Introduce LOGPTRX macro and use it in tx_power.c

Rename OCTPHY specific LOPGTRX macro to avoid redefine conflicts.

Change-Id: I02878611501aca51039e2ac7e35784ccb93b1db6

1 files changed, 37 insertions, 37 deletions

diff --git a/tests/tx_power/tx_power_test.err b/tests/tx_power/tx_power_test.err
index bf33b424..03130b24 100644
--- a/tests/tx_power/tx_power_test.err
+++ b/tests/tx_power/tx_power_test.err
@@ -1,38 +1,38 @@
-power_ramp_start(cur=0, tgt=40000)
-Asked to ramp power up to 40000 mdBm, which exceeds P_max_out (33000)
-power_ramp_start(cur=0, tgt=33000)
-ramp_timer_cb(cur_pout=2000, tgt_pout=33000, ramp_att=31000, therm_att=0, user_gain=0)
-ramping TRX board output power to -8000 mdBm.
-ramp_timer_cb(cur_pout=4000, tgt_pout=33000, ramp_att=29000, therm_att=0, user_gain=0)
-ramping TRX board output power to -6000 mdBm.
-ramp_timer_cb(cur_pout=6000, tgt_pout=33000, ramp_att=27000, therm_att=0, user_gain=0)
-ramping TRX board output power to -4000 mdBm.
-ramp_timer_cb(cur_pout=8000, tgt_pout=33000, ramp_att=25000, therm_att=0, user_gain=0)
-ramping TRX board output power to -2000 mdBm.
-ramp_timer_cb(cur_pout=10000, tgt_pout=33000, ramp_att=23000, therm_att=0, user_gain=0)
-ramping TRX board output power to 0 mdBm.
-ramp_timer_cb(cur_pout=12000, tgt_pout=33000, ramp_att=21000, therm_att=0, user_gain=0)
-ramping TRX board output power to 2000 mdBm.
-ramp_timer_cb(cur_pout=14000, tgt_pout=33000, ramp_att=19000, therm_att=0, user_gain=0)
-ramping TRX board output power to 4000 mdBm.
-ramp_timer_cb(cur_pout=16000, tgt_pout=33000, ramp_att=17000, therm_att=0, user_gain=0)
-ramping TRX board output power to 6000 mdBm.
-ramp_timer_cb(cur_pout=18000, tgt_pout=33000, ramp_att=15000, therm_att=0, user_gain=0)
-ramping TRX board output power to 8000 mdBm.
-ramp_timer_cb(cur_pout=20000, tgt_pout=33000, ramp_att=13000, therm_att=0, user_gain=0)
-ramping TRX board output power to 10000 mdBm.
-ramp_timer_cb(cur_pout=22000, tgt_pout=33000, ramp_att=11000, therm_att=0, user_gain=0)
-ramping TRX board output power to 12000 mdBm.
-ramp_timer_cb(cur_pout=24000, tgt_pout=33000, ramp_att=9000, therm_att=0, user_gain=0)
-ramping TRX board output power to 14000 mdBm.
-ramp_timer_cb(cur_pout=26000, tgt_pout=33000, ramp_att=7000, therm_att=0, user_gain=0)
-ramping TRX board output power to 16000 mdBm.
-ramp_timer_cb(cur_pout=28000, tgt_pout=33000, ramp_att=5000, therm_att=0, user_gain=0)
-ramping TRX board output power to 18000 mdBm.
-ramp_timer_cb(cur_pout=30000, tgt_pout=33000, ramp_att=3000, therm_att=0, user_gain=0)
-ramping TRX board output power to 20000 mdBm.
-ramp_timer_cb(cur_pout=32000, tgt_pout=33000, ramp_att=1000, therm_att=0, user_gain=0)
-ramping TRX board output power to 22000 mdBm.
-ramp_timer_cb(cur_pout=33000, tgt_pout=33000, ramp_att=0, therm_att=0, user_gain=0)
-ramping TRX board output power to 23000 mdBm.
+(bts=0,trx=1) power_ramp_start(cur=0, tgt=40000)
