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Changes of Revision 163

osmo-bts.spec Changed

commit_40ba43a2e84c2dd35794032b4921ae112afc2482.txt Deleted

commit_695080745c8062e8b488df26ce1059ec4b33b8b2.txt Added

osmo-bts_1.7.0.14.40ba.dsc -> osmo-bts_1.7.0.21.6950.dsc Changed

@@ -2,7 +2,7 @@
 Source: osmo-bts
 Binary: osmo-bts, osmo-bts-trx, osmo-bts-trx-dbg, osmo-bts-virtual, osmo-bts-virtual-dbg, osmo-bts-doc
 Architecture: any all
-Version: 1.7.0.14.40ba
+Version: 1.7.0.21.6950
 Maintainer: Osmocom team <openbsc@lists.osmocom.org>
 Homepage: https://projects.osmocom.org/projects/osmobts
 Standards-Version: 3.9.8
@@ -17,8 +17,8 @@
  osmo-bts-virtual deb net optional arch=any
  osmo-bts-virtual-dbg deb debug extra arch=any
 Checksums-Sha1:
- 1b543797ffa5e72f3963e1fb3679018117cb8ff3 489296 osmo-bts_1.7.0.14.40ba.tar.xz
+ 4dcf39eda61e0e791e1df6318a9b86ecde26b29c 505464 osmo-bts_1.7.0.21.6950.tar.xz
 Checksums-Sha256:
- 359ad822a765e1ea63db14bc88850784227ea4839241fa07495f3d9b3931f4cc 489296 osmo-bts_1.7.0.14.40ba.tar.xz
+ a6093e6a092a9de8666dc8cf662c06185c69e3dab56c773b55fe919ae68ad9b9 505464 osmo-bts_1.7.0.21.6950.tar.xz
 Files:
- 32588728abf74d2a5fd30657867508e5 489296 osmo-bts_1.7.0.14.40ba.tar.xz
+ 1a4b112bb69e9079ee6d10d932b45d6d 505464 osmo-bts_1.7.0.21.6950.tar.xz

osmo-bts_1.7.0.14.40ba.tar.xz/.tarball-version -> osmo-bts_1.7.0.21.6950.tar.xz/.tarball-version Changed

osmo-bts_1.7.0.14.40ba.tar.xz/debian/changelog -> osmo-bts_1.7.0.21.6950.tar.xz/debian/changelog Changed

osmo-bts_1.7.0.14.40ba.tar.xz/src/common/measurement.c -> osmo-bts_1.7.0.21.6950.tar.xz/src/common/measurement.c Changed

@@ -19,7 +19,7 @@
 /* Active TDMA frame subset for TCH/H in DTX mode (see 3GPP TS 45.008 Section 8.3).
  * This mapping is used to determine if a L2 block starting at the given TDMA FN
  * belongs to the SUB set and thus shall always be transmitted in DTX mode. */
-static const uint8_t ts45008_dtx_tchh_fn_map104 = {
+static const uint8_t ts45008_dtx_tchh_speech_fn_map104 = {
 	/* TCH/H(0): 0, 2, 4, 6, 52, 54, 56, 58 */
 	0  = 1, /* block { 0,  2,  4,  6} */
 	52 = 1, /* block {52, 54, 56, 58} */
@@ -28,6 +28,15 @@
 	66 = 1, /* block {66, 68, 70, 72} */
 };
 
+static const uint8_t ts45008_dtx_tchh_data_fn_map104 = {
+	/* UL TCH/H(0): 52, 54, 56, 58, 60, 62, 65, 67, 69, 71 */
+	52 = 1, /* block {52, 54, 56, 58, 60, 62} */
+	60 = 1, /* block {60, 62, 65, 67, 69, 71} */
+	/* UL TCH/H(1): 70, 72, 74, 76, 79, 81, 83, 85, 87, 89 */
+	70 = 1, /* block {70, 72, 74, 76, 79, 81} */
+	79 = 1, /* block {79, 81, 83, 85, 87, 89} */
+};
+
 /* In cases where we less measurements than we expect we must assume that we
  * just did not receive the block because it was lost due to bad channel
  * conditions. We set up a dummy measurement result here that reflects the
@@ -50,7 +59,7 @@
 	uint32_t fn104 = fn % 104;
 
 	/* See TS 45.008 Sections 8.3 and 8.4 for a detailed descriptions of the rules
-	 * implemented here. We only implement the logic for Voice, not CSD */
+	 * implemented here. We implement the logic for both speech and data (CSD). */
 
