan.rqd_ta (after) = 41
|
||||
toa256 (after) = 1849 / 256 = 7
|
||||
Step #41
|
||||
lchan.rqd_ta (before) = 41
|
||||
toa256 (before) = 1849 / 256 = 7
|
||||
lchan.rqd_ta (after) = 42
|
||||
toa256 (after) = 1593 / 256 = 6
|
||||
Step #42
|
||||
lchan.rqd_ta (before) = 42
|
||||
toa256 (before) = 1593 / 256 = 6
|
||||
lchan.rqd_ta (after) = 43
|
||||
toa256 (after) = 1337 / 256 = 5
|
||||
Step #43
|
||||
lchan.rqd_ta (before) = 43
|
||||
toa256 (before) = 1337 / 256 = 5
|
||||
lchan.rqd_ta (after) = 44
|
||||
toa256 (after) = 1081 / 256 = 4
|
||||
Step #44
|
||||
lchan.rqd_ta (before) = 44
|
||||
toa256 (before) = 1081 / 256 = 4
|
||||
lchan.rqd_ta (after) = 45
|
||||
toa256 (after) = 825 / 256 = 3
|
||||
Step #45
|
||||
lchan.rqd_ta (before) = 45
|
||||
toa256 (before) = 825 / 256 = 3
|
||||
lchan.rqd_ta (after) = 46
|
||||
toa256 (after) = 569 / 256 = 2
|
||||
Step #46
|
||||
lchan.rqd_ta (before) = 46
|
||||
toa256 (before) = 569 / 256 = 2
|
||||
lchan.rqd_ta (after) = 47
|
||||
toa256 (after) = 313 / 256 = 1
|
||||
Step #47
|
||||
lchan.rqd_ta (before) = 47
|
||||
toa256 (before) = 313 / 256 = 1
|
||||
lchan.rqd_ta (after) = 48
|
||||
toa256 (after) = 57 / 256 = 0
|
||||
Step #48
|
||||
lchan.rqd_ta (before) = 48
|
||||
toa256 (before) = 57 / 256 = 0
|
||||
lchan.rqd_ta (after) = 48
|
||||
toa256 (after) = 57 / 256 = 0
|
||||
Step #49
|
||||
lchan.rqd_ta (before) = 48
|
||||
toa256 (before) = 57 / 256 = 0
|
||||
lchan.rqd_ta (after) = 48
|
||||
toa256 (after) = 57 / 256 = 0
|
||||
Done.
|
||||
|
||||
|
|
@ -49,3 +49,9 @@ AT_KEYWORDS([meas])
|
|||
cat $abs_srcdir/meas/meas_test.ok > expout
|
||||
AT_CHECK([$abs_top_builddir/tests/meas/meas_test], [], [expout], [ignore])
|
||||
AT_CLEANUP
|
||||
|
||||
AT_SETUP([ta_control])
|
||||
AT_KEYWORDS([ta_control])
|
||||
cat $abs_srcdir/ta_control/ta_control_test.ok > expout
|
||||
AT_CHECK([$abs_top_builddir/tests/ta_control/ta_control_test], [], [expout], [ignore])
|
||||
AT_CLEANUP
|
||||
|
|
|
|||
Loading…
Reference in New Issue