+(bts=0,trx=1) Asked to ramp power up to 40000 mdBm, which exceeds P_max_out (33000)
+(bts=0,trx=1) power_ramp_start(cur=0, tgt=33000)
+(bts=0,trx=1) ramp_timer_cb(cur_pout=2000, tgt_pout=33000, ramp_att=31000, therm_att=0, user_gain=0)
+(bts=0,trx=1) ramping TRX board output power to -8000 mdBm.
+(bts=0,trx=1) ramp_timer_cb(cur_pout=4000, tgt_pout=33000, ramp_att=29000, therm_att=0, user_gain=0)
+(bts=0,trx=1) ramping TRX board output power to -6000 mdBm.
+(bts=0,trx=1) ramp_timer_cb(cur_pout=6000, tgt_pout=33000, ramp_att=27000, therm_att=0, user_gain=0)
+(bts=0,trx=1) ramping TRX board output power to -4000 mdBm.
+(bts=0,trx=1) ramp_timer_cb(cur_pout=8000, tgt_pout=33000, ramp_att=25000, therm_att=0, user_gain=0)
+(bts=0,trx=1) ramping TRX board output power to -2000 mdBm.
+(bts=0,trx=1) ramp_timer_cb(cur_pout=10000, tgt_pout=33000, ramp_att=23000, therm_att=0, user_gain=0)
+(bts=0,trx=1) ramping TRX board output power to 0 mdBm.
+(bts=0,trx=1) ramp_timer_cb(cur_pout=12000, tgt_pout=33000, ramp_att=21000, therm_att=0, user_gain=0)
+(bts=0,trx=1) ramping TRX board output power to 2000 mdBm.
+(bts=0,trx=1) ramp_timer_cb(cur_pout=14000, tgt_pout=33000, ramp_att=19000, therm_att=0, user_gain=0)
+(bts=0,trx=1) ramping TRX board output power to 4000 mdBm.
+(bts=0,trx=1) ramp_timer_cb(cur_pout=16000, tgt_pout=33000, ramp_att=17000, therm_att=0, user_gain=0)
+(bts=0,trx=1) ramping TRX board output power to 6000 mdBm.
+(bts=0,trx=1) ramp_timer_cb(cur_pout=18000, tgt_pout=33000, ramp_att=15000, therm_att=0, user_gain=0)
+(bts=0,trx=1) ramping TRX board output power to 8000 mdBm.
+(bts=0,trx=1) ramp_timer_cb(cur_pout=20000, tgt_pout=33000, ramp_att=13000, therm_att=0, user_gain=0)
+(bts=0,trx=1) ramping TRX board output power to 10000 mdBm.
+(bts=0,trx=1) ramp_timer_cb(cur_pout=22000, tgt_pout=33000, ramp_att=11000, therm_att=0, user_gain=0)
+(bts=0,trx=1) ramping TRX board output power to 12000 mdBm.
+(bts=0,trx=1) ramp_timer_cb(cur_pout=24000, tgt_pout=33000, ramp_att=9000, therm_att=0, user_gain=0)
+(bts=0,trx=1) ramping TRX board output power to 14000 mdBm.
+(bts=0,trx=1) ramp_timer_cb(cur_pout=26000, tgt_pout=33000, ramp_att=7000, therm_att=0, user_gain=0)
+(bts=0,trx=1) ramping TRX board output power to 16000 mdBm.
+(bts=0,trx=1) ramp_timer_cb(cur_pout=28000, tgt_pout=33000, ramp_att=5000, therm_att=0, user_gain=0)
+(bts=0,trx=1) ramping TRX board output power to 18000 mdBm.
+(bts=0,trx=1) ramp_timer_cb(cur_pout=30000, tgt_pout=33000, ramp_att=3000, therm_att=0, user_gain=0)
+(bts=0,trx=1) ramping TRX board output power to 20000 mdBm.
+(bts=0,trx=1) ramp_timer_cb(cur_pout=32000, tgt_pout=33000, ramp_att=1000, therm_att=0, user_gain=0)
+(bts=0,trx=1) ramping TRX board output power to 22000 mdBm.
+(bts=0,trx=1) ramp_timer_cb(cur_pout=33000, tgt_pout=33000, ramp_att=0, therm_att=0, user_gain=0)
+(bts=0,trx=1) ramping TRX board output power to 23000 mdBm.
 
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