 	/* AMR is special, SID frames may be scheduled dynamically at any time */
 	if (lchan->tch_mode == GSM48_CMODE_SPEECH_AMR)
@@ -59,8 +68,11 @@
 	switch (lchan->type) {
 	case GSM_LCHAN_TCH_F:
 		switch (lchan->tch_mode) {
+		case GSM48_CMODE_SIGN: /* TCH/F sign: DTX *is* permitted */
 		case GSM48_CMODE_SPEECH_V1:
+		case GSM48_CMODE_SPEECH_V1_VAMOS:
 		case GSM48_CMODE_SPEECH_EFR:
+		case GSM48_CMODE_SPEECH_V2_VAMOS:
 			/* Active TDMA frame subset for TCH/F: 52, 53, 54, 55, 56, 57, 58, 59.
 			 * There is only one *complete* block in this subset starting at FN=52.
 			 * Incomplete blocks {... 52, 53, 54, 55} and {56, 57, 58, 59 ...}
@@ -68,19 +80,14 @@
 			if (fn104 == 52)
 				return true;
 			break;
-		case GSM48_CMODE_SIGN:
-			/* No DTX allowed; SUB=FULL, therefore measurements at all frame numbers are
-			 * SUB */
-			return true;
 		case GSM48_CMODE_DATA_12k0: /* TCH/F9.6 */
 		case GSM48_CMODE_DATA_6k0: /* TCH/F4.8 */
-			/* FIXME: In case of data traffic channels TCH/F9.6 and TCH/F4.8 the
-			 * RXQUAL_SUB report shall include measurements on the TDMA frames given
-			 * in the table of subclause 8.3 only if L2 fill frames have been received
-			 * as FACCH/F frames at the corresponding frame positions. */
+			/* FIXME: The RXQUAL_SUB (not RXLEV!) report shall include measurements on
+			 * the TDMA frames given in the table of subclause 8.3 only if L2 fill frames
+			 * have been received as FACCH/F frames at the corresponding frame positions. */
 		default:
 			if (lchan->rsl_cmode == RSL_CMOD_SPD_DATA)
-				return false;
+				return fn104 == 52;
 			LOGPLCFN(lchan, fn, DMEAS, LOGL_ERROR, "Unsupported lchan->tch_mode %u\n", lchan->tch_mode);
 			break;
 		}
@@ -88,7 +95,8 @@
 	case GSM_LCHAN_TCH_H:
 		switch (lchan->tch_mode) {
 		case GSM48_CMODE_SPEECH_V1:
-			if (ts45008_dtx_tchh_fn_mapfn104)
+		case GSM48_CMODE_SPEECH_V1_VAMOS:
+			if (ts45008_dtx_tchh_speech_fn_mapfn104)
 				return true;
 			break;
 		case GSM48_CMODE_SIGN:
@@ -97,13 +105,12 @@
 			return true;
 		case GSM48_CMODE_DATA_6k0: /* TCH/H4.8 */
 		case GSM48_CMODE_DATA_3k6: /* TCH/H2.4 */
-			/* FIXME: In case of data traffic channels TCH/H4.8 and TCH/H2.4 the
-			 * RXQUAL_SUB report shall include measurements on the TDMA frames given
-			 * in the table of subclause 8.3 only if L2 fill frames have been received
-			 * as FACCH/H frames at the corresponding frame positions. */
+			/* FIXME: The RXQUAL_SUB (not RXLEV!) report shall include measurements on
+			 * the TDMA frames given in the table of subclause 8.3 only if L2 fill frames
+			 * have been received as FACCH/H frames at the corresponding frame positions. */
 		default:
 			if (lchan->rsl_cmode == RSL_CMOD_SPD_DATA)
-				return false;
+				return ts45008_dtx_tchh_data_fn_mapfn104 == 1;
 			LOGPLCFN(lchan, fn, DMEAS, LOGL_ERROR, "Unsupported lchan->tch_mode %u\n", lchan->tch_mode);
 			break;
 		}
@@ -417,32 +424,50 @@
 }
 
 /* In DTX a subset of blocks must always be transmitted
- * See also: GSM 05.08, chapter 8.3 Aspects of discontinuous transmission (DTX) */
-static unsigned int lchan_meas_sub_num_expected(const struct gsm_lchan *lchan)
+ * See also: GSM 05.08, chapter 8.3 Aspects of discontinuous transmission (DTX)
+ * Return value N: (N < 0) -- at least N SUB frames expected;
+ *                 (N > 0) -- exactly N SUB frames expected;
+ *                 (N == 0) - unknown channel type/mode? */
+static int lchan_meas_sub_num_expected(const struct gsm_lchan *lchan)
 {
 	enum gsm_phys_chan_config pchan = ts_pchan(lchan->ts);
 
-	/* AMR is using a more elaborated model with a dymanic amount of
-	 * DTX blocks so this function is not applicable to determine the
-	 * amount of expected SUB Measurements when AMR is used */
-	OSMO_ASSERT(lchan->tch_mode != GSM48_CMODE_SPEECH_AMR);
-
 	switch (pchan) {
 	case GSM_PCHAN_TCH_F:
-		if (lchan->tch_mode == GSM48_CMODE_SIGN) {
-			/* 1 block SACCH, 24 blocks TCH (see note 1) */
-			return 25;
-		} else {
-			/* 1 block SACCH, 1 block TCH */
-			return 2;
+		if (lchan->rsl_cmode == RSL_CMOD_SPD_DATA)
+			return 1 + 1; /* 1 x SACCH + 1 x FACCH */
+		/* else: signalling or speech */
+		switch (lchan->tch_mode) {
+		case GSM48_CMODE_SIGN: /* TCH/F sign: DTX *is* permitted */
+		case GSM48_CMODE_SPEECH_V1: /* TCH/FS */
+		case GSM48_CMODE_SPEECH_V1_VAMOS:
+		case GSM48_CMODE_SPEECH_EFR: /* TCH/EFS */
+		case GSM48_CMODE_SPEECH_V2_VAMOS:
+			return 1 + 1; /* 1 x SACCH + 1 x TCH */
+		case GSM48_CMODE_SPEECH_AMR: /* TCH/AFS */
+		case GSM48_CMODE_SPEECH_V3_VAMOS:
+		case GSM48_CMODE_SPEECH_V4: /* O-TCH/WFS */
+		case GSM48_CMODE_SPEECH_V5: /* TCH/WFS */
+		case GSM48_CMODE_SPEECH_V5_VAMOS:
+		default:
+			return -1; /* at least 1 x SACCH + M x TCH (variable) */
 		}
 	case GSM_PCHAN_TCH_H:
-		if (lchan->tch_mode == GSM48_CMODE_SIGN) {
-			/* 1 block SACCH, 12 blocks TCH (see ynote 1) */
-			return 13;
-		} else {
-			/* 1 block SACCH, 2 blocks TCH */
-			return 3;
+		if (lchan->rsl_cmode == RSL_CMOD_SPD_DATA)
+			return 1 + 2; /* 1 x SACCH + 2 x FACCH */
+		/* else: signalling or speech */
+		switch (lchan->tch_mode) {
+		case GSM48_CMODE_SIGN: /* TCH/H sign: DTX *is not* permitted */
+			return 1 + 12; /* 1 x SACCH + 12 x TCH */
+		case GSM48_CMODE_SPEECH_V1:
+		case GSM48_CMODE_SPEECH_V1_VAMOS:
+			return 1 + 2; /* 1 x SACCH + 2 x TCH */
+		case GSM48_CMODE_SPEECH_AMR: /* TCH/AHS */
+		case GSM48_CMODE_SPEECH_V3_VAMOS:
+		case GSM48_CMODE_SPEECH_V4: /* O-TCH/WHS */
+		case GSM48_CMODE_SPEECH_V6: /* O-TCH/AHS */
+		default:
+			return -1; /* at least 1 x SACCH + M x TCH (variable) */
 		}
 	case GSM_PCHAN_SDCCH8_SACCH8C:
 	case GSM_PCHAN_SDCCH8_SACCH8C_CBCH:
@@ -455,8 +480,6 @@
 	default:
 		return 0;
 	}
-
-	/* Note 1: In signalling mode all blocks count as SUB blocks. */
 }
 
 /* if we clip the TOA value to 12 bits, i.e. toa256=3200,
@@ -562,7 +585,7 @@
 	unsigned int num_meas_sub = 0;
 	unsigned int num_meas_sub_actual = 0;
 	unsigned int num_meas_sub_subst = 0;
-	unsigned int num_meas_sub_expect;
+	int num_meas_sub_expect;
 	unsigned int num_ul_meas;
 	unsigned int num_ul_meas_actual = 0;
 	unsigned int num_ul_meas_subst = 0;
@@ -582,16 +605,7 @@
 	 * intentionally to save energy. It is not necessarly an error
 	 * when we get less measurements as we expect. */
 	num_ul_meas_expect = lchan_meas_num_expected(lchan);
-
-	if (lchan->tch_mode != GSM48_CMODE_SPEECH_AMR)
-		num_meas_sub_expect = lchan_meas_sub_num_expected(lchan);
-	else {
-		/* When AMR is used, we expect at least one SUB frame, since
-		 * the SACCH will always be SUB frame. There may occur more
-		 * SUB frames but since DTX periods in AMR are dynamic, we
-		 * can not know how many exactly. */
-		num_meas_sub_expect = 1;
-	}

osmo-bts_1.7.0.14.40ba.tar.xz/tests/meas/Makefile.am -> osmo-bts_1.7.0.21.6950.tar.xz/tests/meas/Makefile.am Changed

osmo-bts_1.7.0.14.40ba.tar.xz/tests/meas/meas_test.c -> osmo-bts_1.7.0.21.6950.tar.xz/tests/meas/meas_test.c Changed

osmo-bts_1.7.0.21.6950.tar.xz/tests/meas/meas_test.err Added

@@ -0,0 +1,8241 @@
+DEBUG (bts=0,trx=1,ts=2,ss=0) 010958/08/12/44/50 meas period end fn_mod:12, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=2,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=2,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=2,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=2,ss=0) 011062/08/12/46/02 meas period end fn_mod:12, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=2,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=2,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=2,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=2,ss=0) 011166/08/12/48/02 meas period end fn_mod:12, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=2,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=2,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=2,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=2,ss=0) 011270/08/12/50/06 meas period end fn_mod:12, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=2,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=2,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=2,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=2,ss=0) 011374/08/12/01/06 meas period end fn_mod:12, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=2,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=2,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=2,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=2,ss=0) 011478/08/12/03/06 meas period end fn_mod:12, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=2,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=2,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=2,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=3,ss=0) 011491/08/25/16/19 meas period end fn_mod:25, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=3,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=3,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=3,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=3,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=2,ss=0) 011582/08/12/05/10 meas period end fn_mod:12, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=2,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=2,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=2,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=3,ss=0) 011595/08/25/18/23 meas period end fn_mod:25, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=3,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=3,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=3,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=3,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=2,ss=0) 011686/08/12/07/10 meas period end fn_mod:12, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=2,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=2,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=2,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=3,ss=0) 011699/08/25/20/23 meas period end fn_mod:25, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=3,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=3,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=3,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=3,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=2,ss=0) 011790/08/12/09/14 meas period end fn_mod:12, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=2,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=2,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=2,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=3,ss=0) 011803/08/25/22/27 meas period end fn_mod:25, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=3,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=3,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=3,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=3,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=2,ss=0) 011894/08/12/11/14 meas period end fn_mod:12, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=2,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=2,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=2,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=3,ss=0) 011907/08/25/24/27 meas period end fn_mod:25, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=3,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=3,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=3,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=3,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=2,ss=0) 011998/09/12/13/14 meas period end fn_mod:12, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=2,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=2,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=2,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=3,ss=0) 012011/09/25/26/27 meas period end fn_mod:25, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=3,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=3,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=3,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=3,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=2,ss=0) 012102/09/12/15/18 meas period end fn_mod:12, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=2,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=2,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=2,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=3,ss=0) 012115/09/25/28/31 meas period end fn_mod:25, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=3,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=3,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=3,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=3,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=2,ss=0) 012206/09/12/17/18 meas period end fn_mod:12, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=2,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=2,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=2,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=3,ss=0) 012219/09/25/30/31 meas period end fn_mod:25, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=3,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=3,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=3,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=3,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=2,ss=0) 012310/09/12/19/22 meas period end fn_mod:12, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=2,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=2,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=2,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=3,ss=0) 012323/09/25/32/35 meas period end fn_mod:25, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=3,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=3,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=3,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=3,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=2,ss=0) 012414/09/12/21/22 meas period end fn_mod:12, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=2,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=2,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=2,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=3,ss=0) 012427/09/25/34/35 meas period end fn_mod:25, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=3,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=3,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=3,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=3,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=2,ss=0) 012518/09/12/23/22 meas period end fn_mod:12, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=2,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=2,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=2,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=3,ss=0) 012531/09/25/36/35 meas period end fn_mod:25, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=3,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=3,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=3,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=3,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=2,ss=0) 012622/09/12/25/26 meas period end fn_mod:12, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received 1 UL measurements, expected 25
+DEBUG (bts=0,trx=1,ts=2,ss=0) Replaced 24 measurements with dummy values, from which 2 were SUB measurements
+DEBUG (bts=0,trx=1,ts=2,ss=0) Received UL measurements contain 0 SUB measurements, expected 2
+INFO (bts=0,trx=1,ts=2,ss=0) Computed TA256(   0), BER-FULL(96.00%), RSSI-FULL(-109dBm), C/I-FULL(   0 cB), BER-SUB(100.00%), RSSI-SUB(-109dBm), C/I-SUB(   0 cB)
+INFO (bts=0,trx=1,ts=2,ss=0) UL MEAS RXLEV_FULL(1), RXLEV_SUB(1), RXQUAL_FULL(7), RXQUAL_SUB(7), num_meas_sub(2), num_ul_meas(25)
+DEBUG (bts=0,trx=1,ts=3,ss=0) 012635/09/25/38/39 meas period end fn_mod:25, status:1, pchan:TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Calculating measurement results for physical channel: TCH/F
+DEBUG (bts=0,trx=1,ts=3,ss=0) Received 1 UL measurements, expected 25

osmo-bts_1.7.0.14.40ba.tar.xz/tests/testsuite.at -> osmo-bts_1.7.0.21.6950.tar.xz/tests/testsuite.at Changed